Non-uniform constellations

TECHNICAL FIELD

The present invention relates generally to methods, apparatus and systems for designing non-uniform constellations for signal transmission. More particularly, although not exclusively, the present invention relates to methods, apparatus and systems for designing non-uniform constellations that maximise performance, for example with respect to capacity and Signal to Noise Ratio (SNR) gain compared to uniform constellations, and for designing high-order non-uniform constellations.

BACKGROUND ART

In digital modulation schemes, data symbols are transmitted by modulating the amplitude and/or phase of a carrier wave having a certain frequency. For example, a data symbol typically represents an M-bit fragment of data, resulting in N=2^Mpossible symbols. The set of N possible symbols are mapped to a set of N respective fixed complex numbers, which are referred to as constellation points and may be represented in the complex plane in the form of a constellation diagram. In order to transmit a given symbol, a complex carrier wave is multiplied by the value of the constellation point corresponding to the symbol, thereby modulating the amplitude and phase of the carrier by amounts corresponding respectively to the amplitude and phase of the constellation point.

Various constellations designs are used in various modulation schemes, including N-Quadrature Amplitude Modulation (QAM) in which the constellation comprises a square lattice of N regularly-spaced constellation points, and N-Phase Shift Keying (PSK) in which the constellation comprises a circular lattice of N regularly-spaced constellation points. Various other constellation designs are also known.

In order to measure the performance of a given constellation or between different constellations, various metrics may be used.

For example, capacity is a measure of the maximum rate of information that can be reliably transmitted over a communications channel. The maximum theoretical capacity of a channel is given by a well-known formula derived by Shannon. The Coded Modulation (CM) capacity is the maximum capacity achievable using a fixed non-uniform constellation without any coding constraints. The Bit Interleaved Coded Modulation (BICM) capacity is the maximum capacity achievable using a certain binary Forward Error Correction (FEC) scheme and fixed non-uniform constellation.

In addition, when comparing two systems, the difference in Signal-to-Nose Ratio (SNR) required achieving the same Bit Error Rate (BER) may be referred to as the SNR gain.

In contrast to uniform constellations, a non-uniform constellation is a constellation in which the constellation points are not regularly spaced. One advantage of using a non-uniform constellation is that performance may be increased, for example for SNR values below a certain value. For example, the BICM capacity may be increased by using a non-uniform constellation, when compared to an equivalent uniform constellation. Using a non-uniform constellation may also achieve a SNR gain over an equivalent uniform constellation.

A constellation may be characterised by one or more parameters, for example specifying the spacing between constellation points. Since constellation points of a uniform constellation are regularly spaced, the number of parameters needed to characterise a uniform constellation is typically equal to 1. For example, for a QAM type constellation, the constellation is characterised by the (constant) lattice spacing. For a PSK type constellation, the constellation is characterised by the (constant) distance of each constellation point from the origin. On the other hand, since the spacing between constellation points in a non-uniform constellation varies, the number of parameters needed to characterise a non-uniform constellation is relatively high. The number of parameters increases as the order of the constellation (i.e. the number of constellation points) increases.

One problem with designing a non-uniform constellation is that a relatively high number of parameters need to be searched to find the optimum constellation. This problem is increased in the case of constellations of higher order. In the case of high-order constellations (e.g. constellations comprising more than 1024 constellation points), an exhaustive search across all parameters may be unfeasible.

Therefore, what is desired is a technique for designing non-uniform constellations, and in particular, for designing non-uniform constellations for optimising performance (e.g. capacity and SNR performance). What is also desired is a technique for designing non uniform constellations using an algorithm having a relatively low complexity and relatively high computational efficiency.

DISCLOSURE
Technical Problem

It is an aim of certain exemplary embodiments of the present invention to address, solve and/or mitigate, at least partly, at least one of the problems and/or disadvantages associated with the related art, for example at least one of the problems and/or disadvantages described above. It is an aim of certain exemplary embodiments of the present invention to provide at least one advantage over the related art, for example at least one of the advantages described below.

Technical Solution

The present invention is defined in the independent claims. Advantageous features are defined in the dependent claims.

In accordance with an aspect of the present invention, there is provided a method for generating a non-uniform constellation. The method comprises the step of performing a first process, the first process comprising the steps of: obtaining a first constellation defined by one or more parameter values; and generating a second constellation based on the first constellation using a second process. The second process comprises the steps of: obtaining a set of candidate constellations, wherein the set of candidate constellations comprises the first constellation and one or more modified constellations, wherein each modified constellation is obtained by modifying the parameter values defining the first constellation; determining the performance of each candidate constellation according to a predetermined performance measure; selecting the candidate constellation having the best performance as the second constellation. The first process further comprises the steps of: determining a difference between the first constellation and the second constellation; and if the second constellation differs from the first constellation by more than a threshold amount, repeating the first process using the second constellation generated in the current iteration of the first process as the first constellation in the next iteration.

Also, the first constellation used in the first iteration of the first process may comprise a uniform constellation.

Also, the first and second constellations may comprise constellations subject to one or more geometric constraints.

Also, the first and second constellations Also, comprise four quadrants, and the geometric constraints may comprise a constraint that the constellation is symmetric about the four quadrants.

Also, wherein the geometric constraints may comprise a constrain that: constellation points are arranged in first and second lines, the first lines being perpendicular to the second lines, the number of first lines is the same as the number of second lines, the same number of constellation points are arranged in each first line, and the same number of constellation points are arranged in each second line.

Also, at least one parameter value may comprise a fixed value.

Also, the first process may comprise the further step of: if the second constellation does not differ from the first constellation by more than the threshold amount, outputting the second constellation as a third constellation.

Also, the step of modifying the parameter values may comprise modifying one or more parameter values by at least a certain step size.

Also, the step of modifying the parameter values may comprises changing one or more parameter values by integer multiples of the step size. Also, the first process may comprise the further steps of: if the second constellation does not differ from the first constellation by more than the threshold amount, determining whether the step size is less than a threshold step size and, if the step size is less than the threshold step size, outputting the second constellation as a third constellation; and, if the step size is greater than or equal to the threshold step size, decreasing the step size and repeating the first process using the second constellation as the first constellation.

Also, the parameters values may comprise two or more parameter values, the step of modifying the parameter values may comprise modifying a subset of the parameter values while keeping the other parameter values fixed, and the method may comprise the step of repeating the first process one or more times, such that a different subset of the parameter values is modified in each iteration of the first process, and wherein the third constellation output in an iteration is used as the first constellation in the next iteration.

Also, the modified constellations of the set of candidate constellations in an iteration of the first process may be exclusive of the constellations of the set of candidate constellations in a previous iteration.

Also, the predetermined performance measure may comprise a performance achieved using a certain candidate constellation and using a defined transmission system, wherein the defined transmission system is defined by a set of one or more system parameter values.

Also, the predetermined performance measure may comprise a weighted sum of two or more component performance measures, wherein each component performance measure comprises a performance achieved using a certain candidate constellation and using a respective defined transmission system, wherein each defined transmission system is defined by a respective set of one or more system parameter values.

Also, when determining the performance of a certain candidate constellation, if any of the component performance measures may be lower than a certain threshold, then that candidate constellation is excluded from the set of candidate constellations.

Also, the parameter value associated with a certain parameter of each defined transmission system may comprise a value falling within a certain range.

Also, the system parameter values may comprise a value indicating a channel type.

Also, the system parameter values may comprise a SNR value.

In accordance with another aspect of the present invention, there is provided a method for generating a non-uniform constellation. The method performs a third process, the third process comprising the steps of: obtaining a third constellation, determining a SNR value as the lowest SNR at which a BER is lower than a threshold value, wherein the BER is a BER achieved using the third constellation and using a certain defined transmission system, obtaining a fourth constellation having the best performance within the defined transmission system at the determined SNR value according to a predetermined performance measure; and repeating the third process using the fourth constellation as the third constellation, until the determined SNR value is minimised, wherein the system parameter values defining the certain defined transmission system comprise the minimised SNR value as a SNR value.

Also, the predetermined performance measure may comprise a channel capacity.

Also, the modified constellations may be obtained by displacing one or more constellation points of the first constellation by at least a certain step size.

Also, the displacement may comprise displacement by an integer multiple of the step size in a radial direction.

Also, the displacement may comprise displacement by an integer multiple of the step size in one or both of first and second orthogonal directions.

In accordance with another aspect of the present invention, there is provided a method for generating a non-uniform constellation. The method comprises the step of performing a fourth process, the fourth process comprising the steps of: generating a third constellation by performing a method according to the preceding aspect, wherein the predetermined performance measure comprises a performance achieved using a certain candidate constellation and using a defined transmission system, wherein the defined transmission system is defined by a set of one or more system parameter values; modifying a system parameter value; determining whether the modified system parameter value satisfies a predetermined condition; and if the modified system parameter value does not satisfy the predetermined condition, repeating the fourth process using the third constellation as the first constellation.

Also, the system parameter values may comprise a Signal-to-Noise Ratio (SNR) value.

Also, the SNR value may be initialised to a value above a predetermined threshold, and the step of modifying the system parameter value may comprise reducing the SNR value.

Also, the step of reducing the SNR value may comprise reducing the SNR value by a fixed amount.

Also, the predetermined condition may comprise a condition that the SNR value is less than a threshold SNR value.

Also, the system parameter values may comprise a Ricean factor for a Ricean fading channel of the defined transmission system, and the SNR value may comprise a fixed value.

Also, wherein the Ricean factor may be initialised to a value above a predetermined threshold, and the step of modifying the system parameter value may comprise reducing the Ricean factor.

Also, the step of reducing the Ricean factor may comprise reducing the Ricean factor by a fixed amount.

Also, the predetermined condition may comprise a condition that the Ricean factor is less than a threshold Ricean factor. Also, the threshold Ricean factor may be equal to zero.

Also, the first constellation used in the first iteration of the first process may comprise a constellation that achieves optimum performance in an Additive White Gaussian Noise (AWGN) channel having the fixed SNR parameter value.

Also, the fourth process may comprise the further step of: if the modified system parameter value satisfies the predetermined condition, outputting the third constellation as a fourth constellation.

In accordance with another aspect of the present invention, there is provided a method for generating a non-uniform constellation. The method comprises the step of performing a first process, the first process comprising the steps of: obtaining a first constellation; determining a Signal-to-Noise Ratio (SNR) value as the lowest SNR at which a Bit Error Rate (BER) is lower than a threshold value, wherein the BER is a BER achieved using the first constellation and using a defined transmission system, wherein the defined transmission system is defined by a set of one or more system parameter values; and obtaining a second constellation having the best performance within the defined transmission system at the determined SNR value according to a predetermined performance measure.

Also, the step of obtaining the second constellation may comprise retrieving a predetermined constellation from a memory.

Also, the step of obtaining the second constellation may comprise obtaining a constellation by performing a method according to above method.

Also, the first process may comprise the further step of repeating the first process using the second constellation as the first constellation. Also, first process may be repeated a certain number of times.

Also, the first process may be repeated until the determined SNR value is minimised.

Also, the first constellation used in the first iteration of the first process may comprise a uniform constellation.

Also, wherein the step of determining a SNR value may comprise performing a simulation of the defined transmission system.

In accordance with another aspect of the present invention, there is provided a method for obtaining a non-uniform constellation, the method comprising the steps of: obtaining a first constellation defined by one or more parameters; obtaining a set of candidate constellations by modifying the values of one or more of the parameters of the first constellation; computing the capacities of each candidate constellation; selecting, based on the computed capacities, the best candidate from the set of candidate constellations as a second constellation; determining whether the second constellation differs from the first constellation by more than a threshold amount; and if the second constellation differs from the first constellation by more than the threshold amount, repeating the preceding steps using the second constellation as the first constellation.

In accordance with another aspect of the present invention, there is provided a method for transmitting data, the method comprising the steps of: mapping data to one or more constellation points of a non-uniform constellation; and transmitting a signal according to the constellation points to which the data are mapped.

In accordance with another aspect of the present invention, there is provided a method for receiving data, the method comprising the steps of: receiving a signal; determining one or more constellation points of a non-uniform constellation corresponding to the received signal; and de-mapping data from the constellation points corresponding to the received signal.

In accordance with another aspect of the present invention, there is provided an apparatus for transmitting data, the apparatus comprising: a mapper for mapping data to one or more constellation points of a non-uniform constellation; and a transmitter for transmitting a signal according to the constellation points to which the data are mapped.

In accordance with another aspect of the present invention, there is provided an apparatus for receiving data, the apparatus comprising: a receiver for receiving a signal; a constellation point determining unit for determining one or more constellation points of a non-uniform constellation corresponding to the received signal; and a de-mapper for de-mapping data from the constellation points corresponding to the received signal.

In certain exemplary embodiments according to any of the above aspects, the non-uniform constellation comprises a constellation according to any one of FIGS. 18-49 or Tables 2-22, or a rotation and/or scaling, and/or other transformation thereof.

In accordance with another aspect of the present invention, there is provided a system comprising: an apparatus for transmitting data according to any embodiment, aspect or claim disclosed herein; and an apparatus for receiving data according to any embodiment, aspect or claim disclosed herein.

In accordance with another aspect of the present invention, there is provided a non-uniform constellation comprising a constellation according to any one of FIGS. 18-49 or Tables 2-22, or a rotation and/or scaling, and/or other transformation thereof.

In accordance with another aspect of the present invention, there is provided an apparatus or system configured for implementing a method or algorithm according to any embodiment, aspect or claim disclosed herein.

In accordance with another aspect of the present invention, there is provided a machine-readable storage medium storing a data structure defining a non-uniform constellation in accordance with any embodiment, aspect or claim disclosed herein.

Another aspect of the present invention provides a computer program comprising instructions arranged, when executed, to implement a method, system and/or apparatus in accordance with any embodiment, aspect or claim disclosed herein. A further aspect provides machine-readable storage storing such a program.

Other aspects, advantages, and salient features of the invention will become apparent to those skilled in the art from the following detailed description, which, taken in conjunction with the annexed drawings, disclose exemplary embodiments of the invention.

DESCRIPTION OF DRAWINGS

The above and other aspects, and features and advantages of certain exemplary embodiments and aspects of the present invention will be more apparent from the following detailed description when taken in conjunction with the accompanying drawings, in which:

FIG. 1 is a schematic diagram of a first algorithm according to an embodiment of the present invention;

FIG. 2 is a flowchart illustrating the steps of the first algorithm;

FIG. 3 illustrates the convergence of C_last with respect to one of the parameters as the first algorithm of FIGS. 1 and 2 is performed;

FIG. 4 illustrates a second algorithm according to an embodiment of the present invention for determining an optimal constellation at a given SNR value S in an AWGN channel;

FIG. 5 illustrates the convergence of the constellation C_best as the second algorithm of FIG. 4 is performed;

FIG. 6 illustrates a third algorithm according to an embodiment of the present invention for determining the optimal constellation at a given SNR value S in a Rician fading channel for a desired Rician factor K_rice;

FIG. 7 illustrates a fourth algorithm according to an embodiment of the present invention for determining the optimal constellation at a given SNR value S in a Rayleigh fading channel;

FIG. 8 illustrates a fifth algorithm according to an embodiment of the present invention for determining an optimal constellation;

FIG. 9 illustrates a process for obtaining an optimal constellation for a specific system;

FIG. 10 illustrates an exemplary BER versus SNR plot for 64-QAM using a Low-Density Parity-Check, LDPC, coding rate (CR) of 2/3 from DVB-T2 in an AWGN channel;

FIG. 11 illustrates a sixth algorithm according to an embodiment of the present invention for determining an optimal constellation;

FIG. 12 further illustrates the sixth algorithm illustrated in FIG. 11;

FIG. 14a illustrates a set of BER curves obtained using a non-uniform 16-QAM constellation using respective code rates of 6/15, 7/15, 8/15, 9/15, 10/15, 11/15, 12/15 and 13/15, and a set of BER curves obtained using a corresponding uniform 16-QAM constellation using the same code rates;

FIG. 14b is a table indicating, for various code rates, the SNR values at the waterfall zone for the uniform and non-uniform constellations used to obtain the BER curves illustrated in FIG. 14a, and the resulting SNR gain;

FIGS. 15a-17b illustrate BER curves and tables, similar to those illustrated in FIGS. 14a and 14b, for 64-QAM, 256-QAM and 1024-QAM;

FIGS. 18-25 illustrate exemplary non-uniform 16-QAM constellations obtained by applying the algorithms illustrated in FIGS. 1-12, using code rates of 6/15, 7/15, 8/15, 9/15, 10/15, 11/15, 12/15 and 13/15, respectively;

FIGS. 26-33 illustrate exemplary non-uniform 64-QAM constellations obtained by applying the algorithms illustrated in FIGS. 1-12, using code rates of 6/15, 7/15, 8/15, 9/15, 10/15, 11/15, 12/15 and 13/15, respectively;

FIGS. 34-41 illustrate exemplary non-uniform 256-QAM constellations obtained by applying the algorithms illustrated in FIGS. 1-12, using code rates of 6/15, 7/15, 8/15, 9/15, 11/15, 12/15 and 13/15, respectively;

FIGS. 42-49 illustrate exemplary non-uniform 1024-QAM constellations obtained by applying the algorithms illustrated in FIGS. 1-12, using code rates of 6/15, 7/15, 8/15, 9/15, 11/15, 12/15 and 13/15, respectively;

FIG. 50 illustrates a process for obtaining the waterfall SNR for a certain channel type according to certain exemplary embodiments;

FIG. 51 schematically illustrates a process for obtaining a weighted performance measure function for an input constellation based on different transmission scenarios according to certain exemplary embodiments;

FIG. 52 illustrates a process for obtaining an optimum constellation according to certain exemplary embodiments;

FIGS. 53a and 53b illustrate alternative schemes for generating a candidate constellation from a previous constellation according to certain exemplary embodiments;

FIG. 54 illustrates a technique for reducing complexity in certain exemplary embodiments;

FIG. 55 illustrates an apparatus for implementing an algorithm according to an exemplary embodiment; and

the Annexes to the Description illustrate results obtained from various embodiments of the present invention.

MODE FOR INVENTION

The following description of exemplary embodiments of the present invention, with reference to the accompanying drawings, is provided to assist in a comprehensive understanding of the present invention, as defined by the claims. The description includes various specific details to assist in that understanding but these are to be regarded as merely exemplary. Accordingly, those of ordinary skill in the art will recognize that various changes and modifications of the embodiments described herein can be made without departing from the scope of the invention.

The same or similar components may be designated by the same or similar reference numerals, although they may be illustrated in different drawings.

Detailed descriptions of techniques, structures, constructions, functions or processes known in the art may be omitted for clarity and conciseness, and to avoid obscuring the subject matter of the present invention.

The terms and words used herein are not limited to the bibliographical or standard meanings, but, are merely used by the inventors to enable a clear and consistent understanding of the invention.

Throughout the description and claims of this specification, the words “comprise”, “contain” and “include”, and variations thereof, for example “comprising”, “containing” and “including”, means “including but not limited to”, and is not intended to (and does not) exclude other features, elements, components, integers, steps, processes, functions, characteristics, and the like.

Throughout the description and claims of this specification, the singular form, for example “a”, “an” and “the”, encompasses the plural unless the context otherwise requires. For example, reference to “an object” includes reference to one or more of such objects.

Throughout the description and claims of this specification, language in the general form of “X for Y” (where Y is some action, process, function, activity or step and X is some means for carrying out that action, process, function, activity or step) encompasses means X adapted, configured or arranged specifically, but not necessarily exclusively, to do Y.

Features, elements, components, integers, steps, processes, functions, characteristics, and the like, described in conjunction with a particular aspect, embodiment, example or claim of the present invention are to be understood to be applicable to any other aspect, embodiment, example or claim described herein unless incompatible therewith.

Embodiments of the present invention may be implemented in the form of any suitable method, system and/or apparatus for use in digital broadcasting, for example in the form of a mobile/portable terminal (e.g. mobile telephone), hand-held device, personal computer, digital television and/or digital radio broadcast transmitter and/or receiver apparatus, set-top-box, etc. Any such system and/or apparatus may be compatible with any suitable existing or future digital broadcast system and/or standard, for example one or more of the digital broadcasting systems and/or standards referred to herein.

A non-uniform constellation according to embodiments of the present invention may be generated or obtained using any suitable method or algorithm comprising steps for generating or obtaining such a non-uniform constellation. A non-uniform constellation according to embodiments of the present invention may be generated or obtained by any suitably arranged apparatus or system comprising means for generating or obtaining such a non-uniform constellation. The methods or algorithms described herein may be implemented in any suitably arranged apparatus or system comprising means for carrying out the method or algorithm steps.

Certain embodiments of the present invention provide an algorithm for obtaining a non-uniform constellation. A non-uniform constellation obtained in certain embodiments of the present invention may provide a higher capacity than an equivalent uniform constellation (e.g. a uniform constellation of the same order). Certain embodiments of the present invention may obtain an optimised non-uniform constellation using an algorithm with relatively low complexity and relatively high computational efficiency. For example, an algorithm in certain embodiments of the present invention may obtain an optimised non-uniform constellation much faster that an algorithm using a brute force method that searches all (or a high proportion of) possible candidate constellations. Certain embodiments of the present invention provide an algorithm for obtaining optimised non-uniform constellations suitable for very high-order constellation (e.g. comprising more than 1024 constellation points).

Various embodiments are described below in which Non-Uniform (NU) Quadrature Amplitude Modulation (QAM) constellations are obtained. However, the skilled person will appreciate that the present invention is not limited to QAM constellations, but may be applied to other types of constellation.

As mentioned above, a constellation may be characterised by a number of parameters, for example specifying the spacings between constellation points, or specifying the position of each positive real level (the complete constellations may be obtained from these parameters because the constellations are the same for real and imaginary axis and the same for positive and negative values). In order to obtain an optimum constellation, a brute force approach may be taken in which combinations of values for each of the parameters are searched with a certain step size up to a certain maximum value. Each combination of values for each parameter corresponds to a distinct constellation. The constellation having the best performance is selected.

However, in certain embodiments, the number of parameters may be reduced by imposing one or more certain geometric and/or symmetry constraints on the constellations. For example, a first constraint may be that the constellations are symmetric among the four quadrants of the constellation. In addition, the constellations may be constrained in that the constellation points are arranged in a QAM type lattice in which, within each quadrant, (i) constellation points are arranged in horizontal and vertical lines, (ii) the number of horizontal lines is the same as the number of vertical lines, (iii) the same number of constellation points are arranged in each horizontal line, and (iv) the same number of constellation points are arranged in each vertical line. In another example, the constellation may be constrained to be a circular constellation (e.g. a constellation having circular symmetry). Furthermore, constellations having the same relative arrangement, differing only in size, may be regarded as equivalent. In this, case one of the parameters may be set to a fixed value. The skilled person will appreciate that the present invention is not limited to the above examples, and that one or more additional or alternative constraints may be used.

In certain embodiments, a NU-QAM constellation may comprise a constellation conforming to one or more geometric and/or symmetry constraints, for example one or more, or all, of the above constrains, or a rotation and/or scaling thereof. An NU N-QAM constellation may comprise a NU-QAM constellation comprising N constellation points.

By applying the constraints described above, the number of parameters may be reduced, for example to 1, 3, 7, 15, 31 and 63 parameters for constellations comprising 16, 64, 256, 1024, 4096 and 16384 constellation points, respectively. The number of parameters in a reduced set of parameters may be denoted by b. For example b=1 for 16-QAM (in which there are 16 positions that are symmetric on the real/imaginary and positive/negative axes). Thus there are only 2 points to define. Since the total power of the constellation is typically normalized to one then fixing one parameter will fix the other. Thus b=1 for square 16QAM.

In certain embodiments of the present invention, combinations of values for each of the b parameter are searched with a step size d up to a maximum value A. Thus, the number of search iterations is equal to (A/d)^b.

A first exemplary algorithm according to certain embodiments of the present invention for obtaining an optimum non-uniform constellation for a given SNR will now be described. The algorithm uses an iterative scheme to gradually modify an initial constellation until the constellation converges. For example, the initial constellation may be a uniform constellation, the constellation may be modified by changing the values of the parameters between iterations, and convergence occurs when the values of all the parameters change by less than a threshold amount between iterations. An optimum constellation may be defined as the constellation having the best performance according to any suitable measure. For example, the measure may comprise CM capacity or BICM capacity. In the following example a NU 64-QAM constellation is obtained, in which the (reduced) number of variable parameters, b, is equal to 3.

FIG. 1 is a schematic diagram of the first algorithm and FIG. 2 is a flowchart illustrating the steps of the first algorithm. In the algorithm, the following variables are used. The parameter C_last denotes a particular constellation, corresponding to a particular set of values of the b parameters. The parameter C_last is initialised with a certain initial constellation, for example a uniform constellation. The parameter SNR denotes a Signal-to-Noise Ratio. The SNR parameter is set to a desired value equal to the SNR for which an optimum constellation is desired. The parameter C_best denotes a constellation that maximises performance, for example maximises the CM capacity or BICM capacity, for a given SNR. The parameter d denotes a first step size used in the algorithm. The parameter d (or Step) is initialised to a suitable value that may be determined theoretically and/or experimentally. The parameter Min_Step denotes a minimum allowed value for d, and is set to a fixed value.

In a first step 201, C_last is initialised to an input constellation. In a next step 203, step d is initialised to a value Ini_step. In a next step 205, a set of candidate constellations is obtained. The set of candidate constellations comprise the constellation C_last and one or more modified constellations, where each modified constellation is obtained by modifying one or more of the parameter values defining C_last using any suitable scheme. In the illustrated example, the set of candidate constellations are created based on C_last and step size d, denoted by function CreateSet(C_Last, d). For example, for each constellation point, three derived constellations are generated [C_last, C_last+d, C_last−d]. Specifically, a set of constellations is derived such that the values of the b parameters in C_last are each set to one of n new values varying around the current parameter value. For example, three new values (n=3) may be used, comprising (i) the current parameter value, (ii) a value d greater than the current parameter value, and (iii) a value d less than the current parameter value. For example, if there are two constellation levels to be defined then the number of combinations to be tested are 3×3 (corresponding to three positions for each level). All combinations of the new parameter values are used to generate the set of constellation. Thus, the set of constellations comprises a total of n^bconstellations. Although three new values for each parameter are used in the embodiment described above, any suitable number of new values may be used in other embodiment. The set of new values may include the old value, or may not include the old value.

In certain embodiments, three values of each level are chosen so that the total number of possibilities to be tested is 3^bwhere b is the number of levels (parameters) to be optimised. In the case of very high-order constellations, for example above 1K, 3^bmay be very high. In this case, all the levels may be fixed except one, for which three possibilities are tested, C_last, C_last+d and C_last−d until convergence is achieved. The same operation may then be repeated for the other levels. The cost of this operation is multiplicative and not exponential (for example, if it is supposed that each level converges in one iteration then the cost will be 3*b instead 3^b.)

In a next step 207, the performance of each constellation in the set of derived (candidate) constellations is calculated or determined using any suitable performance measure (e.g. capacity). In a next step 209 the candidate constellation having the best performance (e.g. the candidate constellation that maximises the capacity) is assigned to C_best. In a next step 211, it is determined whether C_best differs from C_last by more than a threshold amount. For example, in the illustrated example, the threshold amount is equal to zero, so that it is determined whether C_best=C_last. That is, it is determined whether there is any difference between constellation C_best and constellation C_last (e.g. within a certain resolution). The difference may comprise any suitable measure of difference, for example including a difference based on geometry (e.g. differences in the locations of the constellation points of the constellations) and/or a performance measure (e.g. a difference in a certain performance measure between the constellations). If it is determined in step 211 that C_best≠C_last, then in a next step 213, C_last takes the value C_best (i.e. so that the value of C_Last in the next iteration is equal to the value of C_Best in the current iteration) and the method returns to step 205 in which a set of candidate constellations are created based on C_last and step, CreateSet(C_Last, d). On the other hand, if it is determined in step 211 that C_best=C_Last, then, in a next step 215, C_last takes the value C_best and the method moves to a next step 217.

In step 217, it is determined whether d<Min_Step. If it is determined in step 217 that d≥Min_Step then the method moves to a next step 219 in which the step size d is reduced. For example, d is divided by a certain factor (e.g. 2). Following step 219, the method returns to step 205 in which a set of candidate constellations are created based on C_last and step, CreateSet(C_Last, d). On the other hand, If it is determined in step 217 that d<Min_Step then the value of C_best is saved and the algorithm ends.

FIG. 3 illustrates the convergence of C_last with respect to one of the parameters as the first algorithm of FIGS. 1 and 2 is performed. Initially, the value of the parameter converges to a certain value. When the value of the parameter has converged within a certain resolution, the step size d is reduced and the value of the parameter converges further, until the step size d has reached the minimum step size.

In the example shown in FIG. 3, for each iteration, three new parameter values are tried, as represented by the vertical columns of circles. The best new parameter for each iteration is indicated in FIG. 3 as a filled circle. The best parameter value in one iteration is used as the new parameter value for the next iteration. Thus, in the example illustrated in FIG. 3, in which three new parameter values are tried (comprising the current parameter and parameters an amount d above and below the current parameter), the filled circle of one iteration corresponds to the middle of the three circles arranged in a column for the next iteration.

In certain embodiments, Steps 217 and 219 of the algorithm illustrated in FIG. 2 may be omitted so that steps 205, 207, 209, 211, 213 and 215 are performed using the initial step size. In this case, when it is determined in Step 215 that C_best=C_last, the step size is not reduced, but rather the value of C_best is saved and the algorithm ends. By omitting Steps 217 and 219, the algorithm may potentially complete more quickly. However, in this case the output constellation C_best may differ from the true optimum constellation more than the output constellation C_best obtained in the algorithm illustrated in FIG. 2 where the step size d is decreased. This may be seen in FIG. 3, where it can be seen that the best parameter value in the final iteration lies closer to the optimal value (indicated by the horizontal line) than the best parameter value at the stage of convergence with the initial step size.

The first algorithm described above determines the optimum constellation based on a certain performance measure (e.g. capacity). In the following, various algorithms for determining an optimum constellation for a defined transmission system defined by a set of one or more system parameter values, where the constellation is optimised for a certain desired value of a system parameter (e.g. a certain SNR value or certain Ricean factor). In these embodiments, a system parameter value is set to an initial value (e.g. a relatively high value) and an optimum constellation is generated using an algorithm described above (e.g. the algorithm illustrated in FIG. 2), wherein the performance measure is based on a defined transmission system having the set system parameter value. The system parameter value is then reset to a modified value (e.g. by reducing the value by a certain step size) and the algorithm is re-run. The other system parameter values may remain fixed. This process is repeated until the system parameter value reaches a certain desired value.

For example, FIG. 4 illustrates a second algorithm for determining the optimal constellation at a given SNR value S in an AWGN channel. In a first step 401, the algorithm is initialised by setting a SNR parameter to a high value N, where N is large. For example, the initial SNR value may be set to a SNR value above which a non-uniform constellation provides no better performance than an equivalent uniform constellation. This value may be determined, for example, theoretically and/or experimentally. In step 401, the parameter C_last is also initialised to a certain constellation, for example a uniform constellation.

In a next step 403 the first algorithm described above is run using the initialised constellation C_last as the input constellation and using the initialised SNR ratio. By applying the first algorithm, the constellation C_last will converge to an optimal constellation C_best for the specific input value of SNR. The output of step 403 is C_best obtained using the first algorithm. In a next step 405 the SNR value is reduced by a certain amount, for example one unit or step size. In step 405, C_last takes the value of C_best (i.e. so that the value of C_Last in the next iteration is equal to the value of C_Best in the current iteration). In a next step 407 it is determined whether SNR<S. If it is determined in step 407 that SNR≥S then the method returns to step 403, in which the first algorithm is run with the new values of C_last and SNR. On the other hand, if it is determined in step 407 that SNR<S, then the value of C_best is saved and the algorithm ends. By applying the second algorithm, the resulting constellation C_best is the optimal constellation for the desired SNR value S.

FIG. 5 illustrates the convergence of the constellation C_best as the second algorithm of FIG. 4 is performed. Each of the three curves represents the variation in the value of a respective one of the three variable parameters. The solid constant line represents the fixed value of a fixed parameter. As shown in FIG. 5, at the start of the second algorithm, starting from the right-hand side of FIG. 5, the SNR value is high and the constellation is a uniform constellation, as defined by the values of the parameters on the right-hand side of FIG. 5, labelled “Initial condition”. At each iteration, the optimal constellation is obtained for the specific SNR value (indicated in FIG. 5 by the markers). The SNR is then reduced and the optimal constellation is obtained for the new SNR (this process being indicated for one of the parameters by the stepped line in FIG. 5). As shown in FIG. 5, the values of the parameters corresponding to the optimal constellation vary smoothly with varying SNR values. The iterations are repeated until the SNR value reaches the desired SNR value S.

By running the second algorithm illustrated in FIG. 4, an optimal constellation is derived from each of a set of SNR values. These constellations may be stored in association with the corresponding SNR values, for example in a look-up table.

FIG. 6 illustrates a third algorithm for determining the optimal constellation at a given SNR value S in a Rician fading channel for a desired Rician factor K_rice. The Rician channel is given by:

$\sqrt{\frac{K}{K + 1}} + \sqrt{\frac{1}{K + 1}} h$

where K is the Rician factor and h is Rayleigh distributed (centred and normalised). Initially, the third algorithm applies the second algorithm described above to obtain the optimal constellation C_best at a SNR value S for an AWGN channel, C_best(AWGN). In a first step 601, parameter C_last is initialised to C_best(AWGN). In step 601 the Rician factor K is initialised to a high value, which may be determined theoretically and/or experimentally. For example, K may be initialised to a value K_rice+N, where N is large.

In a next step 603, the first algorithm described above is run using the initialised constellation C_last as the input constellation and using the initialised Rician factor K to obtain an optimal constellation C_best. In a next step 605, the Rician factor K is reduced by a certain amount, for example by one unit. In step 605, C_last takes the value of C_best (i.e. so that the value of C_Last in the next iteration is equal to the value of C_Best in the current iteration). In a next step 607 it is determined whether K<K_rice. If it is determined in step 607 that K≥K_rice then the method returns to step 603, in which the first algorithm is run with the new values of C_last and K. On the other hand, if it is determined in step 607 that K<K_rice, then the value of C_best is saved and the algorithm ends. By applying the second algorithm, the resulting constellation C_best is the optimal constellation for the desired Rician factor K_rice.

FIG. 7 illustrates a fourth algorithm for determining the optimal constellation at a given SNR value S in a Rayleigh fading channel. A Rayleigh fading channel is a special case of Rician fading with the Rician factor K=0. Accordingly, the fourth algorithm is the same as the third algorithm described above, except that K_rice is set to zero.

Table 1 below compares the number of capacity calculation function calls for obtaining optimal constellations for various constellation sizes (16-QAM, 64-QAM and 256-QAM) using an exhaustive search, a restricted exhaustive search and an algorithm according to an embodiment of the present invention. The values in Table 1 are based on a step size d of and maximum value for the parameters of 10. Table 1 also indicates the factor difference between using a restricted exhaustive search and a search using an algorithm according to an embodiment of the present invention. As can be seen, the algorithm according to an embodiment of the present invention is significantly more efficient, for example by a factor of 1.15×10¹⁰for 256-QAM.

TABLE 1

Restricted
Algorithm
Gain

Exhaustive
exhaustive
according to the
versus

search
search
present invention
restricted

16QAM
800
800
21
38

64QAM
5.1e9
1.9e8
1701
117577

256QAM
2.1e21
2.5e15
216513
1.15e10

In Table 1, the difference between exhaustive search and restrictive exhaustive search is the following. It is assumed in the following that there are 4 levels (parameters) between 0 and 10. In the exhaustive search each of the 4 parameters is searched over the whole range [0-10] with a certain granularity. In the case of restricted exhaustive search, the range in which each level will fall is fixed. For example level1 (first parameter) will be in the range [0-2.5] level2 in the range [2.5-5], level3 in the range [5-7.5], level4 in the range [7.5-10]. By doing so, the number of possibilities is reduced.

FIG. 8 illustrates a fifth algorithm for determining an optimal constellation. This algorithm corresponds closely to the algorithm illustrated in FIG. 2, but is modified to increase overall efficiency. This algorithm comprises an inner loop that comprises steps (steps 803-819) corresponding to steps 203-219 of FIG. 2. However, step 805 for creating a set of candidate constellations is modified from the corresponding step 205 of FIG. 2. Specifically, in the algorithm of FIG. 8, rather than modify each of the b parameters and trying all combinations of the new parameters as in the algorithm of FIG. 2, only one parameter is modified at a time. For example, within one iteration of the inner loop 803-819, only one parameter (parameter i) is modified to produce a set of candidate constellation. The capacities of these constellations are calculated and the best constellation selected, as in FIG. 2.

In the algorithm of FIG. 8, the value of i is varied from 1 to b using an outer loop (steps 821-825). The algorithm of FIG. 8 is initialised in step 801, corresponding to step 201 of FIG. 2. It can be seen that, by using the algorithm of FIG. 8, rather than the algorithm of FIG. 2, the total number of candidate constellation tried (i.e. the total number of capacity calculations) is significantly reduced. However, in simulations, the optimal constellation obtained using the algorithm of FIG. 8 is very close to the optimal constellation obtained using the algorithm of FIG. 2, which in turn is very close to the true optimal constellation obtained using an exhaustive search. The improvement in computational efficiency using algorithms according to embodiments of the present invention, including the algorithms described above, when compared to an exhaustive search, increases as the constellation order increases.

As with the algorithm illustrated in FIG. 2, in certain embodiments, Steps 817 and 819 of the algorithm illustrated in FIG. 8 may be omitted.

Using the techniques described above, optimal constellations may be obtained for particular parameters, for example SNR, Rician factor etc. These optimum constellations are obtained independently of any particular system implementation, for example independent of a particular coding scheme. In the following, various embodiments are described for obtaining an optimal constellation for a specific transmission system.

A transmission system may comprise a number of processes which may affect the optimal constellation, for example FEC encoding, bit interleaving, demultiplexing bits to cells, mapping cells to constellations, cell interleaving, constellation rotation, I/Q component interleaving, inter-frame convolution and inter-frame block interleaving, and MISO precoding. A QAM mapper is used in the Bit Interleaved Coded Modulation (BICM) chain to map bits to symbols. The QAM mapper may use a uniform constellation to map bits to cells (for example as done in DVB-T2). However, an increase in capacity may be achieved by using a fixed non-uniform constellation. A non-fixed non-uniform constellation (e.g. QAM) may be used to further increase capacity. The BICM capacity depends on the bit to cell mapping used. Optimisations are desirable in the LDPC design, the QAM mapping and the mapping of bits to cells.

In certain techniques, different constellations are generated using a certain step size. The Bit Error Rate (BER), the Block Error Rate and/or the Packet Error Rate corresponding to the constellations are obtained and the best constellation is selected based on one or more of the aforementioned error rates.

In certain embodiments of the present invention, the process illustrated in FIG. 9 may be carried out to obtain an optimal constellation for a specific system. In a first step 901, a uniform constellation (e.g. uniform QAM) is selected. In a next step 903, BER values for the selected uniform constellation are obtained over a range of SNR values (e.g. using simulation or by obtaining the BER values theoretically or experimentally). These values may be obtained based on a specific system, for example using a particular coding scheme (e.g. LDPC code with a certain parity check matrix) with a certain coding rate and a certain bit interleaver and cell interleaver. FIG. 10 illustrates an exemplary plot for 64-QAM using an LDPC coding rate (CR) of 2/3 from DVB-T2 in an AWGN channel.

In a next step 905, the SNR at which the BER falls below a threshold value (e.g. 0.001) is determined. The threshold value may be selected such that the resulting SNR falls within a “waterfall zone” of the BER curve (i.e. the zone at which the BER falls relatively rapidly with increasing SNR). The determined SNR value may be denoted S and referred to as a “waterfall” SNR.

In a next step, the optimal constellation may be obtained for the SNR value S determined in step 905.

For example, in some embodiments, in step 907a, the optimal constellation may be selected from the optimal constellations obtained when performing the algorithms described above in relation to FIGS. 1-8 (and stored in a look-up table). Specifically, the optimal constellation previously determined for the SNR value S may be retrieved from the look-up table.

Alternatively, an iterative process may be performed to obtain an optimal (non-uniform) constellation, as follows. Specifically, following step 905, the method moves to step 907b in which the algorithms described above in relation to FIGS. 1-8 are used to obtain an optimal constellation for the SNR value S (or for a value close to S). Following step 907b, the method returns to step 903, in which BER values are obtained over a range of SNR. In this iteration, the BER values are obtained for the optimal constellation obtained in step 907b (rather than for the initial uniform constellation as in the first iteration). In a similar manner as previously described, the SNR value at which the BER falls below a threshold value (using the new set of BER values for the optimal constellation) is determined in step 905, and a new optimal constellation for the newly determined SNR value is obtain in step 907b. The previously described steps 903, 905, 907 may be repeated a certain number of time (for example a predetermined number of times). Alternatively, the algorithm may terminate when the waterfall SNR stops decreasing between iterations, and instead starts increasing.

FIGS. 11 and 12 illustrate a sixth algorithm for determining an optimal constellation. This algorithm corresponds closely to the algorithm illustrated in FIG. 8, but is modified to improve performance. In particular, this algorithm introduces the concept of a direction of convergence of a parameter value. For example, within the inner loop of the algorithm, the direction is initialised to 0. When creating a set of candidate constellations, the candidate set depends on the direction parameter. When the best constellation is selected in step 1109, the direction of convergence of the value of parameter i is obtained. For example, if the parameter value is converging upwards then the direction parameter may be set to +1, if the parameter is converging downwards then the direction parameter may be set to −1, and if the parameter does not change then the direction parameter may be set to 0. As illustrated in FIG. 12, the number of candidate constellations may be reduced when the parameter value is converging upwards or downwards.

In an exemplary embodiment marked “Example 1” of FIG. 12, in a first iteration all the 3 points are computed, and the upper one is the best one. In a second iteration only the top one is computed, and the upper is the best one. In a third iteration only the one is computed, the middle is the best one. Instead of 9 points, we needed only 5.

Further, in an exemplary embodiment marked “Example 2” of FIG. 12, in a first iteration all the 9 points are computed, and the bottom one is the best one. In a second iteration only the 3 bottom ones is computed, and the corner is the best one. In a third iteration only the 5 borders are computed, and the middle is the best one. Instead of 9*3=27 points, we needed only 9+3+5=17.

As described above, an optimum constellation may be obtained for a particular system implementation, and/or for certain system parameter values. For example, an optimum constellation (e.g. a constellation that optimises the BICM capacity) may be obtained for a certain propagation channel type (e.g. AWGN, Rayleigh or Typical Urban, TU6, channel) and for a certain SNR. However, in some cases, data may be transmitted in different scenarios. For example, data may be transmitted through different types of channels and may be received with different SNRs. Furthermore, it may be desirable or required that a data transmission system uses the same constellation, regardless of the scenario (e.g. channel type or SNR), for example in order to reduce system complexity. In some cases, a transmission system may use a certain constellation for many different scenarios (e.g. channel types and SNRs).

FIGS. 50-53 illustrate an algorithm for obtaining a constellation that is optimised (e.g. achieves the best capacity) with respect to two or more different scenarios (e.g. different channel types and/or SNR values). The algorithm comprises a number of different parts. First, the waterfall SNR for each channel type (e.g. propagation channel type) is obtained using an algorithm similar to the algorithm illustrated in FIG. 9. A weighted performance measure function (e.g. weighted capacity) for an input constellation is defined, based on different scenarios (e.g. different channel types and SNR values). Then, an algorithm similar to the algorithms illustrated in FIG. 2, 8 or 11 is applied to determine an optimum constellation, where the performance measure used is based on the weighted performance measure.

FIG. 50 illustrates a process for obtaining the waterfall SNR for each channel type. Each channel type is treated separately in order to obtain its waterfall SNR. In particular, the process illustrated in FIG. 50 is repeated for each channel type to obtain a respective waterfall SNR for that channel type. The process illustrated in FIG. 50 operates in substantially the same manner as the algorithm illustrated in FIG. 9, and therefore a detailed description will be omitted for conciseness. However, rather than outputting an optimal constellation, as in the algorithm illustrated in FIG. 9, the process illustrated in FIG. 50 instead outputs the waterfall SNR determined in the final iteration of the process. The process illustrated in FIG. 50 (including BER simulation and capacity optimisation steps) is performed based on a certain channel type, and the output waterfall SNR is determined as the waterfall SNR associated with that channel type.

FIG. 51 schematically illustrates a process for obtaining a weighted performance measure function for an input constellation based on different transmission scenarios. In this example, the weighted performance measure is a weighted capacity, and the different scenarios comprise different channel types and associated waterfall SNR values. As illustrated in FIG. 51, a candidate constellation is provided as an input. For each channel type and associated waterfall SNR, the BICM capacity for the input constellation based on the channel type and waterfall SNR is obtained. Each obtained BICM capacity is then multiplied by a respective weight and the weighted BICM capacities are added together to obtain an output weighted average BICM capacity. The weights may be selected according to any suitable criteria. For example, a relatively common or important channel type may be associated with a relatively large weight.

FIG. 52 illustrates a process for obtaining an optimum constellation. The process illustrated in FIG. 52 operates in substantially the same manner as the algorithm illustrated in FIG. 2, 8 or 11, and therefore a detailed description will be omitted for conciseness. However, when determining the performance of a candidate performance in the process illustrated in FIG. 52, the performance is determined based on the weighted performance measure described above in relation to FIG. 51.

In the process illustrated in FIG. 52, in some situation, a certain constellation may achieve the best performance with respect to the weighted performance measure, even though the performance of that constellation with respect to the BICM capacity based on an individual channel and SNR may be relatively low. In certain embodiments, to ensure that a constellation obtained using the algorithm is able to achieve at least a certain level of performance for one or more, or all, transmission scenarios, an additional criterion may be applied when testing each candidate constellation to obtain the constellation C_best. Specifically, any candidate constellation that does not achieve at least a threshold performance with respect to one or more certain individual scenarios, or all scenarios, is ignored and cannot be selected as C_best, even if that constellation achieves the best performance with respect to the weighted performance measure.

In the process illustrated in FIG. 52, the set of candidate constellations may be derived using any suitable method, for example the method described above in relation to FIG. 9 based on a step size d. FIGS. 53a and 53b illustrate alternative schemes for generating a candidate constellation from a previous constellation, C_last, that may be used in certain embodiments. In FIGS. 53a and 53b, the open circles represent the constellation points of a previous constellation, C_last. For each constellation point of the previous constellation, a respective set of N modified constellation points are defined, indicated in FIGS. 53a and 53b as filled circles. Each set of modified constellation points forms a pattern of constellation points located relatively close to the respective constellation point of the previous constellation.

For example, as illustrated in FIG. 53a, each set of modified constellation points may form a square or rectangular lattice of N=8 constellation points surrounding a respective constellation point of the previous constellation. The lattice spacing is equal to d. Alternatively, as illustrated in FIG. 53b, each set of modified constellation points may form a ring of N=8 constellation points surrounding a respective constellation point of the previous constellation. The radius of the ring is equal to d.

A candidate constellation may be obtained by selecting, for each constellation point in the previous constellation, either the constellation point of the previous constellation itself or one of the constellation points of a respective set of modified constellation points.

In the examples described above, a weighted performance measure is defined based on different transmission scenarios. For example, in the case illustrated in FIG. 51, each transmission scenario comprises a different channel type and an associated waterfall SNR value. Accordingly, a constellation optimised for a range of channel types and associated SNR values may be obtained. In an alternative embodiment, an optimal constellation may be obtained for different transmission scenarios, in the case where each transmission scenario comprises the same channel type, but involves different SNR values (e.g. a set of SNR values S1, S1+d, S1+2d, S1+3d, . . . , S2, where d is a step size). That is, an optimal constellation may be obtained for a fixed channel type that is intended to be used over a range of SNR values. In this case, the algorithm described above in relation to FIGS. 50-53 may be used, except that when determining the weighted performance measure as illustrated in FIG. 51, instead of determining individual BICM capacities based on respective channel types and associated waterfall SNR values, the individual BICM capacities are determined based on the fixed channel type and respective SNR values S1, S1+d, S1+2d, S1+3d, . . . , S2.

In the algorithms described above, a technique may be applied to reduce the overall complexity. In particular, when a set of candidate constellations is generated and the performance of the candidate constellations are tested, those candidate constellations that have been previously tested (i.e. in one or more previous iteration) are not re-tested. That is, in a current iteration, only those candidate constellations that have not been tested in previous iterations are tested.

For example, as described above, a first set of candidate constellations, A, is generated in an iteration, and the best performing candidate constellation, a (a∈A), is selected from this set. In the next iteration, a second set of candidate constellations, B, is generated based on the previously selected constellation a (a∈B). In this next iteration, the best performing candidate constellation b (b∈B) from set B needs to be determined.

Typically, there will be at least some overlap between the two sets of candidate constellations A and B, such that one or more candidate constellations belong to both sets A and B (i.e. A∩B≠Ø), including constellation a. Since it is known that constellation a has the best performance of all the constellations in set A, then it is also known that constellation a has the best performance of all the constellations belonging to the overlap between sets A and B (i.e. A∩B).

Accordingly, when testing the constellations in set B to determine the best performing constellation, b, it is not necessary to re-test those constellations belonging to the overlap between sets A and B (i.e. it is not necessary to re-test those constellations in the set A·B). Instead, rather than testing all constellations in set B, only those constellations belonging to the smaller set of constellations B*, comprising constellations belonging to set B but excluding any constellations that also belong to set A (i.e. B*=B\A) are tested. Then, the best performing constellation from the set formed from the union of B* and the previous best performing constellation, a (i.e. the best performing constellation from the set B*∪a) is selected as the best performing constellation, b, of set B.

An example of the above principle in relation to the example shown in FIG. 53a is illustrated in FIG. 54. In the example of FIG. 54, at iteration i, it was found that the constellation point indicated as a black circle is the best performing. At iteration i+1, there is no need to test the common subset (including the white circles and the black circle), because it was already tested before and gave an inferior performance. That is, at iteration i+1, only the dark grey circles need to be tested. Accordingly, in the illustrated example, a reduction in complexity of 44% (=4/9) is achieved.

FIG. 55 illustrates an apparatus for implementing an algorithm according to an exemplary embodiment, for example one or more of the embodiments described above. The apparatus is configured for generating a non-uniform constellation. The apparatus comprises a block for performing a first process. The block for performing the first process comprises: a block for obtaining a first constellation defined by one or more parameter values; and a block for generating a second constellation based on the first constellation using a second process. The block for generating the second constellation based on the first constellation using the second process comprises: a block for obtaining a set of candidate constellations, wherein the set of candidate constellations comprises the first constellation and one or more modified constellations, wherein each modified constellation is obtained by modifying the parameter values defining the first constellation; a block for determining the performance of each candidate constellation according to a predetermined performance measure; and a block for selecting the candidate constellation having the best performance as the second constellation. The block for performing the first process further comprises a block for determining a difference between the first constellation and the second constellation; and a block for, if the second constellation differs from the first constellation by more than a threshold amount, causing the block for performing the first process to repeat the first process using the second constellation generated in the current iteration of the first process as the first constellation in the next iteration.

The skilled person will appreciate that the functions of any two or more blocks illustrated in FIG. 55 may be performed by a single block, and that the functions of any block illustrated in FIG. 55 may be performed by two or more blocks. A block may be implemented in any suitable form, for example hardware, software, firmware, or any suitable combination of hardware, software and firmware.

A constellation obtained by a method according to exemplary embodiments of the present invention may be used in a digital broadcasting system to transmit data from a transmitter side to a receiver side. In certain exemplary embodiments, the system comprises a transmitter arranged to obtain data (e.g. a data stream), perform any required encoding and/or other processing of the data, modulate a signal using the data according to a modulation scheme corresponding to the constellation, and transmit the modulated signal. The system further comprises a receiver configured to receive a modulated signal, demodulate the signal according to a demodulation scheme corresponding to the constellation (or a similar or corresponding constellation), and perform any necessary decoding and/or other processing to recover the original data. Certain embodiments may comprise a transmitter side apparatus only, a receiver side apparatus only, or a system comprising both a transmitter side apparatus and a receiver side apparatus.

FIG. 13a illustrates a uniform constellation (64-QAM), FIG. 13b illustrates a non-uniform constellation (64-QAM) characterised by 3 parameters, and FIG. 13c illustrates a non-uniform constellation (64-QAM) characterised by 16 parameters. As illustrated in FIG. 13c, in some embodiments, the constellation points are not constrained to lie on a square lattice.

The number of parameters depends on the number of constraints, as can be seen by comparing the non-uniform constellations illustrated in FIGS. 13b and 13c.

The Annexes to this description include various tables comprising data obtained using certain embodiments of the present invention. Annex 1a covers square constellations and Annex 2a covers non-square constellations. Each Annex covers four constellation sizes, 16, 64, 256 and 1024.

The first column in each table is the optimal SNR for which the values are optimal. In the case of the tables indicated NU-QAM (square), the tables contain the optimal normalized levels/parameters (L1, L2, L3 . . . ). There are different numbers of levels for each order of constellation.

In the case of the tables indicated NUC (non-square), the tables contain the raw point values (a1, a2, a3 . . . ) in the first quadrant (the other 3 quadrants can be derived by symmetry). The values in these tables are complex (A+Bi) since the constellation is two dimensional.

The Annexes to the Figures illustrate results obtained from various embodiments of the present invention.

Various results obtained by applying the algorithms described above will now be described. For example, results obtained for NU-QAM constellations of different sizes (specifically NU 16-QAM, NU 64-QAM, NU 256-QAM and NU 1024-QAM), and using different code rates (specifically 6/15, 7/15, 8/15, 9/15, 10/15, 11/15, 12/15 and 13/15), are described. These results show that non-uniform constellations provide a significant gain over corresponding uniform constellations. The values of the set of constellation points for various exemplary constellations obtained by applying the algorithms described above are also described.

FIG. 14a illustrates a set of BER curves obtained using a NU 16-QAM constellation, NUC, using respective code rates, CRs (specifically the code rates mentioned above), and a set of BER curves obtained using a corresponding (uniform) 16-QAM constellation using the same code rates. The solid curves are the BER curves for the NU 16-QAM constellation and the dotted curves are the BER curves for the corresponding uniform 16-QAM constellation. FIG. 14a also indicates the SNR gain (at the waterfall, WF, zone) obtained using the NU 16-QAM constellation with respect to the corresponding 16-QAM constellation for each code rate.

FIG. 14b is a table indicating, for each code rate, the SNR values at the waterfall zone (e.g. the waterfall SNR values) for the uniform and non-uniform constellations used to obtain the BER curves illustrated in FIG. 14a, and the resulting SNR gain (obtained as a difference between the SNR values). As indicated, a SNR gain of up to 0.3 dB (e.g. for code rates of 8/15 and 9/15) may be obtained.

FIGS. 15a and 15b illustrate a set of BER curves and SNR gain values, similar to FIGS. 14a and 14b, using a NU 64-QAM constellation and a corresponding (uniform) 64-QAM constellation, and using the code rates mentioned above.

FIGS. 16a and 16b illustrate a set of BER curves and SNR gain values, similar to FIGS. 14a and 14b, using a NU 256-QAM constellation and a corresponding (uniform) 256-QAM constellation, and using the code rates mentioned above.

FIGS. 17a and 17b illustrate a set of BER curves and SNR gain values, similar to FIGS. 14a and 14b, using a NU 1024-QAM constellation and a corresponding (uniform) 1024-QAM constellation, and using the code rates mentioned above.

FIG. 18 illustrates an exemplary NU 16-QAM constellation obtained by applying the algorithms described above using a code rate of 6/15. The positions of the individual constellation points are indicated in the constellation diagram on the right-hand side of FIG. 18. The values of the constellation points of the top-right quadrant are indicated on the left—hand side of FIG. 18. The values of the constellation points of the other quadrants may be deduced by symmetry. In particular, for each constellation point A in the top-right quadrant, there is a corresponding constellation point in each of the three other quadrants (bottom-right, bottom-left and top-left), given, respectively, by A*, −A* and −A, where * denotes complex conjugation.

FIGS. 19-25 illustrate exemplary NU 16-QAM constellations obtained by applying the algorithms described above using code rates of 7/15, 8/15, 9/15, 10/15, 11/15, 12/15 and 13/15, respectively. As with FIG. 18, the complete set of constellation points are indicated in the constellation diagram on the right-hand side of the Figures, and the values of the constellation points of the top-right quadrant are indicated on the left-hand side of the Figures. As with FIG. 18, the values of the constellation points in the other three quadrants may be similarly deduced by symmetry.

In alternative embodiments, the constellations illustrated in FIGS. 18-25 may comprise constellation points given in Tables 2-6 in Annex 7.

FIGS. 26-33 illustrate exemplary NU 64-QAM constellations obtained by applying the algorithms described above using code rates of 6/15, 7/15, 8/15, 9/15, 10/15, 11/15, 12/15 and 13/15, respectively. As with FIG. 18, the complete set of constellation points are indicated in the constellation diagram on the right-hand side of the Figures, and the values of the constellation points of the top-right quadrant are indicated on the left-hand side of the Figures. As with FIG. 18, the values of the constellation points in the other three quadrants may be similarly deduced by symmetry.

In alternative embodiments, the constellations illustrated in FIGS. 26-33 may comprise constellation points given in Tables 7-11 in Annex 7.

FIGS. 34-41 illustrate exemplary NU 256-QAM constellations obtained by applying the algorithms described above using code rates of 6/15, 7/15, 8/15, 9/15, 10/15, 11/15, 12/15 and 13/15, respectively. As with FIG. 18, the complete set of constellation points are indicated in the constellation diagram on the right-hand side of the Figures, and the values of the constellation points of the top-right quadrant are indicated on the left-hand side of the Figures. As with FIG. 18, the values of the constellation points in the other three quadrants may be similarly deduced by symmetry.

In alternative embodiments, the constellations illustrated in FIGS. 34-41 may comprise constellation points given in Tables 12-16 in Annex 7.

FIGS. 42-49 illustrate exemplary NU 1024-QAM constellations obtained by applying the algorithms described above using code rates of 6/15, 7/15, 8/15, 9/15, 10/15, 11/15, 12/15 and 13/15, respectively. As with FIG. 18, the complete set of constellation points are indicated in the constellation diagram on the right-hand side of the Figures. The values of the constellation points of the top-right quadrant are indicated on the left-hand side of the Figures. In FIGS. 42-49, in contrast to FIGS. 18-41, rather than giving the values of the constellation points explicitly, a set of levels of the constellation point are given instead, from which the actual values of the constellation points may be deduced. Specifically, given a set of m levels A=[A₁, A₂, . . . , A_m], a set of m²constellation point values C+Dj may be deduced, wherein C and D each comprise a value selected from the set, A, of levels. The complete set of constellation points in the top-right quadrant is obtained by considering all possible pairs of values C and D. As with FIG. 18, the values of the constellation points in the other three quadrants may be similarly deduced by symmetry.

In alternative embodiments, the constellations illustrated in FIGS. 42-49 may comprise constellation points given in Tables 17-21 in Annex 7.

The skilled person will appreciate that, in certain embodiments, the constellations indicated in FIGS. 18-49 may be rotated and/or scaled (where the scaling factor applied to the real and imaginary axis may be the same or different) and/or have any other transformation applied thereto. The constellations indicated in FIGS. 18-49 may be regarded as constellations, which indicate the relative positions of the constellation points, and from which other constellations may be derived through rotation and/or scaling and/or any other suitable transformation.

Tables 2-6 in Annex 7 indicate the values of the constellation points of exemplary normalised NU 16-QAM constellations obtained by applying the algorithms described above using coding rates of 5/15, 7/15, 9/15, 11/15, and 13/15, and fora single SNR value.

Tables 7-11 in Annex 7 indicate the values of the constellation points of exemplary normalised NU 64-QAM constellations obtained by applying the algorithms described above using coding rates of 5/15, 7/15, 9/15, 11/15, and 13/15, and for one SNR, in a similar manner to Tables 2-6.

Tables 12-16 in Annex 7 indicate the values of the constellation points of exemplary normalised NU 256-QAM constellations obtained by applying the algorithms described above using coding rates of 5/15, 7/15, 9/15, 11/15, and 13/15, and for one SNR, in a similar manner to Tables 2-11.

Tables 17-21 in Annex 7 indicate the values of the constellation points of exemplary normalised NU 1024-QAM constellations obtained by applying the algorithms described above using coding rates of 5/15, 7/15, 9/15, 11/15 and 13/15, and for one SNR. In tables 17-21, in contrast to Tables 2-16, rather than giving the values of the constellation points explicitly, a set of levels of the constellation point are given instead, from which the actual values of the constellation points may be deduced, as described above.

The skilled person will appreciate that the present invention is not limited to the specific constellations indicated in FIGS. 18-49 and Tables 2-22. For example, in certain embodiments, constellations of different orders and/or constellation comprising different arrangements or relative positions of constellation points may be used. In some embodiments, a constellation similar to one of the constellations indicated in FIGS. 18-49 and/or Tables 2-22 may be used. For example, a constellation having constellation point values differing by no more than a certain threshold amount (or tolerance or error) from the values indicated in FIGS. 18-49 and/or Tables 2-22 may be used. The threshold amount may be expressed, for example, as a relative amount (e.g. 0.1%, 1%, 5% etc.), as an absolute amount (e.g. 0.001, 0.01, 0.1 etc.), or in any other suitable way. In certain embodiments, a constellation point may be rounded using any suitable rounding operator. For example, a constellation point given by A1=0.775121+0.254211 j may be rounded to A2=0.775+0.254j. The non-rounded or the rounded value may be stored in a table.

In certain exemplary embodiments, the transmitter and the receiver may use constellations that are not exactly the same. For example, the transmitter and the receiver may user respective constellations in which one or more constellation points differ by no more than a certain threshold amount. For example, the receiver may use a constellation comprising one or more rounded constellation points (e.g. A2) to de-map the constellation value, while the transmitter may use a constellation comprising the non-rounded constellation points (e.g. A1).

Annexes 1b and 2b include alternative data to the data included in Annexes 1a and 2a. Annex 1b covers square constellations and Annex 2b covers non-square constellations. Each Annex covers four constellation sizes, 16, 64, 256 and 1024. The tables in Annex 2b contain the 2D constellation points for a range of SNR values. Different labelling (i.e. mappings between bits and constellation points) can be used. For each constellation, there exist (log 2(points)−2)!*2{circumflex over ( )}(log 2(points)−2) possible labellings that lead to an optimal capacity value. The Annex 2b tables only show one possible, exemplary, labelling. However, the skilled person can reorder the points of a given constellation/SNR, obtaining a different labelling but maintaining the same performance.

The Annexes to this description include various LDPC parity bit accumulator tables that may be used in certain embodiments of the present invention. Specifically, Annex 3 contains parity bit accumulator tables used to generate the Parity Check Matrix for each coding rate. A table is provided for each LDPC length, specifically 64 k or 16 k. For example, tables in Annex 3 were used in obtaining the results illustrated in FIGS. 14-49. When applying the algorithms described above, the waterfall zone and waterfall SNR depends on the LDPC matrix used. In the tables of Annex 3, each row represents one of the Quasi-Cyclic Low-Density Parity-Check, QC LDPC, columns generators.

Annex 4 indicates the values of the constellation points of further exemplary 16-QAM, 64-QAM, 256-QAM and 1024-QAM constellations obtained by applying an algorithm according to an exemplary embodiment of the present invention, for example one or more of the algorithms described above, using coding rates of 7/15, 9/15, 11/15 and 13/15. The 16-QAM, 64-QAM and 256-QAM constellations are NUC constellations, where constellation points are given for the first quadrant only. The constellation points for the other three quadrants may be deduced by symmetry, as described above in relation to FIGS. 18-41. The 1024-QAM constellation is an NU-QAM (rectangular) constellation, where the constellation points are defined by a set of levels, as described above in relation to FIGS. 42-49.

Annex 5 indicates the values of the constellation points of further exemplary 16-QAM, 64-QAM and 256-QAM constellations obtained by applying an algorithm according to an exemplary embodiment of the present invention, for example one or more of the algorithms described above. In certain exemplary embodiments, these constellations may be used for coding rates of 3/10 or below.

Annex 6 indicates the values of the constellation points of further exemplary 16-QAM, 64-QAM, 256-QAM and 1024-QAM constellations obtained by applying an algorithm according to an exemplary embodiment of the present invention, for example one or more of the algorithms described above, using coding rates of 5/15 (for 64-QAM and 256-QAM only), 7/15, 9/15, 11/15 and 13/15. The 16-QAM, 64-QAM, 256-QAM constellations, and the second 1024-QAM constellation, are NUC constellations, where constellation points are given for the first quadrant only. The constellation points for the other three quadrants may be deduced by symmetry, as described above in relation to FIGS. 18-41. The first 1024-QAM constellation is an NU-QAM (rectangular) constellation, where the constellation points are defined by a set of levels, as described above in relation to FIGS. 42-49.

In cases where the constellations are indicated in terms of a set of levels, the actual constellation points may be constructed from the indicated levels. For example, Annex 6 gives a “1K-QAM (1 dimension)” constellation in terms of a set of levels. Table 22 in Annex 8 gives the values of the constellation points in the first quadrant for the “1K-QAM (1 dimension)” constellation, which may be constructed from the set of levels given in Annex 6. The constellation points for the other three quadrants may be deduced by symmetry. One example of the construction of a set of constellation points from a set of levels is given in Annex 9.

The constellation points coordinates included in the present disclosure may be rounded off to the nearest whole number at any decimal point. For example, a constellation point coordinate may be rounded off in the fifth decimal place after the decimal point.

It will be appreciated that embodiments of the present invention can be realized in the form of hardware, software or a combination of hardware and software. Any such software may be stored in the form of volatile or non-volatile storage, for example a storage device like a ROM, whether erasable or rewritable or not, or in the form of memory such as, for example, RAM, memory chips, device or integrated circuits or on an optically or magnetically readable medium such as, for example, a CD, DVD, magnetic disk or magnetic tape or the like.

It will be appreciated that the storage devices and storage media are embodiments of machine-readable storage that are suitable for storing a program or programs comprising instructions that, when executed, implement certain embodiments of the present invention. Accordingly, certain embodiments provide a program comprising code for implementing a method, apparatus or system as claimed in any one of the claims of this specification, and a machine-readable storage storing such a program. Still further, such programs may be conveyed electronically via any medium, for example a communication signal carried over a wired or wireless connection, and embodiments suitably encompass the same.

While the invention has been shown and described with reference to certain embodiments thereof, it will be understood by those skilled in the art that various changes in form and detail may be made therein without departing from the scope of the invention, as defined by the appended claims.

Annex to the Description—Annex 1a

16NUQAM

SNR
L1
L2

4
1
2.839885

4.1
1
2.893707

4.2
1
2.947556

4.3
1
2.999997

4.4
1
3.051775

4.5
1
3.102185

4.6
1
3.15186

4.7
1
3.199446

4.8
1
3.246374

4.9
1
3.291983

5
1
3.336053

5.1
1
3.378123

5.2
1
3.418789

5.3
1
3.457634

5.4
1
3.494374

5.5
1
3.529293

5.6
1
3.562092

5.7
1
3.592767

5.8
1
3.62144

5.9
1
3.647331

6
1
3.671139

6.1
1
3.692771

6.2
1
3.711765

6.3
1
3.727773

6.4
1
3.741562

6.5
1
3.753443

6.6
1
3.762235

6.7
1
3.768439

6.8
1
3.77272

6.9
1
3.774647

7
1
3.773951

7.1
1
3.77135

7.2
1
3.767057

7.3
1
3.760857

7.4
1
3.752584

7.5
1
3.743116

7.6
1
3.732592

7.7
1
3.720692

7.8
1
3.707042

7.9
1
3.69362

8
1
3.678595

8.1
1
3.663756

8.2
1
3.647761

8.3
1
3.631964

8.4
1
3.615282

8.5
1
3.598823

8.6
1
3.582573

8.7
1
3.565892

8.8
1
3.55006

8.9
1
3.5338

9
1
3.517746

9.1
1
3.502524

9.2
1
3.487487

9.3
1
3.472631

9.4
1
3.45797

9.5
1
3.443485

9.6
1
3.430061

9.7
1
3.41677

9.8
1
3.403622

9.9
1
3.391227

10
1
3.378963

10.1
1
3.367421

10.2
1
3.355998

10.3
1
3.345294

10.4
1
3.334305

10.5
1
3.324627

10.6
1
3.314486

10.7
1
3.304843

10.8
1
3.295784

10.9
1
3.287364

11
1
3.278865

11.1
1
3.270628

11.2
1
3.262403

11.3
1
3.254759

11.4
1
3.247699

11.5
1
3.240646

11.6
1
3.233605

11.7
1
3.227272

11.8
1
3.220939

11.9
1
3.214612

12
1
3.208285

12.1
1
3.202533

12.2
1
3.197353

12.3
1
3.191598

12.4
1
3.186426

12.5
1
3.181815

12.6
1
3.176644

12.7
1
3.172139

12.8
1
3.167631

12.9
1
3.163111

13
1
3.158592

13.1
1
3.154649

13.2
1
3.150688

13.3
1
3.146739

13.4
1
3.142772

13.5
1
3.138807

13.6
1
3.135416

13.7
1
3.132018

13.8
1
3.128616

13.9
1
3.125221

14
1
3.122455

14.1
1
3.119049

14.2
1
3.116279

14.3
1
3.113504

14.4
1
3.110719

14.5
1
3.107929

14.6
1
3.104898

14.7
1
3.102507

14.8
1
3.10012

14.9
1
3.097736

15
1
3.095345

64NUQAM

SNR
L1
L2
L3
L4

4
1
1
2.839885
2.839885

5
1
1
3.333799
3.333799

6
1
1
3.673272
3.673272

7
1
1
3.772273
3.786417

8
1
1.191385
3.567779
4.620412

9
1
1.420475
3.669097
5.36928

10
1
1.712789
3.997906
6.241096

11
1
2.079134
4.429257
7.139089

12
1
2.511934
4.87267
7.976119

13
1
2.764698
5.145644
8.394934

14
1
3.017794
5.480702
8.804139

15
1
3.047482
5.480719
8.655799

16
1
3.106828
5.510392
8.537099

17
1
3.046101
5.351575
8.118142

18
1
3.016799
5.229677
7.806698

19
1
3.072838
5.257719
7.750716

20
1
3.072822
5.257695
7.666657

21
1
3.016336
5.114428
7.403244

22
1
3.016351
5.114446
7.348773

23
1
3.016337
5.087177
7.267007

24
1
3.016341
5.087182
7.239767

256 NUQAM

SNR
L1
L2
L3
L4
L5
L6
L7
L8

7
1
1
1
1
3.759495
3.759495
3.759495
3.759495

8
1
0.865981
0.752579
0.865981
3
4.422682
3
2.69072

9
1
0.823528
0.686273
0.823528
2.823528
4.401956
2.823528
2.558823

10
1
1.12848
1.578161
1.385441
3.91221
3.869383
4.661674
6.803007

11
1
1.023423
1.843092
1.772836
3.997663
4.231856
5.730687
7.651065

12
1
0.974163
2.188638
2.188638
4.281664
4.669262
6.555574
8.622762

13
1
0.971184
2.556198
2.613837
4.659952
5.2075
7.39771
9.818462

14
1
0.969417
2.773689
2.865438
4.853198
5.495397
7.850127
10.54125

15
1
1
2.954397
3.117258
5.169379
5.885988
8.361555
11.26058

16
1
1
2.954403
3.182412
5.169383
5.98372
8.361572
11.22802

17
1
1.13937
3.125436
3.508715
5.49478
6.574918
8.944254
11.90593

18
1
1.299621
3.209728
3.883887
5.793994
7.292119
9.614208
12.61046

19
1
2.014496
3.995172
5.444447
7.521745
9.695663
12.4493
16.02418

20
1
2.63841
4.672306
6.593206
8.909592
11.45195
14.5593
18.45759

21
1
2.916187
4.952133
7.107824
9.503049
12.25757
15.43123
19.26359

22
1
2.916143
4.952058
7.10773
9.502917
12.13763
15.13162
18.66453

23
1
3.035904
5.071823
7.227493
9.562818
12.13764
14.952
18.24539

24
1
3.035928
5.131725
7.347292
9.682613
12.1377
14.83232
17.88619

25
1
3.095825
5.25153
7.407236
9.682704
12.1378
14.77255
17.7067

26
1
3.095796
5.251469
7.407143
9.682587
12.07779
14.59274
17.34722

27
1
3.095806
5.251487
7.467059
9.68263
12.01797
14.47305
17.10778

1024 NUQAM

SNR
L1
L2
L3
L4
L5
L6
L7
L8
L9

11
1
1
1.027778
1.027778
1.833333
1.833333
1.777778
1.777778
3.972222

12
1
1
1
1
2.25
2.25
2.25
2.25
4.375

13
1
1
0.966667
0.966667
2.5
2.5
2.533333
2.533333
4.6

14
1
1
0.964286
0.964286
2.714286
2.714286
2.785714
2.785714
4.821429

15
1
1
1
1
2.923077
2.923077
3.038462
3.038462
5.115385

16
1
1
1
1
2.884615
2.923077
3.076923
3.076923
5.115385

17
1
1
1.04
1.04
3
3.04
3.32
3.28
5.32

18
1
1
1.217391
1.217391
3.130435
3.130435
3.695652
3.695652
5.608696

19
1
1
1.55
1.55
3.5
3.5
4.5
4.5
6.45

20
1
1
2.466667
2.466667
4.533333
4.533333
6.266667
6.266667
8.533333

21
1
1
2.785714
2.785714
4.857143
4.857143
6.857143
6.928571
9.142857

22
1
1
3.076923
3.076923
5.230769
5.230769
7.384615
7.461538
9.692308

23
1
1
3.076923
3.076923
5.153846
5.230769
7.307692
7.538462
9.538462

24
1
1
3
3.076923
5
5.230769
7.076923
7.692308
9.384615

25
1
1.166667
3.083333
3.333333
5.166667
5.75
7.416667
8.5
10.08333

26
1
2.375
4.25
5.75
7.75
9.375
11.375
13.375
15.5

27
1
2.857143
4.857143
6.857143
8.857143
10.85714
13
15.28571
17.71429

28
1
2.857143
4.857143
6.857143
8.857143
11
13.28571
15.71429
18.14286

29
1
2.857143
4.857143
6.857143
8.857143
11
13.28571
15.71429
18.14286

30
1
2.857143
4.857143
6.857143
8.857143
11
13.28571
15.71429
18.14286

31
1
3
4.857143
6.857143
8.857143
11
13.28571
15.71429
18.14286

SNR
L10
L11
L12
L13
L14
L15
L16

11
4.111111
4.277778
4.138889
5.916667
5.805556
6.5
8.638889

12
4.5
4.75
4.59375
6.875
6.78125
7.4375
9.8125

13
4.633333
5.033333
4.966667
7.1
7.333333
8.466667
10.7

14
4.821429
5.357143
5.357143
7.464286
7.857143
9.464286
11.71429

15
5.076923
5.692308
5.769231
7.923077
8.423077
10.34615
12.80769

16
5.038462
5.692308
5.846154
7.884615
8.423077
10.5
13.03846

17
5.24
6.04
6.28
8.24
8.84
11.04
13.68

18
5.608696
6.826087
7.086957
8.956522
9.695652
11.95652
14.69565

19
6.45
8.1
8.4
10.35
11.35
13.75
16.75

20
8.6
10.8
11.33333
13.73333
15.26667
18.2
21.93333

21
9.357143
11.57143
12.35714
14.64286
16.64286
19.5
23.21429

22
10.07692
12.23077
13.38462
15.69231
18.07692
21
24.69231

23
10.23077
12.15385
13.69231
15.76923
18.15385
20.92308
24.38462

24
10.53846
12.23077
13.92308
15.92308
18.23077
20.92308
24.15385

25
11.58333
13.33333
15.25
17.33333
19.75
22.41667
25.58333

26
17.75
20.25
23
26.125
29.5
33.25
37.625

27
20.42857
23.28571
26.42857
29.71429
33.42857
37.42857
42

28
20.71429
23.42857
26.42857
29.71429
33.14286
36.85714
41.14286

29
20.71429
23.42857
26.42857
29.57143
32.85714
36.28571
40.14286

30
20.71429
23.42857
26.14286
29
32
35.14286
38.71429

31
20.71429
23.42857
26.14286
28.85714
31.71429
34.71429
38

Annex to the Description—Annex 2a

16 NUC

Normalized values

SNR
a1
a2
a3
a4

4
0.531 + 1.193i
0.284 + 0.462i
1.193 + 0.530i
0.462 + 0.284i

4.1
0.529 + 1.195i
0.282 + 0.460i
1.195 + 0.529i
0.460 + 0.282i

4.2
0.528 + 1.197i
0.280 + 0.458i
1.197 + 0.527i
0.458 + 0.280i

4.3
0.526 + 1.199i
0.278 + 0.457i
1.199 + 0.526i
0.457 + 0.278i

4.4
0.525 + 1.201i
0.276 + 0.455i
1.201 + 0.524i
0.455 + 0.276i

4.5
0.523 + 1.202i
0.275 + 0.454i
1.202 + 0.523i
0.454 + 0.275i

4.6
0.522 + 1.203i
0.274 + 0.453i
1.203 + 0.522i
0.454 + 0.274i

4.7
0.521 + 1.204i
0.272 + 0.453i
1.204 + 0.520i
0.453 + 0.272i

4.8
0.519 + 1.205i
0.271 + 0.452i
1.205 + 0.519i
0.452 + 0.271i

4.9
0.518 + 1.206i
0.270 + 0.452i
1.206 + 0.518i
0.452 + 0.270i

5
0.517 + 1.207i
0.269 + 0.451i
1.207 + 0.516i
0.451 + 0.269i

5.1
0.516 + 1.208i
0.269 + 0.451i
1.208 + 0.515i
0.451 + 0.269i

5.2
0.514 + 1.208i
0.268 + 0.451i
1.208 + 0.514i
0.452 + 0.268i

5.3
0.513 + 1.209i
0.267 + 0.452i
1.209 + 0.513i
0.452 + 0.267i

5.4
0.512 + 1.209i
0.267 + 0.452i
1.209 + 0.512i
0.452 + 0.267i

5.5
0.511 + 1.210i
0.266 + 0.452i
1.210 + 0.511i
0.452 + 0.266i

5.6
0.510 + 1.210i
0.266 + 0.453i
1.210 + 0.510i
0.453 + 0.266i

5.7
0.509 + 1.210i
0.265 + 0.454i
1.210 + 0.509i
0.454 + 0.265i

5.8
0.509 + 1.210i
0.265 + 0.455i
1.210 + 0.508i
0.455 + 0.265i

5.9
0.508 + 1.210i
0.265 + 0.456i
1.210 + 0.507i
0.455 + 0.265i

6
0.507 + 1.211i
0.264 + 0.457i
1.211 + 0.506i
0.457 + 0.264i

6.1
0.506 + 1.211i
0.264 + 0.458i
1.211 + 0.505i
0.458 + 0.264i

6.2
0.505 + 1.211i
0.263 + 0.459i
1.211 + 0.505i
0.459 + 0.263i

6.3
0.504 + 1.210i
0.263 + 0.460i
1.210 + 0.504i
0.460 + 0.264i

6.4
0.503 + 1.210i
0.263 + 0.461i
1.211 + 0.502i
0.461 + 0.263i

6.5
0.503 + 1.210i
0.262 + 0.463i
1.210 + 0.501i
0.463 + 0.262i

6.6
0.502 + 1.210i
0.263 + 0.465i
1.210 + 0.501i
0.464 + 0.263i

6.7
0.501 + 1.210i
0.262 + 0.466i
1.210 + 0.500i
0.466 + 0.262i

6.8
0.500 + 1.210i
0.262 + 0.468i
1.210 + 0.499i
0.467 + 0.262i

6.9
0.499 + 1.209i
0.261 + 0.469i
1.209 + 0.498i
0.469 + 0.261i

7
0.498 + 1.209i
0.261 + 0.472i
1.209 + 0.498i
0.471 + 0.261i

7.1
0.498 + 1.209i
0.261 + 0.474i
1.209 + 0.497i
0.473 + 0.261i

7.2
0.497 + 1.208i
0.259 + 0.475i
1.208 + 0.497i
0.475 + 0.259i

7.3
0.496 + 1.208i
0.259 + 0.478i
1.208 + 0.496i
0.477 + 0.259i

7.4
0.496 + 1.207i
0.259 + 0.480i
1.207 + 0.495i
0.479 + 0.259i

7.5
0.495 + 1.207i
0.258 + 0.481i
1.207 + 0.495i
0.482 + 0.258i

7.6
0.495 + 1.206i
0.257 + 0.484i
1.206 + 0.494i
0.483 + 0.257i

7.7
0.494 + 1.206i
0.256 + 0.486i
1.206 + 0.494i
0.486 + 0.256i

7.8
0.494 + 1.205i
0.255 + 0.489i
1.205 + 0.493i
0.488 + 0.255i

7.9
0.493 + 1.205i
0.254 + 0.492i
1.205 + 0.493i
0.490 + 0.254i

8
0.493 + 1.204i
0.253 + 0.494i
1.204 + 0.492i
0.493 + 0.253i

8.1
0.492 + 1.203i
0.252 + 0.497i
1.203 + 0.492i
0.495 + 0.252i

8.2
0.492 + 1.203i
0.251 + 0.499i
1.203 + 0.491i
0.497 + 0.251i

8.3
0.492 + 1.202i
0.250 + 0.502i
1.202 + 0.491i
0.500 + 0.250i

8.4
0.492 + 1.202i
0.249 + 0.505i
1.201 + 0.490i
0.501 + 0.249i

8.5
0.491 + 1.201i
0.248 + 0.506i
1.201 + 0.491i
0.505 + 0.248i

8.6
0.491 + 1.200i
0.247 + 0.509i
1.200 + 0.490i
0.508 + 0.247i

8.7
0.491 + 1.200i
0.246 + 0.512i
1.199 + 0.490i
0.509 + 0.245i

8.8
0.490 + 1.199i
0.244 + 0.514i
1.198 + 0.490i
0.513 + 0.244i

8.9
0.492 + 1.198i
0.244 + 0.519i
1.197 + 0.489i
0.513 + 0.242i

9
0.493 + 1.198i
0.243 + 0.524i
1.196 + 0.487i
0.512 + 0.241i

9.1
0.494 + 1.198i
0.243 + 0.530i
1.194 + 0.486i
0.511 + 0.239i

9.2
0.519 + 1.206i
0.252 + 0.583i
1.180 + 0.463i
0.464 + 0.228i

9.3
0.526 + 1.207i
0.253 + 0.597i
1.174 + 0.457i
0.455 + 0.226i

9.4
0.531 + 1.207i
0.254 + 0.608i
1.170 + 0.453i
0.449 + 0.223i

9.5
0.537 + 1.208i
0.254 + 0.618i
1.166 + 0.450i
0.442 + 0.222i

9.6
0.542 + 1.209i
0.255 + 0.626i
1.162 + 0.446i
0.437 + 0.220i

9.7
0.547 + 1.209i
0.256 + 0.635i
1.157 + 0.443i
0.432 + 0.219i

9.8
0.553 + 1.209i
0.256 + 0.643i
1.153 + 0.439i
0.428 + 0.218i

9.9
0.558 + 1.210i
0.257 + 0.650i
1.149 + 0.437i
0.424 + 0.218i

10
0.565 + 1.209i
0.257 + 0.657i
1.144 + 0.433i
0.419 + 0.218i

10.1
0.573 + 1.209i
0.257 + 0.665i
1.139 + 0.430i
0.415 + 0.217i

10.2
0.585 + 1.206i
0.258 + 0.674i
1.134 + 0.425i
0.410 + 0.218i

10.3
0.604 + 1.201i
0.257 + 0.686i
1.127 + 0.419i
0.402 + 0.218i

10.4
0.948 + 0.968i
0.283 + 0.948i
0.968 + 0.291i
0.291 + 0.283i

10.5
0.949 + 0.966i
0.285 + 0.949i
0.965 + 0.291i
0.291 + 0.285i

10.6
0.952 + 0.963i
0.287 + 0.952i
0.963 + 0.291i
0.291 + 0.287i

10.7
0.952 + 0.963i
0.287 + 0.952i
0.962 + 0.292i
0.292 + 0.287i

10.8
0.953 + 0.962i
0.288 + 0.953i
0.961 + 0.292i
0.292 + 0.288i

10.9
0.954 + 0.959i
0.290 + 0.954i
0.959 + 0.292i
0.292 + 0.290i

11
0.955 + 0.958i
0.291 + 0.955i
0.958 + 0.292i
0.293 + 0.291i

11.1
0.955 + 0.958i
0.292 + 0.955i
0.958 + 0.293i
0.293 + 0.292i

11.2
0.955 + 0.957i
0.293 + 0.955i
0.957 + 0.293i
0.293 + 0.293i

11.3
0.955 + 0.957i
0.294 + 0.955i
0.956 + 0.294i
0.294 + 0.294i

11.4
0.955 + 0.957i
0.294 + 0.955i
0.956 + 0.294i
0.294 + 0.294i

11.5
0.955 + 0.957i
0.295 + 0.955i
0.956 + 0.295i
0.295 + 0.295i

11.6
0.955 + 0.956i
0.296 + 0.955i
0.955 + 0.296i
0.296 + 0.296i

11.7
0.954 + 0.956i
0.296 + 0.954i
0.956 + 0.296i
0.296 + 0.296i

11.8
0.955 + 0.955i
0.297 + 0.955i
0.955 + 0.297i
0.297 + 0.297i

11.9
0.955 + 0.956i
0.297 + 0.955i
0.955 + 0.297i
0.297 + 0.297i

12
0.954 + 0.955i
0.297 + 0.955i
0.955 + 0.298i
0.298 + 0.298i

12.1
0.954 + 0.955i
0.298 + 0.954i
0.954 + 0.299i
0.298 + 0.298i

12.2
0.954 + 0.955i
0.298 + 0.954i
0.955 + 0.299i
0.299 + 0.298i

12.3
0.954 + 0.955i
0.299 + 0.954i
0.954 + 0.299i
0.299 + 0.299i

12.4
0.954 + 0.955i
0.299 + 0.954i
0.954 + 0.300i
0.299 + 0.299i

12.5
0.954 + 0.954i
0.300 + 0.954i
0.954 + 0.300i
0.300 + 0.300i

12.6
0.954 + 0.955i
0.300 + 0.954i
0.954 + 0.301i
0.300 + 0.300i

12.7
0.954 + 0.954i
0.301 + 0.954i
0.954 + 0.301i
0.301 + 0.301i

12.8
0.953 + 0.954i
0.301 + 0.954i
0.954 + 0.302i
0.301 + 0.301i

12.9
0.953 + 0.954i
0.301 + 0.953i
0.953 + 0.302i
0.301 + 0.301i

13
0.953 + 0.954i
0.302 + 0.953i
0.953 + 0.302i
0.302 + 0.302i

13.1
0.953 + 0.954i
0.302 + 0.953i
0.953 + 0.303i
0.302 + 0.302i

13.2
0.953 + 0.954i
0.303 + 0.953i
0.953 + 0.303i
0.303 + 0.303i

13.3
0.953 + 0.953i
0.303 + 0.953i
0.953 + 0.304i
0.303 + 0.303i

13.4
0.953 + 0.953i
0.303 + 0.953i
0.953 + 0.304i
0.303 + 0.303i

13.5
0.952 + 0.953i
0.304 + 0.953i
0.953 + 0.304i
0.304 + 0.304i

13.6
0.952 + 0.953i
0.304 + 0.953i
0.953 + 0.304i
0.304 + 0.304i

13.7
0.952 + 0.953i
0.304 + 0.953i
0.952 + 0.305i
0.304 + 0.304i

13.8
0.952 + 0.953i
0.304 + 0.953i
0.953 + 0.305i
0.304 + 0.304i

13.9
0.952 + 0.953i
0.305 + 0.953i
0.953 + 0.305i
0.305 + 0.305i

14
0.952 + 0.952i
0.305 + 0.952i
0.953 + 0.305i
0.305 + 0.305i

14.1
0.952 + 0.952i
0.305 + 0.952i
0.953 + 0.306i
0.306 + 0.305i

14.2
0.952 + 0.952i
0.305 + 0.952i
0.953 + 0.306i
0.306 + 0.305i

14.3
0.951 + 0.952i
0.306 + 0.952i
0.953 + 0.306i
0.306 + 0.306i

14.4
0.951 + 0.952i
0.306 + 0.952i
0.953 + 0.306i
0.306 + 0.306i

14.5
0.951 + 0.952i
0.306 + 0.952i
0.952 + 0.307i
0.307 + 0.306i

14.6
0.951 + 0.952i
0.306 + 0.952i
0.952 + 0.307i
0.307 + 0.306i

14.7
0.951 + 0.952i
0.307 + 0.952i
0.953 + 0.307i
0.307 + 0.307i

14.8
0.951 + 0.952i
0.307 + 0.952i
0.952 + 0.307i
0.307 + 0.307i

14.9
0.951 + 0.951i
0.307 + 0.952i
0.952 + 0.307i
0.307 + 0.307i

15
0.951 + 0.951i
0.308 + 0.952i
0.952 + 0.308i
0.308 + 0.307i

64 NUC

Normalized values

SNR
a1
a2
a3
a4
a5
a6
a7
a8

7
0.467 + 0.274i
0.274 + 0.465i
0.456 + 0.247i
0.248 + 0.452i
1.125 + 0.640i
0.633 + 1.125i
1.265 + 0.359i
0.361 + 1.265i

7.1
0.473 + 0.277i
0.277 + 0.471i
0.464 + 0.247i
0.250 + 0.458i
1.106 + 0.638i
0.625 + 1.105i
1.245 + 0.347i
0.348 + 1.242i

7.2
0.482 + 0.281i
0.281 + 0.479i
0.477 + 0.248i
0.251 + 0.467i
1.077 + 0.629i
0.609 + 1.077i
1.213 + 0.333i
0.334 + 1.208i

7.3
0.489 + 0.283i
0.283 + 0.485i
0.487 + 0.248i
0.252 + 0.473i
1.057 + 0.624i
0.597 + 1.057i
1.193 + 0.322i
0.323 + 1.184i

7.4
0.495 + 0.286i
0.285 + 0.489i
0.498 + 0.247i
0.252 + 0.479i
1.041 + 0.621i
0.586 + 1.040i
1.175 + 0.315i
0.315 + 1.164i

7.5
0.500 + 0.287i
0.286 + 0.493i
0.507 + 0.247i
0.253 + 0.485i
1.027 + 0.617i
0.579 + 1.027i
1.161 + 0.308i
0.308 + 1.148i

7.6
0.505 + 0.289i
0.287 + 0.497i
0.513 + 0.247i
0.252 + 0.492i
1.016 + 0.612i
0.576 + 1.016i
1.148 + 0.304i
0.301 + 1.134i

7.7
0.508 + 0.290i
0.289 + 0.502i
0.517 + 0.247i
0.251 + 0.501i
1.006 + 0.602i
0.577 + 1.006i
1.135 + 0.299i
0.296 + 1.124i

7.8
0.512 + 0.291i
0.291 + 0.507i
0.521 + 0.247i
0.250 + 0.510i
0.997 + 0.596i
0.577 + 0.997i
1.124 + 0.294i
0.292 + 1.115i

7.9
0.515 + 0.292i
0.292 + 0.512i
0.525 + 0.248i
0.249 + 0.519i
0.988 + 0.588i
0.579 + 0.988i
1.113 + 0.291i
0.289 + 1.107i

8
0.519 + 0.294i
0.293 + 0.517i
0.530 + 0.247i
0.248 + 0.526i
0.981 + 0.584i
0.577 + 0.981i
1.104 + 0.288i
0.286 + 1.099i

8.1
0.523 + 0.295i
0.295 + 0.522i
0.535 + 0.247i
0.247 + 0.533i
0.974 + 0.580i
0.575 + 0.974i
1.095 + 0.284i
0.284 + 1.092i

8.2
0.527 + 0.296i
0.296 + 0.526i
0.541 + 0.246i
0.246 + 0.540i
0.967 + 0.576i
0.573 + 0.967i
1.087 + 0.282i
0.282 + 1.084i

8.3
0.532 + 0.297i
0.297 + 0.531i
0.547 + 0.245i
0.245 + 0.546i
0.961 + 0.573i
0.570 + 0.961i
1.081 + 0.279i
0.279 + 1.078i

8.4
0.536 + 0.299i
0.299 + 0.535i
0.553 + 0.244i
0.244 + 0.553i
0.955 + 0.570i
0.568 + 0.955i
1.074 + 0.277i
0.277 + 1.072i

8.5
0.541 + 0.300i
0.300 + 0.541i
0.559 + 0.243i
0.244 + 0.559i
0.950 + 0.566i
0.565 + 0.950i
1.068 + 0.275i
0.275 + 1.067i

8.6
0.545 + 0.302i
0.302 + 0.545i
0.566 + 0.242i
0.242 + 0.566i
0.945 + 0.564i
0.563 + 0.945i
1.062 + 0.273i
0.273 + 1.062i

8.7
0.550 + 0.303i
0.303 + 0.550i
0.572 + 0.241i
0.241 + 0.572i
0.940 + 0.561i
0.561 + 0.940i
1.058 + 0.271i
0.271 + 1.057i

8.8
0.554 + 0.305i
0.305 + 0.554i
0.578 + 0.239i
0.240 + 0.578i
0.936 + 0.559i
0.559 + 0.936i
1.053 + 0.268i
0.269 + 1.052i

8.9
0.559 + 0.306i
0.306 + 0.559i
0.584 + 0.238i
0.238 + 0.584i
0.932 + 0.556i
0.557 + 0.932i
1.048 + 0.267i
0.267 + 1.048i

9
0.563 + 0.307i
0.307 + 0.563i
0.590 + 0.236i
0.237 + 0.590i
0.929 + 0.554i
0.554 + 0.929i
1.045 + 0.265i
0.265 + 1.045i

9.1
0.567 + 0.309i
0.309 + 0.566i
0.596 + 0.235i
0.235 + 0.596i
0.925 + 0.553i
0.553 + 0.925i
1.041 + 0.263i
0.264 + 1.041i

9.2
0.571 + 0.310i
0.311 + 0.571i
0.601 + 0.234i
0.234 + 0.601i
0.922 + 0.552i
0.552 + 0.922i
1.039 + 0.261i
0.262 + 1.038i

9.3
0.574 + 0.313i
0.312 + 0.574i
0.607 + 0.232i
0.232 + 0.607i
0.919 + 0.550i
0.550 + 0.919i
1.035 + 0.259i
0.260 + 1.035i

9.4
0.578 + 0.314i
0.314 + 0.578i
0.612 + 0.230i
0.230 + 0.612i
0.916 + 0.550i
0.550 + 0.916i
1.033 + 0.257i
0.258 + 1.033i

9.5
0.581 + 0.316i
0.316 + 0.581i
0.617 + 0.229i
0.229 + 0.617i
0.913 + 0.549i
0.549 + 0.913i
1.030 + 0.255i
0.256 + 1.030i

9.6
0.584 + 0.317i
0.317 + 0.584i
0.622 + 0.226i
0.227 + 0.622i
0.911 + 0.548i
0.549 + 0.911i
1.028 + 0.253i
0.254 + 1.028i

9.7
0.587 + 0.319i
0.319 + 0.587i
0.627 + 0.225i
0.225 + 0.627i
0.908 + 0.549i
0.549 + 0.908i
1.026 + 0.251i
0.252 + 1.026i

9.8
0.589 + 0.321i
0.321 + 0.589i
0.631 + 0.222i
0.223 + 0.631i
0.906 + 0.549i
0.549 + 0.906i
1.025 + 0.249i
0.251 + 1.025i

9.9
0.592 + 0.323i
0.322 + 0.592i
0.636 + 0.221i
0.221 + 0.635i
0.904 + 0.550i
0.549 + 0.904i
1.024 + 0.247i
0.248 + 1.024i

10
0.594 + 0.325i
0.324 + 0.594i
0.640 + 0.219i
0.219 + 0.639i
0.902 + 0.550i
0.549 + 0.902i
1.023 + 0.245i
0.246 + 1.023i

10.1
0.596 + 0.327i
0.326 + 0.596i
0.644 + 0.216i
0.217 + 0.643i
0.900 + 0.551i
0.551 + 0.900i
1.022 + 0.243i
0.245 + 1.022i

10.2
0.598 + 0.329i
0.328 + 0.598i
0.647 + 0.215i
0.215 + 0.647i
0.898 + 0.552i
0.552 + 0.898i
1.021 + 0.241i
0.242 + 1.021i

10.3
0.600 + 0.331i
0.330 + 0.600i
0.651 + 0.213i
0.213 + 0.651i
0.896 + 0.553i
0.552 + 0.896i
1.020 + 0.240i
0.240 + 1.020i

10.4
0.601 + 0.333i
0.332 + 0.601i
0.655 + 0.211i
0.211 + 0.654i
0.894 + 0.554i
0.554 + 0.894i
1.019 + 0.237i
0.238 + 1.020i

10.5
0.603 + 0.335i
0.334 + 0.603i
0.658 + 0.208i
0.208 + 0.658i
0.892 + 0.556i
0.555 + 0.893i
1.019 + 0.235i
0.236 + 1.020i

10.6
0.604 + 0.337i
0.337 + 0.604i
0.661 + 0.206i
0.206 + 0.661i
0.891 + 0.557i
0.556 + 0.891i
1.019 + 0.233i
0.234 + 1.019i

10.7
0.605 + 0.339i
0.339 + 0.605i
0.664 + 0.204i
0.204 + 0.664i
0.890 + 0.558i
0.558 + 0.890i
1.018 + 0.232i
0.232 + 1.019i

10.8
0.606 + 0.341i
0.341 + 0.606i
0.667 + 0.202i
0.202 + 0.668i
0.888 + 0.559i
0.560 + 0.888i
1.018 + 0.229i
0.231 + 1.019i

10.9
0.608 + 0.344i
0.343 + 0.608i
0.670 + 0.200i
0.200 + 0.670i
0.886 + 0.561i
0.561 + 0.887i
1.018 + 0.227i
0.229 + 1.019i

11
0.608 + 0.346i
0.345 + 0.608i
0.673 + 0.198i
0.198 + 0.673i
0.885 + 0.563i
0.563 + 0.886i
1.019 + 0.226i
0.226 + 1.019i

11.1
0.610 + 0.348i
0.347 + 0.610i
0.676 + 0.196i
0.196 + 0.676i
0.884 + 0.564i
0.564 + 0.884i
1.018 + 0.224i
0.224 + 1.020i

11.2
0.610 + 0.350i
0.349 + 0.610i
0.678 + 0.193i
0.193 + 0.678i
0.882 + 0.566i
0.566 + 0.883i
1.019 + 0.222i
0.223 + 1.020i

11.3
0.611 + 0.352i
0.352 + 0.611i
0.681 + 0.191i
0.191 + 0.681i
0.882 + 0.567i
0.567 + 0.882i
1.020 + 0.220i
0.221 + 1.020i

11.4
0.612 + 0.354i
0.354 + 0.612i
0.683 + 0.190i
0.190 + 0.683i
0.881 + 0.569i
0.569 + 0.881i
1.020 + 0.219i
0.220 + 1.021i

11.5
0.613 + 0.356i
0.356 + 0.613i
0.685 + 0.188i
0.188 + 0.685i
0.880 + 0.570i
0.570 + 0.880i
1.020 + 0.217i
0.219 + 1.021i

11.6
0.613 + 0.358i
0.358 + 0.613i
0.687 + 0.186i
0.186 + 0.687i
0.879 + 0.571i
0.571 + 0.879i
1.021 + 0.216i
0.216 + 1.022i

11.7
0.614 + 0.360i
0.360 + 0.614i
0.689 + 0.184i
0.184 + 0.689i
0.878 + 0.573i
0.573 + 0.879i
1.021 + 0.214i
0.215 + 1.022i

11.8
0.614 + 0.362i
0.362 + 0.614i
0.691 + 0.183i
0.183 + 0.690i
0.878 + 0.574i
0.574 + 0.878i
1.022 + 0.213i
0.214 + 1.022i

11.9
0.615 + 0.364i
0.364 + 0.615i
0.693 + 0.181i
0.181 + 0.692i
0.878 + 0.576i
0.575 + 0.878i
1.023 + 0.212i
0.213 + 1.023i

12
0.616 + 0.366i
0.365 + 0.616i
0.694 + 0.180i
0.179 + 0.694i
0.877 + 0.577i
0.576 + 0.877i
1.023 + 0.211i
0.212 + 1.024i

12.1
0.616 + 0.368i
0.367 + 0.616i
0.695 + 0.178i
0.178 + 0.695i
0.876 + 0.577i
0.577 + 0.877i
1.024 + 0.210i
0.211 + 1.025i

12.2
0.617 + 0.370i
0.369 + 0.617i
0.697 + 0.177i
0.176 + 0.697i
0.876 + 0.579i
0.578 + 0.877i
1.025 + 0.209i
0.210 + 1.026i

12.3
0.617 + 0.371i
0.371 + 0.617i
0.698 + 0.175i
0.175 + 0.698i
0.876 + 0.580i
0.579 + 0.876i
1.026 + 0.208i
0.209 + 1.026i

13.8
0.609 + 0.348i
0.423 + 0.614i
0.674 + 0.145i
0.173 + 0.753i
0.894 + 0.556i
0.623 + 0.860i
1.031 + 0.192i
0.222 + 1.050i

13.9
0.609 + 0.347i
0.426 + 0.613i
0.674 + 0.143i
0.173 + 0.755i
0.894 + 0.555i
0.624 + 0.859i
1.031 + 0.191i
0.222 + 1.051i

14
0.609 + 0.347i
0.427 + 0.613i
0.674 + 0.142i
0.172 + 0.757i
0.895 + 0.555i
0.625 + 0.859i
1.032 + 0.191i
0.224 + 1.052i

14.1
0.608 + 0.347i
0.428 + 0.613i
0.674 + 0.140i
0.171 + 0.760i
0.896 + 0.555i
0.626 + 0.859i
1.033 + 0.191i
0.224 + 1.054i

14.2
0.608 + 0.347i
0.430 + 0.612i
0.675 + 0.139i
0.170 + 0.762i
0.896 + 0.554i
0.627 + 0.859i
1.033 + 0.191i
0.225 + 1.055i

14.3
0.607 + 0.344i
0.431 + 0.611i
0.678 + 0.138i
0.168 + 0.764i
0.896 + 0.555i
0.627 + 0.858i
1.035 + 0.191i
0.226 + 1.056i

14.4
0.607 + 0.340i
0.432 + 0.609i
0.686 + 0.136i
0.166 + 0.765i
0.896 + 0.555i
0.627 + 0.857i
1.038 + 0.193i
0.227 + 1.056i

14.5
0.615 + 0.327i
0.433 + 0.599i
0.727 + 0.135i
0.158 + 0.752i
0.897 + 0.564i
0.618 + 0.851i
1.058 + 0.203i
0.223 + 1.044i

14.6
0.622 + 0.322i
0.434 + 0.594i
0.748 + 0.135i
0.154 + 0.743i
0.897 + 0.569i
0.614 + 0.850i
1.068 + 0.208i
0.221 + 1.037i

14.7
0.628 + 0.321i
0.436 + 0.590i
0.763 + 0.135i
0.152 + 0.737i
0.898 + 0.572i
0.611 + 0.848i
1.076 + 0.212i
0.220 + 1.031i

14.8
0.630 + 0.320i
0.437 + 0.589i
0.770 + 0.134i
0.151 + 0.735i
0.898 + 0.573i
0.610 + 0.848i
1.079 + 0.213i
0.220 + 1.030i

14.9
0.634 + 0.320i
0.439 + 0.587i
0.778 + 0.134i
0.150 + 0.731i
0.898 + 0.574i
0.609 + 0.848i
1.084 + 0.214i
0.219 + 1.027i

15
0.637 + 0.322i
0.440 + 0.586i
0.783 + 0.133i
0.149 + 0.729i
0.899 + 0.576i
0.607 + 0.849i
1.087 + 0.216i
0.218 + 1.026i

15.1
0.640 + 0.323i
0.441 + 0.586i
0.787 + 0.133i
0.149 + 0.727i
0.899 + 0.576i
0.607 + 0.849i
1.090 + 0.216i
0.218 + 1.025i

15.2
0.643 + 0.324i
0.442 + 0.585i
0.791 + 0.133i
0.149 + 0.725i
0.899 + 0.576i
0.606 + 0.849i
1.093 + 0.217i
0.218 + 1.023i

15.3
0.645 + 0.326i
0.443 + 0.586i
0.794 + 0.133i
0.148 + 0.725i
0.900 + 0.577i
0.605 + 0.850i
1.095 + 0.218i
0.217 + 1.023

15.4
0.648 + 0.328i
0.444 + 0.586i
0.797 + 0.132i
0.148 + 0.724i
0.900 + 0.577i
0.605 + 0.851i
1.098 + 0.218i
0.717 + 1.022

15.5
0.650 + 0.330i
0.445 + 0.586i
0.799 + 0.132i
0.148 + 0.723i
0.901 + 0.578i
0.605 + 0.851i
1.100 + 0.218i
0.217 + 1.021i

15.6
0.652 + 0.333i
0.446 + 0.587i
0.801 + 0.132i
0.148 + 0.722i
0.902 + 0.578i
0.605 + 0.852i
1.101 + 0.218i
0.217 + 1.021i

15.7
0.654 + 0.334i
0.447 + 0.588i
0.802 + 0.131i
0.148 + 0.722i
0.902 + 0.577i
0.605 + 0.853
1.103 + 0.217i
0.216 + 1.021i

15.8
0.656 + 0.337i
0.448 + 0.588i
0.804 + 0.131i
0.148 + 0.721i
0.904 + 0.577i
0.605 + 0.854i
1.105 + 0.215i
0.216 + 1.020

15.9
0.659 + 0.339i
0.449 + 0.589i
0.806 + 0.131i
0.148 + 0.720i
0.906 + 0.577i
0.605 + 0.854i
1.108 + 0.213i
0.216 + 1.019

16
0.697 + 0.332i
0.450 + 0.568i
0.882 + 0.139i
0.143 + 0.674i
0.892 + 0.600i
0.568 + 0.844i
1.225 + 0.212i
0.196 + 0.977i

16.1
0.700 + 0.333i
0.450 + 0.569i
0.887 + 0.139i
0.144 + 0.673i
0.891 + 0.602i
0.566 + 0.846
1.231 + 0.212i
0.195 + 0.976i

16.2
0.702 + 0.334i
0.451 + 0.569i
0.892 + 0.141i
0.144 + 0.671i
0.889 + 0.605i
0.564 + 0.847i
1.238 + 0.212i
0.194 + 0.975i

16.3
0.705 + 0.335i
0.451 + 0.570i
0.898 + 0.142i
0.144 + 0.670i
0.887 + 0.607i
0.562 + 0.848
1.245 + 0.212i
0.194 + 0.974i

16.4
0.706 + 0.336i
0.451 + 0.571i
0.903 + 0.144i
0.144 + 0.669i
0.884 + 0.609i
0.561 + 0.849i
1.251 + 0.212i
0.193 + 0.974i

16.5
0.708 + 0.338i
0.452 + 0.572i
0.906 + 0.145i
0.145 + 0.669i
0.883 + 0.612i
0.560 + 0.851i
1.255 + 0.211i
0.192 + 0.973i

16.6
0.711 + 0.340i
0.452 + 0.572i
0.911 + 0.147i
0.145 + 0.667i
0.880 + 0.615i
0.557 + 0.853i
1.262 + 0.211i
0.191 + 0.973i

16.7
0.712 + 0.341i
0.452 + 0.573i
0.915 + 0.149i
0.145 + 0.667i
0.877 + 0.618i
0.555 + 0.855i
1.267 + 0.210i
0.190 + 0.974i

16.8
0.715 + 0.343i
0.452 + 0.575i
0.920 + 0.151i
0.145 + 0.666i
0.873 + 0.622i
0.554 + 0.857i
1.274 + 0.209i
0.190 + 0.973i

16.9
0.716 + 0.344i
0.451 + 0.576i
0.925 + 0.153i
0.145 + 0.666i
0.868 + 0.626i
0.552 + 0.860i
1.280 + 0.207i
0.189 + 0.974i

17
0.720 + 0.347i
0.450 + 0.577i
0.932 + 0.156i
0.145 + 0.664i
0.862 + 0.633i
0.548 + 0.863i
1.290 + 0.205i
0.187 + 0.973i

17.1
0.724 + 0.350i
0.449 + 0.579i
0.939 + 0.158i
0.145 + 0.662i
0.855 + 0.641i
0.544 + 0.866i
1.299 + 0.203i
0.185 + 0.972i

17.2
0.726 + 0.353i
0.449 + 0.581i
0.941 + 0.159i
0.145 + 0.662i
0.850 + 0.646i
0.541 + 0.870i
1.303 + 0.201i
0.184 + 0.972i

17.3
0.728 + 0.357i
0.449 + 0.583i
0.943 + 0.160i
0.146 + 0.663i
0.847 + 0.651i
0.539 + 0.873i
1.305 + 0.201i
0.183 + 0.973i

17.4
0.732 + 0.362i
0.448 + 0.585i
0.945 + 0.161i
0.145 + 0.661i
0.841 + 0.661i
0.535 + 0.877i
1.309 + 0.199i
0.182 + 0.972i

17.5
0.734 + 0.366i
0.448 + 0.587i
0.945 + 0.161i
0.146 + 0.662i
0.838 + 0.666i
0.534 + 0.880i
1.309 + 0.199i
0.181 + 0.973i

17.6
0.738 + 0.372i
0.448 + 0.589i
0.945 + 0.161i
0.146 + 0.661i
0.833 + 0.675i
0.529 + 0.884i
1.310 + 0.198i
0.179 + 0.973i

17.7
0.740 + 0.376i
0.448 + 0.592i
0.945 + 0.160i
0.147 + 0.662i
0.831 + 0.681i
0.527 + 0.888i
1.308 + 0.197i
0.178 + 0.973i

17.8
0.743 + 0.381i
0.448 + 0.594i
0.944 + 0.160i
0.147 + 0.663i
0.827 + 0.688i
0.524 + 0.891i
1.308 + 0.197i
0.177 + 0.974i

17.9
0.743 + 0.383i
0.449 + 0.596i
0.944 + 0.160i
0.148 + 0.663i
0.826 + 0.691i
0.523 + 0.894i
1.307 + 0.196i
0.176 + 0.975i

18
0.744 + 0.386i
0.449 + 0.598i
0.943 + 0.160i
0.148 + 0.664i
0.824 + 0.695i
0.522 + 0.897i
1.305 + 0.196i
0.176 + 0.976i

18.1
0.745 + 0.389i
0.450 + 0.601i
0.941 + 0.160i
0.148 + 0.666i
0.823 + 0.699i
0.521 + 0.900i
1.303 + 0.195i
0.175 + 0.976i

18.2
0.746 + 0.391i
0.450 + 0.603i
0.940 + 0.159i
0.148 + 0.667i
0.821 + 0.703i
0.520 + 0.903i
1.300 + 0.195i
0.174 + 0.978i

18.3
0.747 + 0.393i
0.451 + 0.605i
0.939 + 0.159i
0.149 + 0.669i
0.820 + 0.706i
0.518 + 0.905i
1.299 + 0.194i
0.174 + 0.979i

18.4
0.747 + 0.396i
0.452 + 0.608i
0.937 + 0.158i
0.149 + 0.671i
0.819 + 0.709i
0.517 + 0.908i
1.296 + 0.194i
0.173 + 0.981i

18.5
0.747 + 0.397i
0.452 + 0.610i
0.936 + 0.158i
0.150 + 0.673i
0.817 + 0.710i
0.517 + 0.910i
1.294 + 0.193i
0.173 + 0.983i

18.6
0.747 + 0.399i
0.453 + 0.612i
0.934 + 0.158i
0.150 + 0.675i
0.818 + 0.712i
0.517 + 0.912i
1.291 + 0.193i
0.173 + 0.984i

18.7
0.748 + 0.400i
0.454 + 0.614i
0.933 + 0.158i
0.151 + 0.676i
0.817 + 0.714i
0.516 + 0.915i
1.289 + 0.192i
0.173 + 0.985i

18.8
0.748 + 0.402i
0.454 + 0.617i
0.931 + 0.158i
0.151 + 0.679i
0.816 + 0.717i
0.515 + 0.917i
1.287 + 0.192i
0.173 + 0.987i

18.9
0.747 + 0.403i
0.455 + 0.618i
0.931 + 0.158i
0.152 + 0.680i
0.816 + 0.718i
0.515 + 0.919i
1.286 + 0.191i
0.172 + 0.988i

19
0.747 + 0.404i
0.456 + 0.621i
0.929 + 0.157i
0.152 + 0.682i
0.817 + 0.719i
0.515 + 0.921i
1.282 + 0.191i
0.172 + 0.990i

19.1
0.748 + 0.406i
0.457 + 0.623i
0.928 + 0.157i
0.152 + 0.684i
0.817 + 0.721i
0.515 + 0.923i
1.281 + 0.190i
0.172 + 0.991i

19.2
0.747 + 0.408i
0.458 + 0.624i
0.927 + 0.157i
0.153 + 0.686i
0.818 + 0.723i
0.515 + 0.924i
1.278 + 0.189i
0.172 + 0.993i

19.3
0.748 + 0.408i
0.459 + 0.626i
0.926 + 0.157i
0.153 + 0.687i
0.819 + 0.723i
0.515 + 0.926i
1.277 + 0.188i
0.172 + 0.994i

19.4
0.748 + 0.410i
0.461 + 0.627i
0.924 + 0.157i
0.154 + 0.689i
0.820 + 0.726i
0.514 + 0.927i
1.275 + 0.187i
0.172 + 0.996i

19.5
0.747 + 0.411i
0.462 + 0.629i
0.924 + 0.157i
0.154 + 0.691i
0.821 + 0.727i
0.514 + 0.928i
1.273 + 0.187i
0.172 + 0.998i

19.6
0.747 + 0.413i
0.463 + 0.630i
0.922 + 0.157i
0.155 + 0.693i
0.822 + 0.729i
0.514 + 0.930i
1.271 + 0.185i
0.172 + 0.999i

19.7
0.748 + 0.414i
0.465 + 0.631i
0.922 + 0.157i
0.156 + 0.694i
0.823 + 0.731i
0.513 + 0.930i
1.270 + 0.185i
0.171 + 1.000i

19.8
0.747 + 0.415i
0.467 + 0.633i
0.920 + 0.157i
0.157 + 0.696i
0.824 + 0.732i
0.512 + 0.932i
1.268 + 0.183i
0.171 + 1.002i

19.9
0.747 + 0.417i
0.468 + 0.634i
0.918 + 0.157i
0.157 + 0.699i
0.826 + 0.734i
0.511 + 0.933i
1.265 + 0.182i
0.171 + 1.005i

20
0.747 + 0.418i
0.469 + 0.635i
0.917 + 0.157i
0.157 + 0.701i
0.826 + 0.736i
0.511 + 0.934i
1.263 + 0.182i
0.171 + 1.007i

Normalized values

SNR
a9
a10
a11
a12
a13
a14
a15
a16

7
0.461 + 0.272i
0.272 + 0.460i
0.449 + 0.245i
0.247 + 0.446i
1.140 + 0.647i
0.638 + 1.137i
1.287 + 0.360i
0.361 + 1.285i

7.1
0.455 + 0.269i
0.269 + 0.453i
0.445 + 0.241i
0.244 + 0.438i
1.153 + 0.672i
0.655 + 1.150i
1.311 + 0.354i
0.354 + 1.308i

7.2
0.445 + 0.264i
0.264 + 0.441i
0.435 + 0.236i
0.240 + 0.425i
1.175 + 0.703i
0.678 + 1.171i
1.343 + 0.349i
0.351 + 1.342i

7.3
0.436 + 0.259i
0.259 + 0.432i
0.429 + 0.232i
0.236 + 0.416i
1.192 + 0.732i
0.691 + 1.184i
1.363 + 0.343i
0.346 + 1.362i

7.4
0.428 + 0.254i
0.254 + 0.422i
0.424 + 0.228i
0.233 + 0.406i
1.208 + 0.758i
0.701 + 1.195i
1.379 + 0.338i
0.341 + 1.377i

7.5
0.422 + 0.249i
0.249 + 0.415i
0.419 + 0.224i
0.230 + 0.400i
1.220 + 0.778i
0.711 + 1.205i
1.391 + 0.332i
0.335 + 1.387i

7.6
0.416 + 0.245i
0.245 + 0.407i
0.414 + 0.221i
0.226 + 0.394i
1.229 + 0.790i
0.724 + 1.216i
1.400 + 0.326i
0.329 + 1.396i

7.7
0.408 + 0.240i
0.241 + 0.401i
0.406 + 0.218i
0.222 + 0.391i
1.235 + 0.792i
0.745 + 1.227i
1.407 + 0.322i
0.324 + 1.404i

7.8
0.401 + 0.236i
0.237 + 0.395i
0.398 + 0.215i
0.218 + 0.388i
1.242 + 0.796i
0.761 + 1.237i
1.413 + 0.318i
0.318 + 1.410i

7.9
0.394 + 0.232i
0.233 + 0.389i
0.391 + 0.213i
0.215 + 0.385i
1.247 + 0.795i
0.779 + 1.247i
1.418 + 0.314i
0.313 + 1.417i

8
0.388 + 0.228i
0.229 + 0.384i
0.386 + 0.210i
0.211 + 0.380i
1.252 + 0.800i
0.788 + 1.252i
1.423 + 0.310i
0.310 + 1.423i

8.1
0.382 + 0.224i
0.225 + 0.379i
0.379 + 0.207i
0.208 + 0.376i
1.256 + 0.805i
0.796 + 1.256i
1.430 + 0.307i
0.307 + 1.430i

8.2
0.375 + 0.220i
0.220 + 0.373i
0.374 + 0.204i
0.205 + 0.371i
1.260 + 0.809i
0.803 + 1.260i
1.435 + 0.304i
0.304 + 1.435i

8.3
0.370 + 0.217i
0.217 + 0.368i
0.368 + 0.201i
0.201 + 0.366i
1.263 + 0.813i
0.809 + 1.263i
1.440 + 0.302i
0.302 + 1.441i

8.4
0.364 + 0.213i
0.213 + 0.363i
0.362 + 0.198i
0.199 + 0.362i
1.265 + 0.817i
0.815 + 1.265i
1.445 + 0.300i
0.301 + 1.446i

8.5
0.359 + 0.209i
0.210 + 0.358i
0.357 + 0.194i
0.195 + 0.356i
1.267 + 0.820i
0.819 + 1.266i
1.450 + 0.299i
0.300 + 1.451i

8.6
0.353 + 0.206i
0.206 + 0.353i
0.352 + 0.192i
0.192 + 0.352i
1.268 + 0.824i
0.823 + 1.268i
1.455 + 0.298i
0.299 + 1.456i

8.7
0.348 + 0.202i
0.203 + 0.348i
0.347 + 0.189i
0.189 + 0.347i
1.269 + 0.827i
0.826 + 1.269i
1.459 + 0.297i
0.297 + 1.460i

8.8
0.343 + 0.199i
0.200 + 0.343i
0.342 + 0.186i
0.186 + 0.342i
1.269 + 0.829i
0.829 + 1.269i
1.463 + 0.297i
0.297 + 1.465i

8.9
0.339 + 0.196i
0.196 + 0.339i
0.338 + 0.183i
0.183 + 0.339i
1.270 + 0.831i
0.832 + 1.269i
1.467 + 0.296i
0.296 + 1.469i

9
0.334 + 0.194i
0.194 + 0.334i
0.334 + 0.181i
0.181 + 0.334i
1.270 + 0.833i
0.834 + 1.270i
1.471 + 0.295i
0.296 + 1.472i

9.1
0.331 + 0.191i
0.191 + 0.330i
0.330 + 0.178i
0.178 + 0.330i
1.270 + 0.836i
0.836 + 1.269i
1.474 + 0.295i
0.296 + 1.475i

9.2
0.327 + 0.188i
0.189 + 0.327i
0.327 + 0.176i
0.176 + 0.327i
1.269 + 0.837i
0.838 + 1.269i
1.477 + 0.295i
0.295 + 1.477i

9.3
0.323 + 0.186i
0.186 + 0.323i
0.323 + 0.174i
0.174 + 0.323i
1.269 + 0.839i
0.840 + 1.268i
1.479 + 0.294i
0.295 + 1.480i

9.4
0.320 + 0.184i
0.184 + 0.321i
0.320 + 0.171i
0.171 + 0.321i
1.269 + 0.840i
0.841 + 1.269i
1.481 + 0.294i
0.295 + 1.482i

9.5
0.318 + 0.182i
0.182 + 0.318i
0.318 + 0.169i
0.170 + 0.318i
1.269 + 0.841i
0.842 + 1.269i
1.483 + 0.294i
0.294 + 1.484i

9.6
0.315 + 0.180i
0.180 + 0.315i
0.315 + 0.168i
0.168 + 0.316i
1.268 + 0.842i
0.843 + 1.267i
1.485 + 0.293i
0.294 + 1.485i

9.7
0.313 + 0.179i
0.179 + 0.313i
0.313 + 0.166i
0.166 + 0.313i
1.267 + 0.843i
0.843 + 1.267i
1.486 + 0.293i
0.293 + 1.486i

9.8
0.311 + 0.177i
0.177 + 0.311i
0.311 + 0.164i
0.164 + 0.311i
1.266 + 0.844i
0.844 + 1.267i
1.487 + 0.293i
0.293 + 1.487i

9.9
0.309 + 0.176i
0.176 + 0.308i
0.310 + 0.163i
0.163 + 0.309i
1.266 + 0.844i
0.845 + 1.266i
1.488 + 0.293i
0.293 + 1.488i

10
0.307 + 0.175i
0.175 + 0.307i
0.308 + 0.162i
0.162 + 0.307i
1.265 + 0.845i
0.845 + 1.266i
1.489 + 0.293i
0.293 + 1.489i

10.1
0.306 + 0.173i
0.174 + 0.306i
0.307 + 0.160i
0.161 + 0.307i
1.265 + 0.845i
0.845 + 1.265i
1.489 + 0.293i
0.293 + 1.489i

10.2
0.304 + 0.173i
0.173 + 0.304i
0.305 + 0.159i
0.159 + 0.305i
1.264 + 0.845i
0.846 + 1.264i
1.489 + 0.292i
0.292 + 1.489i

10.3
0.304 + 0.172i
0.172 + 0.304i
0.304 + 0.158i
0.158 + 0.304i
1.263 + 0.845i
0.846 + 1.264i
1.489 + 0.292i
0.292 + 1.490i

10.4
0.303 + 0.172i
0.172 + 0.303i
0.304 + 0.157i
0.157 + 0.304i
1.263 + 0.845i
0.846 + 1.263i
1.490 + 0.292i
0.292 + 1.490i

10.5
0.303 + 0.171i
0.171 + 0.302i
0.304 + 0.156i
0.156 + 0.303i
1.262 + 0.845i
0.846 + 1.263i
1.489 + 0.292i
0.292 + 1.489i

10.6
0.302 + 0.170i
0.170 + 0.302i
0.303 + 0.155i
0.155 + 0.303i
1.262 + 0.845i
0.846 + 1.262i
1.489 + 0.292i
0.292 + 1.489i

10.7
0.301 + 0.170i
0.170 + 0.302i
0.302 + 0.154i
0.154 + 0.303i
1.261 + 0.845i
0.845 + 1.261i
1.489 + 0.291i
0.292 + 1.489i

10.8
0.301 + 0.170i
0.170 + 0.302i
0.302 + 0.153i
0.153 + 0.303i
1.261 + 0.844i
0.846 + 1.261i
1.488 + 0.291i
0.292 + 1.488i

10.9
0.302 + 0.169i
0.169 + 0.301i
0.302 + 0.152i
0.152 + 0.302i
1.260 + 0.843i
0.845 + 1.260i
1.488 + 0.291i
0.292 + 1.488i

11
0.302 + 0.170i
0.170 + 0.301i
0.302 + 0.151i
0.151 + 0.302i
1.260 + 0.843i
0.845 + 1.260i
1.486 + 0.291i
0.292 + 1.487i

11.1
0.302 + 0.169i
0.169 + 0.302i
0.302 + 0.151i
0.151 + 0.302i
1.259 + 0.843i
0.844 + 1.259i
1.486 + 0.291i
0.292 + 1.487i

11.2
0.302 + 0.169i
0.169 + 0.302i
0.303 + 0.150i
0.150 + 0.302i
1.258 + 0.842i
0.844 + 1.258i
1.485 + 0.291i
0.292 + 1.486i

11.3
0.302 + 0.169i
0.169 + 0.302i
0.303 + 0.149i
0.149 + 0.302i
1.257 + 0.842i
0.843 + 1.258i
1.485 + 0.292i
0.292 + 1.485i

11.4
0.302 + 0.169i
0.169 + 0.302i
0.304 + 0.148i
0.148 + 0.304i
1.257 + 0.841i
0.843 + 1.257i
1.484 + 0.292i
0.292 + 1.484i

11.5
0.303 + 0.169i
0.169 + 0.303i
0.304 + 0.148i
0.148 + 0.304i
1.256 + 0.841i
0.842 + 1.257i
1.483 + 0.292i
0.292 + 1.483i

11.6
0.304 + 0.169i
0.169 + 0.304i
0.305 + 0.146i
0.147 + 0.304i
1.256 + 0.840i
0.841 + 1.256i
1.482 + 0.292i
0.292 + 1.482i

11.7
0.304 + 0.169i
0.169 + 0.303i
0.306 + 0.146i
0.146 + 0.305i
1.255 + 0.839i
0.840 + 1.255i
1.481 + 0.292i
0.292 + 1.482i

11.8
0.305 + 0.169i
0.169 + 0.304i
0.307 + 0.145i
0.145 + 0.305i
1.254 + 0.839i
0.840 + 1.255i
1.480 + 0.291i
0.291 + 1.480i

11.9
0.306 + 0.168i
0.168 + 0.305i
0.308 + 0.144i
0.145 + 0.306i
1.254 + 0.838i
0.839 + 1.254i
1.479 + 0.291i
0.291 + 1.479i

12
0.307 + 0.168i
0.168 + 0.305i
0.309 + 0.143i
0.143 + 0.307i
1.253 + 0.837i
0.839 + 1.254i
1.478 + 0.291i
0.291 + 1.478i

12.1
0.307 + 0.168i
0.168 + 0.306i
0.309 + 0.142i
0.142 + 0.308i
1.252 + 0.836i
0.838 + 1.252i
1.477 + 0.291i
0.292 + 1.478i

12.2
0.308 + 0.168i
0.168 + 0.307i
0.311 + 0.142i
0.142 + 0.309i
1.251 + 0.836i
0.837 + 1.251i
1.477 + 0.292i
0.292 + 1.477i

12.3
0.309 + 0.168i
0.168 + 0.308i
0.311 + 0.141i
0.141 + 0.311i
1.250 + 0.836i
0.836 + 1.251i
1.475 + 0.292i
0.291 + 1.475i

13.8
0.256 + 0.154i
0.187 + 0.392i
0.241 + 0.126i
0.128 + 0.423i
1.246 + 0.810i
0.839 + 1.226i
1.459 + 0.282i
0.299 + 1.461i

13.9
0.256 + 0.154i
0.189 + 0.395i
0.238 + 0.126i
0.127 + 0.426i
1.244 + 0.809i
0.838 + 1.225i
1.458 + 0.282i
0.299 + 1.460i

14
0.256 + 0.154i
0.191 + 0.398i
0.235 + 0.125i
0.126 + 0.429i
1.244 + 0.808i
0.838 + 1.224i
1.457 + 0.282i
0.299 + 1.459i

14.1
0.257 + 0.156i
0.194 + 0.400i
0.231 + 0.125i
0.126 + 0.432i
1.242 + 0.808i
0.838 + 1.223i
1.456 + 0.282i
0.299 + 1.459i

14.2
0.259 + 0.157i
0.196 + 0.402i
0.227 + 0.124i
0.125 + 0.435i
1.241 + 0.807i
0.836 + 1.222i
1.455 + 0.282i
0.299 + 1.459i

14.3
0.264 + 0.159i
0.201 + 0.405i
0.219 + 0.124i
0.124 + 0.436i
1.239 + 0.807i
0.835 + 1.221i
1.453 + 0.282i
0.298 + 1.458i

14.4
0.275 + 0.161i
0.209 + 0.408i
0.207 + 0.123i
0.122 + 0.435i
1.236 + 0.808i
0.832 + 1.220i
1.453 + 0.283i
0.297 + 1.457i

14.5
0.320 + 0.160i
0.241 + 0.403i
0.175 + 0.118i
0.118 + 0.418i
1.230 + 0.818i
0.818 + 1.216i
1.463 + 0.290i
0.291 + 1.444i

14.6
0.339 + 0.158i
0.258 + 0.400i
0.162 + 0.116i
0.117 + 0.411i
1.225 + 0.823i
0.810 + 1.214i
1.466 + 0.294i
0.287 + 1.436i

14.7
0.352 + 0.155i
0.270 + 0.397i
0.154 + 0.115i
0.115 + 0.406i
1.221 + 0.827i
0.804 + 1.213i
1.470 + 0.297i
0.284 + 1.429i

14.8
0.359 + 0.154i
0.276 + 0.396i
0.149 + 0.114i
0.115 + 0.405i
1.218 + 0.828i
0.800 + 1.212i
1.470 + 0.298i
0.282 + 1.426i

14.9
0.366 + 0.152i
0.282 + 0.394i
0.146 + 0.113i
0.114 + 0.403i
1.215 + 0.830i
0.796 + 1.211i
1.471 + 0.300i
0.281 + 1.423i

15
0.371 + 0.151i
0.286 + 0.393i
0.143 + 0.112i
0.114 + 0.402i
1.213 + 0.831i
0.793 + 1.210i
1.472 + 0.301i
0.279 + 1.420i

15.1
0.375 + 0.149i
0.290 + 0.391i
0.140 + 0.112i
0.113 + 0.400i
1.210 + 0.832i
0.790 + 1.209i
1.472 + 0.303i
0.278 + 1.418i

15.2
0.379 + 0.149i
0.294 + 0.390i
0.138 + 0.112i
0.113 + 0.400i
1.207 + 0.833i
0.788 + 1.209i
1.473 + 0.304i
0.276 + 1.415i

15.3
0.382 + 0.148i
0.296 + 0.390i
0.137 + 0.111i
0.113 + 0.400i
1.204 + 0.835i
0.785 + 1.209i
1.472 + 0.305i
0.275 + 1.414i

15.4
0.386 + 0.147i
0.299 + 0.389i
0.135 + 0.111i
0.112 + 0.399i
1.202 + 0.835i
0.782 + 1.208i
1.473 + 0.308i
0.274 + 1.411i

15.5
0.388 + 0.146i
0.302 + 0.388i
0.135 + 0.111i
0.112 + 0.399i
1.199 + 0.837i
0.779 + 1.208i
1.472 + 0.310i
0.272 + 1.409i

15.6
0.391 + 0.146i
0.304 + 0.388i
0.133 + 0.111i
0.112 + 0.398i
1.196 + 0.839i
0.776 + 1.208i
1.471 + 0.312i
0.271 + 1.408i

15.7
0.393 + 0.145i
0.306 + 0.388i
0.132 + 0.111i
0.112 + 0.399i
1.192 + 0.841i
0.773 + 1.208i
1.470 + 0.315i
0.270 + 1.407i

15.8
0.396 + 0.145i
0.308 + 0.387i
0.132 + 0.111i
0.112 + 0.399i
1.187 + 0.846i
0.768 + 1.210i
1.469 + 0.323i
0.267 + 1.404i

15.9
0.398 + 0.144i
0.311 + 0.386i
0.131 + 0.111i
0.112 + 0.398i
1.180 + 0.852i
0.762 + 1.211i
1.466 + 0.334i
0.264 + 1.402i

16
0.444 + 0.132i
0.340 + 0.360i
0.137 + 0.101i
0.120 + 0.366i
1.071 + 0.959i
0.676 + 1.224i
1.400 + 0.583i
0.232 + 1.365i

16.1
0.448 + 0.132i
0.343 + 0.359i
0.138 + 0.102i
0.121 + 0.365i
1.066 + 0.963i
0.672 + 1.225i
1.393 + 0.589i
0.230 + 1.363i

16.2
0.452 + 0.131i
0.345 + 0.358i
0.139 + 0.101i
0.122 + 0.364i
1.059 + 0.966i
0.667 + 1.225i
1.384 + 0.597i
0.229 + 1.361i

16.3
0.457 + 0.130i
0.347 + 0.358i
0.140 + 0.100i
0.122 + 0.363i
1.054 + 0.969i
0.664 + 1.225i
1.377 + 0.601i
0.227 + 1.359i

16.4
0.460 + 0.130i
0.349 + 0.357i
0.141 + 0.100i
0.123 + 0.363i
1.049 + 0.971i
0.659 + 1.226i
1.369 + 0.606i
0.225 + 1.357i

16.5
0.464 + 0.130i
0.350 + 0.357i
0.142 + 0.100i
0.123 + 0.362i
1.045 + 0.973i
0.656 + 1.227i
1.363 + 0.608i
0.224 + 1.355i

16.6
0.469 + 0.130i
0.353 + 0.356i
0.143 + 0.100i
0.124 + 0.362i
1.040 + 0.976i
0.652 + 1.227i
1.354 + 0.611i
0.223 + 1.354i

16.7
0.472 + 0.129i
0.354 + 0.356i
0.144 + 0.100i
0.124 + 0.361i
1.036 + 0.978i
0.649 + 1.228i
1.347 + 0.612i
0.221 + 1.353i

16.8
0.477 + 0.129i
0.357 + 0.355i
0.145 + 0.100i
0.124 + 0.361i
1.032 + 0.980i
0.646 + 1.229i
1.337 + 0.612i
0.220 + 1.351i

16.9
0.480 + 0.129i
0.358 + 0.355i
0.146 + 0.100i
0.124 + 0.361i
1.028 + 0.982i
0.644 + 1.230i
1.328 + 0.612i
0.219 + 1.350i

17
0.487 + 0.129i
0.361 + 0.353i
0.148 + 0.099i
0.125 + 0.360i
1.025 + 0.984i
0.640 + 1.230i
1.316 + 0.610i
0.217 + 1.348i

17.1
0.493 + 0.128i
0.365 + 0.352i
0.149 + 0.099i
0.126 + 0.359i
1.022 + 0.986i
0.638 + 1.231i
1.303 + 0.607i
0.216 + 1.346i

17.2
0.496 + 0.128i
0.367 + 0.352i
0.150 + 0.100i
0.126 + 0.359i
1.019 + 0.988i
0.636 + 1.233i
1.294 + 0.604i
0.215 + 1.345i

17.3
0.499 + 0.128i
0.369 + 0.352i
0.151 + 0.100i
0.126 + 0.360i
1.016 + 0.990i
0.634 + 1.233i
1.287 + 0.602i
0.215 + 1.344i

17.4
0.504 + 0.129i
0.372 + 0.351i
0.152 + 0.100i
0.127 + 0.359i
1.015 + 0.993i
0.632 + 1.236i
1.275 + 0.598i
0.213 + 1.342i

17.5
0.507 + 0.129i
0.374 + 0.351i
0.153 + 0.101i
0.128 + 0.361i
1.014 + 0.995i
0.630 + 1.236i
1.268 + 0.595i
0.213 + 1.341i

17.6
0.510 + 0.130i
0.377 + 0.351i
0.154 + 0.102i
0.128 + 0.362i
1.013 + 0.998i
0.629 + 1.238i
1.258 + 0.592i
0.212 + 1.339i

17.7
0.513 + 0.130i
0.379 + 0.351i
0.155 + 0.103i
0.129 + 0.363i
1.012 + 0.999i
0.628 + 1.239i
1.252 + 0.589i
0.211 + 1.339i

17.8
0.516 + 0.131i
0.382 + 0.351i
0.156 + 0.104i
0.129 + 0.364i
1.011 + 1.002i
0.627 + 1.240i
1.244 + 0.587i
0.211 + 1.338i

17.9
0.518 + 0.131i
0.383 + 0.351i
0.156 + 0.105i
0.129 + 0.365i
1.010 + 1.003i
0.625 + 1.241i
1.238 + 0.585i
0.210 + 1.338i

18
0.519 + 0.131i
0.384 + 0.352i
0.157 + 0.106i
0.129 + 0.368i
1.008 + 1.004i
0.624 + 1.243i
1.233 + 0.583i
0.209 + 1.337i

18.1
0.521 + 0.131i
0.386 + 0.354i
0.157 + 0.107i
0.129 + 0.369i
1.007 + 1.006i
0.624 + 1.244i
1.228 + 0.581i
0.209 + 1.336i

18.2
0.522 + 0.132i
0.387 + 0.354i
0.158 + 0.108i
0.129 + 0.371i
1.005 + 1.008i
0.622 + 1.246i
1.223 + 0.579i
0.209 + 1.336i

18.3
0.523 + 0.132i
0.389 + 0.355i
0.158 + 0.110i
0.130 + 0.374i
1.004 + 1.009i
0.621 + 1.246i
1.218 + 0.576i
0.208 + 1.336i

18.4
0.524 + 0.132i
0.390 + 0.356i
0.158 + 0.111i
0.130 + 0.376i
1.002 + 1.011i
0.620 + 1.247i
1.214 + 0.575i
0.208 + 1.336i

18.5
0.525 + 0.132i
0.390 + 0.357i
0.158 + 0.113i
0.130 + 0.379i
0.999 + 1.012i
0.618 + 1.248i
1.210 + 0.572i
0.207 + 1.337i

18.6
0.525 + 0.132i
0.391 + 0.358i
0.158 + 0.114i
0.130 + 0.381i
0.997 + 1.014i
0.616 + 1.250i
1.207 + 0.571i
0.206 + 1.337i

18.7
0.526 + 0.132i
0.392 + 0.359i
0.159 + 0.115i
0.130 + 0.383i
0.993 + 1.017i
0.614 + 1.251i
1.203 + 0.569i
0.206 + 1.337i

18.8
0.527 + 0.133i
0.392 + 0.360i
0.159 + 0.116i
0.130 + 0.385i
0.989 + 1.019i
0.612 + 1.253i
1.198 + 0.567i
0.204 + 1.337i

18.9
0.529 + 0.133i
0.393 + 0.360i
0.159 + 0.117i
0.130 + 0.388i
0.985 + 1.021i
0.608 + 1.255i
1.196 + 0.565i
0.204 + 1.337i

19
0.528 + 0.133i
0.394 + 0.362i
0.159 + 0.119i
0.131 + 0.390i
0.980 + 1.025i
0.605 + 1.257i
1.193 + 0.563i
0.203 + 1.338i

19.1
0.529 + 0.133i
0.395 + 0.363i
0.160 + 0.119i
0.131 + 0.392i
0.976 + 1.028i
0.602 + 1.259i
1.190 + 0.561i
0.201 + 1.338i

19.2
0.530 + 0.134i
0.395 + 0.364i
0.160 + 0.121i
0.131 + 0.394i
0.970 + 1.033i
0.597 + 1.260i
1.187 + 0.558i
0.200 + 1.339i

19.3
0.531 + 0.134i
0.396 + 0.365i
0.160 + 0.122i
0.131 + 0.396i
0.962 + 1.037i
0.592 + 1.263i
1.184 + 0.556i
0.198 + 1.339i

19.4
0.532 + 0.134i
0.396 + 0.365i
0.160 + 0.122i
0.131 + 0.398i
0.956 + 1.042i
0.587 + 1.264i
1.182 + 0.553i
0.196 + 1.340i

19.5
0.534 + 0.134i
0.397 + 0.365i
0.160 + 0.123i
0.131 + 0.399i
0.949 + 1.046i
0.583 + 1.265i
1.179 + 0.551i
0.194 + 1.341i

19.6
0.534 + 0.134i
0.397 + 0.366i
0.161 + 0.125i
0.131 + 0.403i
0.942 + 1.051i
0.578 + 1.267i
1.177 + 0.548i
0.193 + 1.342i

19.7
0.535 + 0.135i
0.398 + 0.367i
0.161 + 0.125i
0.132 + 0.404i
0.935 + 1.057i
0.572 + 1.267i
1.174 + 0.545i
0.191 + 1.342i

19.8
0.535 + 0.135i
0.398 + 0.368i
0.161 + 0.126i
0.132 + 0.406i
0.930 + 1.060i
0.569 + 1.269i
1.171 + 0.541i
0.191 + 1.344i

19.9
0.536 + 0.135i
0.399 + 0.368i
0.161 + 0.128i
0.132 + 0.408i
0.923 + 1.064i
0.564 + 1.270i
1.168 + 0.539i
0.189 + 1.345i

20
0.537 + 0.135i
0.399 + 0.368i
0.161 + 0.128i
0.132 + 0.410i
0.919 + 1.066i
0.562 + 1.270i
1.165 + 0.536i
0.188 + 1.346i

256NUC

Normalized values

SNR
a1
a2
a3
a4
a5
a6
a7
a8

10
1.467 + 0.993i
1.751 + 0.343i
0.887 + 0.534i
1.003 + 0.243i
1.216 + 0.823i
1.435 + 0.289i
0.903 + 0.552i
1.025 + 0.246i

10.1
1.468 + 0.993i
1.753 + 0.345i
0.883 + 0.533i
1.000 + 0.241i
1.215 + 0.823i
1.435 + 0.289i
0.900 + 0.552i
1.023 + 0.244i

10.2
1.472 + 0.994i
1.754 + 0.345i
0.879 + 0.533i
0.997 + 0.240i
1.214 + 0.823i
1.434 + 0.287i
0.897 + 0.552i
1.021 + 0.243i

10.3
1.475 + 0.995i
1.757 + 0.346i
0.876 + 0.533i
0.994 + 0.238i
1.213 + 0.822i
1.434 + 0.287i
0.894 + 0.552i
1.019 + 0.241i

10.4
1.477 + 0.996i
1.759 + 0.346i
0.873 + 0.533i
0.992 + 0.236i
1.211 + 0.822i
1.434 + 0.286i
0.891 + 0.553i
1.017 + 0.239i

10.5
1.481 + 0.997i
1.760 + 0.347i
0.870 + 0.532i
0.990 + 0.235i
1.209 + 0.821i
1.433 + 0.286i
0.889 + 0.553i
1.015 + 0.237i

10.6
1.484 + 0.999i
1.762 + 0.347i
0.867 + 0.532i
0.988 + 0.233i
1.208 + 0.821i
1.432 + 0.285i
0.886 + 0.554i
1.014 + 0.235i

10.7
1.486 + 1.001i
1.764 + 0.348i
0.864 + 0.533i
0.986 + 0.231i
1.206 + 0.821i
1.431 + 0.284i
0.883 + 0.555i
1.013 + 0.233i

10.8
1.488 + 1.002i
1.765 + 0.349i
0.862 + 0.533i
0.985 + 0.229i
1.204 + 0.820i
1.431 + 0.284i
0.881 + 0.555i
1.012 + 0.231i

10.9
1.491 + 1.003i
1.767 + 0.349i
0.859 + 0.533i
0.983 + 0.227i
1.202 + 0.819i
1.429 + 0.283i
0.879 + 0.556i
1.011 + 0.229i

11
1.494 + 1.005i
1.768 + 0.349i
0.857 + 0.535i
0.982 + 0.225i
1.200 + 0.819i
1.429 + 0.282i
0.876 + 0.557i
1.010 + 0.227i

11.1
1.495 + 1.006i
1.770 + 0.350i
0.855 + 0.534i
0.981 + 0.223i
1.198 + 0.819i
1.428 + 0.280i
0.874 + 0.558i
1.009 + 0.225i

11.2
1.497 + 1.007i
1.771 + 0.350i
0.853 + 0.536i
0.980 + 0.221i
1.195 + 0.820i
1.427 + 0.277i
0.873 + 0.560i
1.009 + 0.222i

11.3
1.498 + 1.009i
1.772 + 0.351i
0.850 + 0.536i
0.979 + 0.219i
1.187 + 0.826i
1.427 + 0.268i
0.869 + 0.562i
1.009 + 0.218i

11.4
1.499 + 1.012i
1.775 + 0.353i
0.848 + 0.537i
0.978 + 0.218i
1.174 + 0.838i
1.428 + 0.250i
0.865 + 0.566i
1.009 + 0.213i

11.5
1.501 + 1.016i
1.778 + 0.354i
0.846 + 0.536i
0.976 + 0.216i
1.162 + 0.850i
1.429 + 0.233i
0.862 + 0.569i
1.009 + 0.208i

11.6
1.503 + 1.020i
1.782 + 0.355i
0.843 + 0.535i
0.975 + 0.214i
1.152 + 0.859i
1.430 + 0.220i
0.859 + 0.572i
1.009 + 0.204i

11.7
1.504 + 1.023i
1.785 + 0.356i
0.841 + 0.536i
0.973 + 0.213i
1.144 + 0.867i
1.431 + 0.209i
0.856 + 0.574i
1.008 + 0.200i

11.8
1.505 + 1.028i
1.789 + 0.357i
0.839 + 0.535i
0.971 + 0.211i
1.137 + 0.872i
1.432 + 0.199i
0.853 + 0.576i
1.008 + 0.196i

11.9
1.506 + 1.032i
1.792 + 0.357i
0.837 + 0.534i
0.969 + 0.210i
1.131 + 0.878i
1.432 + 0.191i
0.851 + 0.578i
1.008 + 0.193i

12
1.507 + 1.035i
1.795 + 0.357i
0.834 + 0.534i
0.968 + 0.208i
1.126 + 0.883i
1.432 + 0.183i
0.848 + 0.579i
1.008 + 0.190i

12.1
1.507 + 1.040i
1.798 + 0.358i
0.833 + 0.534i
0.966 + 0.206i
1.121 + 0.888i
1.433 + 0.176i
0.846 + 0.581i
1.008 + 0.187i

12.2
1.507 + 1.043i
1.800 + 0.358i
0.831 + 0.534i
0.965 + 0.205i
1.117 + 0.892i
1.434 + 0.171i
0.844 + 0.581i
1.008 + 0.185i

12.3
1.507 + 1.047i
1.803 + 0.357i
0.829 + 0.534i
0.965 + 0.204i
1.113 + 0.896i
1.434 + 0.165i
0.843 + 0.583i
1.008 + 0.183i

12.4
1.506 + 1.052i
1.805 + 0.358i
0.827 + 0.534i
0.964 + 0.202i
1.109 + 0.900i
1.436 + 0.160i
0.841 + 0.584i
1.009 + 0.180i

12.5
1.505 + 1.057i
1.808 + 0.355i
0.825 + 0.535i
0.963 + 0.201i
1.105 + 0.903i
1.434 + 0.156i
0.840 + 0.585i
1.009 + 0.179i

12.6
1.502 + 1.063i
1.810 + 0.352i
0.825 + 0.536i
0.963 + 0.200i
1.101 + 0.906i
1.434 + 0.152i
0.839 + 0.587i
1.011 + 0.177i

12.7
1.499 + 1.070i
1.812 + 0.349i
0.823 + 0.536i
0.963 + 0.199i
1.098 + 0.910i
1.434 + 0.148i
0.838 + 0.588i
1.012 + 0.176i

12.8
1.342 + 1.283i
1.791 + 0.241i
0.814 + 0.553i
0.982 + 0.199i
1.083 + 0.931i
1.409 + 0.158i
0.855 + 0.616i
1.047 + 0.187i

12.9
1.333 + 1.290i
1.791 + 0.243i
0.810 + 0.560i
0.986 + 0.198i
1.077 + 0.937i
1.413 + 0.155i
0.850 + 0.622i
1.051 + 0.185i

13
1.323 + 1.296i
1.791 + 0.245i
0.804 + 0.567i
0.991 + 0.196i
1.070 + 0.944i
1.418 + 0.151i
0.844 + 0.628i
1.056 + 0.183i

13.1
1.316 + 1.299i
1.791 + 0.246i
0.800 + 0.571i
0.994 + 0.194i
1.065 + 0.947i
1.421 + 0.149i
0.840 + 0.632i
1.060 + 0.181i

13.2
1.308 + 1.303i
1.791 + 0.249i
0.795 + 0.576i
0.999 + 0.192i
1.060 + 0.951i
1.424 + 0.146i
0.835 + 0.637i
1.065 + 0.178i

13.3
1.304 + 1.304i
1.790 + 0.249i
0.792 + 0.579i
1.001 + 0.189i
1.058 + 0.952i
1.425 + 0.144i
0.833 + 0.639i
1.067 + 0.176i

13.4
1.298 + 1.307i
1.789 + 0.250i
0.788 + 0.583i
1.004 + 0.187i
1.054 + 0.955i
1.426 + 0.142i
0.829 + 0.642i
1.072 + 0.174i

13.5
1.290 + 1.310i
1.788 + 0.251i
0.784 + 0.587i
1.008 + 0.184i
1.050 + 0.958i
1.427 + 0.140i
0.825 + 0.646i
1.076 + 0.172i

13.6
1.285 + 1.312i
1.787 + 0.251i
0.781 + 0.589i
1.011 + 0.182i
1.047 + 0.959i
1.428 + 0.139i
0.822 + 0.648i
1.080 + 0.170i

13.7
1.151 + 1.337i
1.759 + 0.218i
0.766 + 0.621i
1.040 + 0.173i
0.999 + 0.966i
1.434 + 0.173i
0.811 + 0.676i
1.122 + 0.179i

13.8
1.147 + 1.339i
1.759 + 0.218i
0.763 + 0.623i
1.042 + 0.171i
0.996 + 0.969i
1.435 + 0.172i
0.808 + 0.679i
1.124 + 0.176i

13.9
1.142 + 1.340i
1.759 + 0.219i
0.761 + 0.627i
1.046 + 0.169i
0.991 + 0.972i
1.436 + 0.173i
0.806 + 0.684i
1.129 + 0.174i

14
1.139 + 1.341i
1.760 + 0.220i
0.759 + 0.629i
1.048 + 0.168i
0.988 + 0.975i
1.436 + 0.172i
0.803 + 0.687i
1.132 + 0.171i

14.1
1.137 + 1.343i
1.760 + 0.221i
0.757 + 0.631i
1.050 + 0.166i
0.985 + 0.977i
1.437 + 0.172i
0.801 + 0.690i
1.135 + 0.169i

14.2
1.134 + 1.344i
1.759 + 0.221i
0.755 + 0.635i
1.052 + 0.164i
0.982 + 0.979i
1.437 + 0.172i
0.799 + 0.694i
1.138 + 0.166i

14.3
1.132 + 1.345i
1.760 + 0.221i
0.753 + 0.636i
1.054 + 0.162i
0.979 + 0.981i
1.437 + 0.173i
0.797 + 0.697i
1.141 + 0.165i

14.4
1.130 + 1.345i
1.760 + 0.222i
0.752 + 0.639i
1.056 + 0.161i
0.976 + 0.982i
1.438 + 0.174i
0.795 + 0.701i
1.144 + 0.162i

14.5
1.128 + 1.346i
1.759 + 0.222i
0.750 + 0.640i
1.057 + 0.159i
0.974 + 0.984i
1.438 + 0.174i
0.794 + 0.704i
1.146 + 0.160i

14.6
1.127 + 1.346i
1.759 + 0.222i
0.749 + 0.643i
1.059 + 0.158i
0.971 + 0.985i
1.438 + 0.175i
0.792 + 0.707i
1.149 + 0.159i

14.7
1.125 + 1.347i
1.759 + 0.222i
0.747 + 0.646i
1.061 + 0.156i
0.968 + 0.987i
1.438 + 0.175i
0.790 + 0.711i
1.151 + 0.157i

14.8
1.124 + 1.347i
1.759 + 0.222i
0.746 + 0.648i
1.063 + 0.155i
0.966 + 0.988i
1.439 + 0.177i
0.789 + 0.714i
1.154 + 0.155i

14.9
1.123 + 1.346i
1.759 + 0.223i
0.745 + 0.649i
1.064 + 0.153i
0.964 + 0.989i
1.439 + 0.177i
0.788 + 0.716i
1.156 + 0.154i

15
1.123 + 1.346i
1.758 + 0.222i
0.744 + 0.651i
1.065 + 0.152i
0.961 + 0.990i
1.439 + 0.178i
0.787 + 0.720i
1.158 + 0.153i

15.1
1.124 + 1.344i
1.758 + 0.222i
0.743 + 0.653i
1.066 + 0.151i
0.959 + 0.991i
1.439 + 0.178i
0.786 + 0.723i
1.159 + 0.151i

15.2
1.125 + 1.342i
1.757 + 0.222i
0.742 + 0.655i
1.067 + 0.149i
0.958 + 0.991i
1.439 + 0.179i
0.785 + 0.726i
1.161 + 0.150i

15.3
1.126 + 1.340i
1.757 + 0.222i
0.740 + 0.657i
1.068 + 0.147i
0.956 + 0.992i
1.438 + 0.179i
0.784 + 0.728i
1.162 + 0.148i

15.4
1.128 + 1.336i
1.756 + 0.222i
0.739 + 0.659i
1.069 + 0.146i
0.954 + 0.992i
1.438 + 0.180i
0.783 + 0.732i
1.163 + 0.147i

15.5
0.543 + 0.298i
0.585 + 0.123i
0.303 + 0.160i
0.321 + 0.107i
0.539 + 0.309i
0.585 + 0.120i
0.303 + 0.162i
0.320 + 0.108i

15.6
0.543 + 0.297i
0.587 + 0.123i
0.311 + 0.160i
0.331 + 0.105i
0.539 + 0.308i
0.587 + 0.119i
0.311 + 0.163i
0.330 + 0.106i

15.7
0.543 + 0.297i
0.589 + 0.123i
0.318 + 0.162i
0.340 + 0.103i
0.539 + 0.309i
0.589 + 0.118i
0.318 + 0.164i
0.339 + 0.104i

15.8
0.543 + 0.297i
0.590 + 0.122i
0.323 + 0.162i
0.346 + 0.101i
0.539 + 0.308i
0.590 + 0.117i
0.323 + 0.165i
0.346 + 0.102i

15.9
0.543 + 0.297i
0.591 + 0.122i
0.328 + 0.164i
0.353 + 0.100i
0.538 + 0.308i
0.591 + 0.116i
0.328 + 0.166i
0.352 + 0.101i

16
0.542 + 0.297i
0.591 + 0.121i
0.332 + 0.165i
0.358 + 0.099i
0.537 + 0.309i
0.592 + 0.115i
0.332 + 0.168i
0.358 + 0.100i

16.1
0.542 + 0.297i
0.592 + 0.121i
0.336 + 0.167i
0.363 + 0.098i
0.536 + 0.309i
0.593 + 0.114i
0.336 + 0.169i
0.363 + 0.099i

16.2
0.542 + 0.297i
0.593 + 0.121i
0.340 + 0.169i
0.368 + 0.097i
0.536 + 0.311i
0.595 + 0.114i
0.340 + 0.171i
0.368 + 0.098i

16.3
0.541 + 0.298i
0.594 + 0.121i
0.343 + 0.171i
0.373 + 0.096i
0.534 + 0.311i
0.595 + 0.113i
0.343 + 0.173i
0.373 + 0.096i

16.4
0.540 + 0.299i
0.594 + 0.121i
0.346 + 0.174i
0.376 + 0.096i
0.533 + 0.313i
0.595 + 0.112i
0.346 + 0.176i
0.377 + 0.096i

16.5
0.540 + 0.299i
0.594 + 0.121i
0.350 + 0.176i
0.381 + 0.095i
0.532 + 0.315i
0.597 + 0.111i
0.350 + 0.178i
0.381 + 0.095i

16.6
0.538 + 0.301i
0.595 + 0.122i
0.353 + 0.179i
0.385 + 0.094i
0.530 + 0.317i
0.597 + 0.110i
0.353 + 0.182i
0.386 + 0.094i

16.7
0.538 + 0.301i
0.596 + 0.122i
0.356 + 0.182i
0.389 + 0.094i
0.528 + 0.319i
0.599 + 0.109i
0.356 + 0.184i
0.389 + 0.094i

16.8
0.537 + 0.303i
0.597 + 0.123i
0.359 + 0.186i
0.393 + 0.094i
0.527 + 0.322i
0.600 + 0.108i
0.359 + 0.189i
0.394 + 0.093i

16.9
0.535 + 0.305i
0.596 + 0.123i
0.362 + 0.190i
0.396 + 0.094i
0.525 + 0.325i
0.600 + 0.108i
0.362 + 0.192i
0.397 + 0.093i

17
0.534 + 0.306i
0.597 + 0.123i
0.364 + 0.193i
0.400 + 0.093i
0.523 + 0.327i
0.600 + 0.106i
0.364 + 0.196i
0.401 + 0.092i

17.1
0.534 + 0.307i
0.596 + 0.124i
0.366 + 0.197i
0.402 + 0.093i
0.521 + 0.350i
0.600 + 0.106i
0.366 + 0.200i
0.403 + 0.091i

17.2
0.533 + 0.307i
0.596 + 0.124i
0.368 + 0.200i
0.403 + 0.093i
0.519 + 0.331i
0.600 + 0.104i
0.367 + 0.203i
0.404 + 0.091i

17.3
0.532 + 0.306i
0.595 + 0.124i
0.368 + 0.201i
0.404 + 0.092i
0.519 + 0.332i
0.600 + 0.103i
0.367 + 0.205i
0.405 + 0.091i

17.4
0.532 + 0.306i
0.595 + 0.124i
0.369 + 0.203i
0.405 + 0.091i
0.517 + 0.333i
0.600 + 0.102i
0.368 + 0.208i
0.406 + 0.090i

17.5
0.532 + 0.306i
0.595 + 0.124i
0.370 + 0.206i
0.406 + 0.091i
0.517 + 0.334i
0.600 + 0.101i
0.369 + 0.210i
0.407 + 0.089i

17.6
0.532 + 0.306i
0.595 + 0.124i
0.370 + 0.206i
0.406 + 0.091i
0.516 + 0.335i
0.600 + 0.100i
0.369 + 0.211i
0.408 + 0.089i

17.7
0.532 + 0.305i
0.594 + 0.124i
0.370 + 0.208i
0.406 + 0.090i
0.515 + 0.335i
0.600 + 0.099i
0.369 + 0.213i
0.407 + 0.088i

17.8
0.531 + 0.304i
0.593 + 0.124i
0.369 + 0.208i
0.405 + 0.090i
0.514 + 0.335i
0.599 + 0.098i
0.368 + 0.213i
0.406 + 0.087i

17.9
0.429 + 0.284i
0.456 + 0.099i
0.247 + 0.251i
0.269 + 0.085i
0.427 + 0.296i
0.456 + 0.095i
0.248 + 0.256i
0.268 + 0.085i

18
0.428 + 0.283i
0.456 + 0.100i
0.248 + 0.251i
0.269 + 0.084i
0.426 + 0.296i
0.456 + 0.095i
0.248 + 0.255i
0.269 + 0.084i

18.1
0.427 + 0.283i
0.456 + 0.100i
0.249 + 0.250i
0.271 + 0.084i
0.426 + 0.296i
0.457 + 0.095i
0.249 + 0.255i
0.271 + 0.084i

18.2
0.428 + 0.282i
0.458 + 0.100i
0.250 + 0.249i
0.273 + 0.084i
0.426 + 0.296i
0.458 + 0.095i
0.250 + 0.254i
0.273 + 0.084i

18.3
0.428 + 0.281i
0.459 + 0.100i
0.252 + 0.248i
0.274 + 0.084i
0.426 + 0.296i
0.460 + 0.094i
0.252 + 0.252i
0.274 + 0.083i

18.4
0.428 + 0.281i
0.459 + 0.100i
0.253 + 0.248i
0.274 + 0.083i
0.426 + 0.296i
0.460 + 0.093i
0.253 + 0.253i
0.274 + 0.083i

18.5
0.424 + 0.279i
0.447 + 0.101i
0.249 + 0.255i
0.266 + 0.085i
0.417 + 0.304i
0.448 + 0.093i
0.247 + 0.270i
0.266 + 0.085i

18.6
0.424 + 0.278i
0.447 + 0.101i
0.250 + 0.254i
0.267 + 0.085i
0.417 + 0.305i
0.449 + 0.092i
0.248 + 0.270i
0.267 + 0.084i

18.7
0.422 + 0.277i
0.450 + 0.102i
0.251 + 0.247i
0.271 + 0.084i
0.412 + 0.307i
0.451 + 0.091i
0.248 + 0.265i
0.271 + 0.083i

18.8
0.423 + 0.277i
0.451 + 0.103i
0.252 + 0.247i
0.273 + 0.084i
0.413 + 0.308i
0.453 + 0.090i
0.250 + 0.266i
0.273 + 0.082i

18.9
0.424 + 0.276i
0.452 + 0.104i
0.254 + 0.246i
0.274 + 0.084i
0.413 + 0.310i
0.454 + 0.089i
0.251 + 0.267i
0.274 + 0.081i

19
0.425 + 0.275i
0.452 + 0.104i
0.254 + 0.246i
0.274 + 0.084i
0.413 + 0.311i
0.454 + 0.088i
0.251 + 0.267i
0.274 + 0.081i

19.1
0.425 + 0.275i
0.452 + 0.105i
0.254 + 0.246i
0.274 + 0.085i
0.412 + 0.312i
0.455 + 0.088i
0.251 + 0.268i
0.274 + 0.080i

19.2
1.299 + 1.010i
1.580 + 0.150i
0.754 + 0.645i
0.955 + 0.116i
1.026 + 0.886i
1.306 + 0.133i
0.828 + 0.758i
1.092 + 0.119i

19.3
1.298 + 1.007i
1.580 + 0.150i
0.754 + 0.645i
0.954 + 0.115i
1.027 + 0.886i
1.308 + 0.133i
0.833 + 0.759i
1.096 + 0.119i

19.4
1.297 + 1.005i
1.581 + 0.150i
0.756 + 0.646i
0.954 + 0.115i
1.028 + 0.886i
1.310 + 0.133i
0.836 + 0.759i
1.099 + 0.118i

19.5
1.297 + 1.002i
1.581 + 0.150i
0.757 + 0.646i
0.953 + 0.113i
1.030 + 0.886i
1.313 + 0.133i
0.841 + 0.760i
1.103 + 0.118i

19.6
1.297 + 1.000i
1.580 + 0.149i
0.757 + 0.647i
0.953 + 0.113i
1.032 + 0.886i
1.313 + 0.133i
0.845 + 0.760i
1.105 + 0.117i

19.7
1.296 + 0.997i
1.580 + 0.149i
0.758 + 0.648i
0.953 + 0.113i
1.033 + 0.886i
1.314 + 0.132i
0.850 + 0.761i
1.107 + 0.117i

19.8
1.297 + 0.995i
1.579 + 0.149i
0.759 + 0.649i
0.953 + 0.113i
1.036 + 0.886i
1.316 + 0.132i
0.854 + 0.761i
1.110 + 0.117i

19.9
1.297 + 0.993i
1.579 + 0.148i
0.759 + 0.650i
0.953 + 0.112i
1.037 + 0.886i
1.317 + 0.132i
0.858 + 0.761i
1.112 + 0.116i

20
1.297 + 0.990i
1.579 + 0.148i
0.760 + 0.651i
0.954 + 0.112i
1.039 + 0.886i
1.319 + 0.133i
0.862 + 0.762i
1.114 + 0.116i

20.1
1.297 + 0.988i
1.578 + 0.147i
0.761 + 0.652i
0.955 + 0.112i
1.040 + 0.888i
1.319 + 0.132i
0.866 + 0.762i
1.116 + 0.116i

20.2
1.298 + 0.986i
1.579 + 0.147i
0.761 + 0.653i
0.956 + 0.112i
1.042 + 0.888i
1.321 + 0.132i
0.870 + 0.763i
1.118 + 0.116i

20.3
1.298 + 0.984i
1.578 + 0.146i
0.762 + 0.655i
0.957 + 0.112i
1.043 + 0.889i
1.322 + 0.132i
0.874 + 0.764i
1.121 + 0.116i

20.4
1.299 + 0.982i
1.577 + 0.146i
0.763 + 0.656i
0.958 + 0.112i
1.045 + 0.891i
1.323 + 0.132i
0.877 + 0.764i
1.122 + 0.116i

20.5
1.291 + 0.967i
1.571 + 0.144i
0.790 + 0.634i
0.945 + 0.100i
1.039 + 0.877i
1.321 + 0.128i
0.872 + 0.753i
1.120 + 0.108i

20.6
1.290 + 0.965i
1.569 + 0.144i
0.792 + 0.635i
0.945 + 0.100i
1.039 + 0.878i
1.321 + 0.128i
0.873 + 0.755i
1.121 + 0.108i

20.7
1.289 + 0.962i
1.568 + 0.143i
0.795 + 0.634i
0.946 + 0.099i
1.038 + 0.879i
1.321 + 0.128i
0.874 + 0.756i
1.122 + 0.107i

20.8
1.271 + 0.972i
1.582 + 0.150i
0.834 + 0.630i
0.953 + 0.098i
0.995 + 0.902i
1.334 + 0.118i
0.810 + 0.782i
1.130 + 0.102i

20.9
1.268 + 0.972i
1.581 + 0.150i
0.838 + 0.631i
0.954 + 0.097i
0.993 + 0.904i
1.335 + 0.117i
0.808 + 0.785i
1.131 + 0.102i

21
1.266 + 0.970i
1.579 + 0.150i
0.841 + 0.632i
0.956 + 0.097i
0.991 + 0.905i
1.335 + 0.117i
0.806 + 0.787i
1.133 + 0.102i

21.1
1.265 + 0.969i
1.578 + 0.149i
0.846 + 0.633i
0.957 + 0.097i
0.990 + 0.905i
1.335 + 0.116i
0.804 + 0.788i
1.133 + 0.101i

21.2
1.262 + 0.971i
1.577 + 0.149i
0.853 + 0.634i
0.959 + 0.097i
0.985 + 0.903i
1.335 + 0.115i
0.797 + 0.789i
1.134 + 0.101i

21.3
1.259 + 0.972i
1.575 + 0.148i
0.857 + 0.636i
0.961 + 0.097i
0.983 + 0.903i
1.335 + 0.115i
0.795 + 0.790i
1.135 + 0.101i

21.4
1.256 + 0.974i
1.574 + 0.147i
0.862 + 0.637i
0.962 + 0.096i
0.980 + 0.903i
1.335 + 0.115i
0.791 + 0.792i
1.137 + 0.100i

21.5
1.253 + 0.974i
1.572 + 0.147i
0.866 + 0.638i
0.963 + 0.096i
0.980 + 0.903i
1.335 + 0.114i
0.790 + 0.793i
1.137 + 0.100i

21.6
1.250 + 0.975i
1.570 + 0.146i
0.870 + 0.640i
0.964 + 0.096i
0.978 + 0.903i
1.334 + 0.114i
0.788 + 0.794i
1.138 + 0.100i

21.7
1.248 + 0.975i
1.568 + 0.145i
0.874 + 0.641i
0.965 + 0.096i
0.977 + 0.902i
1.334 + 0.113i
0.788 + 0.795i
1.138 + 0.099i

21.8
1.244 + 0.975i
1.566 + 0.145i
0.878 + 0.642i
0.966 + 0.096i
0.976 + 0.902i
1.333 + 0.112i
0.786 + 0.796i
1.139 + 0.099i

21.9
1.240 + 0.977i
1.564 + 0.143i
0.883 + 0.643i
0.967 + 0.095i
0.975 + 0.902i
1.333 + 0.112i
0.786 + 0.796i
1.139 + 0.099i

22
1.235 + 0.978i
1.562 + 0.143i
0.886 + 0.644i
0.969 + 0.095i
0.973 + 0.902i
1.333 + 0.111i
0.785 + 0.797i
1.140 + 0.098i

22.1
1.231 + 0.979i
1.561 + 0.142i
0.890 + 0.645i
0.970 + 0.095i
0.972 + 0.902i
1.332 + 0.111i
0.785 + 0.798i
1.140 + 0.098i

22.2
1.227 + 0.980i
1.559 + 0.141i
0.895 + 0.646i
0.971 + 0.095i
0.972 + 0.902i
1.332 + 0.111i
0.785 + 0.798i
1.141 + 0.098i

22.3
1.221 + 0.982i
1.557 + 0.140i
0.899 + 0.648i
0.973 + 0.095i
0.969 + 0.903i
1.331 + 0.110i
0.783 + 0.798i
1.142 + 0.098i

22.4
1.201 + 0.994i
1.556 + 0.140i
0.907 + 0.649i
0.975 + 0.094i
0.959 + 0.901i
1.332 + 0.110i
0.773 + 0.789i
1.143 + 0.097i

22.5
1.194 + 0.996i
1.555 + 0.139i
0.910 + 0.650i
0.976 + 0.094i
0.956 + 0.902i
1.332 + 0.109i
0.771 + 0.789i
1.144 + 0.097i

22.6
0.333 + 0.340i
0.329 + 0.201i
0.199 + 0.343i
0.195 + 0.204i
0.337 + 0.486i
0.327 + 0.066i
0.200 + 0.488i
0.192 + 0.068i

22.7
0.334 + 0.341i
0.330 + 0.202i
0.199 + 0.344i
0.195 + 0.204i
0.338 + 0.487i
0.327 + 0.066i
0.201 + 0.490i
0.192 + 0.068i

22.8
0.335 + 0.342i
0.330 + 0.202i
0.199 + 0.345i
0.196 + 0.205i
0.339 + 0.488i
0.329 + 0.067i
0.202 + 0.490i
0.194 + 0.068i

22.9
0.336 + 0.343i
0.332 + 0.203i
0.200 + 0.346i
0.197 + 0.205i
0.340 + 0.489i
0.331 + 0.067i
0.202 + 0.492i
0.194 + 0.068i

23
0.337 + 0.343i
0.333 + 0.203i
0.201 + 0.346i
0.197 + 0.205i
0.342 + 0.490i
0.331 + 0.067i
0.203 + 0.492i
0.195 + 0.068i

23.1
0.338 + 0.344i
0.334 + 0.203i
0.202 + 0.347i
0.198 + 0.206i
0.343 + 0.491i
0.333 + 0.067i
0.204 + 0.493i
0.196 + 0.068i

23.2
0.339 + 0.345i
0.336 + 0.204i
0.203 + 0.347i
0.199 + 0.206i
0.344 + 0.492i
0.334 + 0.067i
0.204 + 0.493i
0.197 + 0.068i

23.3
0.339 + 0.346i
0.336 + 0.204i
0.203 + 0.347i
0.200 + 0.206i
0.344 + 0.493i
0.336 + 0.067i
0.204 + 0.494i
0.198 + 0.068i

23.4
0.346 + 0.344i
0.343 + 0.204i
0.207 + 0.342i
0.204 + 0.204i
0.349 + 0.488i
0.343 + 0.067i
0.207 + 0.486i
0.203 + 0.067i

23.5
0.346 + 0.345i
0.344 + 0.204i
0.207 + 0.343i
0.204 + 0.204i
0.349 + 0.489i
0.344 + 0.067i
0.207 + 0.487i
0.204 + 0.068i

23.6
0.347 + 0.346i
0.344 + 0.205i
0.207 + 0.345i
0.205 + 0.205i
0.351 + 0.490i
0.344 + 0.068i
0.208 + 0.488i
0.204 + 0.068i

23.7
0.347 + 0.347i
0.344 + 0.206i
0.207 + 0.346i
0.205 + 0.206i
0.351 + 0.491i
0.344 + 0.068i
0.208 + 0.490i
0.204 + 0.068i

23.8
0.348 + 0.348i
0.345 + 0.206i
0.208 + 0.346i
0.206 + 0.206i
0.352 + 0.492i
0.345 + 0.068i
0.208 + 0.490i
0.204 + 0.068i

23.9
0.348 + 0.349i
0.345 + 0.208i
0.208 + 0.348i
0.205 + 0.208i
0.354 + 0.493i
0.345 + 0.069i
0.209 + 0.493i
0.204 + 0.069i

24
0.349 + 0.349i
0.346 + 0.208i
0.208 + 0.349i
0.206 + 0.208i
0.354 + 0.494i
0.346 + 0.069i
0.209 + 0.493i
0.205 + 0.069i

24.1
0.350 + 0.350i
0.347 + 0.208i
0.209 + 0.349i
0.207 + 0.208i
0.355 + 0.495i
0.347 + 0.069i
0.210 + 0.493i
0.205 + 0.069i

24.2
0.350 + 0.351i
0.347 + 0.209i
0.209 + 0.349i
0.207 + 0.208i
0.356 + 0.496i
0.347 + 0.069i
0.210 + 0.493i
0.206 + 0.069i

24.3
0.351 + 0.351i
0.348 + 0.209i
0.210 + 0.349i
0.207 + 0.208i
0.357 + 0.497i
0.348 + 0.069i
0.212 + 0.493i
0.207 + 0.069i

24.4
0.352 + 0.352i
0.349 + 0.209i
0.210 + 0.349i
0.208 + 0.208i
0.358 + 0.497i
0.349 + 0.069i
0.212 + 0.493i
0.207 + 0.069i

24.5
0.352 + 0.352i
0.349 + 0.209i
0.210 + 0.350i
0.208 + 0.209i
0.359 + 0.498i
0.351 + 0.069i
0.213 + 0.493i
0.209 + 0.069i

24.6
0.353 + 0.353i
0.349 + 0.210i
0.210 + 0.351i
0.208 + 0.209i
0.360 + 0.498i
0.351 + 0.069i
0.214 + 0.494i
0.209 + 0.069i

24.7
0.353 + 0.354i
0.349 + 0.210i
0.210 + 0.351i
0.208 + 0.209i
0.361 + 0.499i
0.351 + 0.069i
0.214 + 0.494i
0.209 + 0.069i

24.8
0.353 + 0.354i
0.350 + 0.210i
0.210 + 0.351i
0.209 + 0.210i
0.361 + 0.499i
0.353 + 0.069i
0.214 + 0.494i
0.210 + 0.069i

24.9
0.354 + 0.354i
0.350 + 0.211i
0.210 + 0.351i
0.209 + 0.210i
0.362 + 0.500i
0.354 + 0.070i
0.215 + 0.494i
0.210 + 0.069i

25
0.354 + 0.355i
0.351 + 0.211i
0.210 + 0.350i
0.210 + 0.209i
0.363 + 0.500i
0.355 + 0.070i
0.215 + 0.494i
0.211 + 0.069i

Normalized values

SNR
a9
a10
a11
a12
a13
a14
a15
a16

10
0.969 + 1.486i
0.340 + 1.742i
0.532 + 0.884i
0.243 + 0.996i
0.802 + 1.214i
0.275 + 1.422i
0.547 + 0.902i
0.243 + 1.017i

10.1
0.970 + 1.487i
0.341 + 1.743i
0.531 + 0.881i
0.241 + 0.993i
0.804 + 1.214i
0.275 + 1.424i
0.546 + 0.899i
0.241 + 1.015i

10.2
0.971 + 1.488i
0.342 + 1.744i
0.530 + 0.878i
0.239 + 0.990i
0.805 + 1.213i
0.274 + 1.425i
0.547 + 0.897i
0.240 + 1.013i

10.3
0.972 + 1.489i
0.343 + 1.746i
0.529 + 0.875i
0.237 + 0.988i
0.807 + 1.213i
0.273 + 1.426i
0.546 + 0.894i
0.238 + 1.011i

10.4
0.973 + 1.490i
0.345 + 1.747i
0.529 + 0.872i
0.235 + 0.985i
0.807 + 1.211i
0.273 + 1.427i
0.547 + 0.891i
0.236 + 1.009i

10.5
0.974 + 1.492i
0.346 + 1.748i
0.529 + 0.870i
0.233 + 0.983i
0.808 + 1.210i
0.273 + 1.427i
0.547 + 0.889i
0.234 + 1.008i

10.6
0.975 + 1.493i
0.347 + 1.750i
0.529 + 0.867i
0.231 + 0.981i
0.809 + 1.209i
0.271 + 1.427i
0.548 + 0.886i
0.231 + 1.007i

10.7
0.975 + 1.495i
0.349 + 1.752i
0.529 + 0.865i
0.230 + 0.979i
0.809 + 1.208i
0.271 + 1.427i
0.548 + 0.885i
0.230 + 1.005i

10.8
0.977 + 1.496i
0.350 + 1.754i
0.529 + 0.862i
0.228 + 0.977i
0.810 + 1.207i
0.270 + 1.427i
0.549 + 0.882i
0.228 + 1.004i

10.9
0.978 + 1.497i
0.352 + 1.755i
0.529 + 0.860i
0.226 + 0.976i
0.810 + 1.205i
0.270 + 1.428i
0.549 + 0.880i
0.226 + 1.003i

11
0.978 + 1.498i
0.352 + 1.756i
0.530 + 0.858i
0.225 + 0.975i
0.811 + 1.204i
0.269 + 1.427i
0.550 + 0.878i
0.224 + 1.003i

11.1
0.979 + 1.499i
0.354 + 1.758i
0.531 + 0.856i
0.223 + 0.974i
0.812 + 1.202i
0.268 + 1.427i
0.552 + 0.876i
0.222 + 1.002i

11.2
0.980 + 1.500i
0.355 + 1.759i
0.531 + 0.853i
0.221 + 0.973i
0.814 + 1.199i
0.264 + 1.426i
0.553 + 0.874i
0.220 + 1.001i

11.3
0.980 + 1.501i
0.356 + 1.760i
0.531 + 0.852i
0.219 + 0.971i
0.820 + 1.193i
0.257 + 1.427i
0.556 + 0.871i
0.216 + 1.001i

11.4
0.982 + 1.504i
0.356 + 1.762i
0.532 + 0.849i
0.217 + 0.970i
0.832 + 1.182i
0.242 + 1.428i
0.559 + 0.867i
0.211 + 1.001i

11.5
0.984 + 1.506i
0.357 + 1.765i
0.531 + 0.847i
0.215 + 0.967i
0.843 + 1.171i
0.227 + 1.430i
0.563 + 0.862i
0.205 + 1.000i

11.6
0.986 + 1.509i
0.357 + 1.768i
0.531 + 0.843i
0.213 + 0.965i
0.852 + 1.163i
0.214 + 1.432i
0.566 + 0.859i
0.201 + 1.000i

11.7
0.990 + 1.511i
0.358 + 1.772i
0.530 + 0.841i
0.211 + 0.963i
0.859 + 1.156i
0.204 + 1.434i
0.569 + 0.856i
0.196 + 1.000i

11.8
0.992 + 1.512i
0.358 + 1.775i
0.530 + 0.838i
0.209 + 0.962i
0.865 + 1.149i
0.196 + 1.435i
0.571 + 0.853i
0.193 + 0.999i

11.9
0.995 + 1.514i
0.359 + 1.777i
0.530 + 0.836i
0.208 + 0.960i
0.870 + 1.144i
0.188 + 1.435i
0.573 + 0.850i
0.190 + 0.998i

12
0.998 + 1.515i
0.360 + 1.780i
0.530 + 0.834i
0.206 + 0.958i
0.875 + 1.139i
0.181 + 1.437i
0.574 + 0.848i
0.187 + 0.998i

12.1
1.000 + 1.516i
0.361 + 1.782i
0.529 + 0.832i
0.204 + 0.957i
0.878 + 1.135i
0.176 + 1.439i
0.576 + 0.845i
0.184 + 0.998i

12.2
1.002 + 1.517i
0.361 + 1.785i
0.530 + 0.830i
0.203 + 0.956i
0.882 + 1.130i
0.170 + 1.440i
0.577 + 0.843i
0.181 + 0.998i

12.3
1.003 + 1.517i
0.362 + 1.786i
0.529 + 0.828i
0.201 + 0.955i
0.884 + 1.127i
0.166 + 1.440i
0.578 + 0.841i
0.179 + 0.997i

12.4
1.004 + 1.518i
0.362 + 1.787i
0.529 + 0.826i
0.199 + 0.954i
0.886 + 1.124i
0.161 + 1.442i
0.579 + 0.840i
0.177 + 0.997i

12.5
1.004 + 1.520i
0.362 + 1.788i
0.529 + 0.825i
0.198 + 0.953i
0.889 + 1.121i
0.158 + 1.442i
0.580 + 0.837i
0.174 + 0.996i

12.6
1.003 + 1.520i
0.362 + 1.789i
0.529 + 0.823i
0.196 + 0.952i
0.889 + 1.119i
0.154 + 1.443i
0.581 + 0.836i
0.172 + 0.996i

12.7
1.002 + 1.521i
0.362 + 1.789i
0.529 + 0.822i
0.195 + 0.951i
0.890 + 1.117i
0.151 + 1.443i
0.582 + 0.835i
0.170 + 0.995i

12.8
0.863 + 1.544i
0.312 + 1.752i
0.524 + 0.813i
0.186 + 0.927i
0.829 + 1.112i
0.154 + 1.397i
0.578 + 0.837i
0.168 + 0.964i

12.9
0.856 + 1.547i
0.308 + 1.751i
0.519 + 0.813i
0.184 + 0.924i
0.826 + 1.113i
0.151 + 1.395i
0.573 + 0.838i
0.166 + 0.962i

13
0.850 + 1.551i
0.304 + 1.749i
0.513 + 0.813i
0.181 + 0.921i
0.821 + 1.114i
0.148 + 1.391i
0.567 + 0.838i
0.164 + 0.959i

13.1
0.847 + 1.553i
0.303 + 1.748i
0.510 + 0.813i
0.179 + 0.920i
0.820 + 1.113i
0.144 + 1.391i
0.564 + 0.838i
0.161 + 0.958i

13.2
0.842 + 1.555i
0.301 + 1.748i
0.506 + 0.812i
0.177 + 0.918i
0.817 + 1.113i
0.141 + 1.391i
0.559 + 0.838i
0.159 + 0.956i

13.3
0.841 + 1.556i
0.302 + 1.747i
0.506 + 0.812i
0.176 + 0.917i
0.818 + 1.111i
0.138 + 1.394i
0.558 + 0.837i
0.158 + 0.955i

13.4
0.837 + 1.556i
0.304 + 1.747i
0.502 + 0.811i
0.173 + 0.916i
0.818 + 1.110i
0.135 + 1.399i
0.555 + 0.836i
0.156 + 0.953i

13.5
0.833 + 1.555i
0.306 + 1.747i
0.501 + 0.810i
0.172 + 0.915i
0.816 + 1.109i
0.133 + 1.406i
0.553 + 0.835i
0.154 + 0.951i

13.6
0.831 + 1.552i
0.314 + 1.748i
0.500 + 0.809i
0.170 + 0.914i
0.817 + 1.108i
0.131 + 1.421i
0.551 + 0.833i
0.152 + 0.948i

13.7
0.735 + 1.301i
0.633 + 1.698i
0.480 + 0.811i
0.145 + 0.870i
0.729 + 1.116i
0.215 + 1.767i
0.515 + 0.832i
0.143 + 0.870i

13.8
0.735 + 1.305i
0.631 + 1.697i
0.480 + 0.809i
0.143 + 0.869i
0.729 + 1.115i
0.214 + 1.765i
0.515 + 0.832i
0.141 + 0.869i

13.9
0.733 + 1.308i
0.630 + 1.697i
0.480 + 0.808i
0.142 + 0.866i
0.728 + 1.116i
0.213 + 1.761i
0.515 + 0.832i
0.139 + 0.866i

14
0.733 + 1.311i
0.628 + 1.696i
0.480 + 0.807i
0.140 + 0.865i
0.727 + 1.115i
0.212 + 1.758i
0.515 + 0.832i
0.138 + 0.865i

14.1
0.733 + 1.315i
0.626 + 1.696i
0.480 + 0.806i
0.139 + 0.864i
0.727 + 1.114i
0.211 + 1.754i
0.516 + 0.832i
0.136 + 0.863i

14.2
0.732 + 1.318i
0.625 + 1.696i
0.480 + 0.806i
0.137 + 0.862i
0.727 + 1.115i
0.210 + 1.750i
0.516 + 0.832i
0.135 + 0.861i

14.3
0.732 + 1.322i
0.623 + 1.694i
0.480 + 0.804i
0.136 + 0.861i
0.728 + 1.113i
0.208 + 1.747i
0.517 + 0.832i
0.133 + 0.860i

14.4
0.732 + 1.325i
0.622 + 1.694i
0.481 + 0.804i
0.135 + 0.859i
0.728 + 1.113i
0.208 + 1.744i
0.517 + 0.832i
0.132 + 0.858i

14.5
0.733 + 1.330i
0.619 + 1.694i
0.481 + 0.803i
0.134 + 0.858i
0.729 + 1.112i
0.206 + 1.740i
0.518 + 0.832i
0.131 + 0.857i

14.6
0.734 + 1.334i
0.618 + 1.694i
0.481 + 0.803i
0.132 + 0.857i
0.729 + 1.111i
0.205 + 1.736i
0.519 + 0.833i
0.129 + 0.856i

14.7
0.733 + 1.338i
0.615 + 1.693i
0.482 + 0.802i
0.132 + 0.855i
0.729 + 1.111i
0.204 + 1.732i
0.520 + 0.832i
0.129 + 0.853i

14.8
0.734 + 1.341i
0.613 + 1.693i
0.482 + 0.801i
0.130 + 0.854i
0.730 + 1.111i
0.202 + 1.727i
0.520 + 0.833i
0.127 + 0.852i

14.9
0.735 + 1.346i
0.609 + 1.692i
0.482 + 0.800i
0.130 + 0.853i
0.731 + 1.110i
0.201 + 1.723i
0.521 + 0.832i
0.126 + 0.851i

15
0.736 + 1.351i
0.605 + 1.693i
0.483 + 0.800i
0.129 + 0.852i
0.732 + 1.109i
0.199 + 1.719i
0.522 + 0.833i
0.125 + 0.850i

15.1
0.738 + 1.356i
0.600 + 1.692i
0.483 + 0.799i
0.128 + 0.851i
0.733 + 1.108i
0.197 + 1.715i
0.523 + 0.832i
0.124 + 0.849i

15.2
0.740 + 1.361i
0.596 + 1.692i
0.483 + 0.798i
0.127 + 0.850i
0.734 + 1.108i
0.195 + 1.711i
0.524 + 0.832i
0.123 + 0.848i

15.3
0.743 + 1.367i
0.590 + 1.692i
0.484 + 0.797i
0.127 + 0.849i
0.736 + 1.107i
0.193 + 1.705i
0.525 + 0.832i
0.123 + 0.847i

15.4
0.747 + 1.375i
0.582 + 1.693i
0.484 + 0.796i
0.127 + 0.847i
0.737 + 1.108i
0.190 + 1.700i
0.526 + 0.832i
0.122 + 0.845i

15.5
0.626 + 0.351i
0.700 + 0.142i
0.155 + 0.120i
0.149 + 0.104i
0.614 + 0.372i
0.704 + 0.125i
0.154 + 0.121i
0.149 + 0.104i

15.6
0.633 + 0.354i
0.709 + 0.144i
0.151 + 0.117i
0.145 + 0.102i
0.618 + 0.377i
0.713 + 0.123i
0.150 + 0.119i
0.145 + 0.102i

15.7
0.638 + 0.357i
0.716 + 0.146i
0.148 + 0.115i
0.142 + 0.100i
0.621 + 0.381i
0.721 + 0.123i
0.148 + 0.116i
0.142 + 0.100i

15.8
0.643 + 0.358i
0.723 + 0.148i
0.146 + 0.114i
0.139 + 0.099i
0.624 + 0.385i
0.728 + 0.122i
0.145 + 0.115i
0.139 + 0.099i

15.9
0.647 + 0.361i
0.728 + 0.150i
0.144 + 0.112i
0.137 + 0.098i
0.628 + 0.388i
0.734 + 0.121i
0.143 + 0.114i
0.137 + 0.098i

16
0.651 + 0.363i
0.733 + 0.152i
0.143 + 0.111i
0.136 + 0.097i
0.630 + 0.393i
0.739 + 0.120i
0.142 + 0.112i
0.136 + 0.097i

16.1
0.654 + 0.364i
0.737 + 0.154i
0.142 + 0.111i
0.134 + 0.096i
0.631 + 0.396i
0.743 + 0.119i
0.141 + 0.111i
0.134 + 0.096i

16.2
0.657 + 0.366i
0.740 + 0.155i
0.142 + 0.110i
0.134 + 0.094i
0.633 + 0.400i
0.747 + 0.118i
0.140 + 0.111i
0.133 + 0.094i

16.3
0.660 + 0.368i
0.742 + 0.158i
0.141 + 0.109i
0.133 + 0.094i
0.634 + 0.404i
0.750 + 0.117i
0.140 + 0.110i
0.133 + 0.094i

16.4
0.662 + 0.369i
0.744 + 0.160i
0.142 + 0.109i
0.133 + 0.093i
0.634 + 0.407i
0.752 + 0.116i
0.140 + 0.110i
0.133 + 0.093i

16.5
0.665 + 0.370i
0.746 + 0.162i
0.143 + 0.108i
0.134 + 0.092i
0.635 + 0.411i
0.755 + 0.115i
0.141 + 0.109i
0.133 + 0.092i

16.6
0.666 + 0.371i
0.748 + 0.164i
0.144 + 0.107i
0.135 + 0.091i
0.635 + 0.415i
0.757 + 0.113i
0.143 + 0.108i
0.135 + 0.091i

16.7
0.668 + 0.372i
0.750 + 0.167i
0.145 + 0.107i
0.136 + 0.090i
0.635 + 0.419i
0.759 + 0.113i
0.143 + 0.107i
0.135 + 0.089i

16.8
0.670 + 0.374i
0.750 + 0.169i
0.147 + 0.106i
0.138 + 0.089i
0.634 + 0.424i
0.760 + 0.111i
0.146 + 0.106i
0.138 + 0.089i

16.9
0.671 + 0.375i
0.751 + 0.172i
0.149 + 0.105i
0.140 + 0.088i
0.634 + 0.428i
0.761 + 0.111i
0.147 + 0.105i
0.140 + 0.087i

17
0.673 + 0.375i
0.751 + 0.174i
0.151 + 0.105i
0.141 + 0.087i
0.634 + 0.431i
0.762 + 0.109i
0.150 + 0.105i
0.142 + 0.086i

17.1
0.673 + 0.376i
0.751 + 0.176i
0.152 + 0.104i
0.143 + 0.086i
0.633 + 0.435i
0.762 + 0.108i
0.150 + 0.104i
0.144 + 0.086i

17.2
0.675 + 0.375i
0.752 + 0.178i
0.152 + 0.104i
0.144 + 0.086i
0.633 + 0.438i
0.763 + 0.106i
0.151 + 0.104i
0.145 + 0.085i

17.3
0.678 + 0.374i
0.753 + 0.180i
0.153 + 0.104i
0.144 + 0.085i
0.633 + 0.440i
0.764 + 0.105i
0.152 + 0.104i
0.145 + 0.084i

17.4
0.679 + 0.374i
0.753 + 0.181i
0.153 + 0.104i
0.144 + 0.084i
0.633 + 0.442i
0.765 + 0.103i
0.152 + 0.104i
0.145 + 0.084i

17.5
0.681 + 0.373i
0.753 + 0.183i
0.153 + 0.104i
0.144 + 0.084i
0.634 + 0.444i
0.766 + 0.102i
0.152 + 0.104i
0.145 + 0.084i

17.6
0.683 + 0.372i
0.754 + 0.184i
0.153 + 0.105i
0.143 + 0.084i
0.634 + 0.446i
0.767 + 0.101i
0.152 + 0.105i
0.145 + 0.084i

17.7
0.684 + 0.371i
0.754 + 0.186i
0.152 + 0.105i
0.142 + 0.084i
0.634 + 0.447i
0.768 + 0.099i
0.152 + 0.105i
0.145 + 0.083i

17.8
0.685 + 0.370i
0.754 + 0.187i
0.152 + 0.106i
0.141 + 0.084i
0.633 + 0.449i
0.767 + 0.098i
0.152 + 0.106i
0.144 + 0.083i

17.9
0.596 + 0.319i
0.631 + 0.129i
0.093 + 0.241i
0.093 + 0.083i
0.582 + 0.355i
0.633 + 0.101i
0.093 + 0.243i
0.093 + 0.083i

18
0.598 + 0.318i
0.632 + 0.130i
0.092 + 0.239i
0.092 + 0.082i
0.582 + 0.357i
0.634 + 0.100i
0.092 + 0.242i
0.092 + 0.082i

18.1
0.599 + 0.318i
0.633 + 0.132i
0.092 + 0.239i
0.092 + 0.082i
0.582 + 0.359i
0.635 + 0.099i
0.092 + 0.241i
0.092 + 0.082i

18.2
0.601 + 0.317i
0.635 + 0.133i
0.092 + 0.236i
0.092 + 0.081i
0.583 + 0.360i
0.637 + 0.098i
0.092 + 0.239i
0.092 + 0.081i

18.3
0.604 + 0.316i
0.637 + 0.135i
0.092 + 0.236i
0.092 + 0.081i
0.585 + 0.362i
0.640 + 0.097i
0.092 + 0.238i
0.092 + 0.081i

18.4
0.605 + 0.316i
0.638 + 0.135i
0.092 + 0.236i
0.092 + 0.081i
0.585 + 0.363i
0.641 + 0.095i
0.092 + 0.238i
0.092 + 0.081i

18.5
0.595 + 0.311i
0.625 + 0.134i
0.088 + 0.241i
0.090 + 0.082i
0.575 + 0.363i
0.628 + 0.093i
0.088 + 0.254i
0.089 + 0.082i

18.6
0.596 + 0.310i
0.625 + 0.135i
0.088 + 0.240i
0.090 + 0.082i
0.575 + 0.365i
0.629 + 0.092i
0.087 + 0.253i
0.089 + 0.082i

18.7
0.591 + 0.312i
0.623 + 0.140i
0.088 + 0.230i
0.091 + 0.079i
0.567 + 0.371i
0.629 + 0.091i
0.088 + 0.243i
0.091 + 0.080i

18.8
0.593 + 0.312i
0.625 + 0.143i
0.088 + 0.229i
0.091 + 0.079i
0.567 + 0.375i
0.631 + 0.089i
0.088 + 0.243i
0.091 + 0.079i

18.9
0.594 + 0.312i
0.626 + 0.145i
0.088 + 0.229i
0.091 + 0.079i
0.568 + 0.378i
0.632 + 0.088i
0.088 + 0.243i
0.091 + 0.079i

19
0.595 + 0.311i
0.627 + 0.148i
0.088 + 0.229i
0.091 + 0.079i
0.568 + 0.380i
0.633 + 0.086i
0.088 + 0.243i
0.091 + 0.078i

19.1
0.596 + 0.311i
0.627 + 0.149i
0.088 + 0.229i
0.091 + 0.079i
0.567 + 0.381i
0.634 + 0.085i
0.087 + 0.244i
0.091 + 0.078i

19.2
0.788 + 1.453i
0.470 + 1.586i
0.394 + 0.861i
0.227 + 0.909i
0.998 + 1.199i
0.155 + 1.639i
0.554 + 0.823i
0.086 + 0.933i

19.3
0.785 + 1.450i
0.469 + 1.582i
0.394 + 0.861i
0.229 + 0.909i
1.001 + 1.199i
0.155 + 1.634i
0.553 + 0.821i
0.085 + 0.934i

19.4
0.784 + 1.447i
0.469 + 1.579i
0.393 + 0.861i
0.230 + 0.909i
1.002 + 1.199i
0.155 + 1.631i
0.553 + 0.819i
0.085 + 0.934i

19.5
0.783 + 1.443i
0.469 + 1.575i
0.392 + 0.861i
0.231 + 0.909i
1.004 + 1.199i
0.155 + 1.628i
0.552 + 0.816i
0.085 + 0.935i

19.6
0.782 + 1.440i
0.470 + 1.571i
0.391 + 0.861i
0.232 + 0.910i
1.006 + 1.198i
0.155 + 1.626i
0.551 + 0.815i
0.084 + 0.935i

19.7
0.781 + 1.436i
0.470 + 1.568i
0.391 + 0.861i
0.232 + 0.910i
1.008 + 1.197i
0.156 + 1.623i
0.550 + 0.812i
0.084 + 0.936i

19.8
0.781 + 1.432i
0.470 + 1.565i
0.391 + 0.861i
0.233 + 0.910i
1.009 + 1.196i
0.156 + 1.619i
0.548 + 0.810i
0.084 + 0.937i

19.9
0.781 + 1.429i
0.470 + 1.561i
0.390 + 0.861i
0.234 + 0.910i
1.011 + 1.195i
0.156 + 1.617i
0.548 + 0.809i
0.083 + 0.937i

20
0.781 + 1.425i
0.470 + 1.558i
0.390 + 0.861i
0.235 + 0.911i
1.013 + 1.193i
0.156 + 1.614i
0.547 + 0.807i
0.083 + 0.937i

20.1
0.781 + 1.422i
0.470 + 1.554i
0.390 + 0.861i
0.235 + 0.910i
1.015 + 1.192i
0.156 + 1.611i
0.546 + 0.806i
0.083 + 0.938i

20.2
0.780 + 1.418i
0.471 + 1.550i
0.390 + 0.860i
0.236 + 0.910i
1.016 + 1.191i
0.156 + 1.607i
0.545 + 0.804i
0.083 + 0.937i

20.3
0.779 + 1.415i
0.470 + 1.547i
0.390 + 0.861i
0.236 + 0.909i
1.016 + 1.190i
0.156 + 1.604i
0.545 + 0.802i
0.083 + 0.937i

20.4
0.779 + 1.411i
0.471 + 1.543i
0.390 + 0.860i
0.237 + 0.909i
1.017 + 1.189i
0.157 + 1.601i
0.544 + 0.801i
0.083 + 0.936i

20.5
0.779 + 1.404i
0.467 + 1.531i
0.418 + 0.861i
0.253 + 0.914i
1.022 + 1.180i
0.156 + 1.588i
0.588 + 0.795i
0.086 + 0.945i

20.6
0.779 + 1.402i
0.466 + 1.528i
0.420 + 0.862i
0.253 + 0.914i
1.023 + 1.179i
0.155 + 1.584i
0.591 + 0.794i
0.086 + 0.945i

20.7
0.778 + 1.399i
0.466 + 1.525i
0.421 + 0.862i
0.254 + 0.915i
1.024 + 1.178i
0.156 + 1.580i
0.593 + 0.792i
0.086 + 0.945i

20.8
0.751 + 1.414i
0.441 + 1.525i
0.414 + 0.856i
0.248 + 0.902i
1.002 + 1.190i
0.145 + 1.565i
0.597 + 0.798i
0.084 + 0.929i

20.9
0.748 + 1.412i
0.439 + 1.522i
0.414 + 0.856i
0.248 + 0.902i
1.001 + 1.190i
0.145 + 1.561i
0.596 + 0.797i
0.084 + 0.927i

21
0.747 + 1.410i
0.438 + 1.519i
0.415 + 0.856i
0.248 + 0.901i
1.000 + 1.188i
0.144 + 1.558i
0.596 + 0.797i
0.084 + 0.927i

21.1
0.745 + 1.408i
0.436 + 1.516i
0.415 + 0.856i
0.248 + 0.901i
0.999 + 1.187i
0.144 + 1.554i
0.596 + 0.797i
0.084 + 0.926i

21.2
0.744 + 1.404i
0.435 + 1.513i
0.413 + 0.856i
0.247 + 0.900i
0.996 + 1.184i
0.144 + 1.551i
0.593 + 0.797i
0.084 + 0.925i

21.3
0.742 + 1.401i
0.433 + 1.510i
0.414 + 0.856i
0.247 + 0.900i
0.994 + 1.182i
0.143 + 1.547i
0.592 + 0.797i
0.084 + 0.923i

21.4
0.740 + 1.399i
0.432 + 1.508i
0.413 + 0.856i
0.247 + 0.899i
0.992 + 1.181i
0.143 + 1.543i
0.591 + 0.797i
0.084 + 0.922i

21.5
0.738 + 1.396i
0.430 + 1.504i
0.414 + 0.856i
0.247 + 0.899i
0.991 + 1.179i
0.142 + 1.540i
0.591 + 0.797i
0.083 + 0.922i

21.6
0.736 + 1.393i
0.429 + 1.501i
0.413 + 0.856i
0.247 + 0.899i
0.989 + 1.178i
0.143 + 1.537i
0.590 + 0.797i
0.083 + 0.921i

21.7
0.735 + 1.390i
0.428 + 1.499i
0.413 + 0.857i
0.247 + 0.899i
0.988 + 1.176i
0.142 + 1.533i
0.589 + 0.797i
0.083 + 0.921i

21.8
0.733 + 1.388i
0.427 + 1.496i
0.413 + 0.857i
0.246 + 0.899i
0.986 + 1.174i
0.142 + 1.531i
0.589 + 0.797i
0.083 + 0.920i

21.9
0.731 + 1.384i
0.426 + 1.493i
0.413 + 0.858i
0.247 + 0.899i
0.984 + 1.174i
0.142 + 1.528i
0.590 + 0.796i
0.083 + 0.921i

22
0.729 + 1.382i
0.425 + 1.490i
0.414 + 0.858i
0.247 + 0.899i
0.982 + 1.172i
0.142 + 1.524i
0.590 + 0.796i
0.083 + 0.920i

22.1
0.728 + 1.379i
0.424 + 1.488i
0.414 + 0.858i
0.247 + 0.899i
0.980 + 1.171i
0.142 + 1.522i
0.590 + 0.796i
0.083 + 0.920i

22.2
0.726 + 1.376i
0.423 + 1.484i
0.414 + 0.858i
0.247 + 0.898i
0.978 + 1.171i
0.141 + 1.517i
0.590 + 0.796i
0.083 + 0.918i

22.3
0.723 + 1.373i
0.422 + 1.481i
0.414 + 0.859i
0.247 + 0.898i
0.974 + 1.171i
0.141 + 1.515i
0.590 + 0.795i
0.083 + 0.919i

22.4
0.718 + 1.370i
0.419 + 1.477i
0.410 + 0.859i
0.245 + 0.896i
0.962 + 1.178i
0.140 + 1.510i
0.583 + 0.800i
0.082 + 0.915i

22.5
0.716 + 1.367i
0.419 + 1.475i
0.411 + 0.859i
0.245 + 0.896i
0.959 + 1.179i
0.140 + 1.507i
0.582 + 0.801i
0.082 + 0.916i

22.6
0.473 + 0.337i
0.470 + 0.198i
0.065 + 0.344i
0.065 + 0.206i
0.478 + 0.484i
0.468 + 0.065i
0.066 + 0.489i
0.063 + 0.069i

22.7
0.474 + 0.338i
0.471 + 0.199i
0.065 + 0.345i
0.064 + 0.206i
0.479 + 0.485i
0.469 + 0.065i
0.066 + 0.490i
0.063 + 0.069i

22.8
0.474 + 0.339i
0.472 + 0.199i
0.065 + 0.346i
0.065 + 0.207i
0.480 + 0.487i
0.470 + 0.065i
0.066 + 0.490i
0.064 + 0.069i

22.9
0.476 + 0.341i
0.474 + 0.200i
0.066 + 0.346i
0.065 + 0.207i
0.481 + 0.489i
0.473 + 0.066i
0.066 + 0.492i
0.064 + 0.069i

23
0.477 + 0.341i
0.476 + 0.200i
0.066 + 0.347i
0.065 + 0.207i
0.483 + 0.490i
0.474 + 0.066i
0.067 + 0.492i
0.064 + 0.069i

23.1
0.478 + 0.342i
0.477 + 0.201i
0.067 + 0.347i
0.066 + 0.208i
0.484 + 0.491i
0.476 + 0.066i
0.067 + 0.492i
0.065 + 0.069i

23.2
0.479 + 0.344i
0.478 + 0.202i
0.067 + 0.347i
0.066 + 0.208i
0.485 + 0.492i
0.477 + 0.066i
0.067 + 0.492i
0.065 + 0.069i

23.3
0.479 + 0.344i
0.479 + 0.203i
0.067 + 0.347i
0.066 + 0.207i
0.486 + 0.493i
0.479 + 0.067i
0.067 + 0.492i
0.066 + 0.069i

23.4
0.489 + 0.347i
0.487 + 0.206i
0.069 + 0.342i
0.067 + 0.204i
0.495 + 0.493i
0.487 + 0.069i
0.068 + 0.484i
0.067 + 0.068i

23.5
0.489 + 0.348i
0.488 + 0.207i
0.069 + 0.343i
0.067 + 0.204i
0.496 + 0.494i
0.488 + 0.069i
0.068 + 0.486i
0.068 + 0.068i

23.6
0.490 + 0.349i
0.488 + 0.207i
0.069 + 0.344i
0.067 + 0.205i
0.497 + 0.496i
0.488 + 0.069i
0.068 + 0.487i
0.068 + 0.068i

23.7
0.491 + 0.350i
0.489 + 0.208i
0.069 + 0.345i
0.067 + 0.206i
0.498 + 0.497i
0.489 + 0.069i
0.068 + 0.489i
0.068 + 0.069i

23.8
0.492 + 0.350i
0.490 + 0.208i
0.069 + 0.346i
0.067 + 0.206i
0.499 + 0.498i
0.490 + 0.069i
0.068 + 0.490i
0.068 + 0.069i

23.9
0.492 + 0.352i
0.490 + 0.209i
0.069 + 0.348i
0.067 + 0.208i
0.501 + 0.499i
0.490 + 0.070i
0.069 + 0.493i
0.068 + 0.069i

24
0.493 + 0.352i
0.490 + 0.209i
0.069 + 0.349i
0.067 + 0.208i
0.502 + 0.500i
0.491 + 0.070i
0.069 + 0.493i
0.068 + 0.069i

24.1
0.493 + 0.353i
0.490 + 0.210i
0.070 + 0.349i
0.068 + 0.208i
0.503 + 0.501i
0.492 + 0.070i
0.069 + 0.494i
0.068 + 0.070i

24.2
0.493 + 0.354i
0.490 + 0.210i
0.070 + 0.349i
0.068 + 0.208i
0.504 + 0.502i
0.492 + 0.070i
0.069 + 0.494i
0.069 + 0.069i

24.3
0.495 + 0.356i
0.491 + 0.212i
0.070 + 0.350i
0.068 + 0.209i
0.505 + 0.505i
0.494 + 0.070i
0.070 + 0.494i
0.069 + 0.070i

24.4
0.495 + 0.357i
0.492 + 0.212i
0.070 + 0.350i
0.068 + 0.209i
0.506 + 0.506i
0.495 + 0.070i
0.070 + 0.495i
0.069 + 0.070i

24.5
0.496 + 0.358i
0.492 + 0.213i
0.070 + 0.351i
0.068 + 0.209i
0.507 + 0.508i
0.496 + 0.070i
0.070 + 0.496i
0.070 + 0.070i

24.6
0.497 + 0.359i
0.492 + 0.213i
0.070 + 0.352i
0.068 + 0.210i
0.509 + 0.509i
0.497 + 0.071i
0.071 + 0.497i
0.070 + 0.070i

24.7
0.497 + 0.359i
0.492 + 0.213i
0.070 + 0.353i
0.068 + 0.210i
0.509 + 0.509i
0.498 + 0.071i
0.071 + 0.498i
0.070 + 0.070i

24.8
0.498 + 0.360i
0.493 + 0.214i
0.070 + 0.353i
0.069 + 0.210i
0.510 + 0.510i
0.499 + 0.071i
0.071 + 0.498i
0.070 + 0.070i

24.9
0.498 + 0.360i
0.493 + 0.214i
0.070 + 0.354i
0.069 + 0.210i
0.511 + 0.511i
0.501 + 0.071i
0.071 + 0.500i
0.070 + 0.070i

25
0.499 + 0.360i
0.494 + 0.214i
0.070 + 0.355i
0.069 + 0.211i
0.512 + 0.511i
0.502 + 0.071i
0.071 + 0.501i
0.071 + 0.070i

SNR
a17
a18
a19
a20
a21
a22
a23
a24

10
1.215 + 0.820i
1.435 + 0.288i
0.903 + 0.548i
1.025 + 0.244i
1.151 + 0.775i
1.360 + 0.272i
0.917 + 0.564i
1.047 + 0.245i

10.1
1.214 + 0.820i
1.435 + 0.287i
0.899 + 0.548i
1.023 + 0.242i
1.151 + 0.776i
1.362 + 0.270i
0.914 + 0.565i
1.046 + 0.243i

10.2
1.214 + 0.820i
1.434 + 0.287i
0.896 + 0.548i
1.020 + 0.241i
1.151 + 0.778i
1.363 + 0.269i
0.912 + 0.566i
1.044 + 0.242i

10.3
1.213 + 0.819i
1.434 + 0.287i
0.894 + 0.549i
1.018 + 0.239i
1.150 + 0.779i
1.364 + 0.268i
0.910 + 0.566i
1.043 + 0.240i

10.4
1.212 + 0.819i
1.434 + 0.287i
0.891 + 0.549i
1.017 + 0.237i
1.149 + 0.780i
1.365 + 0.268i
0.908 + 0.568i
1.042 + 0.238i

10.5
1.211 + 0.819i
1.433 + 0.287i
0.889 + 0.550i
1.015 + 0.235i
1.149 + 0.781i
1.365 + 0.267i
0.906 + 0.569i
1.041 + 0.236i

10.6
1.210 + 0.818i
1.432 + 0.287i
0.886 + 0.550i
1.014 + 0.234i
1.149 + 0.781i
1.366 + 0.266i
0.905 + 0.570i
1.041 + 0.235i

10.7
1.209 + 0.817i
1.431 + 0.287i
0.884 + 0.551i
1.013 + 0.232i
1.148 + 0.782i
1.366 + 0.266i
0.903 + 0.571i
1.040 + 0.233i

10.8
1.208 + 0.816i
1.431 + 0.288i
0.882 + 0.552i
1.012 + 0.230i
1.148 + 0.783i
1.367 + 0.266i
0.901 + 0.572i
1.040 + 0.231i

10.9
1.207 + 0.815i
1.431 + 0.288i
0.880 + 0.552i
1.010 + 0.228i
1.147 + 0.783i
1.367 + 0.266i
0.899 + 0.573i
1.039 + 0.230i

11
1.207 + 0.814i
1.429 + 0.290i
0.878 + 0.553i
1.010 + 0.227i
1.147 + 0.784i
1.367 + 0.266i
0.898 + 0.574i
1.038 + 0.228i

11.1
1.207 + 0.812i
1.428 + 0.291i
0.876 + 0.553i
1.009 + 0.225i
1.147 + 0.784i
1.368 + 0.266i
0.896 + 0.575i
1.038 + 0.226i

11.2
1.208 + 0.809i
1.428 + 0.295i
0.874 + 0.553i
1.008 + 0.224i
1.147 + 0.784i
1.368 + 0.266i
0.895 + 0.576i
1.038 + 0.225i

11.3
1.214 + 0.803i
1.427 + 0.304i
0.873 + 0.553i
1.006 + 0.224i
1.146 + 0.784i
1.368 + 0.266i
0.893 + 0.577i
1.038 + 0.223i

11.4
1.225 + 0.791i
1.426 + 0.321i
0.873 + 0.550i
1.005 + 0.226i
1.145 + 0.784i
1.368 + 0.266i
0.892 + 0.578i
1.037 + 0.222i

11.5
1.237 + 0.779i
1.426 + 0.338i
0.873 + 0.547i
1.002 + 0.229i
1.144 + 0.785i
1.367 + 0.265i
0.890 + 0.578i
1.037 + 0.221i

11.6
1.246 + 0.769i
1.425 + 0.352i
0.872 + 0.544i
1.000 + 0.229i
1.143 + 0.785i
1.367 + 0.264i
0.889 + 0.578i
1.036 + 0.219i

11.7
1.254 + 0.761i
1.425 + 0.363i
0.872 + 0.542i
0.998 + 0.230i
1.142 + 0.784i
1.366 + 0.263i
0.887 + 0.578i
1.035 + 0.219i

11.8
1.261 + 0.754i
1.425 + 0.373i
0.871 + 0.540i
0.997 + 0.231i
1.141 + 0.784i
1.365 + 0.262i
0.886 + 0.578i
1.035 + 0.217i

11.9
1.267 + 0.747i
1.425 + 0.383i
0.870 + 0.538i
0.995 + 0.231i
1.140 + 0.783i
1.364 + 0.262i
0.885 + 0.578i
1.034 + 0.216i

12
1.272 + 0.742i
1.425 + 0.391i
0.869 + 0.537i
0.993 + 0.231i
1.139 + 0.782i
1.363 + 0.262i
0.883 + 0.578i
1.034 + 0.215i

12.1
1.277 + 0.737i
1.425 + 0.399i
0.869 + 0.535i
0.992 + 0.231i
1.138 + 0.782i
1.362 + 0.262i
0.882 + 0.577i
1.033 + 0.214i

12.2
1.281 + 0.732i
1.425 + 0.406i
0.868 + 0.534i
0.991 + 0.231i
1.138 + 0.781i
1.362 + 0.262i
0.881 + 0.577i
1.033 + 0.214i

12.3
1.286 + 0.729i
1.426 + 0.413i
0.867 + 0.533i
0.990 + 0.231i
1.137 + 0.781i
1.361 + 0.262i
0.880 + 0.577i
1.033 + 0.213i

12.4
1.289 + 0.725i
1.426 + 0.420i
0.866 + 0.533i
0.990 + 0.232i
1.136 + 0.781i
1.360 + 0.263i
0.879 + 0.578i
1.033 + 0.213i

12.5
1.294 + 0.722i
1.428 + 0.425i
0.866 + 0.532i
0.989 + 0.231i
1.137 + 0.780i
1.359 + 0.263i
0.879 + 0.577i
1.034 + 0.213i

12.6
1.299 + 0.721i
1.430 + 0.432i
0.865 + 0.531i
0.988 + 0.281i
1.136 + 0.780i
1.358 + 0.265i
0.878 + 0.578i
1.034 + 0.212i

12.7
1.304 + 0.720i
1.432 + 0.439i
0.865 + 0.531i
0.988 + 0.232i
1.136 + 0.780i
1.358 + 0.266i
0.878 + 0.578i
1.035 + 0.213i

12.8
1.525 + 0.847i
1.492 + 0.474i
0.843 + 0.539i
0.990 + 0.243i
1.174 + 0.800i
1.353 + 0.353i
0.891 + 0.593i
1.052 + 0.250i

12.9
1.527 + 0.854i
1.488 + 0.482i
0.840 + 0.544i
0.993 + 0.248i
1.171 + 0.804i
1.352 + 0.366i
0.889 + 0.598i
1.054 + 0.256i

13
1.528 + 0.863i
1.483 + 0.491i
0.837 + 0.550i
0.997 + 0.254i
1.167 + 0.807i
1.350 + 0.382i
0.885 + 0.603i
1.057 + 0.264i

13.1
1.529 + 0.869i
1.481 + 0.498i
0.835 + 0.551i
0.999 + 0.258i
1.165 + 0.808i
1.349 + 0.394i
0.884 + 0.605i
1.059 + 0.269i

13.2
1.529 + 0.877i
1.478 + 0.506i
0.832 + 0.555i
1.002 + 0.264i
1.161 + 0.811i
1.347 + 0.407i
0.881 + 0.608i
1.061 + 0.277i

13.3
1.532 + 0.881i
1.478 + 0.509i
0.830 + 0.556i
1.002 + 0.266i
1.161 + 0.810i
1.345 + 0.415i
0.881 + 0.608i
1.062 + 0.281i

13.4
1.532 + 0.886i
1.477 + 0.514i
0.828 + 0.558i
1.004 + 0.271i
1.159 + 0.811i
1.343 + 0.424i
0.879 + 0.610i
1.064 + 0.289i

13.5
1.533 + 0.893i
1.478 + 0.520i
0.826 + 0.560i
1.006 + 0.276i
1.158 + 0.812i
1.341 + 0.435i
0.878 + 0.611i
1.066 + 0.296i

13.6
1.533 + 0.898i
1.480 + 0.524i
0.825 + 0.560i
1.006 + 0.279i
1.157 + 0.811i
1.338 + 0.442i
0.877 + 0.611i
1.067 + 0.302i

13.7
1.459 + 1.021i
1.628 + 0.627i
0.817 + 0.576i
1.009 + 0.293i
1.160 + 0.818i
1.348 + 0.506i
0.882 + 0.621i
1.086 + 0.345i

13.8
1.458 + 1.024i
1.629 + 0.630i
0.817 + 0.577i
1.010 + 0.298i
1.160 + 0.818i
1.346 + 0.511i
0.883 + 0.622i
1.087 + 0.351i

13.9
1.456 + 1.029i
1.631 + 0.634i
0.817 + 0.577i
1.011 + 0.303i
1.160 + 0.820i
1.344 + 0.516i
0.883 + 0.623i
1.089 + 0.357i

14
1.454 + 1.032i
1.631 + 0.637i
0.818 + 0.577i
1.011 + 0.308i
1.160 + 0.821i
1.343 + 0.519i
0.884 + 0.623i
1.090 + 0.363i

14.1
1.452 + 1.034i
1.632 + 0.640i
0.819 + 0.577i
1.012 + 0.312i
1.159 + 0.821i
1.342 + 0.522i
0.885 + 0.623i
1.091 + 0.367i

14.2
1.451 + 1.035i
1.634 + 0.641i
0.820 + 0.577i
1.012 + 0.317i
1.160 + 0.821i
1.341 + 0.524i
0.887 + 0.624i
1.092 + 0.372i

14.3
1.449 + 1.036i
1.635 + 0.643i
0.821 + 0.576i
1.012 + 0.320i
1.160 + 0.821i
1.340 + 0.526i
0.889 + 0.624i
1.092 + 0.376i

14.4
1.447 + 1.038i
1.635 + 0.645i
0.823 + 0.576i
1.012 + 0.324i
1.160 + 0.822i
1.339 + 0.528i
0.890 + 0.624i
1.093 + 0.380i

14.5
1.446 + 1.039i
1.637 + 0.646i
0.824 + 0.576i
1.012 + 0.327i
1.160 + 0.822i
1.338 + 0.529i
0.892 + 0.625i
1.093 + 0.384i

14.6
1.444 + 1.039i
1.637 + 0.647i
0.825 + 0.575i
1.012 + 0.331i
1.160 + 0.822i
1.337 + 0.531i
0.895 + 0.625i
1.093 + 0.388i

14.7
1.441 + 1.040i
1.637 + 0.649i
0.828 + 0.575i
1.012 + 0.334i
1.160 + 0.822i
1.337 + 0.532i
0.897 + 0.625i
1.094 + 0.390i

14.8
1.440 + 1.040i
1.638 + 0.650i
0.829 + 0.574i
1.011 + 0.336i
1.160 + 0.822i
1.336 + 0.532i
0.900 + 0.625i
1.094 + 0.393i

14.9
1.438 + 1.039i
1.638 + 0.650i
0.832 + 0.573i
1.011 + 0.339i
1.161 + 0.821i
1.336 + 0.533i
0.903 + 0.624i
1.094 + 0.395i

15
1.436 + 1.038i
1.639 + 0.651i
0.833 + 0.572i
1.011 + 0.341i
1.161 + 0.821i
1.336 + 0.533i
0.905 + 0.624i
1.094 + 0.397i

15.1
1.435 + 1.037i
1.638 + 0.651i
0.836 + 0.571i
1.010 + 0.343i
1.161 + 0.820i
1.336 + 0.533i
0.908 + 0.624i
1.095 + 0.400i

15.2
1.433 + 1.035i
1.639 + 0.651i
0.838 + 0.570i
1.010 + 0.345i
1.161 + 0.818i
1.336 + 0.531i
0.912 + 0.624i
1.094 + 0.400i

15.3
1.432 + 1.032i
1.638 + 0.650i
0.840 + 0.569i
1.009 + 0.346i
1.161 + 0.817i
1.336 + 0.530i
0.916 + 0.624i
1.094 + 0.402i

15.4
1.431 + 1.029i
1.638 + 0.649i
0.843 + 0.568i
1.008 + 0.348i
1.162 + 0.816i
1.335 + 0.529i
0.919 + 0.623i
1.094 + 0.403i

15.5
0.386 + 0.558i
0.177 + 0.685i
0.215 + 0.383i
0.134 + 0.431i
0.402 + 0.536i
0.140 + 0.698i
0.217 + 0.380i
0.131 + 0.430i

15.6
0.385 + 0.554i
0.177 + 0.680i
0.220 + 0.382i
0.136 + 0.431i
0.402 + 0.532i
0.139 + 0.693i
0.222 + 0.378i
0.131 + 0.430i

15.7
0.384 + 0.550i
0.176 + 0.675i
0.223 + 0.379i
0.136 + 0.431i
0.402 + 0.528i
0.138 + 0.687i
0.226 + 0.376i
0.132 + 0.430i

15.8
0.384 + 0.546i
0.176 + 0.671i
0.227 + 0.378i
0.137 + 0.431i
0.402 + 0.524i
0.137 + 0.683i
0.230 + 0.375i
0.132 + 0.431i

15.9
0.383 + 0.543i
0.176 + 0.666i
0.231 + 0.377i
0.138 + 0.432i
0.402 + 0.521i
0.136 + 0.679i
0.234 + 0.373i
0.132 + 0.432i

16
0.382 + 0.540i
0.176 + 0.662i
0.234 + 0.376i
0.138 + 0.433i
0.403 + 0.518i
0.135 + 0.675i
0.236 + 0.372i
0.132 + 0.434i

16.1
0.381 + 0.537i
0.175 + 0.659i
0.236 + 0.376i
0.138 + 0.434i
0.402 + 0.515i
0.133 + 0.672i
0.240 + 0.371i
0.131 + 0.435i

16.2
0.380 + 0.535i
0.175 + 0.655i
0.239 + 0.375i
0.138 + 0.436i
0.402 + 0.512i
0.132 + 0.668i
0.243 + 0.371i
0.131 + 0.438i

16.3
0.378 + 0.533i
0.175 + 0.652i
0.241 + 0.375i
0.138 + 0.438i
0.401 + 0.509i
0.130 + 0.665i
0.245 + 0.370i
0.129 + 0.440i

16.4
0.377 + 0.531i
0.174 + 0.649i
0.243 + 0.376i
0.137 + 0.441i
0.400 + 0.507i
0.128 + 0.662i
0.247 + 0.371i
0.128 + 0.443i

16.5
0.375 + 0.528i
0.173 + 0.645i
0.245 + 0.376i
0.136 + 0.443i
0.399 + 0.505i
0.126 + 0.658i
0.250 + 0.370i
0.126 + 0.445i

16.6
0.372 + 0.527i
0.171 + 0.641i
0.247 + 0.377i
0.135 + 0.445i
0.397 + 0.503i
0.124 + 0.654i
0.251 + 0.372i
0.124 + 0.448i

16.7
0.369 + 0.525i
0.170 + 0.638i
0.248 + 0.378i
0.133 + 0.448i
0.396 + 0.501i
0.122 + 0.650i
0.253 + 0.372i
0.121 + 0.451i

16.8
0.366 + 0.524i
0.167 + 0.634i
0.249 + 0.380i
0.130 + 0.450i
0.393 + 0.500i
0.120 + 0.646i
0.254 + 0.374i
0.118 + 0.454i

16.9
0.363 + 0.523i
0.166 + 0.631i
0.250 + 0.381i
0.128 + 0.452i
0.391 + 0.498i
0.118 + 0.643i
0.255 + 0.374i
0.116 + 0.456i

17
0.360 + 0.522i
0.165 + 0.629i
0.251 + 0.382i
0.127 + 0.455i
0.390 + 0.497i
0.116 + 0.641i
0.257 + 0.375i
0.113 + 0.459i

17.1
0.358 + 0.523i
0.164 + 0.627i
0.251 + 0.384i
0.125 + 0.458i
0.388 + 0.497i
0.113 + 0.640i
0.257 + 0.376i
0.111 + 0.461i

17.2
0.356 + 0.523i
0.164 + 0.627i
0.252 + 0.386i
0.124 + 0.460i
0.388 + 0.496i
0.111 + 0.639i
0.259 + 0.378i
0.109 + 0.464i

17.3
0.355 + 0.522i
0.164 + 0.625i
0.252 + 0.386i
0.123 + 0.462i
0.389 + 0.495i
0.110 + 0.639i
0.260 + 0.378i
0.108 + 0.466i

17.4
0.354 + 0.523i
0.164 + 0.624i
0.253 + 0.387i
0.123 + 0.464i
0.389 + 0.494i
0.108 + 0.638i
0.262 + 0.378i
0.106 + 0.468i

17.5
0.353 + 0.523i
0.165 + 0.624i
0.254 + 0.388i
0.122 + 0.466i
0.390 + 0.493i
0.107 + 0.639i
0.263 + 0.378i
0.105 + 0.471i

17.6
0.352 + 0.523i
0.167 + 0.624i
0.255 + 0.388i
0.122 + 0.469i
0.391 + 0.492i
0.106 + 0.639i
0.264 + 0.379i
0.103 + 0.473i

17.7
0.352 + 0.524i
0.168 + 0.624i
0.256 + 0.390i
0.122 + 0.471i
0.392 + 0.491i
0.104 + 0.640i
0.265 + 0.379i
0.102 + 0.475i

17.8
0.351 + 0.524i
0.170 + 0.626i
0.257 + 0.391i
0.122 + 0.474i
0.393 + 0.490i
0.103 + 0.642i
0.266 + 0.380i
0.101 + 0.480i

17.9
0.369 + 0.509i
0.292 + 0.877i
0.205 + 0.468i
0.152 + 0.672i
0.383 + 0.475i
0.131 + 1.023i
0.200 + 0.453i
0.102 + 0.678i

18
0.366 + 0.503i
0.293 + 0.900i
0.204 + 0.468i
0.151 + 0.671i
0.382 + 0.471i
0.133 + 1.030i
0.200 + 0.453i
0.101 + 0.677i

18.1
0.365 + 0.501i
0.294 + 0.918i
0.204 + 0.468i
0.152 + 0.668i
0.381 + 0.469i
0.134 + 1.036i
0.199 + 0.453i
0.100 + 0.674i

18.2
0.364 + 0.498i
0.296 + 0.936i
0.204 + 0.468i
0.152 + 0.663i
0.380 + 0.468i
0.135 + 1.042i
0.199 + 0.452i
0.100 + 0.670i

18.3
0.363 + 0.497i
0.297 + 0.950i
0.204 + 0.467i
0.152 + 0.659i
0.380 + 0.466i
0.135 + 1.046i
0.199 + 0.452i
0.099 + 0.666i

18.4
0.363 + 0.497i
0.298 + 0.956i
0.206 + 0.468i
0.153 + 0.657i
0.381 + 0.465i
0.135 + 1.048i
0.201 + 0.451i
0.098 + 0.664i

18.5
0.355 + 0.546i
0.300 + 0.741i
0.198 + 0.492i
0.141 + 0.683i
0.380 + 0.476i
0.146 + 1.059i
0.214 + 0.438i
0.079 + 0.837i

18.6
0.352 + 0.549i
0.296 + 0.736i
0.197 + 0.493i
0.139 + 0.683i
0.379 + 0.475i
0.147 + 1.065i
0.215 + 0.436i
0.078 + 0.849i

18.7
0.335 + 0.547i
0.270 + 0.713i
0.179 + 0.492i
0.118 + 0.672i
0.367 + 0.472i
0.203 + 1.081i
0.205 + 0.428i
0.080 + 1.034i

18.8
0.333 + 0.549i
0.267 + 0.710i
0.179 + 0.492i
0.118 + 0.669i
0.367 + 0.473i
0.205 + 1.085i
0.206 + 0.427i
0.080 + 1.047i

18.9
0.332 + 0.550i
0.267 + 0.707i
0.180 + 0.492i
0.118 + 0.667i
0.367 + 0.473i
0.208 + 1.087i
0.208 + 0.427i
0.079 + 1.051i

19
0.332 + 0.552i
0.265 + 0.706i
0.180 + 0.492i
0.118 + 0.666i
0.367 + 0.473i
0.212 + 1.090i
0.209 + 0.427i
0.077 + 1.055i

19.1
0.331 + 0.554i
0.265 + 0.705i
0.180 + 0.494i
0.119 + 0.666i
0.367 + 0.473i
0.215 + 1.092i
0.210 + 0.427i
0.076 + 1.059i

19.2
1.434 + 0.733i
1.534 + 0.451i
0.844 + 0.499i
0.905 + 0.321i
1.167 + 0.655i
1.267 + 0.393i
0.992 + 0.563i
1.062 + 0.349i

19.3
1.435 + 0.732i
1.535 + 0.450i
0.846 + 0.497i
0.906 + 0.319i
1.168 + 0.654i
1.269 + 0.393i
0.994 + 0.561i
1.065 + 0.348i

19.4
1.435 + 0.730i
1.535 + 0.449i
0.849 + 0.495i
0.908 + 0.317i
1.169 + 0.653i
1.271 + 0.393i
0.997 + 0.561i
1.069 + 0.347i

19.5
1.436 + 0.728i
1.534 + 0.448i
0.851 + 0.494i
0.909 + 0.315i
1.171 + 0.653i
1.272 + 0.393i
0.999 + 0.560i
1.071 + 0.346i

19.6
1.436 + 0.727i
1.534 + 0.446i
0.852 + 0.493i
0.910 + 0.314i
1.173 + 0.652i
1.273 + 0.393i
1.001 + 0.560i
1.073 + 0.345i

19.7
1.436 + 0.725i
1.534 + 0.445i
0.854 + 0.492i
0.911 + 0.312i
1.174 + 0.652i
1.275 + 0.392i
1.002 + 0.559i
1.076 + 0.344i

19.8
1.437 + 0.723i
1.534 + 0.443i
0.855 + 0.491i
0.912 + 0.312i
1.175 + 0.652i
1.276 + 0.392i
1.003 + 0.559i
1.078 + 0.344i

19.9
1.438 + 0.720i
1.533 + 0.441i
0.856 + 0.490i
0.913 + 0.311i
1.176 + 0.651i
1.276 + 0.392i
1.005 + 0.559i
1.080 + 0.343i

20
1.438 + 0.718i
1.534 + 0.440i
0.858 + 0.489i
0.914 + 0.310i
1.177 + 0.652i
1.278 + 0.393i
1.006 + 0.558i
1.082 + 0.343i

20.1
1.439 + 0.716i
1.533 + 0.438i
0.859 + 0.489i
0.915 + 0.309i
1.179 + 0.652i
1.279 + 0.392i
1.008 + 0.558i
1.084 + 0.343i

20.2
1.439 + 0.714i
1.533 + 0.436i
0.861 + 0.488i
0.916 + 0.309i
1.180 + 0.652i
1.280 + 0.392i
1.010 + 0.558i
1.087 + 0.342i

20.3
1.440 + 0.712i
1.533 + 0.434i
0.863 + 0.488i
0.918 + 0.309i
1.182 + 0.653i
1.281 + 0.392i
1.012 + 0.559i
1.088 + 0.342i

20.4
1.440 + 0.710i
1.533 + 0.432i
0.865 + 0.488i
0.919 + 0.309i
1.182 + 0.654i
1.282 + 0.393i
1.013 + 0.559i
1.090 + 0.342i

20.5
1.429 + 0.699i
1.530 + 0.429i
0.882 + 0.466i
0.922 + 0.286i
1.175 + 0.647i
1.284 + 0.385i
1.026 + 0.533i
1.095 + 0.322i

20.6
1.427 + 0.696i
1.529 + 0.428i
0.883 + 0.465i
0.923 + 0.285i
1.174 + 0.649i
1.285 + 0.384i
1.028 + 0.532i
1.096 + 0.321i

20.7
1.424 + 0.693i
1.529 + 0.426i
0.885 + 0.464i
0.925 + 0.284i
1.172 + 0.651i
1.285 + 0.384i
1.030 + 0.531i
1.098 + 0.320i

20.8
1.361 + 0.673i
1.539 + 0.453i
0.913 + 0.465i
0.939 + 0.282i
1.117 + 0.703i
1.314 + 0.355i
1.084 + 0.512i
1.118 + 0.307i

20.9
1.360 + 0.671i
1.538 + 0.453i
0.916 + 0.466i
0.940 + 0.282i
1.115 + 0.706i
1.316 + 0.354i
1.088 + 0.513i
1.119 + 0.306i

21
1.358 + 0.669i
1.537 + 0.453i
0.918 + 0.465i
0.942 + 0.282i
1.115 + 0.708i
1.317 + 0.353i
1.091 + 0.512i
1.121 + 0.305i

21.1
1.357 + 0.667i
1.536 + 0.453i
0.921 + 0.464i
0.943 + 0.282i
1.115 + 0.710i
1.318 + 0.351i
1.095 + 0.512i
1.122 + 0.304i

21.2
1.358 + 0.666i
1.535 + 0.452i
0.925 + 0.463i
0.946 + 0.281i
1.118 + 0.712i
1.320 + 0.350i
1.100 + 0.512i
1.124 + 0.303i

21.3
1.359 + 0.665i
1.535 + 0.450i
0.927 + 0.463i
0.948 + 0.281i
1.119 + 0.714i
1.321 + 0.349i
1.103 + 0.512i
1.126 + 0.302i

21.4
1.359 + 0.662i
1.534 + 0.449i
0.930 + 0.462i
0.950 + 0.280i
1.121 + 0.716i
1.322 + 0.348i
1.107 + 0.512i
1.128 + 0.301i

21.5
1.359 + 0.661i
1.533 + 0.448i
0.932 + 0.462i
0.951 + 0.281i
1.123 + 0.717i
1.322 + 0.346i
1.109 + 0.512i
1.128 + 0.300i

21.6
1.360 + 0.658i
1.532 + 0.447i
0.934 + 0.461i
0.953 + 0.280i
1.125 + 0.718i
1.323 + 0.345i
1.112 + 0.511i
1.130 + 0.300i

21.7
1.360 + 0.656i
1.531 + 0.445i
0.936 + 0.461i
0.954 + 0.280i
1.126 + 0.719i
1.323 + 0.344i
1.114 + 0.511i
1.130 + 0.299i

21.8
1.360 + 0.655i
1.530 + 0.444i
0.938 + 0.461i
0.955 + 0.280i
1.129 + 0.720i
1.324 + 0.342i
1.117 + 0.511i
1.131 + 0.298i

21.9
1.362 + 0.653i
1.529 + 0.442i
0.940 + 0.460i
0.956 + 0.279i
1.132 + 0.721i
1.324 + 0.341i
1.119 + 0.511i
1.132 + 0.297i

22
1.362 + 0.651i
1.528 + 0.441i
0.942 + 0.460i
0.958 + 0.280i
1.133 + 0.722i
1.325 + 0.340i
1.122 + 0.511i
1.133 + 0.297i

22.1
1.363 + 0.650i
1.526 + 0.440i
0.944 + 0.460i
0.958 + 0.279i
1.136 + 0.723i
1.325 + 0.339i
1.124 + 0.510i
1.134 + 0.296i

22.2
1.363 + 0.648i
1.526 + 0.438i
0.946 + 0.460i
0.961 + 0.279i
1.139 + 0.724i
1.326 + 0.338i
1.126 + 0.511i
1.135 + 0.296i

22.3
1.365 + 0.645i
1.524 + 0.435i
0.949 + 0.460i
0.962 + 0.279i
1.142 + 0.725i
1.326 + 0.336i
1.129 + 0.511i
1.136 + 0.295i

22.4
1.368 + 0.646i
1.525 + 0.435i
0.957 + 0.457i
0.965 + 0.277i
1.148 + 0.733i
1.328 + 0.335i
1.136 + 0.514i
1.139 + 0.295i

22.5
1.368 + 0.645i
1.523 + 0.435i
0.959 + 0.457i
0.967 + 0.277i
1.149 + 0.735i
1.328 + 0.334i
1.138 + 0.514i
1.140 + 0.295i

22.6
0.351 + 0.807i
0.365 + 0.993i
0.209 + 0.808i
0.220 + 0.992i
0.342 + 0.641i
0.124 + 1.432i
0.203 + 0.641i
0.251 + 1.203i

22.7
0.352 + 0.808i
0.366 + 0.993i
0.210 + 0.808i
0.220 + 0.992i
0.343 + 0.642i
0.124 + 1.427i
0.204 + 0.642i
0.251 + 1.203i

22.8
0.354 + 0.810i
0.367 + 0.994i
0.211 + 0.809i
0.221 + 0.991i
0.344 + 0.643i
0.123 + 1.425i
0.204 + 0.643i
0.251 + 1.201i

22.9
0.355 + 0.811i
0.368 + 0.995i
0.212 + 0.810i
0.221 + 0.991i
0.345 + 0.644i
0.122 + 1.421i
0.205 + 0.644i
0.251 + 1.200i

23
0.356 + 0.812i
0.369 + 0.995i
0.212 + 0.809i
0.221 + 0.990i
0.347 + 0.645i
0.122 + 1.418i
0.206 + 0.645i
0.251 + 1.198i

23.1
0.356 + 0.812i
0.370 + 0.995i
0.213 + 0.810i
0.222 + 0.990i
0.348 + 0.647i
0.121 + 1.414i
0.207 + 0.645i
0.251 + 1.197i

23.2
0.357 + 0.813i
0.371 + 0.996i
0.213 + 0.811i
0.222 + 0.990i
0.349 + 0.648i
0.120 + 1.412i
0.207 + 0.646i
0.252 + 1.195i

23.3
0.358 + 0.814i
0.371 + 0.996i
0.213 + 0.810i
0.222 + 0.989i
0.349 + 0.649i
0.120 + 1.409i
0.207 + 0.646i
0.252 + 1.193i

23.4
0.357 + 0.791i
0.363 + 0.957i
0.209 + 0.790i
0.213 + 0.954i
0.352 + 0.636i
0.110 + 1.460i
0.207 + 0.634i
0.238 + 1.125i

23.5
0.359 + 0.792i
0.364 + 0.958i
0.210 + 0.791i
0.215 + 0.954i
0.353 + 0.638i
0.110 + 1.456i
0.207 + 0.635i
0.237 + 1.124i

23.6
0.360 + 0.793i
0.365 + 0.959i
0.210 + 0.791i
0.215 + 0.953i
0.354 + 0.638i
0.109 + 1.454i
0.208 + 0.636i
0.238 + 1.123i

23.7
0.361 + 0.795i
0.366 + 0.960i
0.212 + 0.792i
0.216 + 0.953i
0.355 + 0.640i
0.108 + 1.450i
0.209 + 0.638i
0.237 + 1.123i

23.8
0.362 + 0.795i
0.367 + 0.961i
0.213 + 0.792i
0.217 + 0.953i
0.356 + 0.640i
0.108 + 1.447i
0.210 + 0.638i
0.237 + 1.122i

23.9
0.365 + 0.797i
0.369 + 0.963i
0.214 + 0.793i
0.217 + 0.953i
0.358 + 0.642i
0.107 + 1.443i
0.211 + 0.640i
0.238 + 1.122i

24
0.365 + 0.798i
0.370 + 0.964i
0.215 + 0.793i
0.218 + 0.953i
0.359 + 0.643i
0.107 + 1.440i
0.212 + 0.640i
0.238 + 1.123i

24.1
0.367 + 0.799i
0.372 + 0.965i
0.216 + 0.793i
0.219 + 0.952i
0.361 + 0.644i
0.106 + 1.436i
0.213 + 0.640i
0.238 + 1.121i

24.2
0.368 + 0.800i
0.372 + 0.966i
0.216 + 0.792i
0.219 + 0.951i
0.361 + 0.645i
0.106 + 1.434i
0.213 + 0.640i
0.238 + 1.122i

24.3
0.371 + 0.802i
0.379 + 0.968i
0.219 + 0.790i
0.223 + 0.946i
0.363 + 0.645i
0.103 + 1.436i
0.215 + 0.639i
0.234 + 1.111i

24.4
0.372 + 0.802i
0.380 + 0.968i
0.219 + 0.789i
0.223 + 0.945i
0.364 + 0.646i
0.103 + 1.433i
0.216 + 0.639i
0.233 + 1.109i

24.5
0.374 + 0.803i
0.382 + 0.969i
0.220 + 0.789i
0.225 + 0.944i
0.366 + 0.647i
0.102 + 1.429i
0.217 + 0.639i
0.234 + 1.108i

24.6
0.375 + 0.803i
0.383 + 0.970i
0.220 + 0.789i
0.226 + 0.944i
0.367 + 0.647i
0.101 + 1.427i
0.218 + 0.639i
0.234 + 1.107i

24.7
0.376 + 0.803i
0.384 + 0.969i
0.222 + 0.789i
0.226 + 0.943i
0.368 + 0.548i
0.101 + 1.424i
0.218 + 0.639i
0.234 + 1.107i

24.8
0.376 + 0.804i
0.385 + 0.970i
0.222 + 0.788i
0.226 + 0.943i
0.368 + 0.648i
0.101 + 1.421i
0.218 + 0.639i
0.235 + 1.106i

24.9
0.378 + 0.805i
0.386 + 0.971i
0.223 + 0.787i
0.228 + 0.942i
0.370 + 0.649i
0.101 + 1.418i
0.220 + 0.638i
0.235 + 1.106i

25
0.378 + 0.806i
0.386 + 0.972i
0.223 + 0.787i
0.228 + 0.942i
0.370 + 0.550i
0.100 + 1.416i
0.220 + 0.638i
0.236 + 1.106i

SNR
a25
a26
a27
a28
a29
a30
a31
a32

10
0.796 + 1.221i
0.280 + 1.419i
0.549 + 0.902i
0.245 + 1.018i
0.759 + 1.153i
0.263 + 1.347i
0.561 + 0.916i
0.245 + 1.039i

10.1
0.797 + 1.221i
0.280 + 1.421i
0.548 + 0.899i
0.244 + 1.015i
0.762 + 1.153i
0.262 + 1.351i
0.561 + 0.914i
0.243 + 1.038i

10.2
0.798 + 1.220i
0.280 + 1.422i
0.548 + 0.897i
0.241 + 1.014i
0.765 + 1.153i
0.260 + 1.353i
0.563 + 0.912i
0.241 + 1.037i

10.3
0.799 + 1.219i
0.279 + 1.423i
0.548 + 0.894i
0.240 + 1.012i
0.767 + 1.154i
0.260 + 1.356i
0.563 + 0.910i
0.239 + 1.036i

10.4
0.799 + 1.219i
0.279 + 1.424i
0.548 + 0.892i
0.238 + 1.010i
0.768 + 1.153i
0.259 + 1.358i
0.564 + 0.909i
0.237 + 1.035i

10.5
0.800 + 1.218i
0.279 + 1.425i
0.548 + 0.889i
0.236 + 1.008i
0.770 + 1.153i
0.258 + 1.360i
0.566 + 0.907i
0.235 + 1.034i

10.6
0.800 + 1.217i
0.279 + 1.425i
0.549 + 0.887i
0.235 + 1.007i
0.771 + 1.152i
0.257 + 1.361i
0.567 + 0.905i
0.233 + 1.033i

10.7
0.800 + 1.217i
0.279 + 1.425i
0.549 + 0.885i
0.233 + 1.005i
0.772 + 1.152i
0.256 + 1.362i
0.567 + 0.904i
0.231 + 1.032i

10.8
0.800 + 1.216i
0.280 + 1.426i
0.549 + 0.883i
0.231 + 1.004i
0.773 + 1.152i
0.255 + 1.363i
0.568 + 0.902i
0.230 + 1.032i

10.9
0.800 + 1.215i
0.280 + 1.426i
0.549 + 0.881i
0.229 + 1.003i
0.774 + 1.151i
0.255 + 1.364i
0.570 + 0.901i
0.228 + 1.032i

11
0.799 + 1.215i
0.280 + 1.425i
0.550 + 0.879i
0.228 + 1.002i
0.774 + 1.151i
0.254 + 1.365i
0.571 + 0.900i
0.226 + 1.031i

11.1
0.798 + 1.214i
0.282 + 1.425i
0.551 + 0.877i
0.226 + 1.001i
0.775 + 1.151i
0.254 + 1.366i
0.572 + 0.898i
0.225 + 1.031i

11.2
0.796 + 1.215i
0.285 + 1.424i
0.551 + 0.876i
0.225 + 1.000i
0.776 + 1.150i
0.253 + 1.366i
0.574 + 0.896i
0.223 + 1.030i

11.3
0.788 + 1.220i
0.293 + 1.423i
0.549 + 0.875i
0.225 + 0.998i
0.775 + 1.150i
0.253 + 1.366i
0.574 + 0.895i
0.221 + 1.030i

11.4
0.774 + 1.230i
0.309 + 1.420i
0.546 + 0.874i
0.226 + 0.997i
0.774 + 1.150i
0.253 + 1.366i
0.575 + 0.894i
0.220 + 1.029i

11.5
0.759 + 1.240i
0.327 + 1.417i
0.542 + 0.874i
0.227 + 0.994i
0.773 + 1.149i
0.253 + 1.365i
0.575 + 0.892i
0.217 + 1.028i

11.6
0.748 + 1.248i
0.341 + 1.414i
0.540 + 0.873i
0.228 + 0.992i
0.772 + 1.147i
0.254 + 1.363i
0.575 + 0.890i
0.216 + 1.027i

11.7
0.738 + 1.255i
0.353 + 1.413i
0.537 + 0.872i
0.228 + 0.990i
0.771 + 1.146i
0.254 + 1.363i
0.575 + 0.889i
0.214 + 1.026i

11.8
0.731 + 1.261i
0.363 + 1.412i
0.535 + 0.871i
0.228 + 0.987i
0.770 + 1.145i
0.254 + 1.362i
0.576 + 0.887i
0.212 + 1.025i

11.9
0.724 + 1.265i
0.372 + 1.411i
0.534 + 0.870i
0.228 + 0.985i
0.770 + 1.144i
0.254 + 1.361i
0.576 + 0.885i
0.211 + 1.024i

12
0.718 + 1.269i
0.379 + 1.410i
0.532 + 0.869i
0.228 + 0.984i
0.768 + 1.143i
0.255 + 1.360i
0.576 + 0.884i
0.210 + 1.023i

12.1
0.712 + 1.272i
0.386 + 1.408i
0.530 + 0.868i
0.227 + 0.983i
0.767 + 1.142i
0.255 + 1.359i
0.576 + 0.883i
0.208 + 1.022i

12.2
0.708 + 1.275i
0.392 + 1.407i
0.529 + 0.867i
0.227 + 0.982i
0.766 + 1.141i
0.256 + 1.359i
0.576 + 0.882i
0.207 + 1.022i

12.3
0.703 + 1.277i
0.397 + 1.406i
0.527 + 0.866i
0.227 + 0.980i
0.765 + 1.140i
0.255 + 1.358i
0.576 + 0.880i
0.205 + 1.021i

12.4
0.698 + 1.278i
0.401 + 1.404i
0.526 + 0.865i
0.226 + 0.979i
0.763 + 1.139i
0.256 + 1.356i
0.575 + 0.879i
0.204 + 1.021i

12.5
0.694 + 1.280i
0.404 + 1.402i
0.526 + 0.864i
0.225 + 0.978i
0.761 + 1.139i
0.256 + 1.355i
0.575 + 0.878i
0.203 + 1.020i

12.6
0.689 + 1.281i
0.408 + 1.401i
0.524 + 0.863i
0.225 + 0.977i
0.759 + 1.138i
0.256 + 1.354i
0.574 + 0.877i
0.202 + 1.020i

12.7
0.685 + 1.282i
0.410 + 1.398i
0.523 + 0.863i
0.224 + 0.976i
0.757 + 1.138i
0.256 + 1.352i
0.574 + 0.877i
0.201 + 1.019i

12.8
0.647 + 1.276i
0.350 + 1.362i
0.510 + 0.848i
0.209 + 0.953i
0.703 + 1.142i
0.232 + 1.319i
0.559 + 0.873i
0.192 + 0.991i

12.9
0.639 + 1.277i
0.348 + 1.359i
0.505 + 0.849i
0.207 + 0.950i
0.697 + 1.144i
0.230 + 1.317i
0.553 + 0.874i
0.189 + 0.989i

13
0.633 + 1.278i
0.347 + 1.357i
0.499 + 0.848i
0.204 + 0.947i
0.690 + 1.146i
0.229 + 1.314i
0.547 + 0.875i
0.187 + 0.986i

13.1
0.628 + 1.278i
0.348 + 1.356i
0.496 + 0.848i
0.202 + 0.945i
0.687 + 1.146i
0.228 + 1.313i
0.543 + 0.875i
0.185 + 0.985i

13.2
0.622 + 1.278i
0.349 + 1.354i
0.492 + 0.848i
0.200 + 0.943i
0.681 + 1.147i
0.228 + 1.311i
0.538 + 0.876i
0.184 + 0.984i

13.3
0.619 + 1.278i
0.351 + 1.351i
0.490 + 0.848i
0.199 + 0.943i
0.679 + 1.147i
0.228 + 1.310i
0.536 + 0.876i
0.182 + 0.984i

13.4
0.614 + 1.276i
0.352 + 1.347i
0.487 + 0.849i
0.198 + 0.943i
0.676 + 1.146i
0.227 + 1.309i
0.533 + 0.876i
0.181 + 0.983i

13.5
0.609 + 1.273i
0.352 + 1.341i
0.484 + 0.849i
0.196 + 0.944i
0.673 + 1.146i
0.227 + 1.308i
0.530 + 0.876i
0.179 + 0.983i

13.6
0.604 + 1.268i
0.351 + 1.333i
0.482 + 0.849i
0.194 + 0.946i
0.670 + 1.144i
0.227 + 1.307i
0.528 + 0.875i
0.177 + 0.984i

13.7
0.511 + 1.212i
0.216 + 1.304i
0.444 + 0.858i
0.151 + 0.949i
0.542 + 1.145i
0.172 + 1.344i
0.472 + 0.873i
0.148 + 0.948i

13.8
0.506 + 1.213i
0.213 + 1.302i
0.443 + 0.858i
0.150 + 0.948i
0.538 + 1.146i
0.171 + 1.342i
0.470 + 0.874i
0.147 + 0.946i

13.9
0.500 + 1.215i
0.210 + 1.299i
0.441 + 0.858i
0.149 + 0.945i
0.531 + 1.148i
0.170 + 1.338i
0.468 + 0.874i
0.147 + 0.943i

14
0.496 + 1.215i
0.208 + 1.296i
0.439 + 0.858i
0.148 + 0.943i
0.527 + 1.149i
0.168 + 1.336i
0.466 + 0.875i
0.145 + 0.941i

14.1
0.491 + 1.216i
0.206 + 1.294i
0.438 + 0.858i
0.148 + 0.942i
0.522 + 1.150i
0.168 + 1.334i
0.464 + 0.876i
0.145 + 0.939i

14.2
0.486 + 1.217i
0.202 + 1.291i
0.436 + 0.859i
0.147 + 0.940i
0.516 + 1.152i
0.166 + 1.332i
0.462 + 0.878i
0.145 + 0.937i

14.3
0.483 + 1.218i
0.201 + 1.289i
0.434 + 0.859i
0.147 + 0.939i
0.514 + 1.152i
0.165 + 1.330i
0.461 + 0.880i
0.144 + 0.937i

14.4
0.478 + 1.218i
0.198 + 1.286i
0.432 + 0.860i
0.147 + 0.937i
0.508 + 1.155i
0.164 + 1.327i
0.458 + 0.881i
0.144 + 0.934i

14.5
0.475 + 1.219i
0.196 + 1.283i
0.431 + 0.860i
0.147 + 0.937i
0.505 + 1.155i
0.163 + 1.325i
0.457 + 0.883i
0.144 + 0.933i

14.6
0.471 + 1.220i
0.194 + 1.281i
0.429 + 0.861i
0.146 + 0.935i
0.501 + 1.157i
0.162 + 1.323i
0.455 + 0.884i
0.144 + 0.932i

14.7
0.467 + 1.220i
0.192 + 1.278i
0.427 + 0.862i
0.146 + 0.935i
0.497 + 1.158i
0.161 + 1.321i
0.453 + 0.886i
0.144 + 0.930i

14.8
0.464 + 1.221i
0.190 + 1.276i
0.425 + 0.863i
0.146 + 0.934i
0.495 + 1.159i
0.160 + 1.319i
0.452 + 0.888i
0.144 + 0.930i

14.9
0.462 + 1.221i
0.189 + 1.273i
0.424 + 0.863i
0.146 + 0.934i
0.493 + 1.159i
0.159 + 1.317i
0.450 + 0.889i
0.144 + 0.929i

15
0.459 + 1.222i
0.187 + 1.271i
0.422 + 0.865i
0.147 + 0.933i
0.491 + 1.160i
0.158 + 1.315i
0.449 + 0.892i
0.144 + 0.929i

15.1
0.458 + 1.223i
0.186 + 1.269i
0.421 + 0.866i
0.146 + 0.934i
0.490 + 1.160i
0.157 + 1.313i
0.447 + 0.893i
0.144 + 0.929i

15.2
0.456 + 1.224i
0.186 + 1.267i
0.419 + 0.867i
0.147 + 0.934i
0.489 + 1.161i
0.156 + 1.311i
0.446 + 0.896i
0.144 + 0.929i

15.3
0.455 + 1.225i
0.184 + 1.264i
0.418 + 0.868i
0.148 + 0.934i
0.489 + 1.161i
0.155 + 1.309i
0.445 + 0.898i
0.145 + 0.950i

15.4
0.453 + 1.226i
0.184 + 1.262i
0.416 + 0.870i
0.148 + 0.935i
0.490 + 1.162i
0.154 + 1.307i
0.444 + 0.901i
0.145 + 0.930i

15.5
0.419 + 0.597i
0.183 + 0.717i
0.156 + 0.355i
0.108 + 0.396i
0.445 + 0.573i
0.138 + 0.729i
0.155 + 0.355i
0.106 + 0.395i

15.6
0.419 + 0.597i
0.183 + 0.715i
0.155 + 0.350i
0.106 + 0.392i
0.448 + 0.573i
0.137 + 0.727i
0.153 + 0.349i
0.105 + 0.390i

15.7
0.421 + 0.597i
0.183 + 0.711i
0.153 + 0.344i
0.106 + 0.387i
0.452 + 0.572i
0.135 + 0.724i
0.152 + 0.343i
0.104 + 0.386i

15.8
0.421 + 0.598i
0.183 + 0.710i
0.151 + 0.340i
0.104 + 0.384i
0.456 + 0.573i
0.134 + 0.722i
0.150 + 0.339i
0.103 + 0.383i

15.9
0.422 + 0.599i
0.185 + 0.709i
0.150 + 0.335i
0.104 + 0.380i
0.459 + 0.574i
0.133 + 0.721i
0.148 + 0.334i
0.102 + 0.380i

16
0.423 + 0.601i
0.185 + 0.708i
0.148 + 0.331i
0.102 + 0.377i
0.462 + 0.574i
0.131 + 0.720i
0.146 + 0.330i
0.100 + 0.377i

16.1
0.424 + 0.603i
0.187 + 0.708i
0.147 + 0.327i
0.101 + 0.373i
0.466 + 0.575i
0.130 + 0.720i
0.145 + 0.326i
0.099 + 0.373i

16.2
0.424 + 0.606i
0.188 + 0.710i
0.145 + 0.322i
0.100 + 0.369i
0.468 + 0.577i
0.128 + 0.722i
0.143 + 0.321i
0.098 + 0.369i

16.3
0.424 + 0.609i
0.190 + 0.711i
0.143 + 0.317i
0.098 + 0.364i
0.471 + 0.578i
0.127 + 0.724i
0.140 + 0.316i
0.096 + 0.365i

16.4
0.424 + 0.612i
0.192 + 0.714i
0.141 + 0.314i
0.096 + 0.360i
0.474 + 0.580i
0.126 + 0.727i
0.138 + 0.312i
0.094 + 0.360i

16.5
0.423 + 0.616i
0.194 + 0.716i
0.139 + 0.308i
0.095 + 0.353i
0.477 + 0.582i
0.124 + 0.729i
0.136 + 0.306i
0.093 + 0.354i

16.6
0.423 + 0.621i
0.196 + 0.720i
0.136 + 0.301i
0.093 + 0.345i
0.479 + 0.585i
0.122 + 0.734i
0.134 + 0.301i
0.091 + 0.345i

16.7
0.422 + 0.625i
0.199 + 0.723i
0.135 + 0.296i
0.091 + 0.338i
0.482 + 0.587i
0.121 + 0.738i
0.133 + 0.296i
0.090 + 0.338i

16.8
0.420 + 0.632i
0.201 + 0.729i
0.132 + 0.290i
0.089 + 0.327i
0.483 + 0.590i
0.119 + 0.744i
0.130 + 0.289i
0.088 + 0.328i

16.9
0.418 + 0.637i
0.204 + 0.733i
0.130 + 0.284i
0.088 + 0.319i
0.484 + 0.593i
0.117 + 0.749i
0.128 + 0.284i
0.087 + 0.320i

17
0.417 + 0.642i
0.207 + 0.737i
0.128 + 0.280i
0.087 + 0.313i
0.486 + 0.595i
0.115 + 0.755i
0.127 + 0.279i
0.086 + 0.313i

17.1
0.415 + 0.648i
0.210 + 0.741i
0.126 + 0.276i
0.086 + 0.307i
0.488 + 0.597i
0.113 + 0.761i
0.125 + 0.276i
0.085 + 0.307i

17.2
0.414 + 0.652i
0.213 + 0.745i
0.125 + 0.274i
0.085 + 0.303i
0.490 + 0.598i
0.111 + 0.765i
0.125 + 0.274i
0.084 + 0.303i

17.3
0.412 + 0.656i
0.215 + 0.747i
0.125 + 0.273i
0.084 + 0.301i
0.493 + 0.599i
0.109 + 0.769i
0.124 + 0.272i
0.083 + 0.301i

17.4
0.411 + 0.659i
0.218 + 0.748i
0.124 + 0.271i
0.083 + 0.300i
0.495 + 0.600i
0.108 + 0.772i
0.124 + 0.271i
0.082 + 0.300i

17.5
0.410 + 0.662i
0.220 + 0.751i
0.124 + 0.271i
0.083 + 0.299i
0.497 + 0.600i
0.106 + 0.775i
0.123 + 0.271i
0.082 + 0.299i

17.6
0.410 + 0.664i
0.223 + 0.752i
0.124 + 0.271i
0.082 + 0.298i
0.499 + 0.600i
0.104 + 0.778i
0.123 + 0.271i
0.081 + 0.298i

17.7
0.410 + 0.667i
0.226 + 0.754i
0.123 + 0.271i
0.082 + 0.299i
0.502 + 0.600i
0.103 + 0.781i
0.123 + 0.271i
0.080 + 0.299i

17.8
0.410 + 0.669i
0.230 + 0.756i
0.123 + 0.273i
0.081 + 0.300i
0.504 + 0.599i
0.101 + 0.785i
0.123 + 0.273i
0.079 + 0.301i

17.9
0.455 + 0.604i
0.316 + 0.819i
0.098 + 0.434i
0.137 + 0.693i
0.502 + 0.536i
0.105 + 0.940i
0.092 + 0.433i
0.087 + 0.705i

18
0.452 + 0.604i
0.318 + 0.818i
0.096 + 0.433i
0.143 + 0.698i
0.501 + 0.535i
0.100 + 0.940i
0.090 + 0.432i
0.088 + 0.709i

18.1
0.451 + 0.606i
0.317 + 0.818i
0.095 + 0.430i
0.149 + 0.702i
0.502 + 0.534i
0.095 + 0.939i
0.088 + 0.430i
0.089 + 0.713i

18.2
0.450 + 0.607i
0.316 + 0.819i
0.092 + 0.426i
0.155 + 0.705i
0.503 + 0.534i
0.092 + 0.936i
0.087 + 0.426i
0.089 + 0.717i

18.3
0.449 + 0.609i
0.315 + 0.819i
0.091 + 0.422i
0.159 + 0.707i
0.505 + 0.533i
0.090 + 0.933i
0.085 + 0.422i
0.090 + 0.720i

18.4
0.449 + 0.609i
0.315 + 0.819i
0.089 + 0.421i
0.164 + 0.708i
0.507 + 0.532i
0.089 + 0.931i
0.084 + 0.422i
0.089 + 0.722i

18.5
0.462 + 0.616i
0.339 + 0.797i
0.085 + 0.474i
0.098 + 0.677i
0.514 + 0.527i
0.190 + 0.976i
0.083 + 0.423i
0.082 + 0.841i

18.6
0.461 + 0.619i
0.339 + 0.798i
0.084 + 0.474i
0.094 + 0.677i
0.515 + 0.527i
0.198 + 0.978i
0.082 + 0.421i
0.082 + 0.851i

18.7
0.446 + 0.620i
0.314 + 0.739i
0.078 + 0.460i
0.083 + 0.708i
0.504 + 0.527i
0.224 + 0.931i
0.080 + 0.406i
0.081 + 0.894i

18.8
0.445 + 0.623i
0.312 + 0.789i
0.077 + 0.457i
0.081 + 0.708i
0.504 + 0.528i
0.221 + 0.929i
0.080 + 0.403i
0.080 + 0.896i

18.9
0.445 + 0.626i
0.311 + 0.789i
0.076 + 0.456i
0.080 + 0.708i
0.505 + 0.529i
0.222 + 0.929i
0.079 + 0.402i
0.079 + 0.896i

19
0.445 + 0.629i
0.311 + 0.791i
0.075 + 0.455i
0.080 + 0.708i
0.506 + 0.529i
0.224 + 0.930i
0.078 + 0.402i
0.078 + 0.897i

19.1
0.445 + 0.632i
0.312 + 0.791i
0.075 + 0.456i
0.079 + 0.709i
0.506 + 0.529i
0.224 + 0.930i
0.078 + 0.402i
0.077 + 0.897i

19.2
0.578 + 1.246i
0.351 + 1.324i
0.459 + 1.047i
0.283 + 1.100i
0.766 + 1.097i
0.116 + 1.359i
0.631 + 0.955i
0.096 + 1.129i

19.3
0.578 + 1.244i
0.350 + 1.323i
0.461 + 1.046i
0.285 + 1.099i
0.768 + 1.096i
0.116 + 1.357i
0.632 + 0.952i
0.096 + 1.129i

19.4
0.579 + 1.242i
0.351 + 1.322i
0.461 + 1.046i
0.285 + 1.099i
0.771 + 1.094i
0.116 + 1.356i
0.633 + 0.950i
0.096 + 1.129i

19.5
0.581 + 1.240i
0.351 + 1.320i
0.463 + 1.045i
0.286 + 1.099i
0.772 + 1.091i
0.116 + 1.355i
0.635 + 0.947i
0.096 + 1.129i

19.6
0.582 + 1.238i
0.351 + 1.319i
0.465 + 1.045i
0.286 + 1.099i
0.774 + 1.090i
0.116 + 1.354i
0.636 + 0.945i
0.096 + 1.130i

19.7
0.583 + 1.236i
0.351 + 1.318i
0.466 + 1.045i
0.287 + 1.100i
0.776 + 1.088i
0.116 + 1.353i
0.637 + 0.943i
0.096 + 1.130i

19.8
0.584 + 1.235i
0.352 + 1.316i
0.467 + 1.044i
0.287 + 1.099i
0.779 + 1.086i
0.116 + 1.352i
0.639 + 0.940i
0.097 + 1.130i

19.9
0.585 + 1.233i
0.352 + 1.315i
0.468 + 1.044i
0.288 + 1.099i
0.781 + 1.085i
0.116 + 1.351i
0.640 + 0.939i
0.097 + 1.130i

20
0.586 + 1.231i
0.352 + 1.314i
0.470 + 1.043i
0.288 + 1.099i
0.783 + 1.083i
0.116 + 1.350i
0.642 + 0.937i
0.097 + 1.130i

20.1
0.587 + 1.230i
0.352 + 1.312i
0.471 + 1.042i
0.289 + 1.099i
0.784 + 1.082i
0.116 + 1.349i
0.643 + 0.935i
0.098 + 1.130i

20.2
0.587 + 1.228i
0.352 + 1.311i
0.472 + 1.041i
0.289 + 1.098i
0.786 + 1.080i
0.116 + 1.347i
0.644 + 0.933i
0.098 + 1.129i

20.3
0.587 + 1.226i
0.352 + 1.309i
0.473 + 1.040i
0.289 + 1.098i
0.787 + 1.078i
0.116 + 1.345i
0.646 + 0.931i
0.098 + 1.128i

20.4
0.588 + 1.224i
0.352 + 1.307i
0.473 + 1.039i
0.289 + 1.097i
0.788 + 1.077i
0.116 + 1.344i
0.647 + 0.930i
0.098 + 1.128i

20.5
0.591 + 1.218i
0.354 + 1.298i
0.488 + 1.033i
0.297 + 1.093i
0.797 + 1.076i
0.116 + 1.335i
0.667 + 0.929i
0.101 + 1.125i

20.6
0.591 + 1.218i
0.353 + 1.296i
0.488 + 1.032i
0.297 + 1.092i
0.798 + 1.077i
0.115 + 1.333i
0.669 + 0.929i
0.101 + 1.124i

20.7
0.591 + 1.217i
0.353 + 1.294i
0.490 + 1.031i
0.298 + 1.092i
0.799 + 1.076i
0.116 + 1.331i
0.670 + 0.928i
0.101 + 1.124i

20.8
0.564 + 1.228i
0.336 + 1.287i
0.469 + 1.032i
0.286 + 1.082i
0.771 + 1.102i
0.110 + 1.317i
0.640 + 0.955i
0.097 + 1.109i

20.9
0.563 + 1.227i
0.335 + 1.286i
0.468 + 1.032i
0.285 + 1.080i
0.770 + 1.102i
0.110 + 1.314i
0.639 + 0.956i
0.096 + 1.107i

21
0.562 + 1.227i
0.334 + 1.284i
0.468 + 1.032i
0.285 + 1.080i
0.770 + 1.103i
0.109 + 1.313i
0.638 + 0.957i
0.096 + 1.107i

21.1
0.560 + 1.226i
0.333 + 1.282i
0.467 + 1.032i
0.284 + 1.079i
0.770 + 1.103i
0.109 + 1.310i
0.638 + 0.958i
0.096 + 1.105i

21.2
0.559 + 1.225i
0.332 + 1.281i
0.464 + 1.032i
0.282 + 1.079i
0.768 + 1.102i
0.108 + 1.308i
0.635 + 0.958i
0.096 + 1.104i

21.3
0.558 + 1.224i
0.330 + 1.279i
0.463 + 1.032i
0.281 + 1.078i
0.767 + 1.101i
0.108 + 1.306i
0.634 + 0.959i
0.095 + 1.103i

21.4
0.557 + 1.224i
0.330 + 1.279i
0.462 + 1.032i
0.281 + 1.078i
0.767 + 1.100i
0.108 + 1.304i
0.632 + 0.960i
0.096 + 1.102i

21.5
0.556 + 1.223i
0.329 + 1.277i
0.461 + 1.032i
0.280 + 1.077i
0.766 + 1.100i
0.107 + 1.302i
0.632 + 0.961i
0.095 + 1.100i

21.6
0.555 + 1.222i
0.328 + 1.275i
0.460 + 1.032i
0.279 + 1.077i
0.766 + 1.099i
0.107 + 1.301i
0.631 + 0.961i
0.094 + 1.100i

21.7
0.554 + 1.221i
0.327 + 1.275i
0.460 + 1.033i
0.278 + 1.077i
0.766 + 1.099i
0.107 + 1.299i
0.630 + 0.961i
0.094 + 1.099i

21.8
0.554 + 1.219i
0.327 + 1.273i
0.459 + 1.032i
0.278 + 1.076i
0.765 + 1.098i
0.107 + 1.297i
0.630 + 0.961i
0.095 + 1.099i

21.9
0.553 + 1.218i
0.326 + 1.272i
0.459 + 1.032i
0.278 + 1.077i
0.765 + 1.096i
0.106 + 1.297i
0.629 + 0.961i
0.094 + 1.099i

22
0.552 + 1.218i
0.325 + 1.271i
0.457 + 1.032i
0.277 + 1.076i
0.764 + 1.096i
0.106 + 1.294i
0.628 + 0.962i
0.094 + 1.097i

22.1
0.552 + 1.217i
0.325 + 1.270i
0.457 + 1.032i
0.276 + 1.076i
0.764 + 1.095i
0.106 + 1.293i
0.627 + 0.962i
0.094 + 1.097i

22.2
0.551 + 1.215i
0.325 + 1.268i
0.456 + 1.032i
0.275 + 1.074i
0.764 + 1.094i
0.106 + 1.290i
0.627 + 0.962i
0.094 + 1.095i

22.3
0.549 + 1.213i
0.324 + 1.266i
0.455 + 1.031i
0.274 + 1.074i
0.763 + 1.092i
0.106 + 1.289i
0.626 + 0.961i
0.094 + 1.095i

22.4
0.547 + 1.211i
0.322 + 1.264i
0.452 + 1.031i
0.272 + 1.073i
0.758 + 1.089i
0.105 + 1.285i
0.624 + 0.961i
0.092 + 1.092i

22.5
0.546 + 1.210i
0.322 + 1.263i
0.451 + 1.031i
0.272 + 1.073i
0.757 + 1.088i
0.105 + 1.284i
0.623 + 0.961i
0.092 + 1.092i

22.6
0.498 + 0.806i
0.516 + 0.997i
0.069 + 0.807i
0.073 + 0.985i
0.485 + 0.638i
0.375 + 1.444i
0.068 + 0.642i
0.079 + 1.179i

22.7
0.499 + 0.807i
0.518 + 0.997i
0.070 + 0.807i
0.073 + 0.984i
0.487 + 0.639i
0.374 + 1.441i
0.068 + 0.643i
0.079 + 1.176i

22.8
0.501 + 0.809i
0.520 + 0.998i
0.070 + 0.807i
0.074 + 0.983i
0.488 + 0.641i
0.371 + 1.439i
0.068 + 0.643i
0.079 + 1.175i

22.9
0.502 + 0.809i
0.521 + 0.998i
0.070 + 0.808i
0.074 + 0.982i
0.489 + 0.642i
0.369 + 1.436i
0.068 + 0.644i
0.079 + 1.173i

23
0.504 + 0.811i
0.523 + 0.999i
0.070 + 0.806i
0.074 + 0.981i
0.491 + 0.644i
0.367 + 1.433i
0.068 + 0.644i
0.079 + 1.171i

23.1
0.506 + 0.812i
0.525 + 0.999i
0.071 + 0.806i
0.074 + 0.980i
0.493 + 0.645i
0.366 + 1.430i
0.069 + 0.644i
0.079 + 1.169i

23.2
0.507 + 0.813i
0.527 + 0.999i
0.070 + 0.807i
0.074 + 0.980i
0.494 + 0.647i
0.364 + 1.427i
0.069 + 0.645i
0.080 + 1.169i

23.3
0.508 + 0.814i
0.528 + 0.999i
0.070 + 0.807i
0.074 + 0.980i
0.495 + 0.648i
0.362 + 1.423i
0.069 + 0.645i
0.080 + 1.168i

23.4
0.510 + 0.806i
0.512 + 0.990i
0.067 + 0.801i
0.069 + 0.989i
0.501 + 0.644i
0.296 + 1.353i
0.068 + 0.636i
0.088 + 1.206i

23.5
0.512 + 0.807i
0.514 + 0.990i
0.068 + 0.802i
0.070 + 0.988i
0.503 + 0.646i
0.295 + 1.350i
0.068 + 0.637i
0.088 + 1.204i

23.6
0.514 + 0.808i
0.515 + 0.990i
0.068 + 0.803i
0.070 + 0.989i
0.505 + 0.647i
0.294 + 1.349i
0.069 + 0.639i
0.088 + 1.203i

23.7
0.516 + 0.810i
0.517 + 0.990i
0.069 + 0.804i
0.070 + 0.989i
0.506 + 0.649i
0.293 + 1.346i
0.069 + 0.641i
0.088 + 1.202i

23.8
0.517 + 0.811i
0.519 + 0.991i
0.069 + 0.806i
0.071 + 0.989i
0.507 + 0.649i
0.293 + 1.346i
0.069 + 0.642i
0.087 + 1.200i

23.9
0.519 + 0.813i
0.521 + 0.992i
0.070 + 0.807i
0.072 + 0.990i
0.509 + 0.651i
0.292 + 1.344i
0.070 + 0.644i
0.087 + 1.198i

24
0.521 + 0.814i
0.523 + 0.992i
0.070 + 0.808i
0.072 + 0.991i
0.510 + 0.652i
0.292 + 1.343i
0.070 + 0.644i
0.087 + 1.198i

24.1
0.522 + 0.815i
0.525 + 0.993i
0.070 + 0.809i
0.073 + 0.990i
0.512 + 0.654i
0.292 + 1.341i
0.070 + 0.646i
0.087 + 1.196i

24.2
0.524 + 0.817i
0.527 + 0.994i
0.070 + 0.809i
0.073 + 0.990i
0.514 + 0.655i
0.292 + 1.341i
0.070 + 0.646i
0.087 + 1.196i

24.3
0.527 + 0.823i
0.538 + 1.005i
0.071 + 0.808i
0.073 + 0.986i
0.516 + 0.659i
0.273 + 1.327i
0.071 + 0.645i
0.087 + 1.193i

24.4
0.529 + 0.824i
0.541 + 1.006i
0.071 + 0.807i
0.073 + 0.984i
0.518 + 0.661i
0.271 + 1.324i
0.071 + 0.645i
0.086 + 1.191i

24.5
0.531 + 0.826i
0.543 + 1.007i
0.072 + 0.808i
0.073 + 0.984i
0.519 + 0.663i
0.269 + 1.321i
0.071 + 0.646i
0.086 + 1.190i

24.6
0.532 + 0.827i
0.544 + 1.008i
0.072 + 0.809i
0.073 + 0.985i
0.520 + 0.664i
0.269 + 1.320i
0.072 + 0.647i
0.086 + 1.189i

24.7
0.534 + 0.828i
0.545 + 1.008i
0.073 + 0.811i
0.074 + 0.986i
0.523 + 0.664i
0.268 + 1.318i
0.072 + 0.650i
0.086 + 1.188i

24.8
0.534 + 0.829i
0.546 + 1.009i
0.073 + 0.811i
0.074 + 0.986i
0.523 + 0.665i
0.268 + 1.317i
0.072 + 0.650i
0.086 + 1.187i

24.9
0.536 + 0.830i
0.548 + 1.009i
0.074 + 0.812i
0.075 + 0.987i
0.524 + 0.667i
0.268 + 1.315i
0.073 + 0.651i
0.086 + 1.186i

25
0.536 + 0.831i
0.548 + 1.010i
0.074 + 0.814i
0.075 + 0.988i
0.525 + 0.667i
0.269 + 1.315i
0.073 + 0.653i
0.087 + 1.186i

SNR
a33
a34
a35
a36
a37
a38
a39
a40

10
0.317 + 0.178i
0.317 + 0.164i
0.576 + 0.312i
0.611 + 0.218i
0.319 + 0.179i
0.316 + 0.165i
0.582 + 0.315i
0.620 + 0.219i

10.1
0.315 + 0.176i
0.316 + 0.162i
0.579 + 0.314i
0.616 + 0.217i
0.316 + 0.178i
0.315 + 0.163i
0.584 + 0.317i
0.624 + 0.217i

10.2
0.314 + 0.175i
0.315 + 0.161i
0.582 + 0.316i
0.621 + 0.215i
0.315 + 0.176i
0.313 + 0.162i
0.586 + 0.319i
0.628 + 0.215i

10.3
0.313 + 0.174i
0.314 + 0.160i
0.584 + 0.319i
0.625 + 0.213i
0.313 + 0.175i
0.311 + 0.160i
0.588 + 0.321i
0.632 + 0.213i

10.4
0.311 + 0.173i
0.313 + 0.158i
0.586 + 0.321i
0.630 + 0.211i
0.311 + 0.174i
0.310 + 0.158i
0.590 + 0.323i
0.636 + 0.211i

10.5
0.310 + 0.173i
0.312 + 0.157i
0.588 + 0.323i
0.634 + 0.209i
0.310 + 0.173i
0.310 + 0.157i
0.591 + 0.325i
0.639 + 0.209i

10.6
0.309 + 0.172i
0.311 + 0.156i
0.589 + 0.325i
0.638 + 0.207i
0.309 + 0.172i
0.309 + 0.156i
0.592 + 0.327i
0.643 + 0.207i

10.7
0.309 + 0.171i
0.311 + 0.155i
0.591 + 0.327i
0.641 + 0.205i
0.308 + 0.171i
0.308 + 0.155i
0.594 + 0.329i
0.646 + 0.205i

10.8
0.308 + 0.171i
0.311 + 0.153i
0.593 + 0.329i
0.645 + 0.203i
0.307 + 0.171i
0.307 + 0.153i
0.595 + 0.331i
0.649 + 0.203i

10.9
0.307 + 0.170i
0.309 + 0.153i
0.594 + 0.331i
0.649 + 0.201i
0.306 + 0.170i
0.306 + 0.153i
0.596 + 0.333i
0.652 + 0.201i

11
0.307 + 0.170i
0.309 + 0.152i
0.595 + 0.333i
0.652 + 0.199i
0.305 + 0.170i
0.306 + 0.152i
0.597 + 0.335i
0.654 + 0.199i

11.1
0.307 + 0.169i
0.309 + 0.151i
0.596 + 0.335i
0.655 + 0.197i
0.304 + 0.169i
0.306 + 0.151i
0.597 + 0.337i
0.657 + 0.197i

11.2
0.307 + 0.169i
0.309 + 0.150i
0.598 + 0.337i
0.658 + 0.195i
0.304 + 0.169i
0.306 + 0.150i
0.598 + 0.339i
0.660 + 0.195i

11.3
0.306 + 0.169i
0.309 + 0.149i
0.598 + 0.339i
0.661 + 0.193i
0.304 + 0.169i
0.305 + 0.149i
0.599 + 0.342i
0.662 + 0.193i

11.4
0.306 + 0.169i
0.309 + 0.148i
0.599 + 0.342i
0.663 + 0.191i
0.304 + 0.168i
0.305 + 0.148i
0.599 + 0.344i
0.664 + 0.191i

11.5
0.306 + 0.168i
0.309 + 0.147i
0.600 + 0.343i
0.665 + 0.189i
0.303 + 0.168i
0.305 + 0.147i
0.600 + 0.346i
0.666 + 0.188i

11.6
0.306 + 0.168i
0.309 + 0.146i
0.600 + 0.345i
0.666 + 0.187i
0.303 + 0.167i
0.305 + 0.146i
0.599 + 0.347i
0.667 + 0.186i

11.7
0.305 + 0.167i
0.308 + 0.145i
0.600 + 0.346i
0.668 + 0.185i
0.302 + 0.167i
0.305 + 0.145i
0.599 + 0.350i
0.668 + 0.184i

11.8
0.305 + 0.167i
0.308 + 0.144i
0.600 + 0.347i
0.670 + 0.184i
0.302 + 0.166i
0.304 + 0.144i
0.599 + 0.351i
0.670 + 0.182i

11.9
0.304 + 0.167i
0.308 + 0.144i
0.600 + 0.349i
0.671 + 0.182i
0.301 + 0.166i
0.304 + 0.144i
0.599 + 0.353i
0.671 + 0.180i

12
0.304 + 0.166i
0.308 + 0.142i
0.600 + 0.351i
0.672 + 0.180i
0.301 + 0.166i
0.305 + 0.142i
0.599 + 0.354i
0.671 + 0.178i

12.1
0.304 + 0.166i
0.308 + 0.142i
0.601 + 0.352i
0.673 + 0.178i
0.301 + 0.165i
0.305 + 0.142i
0.598 + 0.356i
0.672 + 0.176i

12.2
0.304 + 0.165i
0.308 + 0.141i
0.600 + 0.353i
0.674 + 0.177i
0.301 + 0.165i
0.305 + 0.141i
0.598 + 0.357i
0.673 + 0.174i

12.3
0.304 + 0.165i
0.308 + 0.140i
0.601 + 0.355i
0.676 + 0.175i
0.301 + 0.165i
0.305 + 0.140i
0.598 + 0.359i
0.674 + 0.173i

12.4
0.304 + 0.165i
0.310 + 0.139i
0.601 + 0.356i
0.677 + 0.173i
0.301 + 0.165i
0.306 + 0.139i
0.598 + 0.361i
0.675 + 0.171i

12.5
0.305 + 0.164i
0.310 + 0.138i
0.601 + 0.358i
0.678 + 0.172i
0.301 + 0.164i
0.307 + 0.138i
0.598 + 0.362i
0.675 + 0.169i

12.6
0.305 + 0.164i
0.311 + 0.137i
0.601 + 0.359i
0.679 + 0.170i
0.302 + 0.164i
0.309 + 0.137i
0.597 + 0.363i
0.676 + 0.167i

12.7
0.305 + 0.163i
0.312 + 0.136i
0.601 + 0.361i
0.680 + 0.169i
0.302 + 0.163i
0.310 + 0.136i
0.597 + 0.365i
0.677 + 0.166i

12.8
0.326 + 0.161i
0.336 + 0.132i
0.606 + 0.366i
0.700 + 0.168i
0.322 + 0.161i
0.333 + 0.132i
0.600 + 0.368i
0.694 + 0.166i

12.9
0.337 + 0.163i
0.350 + 0.131i
0.605 + 0.372i
0.706 + 0.168i
0.333 + 0.162i
0.348 + 0.130i
0.600 + 0.373i
0.701 + 0.165i

13
0.348 + 0.164i
0.365 + 0.129i
0.605 + 0.378i
0.713 + 0.168i
0.345 + 0.163i
0.363 + 0.129i
0.599 + 0.379i
0.708 + 0.165i

13.1
0.354 + 0.164i
0.373 + 0.128i
0.605 + 0.381i
0.718 + 0.167i
0.351 + 0.164i
0.371 + 0.127i
0.599 + 0.382i
0.711 + 0.164i

13.2
0.362 + 0.165i
0.384 + 0.126i
0.605 + 0.386i
0.724 + 0.166i
0.359 + 0.165i
0.382 + 0.126i
0.598 + 0.386i
0.718 + 0.162i

13.3
0.365 + 0.165i
0.388 + 0.125i
0.604 + 0.388i
0.727 + 0.165i
0.362 + 0.165i
0.386 + 0.125i
0.597 + 0.388i
0.720 + 0.161i

13.4
0.371 + 0.167i
0.396 + 0.124i
0.603 + 0.391i
0.733 + 0.164i
0.369 + 0.166i
0.394 + 0.124i
0.596 + 0.391i
0.726 + 0.160i

13.5
0.375 + 0.167i
0.401 + 0.123i
0.603 + 0.393i
0.738 + 0.162i
0.373 + 0.167i
0.400 + 0.123i
0.595 + 0.393i
0.730 + 0.158i

13.6
0.378 + 0.167i
0.405 + 0.122i
0.602 + 0.396i
0.742 + 0.161i
0.376 + 0.167i
0.403 + 0.122i
0.594 + 0.394i
0.732 + 0.157i

13.7
0.400 + 0.165i
0.435 + 0.119i
0.604 + 0.407i
0.769 + 0.159i
0.399 + 0.164i
0.433 + 0.119i
0.596 + 0.405i
0.755 + 0.159i

13.8
0.402 + 0.165i
0.437 + 0.118i
0.604 + 0.409i
0.773 + 0.158i
0.400 + 0.165i
0.436 + 0.118i
0.595 + 0.407i
0.758 + 0.157i

13.9
0.403 + 0.165i
0.440 + 0.117i
0.603 + 0.412i
0.777 + 0.156i
0.403 + 0.165i
0.440 + 0.117i
0.593 + 0.409i
0.762 + 0.155i

14
0.405 + 0.166i
0.442 + 0.117i
0.602 + 0.414i
0.781 + 0.155i
0.405 + 0.166i
0.442 + 0.117i
0.592 + 0.410i
0.765 + 0.153i

14.1
0.406 + 0.166i
0.444 + 0.117i
0.601 + 0.416i
0.784 + 0.153i
0.406 + 0.166i
0.444 + 0.117i
0.591 + 0.411i
0.768 + 0.151i

14.2
0.407 + 0.166i
0.446 + 0.116i
0.600 + 0.418i
0.788 + 0.152i
0.408 + 0.166i
0.448 + 0.116i
0.589 + 0.413i
0.771 + 0.150i

14.3
0.408 + 0.166i
0.448 + 0.115i
0.599 + 0.421i
0.790 + 0.150i
0.409 + 0.167i
0.449 + 0.115i
0.588 + 0.415i
0.772 + 0.148i

14.4
0.409 + 0.166i
0.450 + 0.115i
0.598 + 0.422i
0.794 + 0.149i
0.411 + 0.168i
0.452 + 0.115i
0.586 + 0.416i
0.775 + 0.147i

14.5
0.410 + 0.167i
0.452 + 0.115i
0.598 + 0.425i
0.796 + 0.148i
0.412 + 0.168i
0.455 + 0.115i
0.585 + 0.418i
0.777 + 0.145i

14.6
0.411 + 0.167i
0.454 + 0.114i
0.597 + 0.427i
0.799 + 0.147i
0.414 + 0.169i
0.457 + 0.115i
0.584 + 0.419i
0.779 + 0.144i

14.7
0.412 + 0.168i
0.456 + 0.114i
0.596 + 0.429i
0.802 + 0.145i
0.415 + 0.169i
0.460 + 0.114i
0.583 + 0.421i
0.781 + 0.142i

14.8
0.413 + 0.168i
0.458 + 0.113i
0.595 + 0.432i
0.804 + 0.144i
0.416 + 0.170i
0.463 + 0.114i
0.581 + 0.422i
0.783 + 0.141i

14.9
0.413 + 0.168i
0.459 + 0.113i
0.595 + 0.434i
0.806 + 0.144i
0.418 + 0.171i
0.465 + 0.113i
0.580 + 0.424i
0.784 + 0.139i

15
0.414 + 0.168i
0.461 + 0.112i
0.594 + 0.437i
0.808 + 0.142i
0.419 + 0.172i
0.468 + 0.113i
0.579 + 0.425i
0.785 + 0.137i

15.1
0.414 + 0.168i
0.463 + 0.112i
0.594 + 0.439i
0.811 + 0.141i
0.420 + 0.172i
0.471 + 0.113i
0.578 + 0.427i
0.787 + 0.136i

15.2
0.415 + 0.168i
0.465 + 0.111i
0.593 + 0.441i
0.812 + 0.139i
0.422 + 0.173i
0.474 + 0.112i
0.576 + 0.428i
0.788 + 0.134i

15.3
0.415 + 0.168i
0.467 + 0.110i
0.593 + 0.444i
0.814 + 0.139i
0.422 + 0.174i
0.477 + 0.112i
0.575 + 0.430i
0.789 + 0.133i

15.4
0.415 + 0.167i
0.468 + 0.110i
0.593 + 0.447i
0.816 + 0.138i
0.423 + 0.174i
0.479 + 0.112i
0.574 + 0.432i
0.790 + 0.132i

15.5
0.963 + 0.512i
1.064 + 0.265i
1.210 + 0.626i
1.313 + 0.378i
0.878 + 0.629i
1.094 + 0.136i
1.074 + 0.831i
1.354 + 0.140i

15.6
0.969 + 0.514i
1.071 + 0.273i
1.210 + 0.630i
1.314 + 0.383i
0.878 + 0.638i
1.103 + 0.133i
1.070 + 0.837i
1.358 + 0.139i

15.7
0.975 + 0.516i
1.076 + 0.280i
1.210 + 0.633i
1.316 + 0.387i
0.878 + 0.647i
1.111 + 0.131i
1.067 + 0.843i
1.361 + 0.138i

15.8
0.980 + 0.518i
1.081 + 0.287i
1.210 + 0.636i
1.317 + 0.390i
0.878 + 0.654i
1.117 + 0.128i
1.064 + 0.848i
1.365 + 0.138i

15.9
0.984 + 0.519i
1.083 + 0.291i
1.210 + 0.637i
1.317 + 0.391i
0.878 + 0.660i
1.122 + 0.126i
1.062 + 0.850i
1.366 + 0.137i

16
0.988 + 0.520i
1.086 + 0.295i
1.210 + 0.639i
1.318 + 0.393i
0.879 + 0.667i
1.125 + 0.124i
1.061 + 0.853i
1.367 + 0.136i

16.1
0.991 + 0.521i
1.088 + 0.299i
1.210 + 0.640i
1.317 + 0.393i
0.880 + 0.672i
1.129 + 0.122i
1.060 + 0.855i
1.367 + 0.136i

16.2
0.993 + 0.521i
1.089 + 0.302i
1.209 + 0.639i
1.317 + 0.394i
0.880 + 0.676i
1.130 + 0.121i
1.059 + 0.855i
1.367 + 0.136i

16.3
0.995 + 0.521i
1.090 + 0.304i
1.209 + 0.639i
1.316 + 0.393i
0.880 + 0.679i
1.131 + 0.119i
1.059 + 0.855i
1.366 + 0.135i

16.4
0.997 + 0.521i
1.091 + 0.306i
1.209 + 0.638i
1.315 + 0.392i
0.881 + 0.683i
1.132 + 0.118i
1.059 + 0.856i
1.364 + 0.134i

16.5
0.998 + 0.521i
1.091 + 0.308i
1.208 + 0.638i
1.314 + 0.393i
0.880 + 0.685i
1.133 + 0.116i
1.059 + 0.855i
1.364 + 0.134i

16.6
0.999 + 0.521i
1.090 + 0.309i
1.207 + 0.636i
1.313 + 0.392i
0.880 + 0.688i
1.133 + 0.115i
1.059 + 0.855i
1.363 + 0.133i

16.7
1.000 + 0.521i
1.090 + 0.311i
1.206 + 0.635i
1.311 + 0.391i
0.880 + 0.690i
1.133 + 0.113i
1.059 + 0.854i
1.362 + 0.133i

16.8
0.999 + 0.520i
1.089 + 0.312i
1.205 + 0.634i
1.309 + 0.390i
0.880 + 0.692i
1.131 + 0.113i
1.059 + 0.853i
1.359 + 0.133i

16.9
1.000 + 0.520i
1.088 + 0.313i
1.204 + 0.633i
1.307 + 0.389i
0.880 + 0.694i
1.130 + 0.112i
1.059 + 0.851i
1.356 + 0.132i

17
0.999 + 0.520i
1.087 + 0.313i
1.203 + 0.632i
1.306 + 0.388i
0.880 + 0.695i
1.129 + 0.111i
1.060 + 0.850i
1.355 + 0.131i

17.1
0.999 + 0.518i
1.086 + 0.313i
1.202 + 0.629i
1.304 + 0.386i
0.880 + 0.695i
1.128 + 0.110i
1.060 + 0.848i
1.353 + 0.131i

17.2
1.000 + 0.517i
1.086 + 0.314i
1.202 + 0.629i
1.303 + 0.386i
0.880 + 0.697i
1.128 + 0.109i
1.060 + 0.847i
1.352 + 0.130i

17.3
1.001 + 0.517i
1.087 + 0.315i
1.201 + 0.629i
1.303 + 0.386i
0.881 + 0.697i
1.128 + 0.108i
1.060 + 0.846i
1.352 + 0.130i

17.4
1.002 + 0.517i
1.087 + 0.315i
1.201 + 0.627i
1.303 + 0.385i
0.881 + 0.697i
1.128 + 0.108i
1.060 + 0.846i
1.351 + 0.130i

17.5
1.002 + 0.517i
1.087 + 0.315i
1.201 + 0.627i
1.303 + 0.384i
0.882 + 0.698i
1.129 + 0.108i
1.061 + 0.845i
1.351 + 0.130i

17.6
1.003 + 0.517i
1.087 + 0.316i
1.201 + 0.627i
1.302 + 0.384i
0.882 + 0.699i
1.129 + 0.108i
1.062 + 0.845i
1.350 + 0.130i

17.7
1.004 + 0.516i
1.088 + 0.316i
1.202 + 0.626i
1.302 + 0.383i
0.884 + 0.699i
1.129 + 0.107i
1.063 + 0.843i
1.350 + 0.129i

17.8
1.005 + 0.516i
1.088 + 0.316i
1.202 + 0.626i
1.302 + 0.383i
0.885 + 0.699i
1.130 + 0.107i
1.063 + 0.843i
1.351 + 0.129i

17.9
0.961 + 0.424i
0.998 + 0.239i
1.214 + 0.479i
1.201 + 0.287i
0.919 + 0.571i
1.013 + 0.094i
1.141 + 0.690i
1.225 + 0.110i

18
0.961 + 0.422i
0.998 + 0.241i
1.213 + 0.479i
1.200 + 0.288i
0.918 + 0.573i
1.013 + 0.093i
1.138 + 0.690i
1.224 + 0.109i

18.1
0.961 + 0.423i
0.998 + 0.244i
1.211 + 0.480i
1.199 + 0.290i
0.916 + 0.576i
1.013 + 0.092i
1.136 + 0.691i
1.223 + 0.108i

18.2
0.961 + 0.423i
0.998 + 0.245i
1.210 + 0.481i
1.200 + 0.290i
0.915 + 0.577i
1.014 + 0.091i
1.133 + 0.691i
1.224 + 0.108i

18.3
0.962 + 0.422i
0.999 + 0.247i
1.208 + 0.482i
1.201 + 0.291i
0.914 + 0.580i
1.015 + 0.089i
1.131 + 0.692i
1.224 + 0.108i

18.4
0.963 + 0.422i
1.000 + 0.247i
1.208 + 0.482i
1.201 + 0.290i
0.915 + 0.581i
1.016 + 0.089i
1.131 + 0.693i
1.224 + 0.107i

18.5
0.959 + 0.410i
0.991 + 0.239i
1.211 + 0.463i
1.191 + 0.278i
0.924 + 0.563i
1.002 + 0.087i
1.142 + 0.672i
1.212 + 0.102i

18.6
0.959 + 0.409i
0.989 + 0.239i
1.209 + 0.463i
1.189 + 0.277i
0.922 + 0.563i
1.001 + 0.085i
1.140 + 0.671i
1.211 + 0.101i

18.7
0.949 + 0.412i
0.981 + 0.243i
1.199 + 0.463i
1.179 + 0.278i
0.911 + 0.566i
0.993 + 0.086i
1.131 + 0.668i
1.199 + 0.102i

18.8
0.948 + 0.412i
0.980 + 0.245i
1.197 + 0.463i
1.178 + 0.279i
0.910 + 0.568i
0.993 + 0.085i
1.129 + 0.669i
1.198 + 0.102i

18.9
0.949 + 0.411i
0.980 + 0.246i
1.196 + 0.463i
1.178 + 0.279i
0.910 + 0.569i
0.992 + 0.084i
1.128 + 0.669i
1.197 + 0.101i

19
0.949 + 0.412i
0.980 + 0.246i
1.195 + 0.463i
1.177 + 0.278i
0.910 + 0.570i
0.992 + 0.083i
1.127 + 0.669i
1.196 + 0.100i

19.1
0.949 + 0.412i
0.979 + 0.247i
1.195 + 0.463i
1.177 + 0.278i
0.911 + 0.571i
0.992 + 0.083i
1.127 + 0.669i
1.195 + 0.099i

19.2
0.336 + 0.091i
0.505 + 0.073i
0.617 + 0.560i
0.786 + 0.094i
0.331 + 0.090i
0.531 + 0.072i
0.528 + 0.570i
0.729 + 0.083i

19.3
0.336 + 0.092i
0.505 + 0.073i
0.621 + 0.559i
0.787 + 0.094i
0.331 + 0.090i
0.531 + 0.072i
0.528 + 0.568i
0.727 + 0.082i

19.4
0.336 + 0.092i
0.504 + 0.073i
0.625 + 0.559i
0.788 + 0.093i
0.331 + 0.090i
0.532 + 0.071i
0.527 + 0.568i
0.725 + 0.082i

19.5
0.337 + 0.093i
0.504 + 0.073i
0.630 + 0.558i
0.789 + 0.093i
0.331 + 0.090i
0.533 + 0.071i
0.527 + 0.566i
0.724 + 0.081i

19.6
0.337 + 0.093i
0.503 + 0.073i
0.632 + 0.559i
0.790 + 0.093i
0.330 + 0.090i
0.534 + 0.071i
0.527 + 0.565i
0.723 + 0.081i

19.7
0.337 + 0.093i
0.503 + 0.073i
0.636 + 0.559i
0.791 + 0.093i
0.331 + 0.090i
0.535 + 0.071i
0.526 + 0.565i
0.721 + 0.081i

19.8
0.338 + 0.093i
0.502 + 0.073i
0.638 + 0.560i
0.793 + 0.093i
0.331 + 0.089i
0.536 + 0.071i
0.527 + 0.564i
0.720 + 0.080i

19.9
0.339 + 0.094i
0.502 + 0.073i
0.641 + 0.560i
0.795 + 0.093i
0.330 + 0.089i
0.538 + 0.070i
0.527 + 0.563i
0.719 + 0.079i

20
0.339 + 0.094i
0.501 + 0.073i
0.643 + 0.560i
0.797 + 0.093i
0.330 + 0.089i
0.539 + 0.070i
0.526 + 0.562i
0.718 + 0.079i

20.1
0.340 + 0.095i
0.501 + 0.073i
0.645 + 0.561i
0.800 + 0.093i
0.330 + 0.088i
0.541 + 0.070i
0.527 + 0.561i
0.718 + 0.079i

20.2
0.341 + 0.095i
0.500 + 0.073i
0.647 + 0.561i
0.802 + 0.094i
0.330 + 0.087i
0.543 + 0.070i
0.527 + 0.561i
0.717 + 0.078i

20.3
0.342 + 0.095i
0.500 + 0.073i
0.649 + 0.562i
0.806 + 0.094i
0.329 + 0.086i
0.547 + 0.069i
0.528 + 0.560i
0.718 + 0.078i

20.4
0.342 + 0.097i
0.498 + 0.073i
0.651 + 0.562i
0.809 + 0.095i
0.328 + 0.084i
0.549 + 0.069i
0.529 + 0.560i
0.717 + 0.078i

20.5
0.288 + 0.115i
0.423 + 0.069i
0.680 + 0.548i
0.793 + 0.094i
0.236 + 0.059i
0.537 + 0.064i
0.565 + 0.550i
0.675 + 0.076i

20.6
0.286 + 0.116i
0.420 + 0.068i
0.682 + 0.548i
0.794 + 0.094i
0.231 + 0.058i
0.540 + 0.064i
0.567 + 0.550i
0.675 + 0.077i

20.7
0.283 + 0.118i
0.417 + 0.067i
0.685 + 0.548i
0.796 + 0.094i
0.227 + 0.058i
0.541 + 0.064i
0.570 + 0.550i
0.674 + 0.077i

20.8
0.282 + 0.120i
0.415 + 0.066i
0.708 + 0.550i
0.804 + 0.094i
0.220 + 0.056i
0.550 + 0.064i
0.593 + 0.560i
0.680 + 0.077i

20.9
0.281 + 0.122i
0.416 + 0.065i
0.711 + 0.552i
0.806 + 0.095i
0.220 + 0.055i
0.552 + 0.064i
0.595 + 0.561i
0.681 + 0.077i

21
0.281 + 0.124i
0.415 + 0.065i
0.713 + 0.554i
0.808 + 0.095i
0.219 + 0.055i
0.554 + 0.065i
0.597 + 0.562i
0.682 + 0.077i

21.1
0.280 + 0.126i
0.415 + 0.065i
0.716 + 0.556i
0.809 + 0.094i
0.219 + 0.055i
0.555 + 0.065i
0.600 + 0.563i
0.683 + 0.077i

21.2
0.280 + 0.128i
0.415 + 0.064i
0.720 + 0.557i
0.811 + 0.094i
0.218 + 0.054i
0.557 + 0.065i
0.605 + 0.565i
0.684 + 0.078i

21.3
0.280 + 0.130i
0.415 + 0.064i
0.724 + 0.559i
0.814 + 0.094i
0.218 + 0.054i
0.558 + 0.065i
0.607 + 0.567i
0.685 + 0.078i

21.4
0.280 + 0.132i
0.415 + 0.063i
0.727 + 0.561i
0.815 + 0.094i
0.219 + 0.054i
0.559 + 0.065i
0.610 + 0.569i
0.686 + 0.078i

21.5
0.280 + 0.133i
0.416 + 0.064i
0.729 + 0.564i
0.816 + 0.094i
0.220 + 0.054i
0.561 + 0.065i
0.612 + 0.570i
0.687 + 0.078i

21.6
0.280 + 0.135i
0.416 + 0.064i
0.733 + 0.565i
0.818 + 0.094i
0.221 + 0.054i
0.562 + 0.065i
0.615 + 0.572i
0.689 + 0.078i

21.7
0.280 + 0.137i
0.417 + 0.063i
0.735 + 0.567i
0.819 + 0.094i
0.222 + 0.054i
0.563 + 0.065i
0.617 + 0.572i
0.689 + 0.078i

21.8
0.280 + 0.138i
0.417 + 0.063i
0.738 + 0.559i
0.820 + 0.093i
0.223 + 0.054i
0.564 + 0.065i
0.619 + 0.573i
0.690 + 0.079i

21.9
0.280 + 0.140i
0.417 + 0.063i
0.741 + 0.570i
0.821 + 0.093i
0.223 + 0.054i
0.564 + 0.065i
0.621 + 0.574i
0.690 + 0.079i

22
0.280 + 0.142i
0.418 + 0.063i
0.744 + 0.572i
0.823 + 0.093i
0.225 + 0.054i
0.565 + 0.065i
0.622 + 0.575i
0.692 + 0.079i

22.1
0.280 + 0.143i
0.418 + 0.062i
0.747 + 0.573i
0.824 + 0.093i
0.226 + 0.054i
0.566 + 0.065i
0.625 + 0.577i
0.692 + 0.079i

22.2
0.281 + 0.144i
0.419 + 0.063i
0.751 + 0.575i
0.826 + 0.093i
0.227 + 0.054i
0.568 + 0.065i
0.627 + 0.578i
0.694 + 0.080i

22.3
0.282 + 0.146i
0.420 + 0.063i
0.754 + 0.575i
0.828 + 0.093i
0.229 + 0.055i
0.569 + 0.065i
0.631 + 0.579i
0.696 + 0.080i

22.4
0.283 + 0.147i
0.421 + 0.063i
0.767 + 0.567i
0.830 + 0.092i
0.231 + 0.055i
0.570 + 0.065i
0.644 + 0.596i
0.697 + 0.080i

22.5
0.283 + 0.148i
0.422 + 0.063i
0.770 + 0.567i
0.832 + 0.092i
0.232 + 0.055i
0.571 + 0.066i
0.646 + 0.598i
0.698 + 0.081i

22.6
0.776 + 0.335i
0.782 + 0.192i
0.937 + 0.338i
0.965 + 0.205i
0.791 + 0.484i
0.796 + 0.063i
0.980 + 0.473i
0.993 + 0.068i

22.7
0.776 + 0.336i
0.783 + 0.193i
0.937 + 0.340i
0.965 + 0.205i
0.792 + 0.485i
0.797 + 0.063i
0.981 + 0.475i
0.993 + 0.068i

22.8
0.777 + 0.337i
0.783 + 0.194i
0.938 + 0.341i
0.964 + 0.206i
0.794 + 0.486i
0.798 + 0.063i
0.982 + 0.476i
0.993 + 0.069i

22.9
0.778 + 0.339i
0.784 + 0.195i
0.939 + 0.341i
0.964 + 0.206i
0.795 + 0.487i
0.799 + 0.063i
0.982 + 0.477i
0.993 + 0.069i

23
0.779 + 0.339i
0.785 + 0.196i
0.939 + 0.342i
0.965 + 0.207i
0.796 + 0.488i
0.801 + 0.064i
0.982 + 0.479i
0.994 + 0.069i

23.1
0.779 + 0.341i
0.786 + 0.198i
0.940 + 0.344i
0.964 + 0.208i
0.797 + 0.490i
0.801 + 0.064i
0.983 + 0.480i
0.994 + 0.070i

23.2
0.780 + 0.343i
0.786 + 0.198i
0.939 + 0.345i
0.963 + 0.208i
0.798 + 0.492i
0.802 + 0.064i
0.983 + 0.481i
0.995 + 0.070i

23.3
0.780 + 0.344i
0.787 + 0.199i
0.940 + 0.346i
0.963 + 0.208i
0.799 + 0.492i
0.803 + 0.065i
0.983 + 0.482i
0.995 + 0.070i

23.4
0.796 + 0.363i
0.790 + 0.212i
0.967 + 0.380i
0.949 + 0.220i
0.818 + 0.517i
0.798 + 0.069i
1.015 + 0.537i
0.978 + 0.070i

23.5
0.798 + 0.366i
0.789 + 0.214i
0.969 + 0.382i
0.947 + 0.222i
0.820 + 0.520i
0.799 + 0.069i
1.018 + 0.541i
0.977 + 0.071i

23.6
0.798 + 0.367i
0.790 + 0.215i
0.970 + 0.383i
0.947 + 0.222i
0.822 + 0.522i
0.800 + 0.069i
1.020 + 0.543i
0.978 + 0.071i

23.7
0.799 + 0.368i
0.790 + 0.216i
0.971 + 0.384i
0.947 + 0.224i
0.823 + 0.522i
0.801 + 0.070i
1.020 + 0.545i
0.978 + 0.072i

23.8
0.800 + 0.370i
0.790 + 0.217i
0.972 + 0.386i
0.946 + 0.225i
0.825 + 0.525i
0.801 + 0.070i
1.021 + 0.547i
0.978 + 0.072i

23.9
0.800 + 0.370i
0.789 + 0.217i
0.972 + 0.386i
0.945 + 0.225i
0.826 + 0.526i
0.802 + 0.071i
1.021 + 0.549i
0.978 + 0.072i

24
0.801 + 0.371i
0.789 + 0.217i
0.972 + 0.387i
0.945 + 0.226i
0.827 + 0.526i
0.803 + 0.071i
1.021 + 0.550i
0.979 + 0.072i

24.1
0.801 + 0.372i
0.788 + 0.218i
0.972 + 0.388i
0.945 + 0.226i
0.828 + 0.528i
0.803 + 0.071i
1.022 + 0.550i
0.979 + 0.073i

24.2
0.802 + 0.372i
0.788 + 0.218i
0.973 + 0.388i
0.944 + 0.226i
0.828 + 0.528i
0.803 + 0.071i
1.022 + 0.550i
0.979 + 0.073i

24.3
0.800 + 0.374i
0.787 + 0.220i
0.969 + 0.385i
0.941 + 0.226i
0.827 + 0.530i
0.803 + 0.072i
1.017 + 0.544i
0.978 + 0.073i

24.4
0.801 + 0.376i
0.786 + 0.221i
0.970 + 0.387i
0.940 + 0.227i
0.829 + 0.532i
0.805 + 0.073i
1.017 + 0.546i
0.979 + 0.073i

24.5
0.801 + 0.377i
0.786 + 0.222i
0.970 + 0.387i
0.941 + 0.228i
0.830 + 0.533i
0.806 + 0.073i
1.018 + 0.547i
0.980 + 0.074i

24.6
0.803 + 0.377i
0.786 + 0.222i
0.971 + 0.388i
0.941 + 0.228i
0.830 + 0.534i
0.808 + 0.073i
1.018 + 0.548i
0.981 + 0.074i

24.7
0.803 + 0.378i
0.786 + 0.223i
0.972 + 0.389i
0.941 + 0.229i
0.832 + 0.535i
0.808 + 0.073i
1.019 + 0.550i
0.982 + 0.074i

24.8
0.804 + 0.379i
0.787 + 0.223i
0.973 + 0.390i
0.941 + 0.229i
0.833 + 0.536i
0.810 + 0.074i
1.019 + 0.551i
0.983 + 0.075i

24.9
0.804 + 0.379i
0.787 + 0.224i
0.973 + 0.390i
0.941 + 0.230i
0.834 + 0.537i
0.811 + 0.074i
1.019 + 0.552i
0.984 + 0.076i

25
0.806 + 0.381i
0.787 + 0.225i
0.973 + 0.391i
0.941 + 0.231i
0.835 + 0.538i
0.814 + 0.074i
1.020 + 0.552i
0.985 + 0.076i

SNR
a41
a42
a43
a44
a45
a46
a47
a48

10
0.179 + 0.316i
0.165 + 0.315i
0.310 + 0.571i
0.216 + 0.609i
0.179 + 0.315i
0.166 + 0.318i
0.314 + 0.576i
0.219 + 0.615i

10.1
0.178 + 0.315i
0.164 + 0.313i
0.311 + 0.574i
0.215 + 0.613i
0.178 + 0.312i
0.164 + 0.316i
0.316 + 0.579i
0.217 + 0.619i

10.2
0.176 + 0.313i
0.162 + 0.311i
0.313 + 0.577i
0.213 + 0.618i
0.176 + 0.310i
0.162 + 0.313i
0.317 + 0.581i
0.214 + 0.624i

10.3
0.174 + 0.311i
0.161 + 0.309i
0.315 + 0.579i
0.211 + 0.622i
0.174 + 0.308i
0.161 + 0.311i
0.319 + 0.584i
0.213 + 0.628i

10.4
0.174 + 0.310i
0.160 + 0.308i
0.316 + 0.581i
0.208 + 0.627i
0.173 + 0.306i
0.160 + 0.310i
0.321 + 0.585i
0.210 + 0.632i

10.5
0.173 + 0.308i
0.158 + 0.306i
0.318 + 0.583i
0.206 + 0.631i
0.173 + 0.305i
0.158 + 0.308i
0.322 + 0.587i
0.208 + 0.636i

10.6
0.172 + 0.307i
0.157 + 0.304i
0.320 + 0.585i
0.204 + 0.634i
0.171 + 0.303i
0.157 + 0.306i
0.324 + 0.589i
0.206 + 0.639i

10.7
0.171 + 0.306i
0.156 + 0.304i
0.322 + 0.586i
0.203 + 0.637i
0.171 + 0.302i
0.156 + 0.305i
0.326 + 0.590i
0.204 + 0.642i

10.8
0.171 + 0.305i
0.155 + 0.303i
0.324 + 0.588i
0.201 + 0.641i
0.170 + 0.301i
0.155 + 0.304i
0.328 + 0.591i
0.202 + 0.646i

10.9
0.170 + 0.304i
0.153 + 0.302i
0.326 + 0.590i
0.198 + 0.644i
0.169 + 0.300i
0.153 + 0.303i
0.330 + 0.593i
0.199 + 0.649i

11
0.169 + 0.304i
0.153 + 0.301i
0.328 + 0.591i
0.196 + 0.647i
0.168 + 0.300i
0.152 + 0.303i
0.332 + 0.594i
0.198 + 0.652i

11.1
0.169 + 0.304i
0.152 + 0.301i
0.330 + 0.591i
0.195 + 0.650i
0.168 + 0.299i
0.152 + 0.302i
0.334 + 0.595i
0.196 + 0.655i

11.2
0.168 + 0.303i
0.151 + 0.301i
0.333 + 0.593i
0.193 + 0.653i
0.168 + 0.299i
0.150 + 0.301i
0.336 + 0.596i
0.193 + 0.657i

11.3
0.168 + 0.303i
0.150 + 0.300i
0.334 + 0.594i
0.191 + 0.656i
0.167 + 0.299i
0.150 + 0.301i
0.339 + 0.596i
0.191 + 0.660i

11.4
0.167 + 0.302i
0.148 + 0.299i
0.336 + 0.594i
0.189 + 0.658i
0.166 + 0.298i
0.148 + 0.300i
0.340 + 0.597i
0.189 + 0.662i

11.5
0.167 + 0.302i
0.148 + 0.299i
0.338 + 0.595i
0.187 + 0.660i
0.166 + 0.297i
0.148 + 0.300i
0.342 + 0.596i
0.187 + 0.663i

11.6
0.167 + 0.301i
0.147 + 0.299i
0.340 + 0.595i
0.186 + 0.661i
0.165 + 0.297i
0.147 + 0.299i
0.344 + 0.597i
0.185 + 0.665i

11.7
0.166 + 0.301i
0.146 + 0.298i
0.342 + 0.595i
0.184 + 0.662i
0.165 + 0.296i
0.146 + 0.299i
0.346 + 0.596i
0.183 + 0.665i

11.8
0.166 + 0.301i
0.145 + 0.299i
0.344 + 0.595i
0.182 + 0.664i
0.165 + 0.296i
0.145 + 0.299i
0.348 + 0.596i
0.181 + 0.667i

11.9
0.165 + 0.301i
0.144 + 0.298i
0.345 + 0.595i
0.180 + 0.665i
0.164 + 0.296i
0.144 + 0.298i
0.350 + 0.596i
0.179 + 0.668i

12
0.164 + 0.300i
0.143 + 0.298i
0.347 + 0.595i
0.178 + 0.666i
0.163 + 0.296i
0.143 + 0.298i
0.351 + 0.596i
0.177 + 0.669i

12.1
0.164 + 0.300i
0.142 + 0.298i
0.349 + 0.595i
0.177 + 0.667i
0.163 + 0.295i
0.142 + 0.298i
0.353 + 0.596i
0.175 + 0.670i

12.2
0.163 + 0.300i
0.141 + 0.298i
0.350 + 0.595i
0.175 + 0.669i
0.162 + 0.295i
0.141 + 0.298i
0.354 + 0.595i
0.173 + 0.670i

12.3
0.163 + 0.299i
0.140 + 0.298i
0.352 + 0.595i
0.174 + 0.669i
0.162 + 0.296i
0.140 + 0.299i
0.356 + 0.595i
0.172 + 0.671i

12.4
0.162 + 0.299i
0.139 + 0.299i
0.353 + 0.595i
0.172 + 0.670i
0.161 + 0.296i
0.139 + 0.299i
0.358 + 0.595i
0.170 + 0.671i

12.5
0.162 + 0.299i
0.138 + 0.298i
0.356 + 0.595i
0.171 + 0.671i
0.161 + 0.295i
0.138 + 0.299i
0.359 + 0.594i
0.168 + 0.671i

12.6
0.161 + 0.298i
0.137 + 0.298i
0.357 + 0.595i
0.169 + 0.671i
0.160 + 0.295i
0.137 + 0.299i
0.360 + 0.594i
0.166 + 0.671i

12.7
0.161 + 0.298i
0.136 + 0.298i
0.358 + 0.595i
0.168 + 0.671i
0.160 + 0.295i
0.136 + 0.299i
0.361 + 0.593i
0.165 + 0.671i

12.8
0.160 + 0.279i
0.137 + 0.280i
0.357 + 0.584i
0.166 + 0.652i
0.158 + 0.274i
0.136 + 0.280i
0.356 + 0.583i
0.163 + 0.652i

12.9
0.158 + 0.271i
0.135 + 0.271i
0.352 + 0.583i
0.163 + 0.647i
0.156 + 0.266i
0.135 + 0.272i
0.352 + 0.582i
0.160 + 0.647i

13
0.155 + 0.262i
0.134 + 0.261i
0.348 + 0.582i
0.159 + 0.643i
0.155 + 0.259i
0.133 + 0.263i
0.347 + 0.579i
0.156 + 0.642i

13.1
0.154 + 0.258i
0.133 + 0.256i
0.346 + 0.581i
0.158 + 0.641i
0.153 + 0.255i
0.132 + 0.258i
0.344 + 0.578i
0.155 + 0.639i

13.2
0.153 + 0.253i
0.132 + 0.250i
0.342 + 0.579i
0.155 + 0.637i
0.152 + 0.249i
0.130 + 0.252i
0.341 + 0.576i
0.152 + 0.635i

13.3
0.152 + 0.250i
0.130 + 0.248i
0.342 + 0.579i
0.153 + 0.636i
0.152 + 0.247i
0.130 + 0.250i
0.340 + 0.575i
0.150 + 0.633i

13.4
0.152 + 0.245i
0.130 + 0.242i
0.341 + 0.578i
0.151 + 0.633i
0.151 + 0.243i
0.128 + 0.245i
0.338 + 0.573i
0.148 + 0.630i

13.5
0.151 + 0.242i
0.129 + 0.239i
0.339 + 0.576i
0.149 + 0.632i
0.150 + 0.240i
0.128 + 0.242i
0.336 + 0.572i
0.146 + 0.628i

13.6
0.150 + 0.240i
0.128 + 0.236i
0.340 + 0.576i
0.147 + 0.631i
0.150 + 0.237i
0.127 + 0.240i
0.336 + 0.571i
0.144 + 0.626i

13.7
0.155 + 0.220i
0.131 + 0.224i
0.336 + 0.563i
0.144 + 0.598i
0.154 + 0.217i
0.130 + 0.226i
0.331 + 0.562i
0.142 + 0.597i

13.8
0.155 + 0.218i
0.130 + 0.222i
0.337 + 0.563i
0.143 + 0.596i
0.154 + 0.215i
0.129 + 0.225i
0.332 + 0.561i
0.141 + 0.596i

13.9
0.155 + 0.216i
0.129 + 0.220i
0.338 + 0.562i
0.142 + 0.594i
0.154 + 0.213i
0.129 + 0.223i
0.333 + 0.559i
0.140 + 0.593i

14
0.155 + 0.213i
0.129 + 0.218i
0.339 + 0.562i
0.141 + 0.593i
0.155 + 0.211i
0.129 + 0.221i
0.334 + 0.559i
0.139 + 0.592i

14.1
0.154 + 0.212i
0.129 + 0.217i
0.341 + 0.561i
0.140 + 0.591i
0.154 + 0.209i
0.129 + 0.221i
0.335 + 0.558i
0.138 + 0.591i

14.2
0.155 + 0.209i
0.128 + 0.216i
0.342 + 0.561i
0.139 + 0.590i
0.154 + 0.207i
0.128 + 0.219i
0.336 + 0.557i
0.137 + 0.589i

14.3
0.155 + 0.207i
0.128 + 0.214i
0.344 + 0.561i
0.138 + 0.589i
0.154 + 0.205i
0.128 + 0.217i
0.338 + 0.556i
0.136 + 0.588i

14.4
0.156 + 0.204i
0.128 + 0.212i
0.345 + 0.560i
0.138 + 0.588i
0.155 + 0.203i
0.128 + 0.216i
0.339 + 0.556i
0.135 + 0.586i

14.5
0.156 + 0.202i
0.127 + 0.211i
0.347 + 0.560i
0.136 + 0.586i
0.155 + 0.201i
0.127 + 0.214i
0.340 + 0.555i
0.134 + 0.585i

14.6
0.156 + 0.199i
0.127 + 0.209i
0.349 + 0.561i
0.136 + 0.585i
0.155 + 0.198i
0.127 + 0.213i
0.341 + 0.555i
0.133 + 0.583i

14.7
0.156 + 0.197i
0.127 + 0.207i
0.351 + 0.560i
0.135 + 0.584i
0.156 + 0.196i
0.127 + 0.211i
0.343 + 0.554i
0.132 + 0.582i

14.8
0.156 + 0.194i
0.127 + 0.205i
0.352 + 0.560i
0.134 + 0.583i
0.156 + 0.194i
0.127 + 0.210i
0.344 + 0.554i
0.132 + 0.581i

14.9
0.157 + 0.192i
0.127 + 0.204i
0.354 + 0.561i
0.133 + 0.582i
0.156 + 0.192i
0.127 + 0.209i
0.345 + 0.554i
0.130 + 0.580i

15
0.157 + 0.189i
0.127 + 0.201i
0.355 + 0.561i
0.132 + 0.582i
0.157 + 0.190i
0.127 + 0.207i
0.346 + 0.553i
0.130 + 0.579i

15.1
0.157 + 0.186i
0.127 + 0.199i
0.357 + 0.562i
0.131 + 0.581i
0.157 + 0.187i
0.127 + 0.205i
0.348 + 0.553i
0.128 + 0.578i

15.2
0.158 + 0.182i
0.127 + 0.196i
0.358 + 0.563i
0.130 + 0.581i
0.157 + 0.184i
0.127 + 0.204i
0.349 + 0.553i
0.128 + 0.577i

15.3
0.158 + 0.178i
0.126 + 0.193i
0.360 + 0.564i
0.129 + 0.581i
0.157 + 0.181i
0.127 + 0.202i
0.350 + 0.553i
0.127 + 0.576i

15.4
0.158 + 0.175i
0.126 + 0.190i
0.362 + 0.565i
0.129 + 0.581i
0.157 + 0.178i
0.127 + 0.199i
0.352 + 0.554i
0.126 + 0.577i

15.5
0.833 + 0.453i
0.921 + 0.201i
1.518 + 0.797i
1.643 + 0.482i
0.787 + 0.530i
0.934 + 0.127i
1.324 + 1.073i
1.689 + 0.157i

15.6
0.835 + 0.454i
0.924 + 0.205i
1.514 + 0.803i
1.640 + 0.487i
0.786 + 0.535i
0.939 + 0.125i
1.318 + 1.078i
1.692 + 0.160i

15.7
0.838 + 0.455i
0.926 + 0.210i
1.511 + 0.807i
1.638 + 0.490i
0.785 + 0.541i
0.942 + 0.123i
1.312 + 1.082i
1.694 + 0.162i

15.8
0.839 + 0.456i
0.929 + 0.214i
1.507 + 0.810i
1.636 + 0.494i
0.783 + 0.544i
0.946 + 0.122i
1.307 + 1.086i
1.696 + 0.163i

15.9
0.841 + 0.456i
0.930 + 0.217i
1.504 + 0.811i
1.633 + 0.495i
0.782 + 0.548i
0.948 + 0.121i
1.305 + 1.087i
1.696 + 0.164i

16
0.843 + 0.456i
0.931 + 0.221i
1.502 + 0.812i
1.632 + 0.496i
0.782 + 0.552i
0.949 + 0.119i
1.301 + 1.089i
1.695 + 0.165i

16.1
0.843 + 0.456i
0.931 + 0.224i
1.500 + 0.811i
1.629 + 0.495i
0.780 + 0.554i
0.951 + 0.118i
1.300 + 1.089i
1.694 + 0.165i

16.2
0.844 + 0.456i
0.932 + 0.226i
1.498 + 0.810i
1.627 + 0.495i
0.779 + 0.557i
0.952 + 0.117i
1.299 + 1.088i
1.692 + 0.165i

16.3
0.845 + 0.456i
0.932 + 0.228i
1.496 + 0.807i
1.624 + 0.494i
0.778 + 0.560i
0.952 + 0.116i
1.298 + 1.086i
1.689 + 0.165i

16.4
0.845 + 0.455i
0.931 + 0.231i
1.494 + 0.805i
1.621 + 0.492i
0.776 + 0.562i
0.952 + 0.114i
1.297 + 1.083i
1.687 + 0.164i

16.5
0.846 + 0.455i
0.931 + 0.233i
1.492 + 0.803i
1.619 + 0.491i
0.775 + 0.564i
0.953 + 0.113i
1.296 + 1.082i
1.685 + 0.164i

16.6
0.845 + 0.454i
0.930 + 0.235i
1.490 + 0.799i
1.616 + 0.489i
0.772 + 0.566i
0.953 + 0.112i
1.296 + 1.078i
1.681 + 0.163i

16.7
0.845 + 0.454i
0.929 + 0.237i
1.488 + 0.797i
1.612 + 0.488i
0.771 + 0.568i
0.952 + 0.111i
1.295 + 1.075i
1.679 + 0.163i

16.8
0.845 + 0.454i
0.928 + 0.239i
1.486 + 0.793i
1.608 + 0.485i
0.768 + 0.571i
0.952 + 0.109i
1.295 + 1.072i
1.674 + 0.162i

16.9
0.844 + 0.453i
0.926 + 0.241i
1.483 + 0.790i
1.605 + 0.483i
0.766 + 0.573i
0.951 + 0.108i
1.295 + 1.068i
1.670 + 0.162i

17
0.844 + 0.452i
0.925 + 0.242i
1.482 + 0.786i
1.602 + 0.481i
0.765 + 0.573i
0.951 + 0.107i
1.294 + 1.065i
1.667 + 0.161i

17.1
0.844 + 0.451i
0.923 + 0.243i
1.479 + 0.782i
1.599 + 0.478i
0.763 + 0.575i
0.950 + 0.106i
1.295 + 1.060i
1.663 + 0.160i

17.2
0.845 + 0.449i
0.923 + 0.245i
1.478 + 0.780i
1.597 + 0.476i
0.762 + 0.575i
0.949 + 0.104i
1.293 + 1.057i
1.661 + 0.159i

17.3
0.845 + 0.449i
0.922 + 0.246i
1.476 + 0.778i
1.594 + 0.476i
0.761 + 0.576i
0.949 + 0.103i
1.292 + 1.055i
1.659 + 0.159i

17.4
0.846 + 0.447i
0.921 + 0.247i
1.474 + 0.776i
1.593 + 0.475i
0.761 + 0.577i
0.949 + 0.102i
1.291 + 1.053i
1.657 + 0.159i

17.5
0.846 + 0.446i
0.921 + 0.248i
1.472 + 0.775i
1.590 + 0.474i
0.760 + 0.578i
0.950 + 0.101i
1.290 + 1.051i
1.655 + 0.159i

17.6
0.846 + 0.445i
0.921 + 0.249i
1.471 + 0.773i
1.588 + 0.473i
0.759 + 0.578i
0.950 + 0.100i
1.289 + 1.050i
1.653 + 0.159i

17.7
0.847 + 0.444i
0.920 + 0.249i
1.470 + 0.771i
1.586 + 0.471i
0.759 + 0.578i
0.949 + 0.099i
1.289 + 1.048i
1.651 + 0.159i

17.8
0.848 + 0.442i
0.920 + 0.250i
1.468 + 0.770i
1.585 + 0.471i
0.759 + 0.578i
0.949 + 0.098i
1.288 + 1.046i
1.650 + 0.159i

17.9
0.778 + 0.374i
0.814 + 0.175i
1.512 + 0.510i
1.724 + 0.230i
0.746 + 0.459i
0.823 + 0.098i
1.426 + 0.822i
1.464 + 0.121i

18
0.778 + 0.373i
0.814 + 0.177i
1.509 + 0.509i
1.721 + 0.230i
0.744 + 0.462i
0.824 + 0.097i
1.422 + 0.819i
1.462 + 0.122i

18.1
0.778 + 0.373i
0.814 + 0.179i
1.506 + 0.508i
1.718 + 0.230i
0.743 + 0.465i
0.825 + 0.095i
1.419 + 0.817i
1.460 + 0.122i

18.2
0.779 + 0.372i
0.814 + 0.180i
1.503 + 0.508i
1.716 + 0.232i
0.743 + 0.467i
0.826 + 0.095i
1.414 + 0.815i
1.460 + 0.123i

18.3
0.781 + 0.371i
0.816 + 0.183i
1.499 + 0.508i
1.712 + 0.234i
0.742 + 0.470i
0.827 + 0.093i
1.411 + 0.814i
1.459 + 0.123i

18.4
0.782 + 0.370i
0.817 + 0.185i
1.498 + 0.507i
1.711 + 0.235i
0.743 + 0.471i
0.828 + 0.092i
1.409 + 0.814i
1.459 + 0.123i

18.5
0.775 + 0.361i
0.803 + 0.179i
1.498 + 0.487i
1.707 + 0.216i
0.741 + 0.457i
0.814 + 0.091i
1.418 + 0.790i
1.448 + 0.120i

18.6
0.775 + 0.360i
0.803 + 0.181i
1.494 + 0.484i
1.703 + 0.215i
0.740 + 0.460i
0.814 + 0.089i
1.416 + 0.786i
1.445 + 0.120i

18.7
0.767 + 0.362i
0.798 + 0.187i
1.484 + 0.477i
1.691 + 0.211i
0.730 + 0.466i
0.811 + 0.088i
1.409 + 0.775i
1.433 + 0.119i

18.8
0.768 + 0.362i
0.799 + 0.190i
1.481 + 0.475i
1.686 + 0.209i
0.729 + 0.470i
0.811 + 0.086i
1.406 + 0.772i
1.429 + 0.119i

18.9
0.769 + 0.362i
0.799 + 0.192i
1.479 + 0.473i
1.684 + 0.209i
0.729 + 0.472i
0.812 + 0.085i
1.404 + 0.770i
1.428 + 0.119i

19
0.769 + 0.362i
0.799 + 0.194i
1.476 + 0.471i
1.682 + 0.208i
0.728 + 0.474i
0.812 + 0.084i
1.401 + 0.768i
1.427 + 0.119i

19.1
0.769 + 0.361i
0.799 + 0.196i
1.475 + 0.470i
1.679 + 0.208i
0.729 + 0.476i
0.812 + 0.083i
1.399 + 0.766i
1.425 + 0.119i

19.2
0.191 + 0.115i
0.069 + 0.122i
0.339 + 0.693i
0.166 + 0.735i
0.189 + 0.109i
0.069 + 0.120i
0.409 + 0.648i
0.084 + 0.745i

19.3
0.192 + 0.115i
0.069 + 0.121i
0.338 + 0.693i
0.169 + 0.736i
0.190 + 0.108i
0.069 + 0.119i
0.412 + 0.647i
0.083 + 0.746i

19.4
0.193 + 0.116i
0.069 + 0.121i
0.335 + 0.694i
0.169 + 0.736i
0.191 + 0.109i
0.068 + 0.118i
0.414 + 0.647i
0.082 + 0.746i

19.5
0.194 + 0.116i
0.068 + 0.121i
0.333 + 0.694i
0.171 + 0.736i
0.191 + 0.109i
0.068 + 0.118i
0.416 + 0.646i
0.080 + 0.747i

19.6
0.195 + 0.116i
0.068 + 0.121i
0.332 + 0.695i
0.172 + 0.737i
0.192 + 0.108i
0.068 + 0.116i
0.418 + 0.646i
0.079 + 0.748i

19.7
0.196 + 0.117i
0.068 + 0.120i
0.330 + 0.695i
0.173 + 0.737i
0.193 + 0.108i
0.068 + 0.115i
0.420 + 0.646i
0.077 + 0.749i

19.8
0.197 + 0.118i
0.068 + 0.120i
0.328 + 0.696i
0.174 + 0.737i
0.193 + 0.107i
0.068 + 0.114i
0.421 + 0.646i
0.076 + 0.749i

19.9
0.197 + 0.118i
0.068 + 0.120i
0.327 + 0.696i
0.175 + 0.736i
0.194 + 0.107i
0.068 + 0.113i
0.423 + 0.646i
0.075 + 0.750i

20
0.197 + 0.118i
0.068 + 0.120i
0.326 + 0.696i
0.176 + 0.736i
0.194 + 0.106i
0.068 + 0.112i
0.424 + 0.645i
0.075 + 0.750i

20.1
0.198 + 0.120i
0.068 + 0.121i
0.325 + 0.696i
0.177 + 0.736i
0.195 + 0.106i
0.068 + 0.111i
0.426 + 0.644i
0.073 + 0.751i

20.2
0.199 + 0.121i
0.068 + 0.122i
0.324 + 0.696i
0.178 + 0.736i
0.196 + 0.105i
0.068 + 0.109i
0.427 + 0.644i
0.072 + 0.750i

20.3
0.199 + 0.123i
0.068 + 0.124i
0.323 + 0.696i
0.179 + 0.735i
0.196 + 0.103i
0.068 + 0.107i
0.429 + 0.644i
0.072 + 0.750i

20.4
0.199 + 0.127i
0.068 + 0.131i
0.323 + 0.695i
0.180 + 0.734i
0.195 + 0.100i
0.067 + 0.103i
0.431 + 0.643i
0.070 + 0.750i

20.5
0.164 + 0.204i
0.067 + 0.240i
0.360 + 0.710i
0.207 + 0.758i
0.117 + 0.084i
0.048 + 0.100i
0.476 + 0.642i
0.071 + 0.775i

20.6
0.164 + 0.207i
0.067 + 0.244i
0.362 + 0.712i
0.209 + 0.759i
0.114 + 0.084i
0.048 + 0.101i
0.479 + 0.642i
0.070 + 0.776i

20.7
0.163 + 0.211i
0.067 + 0.248i
0.363 + 0.713i
0.211 + 0.760i
0.112 + 0.084i
0.047 + 0.102i
0.481 + 0.642i
0.071 + 0.777i

20.8
0.166 + 0.217i
0.071 + 0.255i
0.367 + 0.709i
0.213 + 0.748i
0.106 + 0.084i
0.046 + 0.109i
0.496 + 0.642i
0.071 + 0.761i

20.9
0.168 + 0.217i
0.071 + 0.257i
0.367 + 0.708i
0.214 + 0.747i
0.107 + 0.084i
0.045 + 0.109i
0.496 + 0.642i
0.071 + 0.760i

21
0.168 + 0.219i
0.071 + 0.257i
0.367 + 0.708i
0.216 + 0.747i
0.107 + 0.084i
0.045 + 0.109i
0.497 + 0.642i
0.072 + 0.760i

21.1
0.169 + 0.220i
0.070 + 0.258i
0.367 + 0.708i
0.216 + 0.746i
0.108 + 0.083i
0.045 + 0.108i
0.499 + 0.641i
0.072 + 0.760i

21.2
0.169 + 0.221i
0.071 + 0.260i
0.366 + 0.707i
0.217 + 0.745i
0.108 + 0.082i
0.044 + 0.109i
0.500 + 0.642i
0.072 + 0.758i

21.3
0.170 + 0.222i
0.071 + 0.260i
0.366 + 0.707i
0.217 + 0.744i
0.108 + 0.082i
0.044 + 0.108i
0.500 + 0.642i
0.073 + 0.758i

21.4
0.169 + 0.222i
0.070 + 0.261i
0.366 + 0.707i
0.218 + 0.743i
0.110 + 0.083i
0.044 + 0.107i
0.502 + 0.642i
0.073 + 0.757i

21.5
0.170 + 0.222i
0.070 + 0.261i
0.366 + 0.707i
0.218 + 0.744i
0.112 + 0.083i
0.044 + 0.105i
0.502 + 0.642i
0.073 + 0.757i

21.6
0.170 + 0.222i
0.069 + 0.262i
0.366 + 0.707i
0.218 + 0.743i
0.113 + 0.082i
0.044 + 0.104i
0.503 + 0.643i
0.073 + 0.756i

21.7
0.170 + 0.223i
0.069 + 0.262i
0.365 + 0.707i
0.219 + 0.743i
0.114 + 0.082i
0.044 + 0.103i
0.503 + 0.644i
0.073 + 0.757i

21.8
0.171 + 0.223i
0.069 + 0.263i
0.366 + 0.707i
0.219 + 0.743i
0.116 + 0.082i
0.043 + 0.102i
0.504 + 0.644i
0.074 + 0.757i

21.9
0.171 + 0.224i
0.068 + 0.263i
0.366 + 0.708i
0.219 + 0.743i
0.116 + 0.082i
0.043 + 0.101i
0.505 + 0.645i
0.074 + 0.757i

22
0.171 + 0.224i
0.068 + 0.263i
0.366 + 0.708i
0.220 + 0.742i
0.118 + 0.082i
0.043 + 0.100i
0.505 + 0.645i
0.074 + 0.757i

22.1
0.171 + 0.224i
0.067 + 0.263i
0.366 + 0.708i
0.220 + 0.743i
0.119 + 0.082i
0.043 + 0.099i
0.506 + 0.646i
0.074 + 0.757i

22.2
0.172 + 0.224i
0.068 + 0.263i
0.367 + 0.708i
0.220 + 0.741i
0.121 + 0.081i
0.043 + 0.098i
0.507 + 0.647i
0.074 + 0.756i

22.3
0.173 + 0.224i
0.067 + 0.263i
0.367 + 0.708i
0.221 + 0.741i
0.122 + 0.081i
0.043 + 0.098i
0.508 + 0.648i
0.074 + 0.756i

22.4
0.174 + 0.224i
0.068 + 0.262i
0.366 + 0.706i
0.220 + 0.738i
0.124 + 0.081i
0.044 + 0.097i
0.510 + 0.651i
0.074 + 0.753i

22.5
0.174 + 0.224i
0.067 + 0.262i
0.366 + 0.706i
0.220 + 0.739i
0.125 + 0.081i
0.044 + 0.096i
0.510 + 0.652i
0.074 + 0.753i

22.6
0.621 + 0.336i
0.620 + 0.195i
1.470 + 0.117i
1.145 + 0.263i
0.629 + 0.484i
0.621 + 0.063i
1.377 + 0.326i
1.206 + 0.094i

22.7
0.622 + 0.337i
0.621 + 0.196i
1.466 + 0.116i
1.144 + 0.264i
0.630 + 0.485i
0.622 + 0.063i
1.375 + 0.325i
1.205 + 0.095i

22.8
0.623 + 0.338i
0.622 + 0.196i
1.461 + 0.116i
1.145 + 0.265i
0.632 + 0.486i
0.624 + 0.063i
1.375 + 0.325i
1.202 + 0.094i

22.9
0.624 + 0.339i
0.624 + 0.198i
1.458 + 0.116i
1.144 + 0.266i
0.633 + 0.487i
0.626 + 0.064i
1.373 + 0.325i
1.201 + 0.094i

23
0.625 + 0.340i
0.625 + 0.198i
1.454 + 0.115i
1.144 + 0.267i
0.634 + 0.489i
0.627 + 0.064i
1.372 + 0.325i
1.200 + 0.094i

23.1
0.625 + 0.342i
0.626 + 0.200i
1.451 + 0.114i
1.142 + 0.267i
0.635 + 0.490i
0.629 + 0.065i
1.370 + 0.323i
1.198 + 0.094i

23.2
0.627 + 0.343i
0.627 + 0.201i
1.449 + 0.114i
1.140 + 0.268i
0.636 + 0.492i
0.630 + 0.065i
1.366 + 0.321i
1.198 + 0.095i

23.3
0.627 + 0.344i
0.628 + 0.201i
1.447 + 0.113i
1.139 + 0.268i
0.637 + 0.493i
0.632 + 0.066i
1.365 + 0.320i
1.197 + 0.095i

23.4
0.639 + 0.354i
0.636 + 0.209i
1.466 + 0.109i
1.111 + 0.236i
0.650 + 0.503i
0.636 + 0.069i
1.326 + 0.255i
1.193 + 0.086i

23.5
0.640 + 0.355i
0.636 + 0.210i
1.462 + 0.108i
1.109 + 0.234i
0.651 + 0.505i
0.638 + 0.069i
1.324 + 0.254i
1.191 + 0.085i

23.6
0.640 + 0.355i
0.637 + 0.210i
1.459 + 0.107i
1.109 + 0.235i
0.653 + 0.505i
0.638 + 0.069i
1.324 + 0.254i
1.191 + 0.086i

23.7
0.641 + 0.357i
0.637 + 0.211i
1.455 + 0.106i
1.109 + 0.235i
0.654 + 0.507i
0.639 + 0.069i
1.323 + 0.254i
1.190 + 0.086i

23.8
0.642 + 0.358i
0.637 + 0.212i
1.452 + 0.105i
1.109 + 0.235i
0.655 + 0.508i
0.640 + 0.070i
1.321 + 0.255i
1.188 + 0.086i

23.9
0.642 + 0.359i
0.638 + 0.213i
1.447 + 0.105i
1.107 + 0.235i
0.657 + 0.509i
0.640 + 0.070i
1.319 + 0.255i
1.187 + 0.086i

24
0.643 + 0.359i
0.637 + 0.213i
1.444 + 0.104i
1.106 + 0.236i
0.658 + 0.510i
0.641 + 0.070i
1.318 + 0.255i
1.186 + 0.086i

24.1
0.643 + 0.360i
0.638 + 0.213i
1.441 + 0.103i
1.107 + 0.236i
0.659 + 0.511i
0.642 + 0.070i
1.318 + 0.255i
1.186 + 0.086i

24.2
0.644 + 0.361i
0.637 + 0.214i
1.437 + 0.103i
1.106 + 0.236i
0.660 + 0.512i
0.642 + 0.070i
1.316 + 0.256i
1.185 + 0.086i

24.3
0.644 + 0.365i
0.637 + 0.216i
1.433 + 0.103i
1.102 + 0.235i
0.661 + 0.518i
0.643 + 0.071i
1.311 + 0.254i
1.182 + 0.085i

24.4
0.645 + 0.366i
0.637 + 0.217i
1.431 + 0.102i
1.102 + 0.235i
0.662 + 0.520i
0.645 + 0.071i
1.310 + 0.254i
1.182 + 0.085i

24.5
0.645 + 0.367i
0.637 + 0.218i
1.427 + 0.101i
1.102 + 0.236i
0.663 + 0.521i
0.646 + 0.072i
1.310 + 0.255i
1.181 + 0.085i

24.6
0.646 + 0.367i
0.638 + 0.218i
1.425 + 0.101i
1.102 + 0.236i
0.664 + 0.522i
0.647 + 0.072i
1.310 + 0.255i
1.181 + 0.085i

24.7
0.646 + 0.367i
0.638 + 0.218i
1.423 + 0.101i
1.102 + 0.236i
0.666 + 0.523i
0.648 + 0.072i
1.309 + 0.256i
1.181 + 0.085i

24.8
0.647 + 0.368i
0.638 + 0.218i
1.420 + 0.100i
1.103 + 0.237i
0.667 + 0.523i
0.650 + 0.072i
1.309 + 0.257i
1.181 + 0.085i

24.9
0.648 + 0.370i
0.638 + 0.220i
1.417 + 0.099i
1.103 + 0.237i
0.668 + 0.525i
0.651 + 0.073i
1.308 + 0.257i
1.180 + 0.086i

25
0.649 + 0.370i
0.639 + 0.220i
1.415 + 0.099i
1.103 + 0.238i
0.669 + 0.525i
0.654 + 0.073i
1.307 + 0.257i
1.180 + 0.086i

SNR
a49
a50
a51
a52
a53
a54
a55
a56

10
0.318 + 0.178i
0.319 + 0.164i
0.581 + 0.316i
0.618 + 0.218i
0.318 + 0.178i
0.318 + 0.163i
0.589 + 0.319i
0.627 + 0.219i

10.1
0.316 + 0.177i
0.318 + 0.162i
0.583 + 0.318i
0.622 + 0.216i
0.315 + 0.176i
0.315 + 0.152i
0.590 + 0.321i
0.631 + 0.217i

10.2
0.314 + 0.176i
0.316 + 0.161i
0.585 + 0.320i
0.627 + 0.214i
0.313 + 0.174i
0.314 + 0.160i
0.592 + 0.323i
0.635 + 0.216i

10.3
0.312 + 0.174i
0.315 + 0.159i
0.587 + 0.322i
0.630 + 0.213i
0.310 + 0.173i
0.312 + 0.158i
0.593 + 0.325i
0.638 + 0.213i

10.4
0.311 + 0.173i
0.313 + 0.158i
0.589 + 0.324i
0.634 + 0.211i
0.308 + 0.172i
0.310 + 0.157i
0.595 + 0.327i
0.641 + 0.211i

10.5
0.309 + 0.173i
0.312 + 0.157i
0.590 + 0.326i
0.637 + 0.209i
0.306 + 0.171i
0.309 + 0.155i
0.596 + 0.329i
0.644 + 0.209i

10.6
0.308 + 0.171i
0.311 + 0.155i
0.592 + 0.328i
0.641 + 0.207i
0.306 + 0.170i
0.308 + 0.154i
0.597 + 0.330i
0.647 + 0.207i

10.7
0.308 + 0.171i
0.311 + 0.154i
0.594 + 0.330i
0.645 + 0.204i
0.304 + 0.169i
0.307 + 0.153i
0.598 + 0.332i
0.650 + 0.206i

10.8
0.306 + 0.170i
0.310 + 0.153i
0.595 + 0.332i
0.648 + 0.203i
0.303 + 0.168i
0.306 + 0.152i
0.599 + 0.334i
0.652 + 0.203i

10.9
0.306 + 0.169i
0.309 + 0.152i
0.596 + 0.334i
0.651 + 0.200i
0.302 + 0.168i
0.305 + 0.150i
0.600 + 0.336i
0.655 + 0.201i

11
0.305 + 0.169i
0.309 + 0.151i
0.597 + 0.336i
0.653 + 0.198i
0.301 + 0.167i
0.305 + 0.149i
0.600 + 0.338i
0.657 + 0.199i

11.1
0.304 + 0.169i
0.308 + 0.150i
0.598 + 0.338i
0.655 + 0.196i
0.301 + 0.167i
0.304 + 0.148i
0.601 + 0.339i
0.659 + 0.197i

11.2
0.304 + 0.168i
0.309 + 0.149i
0.599 + 0.340i
0.658 + 0.195i
0.301 + 0.166i
0.304 + 0.147i
0.601 + 0.341i
0.661 + 0.195i

11.3
0.304 + 0.168i
0.308 + 0.148i
0.500 + 0.342i
0.661 + 0.192i
0.300 + 0.166i
0.304 + 0.147i
0.602 + 0.343i
0.663 + 0.193i

11.4
0.304 + 0.167i
0.308 + 0.147i
0.600 + 0.343i
0.663 + 0.191i
0.300 + 0.166i
0.304 + 0.145i
0.602 + 0.345i
0.665 + 0.191i

11.5
0.303 + 0.167i
0.308 + 0.146i
0.601 + 0.345i
0.664 + 0.189i
0.299 + 0.165i
0.304 + 0.145i
0.602 + 0.346i
0.666 + 0.189i

11.6
0.303 + 0.157i
0.308 + 0.145i
0.601 + 0.346i
0.666 + 0.187i
0.299 + 0.164i
0.304 + 0.143i
0.602 + 0.347i
0.667 + 0.187i

11.7
0.302 + 0.166i
0.308 + 0.144i
0.602 + 0.347i
0.667 + 0.185i
0.299 + 0.164i
0.304 + 0.143i
0.602 + 0.348i
0.668 + 0.185i

11.8
0.302 + 0.155i
0.307 + 0.143i
0.602 + 0.348i
0.668 + 0.184i
0.298 + 0.163i
0.303 + 0.142i
0.601 + 0.349i
0.669 + 0.184i

11.9
0.301 + 0.155i
0.307 + 0.142i
0.603 + 0.350i
0.669 + 0.182i
0.298 + 0.163i
0.303 + 0.141i
0.601 + 0.351i
0.669 + 0.182i

12
0.302 + 0.165i
0.308 + 0.142i
0.602 + 0.351i
0.670 + 0.181i
0.297 + 0.162i
0.304 + 0.140i
0.600 + 0.352i
0.669 + 0.180i

12.1
0.302 + 0.154i
0.308 + 0.140i
0.602 + 0.352i
0.671 + 0.179i
0.298 + 0.162i
0.305 + 0.135i
0.600 + 0.353i
0.670 + 0.178i

12.2
0.301 + 0.164i
0.309 + 0.140i
0.603 + 0.353i
0.672 + 0.178i
0.298 + 0.162i
0.304 + 0.138i
0.600 + 0.354i
0.670 + 0.176i

12.3
0.301 + 0.163i
0.308 + 0.139i
0.603 + 0.354i
0.672 + 0.176i
0.298 + 0.162i
0.305 + 0.137i
0.599 + 0.355i
0.670 + 0.175i

12.4
0.302 + 0.163i
0.310 + 0.138i
0.603 + 0.355i
0.674 + 0.174i
0.298 + 0.161i
0.306 + 0.136i
0.599 + 0.356i
0.670 + 0.173i

12.5
0.302 + 0.163i
0.311 + 0.137i
0.603 + 0.356i
0.674 + 0.173i
0.298 + 0.161i
0.307 + 0.136i
0.599 + 0.358i
0.671 + 0.172i

12.6
0.303 + 0.162i
0.312 + 0.136i
0.603 + 0.358i
0.676 + 0.172i
0.300 + 0.160i
0.309 + 0.135i
0.598 + 0.359i
0.671 + 0.170i

12.7
0.303 + 0.162i
0.313 + 0.135i
0.604 + 0.359i
0.677 + 0.170i
0.300 + 0.160i
0.310 + 0.134i
0.598 + 0.350i
0.671 + 0.169i

12.8
0.325 + 0.160i
0.337 + 0.132i
0.610 + 0.364i
0.695 + 0.173i
0.322 + 0.158i
0.335 + 0.130i
0.603 + 0.362i
0.687 + 0.171i

12.9
0.335 + 0.161i
0.351 + 0.130i
0.610 + 0.370i
0.701 + 0.174i
0.332 + 0.159i
0.349 + 0.129i
0.603 + 0.368i
0.693 + 0.172i

13
0.347 + 0.162i
0.367 + 0.128i
0.611 + 0.375i
0.707 + 0.176i
0.345 + 0.161i
0.365 + 0.127i
0.604 + 0.373i
0.699 + 0.173i

13.1
0.353 + 0.163i
0.375 + 0.127i
0.611 + 0.378i
0.711 + 0.176i
0.351 + 0.161i
0.373 + 0.125i
0.603 + 0.375i
0.702 + 0.173i

13.2
0.362 + 0.164i
0.386 + 0.125i
0.612 + 0.382i
0.717 + 0.177i
0.360 + 0.162i
0.384 + 0.124i
0.603 + 0.379i
0.708 + 0.174i

13.3
0.365 + 0.164i
0.390 + 0.125i
0.612 + 0.384i
0.719 + 0.177i
0.363 + 0.163i
0.388 + 0.124i
0.602 + 0.380i
0.709 + 0.174i

13.4
0.372 + 0.165i
0.398 + 0.124i
0.612 + 0.386i
0.724 + 0.178i
0.370 + 0.164i
0.396 + 0.122i
0.602 + 0.382i
0.713 + 0.174i

13.5
0.376 + 0.166i
0.404 + 0.123i
0.612 + 0.388i
0.727 + 0.178i
0.375 + 0.165i
0.402 + 0.122i
0.602 + 0.384i
0.716 + 0.175i

13.6
0.379 + 0.167i
0.408 + 0.122i
0.612 + 0.390i
0.730 + 0.178i
0.377 + 0.165i
0.406 + 0.121i
0.602 + 0.385i
0.719 + 0.174i

13.7
0.402 + 0.165i
0.438 + 0.120i
0.620 + 0.398i
0.755 + 0.186i
0.401 + 0.164i
0.436 + 0.118i
0.610 + 0.393i
0.740 + 0.184i

13.8
0.403 + 0.165i
0.441 + 0.119i
0.620 + 0.399i
0.757 + 0.187i
0.403 + 0.164i
0.439 + 0.118i
0.609 + 0.394i
0.741 + 0.184i

13.9
0.406 + 0.165i
0.444 + 0.118i
0.620 + 0.400i
0.761 + 0.188i
0.406 + 0.164i
0.443 + 0.117i
0.609 + 0.394i
0.744 + 0.185i

14
0.408 + 0.167i
0.447 + 0.118i
0.620 + 0.402i
0.763 + 0.189i
0.408 + 0.165i
0.445 + 0.117i
0.608 + 0.395i
0.745 + 0.185i

14.1
0.409 + 0.156i
0.448 + 0.118i
0.621 + 0.403i
0.765 + 0.190i
0.409 + 0.166i
0.448 + 0.117i
0.608 + 0.395i
0.746 + 0.185i

14.2
0.410 + 0.167i
0.452 + 0.118i
0.621 + 0.404i
0.767 + 0.192i
0.412 + 0.166i
0.451 + 0.117i
0.607 + 0.396i
0.749 + 0.185i

14.3
0.412 + 0.168i
0.453 + 0.117i
0.621 + 0.405i
0.769 + 0.192i
0.413 + 0.168i
0.454 + 0.116i
0.607 + 0.396i
0.749 + 0.185i

14.4
0.413 + 0.168i
0.456 + 0.117i
0.622 + 0.406i
0.771 + 0.194i
0.415 + 0.169i
0.457 + 0.116i
0.606 + 0.397i
0.751 + 0.186i

14.5
0.414 + 0.169i
0.458 + 0.117i
0.622 + 0.407i
0.773 + 0.195i
0.416 + 0.169i
0.460 + 0.116i
0.606 + 0.397i
0.752 + 0.186i

14.6
0.416 + 0.169i
0.460 + 0.117i
0.622 + 0.408i
0.775 + 0.196i
0.418 + 0.171i
0.463 + 0.116i
0.605 + 0.397i
0.753 + 0.187i

14.7
0.417 + 0.171i
0.463 + 0.117i
0.623 + 0.409i
0.777 + 0.198i
0.420 + 0.172i
0.465 + 0.116i
0.605 + 0.398i
0.754 + 0.187i

14.8
0.417 + 0.171i
0.464 + 0.117i
0.623 + 0.410i
0.778 + 0.199i
0.421 + 0.173i
0.468 + 0.117i
0.604 + 0.398i
0.755 + 0.188i

14.9
0.419 + 0.172i
0.467 + 0.117i
0.624 + 0.411i
0.780 + 0.201i
0.423 + 0.174i
0.471 + 0.116i
0.603 + 0.399i
0.756 + 0.189i

15
0.419 + 0.172i
0.468 + 0.117i
0.625 + 0.412i
0.781 + 0.202i
0.424 + 0.175i
0.474 + 0.116i
0.603 + 0.399i
0.757 + 0.189i

15.1
0.420 + 0.174i
0.471 + 0.117i
0.626 + 0.412i
0.783 + 0.204i
0.426 + 0.177i
0.477 + 0.116i
0.603 + 0.399i
0.757 + 0.190i

15.2
0.422 + 0.175i
0.473 + 0.117i
0.626 + 0.413i
0.784 + 0.206i
0.427 + 0.179i
0.480 + 0.117i
0.602 + 0.399i
0.758 + 0.191i

15.3
0.422 + 0.175i
0.475 + 0.118i
0.628 + 0.414i
0.785 + 0.208i
0.428 + 0.181i
0.483 + 0.118i
0.602 + 0.399i
0.758 + 0.192i

15.4
0.422 + 0.177i
0.477 + 0.118i
0.628 + 0.415i
0.787 + 0.210i
0.429 + 0.183i
0.486 + 0.118i
0.601 + 0.399i
0.759 + 0.193i

15.5
0.558 + 0.914i
0.311 + 1.023i
0.660 + 1.169i
0.409 + 1.283i
0.697 + 0.817i
0.137 + 1.062i
0.877 + 1.026i
0.141 + 1.341i

15.6
0.554 + 0.918i
0.309 + 1.020i
0.654 + 1.169i
0.404 + 1.281i
0.697 + 0.820i
0.135 + 1.059i
0.872 + 1.029i
0.139 + 1.336i

15.7
0.550 + 0.921i
0.309 + 1.019i
0.648 + 1.170i
0.400 + 1.278i
0.697 + 0.823i
0.133 + 1.056i
0.868 + 1.032i
0.138 + 1.331i

15.8
0.546 + 0.925i
0.307 + 1.017i
0.642 + 1.171i
0.396 + 1.276i
0.698 + 0.825i
0.131 + 1.054i
0.864 + 1.035i
0.136 + 1.327i

15.9
0.545 + 0.928i
0.308 + 1.017i
0.640 + 1.171i
0.394 + 1.274i
0.701 + 0.828i
0.128 + 1.054i
0.862 + 1.036i
0.136 + 1.324i

16
0.542 + 0.932i
0.308 + 1.016i
0.636 + 1.172i
0.391 + 1.273i
0.702 + 0.830i
0.126 + 1.053i
0.860 + 1.038i
0.134 + 1.321i

16.1
0.542 + 0.936i
0.309 + 1.017i
0.635 + 1.173i
0.390 + 1.272i
0.705 + 0.833i
0.125 + 1.055i
0.860 + 1.039i
0.133 + 1.320i

16.2
0.541 + 0.939i
0.310 + 1.019i
0.633 + 1.173i
0.389 + 1.272i
0.707 + 0.835i
0.123 + 1.057i
0.859 + 1.039i
0.133 + 1.318i

16.3
0.540 + 0.943i
0.312 + 1.021i
0.632 + 1.174i
0.389 + 1.272i
0.710 + 0.837i
0.122 + 1.059i
0.859 + 1.039i
0.133 + 1.319i

16.4
0.540 + 0.947i
0.314 + 1.025i
0.632 + 1.174i
0.388 + 1.272i
0.712 + 0.840i
0.121 + 1.063i
0.859 + 1.039i
0.133 + 1.319i

16.5
0.540 + 0.951i
0.316 + 1.028i
0.632 + 1.175i
0.388 + 1.273i
0.714 + 0.842i
0.119 + 1.066i
0.860 + 1.039i
0.133 + 1.319i

16.6
0.540 + 0.955i
0.318 + 1.033i
0.633 + 1.175i
0.389 + 1.274i
0.716 + 0.844i
0.118 + 1.072i
0.861 + 1.038i
0.133 + 1.321i

16.7
0.541 + 0.959i
0.320 + 1.038i
0.634 + 1.176i
0.390 + 1.275i
0.718 + 0.846i
0.118 + 1.077i
0.862 + 1.038i
0.133 + 1.323i

16.8
0.542 + 0.964i
0.322 + 1.043i
0.636 + 1.177i
0.391 + 1.277i
0.720 + 0.848i
0.117 + 1.083i
0.863 + 1.038i
0.134 + 1.326i

16.9
0.542 + 0.968i
0.324 + 1.049i
0.637 + 1.178i
0.393 + 1.278i
0.722 + 0.851i
0.116 + 1.089i
0.863 + 1.037i
0.134 + 1.329i

17
0.544 + 0.970i
0.326 + 1.053i
0.639 + 1.177i
0.394 + 1.279i
0.724 + 0.851i
0.116 + 1.094i
0.865 + 1.036i
0.135 + 1.331i

17.1
0.545 + 0.973i
0.329 + 1.057i
0.641 + 1.177i
0.397 + 1.281i
0.726 + 0.852i
0.116 + 1.100i
0.867 + 1.035i
0.136 + 1.334i

17.2
0.546 + 0.975i
0.330 + 1.060i
0.642 + 1.177i
0.397 + 1.281i
0.727 + 0.853i
0.116 + 1.103i
0.867 + 1.034i
0.136 + 1.335i

17.3
0.547 + 0.977i
0.332 + 1.062i
0.643 + 1.177i
0.398 + 1.282i
0.729 + 0.853i
0.116 + 1.106i
0.868 + 1.033i
0.137 + 1.337i

17.4
0.548 + 0.978i
0.333 + 1.065i
0.644 + 1.177i
0.399 + 1.282i
0.729 + 0.853i
0.116 + 1.109i
0.868 + 1.033i
0.137 + 1.338i

17.5
0.549 + 0.979i
0.335 + 1.066i
0.645 + 1.177i
0.400 + 1.282i
0.731 + 0.854i
0.116 + 1.111i
0.869 + 1.033i
0.137 + 1.338i

17.6
0.550 + 0.980i
0.336 + 1.067i
0.646 + 1.177i
0.400 + 1.282i
0.732 + 0.854i
0.116 + 1.112i
0.870 + 1.032i
0.138 + 1.338i

17.7
0.551 + 0.980i
0.337 + 1.069i
0.647 + 1.176i
0.402 + 1.282i
0.734 + 0.854i
0.116 + 1.114i
0.871 + 1.031i
0.138 + 1.339i

17.8
0.553 + 0.981i
0.339 + 1.069i
0.648 + 1.176i
0.402 + 1.282i
0.736 + 0.855i
0.116 + 1.115i
0.872 + 1.030i
0.138 + 1.339i

17.9
0.695 + 0.875i
0.474 + 0.985i
0.806 + 1.066i
0.573 + 1.188i
0.824 + 0.738i
0.149 + 1.238i
1.003 + 0.892i
0.376 + 1.293i

18
0.694 + 0.877i
0.474 + 0.988i
0.805 + 1.065i
0.572 + 1.187i
0.823 + 0.738i
0.143 + 1.248i
1.001 + 0.891i
0.374 + 1.296i

18.1
0.692 + 0.879i
0.474 + 0.991i
0.803 + 1.064i
0.572 + 1.188i
0.822 + 0.739i
0.140 + 1.253i
0.999 + 0.892i
0.374 + 1.299i

18.2
0.690 + 0.881i
0.474 + 0.994i
0.801 + 1.064i
0.573 + 1.189i
0.819 + 0.740i
0.137 + 1.257i
0.995 + 0.891i
0.374 + 1.304i

18.3
0.687 + 0.882i
0.474 + 0.996i
0.800 + 1.063i
0.573 + 1.189i
0.817 + 0.741i
0.135 + 1.261i
0.993 + 0.891i
0.374 + 1.307i

18.4
0.687 + 0.883i
0.475 + 0.997i
0.799 + 1.064i
0.573 + 1.189i
0.818 + 0.742i
0.133 + 1.262i
0.992 + 0.892i
0.374 + 1.308i

18.5
0.708 + 0.863i
0.520 + 0.984i
0.830 + 1.048i
0.600 + 1.180i
0.835 + 0.724i
0.127 + 1.276i
1.011 + 0.873i
0.383 + 1.285i

18.6
0.709 + 0.864i
0.525 + 0.987i
0.833 + 1.048i
0.603 + 1.181i
0.835 + 0.724i
0.127 + 1.279i
1.011 + 0.870i
0.385 + 1.286i

18.7
0.707 + 0.865i
0.531 + 0.988i
0.835 + 1.044i
0.609 + 1.177i
0.825 + 0.724i
0.137 + 1.321i
1.007 + 0.866i
0.395 + 1.292i

18.8
0.704 + 0.867i
0.528 + 0.991i
0.832 + 1.044i
0.609 + 1.177i
0.823 + 0.726i
0.137 + 1.329i
1.004 + 0.867i
0.396 + 1.294i

18.9
0.704 + 0.868i
0.528 + 0.993i
0.832 + 1.044i
0.609 + 1.178i
0.823 + 0.727i
0.138 + 1.331i
1.003 + 0.867i
0.397 + 1.295i

19
0.704 + 0.869i
0.529 + 0.996i
0.832 + 1.044i
0.612 + 1.179i
0.823 + 0.728i
0.139 + 1.333i
1.002 + 0.866i
0.400 + 1.298i

19.1
0.704 + 0.870i
0.529 + 0.997i
0.832 + 1.044i
0.612 + 1.179i
0.824 + 0.729i
0.139 + 1.335i
1.003 + 0.866i
0.400 + 1.299i

19.2
0.392 + 0.267i
0.525 + 0.207i
0.644 + 0.439i
0.720 + 0.283i
0.405 + 0.293i
0.534 + 0.209i
0.497 + 0.440i
0.675 + 0.247i

19.3
0.391 + 0.267i
0.525 + 0.207i
0.650 + 0.439i
0.721 + 0.283i
0.405 + 0.294i
0.534 + 0.210i
0.496 + 0.440i
0.675 + 0.246i

19.4
0.390 + 0.267i
0.524 + 0.208i
0.656 + 0.439i
0.722 + 0.283i
0.405 + 0.296i
0.535 + 0.212i
0.494 + 0.441i
0.674 + 0.246i

19.5
0.390 + 0.266i
0.524 + 0.209i
0.661 + 0.438i
0.724 + 0.283i
0.406 + 0.297i
0.536 + 0.213i
0.494 + 0.441i
0.674 + 0.245i

19.6
0.389 + 0.266i
0.524 + 0.210i
0.665 + 0.438i
0.724 + 0.284i
0.406 + 0.298i
0.536 + 0.214i
0.493 + 0.441i
0.674 + 0.245i

19.7
0.389 + 0.267i
0.523 + 0.210i
0.669 + 0.439i
0.725 + 0.284i
0.406 + 0.299i
0.537 + 0.215i
0.492 + 0.442i
0.674 + 0.245i

19.8
0.389 + 0.266i
0.524 + 0.211i
0.673 + 0.438i
0.727 + 0.284i
0.407 + 0.301i
0.538 + 0.217i
0.491 + 0.442i
0.674 + 0.244i

19.9
0.388 + 0.266i
0.523 + 0.212i
0.676 + 0.438i
0.728 + 0.284i
0.407 + 0.302i
0.538 + 0.217i
0.491 + 0.442i
0.674 + 0.244i

20
0.388 + 0.265i
0.523 + 0.212i
0.679 + 0.438i
0.730 + 0.284i
0.407 + 0.302i
0.539 + 0.218i
0.490 + 0.442i
0.674 + 0.244i

20.1
0.388 + 0.264i
0.523 + 0.211i
0.682 + 0.438i
0.732 + 0.284i
0.408 + 0.304i
0.541 + 0.219i
0.491 + 0.441i
0.675 + 0.244i

20.2
0.388 + 0.263i
0.523 + 0.212i
0.685 + 0.438i
0.735 + 0.284i
0.409 + 0.305i
0.542 + 0.220i
0.491 + 0.441i
0.675 + 0.243i

20.3
0.388 + 0.262i
0.522 + 0.211i
0.688 + 0.438i
0.737 + 0.285i
0.410 + 0.306i
0.543 + 0.220i
0.491 + 0.440i
0.676 + 0.243i

20.4
0.388 + 0.260i
0.521 + 0.210i
0.691 + 0.438i
0.740 + 0.285i
0.411 + 0.308i
0.545 + 0.221i
0.492 + 0.439i
0.676 + 0.243i

20.5
0.351 + 0.240i
0.439 + 0.174i
0.721 + 0.415i
0.754 + 0.268i
0.430 + 0.328i
0.519 + 0.207i
0.529 + 0.415i
0.633 + 0.240i

20.6
0.349 + 0.238i
0.436 + 0.172i
0.723 + 0.415i
0.756 + 0.267i
0.432 + 0.329i
0.520 + 0.207i
0.532 + 0.413i
0.632 + 0.240i

20.7
0.348 + 0.237i
0.433 + 0.170i
0.726 + 0.414i
0.759 + 0.266i
0.435 + 0.329i
0.521 + 0.206i
0.535 + 0.412i
0.632 + 0.239i

20.8
0.348 + 0.232i
0.431 + 0.164i
0.744 + 0.413i
0.772 + 0.267i
0.448 + 0.327i
0.527 + 0.205i
0.555 + 0.410i
0.639 + 0.240i

20.9
0.349 + 0.231i
0.432 + 0.162i
0.746 + 0.413i
0.775 + 0.267i
0.451 + 0.327i
0.529 + 0.205i
0.559 + 0.409i
0.641 + 0.241i

21
0.348 + 0.231i
0.431 + 0.162i
0.748 + 0.414i
0.777 + 0.267i
0.454 + 0.328i
0.530 + 0.205i
0.562 + 0.409i
0.643 + 0.241i

21.1
0.349 + 0.231i
0.432 + 0.161i
0.750 + 0.414i
0.779 + 0.266i
0.456 + 0.328i
0.531 + 0.205i
0.566 + 0.409i
0.644 + 0.241i

21.2
0.349 + 0.231i
0.432 + 0.161i
0.754 + 0.414i
0.782 + 0.266i
0.460 + 0.328i
0.533 + 0.204i
0.571 + 0.409i
0.647 + 0.241i

21.3
0.349 + 0.232i
0.432 + 0.161i
0.756 + 0.415i
0.785 + 0.266i
0.462 + 0.329i
0.535 + 0.205i
0.574 + 0.410i
0.648 + 0.241i

21.4
0.349 + 0.232i
0.433 + 0.161i
0.759 + 0.415i
0.787 + 0.266i
0.464 + 0.329i
0.535 + 0.205i
0.577 + 0.410i
0.649 + 0.242i

21.5
0.350 + 0.233i
0.433 + 0.161i
0.761 + 0.416i
0.789 + 0.266i
0.466 + 0.330i
0.537 + 0.205i
0.580 + 0.411i
0.651 + 0.242i

21.6
0.350 + 0.234i
0.434 + 0.162i
0.764 + 0.416i
0.791 + 0.266i
0.469 + 0.331i
0.539 + 0.206i
0.584 + 0.412i
0.653 + 0.243i

21.7
0.350 + 0.235i
0.435 + 0.162i
0.765 + 0.417i
0.793 + 0.266i
0.470 + 0.331i
0.539 + 0.207i
0.586 + 0.412i
0.654 + 0.244i

21.8
0.350 + 0.236i
0.436 + 0.163i
0.768 + 0.418i
0.794 + 0.266i
0.473 + 0.332i
0.541 + 0.207i
0.589 + 0.413i
0.656 + 0.244i

21.9
0.350 + 0.237i
0.436 + 0.164i
0.770 + 0.418i
0.796 + 0.266i
0.474 + 0.333i
0.541 + 0.208i
0.591 + 0.414i
0.658 + 0.245i

22
0.351 + 0.238i
0.437 + 0.165i
0.772 + 0.419i
0.799 + 0.265i
0.476 + 0.333i
0.543 + 0.208i
0.594 + 0.414i
0.659 + 0.245i

22.1
0.351 + 0.239i
0.437 + 0.165i
0.774 + 0.420i
0.799 + 0.265i
0.478 + 0.334i
0.544 + 0.209i
0.596 + 0.416i
0.660 + 0.246i

22.2
0.352 + 0.240i
0.439 + 0.165i
0.776 + 0.420i
0.802 + 0.266i
0.480 + 0.334i
0.546 + 0.209i
0.599 + 0.417i
0.663 + 0.246i

22.3
0.353 + 0.242i
0.440 + 0.167i
0.779 + 0.420i
0.804 + 0.265i
0.482 + 0.335i
0.547 + 0.209i
0.601 + 0.418i
0.664 + 0.247i

22.4
0.355 + 0.243i
0.441 + 0.168i
0.782 + 0.418i
0.807 + 0.264i
0.487 + 0.336i
0.549 + 0.211i
0.606 + 0.422i
0.667 + 0.247i

22.5
0.355 + 0.244i
0.442 + 0.169i
0.784 + 0.419i
0.809 + 0.264i
0.488 + 0.337i
0.551 + 0.211i
0.608 + 0.424i
0.668 + 0.248i

22.6
0.831 + 0.794i
0.733 + 1.147i
1.016 + 0.827i
0.923 + 1.022i
0.822 + 0.633i
0.695 + 1.379i
1.035 + 0.634i
0.980 + 1.252i

22.7
0.832 + 0.796i
0.732 + 1.149i
1.016 + 0.829i
0.922 + 1.024i
0.824 + 0.634i
0.691 + 1.379i
1.036 + 0.636i
0.978 + 1.252i

22.8
0.834 + 0.797i
0.730 + 1.151i
1.017 + 0.829i
0.922 + 1.024i
0.826 + 0.635i
0.687 + 1.379i
1.036 + 0.637i
0.975 + 1.251i

22.9
0.835 + 0.799i
0.728 + 1.152i
1.018 + 0.830i
0.922 + 1.025i
0.828 + 0.637i
0.683 + 1.379i
1.037 + 0.638i
0.971 + 1.252i

23
0.837 + 0.801i
0.727 + 1.153i
1.020 + 0.831i
0.922 + 1.026i
0.829 + 0.638i
0.679 + 1.378i
1.037 + 0.639i
0.969 + 1.251i

23.1
0.838 + 0.802i
0.727 + 1.155i
1.021 + 0.831i
0.924 + 1.026i
0.831 + 0.639i
0.675 + 1.378i
1.039 + 0.640i
0.967 + 1.250i

23.2
0.840 + 0.804i
0.726 + 1.156i
1.022 + 0.832i
0.924 + 1.027i
0.832 + 0.642i
0.671 + 1.377i
1.039 + 0.641i
0.965 + 1.251i

23.3
0.840 + 0.806i
0.726 + 1.159i
1.023 + 0.832i
0.926 + 1.027i
0.835 + 0.643i
0.667 + 1.378i
1.040 + 0.642i
0.964 + 1.250i

23.4
0.849 + 0.851i
0.677 + 1.176i
1.021 + 0.937i
0.898 + 1.110i
0.845 + 0.677i
0.572 + 1.393i
1.052 + 0.721i
0.850 + 1.347i

23.5
0.851 + 0.855i
0.676 + 1.177i
1.023 + 0.944i
0.897 + 1.114i
0.846 + 0.681i
0.568 + 1.391i
1.049 + 0.727i
0.844 + 1.350i

23.6
0.854 + 0.858i
0.672 + 1.176i
1.026 + 0.949i
0.894 + 1.115i
0.848 + 0.683i
0.565 + 1.389i
1.049 + 0.729i
0.838 + 1.348i

23.7
0.855 + 0.860i
0.671 + 1.177i
1.027 + 0.952i
0.894 + 1.117i
0.848 + 0.684i
0.561 + 1.388i
1.048 + 0.731i
0.833 + 1.349i

23.8
0.857 + 0.863i
0.668 + 1.177i
1.030 + 0.956i
0.892 + 1.119i
0.850 + 0.686i
0.559 + 1.387i
1.047 + 0.735i
0.830 + 1.349i

23.9
0.859 + 0.864i
0.667 + 1.178i
1.031 + 0.958i
0.892 + 1.120i
0.851 + 0.687i
0.556 + 1.386i
1.047 + 0.736i
0.826 + 1.348i

24
0.860 + 0.866i
0.666 + 1.178i
1.032 + 0.959i
0.893 + 1.120i
0.852 + 0.689i
0.555 + 1.384i
1.046 + 0.737i
0.824 + 1.347i

24.1
0.863 + 0.868i
0.665 + 1.178i
1.035 + 0.961i
0.893 + 1.120i
0.853 + 0.690i
0.553 + 1.382i
1.046 + 0.738i
0.824 + 1.345i

24.2
0.864 + 0.869i
0.664 + 1.180i
1.037 + 0.960i
0.895 + 1.118i
0.854 + 0.690i
0.552 + 1.382i
1.047 + 0.737i
0.826 + 1.341i

24.3
0.865 + 0.868i
0.648 + 1.212i
1.049 + 0.926i
0.938 + 1.097i
0.853 + 0.693i
0.516 + 1.397i
1.046 + 0.724i
0.859 + 1.299i

24.4
0.868 + 0.871i
0.645 + 1.215i
1.053 + 0.926i
0.943 + 1.097i
0.854 + 0.695i
0.510 + 1.397i
1.047 + 0.725i
0.857 + 1.293i

24.5
0.868 + 0.873i
0.642 + 1.217i
1.053 + 0.927i
0.944 + 1.096i
0.855 + 0.697i
0.506 + 1.396i
1.046 + 0.726i
0.855 + 1.290i

24.6
0.869 + 0.875i
0.639 + 1.217i
1.055 + 0.927i
0.944 + 1.096i
0.855 + 0.698i
0.503 + 1.395i
1.046 + 0.728i
0.852 + 1.287i

24.7
0.870 + 0.876i
0.638 + 1.217i
1.055 + 0.928i
0.945 + 1.096i
0.857 + 0.700i
0.501 + 1.393i
1.046 + 0.729i
0.850 + 1.285i

24.8
0.872 + 0.877i
0.637 + 1.217i
1.057 + 0.930i
0.945 + 1.095i
0.857 + 0.701i
0.499 + 1.391i
1.045 + 0.731i
0.848 + 1.283i

24.9
0.872 + 0.879i
0.636 + 1.217i
1.057 + 0.930i
0.946 + 1.096i
0.858 + 0.702i
0.498 + 1.390i
1.046 + 0.732i
0.846 + 1.280i

25
0.873 + 0.879i
0.636 + 1.217i
1.058 + 0.931i
0.945 + 1.095i
0.858 + 0.703i
0.497 + 1.388i
1.045 + 0.732i
0.845 + 1.278i

SNR
a57
a58
a59
a60
a61
a62
a63
a64

10
0.181 + 0.316i
0.165 + 0.316i
0.315 + 0.577i
0.218 + 0.619i
0.180 + 0.316i
0.165 + 0.316i
0.320 + 0.582i
0.220 + 0.623i

10.1
0.179 + 0.313i
0.164 + 0.314i
0.317 + 0.580i
0.216 + 0.623i
0.178 + 0.313i
0.163 + 0.313i
0.321 + 0.584i
0.218 + 0.627i

10.2
0.178 + 0.311i
0.162 + 0.311i
0.318 + 0.582i
0.214 + 0.627i
0.176 + 0.310i
0.162 + 0.310i
0.323 + 0.586i
0.216 + 0.631i

10.3
0.176 + 0.309i
0.161 + 0.310i
0.320 + 0.584i
0.212 + 0.631i
0.174 + 0.308i
0.160 + 0.307i
0.324 + 0.588i
0.214 + 0.635i

10.4
0.175 + 0.307i
0.159 + 0.308i
0.321 + 0.586i
0.209 + 0.634i
0.173 + 0.306i
0.158 + 0.305i
0.326 + 0.589i
0.211 + 0.638i

10.5
0.174 + 0.306i
0.158 + 0.306i
0.323 + 0.588i
0.208 + 0.638i
0.172 + 0.304i
0.157 + 0.303i
0.327 + 0.591i
0.209 + 0.642i

10.6
0.173 + 0.304i
0.157 + 0.305i
0.325 + 0.589i
0.206 + 0.541i
0.171 + 0.303i
0.156 + 0.301i
0.328 + 0.592i
0.207 + 0.645i

10.7
0.172 + 0.303i
0.155 + 0.304i
0.327 + 0.591i
0.203 + 0.645i
0.170 + 0.301i
0.155 + 0.300i
0.330 + 0.593i
0.205 + 0.648i

10.8
0.171 + 0.302i
0.155 + 0.303i
0.328 + 0.592i
0.201 + 0.648i
0.169 + 0.300i
0.153 + 0.298i
0.331 + 0.594i
0.203 + 0.651i

10.9
0.171 + 0.301i
0.153 + 0.302i
0.330 + 0.594i
0.199 + 0.651i
0.168 + 0.299i
0.152 + 0.298i
0.333 + 0.595i
0.201 + 0.654i

11
0.170 + 0.301i
0.152 + 0.301i
0.332 + 0.595i
0.197 + 0.654i
0.168 + 0.298i
0.151 + 0.297i
0.334 + 0.596i
0.198 + 0.657i

11.1
0.169 + 0.301i
0.151 + 0.301i
0.334 + 0.595i
0.195 + 0.656i
0.167 + 0.298i
0.150 + 0.296i
0.336 + 0.596i
0.196 + 0.659i

11.2
0.169 + 0.300i
0.150 + 0.301i
0.336 + 0.596i
0.193 + 0.658i
0.166 + 0.297i
0.149 + 0.296i
0.338 + 0.597i
0.194 + 0.661i

11.3
0.169 + 0.300i
0.149 + 0.300i
0.337 + 0.597i
0.191 + 0.661i
0.166 + 0.296i
0.148 + 0.295i
0.340 + 0.598i
0.192 + 0.664i

11.4
0.168 + 0.299i
0.148 + 0.299i
0.339 + 0.598i
0.189 + 0.662i
0.165 + 0.296i
0.147 + 0.294i
0.341 + 0.598i
0.190 + 0.655i

11.5
0.167 + 0.299i
0.147 + 0.299i
0.340 + 0.598i
0.188 + 0.664i
0.164 + 0.295i
0.146 + 0.294i
0.343 + 0.598i
0.188 + 0.666i

11.6
0.167 + 0.298i
0.146 + 0.299i
0.341 + 0.598i
0.186 + 0.665i
0.164 + 0.294i
0.145 + 0.293i
0.344 + 0.598i
0.186 + 0.668i

11.7
0.167 + 0.298i
0.146 + 0.298i
0.342 + 0.599i
0.184 + 0.666i
0.163 + 0.294i
0.144 + 0.293i
0.345 + 0.597i
0.184 + 0.668i

11.8
0.166 + 0.298i
0.144 + 0.299i
0.344 + 0.598i
0.183 + 0.667i
0.163 + 0.294i
0.143 + 0.293i
0.347 + 0.597i
0.182 + 0.669i

11.9
0.166 + 0.298i
0.144 + 0.298i
0.345 + 0.598i
0.182 + 0.668i
0.162 + 0.293i
0.142 + 0.293i
0.348 + 0.597i
0.181 + 0.670i

12
0.166 + 0.297i
0.143 + 0.299i
0.346 + 0.599i
0.180 + 0.669i
0.161 + 0.293i
0.141 + 0.293i
0.349 + 0.597i
0.179 + 0.670i

12.1
0.165 + 0.297i
0.142 + 0.298i
0.347 + 0.599i
0.178 + 0.670i
0.161 + 0.293i
0.140 + 0.293i
0.351 + 0.596i
0.177 + 0.671i

12.2
0.165 + 0.298i
0.141 + 0.299i
0.349 + 0.598i
0.177 + 0.670i
0.160 + 0.293i
0.140 + 0.293i
0.352 + 0.596i
0.176 + 0.671i

12.3
0.164 + 0.298i
0.140 + 0.299i
0.350 + 0.598i
0.176 + 0.671i
0.160 + 0.293i
0.139 + 0.294i
0.354 + 0.596i
0.174 + 0.671i

12.4
0.163 + 0.297i
0.139 + 0.299i
0.351 + 0.598i
0.174 + 0.671i
0.160 + 0.293i
0.138 + 0.294i
0.355 + 0.595i
0.172 + 0.671i

12.5
0.163 + 0.297i
0.138 + 0.300i
0.353 + 0.598i
0.173 + 0.672i
0.159 + 0.293i
0.137 + 0.295i
0.356 + 0.594i
0.171 + 0.671i

12.6
0.163 + 0.296i
0.137 + 0.300i
0.354 + 0.598i
0.171 + 0.671i
0.158 + 0.292i
0.136 + 0.295i
0.357 + 0.594i
0.169 + 0.670i

12.7
0.162 + 0.296i
0.136 + 0.299i
0.355 + 0.598i
0.170 + 0.671i
0.158 + 0.292i
0.135 + 0.295i
0.358 + 0.593i
0.168 + 0.669i

12.8
0.161 + 0.277i
0.137 + 0.282i
0.353 + 0.587i
0.168 + 0.653i
0.157 + 0.273i
0.135 + 0.277i
0.353 + 0.584i
0.165 + 0.652i

12.9
0.159 + 0.270i
0.135 + 0.272i
0.349 + 0.585i
0.165 + 0.648i
0.155 + 0.266i
0.134 + 0.268i
0.348 + 0.582i
0.162 + 0.646i

13
0.156 + 0.262i
0.134 + 0.264i
0.344 + 0.583i
0.161 + 0.643i
0.153 + 0.258i
0.133 + 0.259i
0.343 + 0.579i
0.159 + 0.641i

13.1
0.155 + 0.258i
0.132 + 0.259i
0.341 + 0.582i
0.159 + 0.640i
0.152 + 0.255i
0.132 + 0.255i
0.340 + 0.578i
0.156 + 0.637i

13.2
0.154 + 0.253i
0.131 + 0.253i
0.337 + 0.580i
0.156 + 0.636i
0.152 + 0.250i
0.130 + 0.249i
0.336 + 0.575i
0.153 + 0.632i

13.3
0.153 + 0.250i
0.130 + 0.251i
0.337 + 0.579i
0.155 + 0.635i
0.151 + 0.248i
0.130 + 0.248i
0.335 + 0.574i
0.152 + 0.630i

13.4
0.152 + 0.247i
0.129 + 0.246i
0.335 + 0.577i
0.153 + 0.631i
0.150 + 0.245i
0.128 + 0.244i
0.332 + 0.572i
0.150 + 0.626i

13.5
0.152 + 0.244i
0.128 + 0.243i
0.333 + 0.576i
0.151 + 0.628i
0.150 + 0.242i
0.128 + 0.241i
0.330 + 0.570i
0.147 + 0.623i

13.6
0.151 + 0.242i
0.127 + 0.241i
0.333 + 0.574i
0.149 + 0.625i
0.150 + 0.241i
0.127 + 0.239i
0.330 + 0.568i
0.146 + 0.620i

13.7
0.155 + 0.222i
0.130 + 0.228i
0.328 + 0.558i
0.146 + 0.591i
0.155 + 0.221i
0.130 + 0.226i
0.325 + 0.556i
0.144 + 0.589i

13.8
0.155 + 0.220i
0.129 + 0.227i
0.328 + 0.557i
0.145 + 0.588i
0.155 + 0.219i
0.129 + 0.224i
0.325 + 0.554i
0.143 + 0.586i

13.9
0.155 + 0.218i
0.129 + 0.225i
0.329 + 0.555i
0.144 + 0.586i
0.155 + 0.218i
0.129 + 0.224i
0.325 + 0.552i
0.142 + 0.583i

14
0.156 + 0.217i
0.129 + 0.225i
0.329 + 0.554i
0.144 + 0.583i
0.156 + 0.217i
0.129 + 0.223i
0.326 + 0.551i
0.141 + 0.581i

14.1
0.156 + 0.215i
0.128 + 0.224i
0.331 + 0.554i
0.142 + 0.581i
0.156 + 0.216i
0.129 + 0.223i
0.326 + 0.550i
0.140 + 0.579i

14.2
0.156 + 0.214i
0.128 + 0.224i
0.331 + 0.552i
0.142 + 0.579i
0.156 + 0.215i
0.128 + 0.222i
0.327 + 0.549i
0.139 + 0.577i

14.3
0.157 + 0.213i
0.128 + 0.223i
0.332 + 0.552i
0.141 + 0.577i
0.157 + 0.214i
0.128 + 0.222i
0.327 + 0.547i
0.138 + 0.575i

14.4
0.157 + 0.211i
0.128 + 0.222i
0.332 + 0.550i
0.140 + 0.574i
0.157 + 0.213i
0.128 + 0.222i
0.327 + 0.546i
0.138 + 0.572i

14.5
0.158 + 0.210i
0.128 + 0.222i
0.333 + 0.550i
0.139 + 0.573i
0.158 + 0.211i
0.128 + 0.222i
0.328 + 0.544i
0.137 + 0.570i

14.6
0.159 + 0.208i
0.128 + 0.222i
0.333 + 0.549i
0.139 + 0.570i
0.159 + 0.210i
0.128 + 0.223i
0.328 + 0.543i
0.136 + 0.567i

14.7
0.160 + 0.208i
0.128 + 0.222i
0.334 + 0.548i
0.138 + 0.568i
0.160 + 0.210i
0.128 + 0.223i
0.329 + 0.542i
0.135 + 0.565i

14.8
0.160 + 0.206i
0.128 + 0.222i
0.335 + 0.547i
0.137 + 0.565i
0.160 + 0.209i
0.128 + 0.223i
0.329 + 0.541i
0.135 + 0.562i

14.9
0.162 + 0.205i
0.128 + 0.222i
0.335 + 0.546i
0.136 + 0.563i
0.162 + 0.208i
0.128 + 0.224i
0.329 + 0.539i
0.134 + 0.560i

15
0.162 + 0.204i
0.128 + 0.222i
0.335 + 0.546i
0.136 + 0.561i
0.163 + 0.208i
0.128 + 0.225i
0.329 + 0.537i
0.133 + 0.557i

15.1
0.163 + 0.204i
0.128 + 0.222i
0.335 + 0.545i
0.134 + 0.558i
0.163 + 0.208i
0.128 + 0.226i
0.329 + 0.536i
0.133 + 0.555i

15.2
0.165 + 0.203i
0.128 + 0.223i
0.336 + 0.544i
0.134 + 0.555i
0.165 + 0.208i
0.128 + 0.227i
0.329 + 0.534i
0.132 + 0.552i

15.3
0.166 + 0.202i
0.129 + 0.224i
0.336 + 0.543i
0.133 + 0.553i
0.166 + 0.208i
0.129 + 0.229i
0.328 + 0.533i
0.132 + 0.549i

15.4
0.168 + 0.203i
0.129 + 0.226i
0.336 + 0.542i
0.133 + 0.550i
0.168 + 0.209i
0.129 + 0.231i
0.329 + 0.531i
0.131 + 0.547i

15.5
0.525 + 0.807i
0.275 + 0.934i
0.812 + 1.473i
0.500 + 1.612i
0.618 + 0.735i
0.138 + 0.964i
1.080 + 1.290i
0.173 + 1.674i

15.6
0.520 + 0.808i
0.274 + 0.929i
0.803 + 1.473i
0.493 + 1.609i
0.617 + 0.734i
0.136 + 0.959i
1.072 + 1.294i
0.170 + 1.667i

15.7
0.516 + 0.808i
0.273 + 0.924i
0.796 + 1.474i
0.487 + 1.607i
0.616 + 0.733i
0.133 + 0.954i
1.065 + 1.297i
0.167 + 1.661i

15.8
0.512 + 0.809i
0.272 + 0.921i
0.788 + 1.473i
0.483 + 1.604i
0.615 + 0.733i
0.131 + 0.951i
1.059 + 1.301i
0.165 + 1.657i

15.9
0.509 + 0.810i
0.273 + 0.918i
0.784 + 1.472i
0.479 + 1.602i
0.615 + 0.733i
0.129 + 0.948i
1.056 + 1.302i
0.164 + 1.653i

16
0.506 + 0.811i
0.274 + 0.915i
0.780 + 1.473i
0.474 + 1.600i
0.615 + 0.732i
0.127 + 0.945i
1.052 + 1.304i
0.162 + 1.648i

16.1
0.503 + 0.811i
0.275 + 0.913i
0.777 + 1.472i
0.473 + 1.597i
0.615 + 0.731i
0.126 + 0.943i
1.050 + 1.304i
0.162 + 1.646i

16.2
0.500 + 0.812i
0.275 + 0.911i
0.776 + 1.470i
0.472 + 1.596i
0.615 + 0.731i
0.123 + 0.942i
1.049 + 1.303i
0.161 + 1.643i

16.3
0.498 + 0.813i
0.277 + 0.910i
0.776 + 1.469i
0.473 + 1.595i
0.615 + 0.730i
0.122 + 0.942i
1.048 + 1.301i
0.161 + 1.643i

16.4
0.495 + 0.815i
0.277 + 0.909i
0.775 + 1.467i
0.472 + 1.593i
0.615 + 0.729i
0.120 + 0.941i
1.048 + 1.300i
0.161 + 1.642i

16.5
0.493 + 0.815i
0.278 + 0.908i
0.775 + 1.466i
0.472 + 1.592i
0.615 + 0.729i
0.118 + 0.940i
1.048 + 1.298i
0.161 + 1.641i

16.6
0.490 + 0.816i
0.279 + 0.908i
0.776 + 1.464i
0.474 + 1.591i
0.614 + 0.728i
0.117 + 0.941i
1.049 + 1.296i
0.162 + 1.641i

16.7
0.488 + 0.817i
0.279 + 0.907i
0.777 + 1.462i
0.475 + 1.589i
0.614 + 0.728i
0.116 + 0.940i
1.050 + 1.293i
0.162 + 1.641i

16.8
0.485 + 0.819i
0.280 + 0.908i
0.779 + 1.461i
0.476 + 1.588i
0.613 + 0.729i
0.114 + 0.941i
1.050 + 1.290i
0.163 + 1.642i

16.9
0.483 + 0.820i
0.280 + 0.908i
0.781 + 1.460i
0.479 + 1.587i
0.613 + 0.729i
0.112 + 0.942i
1.052 + 1.287i
0.164 + 1.643i

17
0.481 + 0.821i
0.281 + 0.908i
0.783 + 1.457i
0.481 + 1.586i
0.613 + 0.727i
0.111 + 0.943i
1.053 + 1.284i
0.164 + 1.644i

17.1
0.480 + 0.823i
0.283 + 0.910i
0.786 + 1.455i
0.484 + 1.585i
0.614 + 0.727i
0.110 + 0.946i
1.055 + 1.280i
0.166 + 1.645i

17.2
0.478 + 0.824i
0.284 + 0.910i
0.785 + 1.453i
0.484 + 1.583i
0.614 + 0.726i
0.108 + 0.947i
1.055 + 1.279i
0.166 + 1.644i

17.3
0.478 + 0.824i
0.285 + 0.910i
0.786 + 1.452i
0.485 + 1.581i
0.615 + 0.725i
0.107 + 0.948i
1.055 + 1.276i
0.166 + 1.644i

17.4
0.476 + 0.825i
0.286 + 0.910i
0.787 + 1.450i
0.486 + 1.579i
0.616 + 0.724i
0.106 + 0.948i
1.055 + 1.274i
0.166 + 1.643i

17.5
0.476 + 0.826i
0.287 + 0.910i
0.786 + 1.449i
0.485 + 1.577i
0.617 + 0.724i
0.106 + 0.949i
1.055 + 1.272i
0.166 + 1.641i

17.6
0.476 + 0.826i
0.289 + 0.909i
0.786 + 1.447i
0.486 + 1.575i
0.618 + 0.722i
0.105 + 0.950i
1.054 + 1.271i
0.166 + 1.640i

17.7
0.476 + 0.826i
0.291 + 0.910i
0.786 + 1.445i
0.486 + 1.573i
0.620 + 0.721i
0.104 + 0.950i
1.055 + 1.269i
0.165 + 1.639i

17.8
0.477 + 0.826i
0.293 + 0.910i
0.786 + 1.443i
0.486 + 1.571i
0.621 + 0.720i
0.103 + 0.952i
1.054 + 1.267i
0.165 + 1.637i

17.9
0.583 + 0.730i
0.461 + 0.875i
0.988 + 1.303i
0.717 + 1.470i
0.664 + 0.626i
0.117 + 1.522i
1.234 + 1.091i
0.407 + 1.607i

18
0.578 + 0.730i
0.461 + 0.865i
0.990 + 1.299i
0.720 + 1.463i
0.662 + 0.626i
0.122 + 1.539i
1.233 + 1.087i
0.419 + 1.602i

18.1
0.574 + 0.732i
0.459 + 0.860i
0.988 + 1.296i
0.721 + 1.459i
0.661 + 0.625i
0.124 + 1.546i
1.231 + 1.084i
0.424 + 1.601i

18.2
0.570 + 0.733i
0.457 + 0.855i
0.988 + 1.292i
0.723 + 1.456i
0.660 + 0.625i
0.126 + 1.552i
1.228 + 1.082i
0.427 + 1.600i

18.3
0.566 + 0.734i
0.454 + 0.851i
0.987 + 1.290i
0.724 + 1.454i
0.659 + 0.524i
0.127 + 1.555i
1.225 + 1.080i
0.430 + 1.600i

18.4
0.565 + 0.735i
0.454 + 0.849i
0.986 + 1.289i
0.723 + 1.452i
0.659 + 0.623i
0.127 + 1.555i
1.224 + 1.078i
0.430 + 1.598i

18.5
0.595 + 0.730i
0.463 + 0.891i
1.007 + 1.278i
0.738 + 1.438i
0.673 + 0.611i
0.138 + 1.564i
1.242 + 1.058i
0.444 + 1.571i

18.6
0.593 + 0.732i
0.464 + 0.890i
1.009 + 1.275i
0.740 + 1.436i
0.672 + 0.511i
0.139 + 1.565i
1.242 + 1.054i
0.446 + 1.569i

18.7
0.577 + 0.733i
0.466 + 0.873i
1.016 + 1.265i
0.752 + 1.427i
0.659 + 0.612i
0.151 + 1.600i
1.243 + 1.042i
0.465 + 1.568i

18.8
0.574 + 0.737i
0.463 + 0.875i
1.016 + 1.261i
0.754 + 1.424i
0.658 + 0.614i
0.153 + 1.606i
1.241 + 1.039i
0.468 + 1.567i

18.9
0.573 + 0.739i
0.463 + 0.875i
1.016 + 1.260i
0.754 + 1.423i
0.658 + 0.614i
0.153 + 1.606i
1.239 + 1.037i
0.468 + 1.566i

19
0.572 + 0.740i
0.462 + 0.876i
1.016 + 1.257i
0.756 + 1.421i
0.658 + 0.614i
0.154 + 1.607i
1.238 + 1.034i
0.470 + 1.566i

19.1
0.572 + 0.742i
0.462 + 0.877i
1.015 + 1.256i
0.756 + 1.420i
0.659 + 0.615i
0.154 + 1.606i
1.237 + 1.033i
0.470 + 1.565i

19.2
0.235 + 0.324i
0.081 + 0.342i
0.267 + 0.515i
0.105 + 0.544i
0.242 + 0.330i
0.077 + 0.341i
0.305 + 0.503i
0.085 + 0.547i

19.3
0.234 + 0.324i
0.080 + 0.342i
0.267 + 0.515i
0.106 + 0.544i
0.243 + 0.330i
0.077 + 0.341i
0.306 + 0.503i
0.085 + 0.548i

19.4
0.234 + 0.324i
0.080 + 0.341i
0.266 + 0.516i
0.106 + 0.544i
0.243 + 0.330i
0.077 + 0.341i
0.307 + 0.503i
0.084 + 0.547i

19.5
0.234 + 0.323i
0.080 + 0.341i
0.265 + 0.517i
0.107 + 0.544i
0.243 + 0.330i
0.076 + 0.341i
0.307 + 0.502i
0.082 + 0.547i

19.6
0.234 + 0.323i
0.080 + 0.340i
0.264 + 0.518i
0.107 + 0.544i
0.242 + 0.330i
0.076 + 0.340i
0.307 + 0.502i
0.082 + 0.547i

19.7
0.234 + 0.322i
0.080 + 0.339i
0.263 + 0.518i
0.107 + 0.544i
0.242 + 0.330i
0.076 + 0.340i
0.308 + 0.502i
0.081 + 0.547i

19.8
0.234 + 0.321i
0.080 + 0.338i
0.262 + 0.519i
0.107 + 0.544i
0.242 + 0.330i
0.076 + 0.340i
0.309 + 0.502i
0.080 + 0.547i

19.9
0.233 + 0.320i
0.080 + 0.338i
0.262 + 0.519i
0.108 + 0.543i
0.242 + 0.330i
0.076 + 0.340i
0.310 + 0.501i
0.079 + 0.546i

20
0.233 + 0.320i
0.080 + 0.337i
0.262 + 0.520i
0.109 + 0.544i
0.242 + 0.330i
0.076 + 0.340i
0.311 + 0.501i
0.079 + 0.547i

20.1
0.233 + 0.319i
0.080 + 0.336i
0.261 + 0.520i
0.110 + 0.544i
0.243 + 0.330i
0.075 + 0.340i
0.312 + 0.500i
0.078 + 0.546i

20.2
0.233 + 0.318i
0.081 + 0.336i
0.262 + 0.520i
0.111 + 0.543i
0.243 + 0.330i
0.075 + 0.341i
0.314 + 0.500i
0.077 + 0.546i

20.3
0.234 + 0.317i
0.081 + 0.334i
0.262 + 0.521i
0.112 + 0.543i
0.245 + 0.331i
0.076 + 0.342i
0.315 + 0.499i
0.076 + 0.545i

20.4
0.234 + 0.315i
0.081 + 0.332i
0.262 + 0.522i
0.116 + 0.546i
0.246 + 0.333i
0.076 + 0.347i
0.317 + 0.498i
0.075 + 0.544i

20.5
0.235 + 0.337i
0.097 + 0.384i
0.289 + 0.566i
0.165 + 0.600i
0.294 + 0.394i
0.076 + 0.445i
0.359 + 0.510i
0.075 + 0.594i

20.6
0.236 + 0.338i
0.099 + 0.387i
0.291 + 0.568i
0.168 + 0.602i
0.299 + 0.396i
0.076 + 0.449i
0.362 + 0.510i
0.075 + 0.597i

20.7
0.237 + 0.340i
0.101 + 0.391i
0.291 + 0.569i
0.171 + 0.602i
0.304 + 0.398i
0.075 + 0.453i
0.366 + 0.510i
0.074 + 0.599i

20.8
0.246 + 0.344i
0.115 + 0.396i
0.299 + 0.563i
0.183 + 0.591i
0.334 + 0.398i
0.069 + 0.456i
0.391 + 0.507i
0.074 + 0.596i

20.9
0.248 + 0.345i
0.119 + 0.397i
0.299 + 0.562i
0.184 + 0.588i
0.341 + 0.398i
0.067 + 0.457i
0.395 + 0.507i
0.074 + 0.596i

21
0.249 + 0.346i
0.121 + 0.398i
0.299 + 0.561i
0.186 + 0.587i
0.347 + 0.399i
0.065 + 0.458i
0.399 + 0.507i
0.073 + 0.597i

21.1
0.250 + 0.348i
0.124 + 0.399i
0.300 + 0.561i
0.188 + 0.586i
0.351 + 0.400i
0.064 + 0.459i
0.402 + 0.507i
0.073 + 0.597i

21.2
0.253 + 0.349i
0.127 + 0.400i
0.300 + 0.560i
0.189 + 0.584i
0.359 + 0.400i
0.062 + 0.459i
0.408 + 0.507i
0.072 + 0.597i

21.3
0.254 + 0.350i
0.130 + 0.401i
0.300 + 0.559i
0.190 + 0.583i
0.363 + 0.401i
0.061 + 0.459i
0.411 + 0.508i
0.071 + 0.598i

21.4
0.255 + 0.351i
0.132 + 0.402i
0.301 + 0.559i
0.191 + 0.582i
0.367 + 0.402i
0.060 + 0.460i
0.415 + 0.508i
0.071 + 0.598i

21.5
0.256 + 0.352i
0.134 + 0.403i
0.301 + 0.559i
0.192 + 0.581i
0.369 + 0.403i
0.060 + 0.460i
0.417 + 0.509i
0.071 + 0.599i

21.6
0.258 + 0.353i
0.136 + 0.404i
0.302 + 0.559i
0.192 + 0.580i
0.373 + 0.403i
0.059 + 0.460i
0.421 + 0.510i
0.070 + 0.598i

21.7
0.259 + 0.354i
0.138 + 0.405i
0.302 + 0.559i
0.193 + 0.580i
0.375 + 0.404i
0.058 + 0.460i
0.423 + 0.511i
0.070 + 0.599i

21.8
0.260 + 0.355i
0.140 + 0.406i
0.303 + 0.559i
0.193 + 0.579i
0.379 + 0.405i
0.057 + 0.460i
0.426 + 0.512i
0.070 + 0.600i

21.9
0.261 + 0.356i
0.142 + 0.407i
0.303 + 0.559i
0.193 + 0.579i
0.380 + 0.406i
0.057 + 0.460i
0.428 + 0.513i
0.070 + 0.600i

22
0.263 + 0.358i
0.144 + 0.408i
0.304 + 0.559i
0.194 + 0.579i
0.384 + 0.407i
0.057 + 0.460i
0.431 + 0.514i
0.070 + 0.600i

22.1
0.264 + 0.358i
0.145 + 0.408i
0.304 + 0.559i
0.194 + 0.579i
0.386 + 0.408i
0.056 + 0.460i
0.433 + 0.515i
0.070 + 0.601i

22.2
0.265 + 0.359i
0.147 + 0.409i
0.306 + 0.559i
0.195 + 0.578i
0.388 + 0.408i
0.056 + 0.459i
0.437 + 0.516i
0.069 + 0.601i

22.3
0.266 + 0.361i
0.149 + 0.409i
0.307 + 0.559i
0.195 + 0.578i
0.390 + 0.409i
0.056 + 0.459i
0.439 + 0.517i
0.069 + 0.601i

22.4
0.270 + 0.363i
0.151 + 0.409i
0.310 + 0.558i
0.196 + 0.575i
0.396 + 0.410i
0.055 + 0.457i
0.451 + 0.519i
0.069 + 0.599i

22.5
0.271 + 0.363i
0.153 + 0.410i
0.311 + 0.558i
0.196 + 0.575i
0.397 + 0.411i
0.055 + 0.456i
0.453 + 0.520i
0.069 + 0.599i

22.6
0.657 + 0.796i
0.681 + 0.968i
1.439 + 0.592i
1.279 + 0.792i
0.641 + 0.636i
0.502 + 1.245i
1.219 + 0.516i
1.198 + 1.044i

22.7
0.658 + 0.797i
0.682 + 0.968i
1.438 + 0.590i
1.278 + 0.790i
0.644 + 0.637i
0.501 + 1.243i
1.219 + 0.516i
1.197 + 1.043i

22.8
0.661 + 0.798i
0.685 + 0.969i
1.434 + 0.589i
1.277 + 0.789i
0.645 + 0.638i
0.499 + 1.242i
1.217 + 0.515i
1.195 + 1.042i

22.9
0.662 + 0.798i
0.687 + 0.969i
1.432 + 0.587i
1.276 + 0.787i
0.647 + 0.639i
0.497 + 1.241i
1.216 + 0.514i
1.194 + 1.041i

23
0.664 + 0.799i
0.688 + 0.970i
1.429 + 0.586i
1.276 + 0.785i
0.649 + 0.641i
0.496 + 1.240i
1.215 + 0.514i
1.193 + 1.040i

23.1
0.666 + 0.800i
0.691 + 0.971i
1.428 + 0.582i
1.276 + 0.782i
0.651 + 0.642i
0.495 + 1.238i
1.215 + 0.512i
1.194 + 1.037i

23.2
0.667 + 0.802i
0.693 + 0.972i
1.426 + 0.578i
1.276 + 0.780i
0.652 + 0.643i
0.494 + 1.236i
1.214 + 0.511i
1.194 + 1.035i

23.3
0.668 + 0.804i
0.695 + 0.975i
1.423 + 0.575i
1.275 + 0.777i
0.654 + 0.646i
0.493 + 1.234i
1.212 + 0.509i
1.195 + 1.032i

23.4
0.671 + 0.817i
0.682 + 0.991i
1.456 + 0.466i
1.312 + 0.665i
0.663 + 0.656i
0.453 + 1.213i
1.225 + 0.445i
1.275 + 0.887i

23.5
0.673 + 0.819i
0.684 + 0.993i
1.452 + 0.465i
1.306 + 0.660i
0.665 + 0.658i
0.451 + 1.211i
1.223 + 0.441i
1.274 + 0.881i

23.6
0.676 + 0.819i
0.685 + 0.993i
1.449 + 0.466i
1.302 + 0.657i
0.667 + 0.659i
0.449 + 1.210i
1.222 + 0.439i
1.273 + 0.876i

23.7
0.677 + 0.821i
0.687 + 0.994i
1.445 + 0.467i
1.297 + 0.655i
0.668 + 0.660i
0.448 + 1.207i
1.221 + 0.438i
1.272 + 0.872i

23.8
0.679 + 0.822i
0.689 + 0.995i
1.441 + 0.466i
1.294 + 0.653i
0.670 + 0.661i
0.447 + 1.207i
1.219 + 0.437i
1.270 + 0.869i

23.9
0.681 + 0.823i
0.691 + 0.996i
1.437 + 0.466i
1.290 + 0.651i
0.671 + 0.662i
0.447 + 1.206i
1.217 + 0.436i
1.269 + 0.866i

24
0.683 + 0.824i
0.693 + 0.997i
1.434 + 0.466i
1.288 + 0.649i
0.672 + 0.663i
0.446 + 1.205i
1.215 + 0.435i
1.267 + 0.862i

24.1
0.685 + 0.826i
0.695 + 0.998i
1.431 + 0.465i
1.285 + 0.646i
0.674 + 0.665i
0.446 + 1.203i
1.214 + 0.434i
1.268 + 0.858i

24.2
0.688 + 0.828i
0.697 + 1.000i
1.429 + 0.465i
1.283 + 0.645i
0.676 + 0.666i
0.445 + 1.203i
1.212 + 0.433i
1.267 + 0.856i

24.3
0.690 + 0.844i
0.717 + 1.030i
1.424 + 0.461i
1.279 + 0.637i
0.678 + 0.676i
0.433 + 1.204i
1.207 + 0.430i
1.281 + 0.845i

24.4
0.693 + 0.847i
0.720 + 1.034i
1.421 + 0.460i
1.277 + 0.634i
0.680 + 0.678i
0.431 + 1.202i
1.205 + 0.429i
1.282 + 0.840i

24.5
0.694 + 0.849i
0.722 + 1.037i
1.418 + 0.461i
1.274 + 0.634i
0.681 + 0.680i
0.430 + 1.201i
1.204 + 0.429i
1.280 + 0.839i

24.6
0.695 + 0.850i
0.722 + 1.038i
1.415 + 0.462i
1.271 + 0.633i
0.682 + 0.681i
0.428 + 1.199i
1.203 + 0.428i
1.279 + 0.836i

24.7
0.697 + 0.852i
0.724 + 1.039i
1.413 + 0.462i
1.269 + 0.631i
0.684 + 0.682i
0.428 + 1.197i
1.202 + 0.428i
1.277 + 0.833i

24.8
0.698 + 0.853i
0.725 + 1.040i
1.410 + 0.462i
1.266 + 0.631i
0.684 + 0.683i
0.429 + 1.196i
1.201 + 0.428i
1.276 + 0.831i

24.9
0.699 + 0.854i
0.726 + 1.040i
1.407 + 0.463i
1.265 + 0.630i
0.686 + 0.684i
0.428 + 1.196i
1.199 + 0.428i
1.274 + 0.829i

25
0.700 + 0.855i
0.726 + 1.041i
1.405 + 0.463i
1.262 + 0.629i
0.686 + 0.685i
0.428 + 1.195i
1.198 + 0.427i
1.273 + 0.827i

Annex to the Description—Annex 1b

64NUQAM

SNR
l1
l2
l3
l4

4
1
1
2.839885
2.839885

5
1
1
3.333799
3.333799

6
1
1
3.673272
3.673272

7
1
1
3.772273
3.786417

8
1
1.191385
3.567779
4.620412

9
1
1.420475
3.669097
5.36928

10
1
1.712789
3.997906
6.241096

11
1
2.079134
4.429257
7.139089

12
1
2.511934
4.87267
7.976119

13
1
2.764698
5.145644
8.394934

14
1
3.017794
5.480702
8.804139

15
1
3.047482
5.480719
8.655799

16
1
3.106828
5.510392
8.537099

17
1
3.046101
5.351575
8.118142

18
1
3.016799
5.229677
7.806698

19
1
3.072838
5.257719
7.750716

20
1
3.072822
5.257695
7.666657

21
1
3.016336
5.114428
7.403244

22
1
3.016351
5.114446
7.348773

23
1
3.016337
5.087177
7.267007

24
1
3.016341
5.087182
7.239767

256 NUQAM

SNR
l1
l2
l3
l4
l5
l6
l7
l8

7
1
1
1
1
3.759495
3.759495
3.759495
3.759495

8
1
0.865981
0.752579
0.865981
3
4.422682
3
2.69072

9
1
0.823528
0.686273
0.823528
2.823528
4.401956
2.823528
2.558823

10
1
1.12848
1.578161
1.385441
3.91221
3.869383
4.661674
6.803007

11
1
1.023423
1.843092
1.772836
3.997663
4.231856
5.730687
7.651065

12
1
0.974163
2.188638
2.188638
4.281664
4.669262
6.555574
8.622762

13
1
0.971184
2.556198
2.613837
4.659952
5.2075
7.39771
9.818462

14
1
0.969417
2.773689
2.865438
4.853198
5.495397
7.850127
10.54125

15
1
1
2.954397
3.117258
5.169379
5.885988
8.361555
11.26058

16
1
1
2.954403
3.182412
5.169383
5.98372
8.361572
11.22802

17
1
1.13937
3.125436
3.508715
5.49478
6.574918
8.944254
11.90593

18
1
1.299621
3.209728
3.883887
5.793994
7.292119
9.614208
12.61046

19
1
2.014496
3.995172
5.444447
7.521745
9.695663
12.4493
16.02418

20
1
2.63841
4.672306
6.593206
8.909592
11.45195
14.5593
18.45759

21
1
2.916187
4.952133
7.107824
9.503049
12.25757
15.43123
19.26359

22
1
2.916143
4.952058
7.10773
9.502917
12.13763
15.13162
18.66453

23
1
3.035904
5.071823
7.227493
9.562818
12.13764
14.952
18.24539

24
1
3.035928
5.131725
7.347292
9.682613
12.1377
14.83232
17.88619

25
1
3.095825
5.25153
7.407236
9.682704
12.1378
14.77255
17.7067

26
1
3.095796
5.251469
7.407143
9.682587
12.07779
14.59274
17.34722

27
1
3.095806
5.251487
7.467059
9.68263
12.01797
14.47305
17.10778

1024 NUQAM

SNR
l1
l2
l3
l4
l5
l6
l7
l8
l9

11
1
1
1.027778
1.027778
1.833333
1.833333
1.777778
1.777778
3.972222

12
1
1
1
1
2.25
2.25
2.25
2.25
4.375

13
1
1
0.966667
0.966667
2.5
2.5
2.533333
2.533333
4.6

14
1
1
0.964286
0.964286
2.714286
2.714286
2.785714
2.785714
4.821429

15
1
1
1
1
2.923077
2.923077
3.038462
3.038462
5.115385

16
1
1
1
1
2.884615
2.923077
3.076923
3.076923
5.115385

17
1
1
1.04
1.04
3
3.04
3.32
3.28
5.32

18
1
1
1.217391
1.217391
3.130435
3.130435
3.695652
3.695652
5.608696

19
1
1
1.55
1.55
3.5
3.5
4.5
4.5
6.45

20
1
1
2.466667
2.466667
4.533333
4.533333
6.266667
6.266667
8.533333

21
1
1
2.785714
2.785714
4.857143
4.857143
6.857143
6.928571
9.142857

22
1
1
3.076923
3.076923
5.230769
5.230769
7.384615
7.461538
9.692308

23
1
1
3.076923
3.076923
5.153846
5.230769
7.307692
7.538462
9.538462

24
1
1
3
3.076923
5
5.230769
7.076923
7.692308
9.384615

25
1
1.166667
3.083333
3.333333
5.166667
5.75
7.416667
8.5
10.08333

26
1
2.375
4.25
5.75
7.75
9.375
11.375
13.375
15.5

27
1
2.857143
4.857143
6.857143
8.857143
10.85714
13
15.28571
17.71429

28
1
2.857143
4.857143
6.857143
8.857143
11
13.28571
15.71429
18.14286

29
1
2.857143
4.857143
6.857143
8.857143
11
13.28571
15.71429
18.14286

30
1
2.857143
4.857143
6.857143
8.857143
11
13.28571
15.71429
18.14286

31
1
3
4.857143
6.857143
8.857143
11
13.28571
15.71429
18.14286

SNR
l10
l11
l12
l13
l14
l15
l16

11
4.111111
4.277778
4.138889
5.916667
5.805556
6.5
8.638889

12
4.5
4.75
4.59375
6.875
6.78125
7.4375
9.8125

13
4.633333
5.033333
4.966667
7.1
7.333333
8.466667
10.7

14
4.821429
5.357143
5.357143
7.464286
7.857143
9.464286
11.71429

15
5.076923
5.692308
5.769231
7.923077
8.423077
10.34615
12.80769

16
5.038462
5.692308
5.846154
7.884615
8.423077
10.5
13.03846

17
5.24
6.04
6.28
8.24
8.84
11.04
13.68

18
5.608696
6.826087
7.086957
8.956522
9.695652
11.95652
14.69565

19
6.45
8.1
8.4
10.35
11.35
13.75
16.75

20
8.6
10.8
11.33333
13.73333
15.26667
18.2
21.93333

21
9.357143
11.57143
12.35714
14.64286
16.64286
19.5
23.21429

22
10.07692
12.23077
13.38462
15.69231
18.07692
21
24.69231

23
10.23077
12.15385
13.69231
15.76923
18.15385
20.92308
24.38462

24
10.53846
12.23077
13.92308
15.92308
18.23077
20.92308
24.15385

25
11.58333
13.33333
15.25
17.33333
19.75
22.41667
25.58333

26
17.75
20.25
23
26.125
29.5
33.25
37.625

27
20.42857
23.28571
26.42857
29.71429
33.42857
37.42857
42

28
20.71429
23.42857
26.42857
29.71429
33.14286
36.85714
41.14286

29
20.71429
23.42857
26.42857
29.57143
32.85714
36.28571
40.14286

30
20.71429
23.42857
26.14286
29
32
35.14286
38.71429

31
20.71429
23.42857
26.14286
28.85714
31.71429
34.71429
38

Annex to the Description—Annex 2b

64 NUC

Normalized values

SNR
a1
a2
a3
a4
a5
a6
a7
a8

7
0.467 + 0.274i
0.274 + 0.465i
0.456 + 0.247i
0.248 + 0.452i
1.125 + 0.640i
0.633 + 1.125i
1.265 + 0.359i
0.361 + 1.265i

7.1
0.473 + 0.277i
0.277 + 0.471i
0.464 + 0.247i
0.250 + 0.458i
1.106 + 0.638i
0.625 + 1.105i
1.245 + 0.347i
0.348 + 1.242i

7.2
0.482 + 0.281i
0.281 + 0.479i
0.477 + 0.248i
0.251 + 0.467i
1.077 + 0.629i
0.609 + 1.077i
1.213 + 0.333i
0.334 + 1.208i

7.3
0.489 + 0.283i
0.283 + 0.485i
0.487 + 0.248i
0.252 + 0.473i
1.057 + 0.624i
0.597 + 1.057i
1.193 + 0.322i
0.323 + 1.184i

7.4
0.495 + 0.286i
0.285 + 0.489i
0.498 + 0.247i
0.252 + 0.479i
1.041 + 0.621i
0.586 + 1.040i
1.175 + 0.315i
0.315 + 1.164i

7.5
0.500 + 0.287i
0.286 + 0.493i
0.507 + 0.247i
0.253 + 0.485i
1.027 + 0.617i
0.579 + 1.027i
1.161 + 0.308i
0.308 + 1.148i

7.6
0.505 + 0.289i
0.287 + 0.497i
0.513 + 0.247i
0.252 + 0.492i
1.016 + 0.612i
0.576 + 1.016i
1.148 + 0.304i
0.301 + 1.134i

7.7
0.508 + 0.290i
0.289 + 0.502i
0.517 + 0.247i
0.251 + 0.501i
1.006 + 0.602i
0.577 + 1.006i
1.135 + 0.299i
0.296 + 1.124i

7.8
0.512 + 0.291i
0.291 + 0.507i
0.521 + 0.247i
0.250 + 0.510i
0.997 + 0.596i
0.577 + 0.997i
1.124 + 0.294i
0.292 + 1.115i

7.9
0.515 + 0.292i
0.292 + 0.512i
0.525 + 0.248i
0.249 + 0.519i
0.988 + 0.588i
0.579 + 0.988i
1.113 + 0.291i
0.289 + 1.107i

8
0.519 + 0.294i
0.293 + 0.517i
0.530 + 0.247i
0.248 + 0.526i
0.981 + 0.584i
0.577 + 0.981i
1.104 + 0.288i
0.286 + 1.099i

8.1
0.523 + 0.295i
0.295 + 0.522i
0.535 + 0.247i
0.247 + 0.533i
0.974 + 0.580i
0.575 + 0.974i
1.095 + 0.284i
0.284 + 1.092i

8.2
0.527 + 0.296i
0.296 + 0.526i
0.541 + 0.246i
0.246 + 0.540i
0.967 + 0.576i
0.573 + 0.967i
1.087 + 0.282i
0.282 + 1.084i

8.3
0.532 + 0.297i
0.297 + 0.531i
0.547 + 0.245i
0.245 + 0.546i
0.961 + 0.573i
0.570 + 0.961i
1.081 + 0.279i
0.279 + 1.078i

8.4
0.536 + 0.299i
0.299 + 0.535i
0.553 + 0.244i
0.244 + 0.553i
0.955 + 0.570i
0.568 + 0.955i
1.074 + 0.277i
0.277 + 1.072i

8.5
0.541 + 0.300i
0.300 + 0.541i
0.559 + 0.243i
0.244 + 0.559i
0.950 + 0.566i
0.565 + 0.950i
1.068 + 0.275i
0.275 + 1.067i

8.6
0.545 + 0.302i
0.302 + 0.545i
0.566 + 0.242i
0.242 + 0.566i
0.945 + 0.564i
0.563 + 0.945i
1.062 + 0.273i
0.273 + 1.062i

8.7
0.550 + 0.303i
0.303 + 0.550i
0.572 + 0.241i
0.241 + 0.572i
0.940 + 0.561i
0.561 + 0.940i
1.058 + 0.271i
0.271 + 1.057i

8.8
0.554 + 0.305i
0.305 + 0.554i
0.578 + 0.239i
0.240 + 0.578i
0.936 + 0.559i
0.559 + 0.936i
1.053 + 0.268i
0.269 + 1.052i

8.9
0.559 + 0.306i
0.306 + 0.559i
0.584 + 0.238i
0.238 + 0.584i
0.932 + 0.556i
0.557 + 0.932i
1.048 + 0.267i
0.267 + 1.048i

9
0.563 + 0.307i
0.307 + 0.563i
0.590 + 0.236i
0.237 + 0.590i
0.929 + 0.554i
0.554 + 0.929i
1.045 + 0.265i
0.265 + 1.045i

9.1
0.567 + 0.309i
0.309 + 0.566i
0.596 + 0.235i
0.235 + 0.596i
0.925 + 0.553i
0.553 + 0.925i
1.041 + 0.263i
0.264 + 1.041i

9.2
0.571 + 0.310i
0.311 + 0.571i
0.601 + 0.234i
0.234 + 0.601i
0.922 + 0.552i
0.552 + 0.922i
1.039 + 0.261i
0.262 + 1.038i

9.3
0.574 + 0.313i
0.312 + 0.574i
0.607 + 0.232i
0.232 + 0.607i
0.919 + 0.550i
0.550 + 0.919i
1.035 + 0.259i
0.260 + 1.035i

9.4
0.578 + 0.314i
0.314 + 0.578i
0.612 + 0.230i
0.230 + 0.612i
0.916 + 0.550i
0.550 + 0.916i
1.033 + 0.257i
0.258 + 1.033i

9.5
0.581 + 0.316i
0.316 + 0.581i
0.617 + 0.229i
0.229 + 0.617i
0.913 + 0.549i
0.549 + 0.913i
1.030 + 0.255i
0.256 + 1.030i

9.6
0.584 + 0.317i
0.317 + 0.584i
0.622 + 0.226i
0.227 + 0.622i
0.911 + 0.548i
0.549 + 0.911i
1.028 + 0.253i
0.254 + 1.028i

9.7
0.587 + 0.319i
0.319 + 0.587i
0.627 + 0.225i
0.225 + 0.627i
0.908 + 0.549i
0.549 + 0.908i
1.026 + 0.251i
0.252 + 1.026i

9.8
0.589 + 0.321i
0.321 + 0.589i
0.631 + 0.222i
0.223 + 0.631i
0.906 + 0.549i
0.549 + 0.906i
1.025 + 0.249i
0.251 + 1.025i

9.9
0.592 + 0.323i
0.322 + 0.592i
0.636 + 0.221i
0.221 + 0.635i
0.904 + 0.550i
0.549 + 0.904i
1.024 + 0.247i
0.248 + 1.024i

10
0.594 + 0.325i
0.324 + 0.594i
0.640 + 0.219i
0.219 + 0.639i
0.902 + 0.550i
0.549 + 0.902i
1.023 + 0.245i
0.246 + 1.023i

10.1
0.596 + 0.327i
0.326 + 0.596i
0.644 + 0.216i
0.217 + 0.643i
0.900 + 0.551i
0.551 + 0.900i
1.022 + 0.243i
0.245 + 1.022i

10.2
0.598 + 0.329i
0.328 + 0.598i
0.647 + 0.215i
0.215 + 0.647i
0.898 + 0.552i
0.552 + 0.898i
1.021 + 0.241i
0.242 + 1.021i

10.3
0.600 + 0.331i
0.330 + 0.600i
0.651 + 0.213i
0.213 + 0.651i
0.896 + 0.553i
0.552 + 0.896i
1.020 + 0.240i
0.240 + 1.020i

10.4
0.601 + 0.333i
0.332 + 0.601i
0.655 + 0.211i
0.211 + 0.654i
0.894 + 0.554i
0.554 + 0.894i
1.019 + 0.237i
0.238 + 1.020i

10.5
0.603 + 0.335i
0.334 + 0.603i
0.658 + 0.208i
0.208 + 0.658i
0.892 + 0.556i
0.555 + 0.893i
1.019 + 0.235i
0.236 + 1.020i

10.6
0.604 + 0.337i
0.337 + 0.604i
0.661 + 0.206i
0.206 + 0.661i
0.891 + 0.557i
0.556 + 0.891i
1.019 + 0.233i
0.234 + 1.019i

10.7
0.605 + 0.339i
0.339 + 0.605i
0.664 + 0.204i
0.204 + 0.664i
0.890 + 0.558i
0.558 + 0.890i
1.018 + 0.232i
0.232 + 1.019i

10.8
0.606 + 0.341i
0.341 + 0.606i
0.667 + 0.202i
0.202 + 0.668i
0.888 + 0.559i
0.560 + 0.888i
1.018 + 0.229i
0.231 + 1.019i

10.9
0.608 + 0.344i
0.343 + 0.608i
0.670 + 0.200i
0.200 + 0.670i
0.886 + 0.561i
0.561 + 0.887i
1.018 + 0.227i
0.229 + 1.019i

11
0.608 + 0.346i
0.345 + 0.608i
0.673 + 0.198i
0.198 + 0.673i
0.885 + 0.563i
0.563 + 0.886i
1.019 + 0.226i
0.226 + 1.019i

11.1
0.610 + 0.348i
0.347 + 0.610i
0.676 + 0.196i
0.196 + 0.676i
0.884 + 0.564i
0.564 + 0.884i
1.018 + 0.224i
0.224 + 1.020i

11.2
0.610 + 0.350i
0.349 + 0.610i
0.678 + 0.193i
0.193 + 0.678i
0.882 + 0.566i
0.566 + 0.883i
1.019 + 0.222i
0.223 + 1.020i

11.3
0.611 + 0.352i
0.352 + 0.611i
0.681 + 0.191i
0.191 + 0.681i
0.882 + 0.567i
0.567 + 0.882i
1.020 + 0.220i
0.221 + 1.020i

11.4
0.612 + 0.354i
0.354 + 0.612i
0.683 + 0.190i
0.190 + 0.683i
0.881 + 0.569i
0.569 + 0.881i
1.020 + 0.219i
0.220 + 1.021i

11.5
0.613 + 0.356i
0.356 + 0.613i
0.685 + 0.188i
0.188 + 0.685i
0.880 + 0.570i
0.570 + 0.880i
1.020 + 0.217i
0.219 + 1.021i

11.6
0.613 + 0.358i
0.358 + 0.613i
0.687 + 0.186i
0.186 + 0.687i
0.879 + 0.571i
0.571 + 0.879i
1.021 + 0.216i
0.216 + 1.022i

11.7
0.614 + 0.360i
0.360 + 0.614i
0.689 + 0.184i
0.184 + 0.689i
0.878 + 0.573i
0.573 + 0.879i
1.021 + 0.214i
0.215 + 1.022i

11.8
0.614 + 0.362i
0.362 + 0.614i
0.691 + 0.183i
0.183 + 0.690i
0.878 + 0.574i
0.574 + 0.878i
1.022 + 0.213i
0.214 + 1.022i

11.9
0.615 + 0.364i
0.364 + 0.615i
0.693 + 0.181i
0.181 + 0.692i
0.878 + 0.576i
0.575 + 0.878i
1.023 + 0.212i
0.213 + 1.023i

12
0.616 + 0.366i
0.365 + 0.616i
0.694 + 0.180i
0.179 + 0.694i
0.877 + 0.577i
0.576 + 0.877i
1.023 + 0.211i
0.212 + 1.024i

12.1
0.616 + 0.368i
0.367 + 0.616i
0.695 + 0.178i
0.178 + 0.695i
0.876 + 0.577i
0.577 + 0.877i
1.024 + 0.210i
0.211 + 1.025i

12.2
0.617 + 0.370i
0.369 + 0.617i
0.697 + 0.177i
0.176 + 0.697i
0.876 + 0.579i
0.578 + 0.877i
1.025 + 0.209i
0.210 + 1.026i

12.3
0.617 + 0.371i
0.371 + 0.617i
0.698 + 0.175i
0.175 + 0.698i
0.876 + 0.580i
0.579 + 0.876i
1.026 + 0.208i
0.209 + 1.026i

12.4
0.618 + 0.372i
0.373 + 0.617i
0.700 + 0.174i
0.174 + 0.699i
0.876 + 0.580i
0.580 + 0.876i
1.027 + 0.207i
0.208 + 1.027i

12.5
0.618 + 0.373i
0.375 + 0.617i
0.701 + 0.172i
0.172 + 0.700i
0.877 + 0.581i
0.582 + 0.876i
1.028 + 0.207i
0.207 + 1.027i

12.6
0.618 + 0.375i
0.377 + 0.618i
0.701 + 0.171i
0.171 + 0.701i
0.876 + 0.581i
0.582 + 0.876i
1.029 + 0.206i
0.207 + 1.028i

12.7
0.618 + 0.376i
0.378 + 0.618i
0.703 + 0.170i
0.170 + 0.703i
0.877 + 0.583i
0.583 + 0.876i
1.030 + 0.206i
0.207 + 1.030i

12.8
0.618 + 0.377i
0.380 + 0.618i
0.703 + 0.169i
0.169 + 0.704i
0.877 + 0.583i
0.584 + 0.876i
1.030 + 0.205i
0.206 + 1.030i

12.9
0.618 + 0.379i
0.382 + 0.618i
0.704 + 0.167i
0.168 + 0.705i
0.877 + 0.584i
0.585 + 0.877i
1.031 + 0.204i
0.206 + 1.031i

13
0.615 + 0.355i
0.403 + 0.618i
0.684 + 0.158i
0.176 + 0.726i
0.886 + 0.564i
0.606 + 0.865i
1.028 + 0.198i
0.214 + 1.038i

13.1
0.614 + 0.352i
0.407 + 0.617i
0.682 + 0.155i
0.176 + 0.730i
0.888 + 0.562i
0.609 + 0.863i
1.028 + 0.197i
0.215 + 1.040i

13.2
0.613 + 0.351i
0.410 + 0.617i
0.681 + 0.154i
0.176 + 0.734i
0.889 + 0.561i
0.612 + 0.863i
1.029 + 0.196i
0.216 + 1.041i

13.3
0.613 + 0.350i
0.412 + 0.617i
0.680 + 0.152i
0.175 + 0.737i
0.889 + 0.560i
0.614 + 0.862i
1.029 + 0.195i
0.217 + 1.042i

13.4
0.612 + 0.349i
0.415 + 0.616i
0.677 + 0.150i
0.175 + 0.741i
0.890 + 0.558i
0.616 + 0.861i
1.030 + 0.194i
0.218 + 1.044i

13.5
0.611 + 0.348i
0.418 + 0.615i
0.676 + 0.149i
0.175 + 0.744i
0.892 + 0.558i
0.618 + 0.860i
1.030 + 0.194i
0.219 + 1.045i

13.6
0.611 + 0.348i
0.420 + 0.615i
0.676 + 0.147i
0.175 + 0.747i
0.892 + 0.557i
0.620 + 0.860i
1.030 + 0.193i
0.220 + 1.047i

13.7
0.610 + 0.347i
0.422 + 0.614i
0.674 + 0.146i
0.174 + 0.750i
0.893 + 0.556i
0.622 + 0.860i
1.031 + 0.192i
0.221 + 1.048i

13.8
0.609 + 0.348i
0.423 + 0.614i
0.674 + 0.145i
0.173 + 0.753i
0.894 + 0.556i
0.623 + 0.860i
1.031 + 0.192i
0.222 + 1.050i

13.9
0.609 + 0.347i
0.426 + 0.613i
0.674 + 0.143i
0.173 + 0.755i
0.894 + 0.555i
0.624 + 0.859i
1.031 + 0.191i
0.222 + 1.051i

14
0.609 + 0.347i
0.427 + 0.613i
0.674 + 0.142i
0.172 + 0.757i
0.895 + 0.555i
0.625 + 0.859i
1.032 + 0.191i
0.224 + 1.052i

14.1
0.608 + 0.347i
0.428 + 0.613i
0.674 + 0.140i
0.171 + 0.760i
0.896 + 0.555i
0.626 + 0.859i
1.033 + 0.191i
0.224 + 1.054i

14.2
0.608 + 0.347i
0.430 + 0.612i
0.675 + 0.139i
0.170 + 0.762i
0.896 + 0.554i
0.627 + 0.859i
1.033 + 0.191i
0.225 + 1.055i

14.3
0.607 + 0.344i
0.431 + 0.611i
0.678 + 0.138i
0.168 + 0.764i
0.896 + 0.555i
0.627 + 0.858i
1.035 + 0.191i
0.226 + 1.056i

14.4
0.607 + 0.340i
0.432 + 0.609i
0.686 + 0.136i
0.166 + 0.765i
0.896 + 0.555i
0.627 + 0.857i
1.038 + 0.193i
0.227 + 1.056i

14.5
0.615 + 0.327i
0.433 + 0.599i
0.727 + 0.135i
0.158 + 0.752i
0.897 + 0.564i
0.618 + 0.851i
1.058 + 0.203i
0.223 + 1.044i

14.6
0.622 + 0.322i
0.434 + 0.594i
0.748 + 0.135i
0.154 + 0.743i
0.897 + 0.569i
0.614 + 0.850i
1.068 + 0.208i
0.221 + 1.037i

14.7
0.628 + 0.321i
0.436 + 0.590i
0.763 + 0.135i
0.152 + 0.737i
0.898 + 0.572i
0.611 + 0.848i
1.076 + 0.212i
0.220 + 1.031i

14.8
0.630 + 0.320i
0.437 + 0.589i
0.770 + 0.134i
0.151 + 0.735i
0.898 + 0.573i
0.610 + 0.848i
1.079 + 0.213i
0.220 + 1.030i

14.9
0.634 + 0.320i
0.439 + 0.587i
0.778 + 0.134i
0.150 + 0.731i
0.898 + 0.574i
0.609 + 0.848i
1.084 + 0.214i
0.219 + 1.027i

15
0.637 + 0.322i
0.440 + 0.586i
0.783 + 0.133i
0.149 + 0.729i
0.899 + 0.576i
0.607 + 0.849i
1.087 + 0.216i
0.218 + 1.026i

15.1
0.640 + 0.323i
0.441 + 0.586i
0.787 + 0.133i
0.149 + 0.727i
0.899 + 0.576i
0.607 + 0.849i
1.090 + 0.216i
0.218 + 1.025i

15.2
0.643 + 0.324i
0.442 + 0.585i
0.791 + 0.133i
0.149 + 0.725i
0.899 + 0.576i
0.606 + 0.849i
1.093 + 0.217i
0.218 + 1.023i

15.3
0.645 + 0.326i
0.443 + 0.586i
0.794 + 0.133i
0.148 + 0.725i
0.900 + 0.577i
0.605 + 0.850i
1.095 + 0.218i
0.217 + 1.023i

15.4
0.648 + 0.328i
0.444 + 0.586i
0.797 + 0.132i
0.148 + 0.724i
0.900 + 0.577i
0.605 + 0.851i
1.098 + 0.218i
0.717 + 1.022i

15.5
0.650 + 0.330i
0.445 + 0.586i
0.799 + 0.132i
0.148 + 0.723i
0.901 + 0.578i
0.605 + 0.851i
1.100 + 0.218i
0.217 + 1.021i

15.6
0.652 + 0.333i
0.446 + 0.587i
0.801 + 0.132i
0.148 + 0.722i
0.902 + 0.578i
0.605 + 0.852i
1.101 + 0.218i
0.217 + 1.021i

15.7
0.654 + 0.334i
0.447 + 0.588i
0.802 + 0.131i
0.148 + 0.722i
0.902 + 0.577i
0.605 + 0.853i
1.103 + 0.217i
0.216 + 1.021i

15.8
0.656 + 0.337i
0.448 + 0.588i
0.804 + 0.131i
0.148 + 0.721i
0.904 + 0.577i
0.605 + 0.854i
1.105 + 0.215i
0.216 + 1.020i

15.9
0.659 + 0.339i
0.449 + 0.589i
0.806 + 0.131i
0.148 + 0.720i
0.906 + 0.577i
0.605 + 0.854i
1.108 + 0.213i
0.216 + 1.019i

16
0.697 + 0.332i
0.450 + 0.568i
0.882 + 0.139i
0.143 + 0.674i
0.892 + 0.600i
0.568 + 0.844i
1.225 + 0.212i
0.196 + 0.977i

16.1
0.700 + 0.333i
0.450 + 0.569i
0.887 + 0.139i
0.144 + 0.673i
0.891 + 0.602i
0.566 + 0.846i
1.231 + 0.212i
0.195 + 0.976i

16.2
0.702 + 0.334i
0.451 + 0.569i
0.892 + 0.141i
0.144 + 0.671i
0.889 + 0.605i
0.564 + 0.847i
1.238 + 0.212i
0.194 + 0.975i

16.3
0.705 + 0.335i
0.451 + 0.570i
0.898 + 0.142i
0.144 + 0.670i
0.887 + 0.607i
0.562 + 0.848i
1.245 + 0.212i
0.194 + 0.974i

16.4
0.706 + 0.336i
0.451 + 0.571i
0.903 + 0.144i
0.144 + 0.669i
0.884 + 0.609i
0.561 + 0.849i
1.251 + 0.212i
0.193 + 0.974i

16.5
0.708 + 0.338i
0.452 + 0.572i
0.906 + 0.145i
0.145 + 0.669i
0.883 + 0.612i
0.560 + 0.851i
1.255 + 0.211i
0.192 + 0.973i

16.6
0.711 + 0.340i
0.452 + 0.572i
0.911 + 0.147i
0.145 + 0.667i
0.880 + 0.615i
0.557 + 0.853i
1.262 + 0.211i
0.191 + 0.973i

16.7
0.712 + 0.341i
0.452 + 0.573i
0.915 + 0.149i
0.145 + 0.667i
0.877 + 0.618i
0.555 + 0.855i
1.267 + 0.210i
0.190 + 0.974i

16.8
0.715 + 0.343i
0.452 + 0.575i
0.920 + 0.151i
0.145 + 0.666i
0.873 + 0.622i
0.554 + 0.857i
1.274 + 0.209i
0.190 + 0.973i

16.9
0.716 + 0.344i
0.451 + 0.576i
0.925 + 0.153i
0.145 + 0.666i
0.868 + 0.626i
0.552 + 0.860i
1.280 + 0.207i
0.189 + 0.974i

17
0.720 + 0.347i
0.450 + 0.577i
0.932 + 0.156i
0.145 + 0.664i
0.862 + 0.633i
0.548 + 0.863i
1.290 + 0.205i
0.187 + 0.973i

17.1
0.724 + 0.350i
0.449 + 0.579i
0.939 + 0.158i
0.145 + 0.662i
0.855 + 0.641i
0.544 + 0.866i
1.299 + 0.203i
0.185 + 0.972i

17.2
0.726 + 0.353i
0.449 + 0.581i
0.941 + 0.159i
0.145 + 0.662i
0.850 + 0.646i
0.541 + 0.870i
1.303 + 0.201i
0.184 + 0.972i

17.3
0.728 + 0.357i
0.449 + 0.583i
0.943 + 0.160i
0.146 + 0.663i
0.847 + 0.651i
0.539 + 0.873i
1.305 + 0.201i
0.183 + 0.973i

17.4
0.732 + 0.362i
0.448 + 0.585i
0.945 + 0.161i
0.145 + 0.661i
0.841 + 0.661i
0.535 + 0.877i
1.309 + 0.199i
0.182 + 0.972i

17.5
0.734 + 0.366i
0.448 + 0.587i
0.945 + 0.161i
0.146 + 0.662i
0.838 + 0.666i
0.534 + 0.880i
1.309 + 0.199i
0.181 + 0.973i

17.6
0.738 + 0.372i
0.448 + 0.589i
0.945 + 0.161i
0.146 + 0.661i
0.833 + 0.675i
0.529 + 0.884i
1.310 + 0.198i
0.179 + 0.973i

17.7
0.740 + 0.376i
0.448 + 0.592i
0.945 + 0.160i
0.147 + 0.662i
0.831 + 0.681i
0.527 + 0.888i
1.308 + 0.197i
0.178 + 0.973i

17.8
0.743 + 0.381i
0.448 + 0.594i
0.944 + 0.160i
0.147 + 0.663i
0.827 + 0.688i
0.524 + 0.891i
1.308 + 0.197i
0.177 + 0.974i

17.9
0.743 + 0.383i
0.449 + 0.596i
0.944 + 0.160i
0.148 + 0.663i
0.826 + 0.691i
0.523 + 0.894i
1.307 + 0.196i
0.176 + 0.975i

18
0.744 + 0.386i
0.449 + 0.598i
0.943 + 0.160i
0.148 + 0.664i
0.824 + 0.695i
0.522 + 0.897i
1.305 + 0.196i
0.176 + 0.976i

18.1
0.745 + 0.389i
0.450 + 0.601i
0.941 + 0.160i
0.148 + 0.666i
0.823 + 0.699i
0.521 + 0.900i
1.303 + 0.195i
0.175 + 0.976i

18.2
0.746 + 0.391i
0.450 + 0.603i
0.940 + 0.159i
0.148 + 0.667i
0.821 + 0.703i
0.520 + 0.903i
1.300 + 0.195i
0.174 + 0.978i

18.3
0.747 + 0.393i
0.451 + 0.605i
0.939 + 0.159i
0.149 + 0.669i
0.820 + 0.706i
0.518 + 0.905i
1.299 + 0.194i
0.174 + 0.979i

18.4
0.747 + 0.396i
0.452 + 0.608i
0.937 + 0.158i
0.149 + 0.671i
0.819 + 0.709i
0.517 + 0.908i
1.296 + 0.194i
0.173 + 0.981i

18.5
0.747 + 0.397i
0.452 + 0.610i
0.936 + 0.158i
0.150 + 0.673i
0.817 + 0.710i
0.517 + 0.910i
1.294 + 0.193i
0.173 + 0.983i

18.6
0.747 + 0.399i
0.453 + 0.612i
0.934 + 0.158i
0.150 + 0.675i
0.818 + 0.712i
0.517 + 0.912i
1.291 + 0.193i
0.173 + 0.984i

18.7
0.748 + 0.400i
0.454 + 0.614i
0.933 + 0.158i
0.151 + 0.676i
0.817 + 0.714i
0.516 + 0.915i
1.289 + 0.192i
0.173 + 0.985i

18.8
0.748 + 0.402i
0.454 + 0.617i
0.931 + 0.158i
0.151 + 0.679i
0.816 + 0.717i
0.515 + 0.917i
1.287 + 0.192i
0.173 + 0.987i

18.9
0.747 + 0.403i
0.455 + 0.618i
0.931 + 0.158i
0.152 + 0.680i
0.816 + 0.718i
0.515 + 0.919i
1.286 + 0.191i
0.172 + 0.988i

19
0.747 + 0.404i
0.456 + 0.621i
0.929 + 0.157i
0.152 + 0.682i
0.817 + 0.719i
0.515 + 0.921i
1.282 + 0.191i
0.172 + 0.990i

19.1
0.748 + 0.406i
0.457 + 0.623i
0.928 + 0.157i
0.152 + 0.684i
0.817 + 0.721i
0.515 + 0.923i
1.281 + 0.190i
0.172 + 0.991i

19.2
0.747 + 0.408i
0.458 + 0.624i
0.927 + 0.157i
0.153 + 0.686i
0.818 + 0.723i
0.515 + 0.924i
1.278 + 0.189i
0.172 + 0.993i

19.3
0.748 + 0.408i
0.459 + 0.626i
0.926 + 0.157i
0.153 + 0.687i
0.819 + 0.723i
0.515 + 0.926i
1.277 + 0.188i
0.172 + 0.994i

19.4
0.748 + 0.410i
0.461 + 0.627i
0.924 + 0.157i
0.154 + 0.689i
0.820 + 0.726i
0.514 + 0.927i
1.275 + 0.187i
0.172 + 0.996i

19.5
0.747 + 0.411i
0.462 + 0.629i
0.924 + 0.157i
0.154 + 0.691i
0.821 + 0.727i
0.514 + 0.928i
1.273 + 0.187i
0.172 + 0.998i

19.6
0.747 + 0.413i
0.463 + 0.630i
0.922 + 0.157i
0.155 + 0.693i
0.822 + 0.729i
0.514 + 0.930i
1.271 + 0.185i
0.172 + 0.999i

19.7
0.748 + 0.414i
0.465 + 0.631i
0.922 + 0.157i
0.156 + 0.694i
0.823 + 0.731i
0.513 + 0.930i
1.270 + 0.185i
0.171 + 1.000i

19.8
0.747 + 0.415i
0.467 + 0.633i
0.920 + 0.157i
0.157 + 0.696i
0.824 + 0.732i
0.512 + 0.932i
1.268 + 0.183i
0.171 + 1.002i

19.9
0.747 + 0.417i
0.468 + 0.634i
0.918 + 0.157i
0.157 + 0.699i
0.826 + 0.734i
0.511 + 0.933i
1.265 + 0.182i
0.171 + 1.005i

20
0.747 + 0.418i
0.469 + 0.635i
0.917 + 0.157i
0.157 + 0.701i
0.826 + 0.736i
0.511 + 0.934i
1.263 + 0.182i
0.171 + 1.007i

Normalized values

SNR
a9
a10
a11
a12
a13
a14
a15
a16

7
0.461 + 0.272i
0.272 + 0.460i
0.449 + 0.245i
0.247 + 0.446i
1.140 + 0.647i
0.638 + 1.137i
1.287 + 0.360i
0.361 + 1.285i

7.1
0.455 + 0.269i
0.269 + 0.453i
0.445 + 0.241i
0.244 + 0.438i
1.153 + 0.672i
0.655 + 1.150i
1.311 + 0.354i
0.354 + 1.308i

7.2
0.445 + 0.264i
0.264 + 0.441i
0.435 + 0.236i
0.240 + 0.425i
1.175 + 0.703i
0.678 + 1.171i
1.343 + 0.349i
0.351 + 1.342i

7.3
0.436 + 0.259i
0.259 + 0.432i
0.429 + 0.232i
0.236 + 0.416i
1.192 + 0.732i
0.691 + 1.184i
1.363 + 0.343i
0.346 + 1.362i

7.4
0.428 + 0.254i
0.254 + 0.422i
0.424 + 0.228i
0.233 + 0.406i
1.208 + 0.758i
0.701 + 1.195i
1.379 + 0.338i
0.341 + 1.377i

7.5
0.422 + 0.249i
0.249 + 0.415i
0.419 + 0.224i
0.230 + 0.400i
1.220 + 0.778i
0.711 + 1.205i
1.391 + 0.332i
0.335 + 1.387i

7.6
0.416 + 0.245i
0.245 + 0.407i
0.414 + 0.221i
0.226 + 0.394i
1.229 + 0.790i
0.724 + 1.216i
1.400 + 0.326i
0.329 + 1.396i

7.7
0.408 + 0.240i
0.241 + 0.401i
0.406 + 0.218i
0.222 + 0.391i
1.235 + 0.792i
0.745 + 1.227i
1.407 + 0.322i
0.324 + 1.404i

7.8
0.401 + 0.236i
0.237 + 0.395i
0.398 + 0.215i
0.218 + 0.388i
1.242 + 0.796i
0.761 + 1.237i
1.413 + 0.318i
0.318 + 1.410i

7.9
0.394 + 0.232i
0.233 + 0.389i
0.391 + 0.213i
0.215 + 0.385i
1.247 + 0.795i
0.779 + 1.247i
1.418 + 0.314i
0.313 + 1.417i

8
0.388 + 0.228i
0.229 + 0.384i
0.386 + 0.210i
0.211 + 0.380i
1.252 + 0.800i
0.788 + 1.252i
1.423 + 0.310i
0.310 + 1.423i

8.1
0.382 + 0.224i
0.225 + 0.379i
0.379 + 0.207i
0.208 + 0.376i
1.256 + 0.805i
0.796 + 1.256i
1.430 + 0.307i
0.307 + 1.430i

8.2
0.375 + 0.220i
0.220 + 0.373i
0.374 + 0.204i
0.205 + 0.371i
1.260 + 0.809i
0.803 + 1.260i
1.435 + 0.304i
0.304 + 1.435i

8.3
0.370 + 0.217i
0.217 + 0.368i
0.368 + 0.201i
0.201 + 0.366i
1.263 + 0.813i
0.809 + 1.263i
1.440 + 0.302i
0.302 + 1.441i

8.4
0.364 + 0.213i
0.213 + 0.363i
0.362 + 0.198i
0.199 + 0.362i
1.265 + 0.817i
0.815 + 1.265i
1.445 + 0.300i
0.301 + 1.446i

8.5
0.359 + 0.209i
0.210 + 0.358i
0.357 + 0.194i
0.195 + 0.356i
1.267 + 0.820i
0.819 + 1.266i
1.450 + 0.299i
0.300 + 1.451i

8.6
0.353 + 0.206i
0.206 + 0.353i
0.352 + 0.192i
0.192 + 0.352i
1.268 + 0.824i
0.823 + 1.268i
1.455 + 0.298i
0.299 + 1.456i

8.7
0.348 + 0.202i
0.203 + 0.348i
0.347 + 0.189i
0.189 + 0.347i
1.269 + 0.827i
0.826 + 1.269i
1.459 + 0.297i
0.297 + 1.460i

8.8
0.343 + 0.199i
0.200 + 0.343i
0.342 + 0.186i
0.186 + 0.342i
1.269 + 0.829i
0.829 + 1.269i
1.463 + 0.297i
0.297 + 1.465i

8.9
0.339 + 0.196i
0.196 + 0.339i
0.338 + 0.183i
0.183 + 0.339i
1.270 + 0.831i
0.832 + 1.269i
1.467 + 0.296i
0.296 + 1.469i

9
0.334 + 0.194i
0.194 + 0.334i
0.334 + 0.181i
0.181 + 0.334i
1.270 + 0.833i
0.834 + 1.270i
1.471 + 0.295i
0.296 + 1.472i

9.1
0.331 + 0.191i
0.191 + 0.330i
0.330 + 0.178i
0.178 + 0.330i
1.270 + 0.836i
0.836 + 1.269i
1.474 + 0.295i
0.296 + 1.475i

9.2
0.327 + 0.188i
0.189 + 0.327i
0.327 + 0.176i
0.176 + 0.327i
1.269 + 0.837i
0.838 + 1.269i
1.477 + 0.295i
0.295 + 1.477i

9.3
0.323 + 0.186i
0.186 + 0.323i
0.323 + 0.174i
0.174 + 0.323i
1.269 + 0.839i
0.840 + 1.268i
1.479 + 0.294i
0.295 + 1.480i

9.4
0.320 + 0.184i
0.184 + 0.321i
0.320 + 0.171i
0.171 + 0.321i
1.269 + 0.840i
0.841 + 1.269i
1.481 + 0.294i
0.295 + 1.482i

9.5
0.318 + 0.182i
0.182 + 0.318i
0.318 + 0.169i
0.170 + 0.318i
1.269 + 0.841i
0.842 + 1.269i
1.483 + 0.294i
0.294 + 1.484i

9.6
0.315 + 0.180i
0.180 + 0.315i
0.315 + 0.168i
0.168 + 0.316i
1.268 + 0.842i
0.843 + 1.267i
1.485 + 0.293i
0.294 + 1.485i

9.7
0.313 + 0.179i
0.179 + 0.313i
0.313 + 0.166i
0.166 + 0.313i
1.267 + 0.843i
0.843 + 1.267i
1.486 + 0.293i
0.293 + 1.486i

9.8
0.311 + 0.177i
0.177 + 0.311i
0.311 + 0.164i
0.164 + 0.311i
1.266 + 0.844i
0.844 + 1.267i
1.487 + 0.293i
0.293 + 1.487i

9.9
0.309 + 0.176i
0.176 + 0.308i
0.310 + 0.163i
0.163 + 0.309i
1.266 + 0.844i
0.845 + 1.266i
1.488 + 0.293i
0.293 + 1.488i

10
0.307 + 0.175i
0.175 + 0.307i
0.308 + 0.162i
0.162 + 0.307i
1.265 + 0.845i
0.845 + 1.266i
1.489 + 0.293i
0.293 + 1.489i

10.1
0.306 + 0.173i
0.174 + 0.306i
0.307 + 0.160i
0.161 + 0.307i
1.265 + 0.845i
0.845 + 1.265i
1.489 + 0.293i
0.293 + 1.489i

10.2
0.304 + 0.173i
0.173 + 0.304i
0.305 + 0.159i
0.159 + 0.305i
1.264 + 0.845i
0.846 + 1.264i
1.489 + 0.292i
0.292 + 1.489i

10.3
0.304 + 0.172i
0.172 + 0.304i
0.304 + 0.158i
0.158 + 0.304i
1.263 + 0.845i
0.846 + 1.264i
1.489 + 0.292i
0.292 + 1.490i

10.4
0.303 + 0.172i
0.172 + 0.303i
0.304 + 0.157i
0.157 + 0.304i
1.263 + 0.845i
0.846 + 1.263i
1.490 + 0.292i
0.292 + 1.490i

10.5
0.303 + 0.171i
0.171 + 0.302i
0.304 + 0.156i
0.156 + 0.303i
1.262 + 0.845i
0.846 + 1.263i
1.489 + 0.292i
0.292 + 1.489i

10.6
0.302 + 0.170i
0.170 + 0.302i
0.303 + 0.155i
0.155 + 0.303i
1.262 + 0.845i
0.846 + 1.262i
1.489 + 0.292i
0.292 + 1.489i

10.7
0.301 + 0.170i
0.170 + 0.302i
0.302 + 0.154i
0.154 + 0.303i
1.261 + 0.845i
0.845 + 1.261i
1.489 + 0.291i
0.292 + 1.489i

10.8
0.301 + 0.170i
0.170 + 0.302i
0.302 + 0.153i
0.153 + 0.303i
1.261 + 0.844i
0.846 + 1.261i
1.488 + 0.291i
0.292 + 1.488i

10.9
0.302 + 0.169i
0.169 + 0.301i
0.302 + 0.152i
0.152 + 0.302i
1.260 + 0.843i
0.845 + 1.260i
1.488 + 0.291i
0.292 + 1.488i

11
0.302 + 0.170i
0.170 + 0.301i
0.302 + 0.151i
0.151 + 0.302i
1.260 + 0.843i
0.845 + 1.260i
1.486 + 0.291i
0.292 + 1.487i

11.1
0.302 + 0.169i
0.169 + 0.302i
0.302 + 0.151i
0.151 + 0.302i
1.259 + 0.843i
0.844 + 1.259i
1.486 + 0.291i
0.292 + 1.487i

11.2
0.302 + 0.169i
0.169 + 0.302i
0.303 + 0.150i
0.150 + 0.302i
1.258 + 0.842i
0.844 + 1.258i
1.485 + 0.291i
0.292 + 1.486i

11.3
0.302 + 0.169i
0.169 + 0.302i
0.303 + 0.149i
0.149 + 0.302i
1.257 + 0.842i
0.843 + 1.258i
1.485 + 0.292i
0.292 + 1.485i

11.4
0.302 + 0.169i
0.169 + 0.302i
0.304 + 0.148i
0.148 + 0.304i
1.257 + 0.841i
0.843 + 1.257i
1.484 + 0.292i
0.292 + 1.484i

11.5
0.303 + 0.169i
0.169 + 0.303i
0.304 + 0.148i
0.148 + 0.304i
1.256 + 0.841i
0.842 + 1.257i
1.483 + 0.292i
0.292 + 1.483i

11.6
0.304 + 0.169i
0.169 + 0.304i
0.305 + 0.146i
0.147 + 0.304i
1.256 + 0.840i
0.841 + 1.256i
1.482 + 0.292i
0.292 + 1.482i

11.7
0.304 + 0.169i
0.169 + 0.303i
0.306 + 0.146i
0.146 + 0.305i
1.255 + 0.839i
0.840 + 1.255i
1.481 + 0.292i
0.292 + 1.482i

11.8
0.305 + 0.169i
0.169 + 0.304i
0.307 + 0.145i
0.145 + 0.305i
1.254 + 0.839i
0.840 + 1.255i
1.480 + 0.291i
0.291 + 1.480i

11.9
0.306 + 0.168i
0.168 + 0.305i
0.308 + 0.144i
0.145 + 0.306i
1.254 + 0.838i
0.839 + 1.254i
1.479 + 0.291i
0.291 + 1.479i

12
0.307 + 0.168i
0.168 + 0.305i
0.309 + 0.143i
0.143 + 0.307i
1.253 + 0.837i
0.839 + 1.254i
1.478 + 0.291i
0.291 + 1.478i

12.1
0.307 + 0.168i
0.168 + 0.306i
0.309 + 0.142i
0.142 + 0.308i
1.252 + 0.836i
0.838 + 1.252i
1.477 + 0.291i
0.292 + 1.478i

12.2
0.308 + 0.168i
0.168 + 0.307i
0.311 + 0.142i
0.142 + 0.309i
1.251 + 0.836i
0.837 + 1.251i
1.477 + 0.292i
0.292 + 1.477i

12.3
0.309 + 0.168i
0.168 + 0.308i
0.311 + 0.141i
0.141 + 0.311i
1.250 + 0.836i
0.836 + 1.251i
1.475 + 0.292i
0.291 + 1.475i

12.4
0.309 + 0.168i
0.168 + 0.308i
0.313 + 0.140i
0.140 + 0.312i
1.250 + 0.835i
0.836 + 1.250i
1.475 + 0.292i
0.292 + 1.474i

12.5
0.310 + 0.167i
0.167 + 0.309i
0.313 + 0.139i
0.139 + 0.314i
1.249 + 0.835i
0.835 + 1.249i
1.474 + 0.292i
0.291 + 1.473i

12.6
0.310 + 0.166i
0.167 + 0.310i
0.314 + 0.138i
0.138 + 0.316i
1.248 + 0.834i
0.834 + 1.248i
1.473 + 0.292i
0.291 + 1.472i

12.7
0.310 + 0.166i
0.167 + 0.312i
0.314 + 0.137i
0.137 + 0.317i
1.247 + 0.833i
0.833 + 1.247i
1.472 + 0.291i
0.291 + 1.471i

12.8
0.310 + 0.165i
0.166 + 0.312i
0.316 + 0.137i
0.137 + 0.319i
1.247 + 0.832i
0.833 + 1.247i
1.471 + 0.291i
0.291 + 1.470i

12.9
0.311 + 0.165i
0.166 + 0.314i
0.316 + 0.136i
0.136 + 0.321i
1.246 + 0.831i
0.833 + 1.246i
1.470 + 0.291i
0.291 + 1.469i

13
0.275 + 0.157i
0.176 + 0.357i
0.270 + 0.134i
0.134 + 0.377i
1.252 + 0.820i
0.842 + 1.236i
1.469 + 0.285i
0.297 + 1.466i

13.1
0.270 + 0.155i
0.177 + 0.364i
0.264 + 0.132i
0.133 + 0.387i
1.251 + 0.818i
0.842 + 1.234i
1.468 + 0.285i
0.298 + 1.465i

13.2
0.267 + 0.155i
0.178 + 0.369i
0.261 + 0.131i
0.132 + 0.393i
1.231 + 0.817i
0.841 + 1.233i
1.467 + 0.285i
0.298 + 1.464i

13.3
0.265 + 0.154i
0.180 + 0.373i
0.257 + 0.130i
0.131 + 0.399i
1.250 + 0.815i
0.842 + 1.231i
1.466 + 0.285i
0.299 + 1.463i

13.4
0.261 + 0.154i
0.182 + 0.379i
0.252 + 0.129i
0.131 + 0.406i
1.249 + 0.814i
0.842 + 1.229i
1.465 + 0.284i
0.299 + 1.463i

13.5
0.260 + 0.153i
0.183 + 0.382i
0.249 + 0.129i
0.130 + 0.411i
1.249 + 0.813i
0.841 + 1.229i
1.463 + 0.283i
0.299 + 1.462i

13.6
0.259 + 0.154i
0.184 + 0.386i
0.247 + 0.128i
0.129 + 0.415i
1.248 + 0.811i
0.841 + 1.228i
1.462 + 0.283i
0.299 + 1.461i

13.7
0.257 + 0.154i
0.186 + 0.389i
0.244 + 0.127i
0.129 + 0.420i
1.247 + 0.811i
0.840 + 1.226i
1.461 + 0.283i
0.299 + 1.461i

13.8
0.256 + 0.154i
0.187 + 0.392i
0.241 + 0.126i
0.128 + 0.423i
1.246 + 0.810i
0.839 + 1.226i
1.459 + 0.282i
0.299 + 1.461i

13.9
0.256 + 0.154i
0.189 + 0.395i
0.238 + 0.126i
0.127 + 0.426i
1.244 + 0.809i
0.838 + 1.225i
1.458 + 0.282i
0.299 + 1.460i

14
0.256 + 0.154i
0.191 + 0.398i
0.235 + 0.125i
0.126 + 0.429i
1.244 + 0.808i
0.838 + 1.224i
1.457 + 0.282i
0.299 + 1.459i

14.1
0.257 + 0.156i
0.194 + 0.400i
0.231 + 0.125i
0.126 + 0.432i
1.242 + 0.808i
0.838 + 1.223i
1.456 + 0.282i
0.299 + 1.459i

14.2
0.259 + 0.157i
0.196 + 0.402i
0.227 + 0.124i
0.125 + 0.435i
1.241 + 0.807i
0.836 + 1.222i
1.455 + 0.282i
0.299 + 1.459i

14.3
0.264 + 0.159i
0.201 + 0.405i
0.219 + 0.124i
0.124 + 0.436i
1.239 + 0.807i
0.835 + 1.221i
1.453 + 0.282i
0.298 + 1.458i

14.4
0.275 + 0.161i
0.209 + 0.408i
0.207 + 0.123i
0.122 + 0.435i
1.236 + 0.808i
0.832 + 1.220i
1.453 + 0.283i
0.297 + 1.457i

14.5
0.320 + 0.160i
0.241 + 0.403i
0.175 + 0.118i
0.118 + 0.418i
1.230 + 0.818i
0.818 + 1.216i
1.463 + 0.290i
0.291 + 1.444i

14.6
0.339 + 0.158i
0.258 + 0.400i
0.162 + 0.116i
0.117 + 0.411i
1.225 + 0.823i
0.810 + 1.214i
1.466 + 0.294i
0.287 + 1.436i

14.7
0.352 + 0.155i
0.270 + 0.397i
0.154 + 0.115i
0.115 + 0.406i
1.221 + 0.827i
0.804 + 1.213i
1.470 + 0.297i
0.284 + 1.429i

14.8
0.359 + 0.154i
0.276 + 0.396i
0.149 + 0.114i
0.115 + 0.405i
1.218 + 0.828i
0.800 + 1.212i
1.470 + 0.298i
0.282 + 1.426i

14.9
0.366 + 0.152i
0.282 + 0.394i
0.146 + 0.113i
0.114 + 0.403i
1.215 + 0.830i
0.796 + 1.211i
1.471 + 0.300i
0.281 + 1.423i

15
0.371 + 0.151i
0.286 + 0.393i
0.143 + 0.112i
0.114 + 0.402i
1.213 + 0.831i
0.793 + 1.210i
1.472 + 0.301i
0.279 + 1.420i

15.1
0.375 + 0.149i
0.290 + 0.391i
0.140 + 0.112i
0.113 + 0.400i
1.210 + 0.832i
0.790 + 1.209i
1.472 + 0.303i
0.278 + 1.418i

15.2
0.379 + 0.149i
0.294 + 0.390i
0.138 + 0.112i
0.113 + 0.400i
1.207 + 0.833i
0.788 + 1.209i
1.473 + 0.304i
0.276 + 1.415i

15.3
0.382 + 0.148i
0.296 + 0.390i
0.137 + 0.111i
0.113 + 0.400i
1.204 + 0.835i
0.785 + 1.209i
1.472 + 0.305i
0.275 + 1.414i

15.4
0.386 + 0.147i
0.299 + 0.389i
0.135 + 0.111i
0.112 + 0.399i
1.202 + 0.835i
0.782 + 1.208i
1.473 + 0.308i
0.274 + 1.411i

15.5
0.388 + 0.146i
0.302 + 0.388i
0.135 + 0.111i
0.112 + 0.399i
1.199 + 0.837i
0.779 + 1.208i
1.472 + 0.310i
0.272 + 1.409i

15.6
0.391 + 0.146i
0.304 + 0.388i
0.133 + 0.111i
0.112 + 0.398i
1.196 + 0.839i
0.776 + 1.208i
1.471 + 0.312i
0.271 + 1.408i

15.7
0.393 + 0.145i
0.306 + 0.388i
0.132 + 0.111i
0.112 + 0.399i
1.192 + 0.841i
0.773 + 1.208i
1.470 + 0.315i
0.270 + 1.407i

15.8
0.396 + 0.145i
0.308 + 0.387i
0.132 + 0.111i
0.112 + 0.399i
1.187 + 0.846i
0.768 + 1.210i
1.469 + 0.323i
0.267 + 1.404i

15.9
0.398 + 0.144i
0.311 + 0.386i
0.131 + 0.111i
0.112 + 0.398i
1.180 + 0.852i
0.762 + 1.211i
1.466 + 0.334i
0.264 + 1.402i

16
0.444 + 0.132i
0.340 + 0.360i
0.137 + 0.101i
0.120 + 0.366i
1.071 + 0.959i
0.676 + 1.224i
1.400 + 0.583i
0.232 + 1.365i

16.1
0.448 + 0.132i
0.343 + 0.359i
0.138 + 0.102i
0.121 + 0.365i
1.066 + 0.963i
0.672 + 1.225i
1.393 + 0.589i
0.230 + 1.363i

16.2
0.452 + 0.131i
0.345 + 0.358i
0.139 + 0.101i
0.122 + 0.364i
1.059 + 0.966i
0.667 + 1.225i
1.384 + 0.597i
0.229 + 1.361i

16.3
0.457 + 0.130i
0.347 + 0.358i
0.140 + 0.100i
0.122 + 0.363i
1.054 + 0.969i
0.664 + 1.225i
1.377 + 0.601i
0.227 + 1.359i

16.4
0.460 + 0.130i
0.349 + 0.357i
0.141 + 0.100i
0.123 + 0.363i
1.049 + 0.971i
0.659 + 1.226i
1.369 + 0.606i
0.225 + 1.357i

16.5
0.464 + 0.130i
0.350 + 0.357i
0.142 + 0.100i
0.123 + 0.362i
1.045 + 0.973i
0.656 + 1.227i
1.363 + 0.608i
0.224 + 1.355i

16.6
0.469 + 0.130i
0.353 + 0.356i
0.143 + 0.100i
0.124 + 0.362i
1.040 + 0.976i
0.652 + 1.227i
1.354 + 0.611i
0.223 + 1.354i

16.7
0.472 + 0.129i
0.354 + 0.356i
0.144 + 0.100i
0.124 + 0.361i
1.036 + 0.978i
0.649 + 1.228i
1.347 + 0.612i
0.221 + 1.353i

16.8
0.477 + 0.129i
0.357 + 0.355i
0.145 + 0.100i
0.124 + 0.361i
1.032 + 0.980i
0.646 + 1.229i
1.337 + 0.612i
0.220 + 1.351i

16.9
0.480 + 0.129i
0.358 + 0.355i
0.146 + 0.100i
0.124 + 0.361i
1.028 + 0.982i
0.644 + 1.230i
1.328 + 0.612i
0.219 + 1.350i

17
0.487 + 0.129i
0.361 + 0.353i
0.148 + 0.099i
0.125 + 0.360i
1.025 + 0.984i
0.640 + 1.230i
1.316 + 0.610i
0.217 + 1.348i

17.1
0.493 + 0.128i
0.365 + 0.352i
0.149 + 0.099i
0.126 + 0.359i
1.022 + 0.986i
0.638 + 1.231i
1.303 + 0.607i
0.216 + 1.346i

17.2
0.496 + 0.128i
0.367 + 0.352i
0.150 + 0.100i
0.126 + 0.359i
1.019 + 0.988i
0.636 + 1.233i
1.294 + 0.604i
0.215 + 1.345i

17.3
0.499 + 0.128i
0.369 + 0.352i
0.151 + 0.100i
0.126 + 0.360i
1.016 + 0.990i
0.634 + 1.233i
1.287 + 0.602i
0.215 + 1.344i

17.4
0.504 + 0.129i
0.372 + 0.351i
0.152 + 0.100i
0.127 + 0.359i
1.015 + 0.993i
0.632 + 1.236i
1.275 + 0.598i
0.213 + 1.342i

17.5
0.507 + 0.129i
0.374 + 0.351i
0.153 + 0.101i
0.128 + 0.361i
1.014 + 0.995i
0.630 + 1.236i
1.268 + 0.595i
0.213 + 1.341i

17.6
0.510 + 0.130i
0.377 + 0.351i
0.154 + 0.102i
0.128 + 0.362i
1.013 + 0.998i
0.629 + 1.238i
1.258 + 0.592i
0.212 + 1.339i

17.7
0.513 + 0.130i
0.379 + 0.351i
0.155 + 0.103i
0.129 + 0.363i
1.012 + 0.999i
0.628 + 1.239i
1.252 + 0.589i
0.211 + 1.339i

17.8
0.516 + 0.131i
0.382 + 0.351i
0.156 + 0.104i
0.129 + 0.364i
1.011 + 1.002i
0.627 + 1.240i
1.244 + 0.587i
0.211 + 1.338i

17.9
0.518 + 0.131i
0.383 + 0.351i
0.156 + 0.105i
0.129 + 0.365i
1.010 + 1.003i
0.625 + 1.241i
1.238 + 0.585i
0.210 + 1.338i

18
0.519 + 0.131i
0.384 + 0.352i
0.157 + 0.106i
0.129 + 0.368i
1.008 + 1.004i
0.624 + 1.243i
1.233 + 0.583i
0.209 + 1.337i

18.1
0.521 + 0.131i
0.386 + 0.354i
0.157 + 0.107i
0.129 + 0.369i
1.007 + 1.006i
0.624 + 1.244i
1.228 + 0.581i
0.209 + 1.336i

18.2
0.522 + 0.132i
0.387 + 0.354i
0.158 + 0.108i
0.129 + 0.371i
1.005 + 1.008i
0.622 + 1.246i
1.223 + 0.579i
0.209 + 1.336i

18.3
0.523 + 0.132i
0.389 + 0.355i
0.158 + 0.110i
0.130 + 0.374i
1.004 + 1.009i
0.621 + 1.246i
1.218 + 0.576i
0.208 + 1.336i

18.4
0.524 + 0.132i
0.390 + 0.356i
0.158 + 0.111i
0.130 + 0.376i
1.002 + 1.011i
0.620 + 1.247i
1.214 + 0.575i
0.208 + 1.336i

18.5
0.525 + 0.132i
0.390 + 0.357i
0.158 + 0.113i
0.130 + 0.379i
0.999 + 1.012i
0.618 + 1.248i
1.210 + 0.572i
0.207 + 1.337i

18.6
0.525 + 0.132i
0.391 + 0.358i
0.158 + 0.114i
0.130 + 0.381i
0.997 + 1.014i
0.616 + 1.250i
1.207 + 0.571i
0.206 + 1.337i

18.7
0.526 + 0.132i
0.392 + 0.359i
0.159 + 0.115i
0.130 + 0.383i
0.993 + 1.017i
0.614 + 1.251i
1.203 + 0.569i
0.206 + 1.337i

18.8
0.527 + 0.133i
0.392 + 0.360i
0.159 + 0.116i
0.130 + 0.385i
0.989 + 1.019i
0.612 + 1.253i
1.198 + 0.567i
0.204 + 1.337i

18.9
0.529 + 0.133i
0.393 + 0.360i
0.159 + 0.117i
0.130 + 0.388i
0.985 + 1.021i
0.608 + 1.255i
1.196 + 0.565i
0.204 + 1.337i

19
0.528 + 0.133i
0.394 + 0.362i
0.159 + 0.119i
0.131 + 0.390i
0.980 + 1.025i
0.605 + 1.257i
1.193 + 0.563i
0.203 + 1.338i

19.1
0.529 + 0.133i
0.395 + 0.363i
0.160 + 0.119i
0.131 + 0.392i
0.976 + 1.028i
0.602 + 1.259i
1.190 + 0.561i
0.201 + 1.338i

19.2
0.530 + 0.134i
0.395 + 0.364i
0.160 + 0.121i
0.131 + 0.394i
0.970 + 1.033i
0.597 + 1.260i
1.187 + 0.558i
0.200 + 1.339i

19.3
0.531 + 0.134i
0.396 + 0.365i
0.160 + 0.122i
0.131 + 0.396i
0.962 + 1.037i
0.592 + 1.263i
1.184 + 0.556i
0.198 + 1.339i

19.4
0.532 + 0.134i
0.396 + 0.365i
0.160 + 0.122i
0.131 + 0.398i
0.956 + 1.042i
0.587 + 1.264i
1.182 + 0.553i
0.196 + 1.340i

19.5
0.534 + 0.134i
0.397 + 0.365i
0.160 + 0.123i
0.131 + 0.399i
0.949 + 1.046i
0.583 + 1.265i
1.179 + 0.551i
0.194 + 1.341i

19.6
0.534 + 0.134i
0.397 + 0.366i
0.161 + 0.125i
0.131 + 0.403i
0.942 + 1.051i
0.578 + 1.267i
1.177 + 0.548i
0.193 + 1.342i

19.7
0.535 + 0.135i
0.398 + 0.367i
0.161 + 0.125i
0.132 + 0.404i
0.935 + 1.057i
0.572 + 1.267i
1.174 + 0.545i
0.191 + 1.342i

19.8
0.535 + 0.135i
0.398 + 0.368i
0.161 + 0.126i
0.132 + 0.406i
0.930 + 1.060i
0.569 + 1.269i
1.171 + 0.541i
0.191 + 1.344i

19.9
0.536 + 0.135i
0.399 + 0.368i
0.161 + 0.128i
0.132 + 0.408i
0.923 + 1.064i
0.564 + 1.270i
1.168 + 0.539i
0.189 + 1.345i

20
0.537 + 0.135i
0.399 + 0.368i
0.161 + 0.128i
0.132 + 0.410i
0.919 + 1.066i
0.562 + 1.270i
1.165 + 0.536i
0.188 + 1.346i

256NUC

Normalized values

SNR
a1
a2
a3
a4
a5
a6
a7
a8

10
1.467 + 0.993i
1.751 + 0.343i
0.887 + 0.534i
1.003 + 0.243i
1.216 + 0.823i
1.435 + 0.289i
0.903 + 0.552i
1.025 + 0.246i

10.1
1.468 + 0.993i
1.753 + 0.345i
0.883 + 0.533i
1.000 + 0.241i
1.215 + 0.823i
1.435 + 0.289i
0.900 + 0.552i
1.023 + 0.244i

10.2
1.472 + 0.994i
1.754 + 0.345i
0.879 + 0.533i
0.997 + 0.240i
1.214 + 0.823i
1.434 + 0.287i
0.897 + 0.552i
1.021 + 0.243i

10.3
1.475 + 0.995i
1.757 + 0.346i
0.876 + 0.533i
0.994 + 0.238i
1.213 + 0.822i
1.434 + 0.287i
0.894 + 0.552i
1.019 + 0.241i

10.4
1.477 + 0.996i
1.759 + 0.346i
0.873 + 0.533i
0.992 + 0.236i
1.211 + 0.822i
1.434 + 0.286i
0.891 + 0.553i
1.017 + 0.239i

10.5
1.481 + 0.997i
1.760 + 0.347i
0.870 + 0.532i
0.990 + 0.235i
1.209 + 0.821i
1.433 + 0.286i
0.889 + 0.553i
1.015 + 0.237i

10.6
1.484 + 0.999i
1.762 + 0.347i
0.867 + 0.532i
0.988 + 0.233i
1.208 + 0.821i
1.432 + 0.285i
0.886 + 0.554i
1.014 + 0.235i

10.7
1.486 + 1.001i
1.764 + 0.348i
0.864 + 0.533i
0.986 + 0.231i
1.206 + 0.821i
1.431 + 0.284i
0.883 + 0.555i
1.013 + 0.233i

10.8
1.488 + 1.002i
1.765 + 0.349i
0.862 + 0.533i
0.985 + 0.229i
1.204 + 0.820i
1.431 + 0.284i
0.881 + 0.555i
1.012 + 0.231i

10.9
1.491 + 1.003i
1.767 + 0.349i
0.859 + 0.533i
0.983 + 0.227i
1.202 + 0.819i
1.429 + 0.283i
0.879 + 0.556i
1.011 + 0.229i

11
1.494 + 1.005i
1.768 + 0.349i
0.857 + 0.535i
0.982 + 0.225i
1.200 + 0.819i
1.429 + 0.282i
0.876 + 0.557i
1.010 + 0.227i

11.1
1.495 + 1.006i
1.770 + 0.350i
0.855 + 0.534i
0.981 + 0.223i
1.198 + 0.819i
1.428 + 0.280i
0.874 + 0.558i
1.009 + 0.225i

11.2
1.497 + 1.007i
1.771 + 0.350i
0.853 + 0.536i
0.980 + 0.221i
1.195 + 0.820i
1.427 + 0.277i
0.873 + 0.560i
1.009 + 0.222i

11.3
1.498 + 1.009i
1.772 + 0.351i
0.850 + 0.536i
0.979 + 0.219i
1.187 + 0.826i
1.427 + 0.268i
0.869 + 0.562i
1.009 + 0.218i

11.4
1.499 + 1.012i
1.775 + 0.353i
0.848 + 0.537i
0.978 + 0.218i
1.174 + 0.838i
1.428 + 0.250i
0.865 + 0.566i
1.009 + 0.213i

11.5
1.501 + 1.016i
1.778 + 0.354i
0.846 + 0.536i
0.976 + 0.216i
1.162 + 0.850i
1.429 + 0.233i
0.862 + 0.569i
1.009 + 0.208i

11.6
1.503 + 1.020i
1.782 + 0.355i
0.843 + 0.535i
0.975 + 0.214i
1.152 + 0.859i
1.430 + 0.220i
0.859 + 0.572i
1.009 + 0.204i

11.7
1.504 + 1.023i
1.785 + 0.356i
0.841 + 0.536i
0.973 + 0.213i
1.144 + 0.867i
1.431 + 0.209i
0.856 + 0.574i
1.008 + 0.200i

11.8
1.505 + 1.028i
1.789 + 0.357i
0.839 + 0.535i
0.971 + 0.211i
1.137 + 0.872i
1.432 + 0.199i
0.853 + 0.576i
1.008 + 0.196i

11.9
1.506 + 1.032i
1.792 + 0.357i
0.837 + 0.534i
0.969 + 0.210i
1.131 + 0.878i
1.432 + 0.191i
0.851 + 0.578i
1.008 + 0.193i

12
1.507 + 1.035i
1.795 + 0.357i
0.834 + 0.534i
0.968 + 0.208i
1.126 + 0.883i
1.432 + 0.183i
0.848 + 0.579i
1.008 + 0.190i

12.1
1.507 + 1.040i
1.798 + 0.358i
0.833 + 0.534i
0.966 + 0.206i
1.121 + 0.888i
1.433 + 0.176i
0.846 + 0.581i
1.008 + 0.187i

12.2
1.507 + 1.043i
1.800 + 0.358i
0.831 + 0.534i
0.965 + 0.205i
1.117 + 0.892i
1.434 + 0.171i
0.844 + 0.581i
1.008 + 0.185i

12.3
1.507 + 1.047i
1.803 + 0.357i
0.829 + 0.534i
0.965 + 0.204i
1.113 + 0.896i
1.434 + 0.165i
0.843 + 0.583i
1.008 + 0.183i

12.4
1.506 + 1.052i
1.805 + 0.358i
0.827 + 0.534i
0.964 + 0.202i
1.109 + 0.900i
1.436 + 0.160i
0.841 + 0.584i
1.009 + 0.180i

12.5
1.505 + 1.057i
1.808 + 0.355i
0.826 + 0.535i
0.963 + 0.201i
1.105 + 0.903i
1.434 + 0.156i
0.840 + 0.585i
1.009 + 0.179i

12.6
1.502 + 1.063i
1.810 + 0.352i
0.825 + 0.536i
0.963 + 0.200i
1.101 + 0.906i
1.434 + 0.152i
0.839 + 0.587i
1.011 + 0.177i

12.7
1.499 + 1.070i
1.812 + 0.349i
0.823 + 0.536i
0.963 + 0.199i
1.098 + 0.910i
1.434 + 0.148i
0.838 + 0.588i
1.012 + 0.176i

12.8
1.342 + 1.283i
1.791 + 0.241i
0.814 + 0.553i
0.982 + 0.199i
1.083 + 0.931i
1.409 + 0.158i
0.855 + 0.616i
1.047 + 0.187i

12.9
1.333 + 1.290i
1.791 + 0.243i
0.810 + 0.560i
0.986 + 0.198i
1.077 + 0.937i
1.413 + 0.155i
0.850 + 0.622i
1.051 + 0.185i

13
1.323 + 1.296i
1.791 + 0.245i
0.804 + 0.567i
0.991 + 0.196i
1.070 + 0.944i
1.418 + 0.151i
0.844 + 0.628i
1.056 + 0.183i

13.1
1.316 + 1.299i
1.791 + 0.246i
0.800 + 0.571i
0.994 + 0.194i
1.065 + 0.947i
1.421 + 0.149i
0.840 + 0.632i
1.060 + 0.181i

13.2
1.308 + 1.303i
1.791 + 0.249i
0.795 + 0.576i
0.999 + 0.192i
1.060 + 0.951i
1.424 + 0.146i
0.835 + 0.637i
1.065 + 0.178i

13.3
1.304 + 1.304i
1.790 + 0.249i
0.792 + 0.579i
1.001 + 0.189i
1.058 + 0.952i
1.425 + 0.144i
0.833 + 0.639i
1.067 + 0.176i

13.4
1.298 + 1.307i
1.789 + 0.250i
0.788 + 0.583i
1.004 + 0.187i
1.054 + 0.955i
1.426 + 0.142i
0.829 + 0.642i
1.072 + 0.174i

13.5
1.290 + 1.310i
1.788 + 0.251i
0.784 + 0.587i
1.008 + 0.184i
1.050 + 0.958i
1.427 + 0.140i
0.825 + 0.646i
1.076 + 0.172i

13.6
1.285 + 1.312i
1.787 + 0.251i
0.781 + 0.589i
1.011 + 0.182i
1.047 + 0.959i
1.428 + 0.139i
0.822 + 0.648i
1.080 + 0.170i

13.7
1.151 + 1.337i
1.759 + 0.218i
0.766 + 0.621i
1.040 + 0.173i
0.999 + 0.966i
1.434 + 0.173i
0.811 + 0.676i
1.122 + 0.179i

13.8
1.147 + 1.339i
1.759 + 0.218i
0.763 + 0.623i
1.042 + 0.171i
0.996 + 0.969i
1.435 + 0.172i
0.808 + 0.679i
1.124 + 0.176i

13.9
1.142 + 1.340i
1.759 + 0.219i
0.761 + 0.627i
1.046 + 0.169i
0.991 + 0.972i
1.436 + 0.173i
0.806 + 0.684i
1.129 + 0.174i

14
1.139 + 1.341i
1.760 + 0.220i
0.759 + 0.629i
1.048 + 0.168i
0.988 + 0.975i
1.436 + 0.172i
0.803 + 0.687i
1.132 + 0.171i

14.1
1.137 + 1.343i
1.760 + 0.221i
0.757 + 0.631i
1.050 + 0.166i
0.985 + 0.977i
1.437 + 0.172i
0.801 + 0.690i
1.135 + 0.169i

14.2
1.134 + 1.344i
1.759 + 0.221i
0.755 + 0.635i
1.052 + 0.164i
0.982 + 0.979i
1.437 + 0.172i
0.799 + 0.694i
1.138 + 0.166i

14.3
1.132 + 1.345i
1.760 + 0.221i
0.753 + 0.636i
1.054 + 0.162i
0.979 + 0.981i
1.437 + 0.173i
0.797 + 0.697i
1.141 + 0.165i

14.4
1.130 + 1.345i
1.760 + 0.222i
0.752 + 0.639i
1.056 + 0.161i
0.976 + 0.982i
1.438 + 0.174i
0.795 + 0.701i
1.144 + 0.162i

14.5
1.128 + 1.346i
1.759 + 0.222i
0.750 + 0.640i
1.057 + 0.159i
0.974 + 0.984i
1.438 + 0.174i
0.794 + 0.704i
1.146 + 0.160i

14.6
1.127 + 1.346i
1.759 + 0.222i
0.749 + 0.643i
1.059 + 0.158i
0.971 + 0.985i
1.438 + 0.175i
0.792 + 0.707i
1.149 + 0.159i

14.7
1.125 + 1.347i
1.759 + 0.222i
0.747 + 0.646i
1.061 + 0.156i
0.968 + 0.987i
1.438 + 0.175i
0.790 + 0.711i
1.151 + 0.157i

14.8
1.124 + 1.347i
1.759 + 0.222i
0.746 + 0.648i
1.063 + 0.155i
0.966 + 0.988i
1.439 + 0.177i
0.789 + 0.714i
1.154 + 0.155i

14.9
1.123 + 1.346i
1.759 + 0.223i
0.745 + 0.649i
1.064 + 0.153i
0.964 + 0.989i
1.439 + 0.177i
0.788 + 0.716i
1.156 + 0.154i

15
1.123 + 1.346i
1.758 + 0.222i
0.744 + 0.651i
1.065 + 0.152i
0.961 + 0.990i
1.439 + 0.178i
0.787 + 0.720i
1.158 + 0.153i

15.1
1.124 + 1.344i
1.758 + 0.222i
0.743 + 0.653i
1.066 + 0.151i
0.959 + 0.991i
1.439 + 0.178i
0.786 + 0.723i
1.159 + 0.151i

15.2
1.125 + 1.342i
1.757 + 0.222i
0.742 + 0.655i
1.067 + 0.149i
0.958 + 0.991i
1.439 + 0.179i
0.785 + 0.726i
1.161 + 0.150i

15.3
1.126 + 1.340i
1.757 + 0.222i
0.740 + 0.657i
1.068 + 0.147i
0.956 + 0.992i
1.438 + 0.179i
0.784 + 0.728i
1.162 + 0.148i

15.4
1.128 + 1.336i
1.756 + 0.222i
0.739 + 0.659i
1.069 + 0.146i
0.954 + 0.992i
1.438 + 0.180i
0.783 + 0.732i
1.163 + 0.147i

15.5
0.543 + 0.298i
0.585 + 0.123i
0.303 + 0.160i
0.321 + 0.107i
0.539 + 0.309i
0.585 + 0.120i
0.303 + 0.162i
0.320 + 0.108i

15.6
0.543 + 0.297i
0.587 + 0.123i
0.311 + 0.160i
0.331 + 0.105i
0.539 + 0.308i
0.587 + 0.119i
0.311 + 0.163i
0.330 + 0.106i

15.7
0.543 + 0.297i
0.589 + 0.123i
0.318 + 0.162i
0.340 + 0.103i
0.539 + 0.309i
0.589 + 0.118i
0.318 + 0.164i
0.339 + 0.104i

15.8
0.543 + 0.297i
0.590 + 0.122i
0.323 + 0.162i
0.346 + 0.101i
0.539 + 0.308i
0.590 + 0.117i
0.323 + 0.165i
0.346 + 0.102i

15.9
0.543 + 0.297i
0.591 + 0.122i
0.328 + 0.164i
0.353 + 0.100i
0.538 + 0.308i
0.591 + 0.116i
0.328 + 0.166i
0.352 + 0.101i

16
0.542 + 0.297i
0.591 + 0.121i
0.332 + 0.165i
0.358 + 0.099i
0.537 + 0.309i
0.592 + 0.115i
0.332 + 0.168i
0.358 + 0.100i

16.1
0.542 + 0.297i
0.592 + 0.121i
0.336 + 0.167i
0.363 + 0.098i
0.536 + 0.309i
0.593 + 0.114i
0.336 + 0.169i
0.363 + 0.099i

16.2
0.542 + 0.297i
0.593 + 0.121i
0.340 + 0.169i
0.368 + 0.097i
0.536 + 0.311i
0.595 + 0.114i
0.340 + 0.171i
0.368 + 0.098i

16.3
0.541 + 0.298i
0.594 + 0.121i
0.343 + 0.171i
0.373 + 0.096i
0.534 + 0.311i
0.595 + 0.113i
0.343 + 0.173i
0.373 + 0.096i

16.4
0.540 + 0.299i
0.594 + 0.121i
0.346 + 0.174i
0.376 + 0.096i
0.533 + 0.313i
0.595 + 0.112i
0.346 + 0.176i
0.377 + 0.096i

16.5
0.540 + 0.299i
0.594 + 0.121i
0.350 + 0.176i
0.381 + 0.095i
0.532 + 0.315i
0.597 + 0.111i
0.350 + 0.178i
0.381 + 0.095i

16.6
0.538 + 0.301i
0.595 + 0.122i
0.353 + 0.179i
0.385 + 0.094i
0.530 + 0.317i
0.597 + 0.110i
0.353 + 0.182i
0.386 + 0.094i

16.7
0.538 + 0.301i
0.596 + 0.122i
0.356 + 0.182i
0.389 + 0.094i
0.528 + 0.319i
0.599 + 0.109i
0.356 + 0.184i
0.389 + 0.094i

16.8
0.537 + 0.303i
0.597 + 0.123i
0.359 + 0.186i
0.393 + 0.094i
0.527 + 0.322i
0.600 + 0.108i
0.359 + 0.189i
0.394 + 0.093i

16.9
0.535 + 0.305i
0.596 + 0.123i
0.362 + 0.190i
0.396 + 0.094i
0.525 + 0.325i
0.600 + 0.108i
0.362 + 0.192i
0.397 + 0.093i

17
0.534 + 0.306i
0.597 + 0.123i
0.364 + 0.193i
0.400 + 0.093i
0.523 + 0.327i
0.600 + 0.106i
0.364 + 0.196i
0.401 + 0.092i

17.1
0.534 + 0.307i
0.596 + 0.124i
0.366 + 0.197i
0.402 + 0.093i
0.521 + 0.350i
0.600 + 0.106i
0.366 + 0.200i
0.403 + 0.091i

17.2
0.533 + 0.307i
0.596 + 0.124i
0.368 + 0.200i
0.403 + 0.093i
0.519 + 0.331i
0.600 + 0.104i
0.367 + 0.203i
0.404 + 0.091i

17.3
0.532 + 0.306i
0.595 + 0.124i
0.368 + 0.201i
0.404 + 0.092i
0.519 + 0.332i
0.600 + 0.103i
0.367 + 0.205i
0.405 + 0.091i

17.4
0.532 + 0.306i
0.595 + 0.124i
0.369 + 0.203i
0.405 + 0.091i
0.517 + 0.333i
0.600 + 0.102i
0.368 + 0.208i
0.406 + 0.090i

17.5
0.532 + 0.306i
0.595 + 0.124i
0.370 + 0.206i
0.406 + 0.091i
0.517 + 0.334i
0.600 + 0.101i
0.369 + 0.210i
0.407 + 0.089i

17.6
0.532 + 0.306i
0.595 + 0.124i
0.370 + 0.206i
0.406 + 0.091i
0.516 + 0.335i
0.600 + 0.100i
0.369 + 0.211i
0.408 + 0.089i

17.7
0.532 + 0.305i
0.594 + 0.124i
0.370 + 0.208i
0.406 + 0.090i
0.515 + 0.335i
0.600 + 0.099i
0.369 + 0.213i
0.407 + 0.088i

17.8
0.531 + 0.304i
0.593 + 0.124i
0.369 + 0.208i
0.405 + 0.090i
0.514 + 0.335i
0.599 + 0.098i
0.368 + 0.213i
0.406 + 0.087i

17.9
0.429 + 0.284i
0.456 + 0.099i
0.247 + 0.251i
0.269 + 0.085i
0.427 + 0.296i
0.456 + 0.095i
0.248 + 0.256i
0.268 + 0.085i

18
0.428 + 0.283i
0.456 + 0.100i
0.248 + 0.251i
0.269 + 0.084i
0.426 + 0.296i
0.456 + 0.095i
0.248 + 0.255i
0.269 + 0.084i

18.1
0.427 + 0.283i
0.456 + 0.100i
0.249 + 0.250i
0.271 + 0.084i
0.426 + 0.296i
0.457 + 0.095i
0.249 + 0.255i
0.271 + 0.084i

18.2
0.428 + 0.282i
0.458 + 0.100i
0.250 + 0.249i
0.273 + 0.084i
0.426 + 0.296i
0.458 + 0.095i
0.250 + 0.254i
0.273 + 0.084i

18.3
0.428 + 0.281i
0.459 + 0.100i
0.252 + 0.248i
0.274 + 0.084i
0.426 + 0.296i
0.460 + 0.094i
0.252 + 0.252i
0.274 + 0.083i

18.4
0.428 + 0.281i
0.459 + 0.100i
0.253 + 0.248i
0.274 + 0.083i
0.426 + 0.296i
0.460 + 0.093i
0.253 + 0.253i
0.274 + 0.083i

18.5
0.424 + 0.279i
0.447 + 0.101i
0.249 + 0.255i
0.266 + 0.085i
0.417 + 0.304i
0.448 + 0.093i
0.247 + 0.270i
0.266 + 0.085i

18.6
0.424 + 0.278i
0.447 + 0.101i
0.250 + 0.254i
0.267 + 0.085i
0.417 + 0.305i
0.449 + 0.092i
0.248 + 0.270i
0.267 + 0.084i

18.7
0.422 + 0.277i
0.450 + 0.102i
0.251 + 0.247i
0.271 + 0.084i
0.412 + 0.307i
0.451 + 0.091i
0.248 + 0.265i
0.271 + 0.083i

18.8
0.423 + 0.277i
0.451 + 0.103i
0.252 + 0.247i
0.273 + 0.084i
0.413 + 0.308i
0.453 + 0.090i
0.250 + 0.266i
0.273 + 0.082i

18.9
0.424 + 0.276i
0.452 + 0.104i
0.254 + 0.246i
0.274 + 0.084i
0.413 + 0.310i
0.454 + 0.089i
0.251 + 0.267i
0.274 + 0.081i

19
0.425 + 0.275i
0.452 + 0.104i
0.254 + 0.246i
0.274 + 0.084i
0.413 + 0.311i
0.454 + 0.088i
0.251 + 0.267i
0.274 + 0.081i

19.1
0.425 + 0.275i
0.452 + 0.105i
0.254 + 0.246i
0.274 + 0.085i
0.412 + 0.312i
0.455 + 0.088i
0.251 + 0.268i
0.274 + 0.080i

19.2
1.299 + 1.010i
1.580 + 0.150i
0.754 + 0.645i
0.955 + 0.116i
1.026 + 0.886i
1.306 + 0.133i
0.828 + 0.758i
1.092 + 0.119i

19.3
1.298 + 1.007i
1.580 + 0.150i
0.754 + 0.645i
0.954 + 0.115i
1.027 + 0.886i
1.308 + 0.133i
0.833 + 0.759i
1.096 + 0.119i

19.4
1.297 + 1.005i
1.581 + 0.150i
0.756 + 0.646i
0.954 + 0.115i
1.028 + 0.886i
1.310 + 0.133i
0.836 + 0.759i
1.099 + 0.118i

19.5
1.297 + 1.002i
1.581 + 0.150i
0.757 + 0.646i
0.953 + 0.113i
1.030 + 0.886i
1.313 + 0.133i
0.841 + 0.760i
1.103 + 0.118i

19.6
1.297 + 1.000i
1.580 + 0.149i
0.757 + 0.647i
0.953 + 0.113i
1.032 + 0.886i
1.313 + 0.133i
0.845 + 0.760i
1.105 + 0.117i

19.7
1.296 + 0.997i
1.580 + 0.149i
0.758 + 0.648i
0.953 + 0.113i
1.033 + 0.886i
1.314 + 0.132i
0.850 + 0.761i
1.107 + 0.117i

19.8
1.297 + 0.995i
1.579 + 0.149i
0.759 + 0.649i
0.953 + 0.113i
1.036 + 0.886i
1.316 + 0.132i
0.854 + 0.761i
1.110 + 0.117i

19.9
1.297 + 0.993i
1.579 + 0.148i
0.759 + 0.650i
0.953 + 0.112i
1.037 + 0.886i
1.317 + 0.132i
0.858 + 0.761i
1.112 + 0.116i

20
1.297 + 0.990i
1.579 + 0.148i
0.760 + 0.651i
0.954 + 0.112i
1.039 + 0.886i
1.319 + 0.133i
0.862 + 0.762i
1.114 + 0.116i

20.1
1.297 + 0.988i
1.578 + 0.147i
0.761 + 0.652i
0.955 + 0.112i
1.040 + 0.888i
1.319 + 0.132i
0.866 + 0.762i
1.116 + 0.116i

20.2
1.298 + 0.986i
1.579 + 0.147i
0.761 + 0.653i
0.956 + 0.112i
1.042 + 0.888i
1.321 + 0.132i
0.870 + 0.763i
1.118 + 0.116i

20.3
1.298 + 0.984i
1.578 + 0.146i
0.762 + 0.655i
0.957 + 0.112i
1.043 + 0.889i
1.322 + 0.132i
0.874 + 0.764i
1.121 + 0.116i

20.4
1.299 + 0.982i
1.577 + 0.146i
0.763 + 0.656i
0.958 + 0.112i
1.045 + 0.891i
1.323 + 0.132i
0.877 + 0.764i
1.122 + 0.116i

20.5
1.291 + 0.967i
1.571 + 0.144i
0.790 + 0.634i
0.945 + 0.100i
1.039 + 0.877i
1.321 + 0.128i
0.872 + 0.753i
1.120 + 0.108i

20.6
1.290 + 0.965i
1.569 + 0.144i
0.792 + 0.635i
0.945 + 0.100i
1.039 + 0.878i
1.321 + 0.128i
0.873 + 0.755i
1.121 + 0.108i

20.7
1.289 + 0.962i
1.568 + 0.143i
0.795 + 0.634i
0.946 + 0.099i
1.038 + 0.879i
1.321 + 0.128i
0.874 + 0.756i
1.122 + 0.107i

20.8
1.271 + 0.972i
1.582 + 0.150i
0.834 + 0.630i
0.953 + 0.098i
0.995 + 0.902i
1.334 + 0.118i
0.810 + 0.782i
1.130 + 0.102i

20.9
1.268 + 0.972i
1.581 + 0.150i
0.838 + 0.631i
0.954 + 0.097i
0.993 + 0.904i
1.335 + 0.117i
0.808 + 0.785i
1.131 + 0.102i

21
1.266 + 0.970i
1.579 + 0.150i
0.841 + 0.632i
0.956 + 0.097i
0.991 + 0.905i
1.335 + 0.117i
0.806 + 0.787i
1.133 + 0.102i

21.1
1.265 + 0.969i
1.578 + 0.149i
0.846 + 0.633i
0.957 + 0.097i
0.990 + 0.905i
1.335 + 0.116i
0.804 + 0.788i
1.133 + 0.101i

21.2
1.262 + 0.971i
1.577 + 0.149i
0.853 + 0.634i
0.959 + 0.097i
0.985 + 0.903i
1.335 + 0.115i
0.797 + 0.789i
1.134 + 0.101i

21.3
1.259 + 0.972i
1.575 + 0.148i
0.857 + 0.636i
0.961 + 0.097i
0.983 + 0.903i
1.335 + 0.115i
0.795 + 0.790i
1.135 + 0.101i

21.4
1.256 + 0.974i
1.574 + 0.147i
0.862 + 0.637i
0.962 + 0.096i
0.980 + 0.903i
1.335 + 0.115i
0.791 + 0.792i
1.137 + 0.100i

21.5
1.253 + 0.974i
1.572 + 0.147i
0.866 + 0.638i
0.963 + 0.096i
0.980 + 0.903i
1.335 + 0.114i
0.790 + 0.793i
1.137 + 0.100i

21.6
1.250 + 0.975i
1.570 + 0.146i
0.870 + 0.640i
0.964 + 0.096i
0.978 + 0.903i
1.334 + 0.114i
0.788 + 0.794i
1.138 + 0.100i

21.7
1.248 + 0.975i
1.568 + 0.145i
0.874 + 0.641i
0.965 + 0.096i
0.977 + 0.902i
1.334 + 0.113i
0.788 + 0.795i
1.138 + 0.099i

21.8
1.244 + 0.975i
1.566 + 0.145i
0.878 + 0.642i
0.966 + 0.096i
0.976 + 0.902i
1.333 + 0.112i
0.786 + 0.796i
1.139 + 0.099i

21.9
1.240 + 0.977i
1.564 + 0.143i
0.883 + 0.643i
0.967 + 0.095i
0.975 + 0.902i
1.333 + 0.112i
0.786 + 0.796i
1.139 + 0.099i

22
1.235 + 0.978i
1.562 + 0.143i
0.886 + 0.644i
0.969 + 0.095i
0.973 + 0.902i
1.333 + 0.111i
0.785 + 0.797i
1.140 + 0.098i

22.1
1.231 + 0.979i
1.561 + 0.142i
0.890 + 0.645i
0.970 + 0.095i
0.972 + 0.902i
1.332 + 0.111i
0.785 + 0.798i
1.140 + 0.098i

22.2
1.227 + 0.980i
1.559 + 0.141i
0.895 + 0.646i
0.971 + 0.095i
0.972 + 0.902i
1.332 + 0.111i
0.785 + 0.798i
1.141 + 0.098i

22.3
1.221 + 0.982i
1.557 + 0.140i
0.899 + 0.648i
0.973 + 0.095i
0.969 + 0.903i
1.331 + 0.110i
0.783 + 0.798i
1.142 + 0.098i

22.4
1.201 + 0.994i
1.556 + 0.140i
0.907 + 0.649i
0.975 + 0.094i
0.959 + 0.901i
1.332 + 0.110i
0.773 + 0.789i
1.143 + 0.097i

22.5
1.194 + 0.996i
1.555 + 0.139i
0.910 + 0.650i
0.976 + 0.094i
0.956 + 0.902i
1.332 + 0.109i
0.771 + 0.789i
1.144 + 0.097i

22.6
0.333 + 0.340i
0.329 + 0.201i
0.199 + 0.343i
0.195 + 0.204i
0.337 + 0.486i
0.327 + 0.066i
0.200 + 0.488i
0.192 + 0.068i

22.7
0.334 + 0.341i
0.330 + 0.202i
0.199 + 0.344i
0.195 + 0.204i
0.338 + 0.487i
0.327 + 0.066i
0.201 + 0.490i
0.192 + 0.068i

22.8
0.335 + 0.342i
0.330 + 0.202i
0.199 + 0.345i
0.196 + 0.205i
0.339 + 0.488i
0.329 + 0.067i
0.202 + 0.490i
0.194 + 0.068i

22.9
0.336 + 0.343i
0.332 + 0.203i
0.200 + 0.346i
0.197 + 0.205i
0.340 + 0.489i
0.331 + 0.067i
0.202 + 0.492i
0.194 + 0.068i

23
0.337 + 0.343i
0.333 + 0.203i
0.201 + 0.346i
0.197 + 0.205i
0.342 + 0.490i
0.331 + 0.067i
0.203 + 0.492i
0.195 + 0.068i

23.1
0.338 + 0.344i
0.334 + 0.203i
0.202 + 0.347i
0.198 + 0.206i
0.343 + 0.491i
0.333 + 0.067i
0.204 + 0.493i
0.196 + 0.068i

23.2
0.339 + 0.345i
0.336 + 0.204i
0.203 + 0.347i
0.199 + 0.206i
0.344 + 0.492i
0.334 + 0.067i
0.204 + 0.493i
0.197 + 0.068i

23.3
0.339 + 0.346i
0.336 + 0.204i
0.203 + 0.347i
0.200 + 0.206i
0.344 + 0.493i
0.336 + 0.067i
0.204 + 0.494i
0.198 + 0.068i

23.4
0.346 + 0.344i
0.343 + 0.204i
0.207 + 0.342i
0.204 + 0.204i
0.349 + 0.488i
0.343 + 0.067i
0.207 + 0.486i
0.203 + 0.067i

23.5
0.346 + 0.345i
0.344 + 0.204i
0.207 + 0.343i
0.204 + 0.204i
0.349 + 0.489i
0.344 + 0.067i
0.207 + 0.487i
0.204 + 0.068i

23.6
0.347 + 0.346i
0.344 + 0.205i
0.207 + 0.345i
0.205 + 0.205i
0.351 + 0.490i
0.344 + 0.068i
0.208 + 0.488i
0.204 + 0.068i

23.7
0.347 + 0.347i
0.344 + 0.206i
0.207 + 0.346i
0.205 + 0.206i
0.351 + 0.491i
0.344 + 0.068i
0.208 + 0.490i
0.204 + 0.068i

23.8
0.348 + 0.348i
0.345 + 0.206i
0.208 + 0.346i
0.206 + 0.206i
0.352 + 0.492i
0.345 + 0.068i
0.208 + 0.490i
0.204 + 0.068i

23.9
0.348 + 0.349i
0.345 + 0.208i
0.208 + 0.348i
0.205 + 0.208i
0.354 + 0.493i
0.345 + 0.069i
0.209 + 0.493i
0.204 + 0.069i

24
0.349 + 0.349i
0.346 + 0.208i
0.208 + 0.349i
0.206 + 0.208i
0.354 + 0.494i
0.346 + 0.069i
0.209 + 0.493i
0.205 + 0.069i

24.1
0.350 + 0.350i
0.347 + 0.208i
0.209 + 0.349i
0.207 + 0.208i
0.355 + 0.495i
0.347 + 0.069i
0.210 + 0.493i
0.205 + 0.069i

24.2
0.350 + 0.351i
0.347 + 0.209i
0.209 + 0.349i
0.207 + 0.208i
0.356 + 0.496i
0.347 + 0.069i
0.210 + 0.493i
0.206 + 0.069i

24.3
0.351 + 0.351i
0.348 + 0.209i
0.210 + 0.349i
0.207 + 0.208i
0.357 + 0.497i
0.348 + 0.069i
0.212 + 0.493i
0.207 + 0.069i

24.4
0.352 + 0.352i
0.349 + 0.209i
0.210 + 0.349i
0.208 + 0.208i
0.358 + 0.497i
0.349 + 0.069i
0.212 + 0.493i
0.207 + 0.069i

24.5
0.352 + 0.352i
0.349 + 0.209i
0.210 + 0.350i
0.208 + 0.209i
0.359 + 0.498i
0.351 + 0.069i
0.213 + 0.493i
0.209 + 0.069i

24.6
0.353 + 0.353i
0.349 + 0.210i
0.210 + 0.351i
0.208 + 0.209i
0.360 + 0.498i
0.351 + 0.069i
0.214 + 0.494i
0.209 + 0.069i

24.7
0.353 + 0.354i
0.349 + 0.210i
0.210 + 0.351i
0.208 + 0.209i
0.361 + 0.499i
0.351 + 0.069i
0.214 + 0.494i
0.209 + 0.069i

24.8
0.353 + 0.354i
0.350 + 0.210i
0.210 + 0.351i
0.209 + 0.210i
0.361 + 0.499i
0.353 + 0.069i
0.214 + 0.494i
0.210 + 0.069i

24.9
0.354 + 0.354i
0.350 + 0.211i
0.210 + 0.351i
0.209 + 0.210i
0.362 + 0.500i
0.354 + 0.070i
0.215 + 0.494i
0.210 + 0.069i

25
0.354 + 0.355i
0.351 + 0.211i
0.210 + 0.350i
0.210 + 0.209i
0.363 + 0.500i
0.355 + 0.070i
0.215 + 0.494i
0.211 + 0.069i

Normalized values

SNR
a9
a10
a11
a12
a13
a14
a15
a16

10
0.969 + 1.486i
0.340 + 1.742i
0.532 + 0.884i
0.243 + 0.996i
0.802 + 1.214i
0.275 + 1.422i
0.547 + 0.902i
0.243 + 1.017i

10.1
0.970 + 1.487i
0.341 + 1.743i
0.531 + 0.881i
0.241 + 0.993i
0.804 + 1.214i
0.275 + 1.424i
0.546 + 0.899i
0.241 + 1.015i

10.2
0.971 + 1.488i
0.342 + 1.744i
0.530 + 0.878i
0.239 + 0.990i
0.805 + 1.213i
0.274 + 1.425i
0.547 + 0.897i
0.240 + 1.013i

10.3
0.972 + 1.489i
0.343 + 1.746i
0.529 + 0.875i
0.237 + 0.988i
0.807 + 1.213i
0.273 + 1.426i
0.546 + 0.894i
0.238 + 1.011i

10.4
0.973 + 1.490i
0.345 + 1.747i
0.529 + 0.872i
0.235 + 0.985i
0.807 + 1.211i
0.273 + 1.427i
0.547 + 0.891i
0.236 + 1.009i

10.5
0.974 + 1.492i
0.346 + 1.748i
0.529 + 0.870i
0.233 + 0.983i
0.808 + 1.210i
0.273 + 1.427i
0.547 + 0.889i
0.234 + 1.008i

10.6
0.975 + 1.493i
0.347 + 1.750i
0.529 + 0.867i
0.231 + 0.981i
0.809 + 1.209i
0.271 + 1.427i
0.548 + 0.886i
0.231 + 1.007i

10.7
0.975 + 1.495i
0.349 + 1.752i
0.529 + 0.865i
0.230 + 0.979i
0.809 + 1.208i
0.271 + 1.427i
0.548 + 0.885i
0.230 + 1.005i

10.8
0.977 + 1.496i
0.350 + 1.754i
0.529 + 0.862i
0.228 + 0.977i
0.810 + 1.207i
0.270 + 1.427i
0.549 + 0.882i
0.228 + 1.004i

10.9
0.978 + 1.497i
0.352 + 1.755i
0.529 + 0.860i
0.226 + 0.976i
0.810 + 1.205i
0.270 + 1.428i
0.549 + 0.880i
0.226 + 1.003i

11
0.978 + 1.498i
0.352 + 1.756i
0.530 + 0.858i
0.225 + 0.975i
0.811 + 1.204i
0.269 + 1.427i
0.550 + 0.878i
0.224 + 1.003i

11.1
0.979 + 1.499i
0.354 + 1.758i
0.531 + 0.856i
0.223 + 0.974i
0.812 + 1.202i
0.268 + 1.427i
0.552 + 0.876i
0.222 + 1.002i

11.2
0.980 + 1.500i
0.355 + 1.759i
0.531 + 0.853i
0.221 + 0.973i
0.814 + 1.199i
0.264 + 1.426i
0.553 + 0.874i
0.220 + 1.001i

11.3
0.980 + 1.501i
0.356 + 1.760i
0.531 + 0.852i
0.219 + 0.971i
0.820 + 1.193i
0.257 + 1.427i
0.556 + 0.871i
0.216 + 1.001i

11.4
0.982 + 1.504i
0.356 + 1.762i
0.532 + 0.849i
0.217 + 0.970i
0.832 + 1.182i
0.242 + 1.428i
0.559 + 0.867i
0.211 + 1.001i

11.5
0.984 + 1.506i
0.357 + 1.765i
0.531 + 0.847i
0.215 + 0.967i
0.843 + 1.171i
0.227 + 1.430i
0.563 + 0.862i
0.205 + 1.000i

11.6
0.986 + 1.509i
0.357 + 1.768i
0.531 + 0.843i
0.213 + 0.965i
0.852 + 1.163i
0.214 + 1.432i
0.566 + 0.859i
0.201 + 1.000i

11.7
0.990 + 1.511i
0.358 + 1.772i
0.530 + 0.841i
0.211 + 0.963i
0.859 + 1.156i
0.204 + 1.434i
0.569 + 0.856i
0.196 + 1.000i

11.8
0.992 + 1.512i
0.358 + 1.775i
0.530 + 0.838i
0.209 + 0.962i
0.865 + 1.149i
0.196 + 1.435i
0.571 + 0.853i
0.193 + 0.999i

11.9
0.995 + 1.514i
0.359 + 1.777i
0.530 + 0.836i
0.208 + 0.960i
0.870 + 1.144i
0.188 + 1.435i
0.573 + 0.850i
0.190 + 0.998i

12
0.998 + 1.515i
0.360 + 1.780i
0.530 + 0.834i
0.206 + 0.958i
0.875 + 1.139i
0.181 + 1.437i
0.574 + 0.848i
0.187 + 0.998i

12.1
1.000 + 1.516i
0.361 + 1.782i
0.529 + 0.832i
0.204 + 0.957i
0.878 + 1.135i
0.176 + 1.439i
0.576 + 0.845i
0.184 + 0.998i

12.2
1.002 + 1.517i
0.361 + 1.785i
0.530 + 0.830i
0.203 + 0.956i
0.882 + 1.130i
0.170 + 1.440i
0.577 + 0.843i
0.181 + 0.998i

12.3
1.003 + 1.517i
0.362 + 1.786i
0.529 + 0.828i
0.201 + 0.955i
0.884 + 1.127i
0.166 + 1.440i
0.578 + 0.841i
0.179 + 0.997i

12.4
1.004 + 1.518i
0.362 + 1.787i
0.529 + 0.826i
0.199 + 0.954i
0.886 + 1.124i
0.161 + 1.442i
0.579 + 0.840i
0.177 + 0.997i

12.5
1.004 + 1.520i
0.362 + 1.788i
0.529 + 0.825i
0.198 + 0.953i
0.889 + 1.121i
0.158 + 1.442i
0.580 + 0.837i
0.174 + 0.996i

12.6
1.003 + 1.520i
0.362 + 1.789i
0.529 + 0.823i
0.196 + 0.952i
0.889 + 1.119i
0.154 + 1.443i
0.581 + 0.836i
0.172 + 0.996i

12.7
1.002 + 1.521i
0.362 + 1.789i
0.529 + 0.822i
0.195 + 0.951i
0.890 + 1.117i
0.151 + 1.443i
0.582 + 0.835i
0.170 + 0.995i

12.8
0.863 + 1.544i
0.312 + 1.752i
0.524 + 0.813i
0.186 + 0.927i
0.829 + 1.112i
0.154 + 1.397i
0.578 + 0.837i
0.168 + 0.964i

12.9
0.856 + 1.547i
0.308 + 1.751i
0.519 + 0.813i
0.184 + 0.924i
0.826 + 1.113i
0.151 + 1.395i
0.573 + 0.838i
0.166 + 0.962i

13
0.850 + 1.551i
0.304 + 1.749i
0.513 + 0.813i
0.181 + 0.921i
0.821 + 1.114i
0.148 + 1.391i
0.567 + 0.838i
0.164 + 0.959i

13.1
0.847 + 1.553i
0.303 + 1.748i
0.510 + 0.813i
0.179 + 0.920i
0.820 + 1.113i
0.144 + 1.391i
0.564 + 0.838i
0.161 + 0.958i

13.2
0.842 + 1.555i
0.301 + 1.748i
0.506 + 0.812i
0.177 + 0.918i
0.817 + 1.113i
0.141 + 1.391i
0.559 + 0.838i
0.159 + 0.956i

13.3
0.841 + 1.556i
0.302 + 1.747i
0.506 + 0.812i
0.176 + 0.917i
0.818 + 1.111i
0.138 + 1.394i
0.558 + 0.837i
0.158 + 0.955i

13.4
0.837 + 1.556i
0.304 + 1.747i
0.502 + 0.811i
0.173 + 0.916i
0.818 + 1.110i
0.135 + 1.399i
0.555 + 0.836i
0.156 + 0.953i

13.5
0.833 + 1.555i
0.306 + 1.747i
0.501 + 0.810i
0.172 + 0.915i
0.816 + 1.109i
0.133 + 1.406i
0.553 + 0.835i
0.154 + 0.951i

13.6
0.831 + 1.552i
0.314 + 1.748i
0.500 + 0.809i
0.170 + 0.914i
0.817 + 1.108i
0.131 + 1.421i
0.551 + 0.833i
0.152 + 0.948i

13.7
0.735 + 1.301i
0.633 + 1.698i
0.480 + 0.811i
0.145 + 0.870i
0.729 + 1.116i
0.215 + 1.767i
0.515 + 0.832i
0.143 + 0.870i

13.8
0.735 + 1.305i
0.631 + 1.697i
0.480 + 0.809i
0.143 + 0.869i
0.729 + 1.115i
0.214 + 1.765i
0.515 + 0.832i
0.141 + 0.869i

13.9
0.733 + 1.308i
0.630 + 1.697i
0.480 + 0.808i
0.142 + 0.866i
0.728 + 1.116i
0.213 + 1.761i
0.515 + 0.832i
0.139 + 0.866i

14
0.733 + 1.311i
0.628 + 1.696i
0.480 + 0.807i
0.140 + 0.865i
0.727 + 1.115i
0.212 + 1.758i
0.515 + 0.832i
0.138 + 0.865i

14.1
0.733 + 1.315i
0.626 + 1.696i
0.480 + 0.806i
0.139 + 0.864i
0.727 + 1.114i
0.211 + 1.754i
0.516 + 0.832i
0.136 + 0.863i

14.2
0.732 + 1.318i
0.625 + 1.696i
0.480 + 0.806i
0.137 + 0.862i
0.727 + 1.115i
0.210 + 1.750i
0.516 + 0.832i
0.135 + 0.861i

14.3
0.732 + 1.322i
0.623 + 1.694i
0.480 + 0.804i
0.136 + 0.861i
0.728 + 1.113i
0.208 + 1.747i
0.517 + 0.832i
0.133 + 0.860i

14.4
0.732 + 1.325i
0.622 + 1.694i
0.481 + 0.804i
0.135 + 0.859i
0.728 + 1.113i
0.208 + 1.744i
0.517 + 0.832i
0.132 + 0.858i

14.5
0.733 + 1.330i
0.619 + 1.694i
0.481 + 0.803i
0.134 + 0.858i
0.729 + 1.112i
0.206 + 1.740i
0.518 + 0.832i
0.131 + 0.857i

14.6
0.734 + 1.334i
0.618 + 1.694i
0.481 + 0.803i
0.132 + 0.857i
0.729 + 1.111i
0.205 + 1.736i
0.519 + 0.833i
0.129 + 0.856i

14.7
0.733 + 1.338i
0.615 + 1.693i
0.482 + 0.802i
0.132 + 0.855i
0.729 + 1.111i
0.204 + 1.732i
0.520 + 0.832i
0.129 + 0.853i

14.8
0.734 + 1.341i
0.613 + 1.693i
0.482 + 0.801i
0.130 + 0.854i
0.730 + 1.111i
0.202 + 1.727i
0.520 + 0.833i
0.127 + 0.852i

14.9
0.735 + 1.346i
0.609 + 1.692i
0.482 + 0.800i
0.130 + 0.853i
0.731 + 1.110i
0.201 + 1.723i
0.521 + 0.832i
0.126 + 0.851i

15
0.736 + 1.351i
0.605 + 1.693i
0.483 + 0.800i
0.129 + 0.852i
0.732 + 1.109i
0.199 + 1.719i
0.522 + 0.833i
0.125 + 0.850i

15.1
0.738 + 1.356i
0.600 + 1.692i
0.483 + 0.799i
0.128 + 0.851i
0.733 + 1.108i
0.197 + 1.715i
0.523 + 0.832i
0.124 + 0.849i

15.2
0.740 + 1.361i
0.596 + 1.692i
0.483 + 0.798i
0.127 + 0.850i
0.734 + 1.108i
0.195 + 1.711i
0.524 + 0.832i
0.123 + 0.848i

15.3
0.743 + 1.367i
0.590 + 1.692i
0.484 + 0.797i
0.127 + 0.849i
0.736 + 1.107i
0.193 + 1.705i
0.525 + 0.832i
0.123 + 0.847i

15.4
0.747 + 1.375i
0.582 + 1.693i
0.484 + 0.796i
0.127 + 0.847i
0.737 + 1.108i
0.190 + 1.700i
0.526 + 0.832i
0.122 + 0.845i

15.5
0.626 + 0.351i
0.700 + 0.142i
0.155 + 0.120i
0.149 + 0.104i
0.614 + 0.372i
0.704 + 0.125i
0.154 + 0.121i
0.149 + 0.104i

15.6
0.633 + 0.354i
0.709 + 0.144i
0.151 + 0.117i
0.145 + 0.102i
0.618 + 0.377i
0.713 + 0.123i
0.150 + 0.119i
0.145 + 0.102i

15.7
0.638 + 0.357i
0.716 + 0.146i
0.148 + 0.115i
0.142 + 0.100i
0.621 + 0.381i
0.721 + 0.123i
0.148 + 0.116i
0.142 + 0.100i

15.8
0.643 + 0.358i
0.723 + 0.148i
0.146 + 0.114i
0.139 + 0.099i
0.624 + 0.385i
0.728 + 0.122i
0.145 + 0.115i
0.139 + 0.099i

15.9
0.647 + 0.361i
0.728 + 0.150i
0.144 + 0.112i
0.137 + 0.098i
0.628 + 0.388i
0.734 + 0.121i
0.143 + 0.114i
0.137 + 0.098i

16
0.651 + 0.363i
0.733 + 0.152i
0.143 + 0.111i
0.136 + 0.097i
0.630 + 0.393i
0.739 + 0.120i
0.142 + 0.112i
0.136 + 0.097i

16.1
0.654 + 0.364i
0.737 + 0.154i
0.142 + 0.111i
0.134 + 0.096i
0.631 + 0.396i
0.743 + 0.119i
0.141 + 0.111i
0.134 + 0.096i

16.2
0.657 + 0.366i
0.740 + 0.155i
0.142 + 0.110i
0.134 + 0.094i
0.633 + 0.400i
0.747 + 0.118i
0.140 + 0.111i
0.133 + 0.094i

16.3
0.660 + 0.368i
0.742 + 0.158i
0.141 + 0.109i
0.133 + 0.094i
0.634 + 0.404i
0.750 + 0.117i
0.140 + 0.110i
0.133 + 0.094i

16.4
0.662 + 0.369i
0.744 + 0.160i
0.142 + 0.109i
0.133 + 0.093i
0.634 + 0.407i
0.752 + 0.116i
0.140 + 0.110i
0.133 + 0.093i

16.5
0.665 + 0.370i
0.746 + 0.162i
0.143 + 0.108i
0.134 + 0.092i
0.635 + 0.411i
0.755 + 0.115i
0.141 + 0.109i
0.133 + 0.092i

16.6
0.666 + 0.371i
0.748 + 0.164i
0.144 + 0.107i
0.135 + 0.091i
0.635 + 0.415i
0.757 + 0.113i
0.143 + 0.108i
0.135 + 0.091i

16.7
0.668 + 0.372i
0.750 + 0.167i
0.145 + 0.107i
0.136 + 0.090i
0.635 + 0.419i
0.759 + 0.113i
0.143 + 0.107i
0.135 + 0.089i

16.8
0.670 + 0.374i
0.750 + 0.169i
0.147 + 0.106i
0.138 + 0.089i
0.634 + 0.424i
0.760 + 0.111i
0.146 + 0.106i
0.138 + 0.089i

16.9
0.671 + 0.375i
0.751 + 0.172i
0.149 + 0.105i
0.140 + 0.088i
0.634 + 0.428i
0.761 + 0.111i
0.147 + 0.105i
0.140 + 0.087i

17
0.673 + 0.375i
0.751 + 0.174i
0.151 + 0.105i
0.141 + 0.087i
0.634 + 0.431i
0.762 + 0.109i
0.150 + 0.105i
0.142 + 0.086i

17.1
0.673 + 0.376i
0.751 + 0.176i
0.152 + 0.104i
0.143 + 0.086i
0.633 + 0.435i
0.762 + 0.108i
0.150 + 0.104i
0.144 + 0.086i

17.2
0.675 + 0.375i
0.752 + 0.178i
0.152 + 0.104i
0.144 + 0.086i
0.633 + 0.438i
0.763 + 0.106i
0.151 + 0.104i
0.145 + 0.085i

17.3
0.678 + 0.374i
0.753 + 0.180i
0.153 + 0.104i
0.144 + 0.085i
0.633 + 0.440i
0.764 + 0.105i
0.152 + 0.104i
0.145 + 0.084i

17.4
0.679 + 0.374i
0.753 + 0.181i
0.153 + 0.104i
0.144 + 0.084i
0.633 + 0.442i
0.765 + 0.103i
0.152 + 0.104i
0.145 + 0.084i

17.5
0.681 + 0.373i
0.753 + 0.183i
0.153 + 0.104i
0.144 + 0.084i
0.634 + 0.444i
0.766 + 0.102i
0.152 + 0.104i
0.145 + 0.084i

17.6
0.683 + 0.372i
0.754 + 0.184i
0.153 + 0.105i
0.143 + 0.084i
0.634 + 0.446i
0.767 + 0.101i
0.152 + 0.105i
0.145 + 0.084i

17.7
0.684 + 0.371i
0.754 + 0.186i
0.152 + 0.105i
0.142 + 0.084i
0.634 + 0.447i
0.768 + 0.099i
0.152 + 0.105i
0.145 + 0.083i

17.8
0.685 + 0.370i
0.754 + 0.187i
0.152 + 0.106i
0.141 + 0.084i
0.633 + 0.449i
0.767 + 0.098i
0.152 + 0.106i
0.144 + 0.083i

17.9
0.596 + 0.319i
0.631 + 0.129i
0.093 + 0.241i
0.093 + 0.083i
0.582 + 0.355i
0.633 + 0.101i
0.093 + 0.243i
0.093 + 0.083i

18
0.598 + 0.318i
0.632 + 0.130i
0.092 + 0.239i
0.092 + 0.082i
0.582 + 0.357i
0.634 + 0.100i
0.092 + 0.242i
0.092 + 0.082i

18.1
0.599 + 0.318i
0.633 + 0.132i
0.092 + 0.239i
0.092 + 0.082i
0.582 + 0.359i
0.635 + 0.099i
0.092 + 0.241i
0.092 + 0.082i

18.2
0.601 + 0.317i
0.635 + 0.133i
0.092 + 0.236i
0.092 + 0.081i
0.583 + 0.360i
0.637 + 0.098i
0.092 + 0.239i
0.092 + 0.081i

18.3
0.604 + 0.316i
0.637 + 0.135i
0.092 + 0.236i
0.092 + 0.081i
0.585 + 0.362i
0.640 + 0.097i
0.092 + 0.238i
0.092 + 0.081i

18.4
0.605 + 0.316i
0.638 + 0.135i
0.092 + 0.236i
0.092 + 0.081i
0.585 + 0.363i
0.641 + 0.095i
0.092 + 0.238i
0.092 + 0.081i

18.5
0.595 + 0.311i
0.625 + 0.134i
0.088 + 0.241i
0.090 + 0.082i
0.575 + 0.363i
0.628 + 0.093i
0.088 + 0.254i
0.089 + 0.082i

18.6
0.596 + 0.310i
0.625 + 0.135i
0.088 + 0.240i
0.090 + 0.082i
0.575 + 0.365i
0.629 + 0.092i
0.087 + 0.253i
0.089 + 0.082i

18.7
0.591 + 0.312i
0.623 + 0.140i
0.088 + 0.230i
0.091 + 0.079i
0.567 + 0.371i
0.629 + 0.091i
0.088 + 0.243i
0.091 + 0.080i

18.8
0.593 + 0.312i
0.625 + 0.143i
0.088 + 0.229i
0.091 + 0.079i
0.567 + 0.375i
0.631 + 0.089i
0.088 + 0.243i
0.091 + 0.079i

18.9
0.594 + 0.312i
0.626 + 0.145i
0.088 + 0.229i
0.091 + 0.079i
0.568 + 0.378i
0.632 + 0.088i
0.088 + 0.243i
0.091 + 0.079i

19
0.595 + 0.311i
0.627 + 0.148i
0.088 + 0.229i
0.091 + 0.079i
0.568 + 0.380i
0.633 + 0.086i
0.088 + 0.243i
0.091 + 0.078i

19.1
0.596 + 0.311i
0.627 + 0.149i
0.088 + 0.229i
0.091 + 0.079i
0.567 + 0.381i
0.634 + 0.085i
0.087 + 0.244i
0.091 + 0.078i

19.2
0.788 + 1.453i
0.470 + 1.586i
0.394 + 0.861i
0.227 + 0.909i
0.998 + 1.199i
0.155 + 1.639i
0.554 + 0.823i
0.086 + 0.933i

19.3
0.785 + 1.450i
0.469 + 1.582i
0.394 + 0.861i
0.229 + 0.909i
1.001 + 1.199i
0.155 + 1.634i
0.553 + 0.821i
0.085 + 0.934i

19.4
0.784 + 1.447i
0.469 + 1.579i
0.393 + 0.861i
0.230 + 0.909i
1.002 + 1.199i
0.155 + 1.631i
0.553 + 0.819i
0.085 + 0.934i

19.5
0.783 + 1.443i
0.469 + 1.575i
0.392 + 0.861i
0.231 + 0.909i
1.004 + 1.199i
0.155 + 1.628i
0.552 + 0.816i
0.085 + 0.935i

19.6
0.782 + 1.440i
0.470 + 1.571i
0.391 + 0.861i
0.232 + 0.910i
1.006 + 1.198i
0.155 + 1.626i
0.551 + 0.815i
0.084 + 0.935i

19.7
0.781 + 1.436i
0.470 + 1.568i
0.391 + 0.861i
0.232 + 0.910i
1.008 + 1.197i
0.156 + 1.623i
0.550 + 0.812i
0.084 + 0.936i

19.8
0.781 + 1.432i
0.470 + 1.565i
0.391 + 0.861i
0.233 + 0.910i
1.009 + 1.196i
0.156 + 1.619i
0.548 + 0.810i
0.084 + 0.937i

19.9
0.781 + 1.429i
0.470 + 1.561i
0.390 + 0.861i
0.234 + 0.910i
1.011 + 1.195i
0.156 + 1.617i
0.548 + 0.809i
0.083 + 0.937i

20
0.781 + 1.425i
0.470 + 1.558i
0.390 + 0.861i
0.235 + 0.911i
1.013 + 1.193i
0.156 + 1.614i
0.547 + 0.807i
0.083 + 0.937i

20.1
0.781 + 1.422i
0.470 + 1.554i
0.390 + 0.861i
0.235 + 0.910i
1.015 + 1.192i
0.156 + 1.611i
0.546 + 0.806i
0.083 + 0.938i

20.2
0.780 + 1.418i
0.471 + 1.550i
0.390 + 0.860i
0.236 + 0.910i
1.016 + 1.191i
0.156 + 1.607i
0.545 + 0.804i
0.083 + 0.937i

20.3
0.779 + 1.415i
0.470 + 1.547i
0.390 + 0.861i
0.236 + 0.909i
1.016 + 1.190i
0.156 + 1.604i
0.545 + 0.802i
0.083 + 0.937i

20.4
0.779 + 1.411i
0.471 + 1.543i
0.390 + 0.860i
0.237 + 0.909i
1.017 + 1.189i
0.157 + 1.601i
0.544 + 0.801i
0.083 + 0.936i

20.5
0.779 + 1.404i
0.467 + 1.531i
0.418 + 0.861i
0.253 + 0.914i
1.022 + 1.180i
0.156 + 1.588i
0.588 + 0.795i
0.086 + 0.945i

20.6
0.779 + 1.402i
0.466 + 1.528i
0.420 + 0.862i
0.253 + 0.914i
1.023 + 1.179i
0.155 + 1.584i
0.591 + 0.794i
0.086 + 0.945i

20.7
0.778 + 1.399i
0.466 + 1.525i
0.421 + 0.862i
0.254 + 0.915i
1.024 + 1.178i
0.156 + 1.580i
0.593 + 0.792i
0.086 + 0.945i

20.8
0.751 + 1.414i
0.441 + 1.525i
0.414 + 0.856i
0.248 + 0.902i
1.002 + 1.190i
0.145 + 1.565i
0.597 + 0.798i
0.084 + 0.929i

20.9
0.748 + 1.412i
0.439 + 1.522i
0.414 + 0.856i
0.248 + 0.902i
1.001 + 1.190i
0.145 + 1.561i
0.596 + 0.797i
0.084 + 0.927i

21
0.747 + 1.410i
0.438 + 1.519i
0.415 + 0.856i
0.248 + 0.901i
1.000 + 1.188i
0.144 + 1.558i
0.596 + 0.797i
0.084 + 0.927i

21.1
0.745 + 1.408i
0.436 + 1.516i
0.415 + 0.856i
0.248 + 0.901i
0.999 + 1.187i
0.144 + 1.554i
0.596 + 0.797i
0.084 + 0.926i

21.2
0.744 + 1.404i
0.435 + 1.513i
0.413 + 0.856i
0.247 + 0.900i
0.996 + 1.184i
0.144 + 1.551i
0.593 + 0.797i
0.084 + 0.925i

21.3
0.742 + 1.401i
0.433 + 1.510i
0.414 + 0.856i
0.247 + 0.900i
0.994 + 1.182i
0.143 + 1.547i
0.592 + 0.797i
0.084 + 0.923i

21.4
0.740 + 1.399i
0.432 + 1.508i
0.413 + 0.856i
0.247 + 0.899i
0.992 + 1.181i
0.143 + 1.543i
0.591 + 0.797i
0.084 + 0.922i

21.5
0.738 + 1.396i
0.430 + 1.504i
0.414 + 0.856i
0.247 + 0.899i
0.991 + 1.179i
0.142 + 1.540i
0.591 + 0.797i
0.083 + 0.922i

21.6
0.736 + 1.393i
0.429 + 1.501i
0.413 + 0.856i
0.247 + 0.899i
0.989 + 1.178i
0.143 + 1.537i
0.590 + 0.797i
0.083 + 0.921i

21.7
0.735 + 1.390i
0.428 + 1.499i
0.413 + 0.857i
0.247 + 0.899i
0.988 + 1.176i
0.142 + 1.533i
0.589 + 0.797i
0.083 + 0.921i

21.8
0.733 + 1.388i
0.427 + 1.496i
0.413 + 0.857i
0.246 + 0.899i
0.986 + 1.174i
0.142 + 1.531i
0.589 + 0.797i
0.083 + 0.920i

21.9
0.731 + 1.384i
0.426 + 1.493i
0.413 + 0.858i
0.247 + 0.899i
0.984 + 1.174i
0.142 + 1.528i
0.590 + 0.796i
0.083 + 0.921i

22
0.729 + 1.382i
0.425 + 1.490i
0.414 + 0.858i
0.247 + 0.899i
0.982 + 1.172i
0.142 + 1.524i
0.590 + 0.796i
0.083 + 0.920i

22.1
0.728 + 1.379i
0.424 + 1.488i
0.414 + 0.858i
0.247 + 0.899i
0.980 + 1.171i
0.142 + 1.522i
0.590 + 0.796i
0.083 + 0.920i

22.2
0.726 + 1.376i
0.423 + 1.484i
0.414 + 0.858i
0.247 + 0.898i
0.978 + 1.171i
0.141 + 1.517i
0.590 + 0.796i
0.083 + 0.918i

22.3
0.723 + 1.373i
0.422 + 1.481i
0.414 + 0.859i
0.247 + 0.898i
0.974 + 1.171i
0.141 + 1.515i
0.590 + 0.795i
0.083 + 0.919i

22.4
0.718 + 1.370i
0.419 + 1.477i
0.410 + 0.859i
0.245 + 0.896i
0.962 + 1.178i
0.140 + 1.510i
0.583 + 0.800i
0.082 + 0.915i

22.5
0.716 + 1.367i
0.419 + 1.475i
0.411 + 0.859i
0.245 + 0.896i
0.959 + 1.179i
0.140 + 1.507i
0.582 + 0.801i
0.082 + 0.916i

22.6
0.473 + 0.337i
0.470 + 0.198i
0.065 + 0.344i
0.065 + 0.206i
0.478 + 0.484i
0.468 + 0.065i
0.066 + 0.489i
0.063 + 0.069i

22.7
0.474 + 0.338i
0.471 + 0.199i
0.065 + 0.345i
0.064 + 0.206i
0.479 + 0.485i
0.469 + 0.065i
0.066 + 0.490i
0.063 + 0.069i

22.8
0.474 + 0.339i
0.472 + 0.199i
0.065 + 0.346i
0.065 + 0.207i
0.480 + 0.487i
0.470 + 0.065i
0.066 + 0.490i
0.064 + 0.069i

22.9
0.476 + 0.341i
0.474 + 0.200i
0.066 + 0.346i
0.065 + 0.207i
0.481 + 0.489i
0.473 + 0.066i
0.066 + 0.492i
0.064 + 0.069i

23
0.477 + 0.341i
0.476 + 0.200i
0.066 + 0.347i
0.065 + 0.207i
0.483 + 0.490i
0.474 + 0.066i
0.067 + 0.492i
0.064 + 0.069i

23.1
0.478 + 0.342i
0.477 + 0.201i
0.067 + 0.347i
0.066 + 0.208i
0.484 + 0.491i
0.476 + 0.066i
0.067 + 0.492i
0.065 + 0.069i

23.2
0.479 + 0.344i
0.478 + 0.202i
0.067 + 0.347i
0.066 + 0.208i
0.485 + 0.492i
0.477 + 0.066i
0.067 + 0.492i
0.065 + 0.069i

23.3
0.479 + 0.344i
0.479 + 0.203i
0.067 + 0.347i
0.066 + 0.207i
0.486 + 0.493i
0.479 + 0.067i
0.067 + 0.492i
0.066 + 0.069i

23.4
0.489 + 0.347i
0.487 + 0.206i
0.069 + 0.342i
0.067 + 0.204i
0.495 + 0.493i
0.487 + 0.069i
0.068 + 0.484i
0.067 + 0.068i

23.5
0.489 + 0.348i
0.488 + 0.207i
0.069 + 0.343i
0.067 + 0.204i
0.496 + 0.494i
0.488 + 0.069i
0.068 + 0.486i
0.068 + 0.068i

23.6
0.490 + 0.349i
0.488 + 0.207i
0.069 + 0.344i
0.067 + 0.205i
0.497 + 0.496i
0.488 + 0.069i
0.068 + 0.487i
0.068 + 0.068i

23.7
0.491 + 0.350i
0.489 + 0.208i
0.069 + 0.345i
0.067 + 0.206i
0.498 + 0.497i
0.489 + 0.069i
0.068 + 0.489i
0.068 + 0.069i

23.8
0.492 + 0.350i
0.490 + 0.208i
0.069 + 0.346i
0.067 + 0.206i
0.499 + 0.498i
0.490 + 0.069i
0.068 + 0.490i
0.068 + 0.069i

23.9
0.492 + 0.352i
0.490 + 0.209i
0.069 + 0.348i
0.067 + 0.208i
0.501 + 0.499i
0.490 + 0.070i
0.069 + 0.493i
0.068 + 0.069i

24
0.493 + 0.352i
0.490 + 0.209i
0.069 + 0.349i
0.067 + 0.208i
0.502 + 0.500i
0.491 + 0.070i
0.069 + 0.493i
0.068 + 0.069i

24.1
0.493 + 0.353i
0.490 + 0.210i
0.070 + 0.349i
0.068 + 0.208i
0.503 + 0.501i
0.492 + 0.070i
0.069 + 0.494i
0.068 + 0.070i

24.2
0.493 + 0.354i
0.490 + 0.210i
0.070 + 0.349i
0.068 + 0.208i
0.504 + 0.502i
0.492 + 0.070i
0.069 + 0.494i
0.069 + 0.069i

24.3
0.495 + 0.356i
0.491 + 0.212i
0.070 + 0.350i
0.068 + 0.209i
0.505 + 0.505i
0.494 + 0.070i
0.070 + 0.494i
0.069 + 0.070i

24.4
0.495 + 0.357i
0.492 + 0.212i
0.070 + 0.350i
0.068 + 0.209i
0.506 + 0.506i
0.495 + 0.070i
0.070 + 0.495i
0.069 + 0.070i

24.5
0.496 + 0.358i
0.492 + 0.213i
0.070 + 0.351i
0.068 + 0.209i
0.507 + 0.508i
0.496 + 0.070i
0.070 + 0.496i
0.070 + 0.070i

24.6
0.497 + 0.359i
0.492 + 0.213i
0.070 + 0.352i
0.068 + 0.210i
0.509 + 0.509i
0.497 + 0.071i
0.071 + 0.497i
0.070 + 0.070i

24.7
0.497 + 0.359i
0.492 + 0.213i
0.070 + 0.353i
0.068 + 0.210i
0.509 + 0.509i
0.498 + 0.071i
0.071 + 0.498i
0.070 + 0.070i

24.8
0.498 + 0.360i
0.493 + 0.214i
0.070 + 0.353i
0.069 + 0.210i
0.510 + 0.510i
0.499 + 0.071i
0.071 + 0.498i
0.070 + 0.070i

24.9
0.498 + 0.360i
0.493 + 0.214i
0.070 + 0.354i
0.069 + 0.210i
0.511 + 0.511i
0.501 + 0.071i
0.071 + 0.500i
0.070 + 0.070i

25
0.499 + 0.360i
0.494 + 0.214i
0.070 + 0.355i
0.069 + 0.211i
0.512 + 0.511i
0.502 + 0.071i
0.071 + 0.501i
0.071 + 0.070i

SNR
a17
a18
a19
a20
a21
a22
a23
a24

10
1.215 + 0.820i
1.435 + 0.288i
0.903 + 0.548i
1.025 + 0.244i
1.151 + 0.775i
1.360 + 0.272i
0.917 + 0.564i
1.047 + 0.245i

10.1
1.214 + 0.820i
1.435 + 0.287i
0.899 + 0.548i
1.023 + 0.242i
1.151 + 0.776i
1.362 + 0.270i
0.914 + 0.565i
1.046 + 0.243i

10.2
1.214 + 0.820i
1.434 + 0.287i
0.896 + 0.548i
1.020 + 0.241i
1.151 + 0.778i
1.363 + 0.269i
0.912 + 0.566i
1.044 + 0.242i

10.3
1.213 + 0.819i
1.434 + 0.287i
0.894 + 0.549i
1.018 + 0.239i
1.150 + 0.779i
1.364 + 0.268i
0.910 + 0.566i
1.043 + 0.240i

10.4
1.212 + 0.819i
1.434 + 0.287i
0.891 + 0.549i
1.017 + 0.237i
1.149 + 0.780i
1.365 + 0.268i
0.908 + 0.568i
1.042 + 0.238i

10.5
1.211 + 0.819i
1.433 + 0.287i
0.889 + 0.550i
1.015 + 0.235i
1.149 + 0.781i
1.365 + 0.267i
0.906 + 0.569i
1.041 + 0.236i

10.6
1.210 + 0.818i
1.432 + 0.287i
0.886 + 0.550i
1.014 + 0.234i
1.149 + 0.781i
1.366 + 0.266i
0.905 + 0.570i
1.041 + 0.235i

10.7
1.209 + 0.817i
1.431 + 0.287i
0.884 + 0.551i
1.013 + 0.232i
1.148 + 0.782i
1.366 + 0.266i
0.903 + 0.571i
1.040 + 0.233i

10.8
1.208 + 0.816i
1.431 + 0.288i
0.882 + 0.552i
1.012 + 0.230i
1.148 + 0.783i
1.367 + 0.266i
0.901 + 0.572i
1.040 + 0.231i

10.9
1.207 + 0.815i
1.431 + 0.288i
0.880 + 0.552i
1.010 + 0.228i
1.147 + 0.783i
1.367 + 0.266i
0.899 + 0.573i
1.039 + 0.230i

11
1.207 + 0.814i
1.429 + 0.290i
0.878 + 0.553i
1.010 + 0.227i
1.147 + 0.784i
1.367 + 0.266i
0.898 + 0.574i
1.038 + 0.228i

11.1
1.207 + 0.812i
1.428 + 0.291i
0.876 + 0.553i
1.009 + 0.225i
1.147 + 0.784i
1.368 + 0.266i
0.896 + 0.575i
1.038 + 0.226i

11.2
1.208 + 0.809i
1.428 + 0.295i
0.874 + 0.553i
1.008 + 0.224i
1.147 + 0.784i
1.368 + 0.266i
0.895 + 0.576i
1.038 + 0.225i

11.3
1.214 + 0.803i
1.427 + 0.304i
0.873 + 0.553i
1.006 + 0.224i
1.146 + 0.784i
1.368 + 0.266i
0.893 + 0.577i
1.038 + 0.223i

11.4
1.225 + 0.791i
1.426 + 0.321i
0.873 + 0.550i
1.005 + 0.226i
1.145 + 0.784i
1.368 + 0.266i
0.892 + 0.578i
1.037 + 0.222i

11.5
1.237 + 0.779i
1.426 + 0.338i
0.873 + 0.547i
1.002 + 0.229i
1.144 + 0.785i
1.367 + 0.265i
0.890 + 0.578i
1.037 + 0.221i

11.6
1.246 + 0.769i
1.425 + 0.352i
0.872 + 0.544i
1.000 + 0.229i
1.143 + 0.785i
1.367 + 0.264i
0.889 + 0.578i
1.036 + 0.219i

11.7
1.254 + 0.761i
1.425 + 0.363i
0.872 + 0.542i
0.998 + 0.230i
1.142 + 0.784i
1.366 + 0.263i
0.887 + 0.578i
1.035 + 0.219i

11.8
1.261 + 0.754i
1.425 + 0.373i
0.871 + 0.540i
0.997 + 0.231i
1.141 + 0.784i
1.365 + 0.262i
0.886 + 0.578i
1.035 + 0.217i

11.9
1.267 + 0.747i
1.425 + 0.383i
0.870 + 0.538i
0.995 + 0.231i
1.140 + 0.783i
1.364 + 0.262i
0.885 + 0.578i
1.034 + 0.216i

12
1.272 + 0.742i
1.425 + 0.391i
0.869 + 0.537i
0.993 + 0.231i
1.139 + 0.782i
1.363 + 0.262i
0.883 + 0.578i
1.034 + 0.215i

12.1
1.277 + 0.737i
1.425 + 0.399i
0.869 + 0.535i
0.992 + 0.231i
1.138 + 0.782i
1.362 + 0.262i
0.882 + 0.577i
1.033 + 0.214i

12.2
1.281 + 0.732i
1.425 + 0.406i
0.868 + 0.534i
0.991 + 0.231i
1.138 + 0.781i
1.362 + 0.262i
0.881 + 0.577i
1.033 + 0.214i

12.3
1.286 + 0.729i
1.426 + 0.413i
0.867 + 0.533i
0.990 + 0.231i
1.137 + 0.781i
1.361 + 0.262i
0.880 + 0.577i
1.033 + 0.213i

12.4
1.289 + 0.725i
1.426 + 0.420i
0.866 + 0.533i
0.990 + 0.232i
1.136 + 0.781i
1.360 + 0.263i
0.879 + 0.578i
1.033 + 0.213i

12.5
1.294 + 0.722i
1.428 + 0.425i
0.866 + 0.532i
0.989 + 0.231i
1.137 + 0.780i
1.359 + 0.263i
0.879 + 0.577i
1.034 + 0.213i

12.6
1.299 + 0.721i
1.430 + 0.432i
0.865 + 0.531i
0.988 + 0.281i
1.136 + 0.780i
1.358 + 0.265i
0.878 + 0.578i
1.034 + 0.212i

12.7
1.304 + 0.720i
1.432 + 0.439i
0.865 + 0.531i
0.988 + 0.232i
1.136 + 0.780i
1.358 + 0.266i
0.878 + 0.578i
1.035 + 0.213i

12.8
1.525 + 0.847i
1.492 + 0.474i
0.843 + 0.539i
0.990 + 0.243i
1.174 + 0.800i
1.353 + 0.353i
0.891 + 0.593i
1.052 + 0.250i

12.9
1.527 + 0.854i
1.488 + 0.482i
0.840 + 0.544i
0.993 + 0.248i
1.171 + 0.804i
1.352 + 0.366i
0.889 + 0.598i
1.054 + 0.256i

13
1.528 + 0.863i
1.483 + 0.491i
0.837 + 0.550i
0.997 + 0.254i
1.167 + 0.807i
1.350 + 0.382i
0.885 + 0.603i
1.057 + 0.264i

13.1
1.529 + 0.869i
1.481 + 0.498i
0.835 + 0.551i
0.999 + 0.258i
1.165 + 0.808i
1.349 + 0.394i
0.884 + 0.605i
1.059 + 0.269i

13.2
1.529 + 0.877i
1.478 + 0.506i
0.832 + 0.555i
1.002 + 0.264i
1.161 + 0.811i
1.347 + 0.407i
0.881 + 0.608i
1.061 + 0.277i

13.3
1.532 + 0.881i
1.478 + 0.509i
0.830 + 0.556i
1.002 + 0.266i
1.161 + 0.810i
1.345 + 0.415i
0.881 + 0.608i
1.062 + 0.281i

13.4
1.532 + 0.886i
1.477 + 0.514i
0.828 + 0.558i
1.004 + 0.271i
1.159 + 0.811i
1.343 + 0.424i
0.879 + 0.610i
1.064 + 0.289i

13.5
1.533 + 0.893i
1.478 + 0.520i
0.826 + 0.560i
1.006 + 0.276i
1.158 + 0.812i
1.341 + 0.435i
0.878 + 0.611i
1.066 + 0.296i

13.6
1.533 + 0.898i
1.480 + 0.524i
0.825 + 0.560i
1.006 + 0.279i
1.157 + 0.811i
1.338 + 0.442i
0.877 + 0.611i
1.067 + 0.302i

13.7
1.459 + 1.021i
1.628 + 0.627i
0.817 + 0.576i
1.009 + 0.293i
1.160 + 0.818i
1.348 + 0.506i
0.882 + 0.621i
1.086 + 0.345i

13.8
1.458 + 1.024i
1.629 + 0.630i
0.817 + 0.577i
1.010 + 0.298i
1.160 + 0.818i
1.346 + 0.511i
0.883 + 0.622i
1.087 + 0.351i

13.9
1.456 + 1.029i
1.631 + 0.634i
0.817 + 0.577i
1.011 + 0.303i
1.160 + 0.820i
1.344 + 0.516i
0.883 + 0.623i
1.089 + 0.357i

14
1.454 + 1.032i
1.631 + 0.637i
0.818 + 0.577i
1.011 + 0.308i
1.160 + 0.821i
1.343 + 0.519i
0.884 + 0.623i
1.090 + 0.363i

14.1
1.452 + 1.034i
1.632 + 0.640i
0.819 + 0.577i
1.012 + 0.312i
1.159 + 0.821i
1.342 + 0.522i
0.885 + 0.623i
1.091 + 0.367i

14.2
1.451 + 1.035i
1.634 + 0.641i
0.820 + 0.577i
1.012 + 0.317i
1.160 + 0.821i
1.341 + 0.524i
0.887 + 0.624i
1.092 + 0.372i

14.3
1.449 + 1.036i
1.635 + 0.643i
0.821 + 0.576i
1.012 + 0.320i
1.160 + 0.821i
1.340 + 0.526i
0.889 + 0.624i
1.092 + 0.376i

14.4
1.447 + 1.038i
1.635 + 0.645i
0.823 + 0.576i
1.012 + 0.324i
1.160 + 0.822i
1.339 + 0.528i
0.890 + 0.624i
1.093 + 0.380i

14.5
1.446 + 1.039i
1.637 + 0.646i
0.824 + 0.576i
1.012 + 0.327i
1.160 + 0.822i
1.338 + 0.529i
0.892 + 0.625i
1.093 + 0.384i

14.6
1.444 + 1.039i
1.637 + 0.647i
0.825 + 0.575i
1.012 + 0.331i
1.160 + 0.822i
1.337 + 0.531i
0.895 + 0.625i
1.093 + 0.388i

14.7
1.441 + 1.040i
1.637 + 0.649i
0.828 + 0.575i
1.012 + 0.334i
1.160 + 0.822i
1.337 + 0.532i
0.897 + 0.625i
1.094 + 0.390i

14.8
1.440 + 1.040i
1.638 + 0.650i
0.829 + 0.574i
1.011 + 0.336i
1.160 + 0.822i
1.336 + 0.532i
0.900 + 0.625i
1.094 + 0.393i

14.9
1.438 + 1.039i
1.638 + 0.650i
0.832 + 0.573i
1.011 + 0.339i
1.161 + 0.821i
1.336 + 0.533i
0.903 + 0.624i
1.094 + 0.395i

15
1.436 + 1.038i
1.639 + 0.651i
0.833 + 0.572i
1.011 + 0.341i
1.161 + 0.821i
1.336 + 0.533i
0.905 + 0.624i
1.094 + 0.397i

15.1
1.435 + 1.037i
1.638 + 0.651i
0.836 + 0.571i
1.010 + 0.343i
1.161 + 0.820i
1.336 + 0.533i
0.908 + 0.624i
1.095 + 0.400i

15.2
1.433 + 1.035i
1.639 + 0.651i
0.838 + 0.570i
1.010 + 0.345i
1.161 + 0.818i
1.336 + 0.531i
0.912 + 0.624i
1.094 + 0.400i

15.3
1.432 + 1.032i
1.638 + 0.650i
0.840 + 0.569i
1.009 + 0.346i
1.161 + 0.817i
1.336 + 0.530i
0.916 + 0.624i
1.094 + 0.402i

15.4
1.431 + 1.029i
1.638 + 0.649i
0.843 + 0.568i
1.008 + 0.348i
1.162 + 0.816i
1.335 + 0.529i
0.919 + 0.623i
1.094 + 0.403i

15.5
0.386 + 0.558i
0.177 + 0.685i
0.215 + 0.383i
0.134 + 0.431i
0.402 + 0.536i
0.140 + 0.698i
0.217 + 0.380i
0.131 + 0.430i

15.6
0.385 + 0.554i
0.177 + 0.680i
0.220 + 0.382i
0.136 + 0.431i
0.402 + 0.532i
0.139 + 0.693i
0.222 + 0.378i
0.131 + 0.430i

15.7
0.384 + 0.550i
0.176 + 0.675i
0.223 + 0.379i
0.136 + 0.431i
0.402 + 0.528i
0.138 + 0.687i
0.226 + 0.376i
0.132 + 0.430i

15.8
0.384 + 0.546i
0.176 + 0.671i
0.227 + 0.378i
0.137 + 0.431i
0.402 + 0.524i
0.137 + 0.683i
0.230 + 0.375i
0.132 + 0.431i

15.9
0.383 + 0.543i
0.176 + 0.666i
0.231 + 0.377i
0.138 + 0.432i
0.402 + 0.521i
0.136 + 0.679i
0.234 + 0.373i
0.132 + 0.432i

16
0.382 + 0.540i
0.176 + 0.662i
0.234 + 0.376i
0.138 + 0.433i
0.403 + 0.518i
0.135 + 0.675i
0.236 + 0.372i
0.132 + 0.434i

16.1
0.381 + 0.537i
0.175 + 0.659i
0.236 + 0.376i
0.138 + 0.434i
0.402 + 0.515i
0.133 + 0.672i
0.240 + 0.371i
0.131 + 0.435i

16.2
0.380 + 0.535i
0.175 + 0.655i
0.239 + 0.375i
0.138 + 0.436i
0.402 + 0.512i
0.132 + 0.668i
0.243 + 0.371i
0.131 + 0.438i

16.3
0.378 + 0.533i
0.175 + 0.652i
0.241 + 0.375i
0.138 + 0.438i
0.401 + 0.509i
0.130 + 0.665i
0.245 + 0.370i
0.129 + 0.440i

16.4
0.377 + 0.531i
0.174 + 0.649i
0.243 + 0.376i
0.137 + 0.441i
0.400 + 0.507i
0.128 + 0.662i
0.247 + 0.371i
0.128 + 0.443i

16.5
0.375 + 0.528i
0.173 + 0.645i
0.245 + 0.376i
0.136 + 0.443i
0.399 + 0.505i
0.126 + 0.658i
0.250 + 0.370i
0.126 + 0.445i

16.6
0.372 + 0.527i
0.171 + 0.641i
0.247 + 0.377i
0.135 + 0.445i
0.397 + 0.503i
0.124 + 0.654i
0.251 + 0.372i
0.124 + 0.448i

16.7
0.369 + 0.525i
0.170 + 0.638i
0.248 + 0.378i
0.133 + 0.448i
0.396 + 0.501i
0.122 + 0.650i
0.253 + 0.372i
0.121 + 0.451i

16.8
0.366 + 0.524i
0.167 + 0.634i
0.249 + 0.380i
0.130 + 0.450i
0.393 + 0.500i
0.120 + 0.646i
0.254 + 0.374i
0.118 + 0.454i

16.9
0.363 + 0.523i
0.166 + 0.631i
0.250 + 0.381i
0.128 + 0.452i
0.391 + 0.498i
0.118 + 0.643i
0.255 + 0.374i
0.116 + 0.456i

17
0.360 + 0.522i
0.165 + 0.629i
0.251 + 0.382i
0.127 + 0.455i
0.390 + 0.497i
0.116 + 0.641i
0.257 + 0.375i
0.113 + 0.459i

17.1
0.358 + 0.523i
0.164 + 0.627i
0.251 + 0.384i
0.125 + 0.458i
0.388 + 0.497i
0.113 + 0.640i
0.257 + 0.376i
0.111 + 0.461i

17.2
0.356 + 0.523i
0.164 + 0.627i
0.252 + 0.386i
0.124 + 0.460i
0.388 + 0.496i
0.111 + 0.639i
0.259 + 0.378i
0.109 + 0.464i

17.3
0.355 + 0.522i
0.164 + 0.625i
0.252 + 0.386i
0.123 + 0.462i
0.389 + 0.495i
0.110 + 0.639i
0.260 + 0.378i
0.108 + 0.466i

17.4
0.354 + 0.523i
0.164 + 0.624i
0.253 + 0.387i
0.123 + 0.464i
0.389 + 0.494i
0.108 + 0.638i
0.262 + 0.378i
0.106 + 0.468i

17.5
0.353 + 0.523i
0.165 + 0.624i
0.254 + 0.388i
0.122 + 0.466i
0.390 + 0.493i
0.107 + 0.639i
0.263 + 0.378i
0.105 + 0.471i

17.6
0.352 + 0.523i
0.167 + 0.624i
0.255 + 0.388i
0.122 + 0.469i
0.391 + 0.492i
0.106 + 0.639i
0.264 + 0.379i
0.103 + 0.473i

17.7
0.352 + 0.524i
0.168 + 0.624i
0.256 + 0.390i
0.122 + 0.471i
0.392 + 0.491i
0.104 + 0.640i
0.265 + 0.379i
0.102 + 0.475i

17.8
0.351 + 0.524i
0.170 + 0.626i
0.257 + 0.391i
0.122 + 0.474i
0.393 + 0.490i
0.103 + 0.642i
0.266 + 0.380i
0.101 + 0.480i

17.9
0.369 + 0.509i
0.292 + 0.877i
0.205 + 0.468i
0.152 + 0.672i
0.383 + 0.475i
0.131 + 1.023i
0.200 + 0.453i
0.102 + 0.678i

18
0.366 + 0.503i
0.293 + 0.900i
0.204 + 0.468i
0.151 + 0.671i
0.382 + 0.471i
0.133 + 1.030i
0.200 + 0.453i
0.101 + 0.677i

18.1
0.365 + 0.501i
0.294 + 0.918i
0.204 + 0.468i
0.152 + 0.668i
0.381 + 0.469i
0.134 + 1.036i
0.199 + 0.453i
0.100 + 0.674i

18.2
0.364 + 0.498i
0.296 + 0.936i
0.204 + 0.468i
0.152 + 0.663i
0.380 + 0.468i
0.135 + 1.042i
0.199 + 0.452i
0.100 + 0.670i

18.3
0.363 + 0.497i
0.297 + 0.950i
0.204 + 0.467i
0.152 + 0.659i
0.380 + 0.466i
0.135 + 1.046i
0.199 + 0.452i
0.099 + 0.666i

18.4
0.363 + 0.497i
0.298 + 0.956i
0.206 + 0.468i
0.153 + 0.657i
0.381 + 0.465i
0.135 + 1.048i
0.201 + 0.451i
0.098 + 0.664i

18.5
0.355 + 0.546i
0.300 + 0.741i
0.198 + 0.492i
0.141 + 0.683i
0.380 + 0.476i
0.146 + 1.059i
0.214 + 0.438i
0.079 + 0.837i

18.6
0.352 + 0.549i
0.296 + 0.736i
0.197 + 0.493i
0.139 + 0.683i
0.379 + 0.475i
0.147 + 1.065i
0.215 + 0.436i
0.078 + 0.849i

18.7
0.335 + 0.547i
0.270 + 0.713i
0.179 + 0.492i
0.118 + 0.672i
0.367 + 0.472i
0.203 + 1.081i
0.205 + 0.428i
0.080 + 1.034i

18.8
0.333 + 0.549i
0.267 + 0.710i
0.179 + 0.492i
0.118 + 0.669i
0.367 + 0.473i
0.205 + 1.085i
0.206 + 0.427i
0.080 + 1.047i

18.9
0.332 + 0.550i
0.267 + 0.707i
0.180 + 0.492i
0.118 + 0.667i
0.367 + 0.473i
0.208 + 1.087i
0.208 + 0.427i
0.079 + 1.051i

19
0.332 + 0.552i
0.265 + 0.706i
0.180 + 0.492i
0.118 + 0.666i
0.367 + 0.473i
0.212 + 1.090i
0.209 + 0.427i
0.077 + 1.055i

19.1
0.331 + 0.554i
0.265 + 0.705i
0.180 + 0.494i
0.119 + 0.666i
0.367 + 0.473i
0.215 + 1.092i
0.210 + 0.427i
0.076 + 1.059i

19.2
1.434 + 0.733i
1.534 + 0.451i
0.844 + 0.499i
0.905 + 0.321i
1.167 + 0.655i
1.267 + 0.393i
0.992 + 0.563i
1.062 + 0.349i

19.3
1.435 + 0.732i
1.535 + 0.450i
0.846 + 0.497i
0.906 + 0.319i
1.168 + 0.654i
1.269 + 0.393i
0.994 + 0.561i
1.065 + 0.348i

19.4
1.435 + 0.730i
1.535 + 0.449i
0.849 + 0.495i
0.908 + 0.317i
1.169 + 0.653i
1.271 + 0.393i
0.997 + 0.561i
1.069 + 0.347i

19.5
1.436 + 0.728i
1.534 + 0.448i
0.851 + 0.494i
0.909 + 0.315i
1.171 + 0.653i
1.272 + 0.393i
0.999 + 0.560i
1.071 + 0.346i

19.6
1.436 + 0.727i
1.534 + 0.446i
0.852 + 0.493i
0.910 + 0.314i
1.173 + 0.652i
1.273 + 0.393i
1.001 + 0.560i
1.073 + 0.345i

19.7
1.436 + 0.725i
1.534 + 0.445i
0.854 + 0.492i
0.911 + 0.312i
1.174 + 0.652i
1.275 + 0.392i
1.002 + 0.559i
1.076 + 0.344i

19.8
1.437 + 0.723i
1.534 + 0.443i
0.855 + 0.491i
0.912 + 0.312i
1.175 + 0.652i
1.276 + 0.392i
1.003 + 0.559i
1.078 + 0.344i

19.9
1.438 + 0.720i
1.533 + 0.441i
0.856 + 0.490i
0.913 + 0.311i
1.176 + 0.651i
1.276 + 0.392i
1.005 + 0.559i
1.080 + 0.343i

20
1.438 + 0.718i
1.534 + 0.440i
0.858 + 0.489i
0.914 + 0.310i
1.177 + 0.652i
1.278 + 0.393i
1.006 + 0.558i
1.082 + 0.343i

20.1
1.439 + 0.716i
1.533 + 0.438i
0.859 + 0.489i
0.915 + 0.309i
1.179 + 0.652i
1.279 + 0.392i
1.008 + 0.558i
1.084 + 0.343i

20.2
1.439 + 0.714i
1.533 + 0.436i
0.861 + 0.488i
0.916 + 0.309i
1.180 + 0.652i
1.280 + 0.392i
1.010 + 0.558i
1.087 + 0.342i

20.3
1.440 + 0.712i
1.533 + 0.434i
0.863 + 0.488i
0.918 + 0.309i
1.182 + 0.653i
1.281 + 0.392i
1.012 + 0.559i
1.088 + 0.342i

20.4
1.440 + 0.710i
1.533 + 0.432i
0.865 + 0.488i
0.919 + 0.309i
1.182 + 0.654i
1.282 + 0.393i
1.013 + 0.559i
1.090 + 0.342i

20.5
1.429 + 0.699i
1.530 + 0.429i
0.882 + 0.466i
0.922 + 0.286i
1.175 + 0.647i
1.284 + 0.385i
1.026 + 0.533i
1.095 + 0.322i

20.6
1.427 + 0.696i
1.529 + 0.428i
0.883 + 0.465i
0.923 + 0.285i
1.174 + 0.649i
1.285 + 0.384i
1.028 + 0.532i
1.096 + 0.321i

20.7
1.424 + 0.693i
1.529 + 0.426i
0.885 + 0.464i
0.925 + 0.284i
1.172 + 0.651i
1.285 + 0.384i
1.030 + 0.531i
1.098 + 0.320i

20.8
1.361 + 0.673i
1.539 + 0.453i
0.913 + 0.465i
0.939 + 0.282i
1.117 + 0.703i
1.314 + 0.355i
1.084 + 0.512i
1.118 + 0.307i

20.9
1.360 + 0.671i
1.538 + 0.453i
0.916 + 0.466i
0.940 + 0.282i
1.115 + 0.706i
1.316 + 0.354i
1.088 + 0.513i
1.119 + 0.306i

21
1.358 + 0.669i
1.537 + 0.453i
0.918 + 0.465i
0.942 + 0.282i
1.115 + 0.708i
1.317 + 0.353i
1.091 + 0.512i
1.121 + 0.305i

21.1
1.357 + 0.667i
1.536 + 0.453i
0.921 + 0.464i
0.943 + 0.282i
1.115 + 0.710i
1.318 + 0.351i
1.095 + 0.512i
1.122 + 0.304i

21.2
1.358 + 0.666i
1.535 + 0.452i
0.925 + 0.463i
0.946 + 0.281i
1.118 + 0.712i
1.320 + 0.350i
1.100 + 0.512i
1.124 + 0.303i

21.3
1.359 + 0.665i
1.535 + 0.450i
0.927 + 0.463i
0.948 + 0.281i
1.119 + 0.714i
1.321 + 0.349i
1.103 + 0.512i
1.126 + 0.302i

21.4
1.359 + 0.662i
1.534 + 0.449i
0.930 + 0.462i
0.950 + 0.280i
1.121 + 0.716i
1.322 + 0.348i
1.107 + 0.512i
1.128 + 0.301i

21.5
1.359 + 0.661i
1.533 + 0.448i
0.932 + 0.462i
0.951 + 0.281i
1.123 + 0.717i
1.322 + 0.346i
1.109 + 0.512i
1.128 + 0.300i

21.6
1.360 + 0.658i
1.532 + 0.447i
0.934 + 0.461i
0.953 + 0.280i
1.125 + 0.718i
1.323 + 0.345i
1.112 + 0.511i
1.130 + 0.300i

21.7
1.360 + 0.656i
1.531 + 0.445i
0.936 + 0.461i
0.954 + 0.280i
1.126 + 0.719i
1.323 + 0.344i
1.114 + 0.511i
1.130 + 0.299i

21.8
1.360 + 0.655i
1.530 + 0.444i
0.938 + 0.461i
0.955 + 0.280i
1.129 + 0.720i
1.324 + 0.342i
1.117 + 0.511i
1.131 + 0.298i

21.9
1.362 + 0.653i
1.529 + 0.442i
0.940 + 0.460i
0.956 + 0.279i
1.132 + 0.721i
1.324 + 0.341i
1.119 + 0.511i
1.132 + 0.297i

22
1.362 + 0.651i
1.528 + 0.441i
0.942 + 0.460i
0.958 + 0.280i
1.133 + 0.722i
1.325 + 0.340i
1.122 + 0.511i
1.133 + 0.297i

22.1
1.363 + 0.650i
1.526 + 0.440i
0.944 + 0.460i
0.958 + 0.279i
1.136 + 0.723i
1.325 + 0.339i
1.124 + 0.510i
1.134 + 0.296i

22.2
1.363 + 0.648i
1.526 + 0.438i
0.946 + 0.460i
0.961 + 0.279i
1.139 + 0.724i
1.326 + 0.338i
1.126 + 0.511i
1.135 + 0.296i

22.3
1.365 + 0.645i
1.524 + 0.435i
0.949 + 0.460i
0.962 + 0.279i
1.142 + 0.725i
1.326 + 0.336i
1.129 + 0.511i
1.136 + 0.295i

22.4
1.368 + 0.646i
1.525 + 0.435i
0.957 + 0.457i
0.965 + 0.277i
1.148 + 0.733i
1.328 + 0.335i
1.136 + 0.514i
1.139 + 0.295i

22.5
1.368 + 0.645i
1.523 + 0.435i
0.959 + 0.457i
0.967 + 0.277i
1.149 + 0.735i
1.328 + 0.334i
1.138 + 0.514i
1.140 + 0.295i

22.6
0.351 + 0.807i
0.365 + 0.993i
0.209 + 0.808i
0.220 + 0.992i
0.342 + 0.641i
0.124 + 1.432i
0.203 + 0.641i
0.251 + 1.203i

22.7
0.352 + 0.808i
0.366 + 0.993i
0.210 + 0.808i
0.220 + 0.992i
0.343 + 0.642i
0.124 + 1.427i
0.204 + 0.642i
0.251 + 1.203i

22.8
0.354 + 0.810i
0.367 + 0.994i
0.211 + 0.809i
0.221 + 0.991i
0.344 + 0.643i
0.123 + 1.425i
0.204 + 0.643i
0.251 + 1.201i

22.9
0.355 + 0.811i
0.368 + 0.995i
0.212 + 0.810i
0.221 + 0.991i
0.345 + 0.644i
0.122 + 1.421i
0.205 + 0.644i
0.251 + 1.200i

23
0.356 + 0.812i
0.369 + 0.995i
0.212 + 0.809i
0.221 + 0.990i
0.347 + 0.645i
0.122 + 1.418i
0.206 + 0.645i
0.251 + 1.198i

23.1
0.356 + 0.812i
0.370 + 0.995i
0.213 + 0.810i
0.222 + 0.990i
0.348 + 0.647i
0.121 + 1.414i
0.207 + 0.645i
0.251 + 1.197i

23.2
0.357 + 0.813i
0.371 + 0.996i
0.213 + 0.811i
0.222 + 0.990i
0.349 + 0.648i
0.120 + 1.412i
0.207 + 0.646i
0.252 + 1.195i

23.3
0.358 + 0.814i
0.371 + 0.996i
0.213 + 0.810i
0.222 + 0.989i
0.349 + 0.649i
0.120 + 1.409i
0.207 + 0.646i
0.252 + 1.193i

23.4
0.357 + 0.791i
0.363 + 0.957i
0.209 + 0.790i
0.213 + 0.954i
0.352 + 0.636i
0.110 + 1.460i
0.207 + 0.634i
0.238 + 1.125i

23.5
0.359 + 0.792i
0.364 + 0.958i
0.210 + 0.791i
0.215 + 0.954i
0.353 + 0.638i
0.110 + 1.456i
0.207 + 0.635i
0.237 + 1.124i

23.6
0.360 + 0.793i
0.365 + 0.959i
0.210 + 0.791i
0.215 + 0.953i
0.354 + 0.638i
0.109 + 1.454i
0.208 + 0.636i
0.238 + 1.123i

23.7
0.361 + 0.795i
0.366 + 0.960i
0.212 + 0.792i
0.216 + 0.953i
0.355 + 0.640i
0.108 + 1.450i
0.209 + 0.638i
0.237 + 1.123i

23.8
0.362 + 0.795i
0.367 + 0.961i
0.213 + 0.792i
0.217 + 0.953i
0.356 + 0.640i
0.108 + 1.447i
0.210 + 0.638i
0.237 + 1.122i

23.9
0.365 + 0.797i
0.369 + 0.963i
0.214 + 0.793i
0.217 + 0.953i
0.358 + 0.642i
0.107 + 1.443i
0.211 + 0.640i
0.238 + 1.122i

24
0.365 + 0.798i
0.370 + 0.964i
0.215 + 0.793i
0.218 + 0.953i
0.359 + 0.643i
0.107 + 1.440i
0.212 + 0.640i
0.238 + 1.123i

24.1
0.367 + 0.799i
0.372 + 0.965i
0.216 + 0.793i
0.219 + 0.952i
0.361 + 0.644i
0.106 + 1.436i
0.213 + 0.640i
0.238 + 1.121i

24.2
0.368 + 0.800i
0.372 + 0.966i
0.216 + 0.792i
0.219 + 0.951i
0.361 + 0.645i
0.106 + 1.434i
0.213 + 0.640i
0.238 + 1.122i

24.3
0.371 + 0.802i
0.379 + 0.968i
0.219 + 0.790i
0.223 + 0.946i
0.363 + 0.645i
0.103 + 1.436i
0.215 + 0.639i
0.234 + 1.111i

24.4
0.372 + 0.802i
0.380 + 0.968i
0.219 + 0.789i
0.223 + 0.945i
0.364 + 0.646i
0.103 + 1.433i
0.216 + 0.639i
0.233 + 1.109i

24.5
0.374 + 0.803i
0.382 + 0.969i
0.220 + 0.789i
0.225 + 0.944i
0.366 + 0.647i
0.102 + 1.429i
0.217 + 0.639i
0.234 + 1.108i

24.6
0.375 + 0.803i
0.383 + 0.970i
0.220 + 0.789i
0.226 + 0.944i
0.367 + 0.647i
0.101 + 1.427i
0.218 + 0.639i
0.234 + 1.107i

24.7
0.376 + 0.803i
0.384 + 0.969i
0.222 + 0.789i
0.226 + 0.943i
0.368 + 0.548i
0.101 + 1.424i
0.218 + 0.639i
0.234 + 1.107i

24.8
0.376 + 0.804i
0.385 + 0.970i
0.222 + 0.788i
0.226 + 0.943i
0.368 + 0.648i
0.101 + 1.421i
0.218 + 0.639i
0.235 + 1.106i

24.9
0.378 + 0.805i
0.386 + 0.971i
0.223 + 0.787i
0.228 + 0.942i
0.370 + 0.649i
0.101 + 1.418i
0.220 + 0.638i
0.235 + 1.106i

25
0.378 + 0.806i
0.386 + 0.972i
0.223 + 0.787i
0.228 + 0.942i
0.370 + 0.550i
0.100 + 1.416i
0.220 + 0.638i
0.236 + 1.106i

SNR
a25
a26
a27
a28
a29
a30
a31
a32

10
0.796 + 1.221i
0.280 + 1.419i
0.549 + 0.902i
0.245 + 1.018i
0.759 + 1.153i
0.263 + 1.347i
0.561 + 0.916i
0.245 + 1.039i

10.1
0.797 + 1.221i
0.280 + 1.421i
0.548 + 0.899i
0.244 + 1.015i
0.762 + 1.153i
0.262 + 1.351i
0.561 + 0.914i
0.243 + 1.038i

10.2
0.798 + 1.220i
0.280 + 1.422i
0.548 + 0.897i
0.241 + 1.014i
0.765 + 1.153i
0.260 + 1.353i
0.563 + 0.912i
0.241 + 1.037i

10.3
0.799 + 1.219i
0.279 + 1.423i
0.548 + 0.894i
0.240 + 1.012i
0.767 + 1.154i
0.260 + 1.356i
0.563 + 0.910i
0.239 + 1.036i

10.4
0.799 + 1.219i
0.279 + 1.424i
0.548 + 0.892i
0.238 + 1.010i
0.768 + 1.153i
0.259 + 1.358i
0.564 + 0.909i
0.237 + 1.035i

10.5
0.800 + 1.218i
0.279 + 1.425i
0.548 + 0.889i
0.236 + 1.008i
0.770 + 1.153i
0.258 + 1.360i
0.566 + 0.907i
0.235 + 1.034i

10.6
0.800 + 1.217i
0.279 + 1.425i
0.549 + 0.887i
0.235 + 1.007i
0.771 + 1.152i
0.257 + 1.361i
0.567 + 0.905i
0.233 + 1.033i

10.7
0.800 + 1.217i
0.279 + 1.425i
0.549 + 0.885i
0.233 + 1.005i
0.772 + 1.152i
0.256 + 1.362i
0.567 + 0.904i
0.231 + 1.032i

10.8
0.800 + 1.216i
0.280 + 1.426i
0.549 + 0.883i
0.231 + 1.004i
0.773 + 1.152i
0.255 + 1.363i
0.568 + 0.902i
0.230 + 1.032i

10.9
0.800 + 1.215i
0.280 + 1.426i
0.549 + 0.881i
0.229 + 1.003i
0.774 + 1.151i
0.255 + 1.364i
0.570 + 0.901i
0.228 + 1.032i

11
0.799 + 1.215i
0.280 + 1.425i
0.550 + 0.879i
0.228 + 1.002i
0.774 + 1.151i
0.254 + 1.365i
0.571 + 0.900i
0.226 + 1.031i

11.1
0.798 + 1.214i
0.282 + 1.425i
0.551 + 0.877i
0.226 + 1.001i
0.775 + 1.151i
0.254 + 1.366i
0.572 + 0.898i
0.225 + 1.031i

11.2
0.796 + 1.215i
0.285 + 1.424i
0.551 + 0.876i
0.225 + 1.000i
0.776 + 1.150i
0.253 + 1.366i
0.574 + 0.896i
0.223 + 1.030i

11.3
0.788 + 1.220i
0.293 + 1.423i
0.549 + 0.875i
0.225 + 0.998i
0.775 + 1.150i
0.253 + 1.366i
0.574 + 0.895i
0.221 + 1.030i

11.4
0.774 + 1.230i
0.309 + 1.420i
0.546 + 0.874i
0.226 + 0.997i
0.774 + 1.150i
0.253 + 1.366i
0.575 + 0.894i
0.220 + 1.029i

11.5
0.759 + 1.240i
0.327 + 1.417i
0.542 + 0.874i
0.227 + 0.994i
0.773 + 1.149i
0.253 + 1.365i
0.575 + 0.892i
0.217 + 1.028i

11.6
0.748 + 1.248i
0.341 + 1.414i
0.540 + 0.873i
0.228 + 0.992i
0.772 + 1.147i
0.254 + 1.363i
0.575 + 0.890i
0.216 + 1.027i

11.7
0.738 + 1.255i
0.353 + 1.413i
0.537 + 0.872i
0.228 + 0.990i
0.771 + 1.146i
0.254 + 1.363i
0.575 + 0.889i
0.214 + 1.026i

11.8
0.731 + 1.261i
0.363 + 1.412i
0.535 + 0.871i
0.228 + 0.987i
0.770 + 1.145i
0.254 + 1.362i
0.576 + 0.887i
0.212 + 1.025i

11.9
0.724 + 1.265i
0.372 + 1.411i
0.534 + 0.870i
0.228 + 0.985i
0.770 + 1.144i
0.254 + 1.361i
0.576 + 0.885i
0.211 + 1.024i

12
0.718 + 1.269i
0.379 + 1.410i
0.532 + 0.869i
0.228 + 0.984i
0.768 + 1.143i
0.255 + 1.360i
0.576 + 0.884i
0.210 + 1.023i

12.1
0.712 + 1.272i
0.386 + 1.408i
0.530 + 0.868i
0.227 + 0.983i
0.767 + 1.142i
0.255 + 1.359i
0.576 + 0.883i
0.208 + 1.022i

12.2
0.708 + 1.275i
0.392 + 1.407i
0.529 + 0.867i
0.227 + 0.982i
0.766 + 1.141i
0.256 + 1.359i
0.576 + 0.882i
0.207 + 1.022i

12.3
0.703 + 1.277i
0.397 + 1.406i
0.527 + 0.866i
0.227 + 0.980i
0.765 + 1.140i
0.255 + 1.358i
0.576 + 0.880i
0.205 + 1.021i

12.4
0.698 + 1.278i
0.401 + 1.404i
0.526 + 0.865i
0.226 + 0.979i
0.763 + 1.139i
0.256 + 1.356i
0.575 + 0.879i
0.204 + 1.021i

12.5
0.694 + 1.280i
0.404 + 1.402i
0.526 + 0.864i
0.225 + 0.978i
0.761 + 1.139i
0.256 + 1.355i
0.575 + 0.878i
0.203 + 1.020i

12.6
0.689 + 1.281i
0.408 + 1.401i
0.524 + 0.863i
0.225 + 0.977i
0.759 + 1.138i
0.256 + 1.354i
0.574 + 0.877i
0.202 + 1.020i

12.7
0.685 + 1.282i
0.410 + 1.398i
0.523 + 0.863i
0.224 + 0.976i
0.757 + 1.138i
0.256 + 1.352i
0.574 + 0.877i
0.201 + 1.019i

12.8
0.647 + 1.276i
0.350 + 1.362i
0.510 + 0.848i
0.209 + 0.953i
0.703 + 1.142i
0.232 + 1.319i
0.559 + 0.873i
0.192 + 0.991i

12.9
0.639 + 1.277i
0.348 + 1.359i
0.505 + 0.849i
0.207 + 0.950i
0.697 + 1.144i
0.230 + 1.317i
0.553 + 0.874i
0.189 + 0.989i

13
0.633 + 1.278i
0.347 + 1.357i
0.499 + 0.848i
0.204 + 0.947i
0.690 + 1.146i
0.229 + 1.314i
0.547 + 0.875i
0.187 + 0.986i

13.1
0.628 + 1.278i
0.348 + 1.356i
0.496 + 0.848i
0.202 + 0.945i
0.687 + 1.146i
0.228 + 1.313i
0.543 + 0.875i
0.185 + 0.985i

13.2
0.622 + 1.278i
0.349 + 1.354i
0.492 + 0.848i
0.200 + 0.943i
0.681 + 1.147i
0.228 + 1.311i
0.538 + 0.876i
0.184 + 0.984i

13.3
0.619 + 1.278i
0.351 + 1.351i
0.490 + 0.848i
0.199 + 0.943i
0.679 + 1.147i
0.228 + 1.310i
0.536 + 0.876i
0.182 + 0.984i

13.4
0.614 + 1.276i
0.352 + 1.347i
0.487 + 0.849i
0.198 + 0.943i
0.676 + 1.146i
0.227 + 1.309i
0.533 + 0.876i
0.181 + 0.983i

13.5
0.609 + 1.273i
0.352 + 1.341i
0.484 + 0.849i
0.196 + 0.944i
0.673 + 1.146i
0.227 + 1.308i
0.530 + 0.876i
0.179 + 0.983i

13.6
0.604 + 1.268i
0.351 + 1.333i
0.482 + 0.849i
0.194 + 0.946i
0.670 + 1.144i
0.227 + 1.307i
0.528 + 0.875i
0.177 + 0.984i

13.7
0.511 + 1.212i
0.216 + 1.304i
0.444 + 0.858i
0.151 + 0.949i
0.542 + 1.145i
0.172 + 1.344i
0.472 + 0.873i
0.148 + 0.948i

13.8
0.506 + 1.213i
0.213 + 1.302i
0.443 + 0.858i
0.150 + 0.948i
0.538 + 1.146i
0.171 + 1.342i
0.470 + 0.874i
0.147 + 0.946i

13.9
0.500 + 1.215i
0.210 + 1.299i
0.441 + 0.858i
0.149 + 0.945i
0.531 + 1.148i
0.170 + 1.338i
0.468 + 0.874i
0.147 + 0.943i

14
0.496 + 1.215i
0.208 + 1.296i
0.439 + 0.858i
0.148 + 0.943i
0.527 + 1.149i
0.168 + 1.336i
0.466 + 0.875i
0.145 + 0.941i

14.1
0.491 + 1.216i
0.206 + 1.294i
0.438 + 0.858i
0.148 + 0.942i
0.522 + 1.150i
0.168 + 1.334i
0.464 + 0.876i
0.145 + 0.939i

14.2
0.486 + 1.217i
0.202 + 1.291i
0.436 + 0.859i
0.147 + 0.940i
0.516 + 1.152i
0.166 + 1.332i
0.462 + 0.878i
0.145 + 0.937i

14.3
0.483 + 1.218i
0.201 + 1.289i
0.434 + 0.859i
0.147 + 0.939i
0.514 + 1.152i
0.165 + 1.330i
0.461 + 0.880i
0.144 + 0.937i

14.4
0.478 + 1.218i
0.198 + 1.286i
0.432 + 0.860i
0.147 + 0.937i
0.508 + 1.155i
0.164 + 1.327i
0.458 + 0.881i
0.144 + 0.934i

14.5
0.475 + 1.219i
0.196 + 1.283i
0.431 + 0.860i
0.147 + 0.937i
0.505 + 1.155i
0.163 + 1.325i
0.457 + 0.883i
0.144 + 0.933i

14.6
0.471 + 1.220i
0.194 + 1.281i
0.429 + 0.861i
0.146 + 0.935i
0.501 + 1.157i
0.162 + 1.323i
0.455 + 0.884i
0.144 + 0.932i

14.7
0.467 + 1.220i
0.192 + 1.278i
0.427 + 0.862i
0.146 + 0.935i
0.497 + 1.158i
0.161 + 1.321i
0.453 + 0.886i
0.144 + 0.930i

14.8
0.464 + 1.221i
0.190 + 1.276i
0.425 + 0.863i
0.146 + 0.934i
0.495 + 1.159i
0.160 + 1.319i
0.452 + 0.888i
0.144 + 0.930i

14.9
0.462 + 1.221i
0.189 + 1.273i
0.424 + 0.863i
0.146 + 0.934i
0.493 + 1.159i
0.159 + 1.317i
0.450 + 0.889i
0.144 + 0.929i

15
0.459 + 1.222i
0.187 + 1.271i
0.422 + 0.865i
0.147 + 0.933i
0.491 + 1.160i
0.158 + 1.315i
0.449 + 0.892i
0.144 + 0.929i

15.1
0.458 + 1.223i
0.186 + 1.269i
0.421 + 0.866i
0.146 + 0.934i
0.490 + 1.160i
0.157 + 1.313i
0.447 + 0.893i
0.144 + 0.929i

15.2
0.456 + 1.224i
0.186 + 1.267i
0.419 + 0.867i
0.147 + 0.934i
0.489 + 1.161i
0.156 + 1.311i
0.446 + 0.896i
0.144 + 0.929i

15.3
0.455 + 1.225i
0.184 + 1.264i
0.418 + 0.868i
0.148 + 0.934i
0.489 + 1.161i
0.155 + 1.309i
0.445 + 0.898i
0.145 + 0.950i

15.4
0.453 + 1.226i
0.184 + 1.262i
0.416 + 0.870i
0.148 + 0.935i
0.490 + 1.162i
0.154 + 1.307i
0.444 + 0.901i
0.145 + 0.930i

15.5
0.419 + 0.597i
0.183 + 0.717i
0.156 + 0.355i
0.108 + 0.396i
0.445 + 0.573i
0.138 + 0.729i
0.155 + 0.355i
0.106 + 0.395i

15.6
0.419 + 0.597i
0.183 + 0.715i
0.155 + 0.350i
0.106 + 0.392i
0.448 + 0.573i
0.137 + 0.727i
0.153 + 0.349i
0.105 + 0.390i

15.7
0.421 + 0.597i
0.183 + 0.711i
0.153 + 0.344i
0.106 + 0.387i
0.452 + 0.572i
0.135 + 0.724i
0.152 + 0.343i
0.104 + 0.386i

15.8
0.421 + 0.598i
0.183 + 0.710i
0.151 + 0.340i
0.104 + 0.384i
0.456 + 0.573i
0.134 + 0.722i
0.150 + 0.339i
0.103 + 0.383i

15.9
0.422 + 0.599i
0.185 + 0.709i
0.150 + 0.335i
0.104 + 0.380i
0.459 + 0.574i
0.133 + 0.721i
0.148 + 0.334i
0.102 + 0.380i

16
0.423 + 0.601i
0.185 + 0.708i
0.148 + 0.331i
0.102 + 0.377i
0.462 + 0.574i
0.131 + 0.720i
0.146 + 0.330i
0.100 + 0.377i

16.1
0.424 + 0.603i
0.187 + 0.708i
0.147 + 0.327i
0.101 + 0.373i
0.466 + 0.575i
0.130 + 0.720i
0.145 + 0.326i
0.099 + 0.373i

16.2
0.424 + 0.606i
0.188 + 0.710i
0.145 + 0.322i
0.100 + 0.369i
0.468 + 0.577i
0.128 + 0.722i
0.143 + 0.321i
0.098 + 0.369i

16.3
0.424 + 0.609i
0.190 + 0.711i
0.143 + 0.317i
0.098 + 0.364i
0.471 + 0.578i
0.127 + 0.724i
0.140 + 0.316i
0.096 + 0.365i

16.4
0.424 + 0.612i
0.192 + 0.714i
0.141 + 0.314i
0.096 + 0.360i
0.474 + 0.580i
0.126 + 0.727i
0.138 + 0.312i
0.094 + 0.360i

16.5
0.423 + 0.616i
0.194 + 0.716i
0.139 + 0.308i
0.095 + 0.353i
0.477 + 0.582i
0.124 + 0.729i
0.136 + 0.306i
0.093 + 0.354i

16.6
0.423 + 0.621i
0.196 + 0.720i
0.136 + 0.301i
0.093 + 0.345i
0.479 + 0.585i
0.122 + 0.734i
0.134 + 0.301i
0.091 + 0.345i

16.7
0.422 + 0.625i
0.199 + 0.723i
0.135 + 0.296i
0.091 + 0.338i
0.482 + 0.587i
0.121 + 0.738i
0.133 + 0.296i
0.090 + 0.338i

16.8
0.420 + 0.632i
0.201 + 0.729i
0.132 + 0.290i
0.089 + 0.327i
0.483 + 0.590i
0.119 + 0.744i
0.130 + 0.289i
0.088 + 0.328i

16.9
0.418 + 0.637i
0.204 + 0.733i
0.130 + 0.284i
0.088 + 0.319i
0.484 + 0.593i
0.117 + 0.749i
0.128 + 0.284i
0.087 + 0.320i

17
0.417 + 0.642i
0.207 + 0.737i
0.128 + 0.280i
0.087 + 0.313i
0.486 + 0.595i
0.115 + 0.755i
0.127 + 0.279i
0.086 + 0.313i

17.1
0.415 + 0.648i
0.210 + 0.741i
0.126 + 0.276i
0.086 + 0.307i
0.488 + 0.597i
0.113 + 0.761i
0.125 + 0.276i
0.085 + 0.307i

17.2
0.414 + 0.652i
0.213 + 0.745i
0.125 + 0.274i
0.085 + 0.303i
0.490 + 0.598i
0.111 + 0.765i
0.125 + 0.274i
0.084 + 0.303i

17.3
0.412 + 0.656i
0.215 + 0.747i
0.125 + 0.273i
0.084 + 0.301i
0.493 + 0.599i
0.109 + 0.769i
0.124 + 0.272i
0.083 + 0.301i

17.4
0.411 + 0.659i
0.218 + 0.748i
0.124 + 0.271i
0.083 + 0.300i
0.495 + 0.600i
0.108 + 0.772i
0.124 + 0.271i
0.082 + 0.300i

17.5
0.410 + 0.662i
0.220 + 0.751i
0.124 + 0.271i
0.083 + 0.299i
0.497 + 0.600i
0.106 + 0.775i
0.123 + 0.271i
0.082 + 0.299i

17.6
0.410 + 0.664i
0.223 + 0.752i
0.124 + 0.271i
0.082 + 0.298i
0.499 + 0.600i
0.104 + 0.778i
0.123 + 0.271i
0.081 + 0.298i

17.7
0.410 + 0.667i
0.226 + 0.754i
0.123 + 0.271i
0.082 + 0.299i
0.502 + 0.600i
0.103 + 0.781i
0.123 + 0.271i
0.080 + 0.299i

17.8
0.410 + 0.669i
0.230 + 0.756i
0.123 + 0.273i
0.081 + 0.300i
0.504 + 0.599i
0.101 + 0.785i
0.123 + 0.273i
0.079 + 0.301i

17.9
0.455 + 0.604i
0.316 + 0.819i
0.098 + 0.434i
0.137 + 0.693i
0.502 + 0.536i
0.105 + 0.940i
0.092 + 0.433i
0.087 + 0.705i

18
0.452 + 0.604i
0.318 + 0.818i
0.096 + 0.433i
0.143 + 0.698i
0.501 + 0.535i
0.100 + 0.940i
0.090 + 0.432i
0.088 + 0.709i

18.1
0.451 + 0.606i
0.317 + 0.818i
0.095 + 0.430i
0.149 + 0.702i
0.502 + 0.534i
0.095 + 0.939i
0.088 + 0.430i
0.089 + 0.713i

18.2
0.450 + 0.607i
0.316 + 0.819i
0.092 + 0.426i
0.155 + 0.705i
0.503 + 0.534i
0.092 + 0.936i
0.087 + 0.426i
0.089 + 0.717i

18.3
0.449 + 0.609i
0.315 + 0.819i
0.091 + 0.422i
0.159 + 0.707i
0.505 + 0.533i
0.090 + 0.933i
0.085 + 0.422i
0.090 + 0.720i

18.4
0.449 + 0.609i
0.315 + 0.819i
0.089 + 0.421i
0.164 + 0.708i
0.507 + 0.532i
0.089 + 0.931i
0.084 + 0.422i
0.089 + 0.722i

18.5
0.462 + 0.616i
0.339 + 0.797i
0.085 + 0.474i
0.098 + 0.677i
0.514 + 0.527i
0.190 + 0.976i
0.083 + 0.423i
0.082 + 0.841i

18.6
0.461 + 0.619i
0.339 + 0.798i
0.084 + 0.474i
0.094 + 0.677i
0.515 + 0.527i
0.198 + 0.978i
0.082 + 0.421i
0.082 + 0.851i

18.7
0.446 + 0.620i
0.314 + 0.739i
0.078 + 0.460i
0.083 + 0.708i
0.504 + 0.527i
0.224 + 0.931i
0.080 + 0.406i
0.081 + 0.894i

18.8
0.445 + 0.623i
0.312 + 0.789i
0.077 + 0.457i
0.081 + 0.708i
0.504 + 0.528i
0.221 + 0.929i
0.080 + 0.403i
0.080 + 0.896i

18.9
0.445 + 0.626i
0.311 + 0.789i
0.076 + 0.456i
0.080 + 0.708i
0.505 + 0.529i
0.222 + 0.929i
0.079 + 0.402i
0.079 + 0.896i

19
0.445 + 0.629i
0.311 + 0.791i
0.075 + 0.455i
0.080 + 0.708i
0.506 + 0.529i
0.224 + 0.930i
0.078 + 0.402i
0.078 + 0.897i

19.1
0.445 + 0.632i
0.312 + 0.791i
0.075 + 0.456i
0.079 + 0.709i
0.506 + 0.529i
0.224 + 0.930i
0.078 + 0.402i
0.077 + 0.897i

19.2
0.578 + 1.246i
0.351 + 1.324i
0.459 + 1.047i
0.283 + 1.100i
0.766 + 1.097i
0.116 + 1.359i
0.631 + 0.955i
0.096 + 1.129i

19.3
0.578 + 1.244i
0.350 + 1.323i
0.461 + 1.046i
0.285 + 1.099i
0.768 + 1.096i
0.116 + 1.357i
0.632 + 0.952i
0.096 + 1.129i

19.4
0.579 + 1.242i
0.351 + 1.322i
0.461 + 1.046i
0.285 + 1.099i
0.771 + 1.094i
0.116 + 1.356i
0.633 + 0.950i
0.096 + 1.129i

19.5
0.581 + 1.240i
0.351 + 1.320i
0.463 + 1.045i
0.286 + 1.099i
0.772 + 1.091i
0.116 + 1.355i
0.635 + 0.947i
0.096 + 1.129i

19.6
0.582 + 1.238i
0.351 + 1.319i
0.465 + 1.045i
0.286 + 1.099i
0.774 + 1.090i
0.116 + 1.354i
0.636 + 0.945i
0.096 + 1.130i

19.7
0.583 + 1.236i
0.351 + 1.318i
0.466 + 1.045i
0.287 + 1.100i
0.776 + 1.088i
0.116 + 1.353i
0.637 + 0.943i
0.096 + 1.130i

19.8
0.584 + 1.235i
0.352 + 1.316i
0.467 + 1.044i
0.287 + 1.099i
0.779 + 1.086i
0.116 + 1.352i
0.639 + 0.940i
0.097 + 1.130i

19.9
0.585 + 1.233i
0.352 + 1.315i
0.468 + 1.044i
0.288 + 1.099i
0.781 + 1.085i
0.116 + 1.351i
0.640 + 0.939i
0.097 + 1.130i

20
0.586 + 1.231i
0.352 + 1.314i
0.470 + 1.043i
0.288 + 1.099i
0.783 + 1.083i
0.116 + 1.350i
0.642 + 0.937i
0.097 + 1.130i

20.1
0.587 + 1.230i
0.352 + 1.312i
0.471 + 1.042i
0.289 + 1.099i
0.784 + 1.082i
0.116 + 1.349i
0.643 + 0.935i
0.098 + 1.130i

20.2
0.587 + 1.228i
0.352 + 1.311i
0.472 + 1.041i
0.289 + 1.098i
0.786 + 1.080i
0.116 + 1.347i
0.644 + 0.933i
0.098 + 1.129i

20.3
0.587 + 1.226i
0.352 + 1.309i
0.473 + 1.040i
0.289 + 1.098i
0.787 + 1.078i
0.116 + 1.345i
0.646 + 0.931i
0.098 + 1.128i

20.4
0.588 + 1.224i
0.352 + 1.307i
0.473 + 1.039i
0.289 + 1.097i
0.788 + 1.077i
0.116 + 1.344i
0.647 + 0.930i
0.098 + 1.128i

20.5
0.591 + 1.218i
0.354 + 1.298i
0.488 + 1.033i
0.297 + 1.093i
0.797 + 1.076i
0.116 + 1.335i
0.667 + 0.929i
0.101 + 1.125i

20.6
0.591 + 1.218i
0.353 + 1.296i
0.488 + 1.032i
0.297 + 1.092i
0.798 + 1.077i
0.115 + 1.333i
0.669 + 0.929i
0.101 + 1.124i

20.7
0.591 + 1.217i
0.353 + 1.294i
0.490 + 1.031i
0.298 + 1.092i
0.799 + 1.076i
0.116 + 1.331i
0.670 + 0.928i
0.101 + 1.124i

20.8
0.564 + 1.228i
0.336 + 1.287i
0.469 + 1.032i
0.286 + 1.082i
0.771 + 1.102i
0.110 + 1.317i
0.640 + 0.955i
0.097 + 1.109i

20.9
0.563 + 1.227i
0.335 + 1.286i
0.468 + 1.032i
0.285 + 1.080i
0.770 + 1.102i
0.110 + 1.314i
0.639 + 0.956i
0.096 + 1.107i

21
0.562 + 1.227i
0.334 + 1.284i
0.468 + 1.032i
0.285 + 1.080i
0.770 + 1.103i
0.109 + 1.313i
0.638 + 0.957i
0.096 + 1.107i

21.1
0.560 + 1.226i
0.333 + 1.282i
0.467 + 1.032i
0.284 + 1.079i
0.770 + 1.103i
0.109 + 1.310i
0.638 + 0.958i
0.096 + 1.105i

21.2
0.559 + 1.225i
0.332 + 1.281i
0.464 + 1.032i
0.282 + 1.079i
0.768 + 1.102i
0.108 + 1.308i
0.635 + 0.958i
0.096 + 1.104i

21.3
0.558 + 1.224i
0.330 + 1.279i
0.463 + 1.032i
0.281 + 1.078i
0.767 + 1.101i
0.108 + 1.306i
0.634 + 0.959i
0.095 + 1.103i

21.4
0.557 + 1.224i
0.330 + 1.279i
0.462 + 1.032i
0.281 + 1.078i
0.767 + 1.100i
0.108 + 1.304i
0.632 + 0.960i
0.096 + 1.102i

21.5
0.556 + 1.223i
0.329 + 1.277i
0.461 + 1.032i
0.280 + 1.077i
0.766 + 1.100i
0.107 + 1.302i
0.632 + 0.961i
0.095 + 1.100i

21.6
0.555 + 1.222i
0.328 + 1.275i
0.460 + 1.032i
0.279 + 1.077i
0.766 + 1.099i
0.107 + 1.301i
0.631 + 0.961i
0.094 + 1.100i

21.7
0.554 + 1.221i
0.327 + 1.275i
0.460 + 1.033i
0.278 + 1.077i
0.766 + 1.099i
0.107 + 1.299i
0.630 + 0.961i
0.094 + 1.099i

21.8
0.554 + 1.219i
0.327 + 1.273i
0.459 + 1.032i
0.278 + 1.076i
0.765 + 1.098i
0.107 + 1.297i
0.630 + 0.961i
0.095 + 1.099i

21.9
0.553 + 1.218i
0.326 + 1.272i
0.459 + 1.032i
0.278 + 1.077i
0.765 + 1.096i
0.106 + 1.297i
0.629 + 0.961i
0.094 + 1.099i

22
0.552 + 1.218i
0.325 + 1.271i
0.457 + 1.032i
0.277 + 1.076i
0.764 + 1.096i
0.106 + 1.294i
0.628 + 0.962i
0.094 + 1.097i

22.1
0.552 + 1.217i
0.325 + 1.270i
0.457 + 1.032i
0.276 + 1.076i
0.764 + 1.095i
0.106 + 1.293i
0.627 + 0.962i
0.094 + 1.097i

22.2
0.551 + 1.215i
0.325 + 1.268i
0.456 + 1.032i
0.275 + 1.074i
0.764 + 1.094i
0.106 + 1.290i
0.627 + 0.962i
0.094 + 1.095i

22.3
0.549 + 1.213i
0.324 + 1.266i
0.455 + 1.031i
0.274 + 1.074i
0.763 + 1.092i
0.106 + 1.289i
0.626 + 0.961i
0.094 + 1.095i

22.4
0.547 + 1.211i
0.322 + 1.264i
0.452 + 1.031i
0.272 + 1.073i
0.758 + 1.089i
0.105 + 1.285i
0.624 + 0.961i
0.092 + 1.092i

22.5
0.546 + 1.210i
0.322 + 1.263i
0.451 + 1.031i
0.272 + 1.073i
0.757 + 1.088i
0.105 + 1.284i
0.623 + 0.961i
0.092 + 1.092i

22.6
0.498 + 0.806i
0.516 + 0.997i
0.069 + 0.807i
0.073 + 0.985i
0.485 + 0.638i
0.375 + 1.444i
0.068 + 0.642i
0.079 + 1.179i

22.7
0.499 + 0.807i
0.518 + 0.997i
0.070 + 0.807i
0.073 + 0.984i
0.487 + 0.639i
0.374 + 1.441i
0.068 + 0.643i
0.079 + 1.176i

22.8
0.501 + 0.809i
0.520 + 0.998i
0.070 + 0.807i
0.074 + 0.983i
0.488 + 0.641i
0.371 + 1.439i
0.068 + 0.643i
0.079 + 1.175i

22.9
0.502 + 0.809i
0.521 + 0.998i
0.070 + 0.808i
0.074 + 0.982i
0.489 + 0.642i
0.369 + 1.436i
0.068 + 0.644i
0.079 + 1.173i

23
0.504 + 0.811i
0.523 + 0.999i
0.070 + 0.806i
0.074 + 0.981i
0.491 + 0.644i
0.367 + 1.433i
0.068 + 0.644i
0.079 + 1.171i

23.1
0.506 + 0.812i
0.525 + 0.999i
0.071 + 0.806i
0.074 + 0.980i
0.493 + 0.645i
0.366 + 1.430i
0.069 + 0.644i
0.079 + 1.169i

23.2
0.507 + 0.813i
0.527 + 0.999i
0.070 + 0.807i
0.074 + 0.980i
0.494 + 0.647i
0.364 + 1.427i
0.069 + 0.645i
0.080 + 1.169i

23.3
0.508 + 0.814i
0.528 + 0.999i
0.070 + 0.807i
0.074 + 0.980i
0.495 + 0.648i
0.362 + 1.423i
0.069 + 0.645i
0.080 + 1.168i

23.4
0.510 + 0.806i
0.512 + 0.990i
0.067 + 0.801i
0.069 + 0.989i
0.501 + 0.644i
0.296 + 1.353i
0.068 + 0.636i
0.088 + 1.206i

23.5
0.512 + 0.807i
0.514 + 0.990i
0.068 + 0.802i
0.070 + 0.988i
0.503 + 0.646i
0.295 + 1.350i
0.068 + 0.637i
0.088 + 1.204i

23.6
0.514 + 0.808i
0.515 + 0.990i
0.068 + 0.803i
0.070 + 0.989i
0.505 + 0.647i
0.294 + 1.349i
0.069 + 0.639i
0.088 + 1.203i

23.7
0.516 + 0.810i
0.517 + 0.990i
0.069 + 0.804i
0.070 + 0.989i
0.506 + 0.649i
0.293 + 1.346i
0.069 + 0.641i
0.088 + 1.202i

23.8
0.517 + 0.811i
0.519 + 0.991i
0.069 + 0.806i
0.071 + 0.989i
0.507 + 0.649i
0.293 + 1.346i
0.069 + 0.642i
0.087 + 1.200i

23.9
0.519 + 0.813i
0.521 + 0.992i
0.070 + 0.807i
0.072 + 0.990i
0.509 + 0.651i
0.292 + 1.344i
0.070 + 0.644i
0.087 + 1.198i

24
0.521 + 0.814i
0.523 + 0.992i
0.070 + 0.808i
0.072 + 0.991i
0.510 + 0.652i
0.292 + 1.343i
0.070 + 0.644i
0.087 + 1.198i

24.1
0.522 + 0.815i
0.525 + 0.993i
0.070 + 0.809i
0.073 + 0.990i
0.512 + 0.654i
0.292 + 1.341i
0.070 + 0.646i
0.087 + 1.196i

24.2
0.524 + 0.817i
0.527 + 0.994i
0.070 + 0.809i
0.073 + 0.990i
0.514 + 0.655i
0.292 + 1.341i
0.070 + 0.646i
0.087 + 1.196i

24.3
0.527 + 0.823i
0.538 + 1.005i
0.071 + 0.808i
0.073 + 0.986i
0.516 + 0.659i
0.273 + 1.327i
0.071 + 0.645i
0.087 + 1.193i

24.4
0.529 + 0.824i
0.541 + 1.006i
0.071 + 0.807i
0.073 + 0.984i
0.518 + 0.661i
0.271 + 1.324i
0.071 + 0.645i
0.086 + 1.191i

24.5
0.531 + 0.826i
0.543 + 1.007i
0.072 + 0.808i
0.073 + 0.984i
0.519 + 0.663i
0.269 + 1.321i
0.071 + 0.646i
0.086 + 1.190i

24.6
0.532 + 0.827i
0.544 + 1.008i
0.072 + 0.809i
0.073 + 0.985i
0.520 + 0.664i
0.269 + 1.320i
0.072 + 0.647i
0.086 + 1.189i

24.7
0.534 + 0.828i
0.545 + 1.008i
0.073 + 0.811i
0.074 + 0.986i
0.523 + 0.664i
0.268 + 1.318i
0.072 + 0.650i
0.086 + 1.188i

24.8
0.534 + 0.829i
0.546 + 1.009i
0.073 + 0.811i
0.074 + 0.986i
0.523 + 0.665i
0.268 + 1.317i
0.072 + 0.650i
0.086 + 1.187i

24.9
0.536 + 0.830i
0.548 + 1.009i
0.074 + 0.812i
0.075 + 0.987i
0.524 + 0.667i
0.268 + 1.315i
0.073 + 0.651i
0.086 + 1.186i

25
0.536 + 0.831i
0.548 + 1.010i
0.074 + 0.814i
0.075 + 0.988i
0.525 + 0.667i
0.269 + 1.315i
0.073 + 0.653i
0.087 + 1.186i

SNR
a33
a34
a35
a36
a37
a38
a39
a40

10
0.317 + 0.178i
0.317 + 0.164i
0.576 + 0.312i
0.611 + 0.218i
0.319 + 0.179i
0.316 + 0.165i
0.582 + 0.315i
0.620 + 0.219i

10.1
0.315 + 0.176i
0.316 + 0.162i
0.579 + 0.314i
0.616 + 0.217i
0.316 + 0.178i
0.315 + 0.163i
0.584 + 0.317i
0.624 + 0.217i

10.2
0.314 + 0.175i
0.315 + 0.161i
0.582 + 0.316i
0.621 + 0.215i
0.315 + 0.176i
0.313 + 0.162i
0.586 + 0.319i
0.628 + 0.215i

10.3
0.313 + 0.174i
0.314 + 0.160i
0.584 + 0.319i
0.625 + 0.213i
0.313 + 0.175i
0.311 + 0.160i
0.588 + 0.321i
0.632 + 0.213i

10.4
0.311 + 0.173i
0.313 + 0.158i
0.586 + 0.321i
0.630 + 0.211i
0.311 + 0.174i
0.310 + 0.158i
0.590 + 0.323i
0.636 + 0.211i

10.5
0.310 + 0.173i
0.312 + 0.157i
0.588 + 0.323i
0.634 + 0.209i
0.310 + 0.173i
0.310 + 0.157i
0.591 + 0.325i
0.639 + 0.209i

10.6
0.309 + 0.172i
0.311 + 0.156i
0.589 + 0.325i
0.638 + 0.207i
0.309 + 0.172i
0.309 + 0.156i
0.592 + 0.327i
0.643 + 0.207i

10.7
0.309 + 0.171i
0.311 + 0.155i
0.591 + 0.327i
0.641 + 0.205i
0.308 + 0.171i
0.308 + 0.155i
0.594 + 0.329i
0.646 + 0.205i

10.8
0.308 + 0.171i
0.311 + 0.153i
0.593 + 0.329i
0.645 + 0.203i
0.307 + 0.171i
0.307 + 0.153i
0.595 + 0.331i
0.649 + 0.203i

10.9
0.307 + 0.170i
0.309 + 0.153i
0.594 + 0.331i
0.649 + 0.201i
0.306 + 0.170i
0.306 + 0.153i
0.596 + 0.333i
0.652 + 0.201i

11
0.307 + 0.170i
0.309 + 0.152i
0.595 + 0.333i
0.652 + 0.199i
0.305 + 0.170i
0.306 + 0.152i
0.597 + 0.335i
0.654 + 0.199i

11.1
0.307 + 0.169i
0.309 + 0.151i
0.596 + 0.335i
0.655 + 0.197i
0.304 + 0.169i
0.306 + 0.151i
0.597 + 0.337i
0.657 + 0.197i

11.2
0.307 + 0.169i
0.309 + 0.150i
0.598 + 0.337i
0.658 + 0.195i
0.304 + 0.169i
0.306 + 0.150i
0.598 + 0.339i
0.660 + 0.195i

11.3
0.306 + 0.169i
0.309 + 0.149i
0.598 + 0.339i
0.661 + 0.193i
0.304 + 0.169i
0.305 + 0.149i
0.599 + 0.342i
0.662 + 0.193i

11.4
0.306 + 0.169i
0.309 + 0.148i
0.599 + 0.342i
0.663 + 0.191i
0.304 + 0.168i
0.305 + 0.148i
0.599 + 0.344i
0.664 + 0.191i

11.5
0.306 + 0.168i
0.309 + 0.147i
0.600 + 0.343i
0.665 + 0.189i
0.303 + 0.168i
0.305 + 0.147i
0.600 + 0.346i
0.666 + 0.188i

11.6
0.306 + 0.168i
0.309 + 0.146i
0.600 + 0.345i
0.666 + 0.187i
0.303 + 0.167i
0.305 + 0.146i
0.599 + 0.347i
0.667 + 0.186i

11.7
0.305 + 0.167i
0.308 + 0.145i
0.600 + 0.346i
0.668 + 0.185i
0.302 + 0.167i
0.305 + 0.145i
0.599 + 0.350i
0.668 + 0.184i

11.8
0.305 + 0.167i
0.308 + 0.144i
0.600 + 0.347i
0.670 + 0.184i
0.302 + 0.166i
0.304 + 0.144i
0.599 + 0.351i
0.670 + 0.182i

11.9
0.304 + 0.167i
0.308 + 0.144i
0.600 + 0.349i
0.671 + 0.182i
0.301 + 0.166i
0.304 + 0.144i
0.599 + 0.353i
0.671 + 0.180i

12
0.304 + 0.166i
0.308 + 0.142i
0.600 + 0.351i
0.672 + 0.180i
0.301 + 0.166i
0.305 + 0.142i
0.599 + 0.354i
0.671 + 0.178i

12.1
0.304 + 0.166i
0.308 + 0.142i
0.601 + 0.352i
0.673 + 0.178i
0.301 + 0.165i
0.305 + 0.142i
0.598 + 0.356i
0.672 + 0.176i

12.2
0.304 + 0.165i
0.308 + 0.141i
0.600 + 0.353i
0.674 + 0.177i
0.301 + 0.165i
0.305 + 0.141i
0.598 + 0.357i
0.673 + 0.174i

12.3
0.304 + 0.165i
0.308 + 0.140i
0.601 + 0.355i
0.676 + 0.175i
0.301 + 0.165i
0.305 + 0.140i
0.598 + 0.359i
0.674 + 0.173i

12.4
0.304 + 0.165i
0.310 + 0.139i
0.601 + 0.356i
0.677 + 0.173i
0.301 + 0.165i
0.306 + 0.139i
0.598 + 0.361i
0.675 + 0.171i

12.5
0.305 + 0.164i
0.310 + 0.138i
0.601 + 0.358i
0.678 + 0.172i
0.301 + 0.164i
0.307 + 0.138i
0.598 + 0.362i
0.675 + 0.169i

12.6
0.305 + 0.164i
0.311 + 0.137i
0.601 + 0.359i
0.679 + 0.170i
0.302 + 0.164i
0.309 + 0.137i
0.597 + 0.363i
0.676 + 0.167i

12.7
0.305 + 0.163i
0.312 + 0.136i
0.601 + 0.361i
0.680 + 0.169i
0.302 + 0.163i
0.310 + 0.136i
0.597 + 0.365i
0.677 + 0.166i

12.8
0.326 + 0.161i
0.336 + 0.132i
0.606 + 0.366i
0.700 + 0.168i
0.322 + 0.161i
0.333 + 0.132i
0.600 + 0.368i
0.694 + 0.166i

12.9
0.337 + 0.163i
0.350 + 0.131i
0.605 + 0.372i
0.706 + 0.168i
0.333 + 0.162i
0.348 + 0.130i
0.600 + 0.373i
0.701 + 0.165i

13
0.348 + 0.164i
0.365 + 0.129i
0.605 + 0.378i
0.713 + 0.168i
0.345 + 0.163i
0.363 + 0.129i
0.599 + 0.379i
0.708 + 0.165i

13.1
0.354 + 0.164i
0.373 + 0.128i
0.605 + 0.381i
0.718 + 0.167i
0.351 + 0.164i
0.371 + 0.127i
0.599 + 0.382i
0.711 + 0.164i

13.2
0.362 + 0.165i
0.384 + 0.126i
0.605 + 0.386i
0.724 + 0.166i
0.359 + 0.165i
0.382 + 0.126i
0.598 + 0.386i
0.718 + 0.162i

13.3
0.365 + 0.165i
0.388 + 0.125i
0.604 + 0.388i
0.727 + 0.165i
0.362 + 0.165i
0.386 + 0.125i
0.597 + 0.388i
0.720 + 0.161i

13.4
0.371 + 0.167i
0.396 + 0.124i
0.603 + 0.391i
0.733 + 0.164i
0.369 + 0.166i
0.394 + 0.124i
0.596 + 0.391i
0.726 + 0.160i

13.5
0.375 + 0.167i
0.401 + 0.123i
0.603 + 0.393i
0.738 + 0.162i
0.373 + 0.167i
0.400 + 0.123i
0.595 + 0.393i
0.730 + 0.158i

13.6
0.378 + 0.167i
0.405 + 0.122i
0.602 + 0.396i
0.742 + 0.161i
0.376 + 0.167i
0.403 + 0.122i
0.594 + 0.394i
0.732 + 0.157i

13.7
0.400 + 0.165i
0.435 + 0.119i
0.604 + 0.407i
0.769 + 0.159i
0.399 + 0.164i
0.433 + 0.119i
0.596 + 0.405i
0.755 + 0.159i

13.8
0.402 + 0.165i
0.437 + 0.118i
0.604 + 0.409i
0.773 + 0.158i
0.400 + 0.165i
0.436 + 0.118i
0.595 + 0.407i
0.758 + 0.157i

13.9
0.403 + 0.165i
0.440 + 0.117i
0.603 + 0.412i
0.777 + 0.156i
0.403 + 0.165i
0.440 + 0.117i
0.593 + 0.409i
0.762 + 0.155i

14
0.405 + 0.166i
0.442 + 0.117i
0.602 + 0.414i
0.781 + 0.155i
0.405 + 0.166i
0.442 + 0.117i
0.592 + 0.410i
0.765 + 0.153i

14.1
0.406 + 0.166i
0.444 + 0.117i
0.601 + 0.416i
0.784 + 0.153i
0.406 + 0.166i
0.444 + 0.117i
0.591 + 0.411i
0.768 + 0.151i

14.2
0.407 + 0.166i
0.446 + 0.116i
0.600 + 0.418i
0.788 + 0.152i
0.408 + 0.166i
0.448 + 0.116i
0.589 + 0.413i
0.771 + 0.150i

14.3
0.408 + 0.166i
0.448 + 0.115i
0.599 + 0.421i
0.790 + 0.150i
0.409 + 0.167i
0.449 + 0.115i
0.588 + 0.415i
0.772 + 0.148i

14.4
0.409 + 0.166i
0.450 + 0.115i
0.598 + 0.422i
0.794 + 0.149i
0.411 + 0.168i
0.452 + 0.115i
0.586 + 0.416i
0.775 + 0.147i

14.5
0.410 + 0.167i
0.452 + 0.115i
0.598 + 0.425i
0.796 + 0.148i
0.412 + 0.168i
0.455 + 0.115i
0.585 + 0.418i
0.777 + 0.145i

14.6
0.411 + 0.167i
0.454 + 0.114i
0.597 + 0.427i
0.799 + 0.147i
0.414 + 0.169i
0.457 + 0.115i
0.584 + 0.419i
0.779 + 0.144i

14.7
0.412 + 0.168i
0.456 + 0.114i
0.596 + 0.429i
0.802 + 0.145i
0.415 + 0.169i
0.460 + 0.114i
0.583 + 0.421i
0.781 + 0.142i

14.8
0.413 + 0.168i
0.458 + 0.113i
0.595 + 0.432i
0.804 + 0.144i
0.416 + 0.170i
0.463 + 0.114i
0.581 + 0.422i
0.783 + 0.141i

14.9
0.413 + 0.168i
0.459 + 0.113i
0.595 + 0.434i
0.806 + 0.144i
0.418 + 0.171i
0.465 + 0.113i
0.580 + 0.424i
0.784 + 0.139i

15
0.414 + 0.168i
0.461 + 0.112i
0.594 + 0.437i
0.808 + 0.142i
0.419 + 0.172i
0.468 + 0.113i
0.579 + 0.425i
0.785 + 0.137i

15.1
0.414 + 0.168i
0.463 + 0.112i
0.594 + 0.439i
0.811 + 0.141i
0.420 + 0.172i
0.471 + 0.113i
0.578 + 0.427i
0.787 + 0.136i

15.2
0.415 + 0.168i
0.465 + 0.111i
0.593 + 0.441i
0.812 + 0.139i
0.422 + 0.173i
0.474 + 0.112i
0.576 + 0.428i
0.788 + 0.134i

15.3
0.415 + 0.168i
0.467 + 0.110i
0.593 + 0.444i
0.814 + 0.139i
0.422 + 0.174i
0.477 + 0.112i
0.575 + 0.430i
0.789 + 0.133i

15.4
0.415 + 0.167i
0.468 + 0.110i
0.593 + 0.447i
0.816 + 0.138i
0.423 + 0.174i
0.479 + 0.112i
0.574 + 0.432i
0.790 + 0.132i

15.5
0.963 + 0.512i
1.064 + 0.265i
1.210 + 0.626i
1.313 + 0.378i
0.878 + 0.629i
1.094 + 0.136i
1.074 + 0.831i
1.354 + 0.140i

15.6
0.969 + 0.514i
1.071 + 0.273i
1.210 + 0.630i
1.314 + 0.383i
0.878 + 0.638i
1.103 + 0.133i
1.070 + 0.837i
1.358 + 0.139i

15.7
0.975 + 0.516i
1.076 + 0.280i
1.210 + 0.633i
1.316 + 0.387i
0.878 + 0.647i
1.111 + 0.131i
1.067 + 0.843i
1.361 + 0.138i

15.8
0.980 + 0.518i
1.081 + 0.287i
1.210 + 0.636i
1.317 + 0.390i
0.878 + 0.654i
1.117 + 0.128i
1.064 + 0.848i
1.365 + 0.138i

15.9
0.984 + 0.519i
1.083 + 0.291i
1.210 + 0.637i
1.317 + 0.391i
0.878 + 0.660i
1.122 + 0.126i
1.062 + 0.850i
1.366 + 0.137i

16
0.988 + 0.520i
1.086 + 0.295i
1.210 + 0.639i
1.318 + 0.393i
0.879 + 0.667i
1.125 + 0.124i
1.061 + 0.853i
1.367 + 0.136i

16.1
0.991 + 0.521i
1.088 + 0.299i
1.210 + 0.640i
1.317 + 0.393i
0.880 + 0.672i
1.129 + 0.122i
1.060 + 0.855i
1.367 + 0.136i

16.2
0.993 + 0.521i
1.089 + 0.302i
1.209 + 0.639i
1.317 + 0.394i
0.880 + 0.676i
1.130 + 0.121i
1.059 + 0.855i
1.367 + 0.136i

16.3
0.995 + 0.521i
1.090 + 0.304i
1.209 + 0.639i
1.316 + 0.393i
0.880 + 0.679i
1.131 + 0.119i
1.059 + 0.855i
1.366 + 0.135i

16.4
0.997 + 0.521i
1.091 + 0.306i
1.209 + 0.638i
1.315 + 0.392i
0.881 + 0.683i
1.132 + 0.118i
1.059 + 0.856i
1.364 + 0.134i

16.5
0.998 + 0.521i
1.091 + 0.308i
1.208 + 0.638i
1.314 + 0.393i
0.880 + 0.685i
1.133 + 0.116i
1.059 + 0.855i
1.364 + 0.134i

16.6
0.999 + 0.521i
1.090 + 0.309i
1.207 + 0.636i
1.313 + 0.392i
0.880 + 0.688i
1.133 + 0.115i
1.059 + 0.855i
1.363 + 0.133i

16.7
1.000 + 0.521i
1.090 + 0.311i
1.206 + 0.635i
1.311 + 0.391i
0.880 + 0.690i
1.133 + 0.113i
1.059 + 0.854i
1.362 + 0.133i

16.8
0.999 + 0.520i
1.089 + 0.312i
1.205 + 0.634i
1.309 + 0.390i
0.880 + 0.692i
1.131 + 0.113i
1.059 + 0.853i
1.359 + 0.133i

16.9
1.000 + 0.520i
1.088 + 0.313i
1.204 + 0.633i
1.307 + 0.389i
0.880 + 0.694i
1.130 + 0.112i
1.059 + 0.851i
1.356 + 0.132i

17
0.999 + 0.520i
1.087 + 0.313i
1.203 + 0.632i
1.306 + 0.388i
0.880 + 0.695i
1.129 + 0.111i
1.060 + 0.850i
1.355 + 0.131i

17.1
0.999 + 0.518i
1.086 + 0.313i
1.202 + 0.629i
1.304 + 0.386i
0.880 + 0.695i
1.128 + 0.110i
1.060 + 0.848i
1.353 + 0.131i

17.2
1.000 + 0.517i
1.086 + 0.314i
1.202 + 0.629i
1.303 + 0.386i
0.880 + 0.697i
1.128 + 0.109i
1.060 + 0.847i
1.352 + 0.130i

17.3
1.001 + 0.517i
1.087 + 0.315i
1.201 + 0.629i
1.303 + 0.386i
0.881 + 0.697i
1.128 + 0.108i
1.060 + 0.846i
1.352 + 0.130i

17.4
1.002 + 0.517i
1.087 + 0.315i
1.201 + 0.627i
1.303 + 0.385i
0.881 + 0.697i
1.128 + 0.108i
1.060 + 0.846i
1.351 + 0.130i

17.5
1.002 + 0.517i
1.087 + 0.315i
1.201 + 0.627i
1.303 + 0.384i
0.882 + 0.698i
1.129 + 0.108i
1.061 + 0.845i
1.351 + 0.130i

17.6
1.003 + 0.517i
1.087 + 0.316i
1.201 + 0.627i
1.302 + 0.384i
0.882 + 0.699i
1.129 + 0.108i
1.062 + 0.845i
1.350 + 0.130i

17.7
1.004 + 0.516i
1.088 + 0.316i
1.202 + 0.626i
1.302 + 0.383i
0.884 + 0.699i
1.129 + 0.107i
1.063 + 0.843i
1.350 + 0.129i

17.8
1.005 + 0.516i
1.088 + 0.316i
1.202 + 0.626i
1.302 + 0.383i
0.885 + 0.699i
1.130 + 0.107i
1.063 + 0.843i
1.351 + 0.129i

17.9
0.961 + 0.424i
0.998 + 0.239i
1.214 + 0.479i
1.201 + 0.287i
0.919 + 0.571i
1.013 + 0.094i
1.141 + 0.690i
1.225 + 0.110i

18
0.961 + 0.422i
0.998 + 0.241i
1.213 + 0.479i
1.200 + 0.288i
0.918 + 0.573i
1.013 + 0.093i
1.138 + 0.690i
1.224 + 0.109i

18.1
0.961 + 0.423i
0.998 + 0.244i
1.211 + 0.480i
1.199 + 0.290i
0.916 + 0.576i
1.013 + 0.092i
1.136 + 0.691i
1.223 + 0.108i

18.2
0.961 + 0.423i
0.998 + 0.245i
1.210 + 0.481i
1.200 + 0.290i
0.915 + 0.577i
1.014 + 0.091i
1.133 + 0.691i
1.224 + 0.108i

18.3
0.962 + 0.422i
0.999 + 0.247i
1.208 + 0.482i
1.201 + 0.291i
0.914 + 0.580i
1.015 + 0.089i
1.131 + 0.692i
1.224 + 0.108i

18.4
0.963 + 0.422i
1.000 + 0.247i
1.208 + 0.482i
1.201 + 0.290i
0.915 + 0.581i
1.016 + 0.089i
1.131 + 0.693i
1.224 + 0.107i

18.5
0.959 + 0.410i
0.991 + 0.239i
1.211 + 0.463i
1.191 + 0.278i
0.924 + 0.563i
1.002 + 0.087i
1.142 + 0.672i
1.212 + 0.102i

18.6
0.959 + 0.409i
0.989 + 0.239i
1.209 + 0.463i
1.189 + 0.277i
0.922 + 0.563i
1.001 + 0.085i
1.140 + 0.671i
1.211 + 0.101i

18.7
0.949 + 0.412i
0.981 + 0.243i
1.199 + 0.463i
1.179 + 0.278i
0.911 + 0.566i
0.993 + 0.086i
1.131 + 0.668i
1.199 + 0.102i

18.8
0.948 + 0.412i
0.980 + 0.245i
1.197 + 0.463i
1.178 + 0.279i
0.910 + 0.568i
0.993 + 0.085i
1.129 + 0.669i
1.198 + 0.102i

18.9
0.949 + 0.412i
0.980 + 0.246i
1.196 + 0.463i
1.178 + 0.279i
0.910 + 0.569i
0.992 + 0.084i
1.128 + 0.669i
1.197 + 0.101i

19
0.949 + 0.412i
0.980 + 0.246i
1.195 + 0.463i
1.177 + 0.278i
0.910 + 0.570i
0.992 + 0.083i
1.127 + 0.669i
1.196 + 0.100i

19.1
0.949 + 0.412i
0.979 + 0.247i
1.195 + 0.463i
1.177 + 0.278i
0.911 + 0.571i
0.992 + 0.083i
1.127 + 0.669i
1.195 + 0.099i

19.2
0.336 + 0.092i
0.505 + 0.073i
0.617 + 0.560i
0.786 + 0.094i
0.331 + 0.090i
0.531 + 0.072i
0.528 + 0.570i
0.729 + 0.083i

19.3
0.336 + 0.092i
0.505 + 0.073i
0.621 + 0.559i
0.787 + 0.094i
0.331 + 0.090i
0.531 + 0.072i
0.528 + 0.568i
0.727 + 0.082i

19.4
0.336 + 0.092i
0.504 + 0.073i
0.625 + 0.559i
0.788 + 0.093i
0.331 + 0.090i
0.532 + 0.071i
0.527 + 0.568i
0.725 + 0.082i

19.5
0.337 + 0.093i
0.504 + 0.073i
0.630 + 0.558i
0.789 + 0.093i
0.331 + 0.090i
0.533 + 0.071i
0.527 + 0.566i
0.724 + 0.081i

19.6
0.337 + 0.093i
0.503 + 0.073i
0.632 + 0.559i
0.790 + 0.093i
0.330 + 0.090i
0.534 + 0.071i
0.527 + 0.565i
0.723 + 0.081i

19.7
0.337 + 0.093i
0.503 + 0.073i
0.636 + 0.559i
0.791 + 0.093i
0.331 + 0.090i
0.535 + 0.071i
0.526 + 0.565i
0.721 + 0.081i

19.8
0.338 + 0.093i
0.502 + 0.073i
0.638 + 0.560i
0.793 + 0.093i
0.331 + 0.089i
0.536 + 0.071i
0.527 + 0.564i
0.720 + 0.080i

19.9
0.339 + 0.094i
0.502 + 0.073i
0.641 + 0.560i
0.795 + 0.093i
0.330 + 0.089i
0.538 + 0.070i
0.527 + 0.563i
0.719 + 0.079i

20
0.339 + 0.094i
0.501 + 0.073i
0.643 + 0.560i
0.797 + 0.093i
0.330 + 0.089i
0.539 + 0.070i
0.526 + 0.562i
0.718 + 0.079i

20.1
0.340 + 0.095i
0.501 + 0.073i
0.645 + 0.561i
0.800 + 0.093i
0.330 + 0.088i
0.541 + 0.070i
0.527 + 0.561i
0.718 + 0.079i

20.2
0.341 + 0.095i
0.500 + 0.073i
0.647 + 0.561i
0.802 + 0.094i
0.330 + 0.087i
0.543 + 0.070i
0.527 + 0.561i
0.717 + 0.078i

20.3
0.342 + 0.095i
0.500 + 0.073i
0.649 + 0.562i
0.806 + 0.094i
0.329 + 0.086i
0.547 + 0.069i
0.528 + 0.560i
0.718 + 0.078i

20.4
0.342 + 0.097i
0.498 + 0.073i
0.651 + 0.562i
0.809 + 0.095i
0.328 + 0.084i
0.549 + 0.069i
0.529 + 0.560i
0.717 + 0.078i

20.5
0.288 + 0.115i
0.423 + 0.069i
0.680 + 0.548i
0.793 + 0.094i
0.236 + 0.059i
0.537 + 0.064i
0.565 + 0.550i
0.675 + 0.076i

20.6
0.286 + 0.116i
0.420 + 0.068i
0.682 + 0.548i
0.794 + 0.094i
0.231 + 0.058i
0.540 + 0.064i
0.567 + 0.550i
0.675 + 0.077i

20.7
0.283 + 0.118i
0.417 + 0.067i
0.685 + 0.548i
0.796 + 0.094i
0.227 + 0.058i
0.541 + 0.064i
0.570 + 0.550i
0.674 + 0.077i

20.8
0.282 + 0.120i
0.415 + 0.066i
0.708 + 0.550i
0.804 + 0.094i
0.220 + 0.056i
0.550 + 0.064i
0.593 + 0.560i
0.680 + 0.077i

20.9
0.281 + 0.122i
0.416 + 0.065i
0.711 + 0.552i
0.806 + 0.095i
0.220 + 0.055i
0.552 + 0.064i
0.595 + 0.561i
0.681 + 0.077i

21
0.281 + 0.124i
0.415 + 0.065i
0.713 + 0.554i
0.808 + 0.095i
0.219 + 0.055i
0.554 + 0.065i
0.597 + 0.562i
0.682 + 0.077i

21.1
0.280 + 0.126i
0.415 + 0.065i
0.716 + 0.556i
0.809 + 0.094i
0.219 + 0.055i
0.555 + 0.065i
0.600 + 0.563i
0.683 + 0.077i

21.2
0.280 + 0.128i
0.415 + 0.064i
0.720 + 0.557i
0.811 + 0.094i
0.218 + 0.054i
0.557 + 0.065i
0.605 + 0.565i
0.684 + 0.078i

21.3
0.280 + 0.130i
0.415 + 0.064i
0.724 + 0.559i
0.814 + 0.094i
0.218 + 0.054i
0.558 + 0.065i
0.607 + 0.567i
0.685 + 0.078i

21.4
0.280 + 0.132i
0.415 + 0.063i
0.727 + 0.561i
0.815 + 0.094i
0.219 + 0.054i
0.559 + 0.065i
0.610 + 0.569i
0.686 + 0.078i

21.5
0.280 + 0.133i
0.416 + 0.064i
0.729 + 0.564i
0.816 + 0.094i
0.220 + 0.054i
0.561 + 0.065i
0.612 + 0.570i
0.687 + 0.078i

21.6
0.280 + 0.135i
0.416 + 0.064i
0.733 + 0.565i
0.818 + 0.094i
0.221 + 0.054i
0.562 + 0.065i
0.615 + 0.572i
0.689 + 0.078i

21.7
0.280 + 0.137i
0.417 + 0.063i
0.735 + 0.567i
0.819 + 0.094i
0.222 + 0.054i
0.563 + 0.065i
0.617 + 0.572i
0.689 + 0.078i

21.8
0.280 + 0.138i
0.417 + 0.063i
0.738 + 0.559i
0.820 + 0.093i
0.223 + 0.054i
0.564 + 0.065i
0.619 + 0.573i
0.690 + 0.079i

21.9
0.280 + 0.140i
0.417 + 0.063i
0.741 + 0.570i
0.821 + 0.093i
0.223 + 0.054i
0.564 + 0.065i
0.621 + 0.574i
0.690 + 0.079i

22
0.280 + 0.142i
0.418 + 0.063i
0.744 + 0.572i
0.823 + 0.093i
0.225 + 0.054i
0.565 + 0.065i
0.622 + 0.575i
0.692 + 0.079i

22.1
0.280 + 0.143i
0.418 + 0.062i
0.747 + 0.573i
0.824 + 0.093i
0.226 + 0.054i
0.566 + 0.065i
0.625 + 0.577i
0.692 + 0.079i

22.2
0.281 + 0.144i
0.419 + 0.063i
0.751 + 0.575i
0.826 + 0.093i
0.227 + 0.054i
0.568 + 0.065i
0.627 + 0.578i
0.694 + 0.080i

22.3
0.282 + 0.146i
0.420 + 0.063i
0.754 + 0.575i
0.828 + 0.093i
0.229 + 0.055i
0.569 + 0.065i
0.631 + 0.579i
0.696 + 0.080i

22.4
0.283 + 0.147i
0.421 + 0.063i
0.767 + 0.567i
0.830 + 0.092i
0.231 + 0.055i
0.570 + 0.065i
0.644 + 0.596i
0.697 + 0.080i

22.5
0.283 + 0.148i
0.422 + 0.063i
0.770 + 0.567i
0.832 + 0.092i
0.232 + 0.055i
0.571 + 0.066i
0.646 + 0.598i
0.698 + 0.081i

22.6
0.776 + 0.335i
0.782 + 0.192i
0.937 + 0.338i
0.965 + 0.205i
0.791 + 0.484i
0.796 + 0.063i
0.980 + 0.473i
0.993 + 0.068i

22.7
0.776 + 0.336i
0.783 + 0.193i
0.937 + 0.340i
0.965 + 0.205i
0.792 + 0.485i
0.797 + 0.063i
0.981 + 0.475i
0.993 + 0.068i

22.8
0.777 + 0.337i
0.783 + 0.194i
0.938 + 0.341i
0.964 + 0.206i
0.794 + 0.486i
0.798 + 0.063i
0.982 + 0.476i
0.993 + 0.069i

22.9
0.778 + 0.339i
0.784 + 0.195i
0.939 + 0.341i
0.964 + 0.206i
0.795 + 0.487i
0.799 + 0.063i
0.982 + 0.477i
0.993 + 0.069i

23
0.779 + 0.339i
0.785 + 0.196i
0.939 + 0.342i
0.965 + 0.207i
0.796 + 0.488i
0.801 + 0.064i
0.982 + 0.479i
0.994 + 0.069i

23.1
0.779 + 0.341i
0.786 + 0.198i
0.940 + 0.344i
0.964 + 0.208i
0.797 + 0.490i
0.801 + 0.064i
0.983 + 0.480i
0.994 + 0.070i

23.2
0.780 + 0.343i
0.786 + 0.198i
0.939 + 0.345i
0.963 + 0.208i
0.798 + 0.492i
0.802 + 0.064i
0.983 + 0.481i
0.995 + 0.070i

23.3
0.780 + 0.344i
0.787 + 0.199i
0.940 + 0.346i
0.963 + 0.208i
0.799 + 0.492i
0.803 + 0.065i
0.983 + 0.482i
0.995 + 0.070i

23.4
0.796 + 0.363i
0.790 + 0.212i
0.967 + 0.380i
0.949 + 0.220i
0.818 + 0.517i
0.798 + 0.069i
1.015 + 0.537i
0.978 + 0.070i

23.5
0.798 + 0.366i
0.789 + 0.214i
0.969 + 0.382i
0.947 + 0.222i
0.820 + 0.520i
0.799 + 0.069i
1.018 + 0.541i
0.977 + 0.071i

23.6
0.798 + 0.367i
0.790 + 0.215i
0.970 + 0.383i
0.947 + 0.222i
0.822 + 0.522i
0.800 + 0.069i
1.020 + 0.543i
0.978 + 0.071i

23.7
0.799 + 0.368i
0.790 + 0.216i
0.971 + 0.384i
0.947 + 0.224i
0.823 + 0.522i
0.801 + 0.070i
1.020 + 0.545i
0.978 + 0.072i

23.8
0.800 + 0.370i
0.790 + 0.217i
0.972 + 0.386i
0.946 + 0.225i
0.825 + 0.525i
0.801 + 0.070i
1.021 + 0.547i
0.978 + 0.072i

23.9
0.800 + 0.370i
0.789 + 0.217i
0.972 + 0.386i
0.945 + 0.225i
0.826 + 0.526i
0.802 + 0.071i
1.021 + 0.549i
0.978 + 0.072i

24
0.801 + 0.371i
0.789 + 0.217i
0.972 + 0.387i
0.945 + 0.226i
0.827 + 0.526i
0.803 + 0.071i
1.021 + 0.550i
0.979 + 0.072i

24.1
0.801 + 0.372i
0.788 + 0.218i
0.972 + 0.388i
0.945 + 0.226i
0.828 + 0.528i
0.803 + 0.071i
1.022 + 0.550i
0.979 + 0.073i

24.2
0.802 + 0.372i
0.788 + 0.218i
0.973 + 0.388i
0.944 + 0.226i
0.828 + 0.528i
0.803 + 0.071i
1.022 + 0.550i
0.979 + 0.073i

24.3
0.800 + 0.374i
0.787 + 0.220i
0.969 + 0.385i
0.941 + 0.226i
0.827 + 0.530i
0.803 + 0.072i
1.017 + 0.544i
0.978 + 0.073i

24.4
0.801 + 0.376i
0.786 + 0.221i
0.970 + 0.387i
0.940 + 0.227i
0.829 + 0.532i
0.805 + 0.073i
1.017 + 0.546i
0.979 + 0.073i

24.5
0.801 + 0.377i
0.786 + 0.222i
0.970 + 0.387i
0.941 + 0.228i
0.830 + 0.533i
0.806 + 0.073i
1.018 + 0.547i
0.980 + 0.074i

24.6
0.803 + 0.377i
0.786 + 0.222i
0.971 + 0.388i
0.941 + 0.228i
0.830 + 0.534i
0.808 + 0.073i
1.018 + 0.548i
0.981 + 0.074i

24.7
0.803 + 0.378i
0.786 + 0.223i
0.972 + 0.389i
0.941 + 0.229i
0.832 + 0.535i
0.808 + 0.073i
1.019 + 0.550i
0.982 + 0.074i

24.8
0.804 + 0.379i
0.787 + 0.223i
0.973 + 0.390i
0.941 + 0.229i
0.833 + 0.536i
0.810 + 0.074i
1.019 + 0.551i
0.983 + 0.075i

24.9
0.804 + 0.379i
0.787 + 0.224i
0.973 + 0.390i
0.941 + 0.230i
0.834 + 0.537i
0.811 + 0.074i
1.019 + 0.552i
0.984 + 0.076i

25
0.806 + 0.381i
0.787 + 0.225i
0.973 + 0.391i
0.941 + 0.231i
0.835 + 0.538i
0.814 + 0.074i
1.020 + 0.552i
0.985 + 0.076i

SNR
a41
a42
a43
a44
a45
a46
a47
a48

10
0.179 + 0.316i
0.165 + 0.315i
0.310 + 0.571i
0.216 + 0.609i
0.179 + 0.315i
0.166 + 0.318i
0.314 + 0.576i
0.219 + 0.615i

10.1
0.178 + 0.315i
0.164 + 0.313i
0.311 + 0.574i
0.215 + 0.613i
0.178 + 0.312i
0.164 + 0.316i
0.316 + 0.579i
0.217 + 0.619i

10.2
0.176 + 0.313i
0.162 + 0.311i
0.313 + 0.577i
0.213 + 0.618i
0.176 + 0.310i
0.162 + 0.313i
0.317 + 0.581i
0.214 + 0.624i

10.3
0.174 + 0.311i
0.161 + 0.309i
0.315 + 0.579i
0.211 + 0.622i
0.174 + 0.308i
0.161 + 0.311i
0.319 + 0.584i
0.213 + 0.628i

10.4
0.174 + 0.310i
0.160 + 0.308i
0.316 + 0.581i
0.208 + 0.627i
0.173 + 0.306i
0.160 + 0.310i
0.321 + 0.585i
0.210 + 0.632i

10.5
0.173 + 0.308i
0.158 + 0.306i
0.318 + 0.583i
0.206 + 0.631i
0.173 + 0.305i
0.158 + 0.308i
0.322 + 0.587i
0.208 + 0.636i

10.6
0.172 + 0.307i
0.157 + 0.304i
0.320 + 0.585i
0.204 + 0.634i
0.171 + 0.303i
0.157 + 0.306i
0.324 + 0.589i
0.206 + 0.639i

10.7
0.171 + 0.306i
0.156 + 0.304i
0.322 + 0.586i
0.203 + 0.637i
0.171 + 0.302i
0.156 + 0.305i
0.326 + 0.590i
0.204 + 0.642i

10.8
0.171 + 0.305i
0.155 + 0.303i
0.324 + 0.588i
0.201 + 0.641i
0.170 + 0.301i
0.155 + 0.304i
0.328 + 0.591i
0.202 + 0.646i

10.9
0.170 + 0.304i
0.153 + 0.302i
0.326 + 0.590i
0.198 + 0.644i
0.169 + 0.300i
0.153 + 0.303i
0.330 + 0.593i
0.199 + 0.649i

11
0.169 + 0.304i
0.153 + 0.301i
0.328 + 0.591i
0.196 + 0.647i
0.168 + 0.300i
0.152 + 0.303i
0.332 + 0.594i
0.198 + 0.652i

11.1
0.169 + 0.304i
0.152 + 0.301i
0.330 + 0.591i
0.195 + 0.650i
0.168 + 0.299i
0.152 + 0.302i
0.334 + 0.595i
0.196 + 0.655i

11.2
0.168 + 0.303i
0.151 + 0.301i
0.333 + 0.593i
0.193 + 0.653i
0.168 + 0.299i
0.150 + 0.301i
0.336 + 0.596i
0.193 + 0.657i

11.3
0.168 + 0.303i
0.150 + 0.300i
0.334 + 0.594i
0.191 + 0.656i
0.167 + 0.299i
0.150 + 0.301i
0.339 + 0.596i
0.191 + 0.660i

11.4
0.167 + 0.302i
0.148 + 0.299i
0.336 + 0.594i
0.189 + 0.658i
0.166 + 0.298i
0.148 + 0.300i
0.340 + 0.597i
0.189 + 0.662i

11.5
0.167 + 0.302i
0.148 + 0.299i
0.338 + 0.595i
0.187 + 0.660i
0.166 + 0.297i
0.148 + 0.300i
0.342 + 0.596i
0.187 + 0.663i

11.6
0.167 + 0.301i
0.147 + 0.299i
0.340 + 0.595i
0.186 + 0.661i
0.165 + 0.297i
0.147 + 0.299i
0.344 + 0.597i
0.185 + 0.665i

11.7
0.166 + 0.301i
0.146 + 0.298i
0.342 + 0.595i
0.184 + 0.662i
0.165 + 0.296i
0.146 + 0.299i
0.346 + 0.596i
0.183 + 0.665i

11.8
0.166 + 0.301i
0.145 + 0.299i
0.344 + 0.595i
0.182 + 0.664i
0.165 + 0.296i
0.145 + 0.299i
0.348 + 0.596i
0.181 + 0.667i

11.9
0.165 + 0.301i
0.144 + 0.298i
0.345 + 0.595i
0.180 + 0.665i
0.164 + 0.296i
0.144 + 0.298i
0.350 + 0.596i
0.179 + 0.668i

12
0.164 + 0.300i
0.143 + 0.298i
0.347 + 0.595i
0.178 + 0.666i
0.163 + 0.296i
0.143 + 0.298i
0.351 + 0.596i
0.177 + 0.669i

12.1
0.164 + 0.300i
0.142 + 0.298i
0.349 + 0.595i
0.177 + 0.667i
0.163 + 0.295i
0.142 + 0.298i
0.353 + 0.596i
0.175 + 0.670i

12.2
0.163 + 0.300i
0.141 + 0.298i
0.350 + 0.595i
0.175 + 0.669i
0.162 + 0.295i
0.141 + 0.298i
0.354 + 0.595i
0.173 + 0.670i

12.3
0.163 + 0.299i
0.140 + 0.298i
0.352 + 0.595i
0.174 + 0.669i
0.162 + 0.296i
0.140 + 0.299i
0.356 + 0.595i
0.172 + 0.671i

12.4
0.162 + 0.299i
0.139 + 0.299i
0.353 + 0.595i
0.172 + 0.670i
0.161 + 0.296i
0.139 + 0.299i
0.358 + 0.595i
0.170 + 0.671i

12.5
0.162 + 0.299i
0.138 + 0.298i
0.356 + 0.595i
0.171 + 0.671i
0.161 + 0.295i
0.138 + 0.299i
0.359 + 0.594i
0.168 + 0.671i

12.6
0.161 + 0.298i
0.137 + 0.298i
0.357 + 0.595i
0.169 + 0.671i
0.160 + 0.295i
0.137 + 0.299i
0.360 + 0.594i
0.166 + 0.671i

12.7
0.161 + 0.298i
0.136 + 0.298i
0.358 + 0.595i
0.168 + 0.671i
0.160 + 0.295i
0.136 + 0.299i
0.361 + 0.593i
0.165 + 0.671i

12.8
0.160 + 0.279i
0.137 + 0.280i
0.357 + 0.584i
0.166 + 0.652i
0.158 + 0.274i
0.136 + 0.280i
0.356 + 0.583i
0.163 + 0.652i

12.9
0.158 + 0.271i
0.135 + 0.271i
0.352 + 0.583i
0.163 + 0.647i
0.156 + 0.266i
0.135 + 0.272i
0.352 + 0.582i
0.160 + 0.647i

13
0.155 + 0.262i
0.134 + 0.261i
0.348 + 0.582i
0.159 + 0.643i
0.155 + 0.259i
0.133 + 0.263i
0.347 + 0.579i
0.156 + 0.642i

13.1
0.154 + 0.258i
0.133 + 0.256i
0.346 + 0.581i
0.158 + 0.641i
0.153 + 0.255i
0.132 + 0.258i
0.344 + 0.578i
0.155 + 0.639i

13.2
0.153 + 0.253i
0.132 + 0.250i
0.342 + 0.579i
0.155 + 0.637i
0.152 + 0.249i
0.130 + 0.252i
0.341 + 0.576i
0.152 + 0.635i

13.3
0.152 + 0.250i
0.130 + 0.248i
0.342 + 0.579i
0.153 + 0.636i
0.152 + 0.247i
0.130 + 0.250i
0.340 + 0.575i
0.150 + 0.633i

13.4
0.152 + 0.245i
0.130 + 0.242i
0.341 + 0.578i
0.151 + 0.633i
0.151 + 0.243i
0.128 + 0.245i
0.338 + 0.573i
0.148 + 0.630i

13.5
0.151 + 0.242i
0.129 + 0.239i
0.339 + 0.576i
0.149 + 0.632i
0.150 + 0.240i
0.128 + 0.242i
0.336 + 0.572i
0.146 + 0.628i

13.6
0.150 + 0.240i
0.128 + 0.236i
0.340 + 0.576i
0.147 + 0.631i
0.150 + 0.237i
0.127 + 0.240i
0.336 + 0.571i
0.144 + 0.626i

13.7
0.155 + 0.220i
0.131 + 0.224i
0.336 + 0.563i
0.144 + 0.598i
0.154 + 0.217i
0.130 + 0.226i
0.331 + 0.562i
0.142 + 0.597i

13.8
0.155 + 0.218i
0.130 + 0.222i
0.337 + 0.563i
0.143 + 0.596i
0.154 + 0.215i
0.129 + 0.225i
0.332 + 0.561i
0.141 + 0.596i

13.9
0.155 + 0.216i
0.129 + 0.220i
0.338 + 0.562i
0.142 + 0.594i
0.154 + 0.213i
0.129 + 0.223i
0.333 + 0.559i
0.140 + 0.593i

14
0.155 + 0.213i
0.129 + 0.218i
0.339 + 0.562i
0.141 + 0.593i
0.155 + 0.211i
0.129 + 0.221i
0.334 + 0.559i
0.139 + 0.592i

14.1
0.154 + 0.212i
0.129 + 0.217i
0.341 + 0.561i
0.140 + 0.591i
0.154 + 0.209i
0.129 + 0.221i
0.335 + 0.558i
0.138 + 0.591i

14.2
0.155 + 0.209i
0.128 + 0.216i
0.342 + 0.561i
0.139 + 0.590i
0.154 + 0.207i
0.128 + 0.219i
0.336 + 0.557i
0.137 + 0.589i

14.3
0.155 + 0.207i
0.128 + 0.214i
0.344 + 0.561i
0.138 + 0.589i
0.154 + 0.205i
0.128 + 0.217i
0.338 + 0.556i
0.136 + 0.588i

14.4
0.156 + 0.204i
0.128 + 0.212i
0.345 + 0.560i
0.138 + 0.588i
0.155 + 0.203i
0.128 + 0.216i
0.339 + 0.556i
0.135 + 0.586i

14.5
0.156 + 0.202i
0.127 + 0.211i
0.347 + 0.560i
0.136 + 0.586i
0.155 + 0.201i
0.127 + 0.214i
0.340 + 0.555i
0.134 + 0.585i

14.6
0.156 + 0.199i
0.127 + 0.209i
0.349 + 0.561i
0.136 + 0.585i
0.155 + 0.198i
0.127 + 0.213i
0.341 + 0.555i
0.133 + 0.583i

14.7
0.156 + 0.197i
0.127 + 0.207i
0.351 + 0.560i
0.135 + 0.584i
0.156 + 0.196i
0.127 + 0.211i
0.343 + 0.554i
0.132 + 0.582i

14.8
0.156 + 0.194i
0.127 + 0.205i
0.352 + 0.560i
0.134 + 0.583i
0.156 + 0.194i
0.127 + 0.210i
0.344 + 0.554i
0.132 + 0.581i

14.9
0.157 + 0.192i
0.127 + 0.204i
0.354 + 0.561i
0.133 + 0.582i
0.156 + 0.192i
0.127 + 0.209i
0.345 + 0.554i
0.130 + 0.580i

15
0.157 + 0.189i
0.127 + 0.201i
0.355 + 0.561i
0.132 + 0.582i
0.157 + 0.190i
0.127 + 0.207i
0.346 + 0.553i
0.130 + 0.579i

15.1
0.157 + 0.186i
0.127 + 0.199i
0.357 + 0.562i
0.131 + 0.581i
0.157 + 0.187i
0.127 + 0.205i
0.348 + 0.553i
0.128 + 0.578i

15.2
0.158 + 0.182i
0.127 + 0.196i
0.358 + 0.563i
0.130 + 0.581i
0.157 + 0.184i
0.127 + 0.204i
0.349 + 0.553i
0.128 + 0.577i

15.3
0.158 + 0.178i
0.126 + 0.193i
0.360 + 0.564i
0.129 + 0.581i
0.157 + 0.181i
0.127 + 0.202i
0.350 + 0.553i
0.127 + 0.576i

15.4
0.158 + 0.175i
0.126 + 0.190i
0.362 + 0.555i
0.129 + 0.581i
0.157 + 0.178i
0.127 + 0.199i
0.352 + 0.554i
0.126 + 0.577i

15.5
0.833 + 0.453i
0.921 + 0.201i
1.518 + 0.797i
1.643 + 0.482i
0.787 + 0.530i
0.934 + 0.127i
1.324 + 1.073i
1.689 + 0.157i

15.6
0.835 + 0.454i
0.924 + 0.205i
1.514 + 0.803i
1.640 + 0.487i
0.786 + 0.535i
0.939 + 0.125i
1.318 + 1.078i
1.692 + 0.160i

15.7
0.838 + 0.455i
0.926 + 0.210i
1.511 + 0.807i
1.638 + 0.490i
0.785 + 0.541i
0.942 + 0.123i
1.312 + 1.082i
1.694 + 0.162i

15.8
0.839 + 0.456i
0.929 + 0.214i
1.507 + 0.810i
1.636 + 0.494i
0.783 + 0.544i
0.946 + 0.122i
1.307 + 1.086i
1.696 + 0.163i

15.9
0.841 + 0.456i
0.930 + 0.217i
1.504 + 0.811i
1.633 + 0.495i
0.782 + 0.548i
0.948 + 0.121i
1.305 + 1.087i
1.696 + 0.164i

16
0.843 + 0.456i
0.931 + 0.221i
1.502 + 0.812i
1.632 + 0.496i
0.782 + 0.552i
0.949 + 0.119i
1.301 + 1.089i
1.695 + 0.165i

16.1
0.843 + 0.456i
0.931 + 0.224i
1.500 + 0.811i
1.629 + 0.495i
0.780 + 0.554i
0.951 + 0.118i
1.300 + 1.089i
1.694 + 0.165i

16.2
0.844 + 0.456i
0.932 + 0.226i
1.498 + 0.810i
1.627 + 0.495i
0.779 + 0.557i
0.952 + 0.117i
1.299 + 1.088i
1.692 + 0.165i

16.3
0.845 + 0.456i
0.932 + 0.228i
1.496 + 0.807i
1.624 + 0.494i
0.778 + 0.560i
0.952 + 0.116i
1.298 + 1.086i
1.689 + 0.165i

16.4
0.845 + 0.455i
0.931 + 0.231i
1.494 + 0.805i
1.621 + 0.492i
0.776 + 0.562i
0.952 + 0.114i
1.297 + 1.083i
1.687 + 0.164i

16.5
0.846 + 0.455i
0.931 + 0.233i
1.492 + 0.803i
1.619 + 0.491i
0.775 + 0.564i
0.953 + 0.113i
1.296 + 1.082i
1.685 + 0.164i

16.6
0.845 + 0.454i
0.930 + 0.235i
1.490 + 0.799i
1.616 + 0.489i
0.772 + 0.566i
0.953 + 0.112i
1.296 + 1.078i
1.681 + 0.163i

16.7
0.845 + 0.454i
0.929 + 0.237i
1.488 + 0.797i
1.612 + 0.488i
0.771 + 0.568i
0.952 + 0.111i
1.295 + 1.075i
1.679 + 0.163i

16.8
0.845 + 0.454i
0.928 + 0.239i
1.486 + 0.793i
1.608 + 0.485i
0.768 + 0.571i
0.952 + 0.109i
1.295 + 1.072i
1.674 + 0.162i

16.9
0.844 + 0.453i
0.926 + 0.241i
1.483 + 0.790i
1.605 + 0.483i
0.766 + 0.573i
0.951 + 0.108i
1.295 + 1.068i
1.670 + 0.162i

17
0.844 + 0.452i
0.925 + 0.242i
1.482 + 0.786i
1.602 + 0.481i
0.765 + 0.573i
0.951 + 0.107i
1.294 + 1.065i
1.667 + 0.161i

17.1
0.844 + 0.451i
0.923 + 0.243i
1.479 + 0.782i
1.599 + 0.478i
0.763 + 0.575i
0.950 + 0.106i
1.295 + 1.060i
1.663 + 0.160i

17.2
0.845 + 0.449i
0.923 + 0.245i
1.478 + 0.780i
1.597 + 0.476i
0.762 + 0.575i
0.949 + 0.104i
1.293 + 1.057i
1.661 + 0.159i

17.3
0.845 + 0.449i
0.922 + 0.246i
1.476 + 0.778i
1.594 + 0.476i
0.761 + 0.576i
0.949 + 0.103i
1.292 + 1.055i
1.659 + 0.159i

17.4
0.846 + 0.447i
0.921 + 0.247i
1.474 + 0.776i
1.593 + 0.475i
0.761 + 0.577i
0.949 + 0.102i
1.291 + 1.053i
1.657 + 0.159i

17.5
0.846 + 0.446i
0.921 + 0.248i
1.472 + 0.775i
1.590 + 0.474i
0.760 + 0.578i
0.950 + 0.101i
1.290 + 1.051i
1.655 + 0.159i

17.6
0.846 + 0.445i
0.921 + 0.249i
1.471 + 0.773i
1.588 + 0.473i
0.759 + 0.578i
0.950 + 0.100i
1.289 + 1.050i
1.653 + 0.159i

17.7
0.847 + 0.444i
0.920 + 0.249i
1.470 + 0.771i
1.586 + 0.471i
0.759 + 0.578i
0.949 + 0.099i
1.289 + 1.048i
1.651 + 0.159i

17.8
0.848 + 0.442i
0.920 + 0.250i
1.468 + 0.770i
1.585 + 0.471i
0.759 + 0.578i
0.949 + 0.098i
1.288 + 1.046i
1.650 + 0.159i

17.9
0.778 + 0.374i
0.814 + 0.175i
1.512 + 0.510i
1.724 + 0.230i
0.746 + 0.459i
0.823 + 0.098i
1.426 + 0.822i
1.464 + 0.121i

18
0.778 + 0.373i
0.814 + 0.177i
1.509 + 0.509i
1.721 + 0.230i
0.744 + 0.462i
0.824 + 0.097i
1.422 + 0.819i
1.462 + 0.122i

18.1
0.778 + 0.373i
0.814 + 0.179i
1.506 + 0.508i
1.718 + 0.230i
0.743 + 0.465i
0.825 + 0.095i
1.419 + 0.817i
1.460 + 0.122i

18.2
0.779 + 0.372i
0.814 + 0.180i
1.503 + 0.508i
1.716 + 0.232i
0.743 + 0.467i
0.826 + 0.095i
1.414 + 0.815i
1.460 + 0.123i

18.3
0.781 + 0.371i
0.816 + 0.183i
1.499 + 0.508i
1.712 + 0.234i
0.742 + 0.470i
0.827 + 0.093i
1.411 + 0.814i
1.459 + 0.123i

18.4
0.782 + 0.370i
0.817 + 0.185i
1.498 + 0.507i
1.711 + 0.235i
0.743 + 0.471i
0.828 + 0.092i
1.409 + 0.814i
1.459 + 0.123i

18.5
0.775 + 0.361i
0.803 + 0.179i
1.498 + 0.487i
1.707 + 0.216i
0.741 + 0.457i
0.814 + 0.091i
1.418 + 0.790i
1.448 + 0.120i

18.6
0.775 + 0.360i
0.803 + 0.181i
1.494 + 0.484i
1.703 + 0.215i
0.740 + 0.460i
0.814 + 0.089i
1.416 + 0.786i
1.445 + 0.120i

18.7
0.767 + 0.362i
0.798 + 0.187i
1.484 + 0.477i
1.691 + 0.211i
0.730 + 0.466i
0.811 + 0.088i
1.409 + 0.775i
1.433 + 0.119i

18.8
0.768 + 0.362i
0.799 + 0.190i
1.481 + 0.475i
1.686 + 0.209i
0.729 + 0.470i
0.811 + 0.086i
1.406 + 0.772i
1.429 + 0.119i

18.9
0.769 + 0.362i
0.799 + 0.192i
1.479 + 0.473i
1.684 + 0.209i
0.729 + 0.472i
0.812 + 0.085i
1.404 + 0.770i
1.428 + 0.119i

19
0.769 + 0.362i
0.799 + 0.194i
1.476 + 0.471i
1.682 + 0.208i
0.728 + 0.474i
0.812 + 0.084i
1.401 + 0.768i
1.427 + 0.119i

19.1
0.769 + 0.361i
0.799 + 0.196i
1.475 + 0.470i
1.679 + 0.208i
0.729 + 0.476i
0.812 + 0.083i
1.399 + 0.766i
1.425 + 0.119i

19.2
0.191 + 0.115i
0.069 + 0.122i
0.339 + 0.693i
0.166 + 0.735i
0.189 + 0.109i
0.069 + 0.120i
0.409 + 0.648i
0.084 + 0.745i

19.3
0.192 + 0.115i
0.069 + 0.121i
0.338 + 0.693i
0.169 + 0.736i
0.190 + 0.108i
0.069 + 0.119i
0.412 + 0.647i
0.083 + 0.746i

19.4
0.193 + 0.116i
0.069 + 0.121i
0.335 + 0.694i
0.169 + 0.736i
0.191 + 0.109i
0.068 + 0.118i
0.414 + 0.647i
0.082 + 0.746i

19.5
0.194 + 0.116i
0.068 + 0.121i
0.333 + 0.694i
0.171 + 0.736i
0.191 + 0.109i
0.068 + 0.118i
0.416 + 0.646i
0.080 + 0.747i

19.6
0.195 + 0.116i
0.068 + 0.121i
0.332 + 0.695i
0.172 + 0.737i
0.192 + 0.108i
0.068 + 0.116i
0.418 + 0.646i
0.079 + 0.748i

19.7
0.196 + 0.117i
0.068 + 0.120i
0.330 + 0.695i
0.173 + 0.737i
0.193 + 0.108i
0.068 + 0.115i
0.420 + 0.646i
0.077 + 0.749i

19.8
0.197 + 0.118i
0.068 + 0.120i
0.328 + 0.696i
0.174 + 0.737i
0.193 + 0.107i
0.068 + 0.114i
0.421 + 0.646i
0.076 + 0.749i

19.9
0.197 + 0.118i
0.068 + 0.120i
0.327 + 0.696i
0.175 + 0.736i
0.194 + 0.107i
0.068 + 0.113i
0.423 + 0.646i
0.075 + 0.750i

20
0.197 + 0.118i
0.068 + 0.120i
0.326 + 0.696i
0.176 + 0.736i
0.194 + 0.106i
0.068 + 0.112i
0.424 + 0.645i
0.075 + 0.750i

20.1
0.198 + 0.120i
0.068 + 0.121i
0.325 + 0.696i
0.177 + 0.736i
0.195 + 0.106i
0.068 + 0.111i
0.426 + 0.644i
0.073 + 0.751i

20.2
0.199 + 0.121i
0.068 + 0.122i
0.324 + 0.696i
0.178 + 0.736i
0.196 + 0.105i
0.068 + 0.109i
0.427 + 0.644i
0.072 + 0.750i

20.3
0.199 + 0.123i
0.068 + 0.124i
0.323 + 0.696i
0.179 + 0.735i
0.196 + 0.103i
0.068 + 0.107i
0.429 + 0.644i
0.072 + 0.750i

20.4
0.199 + 0.127i
0.068 + 0.131i
0.323 + 0.695i
0.180 + 0.734i
0.195 + 0.100i
0.067 + 0.103i
0.431 + 0.643i
0.070 + 0.750i

20.5
0.164 + 0.204i
0.067 + 0.240i
0.360 + 0.710i
0.207 + 0.758i
0.117 + 0.084i
0.048 + 0.100i
0.476 + 0.642i
0.071 + 0.775i

20.6
0.164 + 0.207i
0.067 + 0.244i
0.362 + 0.712i
0.209 + 0.759i
0.114 + 0.084i
0.048 + 0.101i
0.479 + 0.642i
0.070 + 0.776i

20.7
0.163 + 0.211i
0.067 + 0.248i
0.363 + 0.713i
0.211 + 0.760i
0.112 + 0.084i
0.047 + 0.102i
0.481 + 0.642i
0.071 + 0.777i

20.8
0.166 + 0.217i
0.071 + 0.255i
0.367 + 0.709i
0.213 + 0.748i
0.106 + 0.084i
0.046 + 0.109i
0.496 + 0.642i
0.071 + 0.761i

20.9
0.168 + 0.217i
0.071 + 0.257i
0.367 + 0.708i
0.214 + 0.747i
0.107 + 0.084i
0.045 + 0.109i
0.496 + 0.642i
0.071 + 0.760i

21
0.168 + 0.219i
0.071 + 0.257i
0.367 + 0.708i
0.216 + 0.747i
0.107 + 0.084i
0.045 + 0.109i
0.497 + 0.642i
0.072 + 0.760i

21.1
0.169 + 0.220i
0.070 + 0.258i
0.367 + 0.708i
0.216 + 0.746i
0.108 + 0.083i
0.045 + 0.108i
0.499 + 0.641i
0.072 + 0.760i

21.2
0.169 + 0.221i
0.071 + 0.260i
0.366 + 0.707i
0.217 + 0.745i
0.108 + 0.082i
0.044 + 0.109i
0.500 + 0.642i
0.072 + 0.758i

21.3
0.170 + 0.222i
0.071 + 0.260i
0.366 + 0.707i
0.217 + 0.744i
0.108 + 0.082i
0.044 + 0.108i
0.500 + 0.642i
0.073 + 0.758i

21.4
0.169 + 0.222i
0.070 + 0.261i
0.366 + 0.707i
0.218 + 0.743i
0.110 + 0.083i
0.044 + 0.107i
0.502 + 0.642i
0.073 + 0.757i

21.5
0.170 + 0.222i
0.070 + 0.261i
0.366 + 0.707i
0.218 + 0.744i
0.112 + 0.083i
0.044 + 0.105i
0.502 + 0.642i
0.073 + 0.757i

21.6
0.170 + 0.222i
0.069 + 0.262i
0.366 + 0.707i
0.218 + 0.743i
0.113 + 0.082i
0.044 + 0.104i
0.503 + 0.643i
0.073 + 0.756i

21.7
0.170 + 0.223i
0.069 + 0.262i
0.365 + 0.707i
0.219 + 0.743i
0.114 + 0.082i
0.044 + 0.103i
0.503 + 0.644i
0.073 + 0.757i

21.8
0.171 + 0.223i
0.069 + 0.263i
0.366 + 0.707i
0.219 + 0.743i
0.116 + 0.082i
0.043 + 0.102i
0.504 + 0.644i
0.074 + 0.757i

21.9
0.171 + 0.224i
0.068 + 0.263i
0.366 + 0.708i
0.219 + 0.743i
0.116 + 0.082i
0.043 + 0.101i
0.505 + 0.645i
0.074 + 0.757i

22
0.171 + 0.224i
0.068 + 0.263i
0.366 + 0.708i
0.220 + 0.742i
0.118 + 0.082i
0.043 + 0.100i
0.505 + 0.645i
0.074 + 0.757i

22.1
0.171 + 0.224i
0.067 + 0.263i
0.366 + 0.708i
0.220 + 0.743i
0.119 + 0.082i
0.043 + 0.099i
0.506 + 0.646i
0.074 + 0.757i

22.2
0.172 + 0.224i
0.068 + 0.263i
0.367 + 0.708i
0.220 + 0.741i
0.121 + 0.081i
0.043 + 0.098i
0.507 + 0.647i
0.074 + 0.756i

22.3
0.173 + 0.224i
0.067 + 0.263i
0.367 + 0.708i
0.221 + 0.741i
0.122 + 0.081i
0.043 + 0.098i
0.508 + 0.648i
0.074 + 0.756i

22.4
0.174 + 0.224i
0.068 + 0.262i
0.366 + 0.706i
0.220 + 0.738i
0.124 + 0.081i
0.044 + 0.097i
0.510 + 0.651i
0.074 + 0.753i

22.5
0.174 + 0.224i
0.067 + 0.262i
0.366 + 0.706i
0.220 + 0.739i
0.125 + 0.081i
0.044 + 0.096i
0.510 + 0.652i
0.074 + 0.753i

22.6
0.621 + 0.336i
0.620 + 0.195i
1.470 + 0.117i
1.145 + 0.263i
0.629 + 0.484i
0.621 + 0.063i
1.377 + 0.326i
1.206 + 0.094i

22.7
0.622 + 0.337i
0.621 + 0.196i
1.466 + 0.116i
1.144 + 0.264i
0.630 + 0.485i
0.622 + 0.063i
1.375 + 0.325i
1.205 + 0.095i

22.8
0.623 + 0.338i
0.622 + 0.196i
1.461 + 0.116i
1.145 + 0.265i
0.632 + 0.486i
0.624 + 0.063i
1.375 + 0.325i
1.202 + 0.094i

22.9
0.624 + 0.339i
0.624 + 0.198i
1.458 + 0.116i
1.144 + 0.266i
0.633 + 0.487i
0.626 + 0.064i
1.373 + 0.325i
1.201 + 0.094i

23
0.625 + 0.340i
0.625 + 0.198i
1.454 + 0.115i
1.144 + 0.267i
0.634 + 0.489i
0.627 + 0.064i
1.372 + 0.325i
1.200 + 0.094i

23.1
0.625 + 0.342i
0.626 + 0.200i
1.451 + 0.114i
1.142 + 0.267i
0.635 + 0.490i
0.629 + 0.065i
1.370 + 0.323i
1.198 + 0.094i

23.2
0.627 + 0.343i
0.627 + 0.201i
1.449 + 0.114i
1.140 + 0.268i
0.636 + 0.492i
0.630 + 0.065i
1.366 + 0.321i
1.198 + 0.095i

23.3
0.627 + 0.344i
0.628 + 0.201i
1.447 + 0.113i
1.139 + 0.268i
0.637 + 0.493i
0.632 + 0.066i
1.365 + 0.320i
1.197 + 0.095i

23.4
0.639 + 0.354i
0.636 + 0.209i
1.466 + 0.109i
1.111 + 0.236i
0.650 + 0.503i
0.636 + 0.069i
1.326 + 0.255i
1.193 + 0.086i

23.5
0.640 + 0.355i
0.636 + 0.210i
1.462 + 0.108i
1.109 + 0.234i
0.651 + 0.505i
0.638 + 0.069i
1.324 + 0.254i
1.191 + 0.085i

23.6
0.640 + 0.355i
0.637 + 0.210i
1.459 + 0.107i
1.109 + 0.235i
0.653 + 0.505i
0.638 + 0.069i
1.324 + 0.254i
1.191 + 0.086i

23.7
0.641 + 0.357i
0.637 + 0.211i
1.455 + 0.106i
1.109 + 0.235i
0.654 + 0.507i
0.639 + 0.069i
1.323 + 0.254i
1.190 + 0.086i

23.8
0.642 + 0.358i
0.637 + 0.212i
1.452 + 0.105i
1.109 + 0.235i
0.655 + 0.508i
0.640 + 0.070i
1.321 + 0.255i
1.188 + 0.086i

23.9
0.642 + 0.359i
0.638 + 0.213i
1.447 + 0.105i
1.107 + 0.235i
0.657 + 0.509i
0.640 + 0.070i
1.319 + 0.255i
1.187 + 0.086i

24
0.643 + 0.359i
0.637 + 0.213i
1.444 + 0.104i
1.106 + 0.236i
0.658 + 0.510i
0.641 + 0.070i
1.318 + 0.255i
1.186 + 0.086i

24.1
0.643 + 0.360i
0.638 + 0.213i
1.441 + 0.103i
1.107 + 0.236i
0.659 + 0.511i
0.642 + 0.070i
1.318 + 0.255i
1.186 + 0.086i

24.2
0.644 + 0.361i
0.637 + 0.214i
1.437 + 0.103i
1.106 + 0.236i
0.660 + 0.512i
0.642 + 0.070i
1.316 + 0.256i
1.185 + 0.086i

24.3
0.644 + 0.365i
0.637 + 0.216i
1.433 + 0.103i
1.102 + 0.235i
0.661 + 0.518i
0.643 + 0.071i
1.311 + 0.254i
1.182 + 0.085i

24.4
0.645 + 0.366i
0.637 + 0.217i
1.431 + 0.102i
1.102 + 0.235i
0.662 + 0.520i
0.645 + 0.071i
1.310 + 0.254i
1.182 + 0.085i

24.5
0.645 + 0.367i
0.637 + 0.218i
1.427 + 0.101i
1.102 + 0.236i
0.663 + 0.521i
0.646 + 0.072i
1.310 + 0.255i
1.181 + 0.085i

24.6
0.646 + 0.367i
0.638 + 0.218i
1.425 + 0.101i
1.102 + 0.236i
0.664 + 0.522i
0.647 + 0.072i
1.310 + 0.255i
1.181 + 0.085i

24.7
0.646 + 0.367i
0.638 + 0.218i
1.423 + 0.101i
1.102 + 0.236i
0.666 + 0.523i
0.648 + 0.072i
1.309 + 0.256i
1.181 + 0.085i

24.8
0.647 + 0.368i
0.638 + 0.218i
1.420 + 0.100i
1.103 + 0.237i
0.667 + 0.523i
0.650 + 0.072i
1.309 + 0.257i
1.181 + 0.085i

24.9
0.648 + 0.370i
0.638 + 0.220i
1.417 + 0.099i
1.103 + 0.237i
0.668 + 0.525i
0.651 + 0.073i
1.308 + 0.257i
1.180 + 0.086i

25
0.649 + 0.370i
0.639 + 0.220i
1.415 + 0.099i
1.103 + 0.238i
0.669 + 0.525i
0.654 + 0.073i
1.307 + 0.257i
1.180 + 0.086i

SNR
a49
a50
a51
a52
a53
a54
a55
a56

10
0.318 + 0.178i
0.319 + 0.164i
0.581 + 0.316i
0.618 + 0.218i
0.318 + 0.178i
0.318 + 0.163i
0.589 + 0.319i
0.627 + 0.219i

10.1
0.316 + 0.177i
0.318 + 0.162i
0.583 + 0.318i
0.622 + 0.216i
0.315 + 0.176i
0.315 + 0.152i
0.590 + 0.321i
0.631 + 0.217i

10.2
0.314 + 0.176i
0.316 + 0.161i
0.585 + 0.320i
0.627 + 0.214i
0.313 + 0.174i
0.314 + 0.160i
0.592 + 0.323i
0.635 + 0.216i

10.3
0.312 + 0.174i
0.315 + 0.159i
0.587 + 0.322i
0.630 + 0.213i
0.310 + 0.173i
0.312 + 0.158i
0.593 + 0.325i
0.638 + 0.213i

10.4
0.311 + 0.173i
0.313 + 0.158i
0.589 + 0.324i
0.634 + 0.211i
0.308 + 0.172i
0.310 + 0.157i
0.595 + 0.327i
0.641 + 0.211i

10.5
0.309 + 0.173i
0.312 + 0.157i
0.590 + 0.326i
0.637 + 0.209i
0.306 + 0.171i
0.309 + 0.155i
0.596 + 0.329i
0.644 + 0.209i

10.6
0.308 + 0.171i
0.311 + 0.155i
0.592 + 0.328i
0.641 + 0.207i
0.306 + 0.170i
0.308 + 0.154i
0.597 + 0.330i
0.647 + 0.207i

10.7
0.308 + 0.171i
0.311 + 0.154i
0.594 + 0.330i
0.645 + 0.204i
0.304 + 0.169i
0.307 + 0.153i
0.598 + 0.332i
0.650 + 0.206i

10.8
0.306 + 0.170i
0.310 + 0.153i
0.595 + 0.332i
0.648 + 0.203i
0.303 + 0.168i
0.306 + 0.152i
0.599 + 0.334i
0.652 + 0.203i

10.9
0.306 + 0.169i
0.309 + 0.152i
0.596 + 0.334i
0.651 + 0.200i
0.302 + 0.168i
0.305 + 0.150i
0.600 + 0.336i
0.655 + 0.201i

11
0.305 + 0.169i
0.309 + 0.151i
0.597 + 0.336i
0.653 + 0.198i
0.301 + 0.167i
0.305 + 0.149i
0.600 + 0.338i
0.657 + 0.199i

11.1
0.304 + 0.169i
0.308 + 0.150i
0.598 + 0.338i
0.655 + 0.196i
0.301 + 0.167i
0.304 + 0.148i
0.601 + 0.339i
0.659 + 0.197i

11.2
0.304 + 0.168i
0.309 + 0.149i
0.599 + 0.340i
0.658 + 0.195i
0.301 + 0.166i
0.304 + 0.147i
0.601 + 0.341i
0.661 + 0.195i

11.3
0.304 + 0.168i
0.308 + 0.148i
0.500 + 0.342i
0.661 + 0.192i
0.300 + 0.166i
0.304 + 0.147i
0.602 + 0.343i
0.663 + 0.193i

11.4
0.304 + 0.167i
0.308 + 0.147i
0.600 + 0.343i
0.663 + 0.191i
0.300 + 0.166i
0.304 + 0.145i
0.602 + 0.345i
0.665 + 0.191i

11.5
0.303 + 0.167i
0.308 + 0.146i
0.601 + 0.345i
0.664 + 0.189i
0.299 + 0.165i
0.304 + 0.145i
0.602 + 0.346i
0.666 + 0.189i

11.6
0.303 + 0.157i
0.308 + 0.145i
0.601 + 0.346i
0.666 + 0.187i
0.299 + 0.164i
0.304 + 0.143i
0.602 + 0.347i
0.667 + 0.187i

11.7
0.302 + 0.166i
0.308 + 0.144i
0.602 + 0.347i
0.667 + 0.185i
0.299 + 0.164i
0.304 + 0.143i
0.602 + 0.348i
0.668 + 0.185i

11.8
0.302 + 0.155i
0.307 + 0.143i
0.602 + 0.348i
0.668 + 0.184i
0.298 + 0.163i
0.303 + 0.142i
0.601 + 0.349i
0.669 + 0.184i

11.9
0.301 + 0.155i
0.307 + 0.142i
0.603 + 0.350i
0.669 + 0.182i
0.298 + 0.163i
0.303 + 0.141i
0.601 + 0.351i
0.669 + 0.182i

12
0.302 + 0.165i
0.308 + 0.142i
0.602 + 0.351i
0.670 + 0.181i
0.297 + 0.162i
0.304 + 0.140i
0.600 + 0.352i
0.669 + 0.180i

12.1
0.302 + 0.154i
0.308 + 0.140i
0.602 + 0.352i
0.671 + 0.179i
0.298 + 0.162i
0.305 + 0.135i
0.600 + 0.353i
0.670 + 0.178i

12.2
0.301 + 0.164i
0.309 + 0.140i
0.603 + 0.353i
0.672 + 0.178i
0.298 + 0.162i
0.304 + 0.138i
0.600 + 0.354i
0.670 + 0.176i

12.3
0.301 + 0.163i
0.308 + 0.139i
0.603 + 0.354i
0.672 + 0.176i
0.298 + 0.162i
0.305 + 0.137i
0.599 + 0.355i
0.670 + 0.175i

12.4
0.302 + 0.163i
0.310 + 0.138i
0.603 + 0.355i
0.674 + 0.174i
0.298 + 0.161i
0.306 + 0.136i
0.599 + 0.356i
0.670 + 0.173i

12.5
0.302 + 0.163i
0.311 + 0.137i
0.603 + 0.356i
0.674 + 0.173i
0.298 + 0.161i
0.307 + 0.136i
0.599 + 0.358i
0.671 + 0.172i

12.6
0.303 + 0.162i
0.312 + 0.136i
0.603 + 0.358i
0.676 + 0.172i
0.300 + 0.160i
0.309 + 0.135i
0.598 + 0.359i
0.671 + 0.170i

12.7
0.303 + 0.162i
0.313 + 0.135i
0.604 + 0.359i
0.677 + 0.170i
0.300 + 0.160i
0.310 + 0.134i
0.598 + 0.350i
0.671 + 0.169i

12.8
0.325 + 0.160i
0.337 + 0.132i
0.610 + 0.364i
0.695 + 0.173i
0.322 + 0.158i
0.335 + 0.130i
0.603 + 0.362i
0.687 + 0.171i

12.9
0.335 + 0.161i
0.351 + 0.130i
0.610 + 0.370i
0.701 + 0.174i
0.332 + 0.159i
0.349 + 0.129i
0.603 + 0.368i
0.693 + 0.172i

13
0.347 + 0.162i
0.367 + 0.128i
0.611 + 0.375i
0.707 + 0.176i
0.345 + 0.161i
0.365 + 0.127i
0.604 + 0.373i
0.699 + 0.173i

13.1
0.353 + 0.163i
0.375 + 0.127i
0.611 + 0.378i
0.711 + 0.176i
0.351 + 0.161i
0.373 + 0.125i
0.603 + 0.375i
0.702 + 0.173i

13.2
0.362 + 0.164i
0.386 + 0.125i
0.612 + 0.382i
0.717 + 0.177i
0.360 + 0.162i
0.384 + 0.124i
0.603 + 0.379i
0.708 + 0.174i

13.3
0.365 + 0.164i
0.390 + 0.125i
0.612 + 0.384i
0.719 + 0.177i
0.363 + 0.163i
0.388 + 0.124i
0.602 + 0.380i
0.709 + 0.174i

13.4
0.372 + 0.165i
0.398 + 0.124i
0.612 + 0.386i
0.724 + 0.178i
0.370 + 0.164i
0.396 + 0.122i
0.602 + 0.382i
0.713 + 0.174i

13.5
0.376 + 0.166i
0.404 + 0.123i
0.612 + 0.388i
0.727 + 0.178i
0.375 + 0.165i
0.402 + 0.122i
0.602 + 0.384i
0.716 + 0.175i

13.6
0.379 + 0.167i
0.408 + 0.122i
0.612 + 0.390i
0.730 + 0.178i
0.377 + 0.165i
0.406 + 0.121i
0.602 + 0.385i
0.719 + 0.174i

13.7
0.402 + 0.165i
0.438 + 0.120i
0.620 + 0.398i
0.755 + 0.186i
0.401 + 0.164i
0.436 + 0.118i
0.610 + 0.393i
0.740 + 0.184i

13.8
0.403 + 0.165i
0.441 + 0.119i
0.620 + 0.399i
0.757 + 0.187i
0.403 + 0.164i
0.439 + 0.118i
0.609 + 0.394i
0.741 + 0.184i

13.9
0.406 + 0.165i
0.444 + 0.118i
0.620 + 0.400i
0.761 + 0.188i
0.406 + 0.164i
0.443 + 0.117i
0.609 + 0.394i
0.744 + 0.185i

14
0.408 + 0.167i
0.447 + 0.118i
0.620 + 0.402i
0.763 + 0.189i
0.408 + 0.165i
0.445 + 0.117i
0.608 + 0.395i
0.745 + 0.185i

14.1
0.409 + 0.166i
0.448 + 0.118i
0.621 + 0.403i
0.765 + 0.190i
0.409 + 0.166i
0.448 + 0.117i
0.608 + 0.395i
0.746 + 0.185i

14.2
0.410 + 0.167i
0.452 + 0.118i
0.621 + 0.404i
0.767 + 0.192i
0.412 + 0.166i
0.451 + 0.117i
0.607 + 0.396i
0.749 + 0.185i

14.3
0.412 + 0.168i
0.453 + 0.117i
0.621 + 0.405i
0.769 + 0.192i
0.413 + 0.168i
0.454 + 0.116i
0.607 + 0.396i
0.749 + 0.185i

14.4
0.413 + 0.168i
0.456 + 0.117i
0.622 + 0.406i
0.771 + 0.194i
0.415 + 0.169i
0.457 + 0.116i
0.606 + 0.397i
0.751 + 0.186i

14.5
0.414 + 0.169i
0.458 + 0.117i
0.622 + 0.407i
0.773 + 0.195i
0.416 + 0.169i
0.460 + 0.116i
0.606 + 0.397i
0.752 + 0.186i

14.6
0.416 + 0.169i
0.460 + 0.117i
0.622 + 0.408i
0.775 + 0.196i
0.418 + 0.171i
0.463 + 0.116i
0.605 + 0.397i
0.753 + 0.187i

14.7
0.417 + 0.171i
0.463 + 0.117i
0.623 + 0.409i
0.777 + 0.198i
0.420 + 0.172i
0.465 + 0.116i
0.605 + 0.398i
0.754 + 0.187i

14.8
0.417 + 0.171i
0.464 + 0.117i
0.623 + 0.410i
0.778 + 0.199i
0.421 + 0.173i
0.468 + 0.117i
0.604 + 0.398i
0.755 + 0.188i

14.9
0.419 + 0.172i
0.467 + 0.117i
0.624 + 0.411i
0.780 + 0.201i
0.423 + 0.174i
0.471 + 0.116i
0.603 + 0.399i
0.756 + 0.189i

15
0.419 + 0.172i
0.468 + 0.117i
0.625 + 0.412i
0.781 + 0.202i
0.424 + 0.175i
0.474 + 0.116i
0.603 + 0.399i
0.757 + 0.189i

15.1
0.420 + 0.174i
0.471 + 0.117i
0.626 + 0.412i
0.783 + 0.204i
0.426 + 0.177i
0.477 + 0.116i
0.603 + 0.399i
0.757 + 0.190i

15.2
0.422 + 0.175i
0.473 + 0.117i
0.626 + 0.413i
0.784 + 0.206i
0.427 + 0.179i
0.480 + 0.117i
0.602 + 0.399i
0.758 + 0.191i

15.3
0.422 + 0.175i
0.475 + 0.118i
0.628 + 0.414i
0.785 + 0.208i
0.428 + 0.181i
0.483 + 0.118i
0.602 + 0.399i
0.758 + 0.192i

15.4
0.422 + 0.177i
0.477 + 0.118i
0.628 + 0.415i
0.787 + 0.210i
0.429 + 0.183i
0.486 + 0.118i
0.601 + 0.399i
0.759 + 0.193i

15.5
0.558 + 0.914i
0.311 + 1.023i
0.660 + 1.169i
0.409 + 1.283i
0.697 + 0.817i
0.137 + 1.062i
0.877 + 1.026i
0.141 + 1.341i

15.6
0.554 + 0.918i
0.309 + 1.020i
0.654 + 1.169i
0.404 + 1.281i
0.697 + 0.820i
0.135 + 1.059i
0.872 + 1.029i
0.139 + 1.336i

15.7
0.550 + 0.921i
0.309 + 1.019i
0.648 + 1.170i
0.400 + 1.278i
0.697 + 0.823i
0.133 + 1.056i
0.868 + 1.032i
0.138 + 1.331i

15.8
0.546 + 0.925i
0.307 + 1.017i
0.642 + 1.171i
0.396 + 1.276i
0.698 + 0.825i
0.131 + 1.054i
0.864 + 1.035i
0.136 + 1.327i

15.9
0.545 + 0.928i
0.308 + 1.017i
0.640 + 1.171i
0.394 + 1.274i
0.701 + 0.828i
0.128 + 1.054i
0.862 + 1.036i
0.136 + 1.324i

16
0.542 + 0.932i
0.308 + 1.016i
0.636 + 1.172i
0.391 + 1.273i
0.702 + 0.830i
0.126 + 1.053i
0.860 + 1.038i
0.134 + 1.321i

16.1
0.542 + 0.936i
0.309 + 1.017i
0.635 + 1.173i
0.390 + 1.272i
0.705 + 0.833i
0.125 + 1.055i
0.860 + 1.039i
0.133 + 1.320i

16.2
0.541 + 0.939i
0.310 + 1.019i
0.633 + 1.173i
0.389 + 1.272i
0.707 + 0.835i
0.123 + 1.057i
0.859 + 1.039i
0.133 + 1.318i

16.3
0.540 + 0.943i
0.312 + 1.021i
0.632 + 1.174i
0.389 + 1.272i
0.710 + 0.837i
0.122 + 1.059i
0.859 + 1.039i
0.133 + 1.319i

16.4
0.540 + 0.947i
0.314 + 1.025i
0.632 + 1.174i
0.388 + 1.272i
0.712 + 0.840i
0.121 + 1.063i
0.859 + 1.039i
0.133 + 1.319i

16.5
0.540 + 0.951i
0.316 + 1.028i
0.632 + 1.175i
0.388 + 1.273i
0.714 + 0.842i
0.119 + 1.066i
0.860 + 1.039i
0.133 + 1.319i

16.6
0.540 + 0.955i
0.318 + 1.033i
0.633 + 1.175i
0.389 + 1.274i
0.716 + 0.844i
0.118 + 1.072i
0.861 + 1.038i
0.133 + 1.321i

16.7
0.541 + 0.959i
0.320 + 1.038i
0.634 + 1.176i
0.390 + 1.275i
0.718 + 0.846i
0.118 + 1.077i
0.862 + 1.038i
0.133 + 1.323i

16.8
0.542 + 0.964i
0.322 + 1.043i
0.636 + 1.177i
0.391 + 1.277i
0.720 + 0.848i
0.117 + 1.083i
0.863 + 1.038i
0.134 + 1.326i

16.9
0.542 + 0.968i
0.324 + 1.049i
0.637 + 1.178i
0.393 + 1.278i
0.722 + 0.851i
0.116 + 1.089i
0.863 + 1.037i
0.134 + 1.329i

17
0.544 + 0.970i
0.326 + 1.053i
0.639 + 1.177i
0.394 + 1.279i
0.724 + 0.851i
0.116 + 1.094i
0.865 + 1.036i
0.135 + 1.331i

17.1
0.545 + 0.973i
0.329 + 1.057i
0.641 + 1.177i
0.397 + 1.281i
0.726 + 0.852i
0.116 + 1.100i
0.867 + 1.035i
0.136 + 1.334i

17.2
0.546 + 0.975i
0.330 + 1.060i
0.642 + 1.177i
0.397 + 1.281i
0.727 + 0.853i
0.116 + 1.103i
0.867 + 1.034i
0.136 + 1.335i

17.3
0.547 + 0.977i
0.332 + 1.062i
0.643 + 1.177i
0.398 + 1.282i
0.729 + 0.853i
0.116 + 1.106i
0.868 + 1.033i
0.137 + 1.337i

17.4
0.548 + 0.978i
0.333 + 1.065i
0.644 + 1.177i
0.399 + 1.282i
0.729 + 0.853i
0.116 + 1.109i
0.868 + 1.033i
0.137 + 1.338i

17.5
0.549 + 0.979i
0.335 + 1.066i
0.645 + 1.177i
0.400 + 1.282i
0.731 + 0.854i
0.116 + 1.111i
0.869 + 1.033i
0.137 + 1.338i

17.6
0.550 + 0.980i
0.336 + 1.067i
0.646 + 1.177i
0.400 + 1.282i
0.732 + 0.854i
0.116 + 1.112i
0.870 + 1.032i
0.138 + 1.338i

17.7
0.551 + 0.980i
0.337 + 1.069i
0.647 + 1.176i
0.402 + 1.282i
0.734 + 0.854i
0.116 + 1.114i
0.871 + 1.031i
0.138 + 1.339i

17.8
0.553 + 0.981i
0.339 + 1.069i
0.648 + 1.176i
0.402 + 1.282i
0.736 + 0.855i
0.116 + 1.115i
0.872 + 1.030i
0.138 + 1.339i

17.9
0.695 + 0.875i
0.474 + 0.985i
0.806 + 1.066i
0.573 + 1.188i
0.824 + 0.738i
0.149 + 1.238i
1.003 + 0.892i
0.376 + 1.293i

18
0.694 + 0.877i
0.474 + 0.988i
0.805 + 1.065i
0.572 + 1.187i
0.823 + 0.738i
0.143 + 1.248i
1.001 + 0.891i
0.374 + 1.296i

18.1
0.692 + 0.879i
0.474 + 0.991i
0.803 + 1.064i
0.572 + 1.188i
0.822 + 0.739i
0.140 + 1.253i
0.999 + 0.892i
0.374 + 1.299i

18.2
0.690 + 0.881i
0.474 + 0.994i
0.801 + 1.064i
0.573 + 1.189i
0.819 + 0.740i
0.137 + 1.257i
0.995 + 0.891i
0.374 + 1.304i

18.3
0.687 + 0.882i
0.474 + 0.996i
0.800 + 1.063i
0.573 + 1.189i
0.817 + 0.741i
0.135 + 1.261i
0.993 + 0.891i
0.374 + 1.307i

18.4
0.687 + 0.883i
0.475 + 0.997i
0.799 + 1.064i
0.573 + 1.189i
0.818 + 0.742i
0.133 + 1.262i
0.992 + 0.892i
0.374 + 1.308i

18.5
0.708 + 0.863i
0.520 + 0.984i
0.830 + 1.048i
0.600 + 1.180i
0.835 + 0.724i
0.127 + 1.276i
1.011 + 0.873i
0.383 + 1.285i

18.6
0.709 + 0.864i
0.525 + 0.987i
0.833 + 1.048i
0.603 + 1.181i
0.835 + 0.724i
0.127 + 1.279i
1.011 + 0.870i
0.385 + 1.286i

18.7
0.707 + 0.865i
0.531 + 0.988i
0.835 + 1.044i
0.609 + 1.177i
0.825 + 0.724i
0.137 + 1.321i
1.007 + 0.866i
0.395 + 1.292i

18.8
0.704 + 0.867i
0.528 + 0.991i
0.832 + 1.044i
0.609 + 1.177i
0.823 + 0.726i
0.137 + 1.329i
1.004 + 0.867i
0.396 + 1.294i

18.9
0.704 + 0.868i
0.528 + 0.993i
0.832 + 1.044i
0.609 + 1.178i
0.823 + 0.727i
0.138 + 1.331i
1.003 + 0.867i
0.397 + 1.295i

19
0.704 + 0.869i
0.529 + 0.996i
0.832 + 1.044i
0.612 + 1.179i
0.823 + 0.728i
0.139 + 1.333i
1.002 + 0.866i
0.400 + 1.298i

19.1
0.704 + 0.870i
0.529 + 0.997i
0.832 + 1.044i
0.612 + 1.179i
0.824 + 0.729i
0.139 + 1.335i
1.003 + 0.866i
0.400 + 1.299i

19.2
0.392 + 0.267i
0.525 + 0.207i
0.644 + 0.439i
0.720 + 0.283i
0.405 + 0.293i
0.534 + 0.209i
0.497 + 0.440i
0.675 + 0.247i

19.3
0.391 + 0.267i
0.525 + 0.207i
0.650 + 0.439i
0.721 + 0.283i
0.405 + 0.294i
0.534 + 0.210i
0.496 + 0.440i
0.675 + 0.246i

19.4
0.390 + 0.267i
0.524 + 0.208i
0.656 + 0.439i
0.722 + 0.283i
0.405 + 0.296i
0.535 + 0.212i
0.494 + 0.441i
0.674 + 0.246i

19.5
0.390 + 0.266i
0.524 + 0.209i
0.661 + 0.438i
0.724 + 0.283i
0.406 + 0.297i
0.536 + 0.213i
0.494 + 0.441i
0.674 + 0.245i

19.6
0.389 + 0.266i
0.524 + 0.210i
0.665 + 0.438i
0.724 + 0.284i
0.406 + 0.298i
0.536 + 0.214i
0.493 + 0.441i
0.674 + 0.245i

19.7
0.389 + 0.267i
0.523 + 0.210i
0.669 + 0.439i
0.725 + 0.284i
0.406 + 0.299i
0.537 + 0.215i
0.492 + 0.442i
0.674 + 0.245i

19.8
0.389 + 0.266i
0.524 + 0.211i
0.673 + 0.438i
0.727 + 0.284i
0.407 + 0.301i
0.538 + 0.217i
0.491 + 0.442i
0.674 + 0.244i

19.9
0.388 + 0.266i
0.523 + 0.212i
0.676 + 0.438i
0.728 + 0.284i
0.407 + 0.302i
0.538 + 0.217i
0.491 + 0.442i
0.674 + 0.244i

20
0.388 + 0.265i
0.523 + 0.212i
0.679 + 0.438i
0.730 + 0.284i
0.407 + 0.302i
0.539 + 0.218i
0.490 + 0.442i
0.674 + 0.244i

20.1
0.388 + 0.264i
0.523 + 0.211i
0.682 + 0.438i
0.732 + 0.284i
0.408 + 0.304i
0.541 + 0.219i
0.491 + 0.441i
0.675 + 0.244i

20.2
0.388 + 0.263i
0.523 + 0.212i
0.685 + 0.438i
0.735 + 0.284i
0.409 + 0.305i
0.542 + 0.220i
0.491 + 0.441i
0.675 + 0.243i

20.3
0.388 + 0.262i
0.522 + 0.211i
0.688 + 0.438i
0.737 + 0.285i
0.410 + 0.306i
0.543 + 0.220i
0.491 + 0.440i
0.676 + 0.243i

20.4
0.388 + 0.260i
0.521 + 0.210i
0.691 + 0.438i
0.740 + 0.285i
0.411 + 0.308i
0.545 + 0.221i
0.492 + 0.439i
0.676 + 0.243i

20.5
0.351 + 0.240i
0.439 + 0.174i
0.721 + 0.415i
0.754 + 0.268i
0.430 + 0.328i
0.519 + 0.207i
0.529 + 0.415i
0.633 + 0.240i

20.6
0.349 + 0.238i
0.436 + 0.172i
0.723 + 0.415i
0.756 + 0.267i
0.432 + 0.329i
0.520 + 0.207i
0.532 + 0.413i
0.632 + 0.240i

20.7
0.348 + 0.237i
0.433 + 0.170i
0.726 + 0.414i
0.759 + 0.266i
0.435 + 0.329i
0.521 + 0.206i
0.535 + 0.412i
0.632 + 0.239i

20.8
0.348 + 0.232i
0.431 + 0.164i
0.744 + 0.413i
0.772 + 0.267i
0.448 + 0.327i
0.527 + 0.205i
0.555 + 0.410i
0.639 + 0.240i

20.9
0.349 + 0.231i
0.432 + 0.162i
0.746 + 0.413i
0.775 + 0.267i
0.451 + 0.327i
0.529 + 0.205i
0.559 + 0.409i
0.641 + 0.241i

21
0.348 + 0.231i
0.431 + 0.162i
0.748 + 0.414i
0.777 + 0.267i
0.454 + 0.328i
0.530 + 0.205i
0.562 + 0.409i
0.643 + 0.241i

21.1
0.349 + 0.231i
0.432 + 0.161i
0.750 + 0.414i
0.779 + 0.266i
0.456 + 0.328i
0.531 + 0.205i
0.566 + 0.409i
0.644 + 0.241i

21.2
0.349 + 0.231i
0.432 + 0.161i
0.754 + 0.414i
0.782 + 0.266i
0.460 + 0.328i
0.533 + 0.204i
0.571 + 0.409i
0.647 + 0.241i

21.3
0.349 + 0.232i
0.432 + 0.161i
0.756 + 0.415i
0.785 + 0.266i
0.462 + 0.329i
0.535 + 0.205i
0.574 + 0.410i
0.648 + 0.241i

21.4
0.349 + 0.232i
0.433 + 0.161i
0.759 + 0.415i
0.787 + 0.266i
0.464 + 0.329i
0.535 + 0.205i
0.577 + 0.410i
0.649 + 0.242i

21.5
0.350 + 0.233i
0.433 + 0.161i
0.761 + 0.416i
0.789 + 0.266i
0.466 + 0.330i
0.537 + 0.205i
0.580 + 0.411i
0.651 + 0.242i

21.6
0.350 + 0.234i
0.434 + 0.162i
0.764 + 0.416i
0.791 + 0.266i
0.469 + 0.331i
0.539 + 0.206i
0.584 + 0.412i
0.653 + 0.243i

21.7
0.350 + 0.235i
0.435 + 0.162i
0.765 + 0.417i
0.793 + 0.266i
0.470 + 0.331i
0.539 + 0.207i
0.586 + 0.412i
0.654 + 0.244i

21.8
0.350 + 0.236i
0.436 + 0.163i
0.768 + 0.418i
0.794 + 0.266i
0.473 + 0.332i
0.541 + 0.207i
0.589 + 0.413i
0.656 + 0.244i

21.9
0.350 + 0.237i
0.436 + 0.164i
0.770 + 0.418i
0.796 + 0.266i
0.474 + 0.333i
0.541 + 0.208i
0.591 + 0.414i
0.658 + 0.245i

22
0.351 + 0.238i
0.437 + 0.165i
0.772 + 0.419i
0.799 + 0.265i
0.476 + 0.333i
0.543 + 0.208i
0.594 + 0.414i
0.659 + 0.245i

22.1
0.351 + 0.239i
0.437 + 0.165i
0.774 + 0.420i
0.799 + 0.265i
0.478 + 0.334i
0.544 + 0.209i
0.596 + 0.416i
0.660 + 0.246i

22.2
0.352 + 0.240i
0.439 + 0.165i
0.776 + 0.420i
0.802 + 0.266i
0.480 + 0.334i
0.546 + 0.209i
0.599 + 0.417i
0.663 + 0.246i

22.3
0.353 + 0.242i
0.440 + 0.167i
0.779 + 0.420i
0.804 + 0.265i
0.482 + 0.335i
0.547 + 0.209i
0.601 + 0.418i
0.664 + 0.247i

22.4
0.355 + 0.243i
0.441 + 0.168i
0.782 + 0.418i
0.807 + 0.264i
0.487 + 0.336i
0.549 + 0.211i
0.606 + 0.422i
0.667 + 0.247i

22.5
0.355 + 0.244i
0.442 + 0.169i
0.784 + 0.419i
0.809 + 0.264i
0.488 + 0.337i
0.551 + 0.211i
0.608 + 0.424i
0.668 + 0.248i

22.6
0.831 + 0.794i
0.733 + 1.147i
1.016 + 0.827i
0.923 + 1.022i
0.822 + 0.633i
0.695 + 1.379i
1.035 + 0.634i
0.980 + 1.252i

22.7
0.832 + 0.796i
0.732 + 1.149i
1.016 + 0.829i
0.922 + 1.024i
0.824 + 0.634i
0.691 + 1.379i
1.036 + 0.636i
0.978 + 1.252i

22.8
0.834 + 0.797i
0.730 + 1.151i
1.017 + 0.829i
0.922 + 1.024i
0.826 + 0.635i
0.687 + 1.379i
1.036 + 0.637i
0.975 + 1.251i

22.9
0.835 + 0.799i
0.728 + 1.152i
1.018 + 0.830i
0.922 + 1.025i
0.828 + 0.637i
0.683 + 1.379i
1.037 + 0.638i
0.971 + 1.252i

23
0.837 + 0.801i
0.727 + 1.153i
1.020 + 0.831i
0.922 + 1.026i
0.829 + 0.638i
0.679 + 1.378i
1.037 + 0.639i
0.969 + 1.251i

23.1
0.838 + 0.802i
0.727 + 1.155i
1.021 + 0.831i
0.924 + 1.026i
0.831 + 0.639i
0.675 + 1.378i
1.039 + 0.640i
0.967 + 1.250i

23.2
0.840 + 0.804i
0.726 + 1.156i
1.022 + 0.832i
0.924 + 1.027i
0.832 + 0.642i
0.671 + 1.377i
1.039 + 0.641i
0.965 + 1.251i

23.3
0.840 + 0.806i
0.726 + 1.159i
1.023 + 0.832i
0.926 + 1.027i
0.835 + 0.643i
0.667 + 1.378i
1.040 + 0.642i
0.964 + 1.250i

23.4
0.849 + 0.851i
0.677 + 1.176i
1.021 + 0.937i
0.898 + 1.110i
0.845 + 0.677i
0.572 + 1.393i
1.052 + 0.721i
0.850 + 1.347i

23.5
0.851 + 0.855i
0.676 + 1.177i
1.023 + 0.944i
0.897 + 1.114i
0.846 + 0.681i
0.568 + 1.391i
1.049 + 0.727i
0.844 + 1.350i

23.6
0.854 + 0.858i
0.672 + 1.176i
1.026 + 0.949i
0.894 + 1.115i
0.848 + 0.683i
0.565 + 1.389i
1.049 + 0.729i
0.838 + 1.348i

23.7
0.855 + 0.860i
0.671 + 1.177i
1.027 + 0.952i
0.894 + 1.117i
0.848 + 0.684i
0.561 + 1.388i
1.048 + 0.731i
0.833 + 1.349i

23.8
0.857 + 0.863i
0.668 + 1.177i
1.030 + 0.956i
0.892 + 1.119i
0.850 + 0.686i
0.559 + 1.387i
1.047 + 0.735i
0.830 + 1.349i

23.9
0.859 + 0.864i
0.667 + 1.178i
1.031 + 0.958i
0.892 + 1.120i
0.851 + 0.687i
0.556 + 1.386i
1.047 + 0.736i
0.826 + 1.348i

24
0.860 + 0.866i
0.666 + 1.178i
1.032 + 0.959i
0.893 + 1.120i
0.852 + 0.689i
0.555 + 1.384i
1.046 + 0.737i
0.824 + 1.347i

24.1
0.863 + 0.868i
0.665 + 1.178i
1.035 + 0.961i
0.893 + 1.120i
0.853 + 0.690i
0.553 + 1.382i
1.046 + 0.738i
0.824 + 1.345i

24.2
0.864 + 0.869i
0.664 + 1.180i
1.037 + 0.960i
0.895 + 1.118i
0.854 + 0.690i
0.552 + 1.382i
1.047 + 0.737i
0.826 + 1.341i

24.3
0.865 + 0.868i
0.648 + 1.212i
1.049 + 0.926i
0.938 + 1.097i
0.853 + 0.693i
0.516 + 1.397i
1.046 + 0.724i
0.859 + 1.299i

24.4
0.868 + 0.871i
0.645 + 1.215i
1.053 + 0.926i
0.943 + 1.097i
0.854 + 0.695i
0.510 + 1.397i
1.047 + 0.725i
0.857 + 1.293i

24.5
0.868 + 0.873i
0.642 + 1.217i
1.053 + 0.927i
0.944 + 1.096i
0.855 + 0.697i
0.506 + 1.396i
1.046 + 0.726i
0.855 + 1.290i

24.6
0.869 + 0.875i
0.639 + 1.217i
1.055 + 0.927i
0.944 + 1.096i
0.855 + 0.698i
0.503 + 1.395i
1.046 + 0.728i
0.852 + 1.287i

24.7
0.870 + 0.876i
0.638 + 1.217i
1.055 + 0.928i
0.945 + 1.096i
0.857 + 0.700i
0.501 + 1.393i
1.046 + 0.729i
0.850 + 1.285i

24.8
0.872 + 0.877i
0.637 + 1.217i
1.057 + 0.930i
0.945 + 1.095i
0.857 + 0.701i
0.499 + 1.391i
1.045 + 0.731i
0.848 + 1.283i

24.9
0.872 + 0.879i
0.636 + 1.217i
1.057 + 0.930i
0.946 + 1.096i
0.858 + 0.702i
0.498 + 1.390i
1.046 + 0.732i
0.846 + 1.280i

25
0.873 + 0.879i
0.636 + 1.217i
1.058 + 0.931i
0.945 + 1.095i
0.858 + 0.703i
0.497 + 1.388i
1.045 + 0.732i
0.845 + 1.278i

SNR
a57
a58
a59
a60
a61
a62
a63
a64

10
0.181 + 0.316i
0.165 + 0.316i
0.315 + 0.577i
0.218 + 0.619i
0.180 + 0.316i
0.165 + 0.316i
0.320 + 0.582i
0.220 + 0.623i

10.1
0.179 + 0.313i
0.164 + 0.314i
0.317 + 0.580i
0.216 + 0.623i
0.178 + 0.313i
0.163 + 0.313i
0.321 + 0.584i
0.218 + 0.627i

10.2
0.178 + 0.311i
0.162 + 0.311i
0.318 + 0.582i
0.214 + 0.627i
0.176 + 0.310i
0.162 + 0.310i
0.323 + 0.586i
0.216 + 0.631i

10.3
0.176 + 0.309i
0.161 + 0.310i
0.320 + 0.584i
0.212 + 0.631i
0.174 + 0.308i
0.160 + 0.307i
0.324 + 0.588i
0.214 + 0.635i

10.4
0.175 + 0.307i
0.159 + 0.308i
0.321 + 0.586i
0.209 + 0.634i
0.173 + 0.306i
0.158 + 0.305i
0.325 + 0.589i
0.211 + 0.638i

10.5
0.174 + 0.306i
0.158 + 0.306i
0.323 + 0.588i
0.208 + 0.638i
0.172 + 0.304i
0.157 + 0.303i
0.327 + 0.591i
0.209 + 0.642i

10.6
0.173 + 0.304i
0.157 + 0.305i
0.325 + 0.589i
0.206 + 0.641i
0.171 + 0.303i
0.156 + 0.301i
0.328 + 0.592i
0.207 + 0.645i

10.7
0.172 + 0.303i
0.155 + 0.304i
0.327 + 0.591i
0.203 + 0.645i
0.170 + 0.301i
0.155 + 0.300i
0.330 + 0.593i
0.205 + 0.648i

10.8
0.171 + 0.302i
0.155 + 0.303i
0.328 + 0.592i
0.201 + 0.648i
0.169 + 0.300i
0.153 + 0.298i
0.331 + 0.594i
0.203 + 0.651i

10.9
0.171 + 0.301i
0.153 + 0.302i
0.330 + 0.594i
0.199 + 0.651i
0.168 + 0.299i
0.152 + 0.298i
0.333 + 0.595i
0.201 + 0.654i

11
0.170 + 0.301i
0.152 + 0.301i
0.332 + 0.595i
0.197 + 0.654i
0.168 + 0.298i
0.151 + 0.297i
0.334 + 0.596i
0.198 + 0.657i

11.1
0.169 + 0.301i
0.151 + 0.301i
0.334 + 0.595i
0.195 + 0.656i
0.167 + 0.298i
0.150 + 0.296i
0.336 + 0.596i
0.196 + 0.659i

11.2
0.169 + 0.300i
0.150 + 0.301i
0.336 + 0.596i
0.193 + 0.658i
0.166 + 0.297i
0.149 + 0.296i
0.338 + 0.597i
0.194 + 0.661i

11.3
0.169 + 0.300i
0.149 + 0.300i
0.337 + 0.597i
0.191 + 0.661i
0.166 + 0.296i
0.148 + 0.295i
0.340 + 0.598i
0.192 + 0.664i

11.4
0.168 + 0.299i
0.148 + 0.299i
0.339 + 0.598i
0.189 + 0.662i
0.165 + 0.296i
0.147 + 0.294i
0.341 + 0.598i
0.190 + 0.655i

11.5
0.167 + 0.299i
0.147 + 0.299i
0.340 + 0.598i
0.188 + 0.664i
0.164 + 0.295i
0.146 + 0.294i
0.343 + 0.598i
0.188 + 0.666i

11.6
0.167 + 0.298i
0.146 + 0.299i
0.341 + 0.598i
0.186 + 0.665i
0.164 + 0.294i
0.145 + 0.293i
0.344 + 0.598i
0.186 + 0.668i

11.7
0.167 + 0.298i
0.146 + 0.298i
0.342 + 0.599i
0.184 + 0.666i
0.163 + 0.294i
0.144 + 0.293i
0.345 + 0.597i
0.184 + 0.668i

11.8
0.166 + 0.298i
0.144 + 0.299i
0.344 + 0.598i
0.183 + 0.667i
0.163 + 0.294i
0.143 + 0.293i
0.347 + 0.597i
0.182 + 0.669i

11.9
0.166 + 0.298i
0.144 + 0.298i
0.345 + 0.598i
0.182 + 0.668i
0.162 + 0.293i
0.142 + 0.293i
0.348 + 0.597i
0.181 + 0.670i

12
0.166 + 0.297i
0.143 + 0.299i
0.346 + 0.599i
0.180 + 0.669i
0.161 + 0.293i
0.141 + 0.293i
0.349 + 0.597i
0.179 + 0.670i

12.1
0.165 + 0.297i
0.142 + 0.298i
0.347 + 0.599i
0.178 + 0.670i
0.161 + 0.293i
0.140 + 0.293i
0.351 + 0.596i
0.177 + 0.671i

12.2
0.165 + 0.298i
0.141 + 0.299i
0.349 + 0.598i
0.177 + 0.670i
0.160 + 0.293i
0.140 + 0.293i
0.352 + 0.596i
0.176 + 0.671i

12.3
0.164 + 0.298i
0.140 + 0.299i
0.350 + 0.598i
0.176 + 0.671i
0.160 + 0.293i
0.139 + 0.294i
0.354 + 0.596i
0.174 + 0.671i

12.4
0.163 + 0.297i
0.139 + 0.299i
0.351 + 0.598i
0.174 + 0.671i
0.160 + 0.293i
0.138 + 0.294i
0.355 + 0.595i
0.172 + 0.671i

12.5
0.163 + 0.297i
0.138 + 0.300i
0.353 + 0.598i
0.173 + 0.672i
0.159 + 0.293i
0.137 + 0.295i
0.356 + 0.594i
0.171 + 0.671i

12.6
0.163 + 0.296i
0.137 + 0.300i
0.354 + 0.598i
0.171 + 0.671i
0.158 + 0.292i
0.136 + 0.295i
0.357 + 0.594i
0.169 + 0.670i

12.7
0.162 + 0.296i
0.136 + 0.299i
0.355 + 0.598i
0.170 + 0.671i
0.158 + 0.292i
0.135 + 0.295i
0.358 + 0.593i
0.168 + 0.669i

12.8
0.161 + 0.277i
0.137 + 0.282i
0.353 + 0.587i
0.168 + 0.653i
0.157 + 0.273i
0.135 + 0.277i
0.353 + 0.584i
0.165 + 0.652i

12.9
0.159 + 0.270i
0.135 + 0.272i
0.349 + 0.585i
0.165 + 0.648i
0.155 + 0.266i
0.134 + 0.268i
0.348 + 0.582i
0.162 + 0.646i

13
0.156 + 0.262i
0.134 + 0.264i
0.344 + 0.583i
0.161 + 0.643i
0.153 + 0.258i
0.133 + 0.259i
0.343 + 0.579i
0.159 + 0.641i

13.1
0.155 + 0.258i
0.132 + 0.259i
0.341 + 0.582i
0.159 + 0.640i
0.152 + 0.255i
0.132 + 0.255i
0.340 + 0.578i
0.156 + 0.637i

13.2
0.154 + 0.253i
0.131 + 0.253i
0.337 + 0.580i
0.156 + 0.636i
0.152 + 0.250i
0.130 + 0.249i
0.336 + 0.575i
0.153 + 0.632i

13.3
0.153 + 0.250i
0.130 + 0.251i
0.337 + 0.579i
0.155 + 0.635i
0.151 + 0.248i
0.130 + 0.248i
0.335 + 0.574i
0.152 + 0.630i

13.4
0.152 + 0.247i
0.129 + 0.246i
0.335 + 0.577i
0.153 + 0.631i
0.150 + 0.245i
0.128 + 0.244i
0.332 + 0.572i
0.150 + 0.626i

13.5
0.152 + 0.244i
0.128 + 0.243i
0.333 + 0.576i
0.151 + 0.628i
0.150 + 0.242i
0.128 + 0.241i
0.330 + 0.570i
0.147 + 0.623i

13.6
0.151 + 0.242i
0.127 + 0.241i
0.333 + 0.574i
0.149 + 0.626i
0.150 + 0.241i
0.127 + 0.239i
0.330 + 0.558i
0.146 + 0.620i

13.7
0.155 + 0.222i
0.130 + 0.228i
0.328 + 0.558i
0.146 + 0.591i
0.155 + 0.221i
0.130 + 0.226i
0.325 + 0.556i
0.144 + 0.589i

13.8
0.155 + 0.220i
0.129 + 0.227i
0.328 + 0.557i
0.145 + 0.588i
0.155 + 0.219i
0.129 + 0.224i
0.325 + 0.554i
0.143 + 0.586i

13.9
0.155 + 0.218i
0.129 + 0.225i
0.329 + 0.555i
0.144 + 0.586i
0.155 + 0.218i
0.129 + 0.224i
0.325 + 0.552i
0.142 + 0.583i

14
0.156 + 0.217i
0.129 + 0.225i
0.329 + 0.554i
0.144 + 0.583i
0.156 + 0.217i
0.129 + 0.223i
0.326 + 0.551i
0.141 + 0.581i

14.1
0.156 + 0.215i
0.128 + 0.224i
0.331 + 0.554i
0.142 + 0.581i
0.156 + 0.216i
0.129 + 0.223i
0.326 + 0.550i
0.140 + 0.579i

14.2
0.156 + 0.214i
0.128 + 0.224i
0.331 + 0.552i
0.142 + 0.579i
0.156 + 0.215i
0.128 + 0.222i
0.327 + 0.549i
0.139 + 0.577i

14.3
0.157 + 0.213i
0.128 + 0.223i
0.332 + 0.552i
0.141 + 0.577i
0.157 + 0.214i
0.128 + 0.222i
0.327 + 0.547i
0.138 + 0.575i

14.4
0.157 + 0.211i
0.128 + 0.222i
0.332 + 0.550i
0.140 + 0.574i
0.157 + 0.213i
0.128 + 0.222i
0.327 + 0.546i
0.138 + 0.572i

14.5
0.158 + 0.210i
0.128 + 0.222i
0.333 + 0.550i
0.139 + 0.573i
0.158 + 0.211i
0.128 + 0.222i
0.328 + 0.544i
0.137 + 0.570i

14.6
0.159 + 0.208i
0.128 + 0.222i
0.333 + 0.549i
0.139 + 0.570i
0.159 + 0.210i
0.128 + 0.223i
0.328 + 0.543i
0.136 + 0.567i

14.7
0.160 + 0.208i
0.128 + 0.222i
0.334 + 0.548i
0.138 + 0.568i
0.160 + 0.210i
0.128 + 0.223i
0.329 + 0.542i
0.135 + 0.565i

14.8
0.160 + 0.206i
0.128 + 0.222i
0.335 + 0.547i
0.137 + 0.565i
0.160 + 0.209i
0.128 + 0.223i
0.329 + 0.541i
0.135 + 0.562i

14.9
0.162 + 0.205i
0.128 + 0.222i
0.335 + 0.546i
0.136 + 0.563i
0.162 + 0.208i
0.128 + 0.224i
0.329 + 0.539i
0.134 + 0.560i

15
0.162 + 0.204i
0.128 + 0.222i
0.335 + 0.546i
0.136 + 0.561i
0.163 + 0.208i
0.128 + 0.225i
0.329 + 0.537i
0.133 + 0.557i

15.1
0.163 + 0.204i
0.128 + 0.222i
0.335 + 0.545i
0.134 + 0.558i
0.163 + 0.208i
0.128 + 0.226i
0.329 + 0.536i
0.133 + 0.555i

15.2
0.165 + 0.203i
0.128 + 0.223i
0.336 + 0.544i
0.134 + 0.555i
0.165 + 0.208i
0.128 + 0.227i
0.329 + 0.534i
0.132 + 0.552i

15.3
0.166 + 0.202i
0.129 + 0.224i
0.336 + 0.543i
0.133 + 0.553i
0.166 + 0.208i
0.129 + 0.229i
0.328 + 0.523i
0.132 + 0.549i

15.4
0.168 + 0.203i
0.129 + 0.226i
0.336 + 0.542i
0.133 + 0.550i
0.168 + 0.209i
0.129 + 0.231i
0.329 + 0.531i
0.131 + 0.547i

15.5
0.525 + 0.807i
0.275 + 0.934i
0.812 + 1.473i
0.500 + 1.612i
0.618 + 0.735i
0.138 + 0.964i
1.080 + 1.290i
0.173 + 1.674i

15.6
0.520 + 0.808i
0.274 + 0.929i
0.803 + 1.473i
0.493 + 1.609i
0.617 + 0.734i
0.136 + 0.959i
1.072 + 1.294i
0.170 + 1.667i

15.7
0.516 + 0.808i
0.273 + 0.924i
0.796 + 1.474i
0.487 + 1.607i
0.616 + 0.733i
0.133 + 0.954i
1.065 + 1.297i
0.167 + 1.661i

15.8
0.512 + 0.809i
0.272 + 0.921i
0.788 + 1.473i
0.483 + 1.604i
0.615 + 0.733i
0.131 + 0.951i
1.059 + 1.301i
0.165 + 1.657i

15.9
0.509 + 0.810i
0.273 + 0.918i
0.784 + 1.472i
0.479 + 1.602i
0.615 + 0.733i
0.129 + 0.948i
1.056 + 1.302i
0.164 + 1.653i

16
0.506 + 0.811i
0.274 + 0.915i
0.780 + 1.473i
0.474 + 1.600i
0.615 + 0.732i
0.127 + 0.945i
1.052 + 1.304i
0.162 + 1.648i

16.1
0.503 + 0.811i
0.275 + 0.913i
0.777 + 1.472i
0.473 + 1.597i
0.615 + 0.731i
0.126 + 0.943i
1.050 + 1.304i
0.162 + 1.646i

16.2
0.500 + 0.812i
0.275 + 0.911i
0.776 + 1.470i
0.472 + 1.596i
0.615 + 0.731i
0.123 + 0.942i
1.049 + 1.303i
0.161 + 1.643i

16.3
0.498 + 0.813i
0.277 + 0.910i
0.776 + 1.469i
0.473 + 1.595i
0.615 + 0.730i
0.122 + 0.942i
1.048 + 1.301i
0.161 + 1.643i

16.4
0.495 + 0.815i
0.277 + 0.909i
0.775 + 1.467i
0.472 + 1.593i
0.615 + 0.729i
0.120 + 0.941i
1.048 + 1.300i
0.161 + 1.642i

16.5
0.493 + 0.815i
0.278 + 0.908i
0.775 + 1.466i
0.472 + 1.592i
0.615 + 0.729i
0.118 + 0.940i
1.048 + 1.298i
0.161 + 1.641i

16.6
0.490 + 0.816i
0.279 + 0.908i
0.776 + 1.464i
0.474 + 1.591i
0.614 + 0.728i
0.117 + 0.941i
1.049 + 1.296i
0.162 + 1.641i

16.7
0.488 + 0.817i
0.279 + 0.907i
0.777 + 1.462i
0.475 + 1.589i
0.614 + 0.728i
0.116 + 0.940i
1.050 + 1.293i
0.162 + 1.641i

16.8
0.485 + 0.819i
0.280 + 0.908i
0.779 + 1.461i
0.476 + 1.588i
0.613 + 0.729i
0.114 + 0.941i
1.050 + 1.290i
0.163 + 1.642i

16.9
0.483 + 0.820i
0.280 + 0.908i
0.781 + 1.460i
0.479 + 1.587i
0.613 + 0.729i
0.112 + 0.942i
1.052 + 1.287i
0.164 + 1.643i

17
0.481 + 0.821i
0.281 + 0.908i
0.783 + 1.457i
0.481 + 1.586i
0.613 + 0.727i
0.111 + 0.943i
1.053 + 1.284i
0.164 + 1.644i

17.1
0.480 + 0.823i
0.283 + 0.910i
0.786 + 1.455i
0.484 + 1.585i
0.614 + 0.727i
0.110 + 0.946i
1.055 + 1.280i
0.166 + 1.645i

17.2
0.478 + 0.824i
0.284 + 0.910i
0.785 + 1.453i
0.484 + 1.583i
0.614 + 0.726i
0.108 + 0.947i
1.055 + 1.279i
0.166 + 1.644i

17.3
0.478 + 0.824i
0.285 + 0.910i
0.786 + 1.452i
0.485 + 1.581i
0.615 + 0.725i
0.107 + 0.948i
1.055 + 1.276i
0.166 + 1.644i

17.4
0.476 + 0.825i
0.286 + 0.910i
0.787 + 1.450i
0.486 + 1.579i
0.616 + 0.724i
0.106 + 0.948i
1.055 + 1.274i
0.166 + 1.643i

17.5
0.476 + 0.826i
0.287 + 0.910i
0.786 + 1.449i
0.485 + 1.577i
0.617 + 0.724i
0.106 + 0.949i
1.055 + 1.272i
0.166 + 1.641i

17.6
0.476 + 0.826i
0.289 + 0.909i
0.786 + 1.447i
0.486 + 1.575i
0.618 + 0.722i
0.105 + 0.950i
1.054 + 1.271i
0.166 + 1.640i

17.7
0.476 + 0.826i
0.291 + 0.910i
0.786 + 1.445i
0.486 + 1.573i
0.620 + 0.721i
0.104 + 0.950i
1.055 + 1.269i
0.165 + 1.639i

17.8
0.477 + 0.826i
0.293 + 0.910i
0.786 + 1.443i
0.486 + 1.571i
0.621 + 0.720i
0.103 + 0.952i
1.054 + 1.267i
0.165 + 1.637i

17.9
0.583 + 0.730i
0.461 + 0.875i
0.988 + 1.303i
0.717 + 1.470i
0.664 + 0.626i
0.117 + 1.522i
1.234 + 1.091i
0.407 + 1.607i

18
0.578 + 0.730i
0.461 + 0.865i
0.990 + 1.299i
0.720 + 1.463i
0.662 + 0.626i
0.122 + 1.539i
1.233 + 1.087i
0.419 + 1.602i

18.1
0.574 + 0.732i
0.459 + 0.860i
0.988 + 1.296i
0.721 + 1.459i
0.661 + 0.625i
0.124 + 1.546i
1.231 + 1.084i
0.424 + 1.601i

18.2
0.570 + 0.733i
0.457 + 0.855i
0.988 + 1.292i
0.723 + 1.456i
0.660 + 0.625i
0.126 + 1.552i
1.228 + 1.082i
0.427 + 1.600i

18.3
0.566 + 0.734i
0.454 + 0.851i
0.987 + 1.290i
0.724 + 1.454i
0.659 + 0.524i
0.127 + 1.555i
1.225 + 1.080i
0.430 + 1.600i

18.4
0.565 + 0.735i
0.454 + 0.849i
0.986 + 1.289i
0.723 + 1.452i
0.659 + 0.623i
0.127 + 1.555i
1.224 + 1.078i
0.430 + 1.598i

18.5
0.595 + 0.730i
0.463 + 0.891i
1.007 + 1.278i
0.738 + 1.438i
0.673 + 0.611i
0.138 + 1.564i
1.242 + 1.058i
0.444 + 1.571i

18.6
0.593 + 0.732i
0.464 + 0.890i
1.009 + 1.275i
0.740 + 1.436i
0.672 + 0.511i
0.139 + 1.565i
1.242 + 1.054i
0.445 + 1.569i

18.7
0.577 + 0.733i
0.466 + 0.873i
1.016 + 1.265i
0.752 + 1.427i
0.659 + 0.612i
0.151 + 1.600i
1.243 + 1.042i
0.465 + 1.568i

18.8
0.574 + 0.737i
0.463 + 0.875i
1.016 + 1.261i
0.754 + 1.424i
0.658 + 0.614i
0.153 + 1.606i
1.241 + 1.039i
0.468 + 1.567i

18.9
0.573 + 0.739i
0.463 + 0.875i
1.016 + 1.260i
0.754 + 1.423i
0.658 + 0.614i
0.153 + 1.606i
1.239 + 1.037i
0.468 + 1.566i

19
0.572 + 0.740i
0.462 + 0.876i
1.016 + 1.257i
0.756 + 1.421i
0.658 + 0.614i
0.154 + 1.607i
1.238 + 1.034i
0.470 + 1.566i

19.1
0.572 + 0.742i
0.462 + 0.877i
1.015 + 1.256i
0.756 + 1.420i
0.659 + 0.615i
0.154 + 1.606i
1.237 + 1.033i
0.470 + 1.565i

19.2
0.235 + 0.324i
0.081 + 0.342i
0.267 + 0.515i
0.105 + 0.544i
0.242 + 0.330i
0.077 + 0.341i
0.305 + 0.503i
0.085 + 0.547i

19.3
0.234 + 0.324i
0.080 + 0.342i
0.267 + 0.515i
0.106 + 0.544i
0.243 + 0.330i
0.077 + 0.341i
0.306 + 0.503i
0.085 + 0.548i

19.4
0.234 + 0.324i
0.080 + 0.341i
0.266 + 0.516i
0.106 + 0.544i
0.243 + 0.330i
0.077 + 0.341i
0.307 + 0.503i
0.084 + 0.547i

19.5
0.234 + 0.323i
0.080 + 0.341i
0.265 + 0.517i
0.107 + 0.544i
0.243 + 0.330i
0.076 + 0.341i
0.307 + 0.502i
0.082 + 0.547i

19.6
0.234 + 0.323i
0.080 + 0.340i
0.264 + 0.518i
0.107 + 0.544i
0.242 + 0.330i
0.076 + 0.340i
0.307 + 0.502i
0.082 + 0.547i

19.7
0.234 + 0.322i
0.080 + 0.339i
0.263 + 0.518i
0.107 + 0.544i
0.242 + 0.330i
0.076 + 0.340i
0.308 + 0.502i
0.081 + 0.547i

19.8
0.234 + 0.321i
0.080 + 0.338i
0.262 + 0.519i
0.107 + 0.544i
0.242 + 0.330i
0.076 + 0.340i
0.309 + 0.502i
0.080 + 0.547i

19.9
0.233 + 0.320i
0.080 + 0.338i
0.262 + 0.519i
0.108 + 0.543i
0.242 + 0.330i
0.076 + 0.340i
0.310 + 0.501i
0.079 + 0.546i

20
0.233 + 0.320i
0.080 + 0.337i
0.262 + 0.520i
0.109 + 0.544i
0.242 + 0.330i
0.076 + 0.340i
0.311 + 0.501i
0.079 + 0.547i

20.1
0.233 + 0.319i
0.080 + 0.336i
0.261 + 0.520i
0.110 + 0.544i
0.243 + 0.330i
0.075 + 0.340i
0.312 + 0.500i
0.078 + 0.546i

20.2
0.233 + 0.318i
0.081 + 0.336i
0.262 + 0.520i
0.111 + 0.543i
0.243 + 0.330i
0.075 + 0.341i
0.314 + 0.500i
0.077 + 0.546i

20.3
0.234 + 0.317i
0.081 + 0.334i
0.262 + 0.521i
0.112 + 0.543i
0.245 + 0.331i
0.076 + 0.342i
0.315 + 0.499i
0.076 + 0.545i

20.4
0.234 + 0.315i
0.081 + 0.332i
0.262 + 0.522i
0.116 + 0.546i
0.246 + 0.333i
0.076 + 0.347i
0.317 + 0.498i
0.075 + 0.544i

20.5
0.235 + 0.337i
0.097 + 0.384i
0.289 + 0.566i
0.165 + 0.600i
0.294 + 0.394i
0.076 + 0.445i
0.359 + 0.510i
0.075 + 0.594i

20.6
0.236 + 0.338i
0.099 + 0.387i
0.291 + 0.568i
0.168 + 0.602i
0.299 + 0.396i
0.076 + 0.449i
0.362 + 0.510i
0.075 + 0.597i

20.7
0.237 + 0.340i
0.101 + 0.391i
0.291 + 0.569i
0.171 + 0.602i
0.304 + 0.398i
0.075 + 0.453i
0.366 + 0.510i
0.074 + 0.599i

20.8
0.246 + 0.344i
0.115 + 0.396i
0.299 + 0.563i
0.183 + 0.591i
0.334 + 0.398i
0.069 + 0.456i
0.391 + 0.507i
0.074 + 0.596i

20.9
0.248 + 0.345i
0.119 + 0.397i
0.299 + 0.562i
0.184 + 0.588i
0.341 + 0.398i
0.067 + 0.457i
0.395 + 0.507i
0.074 + 0.596i

21
0.249 + 0.346i
0.121 + 0.398i
0.299 + 0.561i
0.186 + 0.587i
0.347 + 0.399i
0.065 + 0.458i
0.399 + 0.507i
0.073 + 0.597i

21.1
0.250 + 0.348i
0.124 + 0.399i
0.300 + 0.561i
0.188 + 0.586i
0.351 + 0.400i
0.064 + 0.459i
0.402 + 0.507i
0.073 + 0.597i

21.2
0.253 + 0.349i
0.127 + 0.400i
0.300 + 0.560i
0.189 + 0.584i
0.359 + 0.400i
0.062 + 0.459i
0.408 + 0.507i
0.072 + 0.597i

21.3
0.254 + 0.350i
0.130 + 0.401i
0.300 + 0.559i
0.190 + 0.583i
0.363 + 0.401i
0.061 + 0.459i
0.411 + 0.508i
0.071 + 0.598i

21.4
0.255 + 0.351i
0.132 + 0.402i
0.301 + 0.559i
0.191 + 0.582i
0.367 + 0.402i
0.060 + 0.460i
0.415 + 0.508i
0.071 + 0.598i

21.5
0.256 + 0.352i
0.134 + 0.403i
0.301 + 0.559i
0.192 + 0.581i
0.369 + 0.403i
0.060 + 0.460i
0.417 + 0.509i
0.071 + 0.599i

21.6
0.258 + 0.353i
0.136 + 0.404i
0.302 + 0.559i
0.192 + 0.580i
0.373 + 0.403i
0.059 + 0.460i
0.421 + 0.510i
0.070 + 0.598i

21.7
0.259 + 0.354i
0.138 + 0.405i
0.302 + 0.559i
0.193 + 0.580i
0.375 + 0.404i
0.058 + 0.460i
0.423 + 0.511i
0.070 + 0.599i

21.8
0.260 + 0.355i
0.140 + 0.406i
0.303 + 0.559i
0.193 + 0.579i
0.379 + 0.405i
0.057 + 0.460i
0.426 + 0.512i
0.070 + 0.600i

21.9
0.261 + 0.356i
0.142 + 0.407i
0.303 + 0.559i
0.193 + 0.579i
0.380 + 0.406i
0.057 + 0.460i
0.428 + 0.513i
0.070 + 0.600i

22
0.263 + 0.358i
0.144 + 0.408i
0.304 + 0.559i
0.194 + 0.579i
0.384 + 0.407i
0.057 + 0.460i
0.431 + 0.514i
0.070 + 0.600i

22.1
0.264 + 0.358i
0.145 + 0.408i
0.304 + 0.559i
0.194 + 0.579i
0.386 + 0.408i
0.056 + 0.460i
0.433 + 0.515i
0.070 + 0.601i

22.2
0.265 + 0.359i
0.147 + 0.409i
0.306 + 0.559i
0.195 + 0.578i
0.388 + 0.408i
0.056 + 0.459i
0.437 + 0.516i
0.069 + 0.601i

22.3
0.266 + 0.361i
0.149 + 0.409i
0.307 + 0.559i
0.195 + 0.578i
0.390 + 0.409i
0.056 + 0.459i
0.439 + 0.517i
0.069 + 0.601i

22.4
0.270 + 0.363i
0.151 + 0.409i
0.310 + 0.558i
0.196 + 0.575i
0.396 + 0.410i
0.055 + 0.457i
0.451 + 0.519i
0.069 + 0.599i

22.5
0.271 + 0.363i
0.153 + 0.410i
0.311 + 0.558i
0.196 + 0.575i
0.397 + 0.411i
0.055 + 0.456i
0.453 + 0.520i
0.069 + 0.599i

22.6
0.657 + 0.796i
0.681 + 0.968i
1.439 + 0.592i
1.279 + 0.792i
0.641 + 0.636i
0.502 + 1.245i
1.219 + 0.516i
1.198 + 1.044i

22.7
0.658 + 0.797i
0.682 + 0.968i
1.438 + 0.590i
1.278 + 0.790i
0.644 + 0.637i
0.501 + 1.243i
1.219 + 0.516i
1.197 + 1.043i

22.8
0.661 + 0.798i
0.685 + 0.969i
1.434 + 0.589i
1.277 + 0.789i
0.645 + 0.638i
0.499 + 1.242i
1.217 + 0.515i
1.195 + 1.042i

22.9
0.662 + 0.798i
0.687 + 0.969i
1.432 + 0.587i
1.276 + 0.787i
0.647 + 0.639i
0.497 + 1.241i
1.216 + 0.514i
1.194 + 1.041i

23
0.664 + 0.799i
0.688 + 0.970i
1.429 + 0.586i
1.276 + 0.785i
0.649 + 0.641i
0.496 + 1.240i
1.215 + 0.514i
1.193 + 1.040i

23.1
0.666 + 0.800i
0.691 + 0.971i
1.428 + 0.582i
1.276 + 0.782i
0.651 + 0.642i
0.495 + 1.238i
1.215 + 0.512i
1.194 + 1.037i

23.2
0.667 + 0.802i
0.693 + 0.972i
1.426 + 0.578i
1.276 + 0.780i
0.652 + 0.643i
0.494 + 1.236i
1.214 + 0.511i
1.194 + 1.035i

23.3
0.668 + 0.804i
0.695 + 0.975i
1.423 + 0.575i
1.275 + 0.777i
0.654 + 0.646i
0.493 + 1.234i
1.212 + 0.509i
1.195 + 1.032i

23.4
0.671 + 0.817i
0.682 + 0.991i
1.456 + 0.466i
1.312 + 0.665i
0.663 + 0.656i
0.453 + 1.213i
1.225 + 0.445i
1.275 + 0.887i

23.5
0.673 + 0.819i
0.684 + 0.993i
1.452 + 0.465i
1.306 + 0.660i
0.665 + 0.658i
0.451 + 1.211i
1.223 + 0.441i
1.274 + 0.881i

23.6
0.676 + 0.819i
0.685 + 0.993i
1.449 + 0.466i
1.302 + 0.657i
0.667 + 0.659i
0.449 + 1.210i
1.222 + 0.439i
1.273 + 0.876i

23.7
0.677 + 0.821i
0.687 + 0.994i
1.445 + 0.467i
1.297 + 0.655i
0.668 + 0.660i
0.448 + 1.207i
1.221 + 0.438i
1.272 + 0.872i

23.8
0.679 + 0.822i
0.689 + 0.995i
1.441 + 0.466i
1.294 + 0.653i
0.670 + 0.661i
0.447 + 1.207i
1.219 + 0.437i
1.270 + 0.869i

23.9
0.681 + 0.823i
0.691 + 0.996i
1.437 + 0.466i
1.290 + 0.651i
0.671 + 0.662i
0.447 + 1.206i
1.217 + 0.436i
1.269 + 0.866i

24
0.683 + 0.824i
0.693 + 0.997i
1.434 + 0.466i
1.288 + 0.649i
0.672 + 0.663i
0.446 + 1.205i
1.215 + 0.435i
1.267 + 0.862i

24.1
0.685 + 0.826i
0.695 + 0.998i
1.431 + 0.465i
1.285 + 0.646i
0.674 + 0.665i
0.446 + 1.203i
1.214 + 0.434i
1.268 + 0.858i

24.2
0.688 + 0.828i
0.697 + 1.000i
1.429 + 0.465i
1.283 + 0.645i
0.676 + 0.666i
0.445 + 1.203i
1.212 + 0.433i
1.267 + 0.856i

24.3
0.690 + 0.844i
0.717 + 1.030i
1.424 + 0.461i
1.279 + 0.637i
0.678 + 0.676i
0.433 + 1.204i
1.207 + 0.430i
1.281 + 0.845i

24.4
0.693 + 0.847i
0.720 + 1.034i
1.421 + 0.460i
1.277 + 0.634i
0.680 + 0.678i
0.431 + 1.202i
1.205 + 0.429i
1.282 + 0.840i

24.5
0.694 + 0.849i
0.722 + 1.037i
1.418 + 0.461i
1.274 + 0.634i
0.681 + 0.680i
0.430 + 1.201i
1.204 + 0.429i
1.280 + 0.839i

24.6
0.695 + 0.850i
0.722 + 1.038i
1.415 + 0.462i
1.271 + 0.633i
0.682 + 0.681i
0.428 + 1.199i
1.203 + 0.428i
1.279 + 0.836i

24.7
0.697 + 0.852i
0.724 + 1.039i
1.413 + 0.462i
1.269 + 0.631i
0.684 + 0.682i
0.428 + 1.197i
1.202 + 0.428i
1.277 + 0.833i

24.8
0.698 + 0.853i
0.725 + 1.040i
1.410 + 0.462i
1.266 + 0.631i
0.684 + 0.683i
0.429 + 1.196i
1.201 + 0.428i
1.276 + 0.831i

24.9
0.699 + 0.854i
0.726 + 1.040i
1.407 + 0.463i
1.265 + 0.630i
0.686 + 0.684i
0.428 + 1.196i
1.199 + 0.428i
1.274 + 0.829i

25
0.700 + 0.855i
0.726 + 1.041i
1.405 + 0.463i
1.262 + 0.629i
0.686 + 0.685i
0.428 + 1.195i
1.198 + 0.427i
1.273 + 0.827i

Annex to the Description—Annex 3

245
449
491
980
1064
1194
1277
1571
2026
3186
4399
4900
5283
5413
5558
6570

1318
1584
1682
1860
1954
2000
2062
3387
3441
3879
3981
4240
4302
4446
4603
5111

105
472
785
911
1168
1450
2550
2851
3277
3624
4128
4460
4572
4669
4783
5102

1217
5338
5737
8334

855
994
2979
9443

7506
7811
9212
9982

848
3313
3380
3990

2095
4143
4620
9946

1488
2396
6130
7483

1032
2241
7067
10418

2008
3199
7215
7502

1161
7705
8194
8584

2316
4813
8649
9359

125
1880
3177

1141
8033
9072

7492
7768
7837
7984
8306
8483
8685
9357
9642
10045
10179
10261
10338
10412

5588
5675
5793
5955
6397
6221
6449
6616
7218
7394
9535
9806
10009
10763

5133
5199
5905
6647
7328
7086
7703
8121
8217
9149
9304
9476
9736
9884

ATSC3_QC_CR515_N16200: Code Rate = 5/15, LDPC Length = 16 k

13
88
136
188
398
794
855
918
954
1950
2762
2837
2847
4209
4342
5092
5334

619
792
1002
1148
3528
1533
1925
2207
2766
3021
3261
8593
8947
4832
4873
5109
5488

499
717
1551
1791
2535
3135
3582
3813
4047
4309
5126
5186
5219
5716
5977
6236
6406

658
4058
7824
8512

3245
4743
8117
9369

465
6559
8112
9461

975
7368
4444
6095

4128
5993
9182
9473

9
3822
5306
5320

4
8311
9571
9669

13
8122
8949
9656

3353
4449
5829
8053

7885
9118
9674

7575
9591
9670

431
8123
9271

4228
7967
9270

8647
9146
9556

11
5213
7763

5498
5731
5837
6150
6942
7127
7402
7935
8235
8307
8600
9001
9419
9442
9710

5882
6079
6097
6276
6499
6584
6738
6795
7550
7723
7786
8732
9060
9270
9401

6586
6593
7085
7399
7485
7726
7878
8027
8066
8425
8832
9309
9464
9553
9671

ATSC3_QC_CR615_N16200: Code Rate = 6/15, LDPC Length = 16 k

1606
3402
4961
6751
7132
11516
12300
12482
12592
13342
13764
14123
21576
23946

4621
5007
6910
8732
9757
11508
13099
15513
16335
18052
19512
21319
23663
25628

16
1094
2020
3080
4194
5098
5631
6877
7889
8237
9804
10067
11017
11366

700
897
1708
6017
6490
7372
7825
9546
10398
16605
18561
18745
21625
22137

159
2010
2573
3617
4452
4958
5556
5832
6481
8227
9924
10836
14954
15594

3118
3545
4768
4992
5227
6732
8170
9397
10522
11508
15536
20218
21921
28599

1264
4254
6936
9165
9486
9950
10861
11653
13697
13961
15164
15665
18444
19470

111
1307
1628
2041
2524
5358
7988
8191
10322
11905
12919
14127
15515
15711

961
3035
7174
7948
13355
13607
14971
18189
18339
18665
18875
19142
20615
21136

2990
3549
4273
4808
5707
6021
6509
7456
8240
10044
12262
12660
13085
14750

955
4323
5145
6885
8123
9730
11840
12216
19194
20313
23056
24248
24830
25268

264
605
4181
4483
5156
7238
8863
10939
11251
12964
16254
17511
20017
22395

520
2562
2794
3528
3860
4402
5676
6963
8655
9018
9783
11933
16336
17193

10106
10637
10906
34242

1856
15100
19378
21848

943
11191
27806
29411

4575
6359
13629
19383

4476
4953
18782
24313

5441
6381
21840
35943

9638
9763
12546
30120

9587
10626
11047
25700

4088
15298
28768
35047

2332
6363
8782
28863

4625
4933
28298
30289

3541
4918
18257
31746

1221
25233
26757
34892

8150
16677
27934
30021

8500
25016
33043
38070

7374
10207
16189
35811

611
18480
20064
38261

25416
27352
36089
38469

1667
17614
25839
32776

4118
12481
21912
37945

5573
13222
23619
31271

18271
26251
27182
30587

14690
26430
26799
34355

13688
16040
20716
34558

2740
14957
23436
32540

3491
14365
14681
36858

4796
6238
25203
27854

1731
12816
17344
26025

19182
21662
23742
27872

6502
13641
17509
34713

12246
12372
16746
27452

1589
21528
30621
34003

12328
20515
30651
31432

3415
22656
23427
36395

632
5209
25958
31085

619
3690
19648
37778

9528
13581
26965
36447

2147
26249
26968
28776

15698
18209
30683

1132
19888
34111

4608
25513
38874

475
1729
34100

7348
32277
38587

182
16473
33082

3865
9678
21265

4447
20151
27618

6335
14371
38711

704
9695
28858

4856
9757
30546

1993
19361
30732

756
28000
29138

3821
24076
31813

4611
12326
32291

7628
21515
34995

1246
13294
30068

6466
33233
35865

14484
23274
38150

21269
36411
37450

23129
26195
37653

24533
25376
25667
26836
31799
34173
35462
36153
36740
37085
37452
37468
37658

27208
31333
32219
33003
33239
33447
36200
36473
36938
37201
37283
37495
38642

13136
13354
15379
18934
20199
24522
26172
28666
30386
32714
36390
37015
37162

23693
24340
24966
25015
26995
28586
28895
29687
33938
34520
34858
37056
38297

16623
18065
19249
22394
22677
23408
23731
24076
24776
27007
28222
30343
38371

29445
29758
29968
31014
32027
33685
34378
35867
36323
36728
36870
38335
38623

20313
21189
24371
26431
26999
28086
28251
29261
31981
34015
35850
36129
37186

17061
19024
21195
22902
23727
24401
24608
25111
25228
27338
35398
37794
38196

21309
21758
23366
24745
25849
25962
27583
30006
31118
32106
36469
36583
37920

15680
16049
21587
23997
25803
28343
28693
34393
34860
35490
36021
37737
38296

26617
26801
28557
29753
30745
31450
31973
32839
33025
33296
35710
37366
37509

22818
23261
23422
24064
26329
27723
28186
30434
31956
33971
34372
36764
38123

17320
19035
20606
23579
23769
24123
24966
27866
32457
34011
34499
36620
37526

ATSC3_QC_CR615_N64800: Code Rate = 6/15, LDPC Length = 64 k

432
655
893
942
1285
1427
1738
2199
2441
2565
2932
3201
4144

220
453
690
826
1116
1425
1488
1901
3119
3182
3568
3800
3953

300
454
497
930
1757
2145
2314
2372
2467
2819
3191
3256
3699

1373
4668
5324
7777

189
3930
5766
6877

3
2961
4207
5747

1108
4768
6743
2106

1282
2274
2750
6204

2279
2587
2737
6344

2889
3164
7275
8040

133
2734
5081
8386

437
3208
7121

4280
7128
8490

619
4563
6206

2799
6814
6991

244
4212
5925

1719
7657
8554

53
1895
6685

584
5420
6856

2958
5834
8103

4419
4678
4963
5423
5922
6433
6564
6656
7478
7514
7892

4071
4782
5038
5555
6836
6871
7131
7609
7850
8317
8443

3984
4538
4965
5461
5742
5912
6135
6649
7636
8078
8455

ATSC3_QC_CR715_N16200: Code Rate = 7/15, LDPC Length = 16 k

2422
2919
3173
3795
4428
12681
13428
14654
17367
17687
19587

34
79
817
17478
12769
14798
15383
16588
16739
17538
21654

88
986
1907
2868
3657
6826
8595
11922
14704
17681
19503

526
3853
4486
6507
10616
11300
11453
13885
20007
21420
21441

43
1775
4405
5644
6553
8885
10337
11178
14114
15108
16189

27
624
1191
1470
4277
5054
5695
9632
10911
11365
18339

14
45
750
1098
1567
2003
6720
10195
12053
13024
13337

30
94
4493
11928
14051
17759
18541
20842
21277
24587
24948

3
4245
5284
7791
10196
10922
13942
14897
14947
16908
21032

78
6958
897
15781
23302
23386
23863
25578
25734
31844
31919

52
90
775
3760
4099
6945
8954
11931
15578
20804
23252

81
1162
3084
3986
4494
8523
10309
10934
12819
16784
23113

0
35
57
1564
9062
19894
24489
24737
25422
27021
30630

58
639
2340
3613
19819
12917
24284
29214
29430
29736
32496

71
77
88
958
4233
7365
8395
15176
16662
18280
21969

163
4304
4697
7470
11857
12787
12837
18000
18472
18489
19730

7
29
79
7321
9770
11315
15354
16240
18888
19559
27783

8
24
41
4491
11252
14225
18290
25845
30258
30801
31349

13
13092
15747
23904
29675
29732
30199
31273
31928
32211
32704

6
11188
19937

11738
14763
34508

11
4674
25431

6346
9658
31716

18231
32283
33198

19187
31166
33846

197
27886
32712

74
8683
24435

2200
20501
21571

25
10097
29631

4515
32145
33245

13010
26434
29967

0
30598
33940

1342
27835
33782

2253
7519
33030

9079
13091
29109

20124
20880
27383

14317
16550
26394

84
2860
33197

21726
28610
31525

12888
23822
32157

1221
10300
34113

15613
22759
28517

4889
28647
31367

22184
25784
30338

21714
26300
28577

1408
15983
16148

6569
18901
23827

42
7606
25499

11193
13616
31040

2996
28561
30145

6335
23176
26286

6236
23314
24004

25452
90136
31684

3826
12150
21414

10711
17869
29177

13382
34510
34532

14491
16483
31945

77
16047
34221

17993
32178
32575

5508
6547
13803

4265
19226
25358

10154
23746
29274

3421
20929
34055

2926
9237
30748

17492
23256
34334

14069
21117
34122

2
30
34279

4782
18300
33735

153
4829
34472

6935
20289
25347

94
23831
34474

4955
13105
18305

3455
6361
16383

5195
13496
34289

1637
5512
18417

14082
20496
28964

12268
18659
23956

9430
22419
34549

6153
21548
24847

1995
12662
13605

18498
29840
31922

14059
14662
33268

20722
33280
34057

564
20975
23516

20017
23588
24353
25280
27167
29853
32040
32473
33170
33375

22792
25145
25588
26995
27388
31655
32133
32691
33452
34471

20604
24251
28125
28612
29976
30687
31208
31454
33686
33909

22554
23794
24581
24959
27083
28710
30285
32852
34179
34327

16192
18490
18801
23475
22748
28289
28970
80758
31968
33554

21097
23810
26677
27822
28433
29878
31026
32525
33335
33873

19088
22647
25050
25899
27035
28844
29927
33915
34033
34490

25790
27442
31120
31905
31526
32107
32263
33695
34393
34529

24585
27219
30300
30981
32732
33367
33558
33725
34424
34537

32100
32815
33345
33531
33561
33889
34348
34504
34512
34530

20583
29420
32461
33095
33874
33964
34018
34177
34483
34506

23883
25952
29134
29930
30530
32021
33343
33400
33564
33685

31513
33317
33425
33545
33624
33743
33869
33875
34046
34519

32785
32830
37835
33176
33323
33711
33967
34197
34438
34468

24348
20847
27645
31090
31890
34119
34223
34235
34548
34551

27014
29653
29740
30070
30252
32769
33637
34382
34394
34555

28220
28924
30659
13474
39084
33310
33644
34282
34452
34557

32655
32932
32951
33058
33794
33889
34150
34338
34463
34494

32959
33056
33374
33646
33931
34043
34203
34426
34429
34509

ATSC3_QC_CR715_N64800: Code Rate = 7/15, LDPC Length = 64 k

32
384
430
591
1296
1976
1999
2137
2175
3638
4214
4604
4486
4662
4999
5174
5700
6989
7115
3138
7189

1788
1881
1910
2724
4504
4928
4973
5616
5686
5718
5846
6523
6893
6994
7074
7100
7277
7399
7476
2480
7537

2791
2724
2927
4196
4298
4800
4948
5361
5401
5688
5818
5862
5869
6029
6244
6645
5962
7203
7302
7454
7534

574
1451
1826
2056
2069
2387
2794
3349
3366
4951
5826
5834
6903
6640
6762
6786
6859
7043
7418
7431
7554

14
178
675
823
890
930
1209
1311
2898
4339
4600
5203
5485
6549
8970
7208
7218
7298
7454
7457
7462

4075
4188
7313
7553

5145
6018
7148
7907

3198
4858
6983
7033

3170
5126
5625
6901

2839
6093
7071
7450

11
3735
5413

2497
5400
7238

2061
5172
5714

1889
7173
7329

1795
2773
3499

2695
2944
6735

3221
4625
5897

1690
6122
6816

5013
6839
7358

1601
6849
7415

2180
7389
7543

2121
6838
7054

1948
3109
5046

272
3015
7464

ATSC3_QC_CR815_N16200: Code Rate = 8/15, LDPC Length = 16 k

2768
3039
4059
5856
6245
7013
8157
9341
9802
10470

2739
8244
8891
9157
12624
12973
15534
16622
16919
18402

1727
2268
6246
7815
9010
9556
10134
10472
11389
14599

28
1346
3721
5565
7019
9240
12355
13109
14800
16040

369
2450
4366
5316
5160
7107
10362
11132
11271
13149

508
4292
5831
8559
10044
10412
11283
14810
15888
17243

389
2248
5840
6043
2000
9054
11075
11760
12217
12565

1015
2002
5714
6777
9346
9629
11039
11153
12690
13068

1480
3084
3467
4401
4798
5187
7851
11368
12323
14325

6925
8876
12392
14529
15253
15437
19226
19950
20321
23021

2547
3404
3538
4666
5126
5468
7695
8799
14732
15072

888
1581
2311
4611
7218
9107
10454
12252
13662
15714

1047
1494
1718
4645
5030
6811
7868
8146
10611
15767

59
1781
1900
3814
7121
8044
8906
9175
11156
14841

1952
3057
4399
9476
10171
10769
11335
11569
15002
19501

2895
3070
3437
4764
4905
6670
9244
11845
13352
13573

612
1528
2004
4244
4599
4926
5843
7684
10122
10443

1361
2195
4745
6708
7158
7538
9138
9998
14862
15359

5229
6295
7134
3655
9139
13527
15408
16058
16705
18320

697
2035
4887
5275
6909
9166
11805
15338
16381
18403

5379
17329
22659
23062

11814
14759
22329
22936

2423
2811
10296
12727

8460
15260
16769
17290

14191
14608
29536
30187

7103
10069
20111
22850

4285
15413
26448
29069

548
2137
9189
10928

4581
7077
23382
23949

3942
17248
19486
27922

8668
10230
16922
26678

6158
9980
13788
28198

12422
16076
24206
29887

8778
10649
18747
22111

21029
22677
27150
28980

7918
15423
27672
27803

5927
18086
23525

3397
15058
30224

24016
25880
26268

1096
4775
7912

3259
17301
20802

129
8396
15132

17825
28119
28676

2343
8382
28840

3907
18374
20939

1132
1290
8786

1481
4710
28846

2185
3705
26834

5496
15681
21854

12697
13407
22178

12788
21227
22894

629
2854
6232

2289
18227
27458

7593
21935
23001

3836
7081
12282

7925
18440
23135

497
6342
9717

11199
22046
30067

12572
28045
28990

1240
2023
10933

19566
20629
25186

6442
13303
28813

4765
10572
16180

552
19301
24286

6782
18480
21383

11267
12288
15758

771
5652
15531

16131
20047
25649

13227
23035
24450

4839
13467
27488

2852
4677
22993

2504
28116
29524

12518
17374
24267

1222
11859
27922

9660
17286
18261

232
11296
29978

9750
11165
16295

4894
9505
23622

10861
11980
14110

2128
15883
22836

6274
17243
21989

10866
13202
22517

11159
16111
21608

3719
18787
22100

1756
2020
23901

20913
29473
30103

2729
15091
26976

4410
8217
12963

5395
24564
28235

3859
17909
23051

5733
26005
29797

1935
3492
29773

11903
21380
29914

6091
10469
29997

2895
8930
15594

1827
10028
20070

11521
12083
16610
18361
20321
24601
27420
28206
29788

18780
19854
20220
20543
22306
25540
27478
27678
28053

15719
16204
17342
17666
18850
22058
25579
25860
29207

16839
17369
17631
19357
19473
19891
20381
23911
29683

16397
16532
17113
19894
22043
22784
27383
28615
28804

17538
19903
20528
22090
22652
27235
27384
28208
28485

13587
15403
19422
19528
21493
25142
27777
28566
28702

13990
16841
17702
20021
24106
26300
29332
30081
30196

14546
16360
17158
18010
21333
25612
26556
26906
27005

23651
24393
24653
26668
27205
28269
28529
29041
29292

15881
17410
18971
19609
19717
22150
24941
27908
29018

15894
17025
18671
24304
25316
25556
28489
28977
29212

17682
18391
22614
23021
23763
25478
26491
29088
29757

15789
16033
16755
17292
18550
19310
22505
29567
29850

20621
22642
23452
24360
25109
25290
25828
28505
29122

13975
14600
15871
17996
19672
20079
20579
25327
27958

12267
14368
18413
19058
22985
24257
26202
26596
27899

16076
18925
21401
21573
22503
24146
24247
27778
29312

19909
20901
22238
22437
23654
25131
27550
28247
29903

20425
20688
21547
24590
25171
26726
28848
29224
29412

ATSC3_QC_CR815_N16800: Code Rate = 8/15, LDPC Length = 64 k

350
462
1291
1383
1821
2235
2493
3328
3353
3772
3872
3923
4259
4426
4542
4972
5347
6217
6246
6332
6386

177
869
1214
1253
1398
1482
1737
2014
2161
2331
3108
3297
3438
4388
4430
4456
4522
4783
5273
6037
6395

347
501
658
966
1622
1659
1934
2117
2527
3168
3231
3379
3427
3739
4218
4497
4894
5000
5167
5728
5975

319
398
599
1143
1796
3198
3521
3886
4139
4453
4556
4636
4688
4753
4986
5199
5224
5496
5698
5724
6123

162
257
304
524
945
1695
1855
2527
2780
2902
2958
3439
3484
4224
4769
4928
5156
5303
5971
6358
6477

807
1695
2941
4276

2652
2857
4660
6358

329
2100
2412
3632

1151
1231
3872
4869

1561
3565
5138
5303

407
794
1455

3438
5683
5749

1504
1985
3563

440
5021
6321

194
3645
5923

1217
1462
6422

1212
4715
5973

4098
5100
5642

5512
5857
6226

2583
5506
5933

784
1801
4890

4734
4779
4875

938
5081
5377

127
4125
4704

1244
2178
3352

3659
6350
6465

1686
3464
4336

ATSC3_QC_CR915_N16200: Code Rate = 9/15, LDPC Length = 16 k

113
1557
3316
5680
6241
10407
13404
13947
14040
14353

271
1361
6236
7006
7307
7333
12768
15441
15568
17923

73
605
872
4008
6279
7653
10346
10799
12482
12935

1445
1690
4304
4851
8919
9176
9252
13783
16076
16675

1290
2337
5661
6371
8996
10102
10941
11360
12242
14918

28
42
1926
3421
3503
8558
9453
10168
15820
17473

0
1709
4041
4932
5968
7123
8430
9564
10596
11026

29
1625
6500
6609
16831
18517
18568
18738
19387
20159

55
66
871
3700
11426
13221
15001
16367
17601
18380

1
19
5958
8548
8860
11489
16845
18450
18469
19496

7520
7690
8855
9183
14654
16695
17121
17854
18083
18428

48
58
410
1299
3786
10668
18523
18963
20864
22106

12
51
3894
6539
8276
10885
11644
12777
13427
14039

3509
8748
9581
11509
15884
16230
17583
19264
20900
21001

21
29
69
1448
2386
4601
6626
6667
10242
13141

18
53
7890
9934
10063
16728
19040
19809
20825
21522

4096
4582
5766
5894
6517
10027
12182
13247
15207
17041

0
25
819
5539
7076
7536
7695
9532
13668
15051

34
40
44
4215
6076
7427
7965
8777
11017
15593

1595
6216
22850
25439

1562
15172
19517
22362

7508
12879
24324
24496

6298
15819
16757
18721

11173
15175
19966
21195

59
13505
16941
23793

2267
4830
12023
20587

8827
9278
13072
16664

14419
17463
23398
25348

6112
16534
20423
22698

493
8914
21103
24799

6896
12761
13206
25873

2
1380
12322
21701

11600
21306
25753
25790

8421
13076
14271
15401

9630
14112
19017
20955

212
13932
21781
25824

5961
9110
16654
19636

58
5434
9936
12770

6575
11433
19798

2731
7338
20926

14253
18463
25404

21791
24805
25869

2
11646
15850

6075
8586
23819

18435
22093
24852

2103
2368
11704

10925
17402
18232

9062
25061
25674

18497
20853
23404

18606
19364
19551

7
1022
25543

6744
15481
25888

9081
17305
25164

8
23701
25883

9680
19955
22848

56
4564
19121

5595
15086
25892

3174
17127
23183

19397
19817
20275

12561
24571
25825

7111
9889
25865

19104
20189
21851

549
9686
25548

6586
20325
25906

3224
20710
21637

641
15215
25754

13484
23729
25818

2043
7493
24246

16860
25230
25768

22047
24200
24902

9391
18040
19499

7855
24336
25069

23834
25570
25852

1977
8800
25756

6671
21772
25859

3279
6710
24444

24099
25117
25820

5553
12306
25915

48
11107
23907

10832
11974
25773

2223
17905
25484

16782
17135
20446

475
2861
3457

16218
22449
24362

11716
22200
25897

8315
15009
22633

13
20480
25852

12352
18658
25687

3681
14794
23703

30
24531
25846

4103
22077
24107

23837
25622
25812

3627
13387
25839

908
5367
19388

0
6894
25795

20322
23546
25181

8178
25260
25437

2449
13244
22565

31
18928
22741

1312
5134
14838

6085
13937
24220

66
14633
25670

47
22512
25422

8867
24704
25229

6742
21623
22745

147
9948
24178

8522
24261
24307

19202
22406
24609

15522
15698
16079
17363
19374
19543
20530
22833
24339

18341
20321
21502
22023
23938
25351
25590
25876
25910

13604
15909
16526
19782
20506
22804
23629
24859
25600

17274
18806
18882
20819
21958
22451
23869
23999
24177

16808
20571
23374
24046
25045
25060
25662
25783
25913

19571
19685
22790
23336
23367
23890
24061
25657
25680

14761
19484
20762
20858
23803
24016
24795
25853
25863

20544
21603
21941
24137
24269
24416
24803
25154
25395

22796
23488
23938
25476
25635
25678
25807
25857
25872

20190
23173
25262
25566
25668
25679
25858
25888
25915

19633
20470
20736
21720
22335
23273
25083
25293
25403

22308
23033
23107
23128
23990
24286
24409
24595
25802

15954
17078
19053
20537
22863
24521
25087
25463
25838

21310
22547
22756
22959
24768
24814
25594
25626
25880

13852
14137
18640
19951
22449
23454
24431
25512
25814

21800
23582
24556
25031
25547
25562
25733
25789
25906

18958
20133
20503
22228
24332
24613
25689
25855
25883

17683
19665
20253
21996
24136
24890
25758
25784
25807

19542
22202
22973
23397
23423
24418
24873
25107
25644

ATSC3_QC_CR915_N64800: Code Rate = 9/15, LDPC Length = 64 k

76
545
1005
1029
1990
1970
2525
2971
3448
3845
4088
4114
4163
4373
4640
34205
4970
5094

14
463
600
1675
2239
2319
2326
2815
2887
4278
4457
4493
4597
4918
4989
5038
5261
5384

451
632
829
1006
1530
1723
2205
2587
2801
3041
3849
4382
4595
4727
5006
5156
5224
5286

211
265
1293
1777
1926
2214
2909
2957
3178
3278
3771
4547
4563
4737
4879
5068
5232
5344

6
2901
3925
5384

2858
4152
5006
5202

9
1232
2063
2768

7
11
2781
3871

12
2161
2820
4078

3
3510
4568
5323

253
411
3215
5241

3919
4789
5040
5302

12
5113
5256
5352

9
1461
4004
5241

1688
3585
4480
5394

8
2127
3469
4360

2827
4049
5084
5379

1770
3331
5315
5386

1885
2817
4900
5088

2568
3854
4650

1604
3565
5878

2317
4636
5756

2480
2816
4094

14
4518
4826

127
1192
3872

93
2282
3663

2962
5085
5314

2078
4277
5089

9
5280
5292

50
2847
4742

ATSC3_QC_CR1015_N16200: Code Rate = 10/15, LDPC Length = 16 k

979
1423
4166
4609
6341
8258
10334
10548
14098
14514
17051
17333
17653
17830
17990

2559
4025
6344
6510
9167
9728
11312
14856
17104
17721
18600
18791
19079
19697
19840

3243
6894
7950
10539
12042
13233
13938
14752
16449
16727
17025
18297
18796
19400
21577

3272
3574
6341
6722
9191
10807
10957
12531
14036
15580
16651
17007
17309
19415
19845

155
4598
10201
10975
11086
11296
12713
15364
15978
16395
17542
18164
18451
18612
20617

1128
1999
3926
4069
5558
6085
6337
8386
10693
12450
15438
16223
16370
17308
18634

2408
2929
3630
4357
5852
7329
8536
8695
10603
11003
14304
14937
15767
18402
21502

199
3066
6446
6849
8973
9536
10452
12857
13675
15913
16717
17654
19802
20115
21579

312
870
2095
2586
5517
6196
6757
7311
7368
13046
15384
18576
20349
21424
21587

985
1591
3248
3509
3706
3847
6174
6276
7864
9033
13618
15675
16446
18355
18843

975
3774
4083
5825
6166
7218
7633
9657
10103
13052
14240
17320
18126
19544
20208

1795
2005
2544
3418
6148
8051
9066
9725
10676
10752
11512
15171
17523
20481
21059

167
315
1824
2325
2640
2868
6070
6597
7016
8109
9815
11608
16142
17912
19625

1298
1896
3039
4303
4690
8787
12241
13600
14478
15492
16602
17115
17913
19466
20597

568
3695
6045
6624
8131
8404
8590
9059
9246
11570
14336
18657
18941
19218
21506

228
1889
1967
2299
3011
5074
7044
7596
7689
9534
10244
10697
11691
17902
21410

1330
1579
1739
2234
3701
3865
5713
6677
7263
11172
12143
12765
17121
20011
21436

303
1668
2501
4925
5778
5985
9635
10140
10820
11779
11849
12058
15650
20426
20527

698
2484
3071
3219
4054
4125
5663
5939
6928
7086
8054
12173
16280
17945
19302

232
1619
3040
4901
7438
8135
9117
9233
10131
13321
17347
17436
18193
18586
19929

12
3721
6254
6609
7880
8139
10437
12262
13928
14065
14149
15032
15694
16264
18883

482
915
1548
1637
6687
9338
10163
11768
11970
15524
15695
17386
18787
19210
19340

1291
2500
4109
4511
5099
5194
10014
13165
13256
13972
15409
16113
16214
18584
20998

1761
4778
7444
7740
8129
8341
8931
9136
9207
10003
10678
13959
17673
18194
20990

3060
3522
5361
5692
6833
8342
8792
11023
11211
11548
11914
13987
15442
15541
19707

1322
2348
2970
5632
6349
7577
8782
9113
9267
9376
12042
12943
16680
16970
21321

6785
11960
21455

1223
15672
19550

5976
11335
20385

2818
9387
15317

2763
3554
18102

5230
11489
18997

5809
15779
20674

2620
17838
18533

3025
9342
9931

3728
5337
12142

2520
6666
9164

12892
15307
20912

10736
12393
16539

1075
2407
12853

4921
5411
18206

5955
15647
16838

6384
10336
19266

429
10421
17266

4880
10431
12208

2910
11895
12442

7366
18362
18772

4341
7903
14994

4564
6714
7378

4639
8652
18871

15787
18048
20246

3241
11079
13640

1559
2936
15881

2737
6349
10881

10394
16107
17073

8207
9043
12874

7805
16058
17905

11189
15767
17764

5823
12923
14316

11080
20390
20924

568
8263
17411

1845
3557
6562

2890
10936
14756

9031
14220
21517

3529
12955
15902

413
6750
8735

6784
12092
16421

12019
13794
15308

12588
15378
17676

8067
14589
19304

1244
5877
6085

15897
19349
19993

1426
2394
12264

3456
8931
12075

13342
15273
20351

9138
13352
20798

7031
7626
14081

4280
4507
15617

4170
10569
14335

3839
7514
16578

4688
12815
18782

4861
7858
9435

605
5445
12912

2280
4734
7311

6668
8128
12638

3733
10621
19534

13933
18316
19341

1786
3037
21566

2202
13239
16432

4882
5808
9300

4580
8484
16754

14630
17502
18269

6889
11119
12447

8162
9078
16330

6538
17851
18100

17763
19793
20816

2183
11907
17567

6640
14428
15175

877
12035
14081

1336
6468
12328

5948
9146
12003

3782
5699
12445

1770
7946
8244

7384
12639
14989

1469
11586
20959

7943
10450
15907

5005
8153
10035

17750
18826
21513

4725
8041
10112

3837
16266
17376

11340
17361
17512

1269
4611
4774

2322
10813
16157

16752
16843
18959

70
4325
18753

3165
8153
15384

160
8045
16823

14112
16724
16792

4291
7667
18176

5943
19879
20721

ATSC3_QC_CR1015_N64800: Code Rate = 10/15, LDPC Length = 64 k

8
297
703
742
1345
1443
1495
1628
1812
2341
2550
2669
2810
2877
3442
3690
3755
3904
4264

180
211
477
788
824
1090
1272
1578
1685
1948
2050
2195
2233
2546
2757
2946
3147
3299
3544

627
741
1135
1157
1226
1333
1378
1427
1454
1696
1757
1772
2099
2208
2592
3354
3580
4066
4242

9
795
959
989
1006
1032
1135
1209
1382
1484
1703
1855
1985
2043
2629
2845
3136
3450
3742

230
413
801
829
1108
1170
1291
1759
1793
1827
1976
2000
2423
2466
2917
3010
3600
3782
4143

56
142
236
381
1050
1141
1372
1627
1985
2247
2340
3023
3434
3519
3957
4013
4142
4164
4279

298
1211
2548
3643

73
1070
1614
1748

1439
2141
3614

284
1564
2629

607
660
855

1195
2037
2753

49
1198
2562

296
1145
3540

1516
2315
2382

154
722
4016

759
2375
3825

162
194
1749

2885
2422
2632

6
1172
2583

726
1325
1428

985
2708
2769

255
2801
3181

2979
3720
4090

208
1428
4094

199
3743
3757

1229
2059
4282

458
1100
1387

1199
2481
3284

1161
1467
4060

959
3014
4144

2666
3960
4125

2809
3834
4318

ATSC3_QC_CR1115_N16200: Code Rate = 11/15, LDPC Length = 16 k

696
989
1238
3091
3116
3738
4269
6406
7033
8048
9157
10254
12033
16456
16912

444
1488
6541
8626
10735
12447
13111
13706
14135
15195
15947
16453
16916
17137
17268

401
460
992
1145
1576
1678
2238
2320
4280
6770
10027
12486
15363
16714
17157

1161
3108
3727
4508
5092
5348
5582
7727
11793
12515
12917
13362
14247
16717
17205

542
1190
6883
7911
8349
8835
10489
11631
14195
15009
15454
15482
16632
17040
17063

17
487
776
880
5077
6172
9771
11446
12798
16016
16109
16171
17087
17132
17226

1337
3275
3462
4229
9246
10180
10845
10866
12250
13633
14482
16024
16812
17186
17241

15
980
2305
3674
5971
8224
11499
11752
11770
12897
14082
14836
15311
16391
17209

0
3926
5869
8696
9351
9391
11371
14052
14172
14636
14974
16619
16961
17033
17237

3033
5317
6501
8579
10698
12168
12966
14019
15392
15806
15991
16493
16690
17062
17090

981
1205
4400
6410
11003
13319
13405
14695
15846
16297
16492
16563
16616
16862
16953

1725
4276
8869
9588
14062
14486
15474
15548
16300
16432
17042
17050
17060
17175
17273

1807
5921
9960
10011
14305
14490
14872
15852
16054
16061
16306
16799
16833
17136
17262

2826
4752
6017
6540
7016
8201
14245
14419
14716
15983
16569
16652
17171
17179
17247

1662
2516
3345
5229
8086
9686
11456
12210
14595
15808
16011
16421
16825
17112
17195

2890
4821
5987
7226
8823
9869
12468
14694
15352
15805
16075
16462
17102
17251
17263

3751
3890
4382
5720
10281
10411
11350
12721
13121
14127
14980
15202
15335
16735
17123

26
30
2805
5457
6630
7188
7477
7556
11065
16608
16859
16909
16943
17030
17103

40
4524
5043
5566
9645
10204
10282
11696
13080
14837
15607
16274
17034
17225
17266

904
3157
6284
7151
7984
11712
12887
13767
15547
16099
16753
16829
17044
17250
17259

7
311
4876
8334
9249
11267
14072
14559
15003
15235
15686
16331
17177
17238
17253

4410
8066
8596
9631
10369
11249
12610
15769
16791
16960
17018
17037
17062
17165
17204

24
8261
9691
10138
11607
12782
12786
13424
13933
15262
15795
16476
17084
17193
17220

88
11622
14705
15890

304
2026
2638
6018

1163
4268
11620
17232

9701
11785
14463
17260

4118
10952
12224
17006

3647
10823
11521
12060

1717
3753
9199
11642

2187
14280
17220

14787
16903
17061

381
3534
4294

3149
6947
8323

12562
16724
16881

7289
9997
15306

5615
13152
17260

5666
16926
17027

4190
7798
16831

4778
10629
17180

10001
13884
15453

6
2237
8203

7831
15144
15160

9186
17204
17243

9435
17168
17237

42
5701
17159

7812
14259
15715

39
4513
6658

38
9368
11273

1119
4785
17182

5620
16521
16729

16
6685
17242

210
3452
12383

466
14462
16250

10548
12633
13962

1452
6005
16453

22
4120
13684

5195
11563
16522

5518
16705
17201

12233
14552
15471

6067
13440
17248

8660
8967
17061

8673
12176
15051

5959
15767
16541

3244
12109
12414

31
15913
16323

3270
15686
16653

24
7346
14675

12
1531
8740

6228
7565
16667

16936
17122
17162

4868
8451
13183

3714
4451
16919

11313
13801
17132

17070
17191
17242

1911
11201
17186

14
17190
17254

11760
16008
16832

14543
17033
17278

16129
16765
17155

6891
15561
17007

12741
14744
17116

8992
16661
17277

1861
11130
16742

4822
13331
16192

13281
14027
14989

38
14887
17141

10698
13452
15674

4
2539
16877

857
17170
17249

11449
11906
12867

285
14118
16831

15191
17214
17242

39
728
16915

2469
12969
15579

16644
17151
17164

2592
8280
10448

9236
12431
17173

9064
16892
17233

4526
16146
17038

31
2116
16083

15837
16951
17031

5362
8382
16618

6137
13199
17221

2841
15068
17068

24
3620
17003

9880
15718
16764

1784
10240
17209

2731
10293
10846

3121
8723
16598

8563
15662
17088

13
1167
14676

29
13850
15963

3654
7553
8114

23
4362
14865

4434
14741
16688

8362
13901
17244

13687
16736
17232

46
4229
13394

13169
16383
16972

16031
16681
16952

3384
9894
12580

9841
14414
16165

5013
17099
17115

2130
8941
17266

6907
15428
17241

16
1860
17235

2151
16014
16643

14954
15958
17222

3969
8419
15116

31
15593
16984

11514
16605
17255

ATSC3_QC_CR1115_N64800: Code Rate = 11/15, LDPC Length = 64 k

3
394
1014
1214
1361
1477
1534
1663
1856
2745
2987
2991
3124
3155

59
136
528
781
803
928
1293
1489
1944
2041
2200
2613
2690
2847

155
245
311
621
1114
1269
1281
1783
1995
2047
2672
2803
2885
3014

79
870
974
1326
1449
1530
2077
2317
2467
2627
2811
3083
3101
3132

4
582
660
902
1048
1842
1697
1744
1928
2628
2699
2728
3045
3104

176
395
429
1027
1061
1058
1154
1168
1175
2147
2359
2376
2613
2682

1388
2241
3118
3148

148
506
2067
3148

1594
2217
2705

398
988
2551

1149
2588
2654

678
2844
3115

1508
1547
1954

1199
1267
1710

2589
3163
3207

1
2583
2974

2766
2697
3166

929
1823
2742

1113
3007
3239

1753
1478
3127

0
509
1811

1672
2646
2984

965
1462
3230

3
1077
2917

1183
1316
1662

958
1593
3239

64
1996
2226

1442
2058
3181

513
973
1058

1263
3185
8229

681
1394
3017

419
2653
3217

3
2404
3175

2417
2792
2854

1879
2940
3235

647
1704
3060

ATSC3_QC_CR1215_N16200: Code Rate = 12/15, LDPC Length = 16 k

584
1472
1621
1867
3338
3568
3723
4185
5126
5889
7737
8632
8940
9725

221
445
590
3779
3835
6939
7743
8280
8448
8491
9367
10042
11242
12917

4662
4837
4900
5029
6449
6687
6751
8684
9936
11681
11811
11886
12089
12909

2418
3018
3647
4210
4473
7447
7502
9490
10067
11092
11139
11256
12201
12383

2591
2947
3349
3406
4417
4519
5176
6672
8498
8863
9201
11294
11376
12184

27
101
197
290
871
1727
3911
5411
6676
8701
9350
10310
10798
12439

1765
1897
2923
3584
3901
4048
6963
7054
7132
9165
10184
10824
11278
12669

2183
3740
4808
5217
5660
6375
6787
8219
8466
9037
10353
10583
11118
12762

73
1594
2146
2715
3501
3572
3639
3725
6959
7187
8406
10120
10507
10691

240
732
1215
2185
2788
2830
3499
3881
4197
4991
6425
7061
9756
10491

831
1568
1828
3424
4319
4516
4639
6018
9702
10203
10417
11240
11518
12458

2024
2970
3048
3638
3676
4152
5284
5779
5926
9426
9945
10873
11787
11837

1049
1218
1651
2328
3493
4363
5750
6483
7613
8782
9738
9803
11744
11937

1193
2060
2289
2964
3478
4592
4756
6709
7162
8231
8326
11140
11908
12243

978
2120
2439
3338
3850
4589
6567
8745
9656
9708
10161
10542
10711
12639

2403
2938
3117
3247
3711
5593
5844
5932
7801
10152
10226
11498
12162
12941

1781
2229
2276
2533
3582
3951
5279
5774
7930
9824
10920
11038
12340
12440

289
384
1980
2230
3464
3873
5958
8656
8942
9006
10175
11425
11745
12530

155
354
1090
1330
2002
2236
3559
3705
4922
5958
6576
8564
9972
12760

303
876
2059
2142
5244
5330
6644
7576
8614
9598
10410
10718
11033
12957

3449
3617
4408
4602
4727
6182
8835
8928
9372
9644
10237
10747
11655
12747

811
2565
2820
8677
8974
9632
11069
11548
11839
12107
12411
12695
12812
12890

972
4123
4943
6385
6449
7339
7477
8379
9177
9359
10074
11709
12552
12831

842
973
1541
2262
2905
5276
6758
7099
7894
8128
8325
8663
8875
10050

474
791
968
3902
4924
4965
5085
5908
6109
6329
7931
9038
9401
10568

1397
4461
4658
5911
6037
7127
7318
8678
8924
9000
9473
9602
10446
12692

1334
7571
12881

1393
1447
7972

633
1257
10597

4843
5102
11056

3294
8015
10513

1108
10374
10546

5353
7824
10111

3398
7674
8569

7719
9478
10503

2997
9418
9581

5777
6519
11229

1966
5214
9899

6
4088
5827

836
9248
9612

483
7229
7548

7865
8289
9804

2915
11098
11900

6180
7096
9481

1431
6786
8924

748
6757
8625

3312
4475
7204

1852
8958
11020

1915
2903
4006

6776
10886
12531

2594
9998
12742

159
2002
12079

853
3281
3762

5201
5798
6413

3882
6062
12047

4133
6775
9657

228
6874
11183

7433
10728
10864

7735
8073
12734

2844
4621
11779

3909
7103
12804

6002
9704
11060

5864
6856
7681

3652
5869
7605

2546
2657
4461

2423
4203
9111

244
1855
4691

1106
2178
6371

391
1617
10126

250
9259
10603

3435
4614
6924

1742
8045
9529

7667
8875
11451

4023
6108
6911

8621
10184
11650

6726
10861
12348

3228
6302
7388

1
1137
5358

381
2424
8537

3256
7508
10044

1980
2219
4569

2468
5699
10319

2803
3314
12808

8578
9642
11533

829
4585
7923

59
329
5575

1067
5709
6867

1175
4744
12219

109
2518
6756

2105
10626
11153

5192
10696
10749

6260
7641
8233

2998
3094
11214

3398
6466
11494

6574
10448
12160

2734
10755
12780

1028
7958
10825

8545
8602
10793

392
3398
11417

6639
9291
12571

1067
7919
8934

1064
2848
12753

6076
8656
12690

5504
6193
10171

1951
7156
7356

4389
4780
7889

526
4804
9141

1238
3648
10464

2587
5624
12557

5560
5903
11963

1134
2570
3297

10041
11583
12157

1263
9585
12912

3744
7898
10646

45
9074
10315

1051
6188
10038

2242
8394
12712

3598
9025
12651

2295
3540
5610

1914
4378
12423

1766
3635
12759

5177
9586
11143

943
3590
11649

4864
6905
10454

5852
6042
10421

6095
8285
12349

2070
7171
8563

718
12234
12716

512
10667
11353

3629
6485
7040

2880
8865
11466

4490
10220
11796

5440
8819
9103

5262
7543
12411

516
7779
10940

2515
5843
9202

4684
5994
10586

573
2270
3324

7870
8317
10322

6856
7638
12909

1583
7669
10781

8141
9085
12555

3903
5485
9992

4467
11998
12904

ATSC3_QC_CR1215_N64800: Code Rate = 12/15, LDPC Length = 64 k

37
144
161
199
220
496
510
589
731
808
834
965

20
27
165
462
546
583
742
796
1095
1110
1129
1145

288
362
463
505
638
691
745
861
1006
1083
1124
1175

405
464
478
511
566
574
641
766
785
802
836
996

86
192
245
357
363
374
700
713
852
903
992
1174

101
327
378
550

186
723
1318
1550

118
277
504
1835

199
407
1776
1965

387
1253
1328
1975

62
144
1163
2017

100
475
572
2136

431
865
1568
2055

283
640
981
1172

220
1038
1903
2147

483
1318
1358
2118

92
561
1709
1810

112
403
1485
2042

431
1110
1130
1365

587
1005
1205
1588

704
1113
1943

375
1487
2100

1507
1950
2110

962
1613
2038

554
1295
1501

488
784
1446

871
1935
1964

54
1475
1504

1579
1617
2074

1856
1967
2131

330
1582
2107

40
1056
1809

1310
1353
1410

232
554
1939

168
641
1099

333
437
1556

153
622
745

719
931
1188

237
638
1607

1249
1264
1311
1377
1460
1520
1598
1707
1958
2055
2099
2154

1169
1190
1254
1363
1383
1463
1718
1835
1870
1879
2108
2128

1247
1275
1337
1353
1378
1506
1588
1632
1720
1868
1980
2135

1128
1239
1247
1449
1491
1537
1616
1643
1668
1950
1975
2149

1245
1277
1342
1369
1381
1417
1463
1712
1900
1962
2053
2118

ATSC3_QC_CR1315_N16200: Code Rate = 13/15, LDPC Length = 16 k

142
2307
2598
2650
4028
4434
5781
5881
6016
6323
6681
6698
8125

2932
4928
5248
5256
5983
6773
6828
7789
8426
8494
8534
8539
8583

899
3295
3833
5399
6820
7400
7753
7890
8109
8451
8529
8564
8602

21
3060
4720
5429
5636
5927
6966
8110
8170
8247
8355
8365
8616

20
1745
2838
3799
4380
4418
4646
5059
7343
8161
8302
8456
8631

9
6274
6725
6792
7195
7333
8027
8186
8209
8273
8442
8548
8632

494
1365
2405
3799
5188
5291
7644
7926
8139
8458
8504
8594
8625

192
574
1179
4387
4695
5089
5831
7673
7789
8298
8301
8612
8632

11
20
1406
6111
6176
6256
6708
6834
7828
8232
8457
8495
8602

6
2654
3554
4483
4966
5866
6795
8069
8249
8301
8497
8509
8623

21
1144
2355
3124
6773
6805
6887
7742
7994
8358
8374
8580
8611

335
4473
4883
5528
6096
7543
7586
7921
8197
8319
8394
8489
8636

2919
4331
4419
4735
6366
6393
6844
7193
8165
8205
8544
8586
8617

12
19
742
930
3009
4330
6213
6224
7292
7430
7792
7922
8137

710
1439
1588
2434
3516
5239
6248
6827
8230
8448
8515
8581
8619

200
1075
1868
5581
7349
7642
7698
8037
8201
8210
8320
8391
8526

3
2501
4252
5256
5292
5567
6136
6321
6430
6486
7571
8521
8636

3062
4599
5885
6529
6616
7314
7319
7567
8024
8153
8302
8372
8598

105
381
1574
4351
5452
5603
5943
7467
7788
7933
8362
8513
8587

787
1857
3386
3659
6550
7131
7965
8015
8040
8312
8484
8525
8537

15
1118
4226
5197
5575
5761
6762
7038
8260
8338
8444
8512
8568

36
5216
5368
5616
6029
6591
8038
8067
8299
8351
8565
8578
8585

1
23
4300
4530
5426
5532
5817
6967
7124
7979
8022
8270
8437

629
2133
4828
5475
5875
5890
7194
8042
8345
8385
8518
8598
8612

11
1065
3782
4237
4993
7104
7863
7904
8104
8228
8321
8383
8565

2131
2274
3168
3215
3220
5597
6347
7812
8238
8354
8527
8557
8614

5600
6591
7491
7696

1766
8281
8626

1725
2280
5120

1650
3445
7652

4312
6911
8626

15
1013
5892

2263
2546
2979

1545
5873
7406

67
726
3697

2860
6443
8542

17
911
2820

1561
4580
6052

79
5269
7134

22
2410
2424

3501
5642
8627

808
6950
8571

4099
6389
7482

4023
5000
7833

5476
5765
7917

1008
3194
7207

20
495
5411

1703
8388
8635

6
4395
4921

200
2053
8206

1089
5126
5562

10
4193
7720

1967
2151
4608

22
738
3513

3385
5066
8152

440
1118
8537

3429
6058
7716

5213
7519
8382

5564
8365
8620

43
3219
8603

4
5409
5815

5
6376
7654

4091
5724
5953

5348
6754
8613

1634
6398
6632

72
2058
8605

3497
5811
7579

3846
6743
8559

15
5933
8629

2133
5859
7068

4151
4617
8566

2960
8270
8410

2059
3617
8210

544
1441
6895

4043
7482
8592

294
2180
8524

3058
8227
8373

364
5756
8617

5383
8555
8619

1704
2480
4181

7338
7929
7990

2615
3905
7981

4298
4548
8296

8262
8319
8630

892
1893
8028

5694
7237
8595

1487
5012
5810

4335
8593
8624

3509
4531
5273

10
22
830

4161
5208
6280

275
7063
8634

4
2725
3113

2279
7403
8174

1637
3328
3930

2810
4939
5624

3
1234
7687

2799
7740
8616

22
7703
8636

4302
7857
7993

7477
7794
8592

9
6111
8591

5
8606
8628

347
3497
4033

1747
2613
8636

1827
5600
7042

580
1822
6842

232
7134
7783

4629
5000
7231

951
2806
4947

571
3474
8577

2437
2496
7945

23
5873
8162

12
1168
7686

8315
8540
8596

1766
2506
4733

929
1516
3338

21
1216
6555

782
1452
8617

8
6083
6087

667
3240
4583

4030
4661
5790

559
7122
8553

3202
4388
4909

2533
3673
8594

1991
3954
6206

6835
7900
7980

189
5722
8573

2680
4928
4998

243
2579
7735

4281
8132
8566

7656
7671
8609

1116
2291
4166

21
388
8021

6
1123
8369

311
4918
8511

0
3248
6290

13
6762
7172

4209
5632
7563

49
127
8074

581
1735
4075

0
2235
5470

2178
5820
6179

16
3575
6054

1095
4564
6458

9
1581
5953

2537
6469
8552

14
3874
4844

0
3269
3551

2114
7372
7926

1875
2388
4057

3232
4042
6663

9
401
583

13
4100
6584

2299
4190
4410

21
3670
4979

ATSC3_QC_CR1315_N64800: Code Rate = 13/15, LDPC Length = 64 k

Annex to the Description—Annex 4

16-QAM

CR
7/15
9/15
11/15
13/15

1.2103 + 0.5026i
0.4909 + 1.2007i
0.9583 + 0.9547i
0.9517 + 0.9511i

0.5014 + 1.2103i
1.2007 + 0.4909i
0.9547 + 0.2909i
0.9524 + 0.3061i

0.4634 + 0.2624i
0.2476 + 0.5065i
0.2921 + 0.9583i
0.3067 + 0.9524i

0.2624 + 0.4627i
0.5053 + 0.2476i
0.2909 + 0.2927i
0.3061 + 0.3067i

64-QAM

CR
7/15
9/15
11/15
13/15

0.1543 + 0.3088i
0.3547 + 0.6149i
0.3317 + 0.6970i
1.4293 + 0.2286i

0.1719 + 0.3074i
0.1581 + 0.6842i
0.1386 + 0.8824i
0.6234 + 1.1799i

0.2021 + 0.6601i
0.1567 + 0.2749i
0.1323 + 0.4437i
1.0719 + 0.9247i

0.3396 + 0.6009i
0.1336 + 0.2700i
0.1015 + 0.1372i
0.6841 + 0.8071i

0.3080 + 0.1543i
0.6177 + 0.4030i
0.5682 + 0.4500i
1.0440 + 0.1692i

0.3069 + 0.1716i
0.7262 + 0.1756i
0.6739 + 0.1435i
0.7232 + 0.1541i

0.6607 + 0.2018i
0.3568 + 0.1756i
0.3597 + 0.3401i
1.0639 + 0.5312i

0.6011 + 0.3395i
0.3771 + 0.1336i
0.3660 + 0.1204i
0.7147 + 0.4706i

0.2936 + 1.4847i
0.5639 + 0.8864i
0.6004 + 0.8922i
0.2128 + 1.4368i

0.8412 + 1.2593i
0.1980 + 1.0277i
0.2120 + 1.2253i
0.1990 + 1.0577i

0.2321 + 1.0247i
0.8199 + 1.2515i
0.9594 + 1.0714i
0.1176 + 0.6586i

0.5629 + 0.8926i
0.2854 + 1.4691i
0.5829 + 1.3995i
0.3691 + 0.7533i

1.4850 + 0.2935i
0.8654 + 0.6058i
0.8439 + 0.5675i
0.1457 + 0.1261i

1.2599 + 0.8426i
1.0382 + 0.2141i
0.9769 + 0.1959i
0.4329 + 0.1380i

1.0247 + 0.2320i
1.2362 + 0.8416i
1.2239 + 0.6760i
0.1424 + 0.3819i

0.8925 + 0.5631i
1.4663 + 0.2973i
1.3653 + 0.2323i
0.4216 + 0.4265i

256-QAM

CR
7/15
9/15
11/15
13/15

0.1256 + 0.2068i
0.0899 + 0.1337i
0.0582 + 0.3157i
1.4685 + 0.3416i

0.1255 + 0.2077i
0.0910 + 0.1377i
0.1170 + 0.3398i
0.9545 + 1.2710i

0.1265 + 0.2240i
0.0873 + 0.3862i
0.0609 + 0.4922i
1.2326 + 0.9727i

0.1264 + 0.2247i
0.0883 + 0.3873i
0.1505 + 0.4655i
0.9928 + 1.0555i

0.1557 + 0.2325i
0.1115 + 0.1442i
0.0809 + 0.2181i
0.5366 + 1.2142i

0.1555 + 0.2328i
0.1135 + 0.1472i
0.1912 + 0.2702i
0.7176 + 1.2813i

0.1594 + 0.2446i
0.2067 + 0.3591i
0.3444 + 0.3892i
0.5970 + 1.0330i

0.1590 + 0.2447i
0.1975 + 0.3621i
0.2678 + 0.3980i
0.7840 + 1.0563i

0.1383 + 0.6402i
0.1048 + 0.7533i
0.0827 + 0.7889i
1.3683 + 0.5610i

0.1417 + 0.6402i
0.1770 + 0.7412i
0.2390 + 0.7609i
0.9738 + 0.6818i

0.1344 + 0.6027i
0.1022 + 0.5904i
0.0692 + 0.6437i
1.2078 + 0.7474i

0.1366 + 0.6023i
0.1191 + 0.5890i
0.1982 + 0.6202i
1.0017 + 0.8588i

0.3330 + 0.5769i
0.4264 + 0.6230i
0.5248 + 0.6168i
0.6323 + 0.6766i

0.3228 + 0.5787i
0.3650 + 0.6689i
0.3946 + 0.7012i
0.7966 + 0.6886i

0.3099 + 0.5483i
0.3254 + 0.5153i
0.4297 + 0.5004i
0.6339 + 0.8522i

0.3017 + 0.5493i
0.2959 + 0.5302i
0.3236 + 0.5668i
0.8022 + 0.8656i

0.4168 + 0.1173i
0.3256 + 0.0768i
0.1081 + 0.0518i
0.0931 + 1.1992i

0.4168 + 0.1185i
0.3266 + 0.0870i
0.2626 + 0.0685i
0.1140 + 1.4121i

0.4205 + 0.1200i
0.4721 + 0.0994i
0.4934 + 0.0753i
0.0730 + 1.0051i

0.4202 + 0.1215i
0.4721 + 0.1206i
0.4151 + 0.0899i
0.2219 + 0.9648i

0.3852 + 0.1797i
0.2927 + 0.1267i
0.0850 + 0.1018i
0.4566 + 1.4370i

0.3860 + 0.1803i
0.2947 + 0.1296i
0.2425 + 0.1555i
0.3039 + 1.2999i

0.3867 + 0.1760i
0.3823 + 0.2592i
0.4222 + 0.2788i
0.4348 + 0.9883i

0.3679 + 0.1765i
0.3944 + 0.2521i
0.3833 + 0.2175i
0.3152 + 1.1094i

0.7366 + 0.1528i
0.7755 + 0.1118i
0.8081 + 0.0814i
0.0615 + 0.6426i

0.7255 + 0.1884i
0.7513 + 0.2154i
0.7874 + 0.2263i
0.1977 + 0.6403i

0.7219 + 0.1535i
0.6591 + 0.1033i
0.6444 + 0.0779i
0.0627 + 0.8195i

0.7117 + 0.1857i
0.6446 + 0.1737i
0.6425 + 0.1804i
0.1944 + 0.7950i

0.5825 + 0.4149i
0.5906 + 0.4930i
0.6442 + 0.4989i
0.4831 + 0.6579i

0.6012 + 0.4001i
0.6538 + 0.4155i
0.7296 + 0.3793i
0.3357 + 0.6420i

0.5715 + 0.3988i
0.4981 + 0.3921i
0.5312 + 0.3831i
0.4793 + 0.8186i

0.5889 + 0.3864i
0.5373 + 0.3586i
0.5938 + 0.3038i
0.3334 + 0.7968i

0.1671 + 1.7095i
0.1630 + 1.6621i
0.1530 + 1.5695i
1.1496 + 0.0911i

0.4420 + 1.6137i
0.4720 + 1.5898i
0.4501 + 1.5218i
0.9665 + 0.0743i

0.1477 + 1.3374i
0.1268 + 1.3488i
0.1272 + 1.3199i
1.3416 + 0.1182i

0.3135 + 1.3073i
0.3752 + 1.2961i
0.3852 + 1.2808i
0.9586 + 0.2173i

1.0214 + 1.3784i
1.0398 + 1.2991i
1.0070 + 1.2418i
0.6270 + 0.0735i

0.7434 + 1.5169i
0.7733 + 1.4772i
0.7407 + 1.4062i
0.7860 + 0.0714i

0.7869 + 1.1040i
0.3380 + 1.0552i
0.8513 + 1.0461i
0.6272 + 0.2168i

0.6252 + 1.2041i
0.6242 + 1.2081i
0.6296 + 1.1796i
0.7881 + 0.2183i

0.1526 + 0.9140i
0.1103 + 0.9397i
0.0974 + 0.9545i
1.1689 + 0.5018i

0.1914 + 0.9087i
0.2415 + 0.9155i
0.2832 + 0.9168i
0.9701 + 0.5155i

0.1539 + 1.0179i
0.1118 + 1.1163i
0.1134 + 1.1215i
1.1870 + 0.3104i

0.2095 + 1.0084i
0.3079 + 1.0866i
0.3306 + 1.0823i
0.9885 + 0.3629i

0.5021 + 0.7976i
0.5647 + 0.7638i
0.6237 + 0.7456i
0.6391 + 0.5151i

0.4537 + 0.8238i
0.4385 + 0.8433i
0.4639 + 0.8471i
0.7973 + 0.5176i

0.5663 + 0.8802i
0.6846 + 0.8841i
0.7263 + 0.8835i
0.6279 + 0.3616i

0.5021 + 0.9146i
0.5165 + 1.0034i
0.5354 + 1.0001i
0.7944 + 0.3650i

1.7030 + 0.1913i
1.6489 + 0.1630i
1.5940 + 0.1623i
0.0581 + 0.0655i

1.6116 + 0.5458i
1.5828 + 0.4983i
1.5379 + 0.2722i
0.2048 + 0.0670i

1.3788 + 0.1641i
1.3437 + 0.1389i
1.3481 + 0.1336i
0.0671 + 0.1968i

1.3121 + 0.4320i
1.2850 + 0.4025i
1.2955 + 0.3937i
0.2016 + 0.2008i

1.2722 + 1.1406i
1.2728 + 1.0661i
1.2320 + 1.0203i
0.4809 + 0.0710i

1.4536 + 0.8623i
1.4509 + 0.7925i
1.4100 + 0.7594i
0.3406 + 0.0684i

1.0204 + 0.9076i
1.0249 + 0.8794i
1.0365 + 0.8610i
0.4779 + 0.2121i

1.1634 + 0.7212i
1.1758 + 0.6545i
1.1885 + 0.6421i
0.3377 + 0.2072i

0.9979 + 0.1554i
0.9629 + 0.1113i
0.9785 + 0.0944i
0.0625 + 0.4797i

0.9681 + 0.2706i
0.9225 + 0.2849i
0.9430 + 0.2764i
0.2019 + 0.4853i

1.0796 + 0.1672i
1.1062 + 0.1118i
1.1491 + 0.1124i
0.0550 + 0.3344i

1.0514 + 0.3095i
1.0674 + 0.3393i
1.1051 + 0.3293i
0.1977 + 0.3399i

0.7488 + 0.6179i
0.7234 + 0.6223i
0.7639 + 0.6120i
0.4860 + 0.5021i

0.8017 + 0.5596i
0.8211 + 0.4860i
0.8708 + 0.4567i
0.3403 + 0.4928i

0.8168 + 0.6803i
0.8457 + 0.7260i
0.8915 + 0.7259i
0.4763 + 0.3547i

0.8882 + 0.5928i
0.9640 + 0.5518i
1.0199 + 0.5389i
0.3343 + 0.3477i

1K-QAM

CR
7/15
9/15
11/15
13/15

1
1
1
1

1
1
1.275373378
2.968204

1.04
2.753666008
3.224572114
4.986168

1.04
2.75465415
3.680802355
6.996148

3
4.81041502
5.509974926
9.073992

3.04
4.814367589
6.346778589
11.17465

3.28
6.79756917
8.066608525
13.35998

3.32
6.812391304
9.353537556
15.60908

5.24
9.044328063
11.04938406
17.97794

5.32
9.195365613
12.69977107
20.46238

6.04
11.42332016
14.55532541
23.10439

6.28
12.08725296
16.56971547
25.93383

8.24
14.46333992
18.82535703
28.98772

8.84
16.26146245
21.36400305
32.30898

11.04
19.19229249
24.2629456
36.0013

13.68
22.97401186
27.70587594
40.26307

Annex to the Description—Annex 5

16-QAM

0.4572 + 0.2733i

0.2734 + 0.4564i

2.1203 + 0.4980i

0.4981 + 1.1203i

64-QAM

0.4578 + 1.5766i

1.5773 + 0.4553i

0.8529 + 1.1018i

1.1053 + 0.8509i

0.2292 + 0.9581i

0.2130 + 0.7667i

0.3215 + 0.8545i

0.2799 + 0.7372i

0.7652 + 0.2131i

0.9533 + 0.2285i

0.7372 + 0.2800i

0.8536 + 0.3207i

0.2747 + 0.2557i

0.2550 + 0.2755i

0.2986 + 0.2807i

0.2799 + 0.3001i

256-QAM

0.3404 + 1.7468i
1.5037 + 0.2970i
0.1595 + 0.3099i
0.3316 + 0.1654i

0.2903 + 1.4335i
1.6873 + 0.3149i
0.1602 + 0.3142i
0.3322 + 0.1645i

0.2801 + 1.4147i
1.3485 + 0.2776i
0.1585 + 0.3082i
0.3271 + 0.1653i

0.2701 + 1.3538i
1.3647 + 0.2939i
0.1591 + 0.3126i
0.3276 + 0.1644i

0.9768 + 1.4797i
1.4559 + 0.9986i
0.1749 + 0.3119i
0.3287 + 0.1819i

0.8148 + 1.2312i
1.2596 + 0.8428i
0.1750 + 0.3172i
0.3293 + 0.1809i

0.7869 + 1.2059i
1.1841 + 0.7752i
0.1731 + 6.3103i
0.3247 + 0.1813i

0.7600 + 1.1579i
1.1524 + 0.7716i
0.1733 + 0.3156i
0.3250 + 0.1802i

0.2381 + 1.0015i
1.0186 + 0.2351i
0.2110 + 0.6162i
0.6287 + 0.2124i

0.2418 + 1.0173i
1.0086 + 0.2516i
0.2066 + 0.6251i
0.6265 + 0.2133i

0.2432 + 1.0278i
1.0382 + 0.2368i
0.2081 + 0.6236i
0.6345 + 0.2166i

0.2384 + 1.0433i
1.0293 + 0.2567i
0.2122 + 0.6322i
0.6324 + 0.2273i

0.5401 + 0.8861i
0.8800 + 0.5494i
0.3104 + 0.5709i
0.5748 + 0.3222i

0.5514 + 0.8979i
0.8878 + 0.5648i
0.3143 + 0.5796i
0.5755 + 0.3291i

0.5594 + 0.9005i
0.9020 + 0.5609i
0.3128 + 0.5778i
0.5841 + 0.3298i

0.5663 + 0.9123i
0.9102 + 0.5835i
0.3169 + 0.5867i
0.5849 + 0.3280i

Annex to the Description—Annex 6

16-QAM

CR
7/15
9/15
11/15
13/15

0.502931 + 1.1949i
0.4967 + 1.19319i
0.934157 + 0.984668i
0.951702 + 0.951102i

1.19618 + 0.504965i
1.18958 + 0.489612i
0.986649 + 0.29029i
0.952402 + 0.306101i

0.263225 + 0.495916i
0.245213 + 0.532579i
0.271571 + 0.932473i
0.306701 + 0.952402i

0.499326 + 0.262469i
0.521031 + 0.243965i
0.290092 + 0.269491i
0.306101 + 0.306701i

64-QAM

CR
5/15
7/15
9/15
11/15
13/15

0.573871 + 0.976254i
0.156665 + 0.312527i
0.347178 + 0.600735i
1.44428 + 0.26833i
1.43034 + 0.232863i

0.782918 + 1.24775i
0.173303 + 0.309119i
0.155533 + 0.675551i
0.747144 + 1.22429i
0.629713 + 1.18181i

0.297932 + 1.09229i
0.205578 + 0.650614i
0.167734 + 0.285961i
1.17488 + 0.773395i
1.08029 + 0.915404i

0.330876 + 1.43264i
0.336383 + 0.594283i
0.135828 + 0.244457i
0.713766 + 0.820077i
0.686962 + 0.809461i

0.976152 + 0.571463i
0.314733 + 0.156665i
0.611635 + 0.40079i
0.163802 + 1.07689i
0.21138 + 1.43045i

1.2484 + 0.780259i
0.311625 + 0.173003i
0.724262 + 0.175237i
0.292681 + 1.42171i
0.202036 + 1.05749i

1.09086 + 0.297075i
0.651216 + 0.205278i
0.377081 + 0.19144i
0.146222 + 0.745719i
0.122108 + 0.66125i

1.43269 + 0.330462i
0.596488 + 0.33528i
0.388386 + 0.131329i
0.413364 + 0.740848i
0.373454 + 0.755743i

0.28977 + 0.524646i
0.294285 + 1.48115i
0.557425 + 0.890494i
1.02034 + 0.151686i
1.04444 + 0.168099i

0.228711 + 0.395542i
0.840155 + 1.26023i
0.203843 + 1.02603i
0.665303 + 0.13565i
0.72401 + 0.154845i

0.247472 + 0.532718i
0.235648 + 1.02609i
0.80838 + 1.25317i
0.963923 + 0.446505i
1.05528 + 0.524982i

0.210804 + 0.391137i
0.563211 + 0.895685i
0.283362 + 1.46452i
0.674568 + 0.433914i
0.71417 + 0.470959i

0.523642 + 0.289419i
1.48646 + 0.293182i
0.87389 + 0.607935i
0.127098 + 0.142777i
0.145506 + 0.127531i

0.394508 + 0.228938i
1.26184 + 0.844566i
1.04963 + 0.224547i
0.378204 + 0.140639i
0.432198 + 0.138878i

0.531678 + 0.24753i
1.02709 + 0.234546i
1.22957 + 0.849984i
0.131136 + 0.428806i
0.143195 + 0.385203i

0.390066 + 0.211214i
0.897589 + 0.562409i
1.46783 + 0.302865i
0.391865 + 0.427618i
0.421955 + 0.427778i

256-QAM

CR
5/15
7/15
9/15
11/15
13/15

0.345362 + 1.74068i
0.125601 + 0.206801i
0.0899 + 0.1337i
0.0590584 + 0.303971i
1.53147 + 0.281239i

0.284829 + 1.42158i
0.125501 + 0.207701i
0.091 + 0.1377i
0.106744 + 0.338987i
0.998182 + 1.26799i

0.289957 + 1.41901i
0.126501 + 0.224001i
0.0873 + 0.3862i
0.0687352 + 0.493018i
1.26233 + 0.982752i

0.273747 + 1.34924i
0.126401 + 0.224701i
0.0883 + 0.3873i
0.149142 + 0.465384i
1.01298 + 1.03167i

0.98746 + 1.47513i
0.155701 + 0.232501i
0.1115 + 0.1442i
0.0886873 + 0.223564i
0.555086 + 1.22323i

0.805644 + 1.20959i
0.155501 + 0.232801i
0.1135 + 0.1472i
0.182762 + 0.269554i
0.750023 + 1.30302i

0.802362 + 1.21052i
0.159401 + 0.244601i
0.2067 + 0.3591i
0.335595 + 0.305276i
0.608677 + 1.02272i

0.76327 + 1.15008i
0.159001 + 0.244701i
0.1975 + 0.3621i
0.270152 + 0.388069i
0.794765 + 1.05345i

0.241838 + 1.00583i
0.138301 + 0.640202i
0.1048 + 0.7533i
0.0834998 + 0.78801i
1.40357 + 0.521545i

0.242146 + 1.02675i
0.141701 + 0.640202i
0.177 + 0.7412i
0.239426 + 0.75908i
0.988995 + 0.653429i

0.242966 + 1.02634i
0.134401 + 0.602702i
0.1022 + 0.5904i
0.0760177 + 0.641163i
1.25198 + 0.735093i

0.243479 + 1.04727i
0.136601 + 0.602302i
0.1191 + 0.589i
0.198723 + 0.615724i
1.02273 + 0.82519i

0.54657 + 0.883419i
0.333002 + 0.576902i
0.4264 + 0.623i
0.524542 + 0.612332i
0.640295 + 0.658195i

0.560011 + 0.898605i
0.322801 + 0.578702i
0.365 + 0.6689i
0.392658 + 0.698525i
0.805991 + 0.665161i

0.559601 + 0.899015i
0.309901 + 0.548302i
0.3254 + 0.5153i
0.428672 + 0.494215i
0.637311 + 0.831949i

0.573247 + 0.914097i
0.301701 + 0.549302i
0.2959 + 0.5302i
0.331804 + 0.563449i
0.814845 + 0.846871i

1.74191 + 0.343827i
0.416802 + 0.117301i
0.3256 + 0.0768i
0.0988629 + 0.0606546i
0.0862288 + 1.191i

1.42127 + 0.286983i
0.416802 + 0.118501i
0.3266 + 0.087i
0.262969 + 0.0643457i
0.123334 + 1.42265i

1.41973 + 0.287906i
0.420502 + 0.120001i
0.4721 + 0.0994i
0.493217 + 0.0751199i
0.0754835 + 0.994373i

1.34944 + 0.274465i
0.420202 + 0.121501i
0.4721 + 0.1206i
0.416102 + 0.0866921i
0.2181 + 0.962947i

1.47934 + 0.985506i
0.385202 + 0.179701i
0.2927 + 0.1267i
0.096768 + 0.0985636i
0.448747 + 1.45498i

1.21226 + 0.80072i
0.386002 + 0.180301i
0.2947 + 0.1296i
0.239925 + 0.145152i
0.307432 + 1.27653i

1.21175 + 0.79877i
0.386702 + 0.176001i
0.3823 + 0.2592i
0.420192 + 0.273145i
0.445668 + 0.976557i

1.15214 + 0.759679i
0.387902 + 0.176501i
0.3944 + 0.2521i
0.381385 + 0.213987i
0.324435 + 1.08178i

1.00439 + 0.239375i
0.736602 + 0.152801i
0.7755 + 0.1118i
0.808162 + 0.0772148i
0.0654404 + 0.635422i

1.02501 + 0.240299i
0.725502 + 0.188401i
0.7513 + 0.2154i
0.788509 + 0.223763i
0.197117 + 0.63244i

1.02522 + 0.240812i
0.721902 + 0.153501i
0.6591 + 0.1033i
0.639866 + 0.0777136i
0.0669322 + 0.803706i

1.04604 + 0.241837i
0.711702 + 0.185701i
0.6446 + 0.1737i
0.641961 + 0.178971i
0.201791 + 0.79665i

0.884548 + 0.542364i
0.582502 + 0.414902i
0.5906 + 0.493i
0.641661 + 0.500699i
0.485539 + 0.644177i

0.899733 + 0.556215i
0.601202 + 0.400102i
0.6538 + 0.4155i
0.72985 + 0.377395i
0.338243 + 0.632243i

0.90042 + 0.555806i
0.571502 + 0.398802i
0.4981 + 0.3921i
0.530927 + 0.379191i
0.47569 + 0.808979i

0.914816 + 0.569041i
0.588902 + 0.386402i
0.5373 + 0.3586i
0.594375 + 0.303073i
0.336054 + 0.784812i

0.161704 + 0.325459i
0.167101 + 1.70951i
0.163 + 1.6621i
0.154629 + 1.5857i
1.12974 + 0.0851328i

0.162422 + 0.325459i
0.442002 + 1.61371i
0.472 + 1.5898i
0.457004 + 1.52714i
0.948718 + 0.0716106i

0.162422 + 0.325459i
0.147701 + 1.33741i
0.1268 + 1.3488i
0.129889 + 1.32373i
1.32367 + 0.111694i

0.162114 + 0.325562i
0.313501 + 1.30731i
0.3752 + 1.2961i
0.384279 + 1.27474i
0.939265 + 0.20647i

0.179044 + 0.323715i
1.0214 + 1.37841i
1.0398 + 1.2991i
1.00958 + 1.24481i
0.619011 + 0.0700174i

0.178941 + 0.323818i
0.743402 + 1.51691i
0.7733 + 1.4772i
0.746909 + 1.41381i
0.773768 + 0.068623i

0.179146 + 0.32392i
0.786903 + 1.10401i
0.838 + 1.0552i
0.849263 + 1.03961i
0.621994 + 0.208061i

0.179146 + 0.324023i
0.625202 + 1.20411i
0.6242 + 1.2081i
0.627096 + 1.18077i
0.775655 + 0.208755i

0.211262 + 0.618803i
0.152601 + 0.914003i
0.1103 + 0.9397i
0.0961694 + 0.948226i
1.18136 + 0.488435i

0.211877 + 0.625677i
0.191401 + 0.908703i
0.2415 + 0.9155i
0.282523 + 0.913609i
0.982437 + 0.489123i

0.212185 + 0.625369i
0.153901 + 1.0179i
0.1118 + 1.1163i
0.111134 + 1.11882i
1.19926 + 0.30086i

0.212698 + 0.631936i
0.209501 + 1.0084i
0.3079 + 1.0866i
0.327814 + 1.07672i
0.990087 + 0.335264i

0.317764 + 0.573453i
0.502102 + 0.797603i
0.5647 + 0.7638i
0.62121 + 0.741821i
0.635917 + 0.498373i

0.321766 + 0.578685i
0.453702 + 0.823803i
0.4385 + 0.8433i
0.461793 + 0.843078i
0.801418 + 0.498567i

0.321458 + 0.578788i
0.566302 + 0.880203i
0.6846 + 0.8841i
0.724563 + 0.878394i
0.629056 + 0.351477i

0.325665 + 0.584226i
0.502102 + 0.914603i
0.5165 + 1.0034i
0.536114 + 0.99671i
0.789475 + 0.352868i

0.31879 + 0.162422i
1.70301 + 0.191301i
1.6489 + 0.163i
1.60715 + 0.160914i
0.0671331 + 0.0678293i

0.319508 + 0.162319i
1.61161 + 0.545802i
1.5848 + 0.4983i
1.5432 + 0.473066i
0.199009 + 0.0681277i

0.319508 + 0.162422i
1.37881 + 0.164101i
1.3437 + 0.1389i
1.34887 + 0.13328i
0.0672326 + 0.201298i

0.320124 + 0.162319i
1.31211 + 0.432002i
1.285 + 0.4025i
1.29539 + 0.392758i
0.200105 + 0.201992i

0.31838 + 0.178326i
1.27221 + 1.14061i
1.2728 + 1.0661i
1.23903 + 1.02684i
0.473208 + 0.0691223i

0.319611 + 0.178531i
1.45361 + 0.862303i
1.4509 + 0.7925i
1.4186 + 0.765564i
0.335661 + 0.0687244i

0.318893 + 0.179146i
1.0204 + 0.907603i
1.0249 + 0.8794i
1.041 + 0.855947i
0.475995 + 0.20647i

0.320021 + 0.179352i
1.16341 + 0.721202i
1.1758 + 0.6545i
1.19064 + 0.638569i
0.336857 + 0.203584i

0.61747 + 0.209928i
0.997904 + 0.155401i
0.9629 + 0.1113i
0.974164 + 0.0931766i
0.066236 + 0.480565i

0.623421 + 0.209825i
0.968103 + 0.270601i
0.9226 + 0.2849i
0.940744 + 0.274741i
0.198611 + 0.481065i

0.62301 + 0.210954i
1.07961 + 0.167201i
1.1062 + 0.1118i
1.14635 + 0.111134i
0.0673321 + 0.338445i

0.629064 + 0.211672i
1.0514 + 0.309501i
1.0674 + 0.3393i
1.10146 + 0.32951i
0.199606 + 0.340135i

0.572939 + 0.314583i
0.748802 + 0.617902i
0.7234 + 0.6223i
0.760077 + 0.610536i
0.482953 + 0.490814i

0.57807 + 0.318585i
0.801703 + 0.559602i
0.8211 + 0.486i
0.867719 + 0.453612i
0.338345 + 0.484547i

0.577865 + 0.31879i
0.816803 + 0.680302i
0.8457 + 0.726i
0.887372 + 0.722168i
0.478278 + 0.347598i

0.583097 + 0.322587i
0.888203 + 0.592802i
0.964 + 0.5518i
1.01447 + 0.536613i
0.33745 + 0.343022i

1K-QAM (1 dimension)

CR
7/15
9/15
11/15
13/25

1
1
1
1

0.996303
1.001095
1.277648
2.975413

1.192785
2.736403
3.227798
4.997551

1.19627
2.735308
3.684484
7.018692

3.018669
4.797331
5.515485
9.102872

3.030356
4.791158
6.353133
11.22209

3.638079
6.763776
8.075686
13.42392

3.6181
6.779309
9.357898
15.69921

5.52437
9.000886
11.06547
18.09371

5.495488
9.15358
12.70751
20.61366

6.718191
11.36483
14.57187
23.2898

6.939145
12.03206
16.58128
26.15568

8.762114
14.39301
18.84024
29.23992

9.659293
16.1857
21.38238
32.59361

11.71951
19.10136
24.28619
36.30895

14.37307
22.86637
27.73764
40.58404

1K-QAM (2 dimensions)

CR
7/15
9/15
11/15
13/25

0.0864771 + 0.326343i
0.0708458 + 0.352673i
1.28964 + 1.3499i
1.10204 + 1.34377i

0.0817703 + 0.316929i
0.0702347 + 0.353312i
1.0852 + 1.4264i
0.953265 + 1.36811i

0.0860157 + 0.324497i
0.055736 + 0.313019i
1.38793 + 1.14273i
1.32268 + 1.08078i

0.0818626 + 0.313514i
0.0555415 + 0.314482i
1.1867 + 1.15858i
1.16547 + 1.17585i

0.0891536 + 0.324958i
0.0876221 + 0.3471i
0.85008 + 1.50845i
1.44144 + 0.791386i

0.084539 + 0.315452i
0.0870018 + 0.347285i
0.924481 + 1.34505i
1.18916 + 0.92377i

0.0888767 + 0.323943i
0.0618836 + 0.308946i
0.922074 + 1.14368i
1.34929 + 0.926486i

0.084539 + 0.31333i
0.0617632 + 0.309446i
1.03638 + 1.20849i
1.16871 + 1.042i

0.108443 + 0.453797i
0.072966 + 0.489402i
1.55964 + 0.936532i
0.698262 + 1.49043i

0.107612 + 0.454259i
0.0733363 + 0.48719i
1.15843 + 0.883156i
0.815517 + 1.38465i

0.108812 + 0.454259i
0.0728456 + 0.498679i
1.36812 + 0.948148i
0.881913 + 1.207i

0.10835 + 0.453705i
0.0731604 + 0.497633i
1.20577 + 0.99593i
1.01215 + 1.19792i

0.125978 + 0.450383i
0.139618 + 0.46708i
0.927125 + 0.889345i
0.948106 + 0.963032i

0.126255 + 0.44946i
0.139386 + 0.465516i
1.03703 + 0.890237i
1.05822 + 0.953297i

0.127455 + 0.449275i
0.144247 + 0.480051i
0.934948 + 1.00974i
0.928638 + 1.07931i

0.125516 + 0.450567i
0.143321 + 0.479403i
1.05218 + 1.02084i
1.04427 + 1.07315i

0.139545 + 0.28112i
0.164801 + 0.268579i
1.65526 + 0.69515i
1.54365 + 0.450488i

0.127178 + 0.273275i
0.165078 + 0.268588i
1.1458 + 0.493874i
1.15184 + 0.570867i

0.137791 + 0.279736i
0.0906126 + 0.239248i
1.35064 + 0.612977i
1.35351 + 0.622783i

0.126255 + 0.272168i
0.0897145 + 0.23797i
1.22547 + 0.555441i
1.23458 + 0.628624i

0.143236 + 0.279182i
0.162208 + 0.274902i
0.900337 + 0.501451i
1.30451 + 0.770483i

0.130316 + 0.274013i
0.162671 + 0.275726i
1.03683 + 0.492339i
1.18494 + 0.809095i

0.143698 + 0.27669i
0.0925939 + 0.240813i
0.915093 + 0.570741i
1.48881 + 0.621034i

0.129762 + 0.26903i
0.0924735 + 0.240887i
1.02158 + 0.563363i
1.16028 + 0.705397i

0.263861 + 0.36732i
0.28043 + 0.349146i
1.2885 + 0.778795i
0.941292 + 0.585793i

0.265707 + 0.366766i
0.279744 + 0.349137i
1.16274 + 0.760772i
1.05043 + 0.576708i

0.264692 + 0.367412i
0.310862 + 0.371774i
1.42224 + 0.752731i
0.943888 + 0.670156i

0.26543 + 0.368243i
0.310714 + 0.372857i
1.16818 + 0.658356i
1.04167 + 0.66172i

0.250664 + 0.378211i
0.244053 + 0.386708i
0.923362 + 0.772457i
0.952 + 0.860362i

0.254448 + 0.380149i
0.246831 + 0.385985i
1.03212 + 0.763198i
1.06439 + 0.848032i

0.256201 + 0.378303i
0.261042 + 0.414687i
0.921133 + 0.672022i
0.948755 + 0.761855i

0.254355 + 0.380056i
0.261459 + 0.414501i
1.03311 + 0.66311i
1.05595 + 0.750823i

0.0932144 + 0.763343i
0.0740677 + 0.780322i
0.635585 + 1.44908i
0.434913 + 1.51347i

0.0953371 + 0.761682i
0.075188 + 0.777748i
0.657985 + 1.31202i
0.456653 + 1.3707i

0.0943219 + 0.763251i
0.0901311 + 0.778896i
0.547994 + 1.17353i
0.552048 + 1.1447i

0.0907671 + 0.762236i
0.09027 + 0.775943i
0.623919 + 1.1667i
0.540367 + 1.256i

0.228975 + 0.731041i
0.248756 + 0.742047i
0.692046 + 1.63302i
0.578979 + 0.941292i

0.228975 + 0.732795i
0.250275 + 0.739399i
0.77318 + 1.30054i
0.662044 + 0.948755i

0.229344 + 0.729841i
0.228777 + 0.749843i
0.815039 + 1.1263i
0.559186 + 1.0407i

0.227406 + 0.734364i
0.22998 + 0.746417i
0.723666 + 1.15274i
0.643874 + 1.04979i

0.0941373 + 0.640965i
0.0749102 + 0.639751i
0.542498 + 0.908606i
0.67671 + 1.33177i

0.0951525 + 0.64198i
0.0738177 + 0.63988i
0.624216 + 0.903506i
0.570092 + 1.40834i

0.0969061 + 0.640872i
0.0769563 + 0.63764i
0.54334 + 1.02331i
0.767238 + 1.21901i

0.0997671 + 0.644564i
0.07716 + 0.639214i
0.616789 + 1.02197i
0.661593 + 1.19208i

0.183014 + 0.625367i
0.197668 + 0.612827i
0.814495 + 0.890187i
0.841218 + 0.971143i

0.181261 + 0.625552i
0.198307 + 0.613845i
0.713416 + 0.899694i
0.749201 + 0.962383i

0.182368 + 0.626475i
0.193863 + 0.610679i
0.813158 + 1.00504i
0.819478 + 1.08094i

0.183568 + 0.626936i
0.194057 + 0.611429i
0.712822 + 1.01717i
0.724541 + 1.08418i

0.493298 + 0.568516i
0.514224 + 0.569396i
0.542646 + 0.537943i
0.596176 + 0.588065i

0.494129 + 0.570085i
0.51366 + 0.568007i
0.611838 + 0.534774i
0.675997 + 0.59066i

0.493852 + 0.567039i
0.508104 + 0.581339i
0.542498 + 0.618324i
0.597474 + 0.669832i

0.493667 + 0.569715i
0.507179 + 0.580876i
0.61877 + 0.6106i
0.676321 + 0.672752i

0.40396 + 0.63515i
0.384393 + 0.675766i
0.798353 + 0.513384i
0.589362 + 0.843814i

0.40396 + 0.634043i
0.382736 + 0.674859i
0.709455 + 0.519375i
0.671778 + 0.850952i

0.40276 + 0.635058i
0.401058 + 0.666211i
0.803156 + 0.591091i
0.593581 + 0.753744i

0.403591 + 0.634966i
0.400142 + 0.665156i
0.711881 + 0.599756i
0.674374 + 0.75926i

0.399715 + 0.491637i
0.417649 + 0.47408i
0.544181 + 0.798056i
0.847383 + 0.591958i

0.399991 + 0.492283i
0.41802 + 0.474413i
0.624216 + 0.795135i
0.75926 + 0.592607i

0.400084 + 0.492467i
0.406437 + 0.466997i
0.543142 + 0.709207i
0.850628 + 0.675997i

0.400545 + 0.491914i
0.406419 + 0.46758i
0.62075 + 0.700988i
0.760233 + 0.677943i

0.353661 + 0.535291i
0.326278 + 0.549027i
0.815138 + 0.783697i
0.850952 + 0.86458i

0.353384 + 0.534922i
0.325268 + 0.549508i
0.715545 + 0.786866i
0.757962 + 0.862309i

0.352184 + 0.536121i
0.326444 + 0.539565i
0.810088 + 0.684946i
0.853548 + 0.766398i

0.35403 + 0.53566i
0.325815 + 0.538639i
0.716387 + 0.69371i
0.762829 + 0.766722i

0.173416 + 0.0839853i
0.223666 + 0.0625594i
0.097345 + 1.67957i
0.0655435 + 1.44533i

0.121363 + 0.0855542i
0.224166 + 0.0626798i
0.0688431 + 1.50458i
0.0436549 + 1.20847i

0.174062 + 0.0814011i
0.0837984 + 0.0624854i
0.0573375 + 1.23384i
0.0369899 + 1.08857i

0.118502 + 0.0837084i
0.0847983 + 0.0630316i
0.0611189 + 1.35198i
0.105954 + 1.12945i

0.180061 + 0.0820471i
0.225536 + 0.0642537i
0.279746 + 1.76087i
0.0347186 + 0.913387i

0.126624 + 0.0853696i
0.225064 + 0.0640593i
0.196352 + 1.4723i
0.103358 + 0.908196i

0.177753 + 0.0842621i
0.0850853 + 0.0635131i
0.183242 + 1.23221i
0.0405591 + 1.00176i

0.119517 + 0.0826932i
0.0862796 + 0.0634205i
0.17521 + 1.33648i
0.115688 + 1.01474i

0.381995 + 0.0885998i
0.371663 + 0.068133i
0.0562977 + 0.902417i
0.166088 + 1.35675i

0.392977 + 0.0885998i
0.37107 + 0.0670683i
0.0514636 + 0.954011i
0.0628682 + 1.30516i

0.382364 + 0.0876769i
0.44274 + 0.0679479i
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0.902691 + 0.244886i
0.295243 + 0.07018i
0.436542 + 0.164428i

1.11331 + 0.111488i
1.13334 + 0.0757898i
0.438475 + 0.177647i
0.29731 + 0.0317983i

1.11728 + 0.109365i
1.07888 + 0.0761972i
0.387727 + 0.182846i
0.364451 + 0.0334207i

1.10325 + 0.11961i
1.12971 + 0.153987i
0.438079 + 0.158177i
0.298284 + 0.0968684i

1.10694 + 0.118964i
1.07148 + 0.139979i
0.384954 + 0.155008i
0.363478 + 0.0991397i

1.06283 + 0.300501i
1.07944 + 0.354442i
0.268712 + 0.192947i
0.297959 + 0.230333i

1.06384 + 0.297825i
1.01908 + 0.323111i
0.301382 + 0.189877i
0.367047 + 0.231307i

1.05692 + 0.290349i
1.09721 + 0.29691i
0.268267 + 0.167089i
0.298284 + 0.165077i

1.0584 + 0.287211i
1.03573 + 0.2788i
0.299105 + 0.16293i
0.366398 + 0.165077i

0.756144 + 0.542028i
0.721142 + 0.553647i
0.452141 + 0.457142i
0.515561 + 0.509396i

0.756513 + 0.540367i
0.735103 + 0.563303i
0.395699 + 0.459519i
0.444005 + 0.506476i

0.753283 + 0.539905i
0.732909 + 0.531167i
0.4462 + 0.398768i
0.514912 + 0.438165i

0.753468 + 0.539352i
0.749204 + 0.540342i
0.393867 + 0.400997i
0.442707 + 0.435893i

0.831823 + 0.42491i
0.816337 + 0.393948i
0.27302 + 0.455805i
0.511992 + 0.299581i

0.832562 + 0.426018i
0.83503 + 0.403669i
0.310741 + 0.459172i
0.439138 + 0.298284i

0.828501 + 0.422234i
0.809745 + 0.404873i
0.274852 + 0.401591i
0.515561 + 0.36802i

0.828778 + 0.423433i
0.827596 + 0.416909i
0.310642 + 0.402581i
0.440111 + 0.366073i

0.870309 + 0.64724i
0.873536 + 0.691904i
0.440109 + 0.273763i
0.302502 + 0.50388i

0.872339 + 0.644472i
0.834928 + 0.653379i
0.394461 + 0.278071i
0.372238 + 0.505178i

0.858496 + 0.639949i
0.917421 + 0.645583i
0.444615 + 0.314652i
0.301204 + 0.435569i

0.859972 + 0.636165i
0.867703 + 0.612077i
0.393569 + 0.316385i
0.369318 + 0.434595i

0.97506 + 0.497174i
1.02195 + 0.485421i
0.271188 + 0.280051i
0.298932 + 0.29731i

0.973399 + 0.500405i
0.961769 + 0.457831i
0.304997 + 0.279605i
0.366722 + 0.298284i

0.960478 + 0.489791i
0.996488 + 0.530232i
0.272822 + 0.318217i
0.299906 + 0.364775i

0.958816 + 0.490899i
0.94178 + 0.493106i
0.306977 + 0.318217i
0.36802 + 0.366073i

Annex to the Description—Annex 7

TABLE 2

CR = 5/15 SNR = 4 dB

0.531 + 1.193i

1.193 + 0.530i

0.284 + 0.462i

0.462 + 0.284i

−0.531 + 1.193i

−1.193 + 0.530i

−0.284 + 0.462i

−0.462 + 0.284i

0.531 − 1.193i

1.193 − 0.530i

0.284 − 0.462i

0.462 − 0.284i

−0.531 − 1.193i

−1.193 − 0.530i

−0.284 − 0.462i

−0.462 − 0.284i

TABLE 3

CR = 7/15 SNR = 6.5 dB

1.2103 + 0.5026i

0.5014 + 1.2103i

0.4634 + 0.2624i

0.2624 + 0.4627i

−1.2103 + 0.5026i

−0.5014 + 1.2103i

−0.4634 + 0.2624i

−0.2624 + 0.4627i

1.2103 − 0.5026i

0.5014 − 1.2103i

0.4634 − 0.2624i

0.2624 − 0.4627i

−1.2103 − 0.5026i

−0.5014 − 1.2103i

−0.4634 − 0.2624i

−0.2624 − 0.4627i

TABLE 4

CR = 9/15 SNR = 8.5 dB

0.4909 + 1.2007i

1.2007 + 0.4909i

0.2476 + 0.5065i

0.5053 + 0.2476i

−0.4909 + 1.2007i

−1.2007 + 0.4909i

−0.2476 + 0.5065i

−0.5053 + 0.2476i

0.4909 − 1.2007i

1.2007 − 0.4909i

0.2476 − 0.5065i

0.5053 − 0.2476i

−0.4909 − 1.2007i

−1.2007 − 0.4909i

−0.2476 − 0.5065i

−0.5053 − 0.2476i

TABLE 5

CR = 11/15 SNR = 11 dB

0.9583 + 0.9547i

0.9547 + 0.2909i

0.2921 + 0.9583i

0.2909 + 0.2927i

−0.9583 + 0.9547i

−0.9547 + 0.2909i

−0.2921 + 0.9583i

−0.2909 + 0.2927i

0.9583 − 0.9547i

0.9547 − 0.2909i

0.2921 − 0.9583i

0.2909 − 0.2927i

−0.9583 − 0.9547i

−0.9547 − 0.2909i

−0.2921 − 0.9583i

−0.2909 − 0.2927i

TABLE 6

CR = 13/15 SNR = 14.5 dB

0.9517 + 0.9511i

0.9524 + 0.3061i

0.3067 + 0.9524i

0.3061 + 0.3067i

−0.9517 + 0.9511i

−0.9524 + 0.3061i

−0.3067 + 0.9524i

−0.3061 + 0.3067i

0.9517 − 0.9511i

0.9524 − 0.3061i

0.3067 − 0.9524i

0.3061 − 0.3067i

−0.9517 − 0.9511i

−0.9524 − 0.3061i

−0.3067 − 0.9524i

−0.3061 − 0.3067i

TABLE 7

CR = 5/15 SNR = 7.5 dB

0.500 + 0.287i

0.422 + 0.249i

0.507 + 0.247i

0.419 + 0.224i

0.286 + 0.493i

0.249 + 0.415i

0.253 + 0.485i

0.230 + 0.400i

1.027 + 0.617i

1.220 + 0.778i

1.161 + 0.308i

1.391 + 0.332i

0.579 + 1.027i

0.711 + 1.205i

0.308 + 1.148i

0.335 + 1.387i

−0.500 + 0.287i

−0.422 + 0.249i

−0.507 + 0.247i

−0.419 + 0.224i

−0.286 + 0.493i

−0.249 + 0.415i

−0.253 + 0.485i

−0.230 + 0.400i

−1.027 + 0.617i

−1.220 + 0.778i

−1.161 + 0.308i

−1.391 + 0.332i

−0.579 + 1.027i

−0.711 + 1.205i

−0.308 + 1.148i

−0.335 + 1.387i

0.500 − 0.287i

0.422 − 0.249i

0.507 − 0.247i

0.419 − 0.224i

0.286 − 0.493i

0.249 − 0.415i

0.253 − 0.485i

0.230 − 0.400i

1.027 − 0.617i

1.220 − 0.778i

1.161 − 0.308i

1.391 − 0.332i

0.579 − 1.027i

0.711 − 1.205i

0.308 − 1.148i

0.335 − 1.387i

−0.500 − 0.287i

−0.422 − 0.249i

−0.507 − 0.247i

−0.419 − 0.224i

−0.286 − 0.493i

−0.249 − 0.415i

−0.253 − 0.485i

−0.230 − 0.400i

−1.027 − 0.617i

−1.220 − 0.778i

−1.161 − 0.308i

−1.391 − 0.332i

−0.579 − 1.027i

−0.711 − 1.205i

−0.308 − 1.148i

−0.335 − 1.387i

TABLE 8

CR = 7/15 SNR = 10.5 dB

0.3352 + 0.6028i

0.2077 + 0.6584i

0.1711 + 0.3028i

0.1556 + 0.3035i

0.6028 + 0.3345i

0.6577 + 0.2084i

0.3021 + 0.1711i

0.3028 + 0.1556i

0.5556 + 0.8922i

0.2352 + 1.0190i

0.8450 + 1.2619i

0.2922 + 1.4894i

0.8929 + 0.5549i

1.0197 + 0.2359i

1.2626 + 0.8457i

1.4894 + 0.2922i

−0.3352 + 0.6028i

−0.2077 + 0.6584i

−0.1711 + 0.3028i

−0.1556 + 0.3035i

−0.6028 + 0.3345i

−0.6577 + 0.2084i

−0.3021 + 0.1711i

−0.3028 + 0.1556i

−0.5556 + 0.8922i

−0.2352 + 1.0190i

−0.8450 + 1.2619i

−0.2922 + 1.4894i

−0.8929 + 0.5549i

−1.0197 + 0.2359i

−1.2626 + 0.8457i

−1.4894 + 0.2922i

0.3352 − 0.6028i

0.2077 − 0.6584i

0.1711 − 0.30281

0.1556 − 0.3035i

0.6028 − 0.3345i

0.6577 − 0.2084i

0.3021 − 0.1711i

0.3028 − 0.1556i

0.5556 − 0.8922i

0.2352 − 1.0190i

0.8450 − 1.2619i

0.2922 − 1.4894i

0.8929 − 0.5549i

1.0197 − 0.2359i

1.2626 − 0.8457i

1.4894 − 0.2922i

−0.3352 − 0.6028i

−0.2077 − 0.6584i

−0.1711 − 0.3028i

−0.1556 − 0.3035i

−0.6028 − 0.3345i

−0.6577 − 0.2084i

−0.3021 − 0.1711i

−0.3028 − 0.1556i

−0.5556 − 0.8922i

−0.2352 − 1.0190i

−0.8450 − 1.2619i

−0.2922 − 1.4894i

−0.8929 − 0.5549i

−1.0197 − 0.2359i

−1.2626 − 0.8457i

−1.4894 − 0.2922i

TABLE 9

CR = 9/15 SNR = 13.5 dB

0.3547 + 0.6149i

0.1581 + 0.6842i

0.1567 + 0.2749i

0.1336 + 0.2700i

0.6177 + 0.4030i

0.7262 + 0.1756i

0.3568 + 0.1756i

0.3771 + 0.1336i

0.5639 + 0.8864i

0.1980 + 1.0277i

0.8199 + 1.2515i

0.2854 + 1.4691i

0.8654 + 0.6058i

1.0382 + 0.2141i

1.2362 + 0.8416i

1.4663 + 0.2973i

−0.3547 + 0.6149i

−0.1581 + 0.6842i

−0.1567 + 0.2749i

−0.1336 + 0.2700i

−0.6177 + 0.4030i

−0.7262 + 0.1756i

−0.3568 + 0.1756i

−0.3771 + 0.1336i

−0.5639 + 0.8864i

−0.1980 + 1.0277i

−0.8199 + 1.2515i

−0.2854 + 1.4691i

−0.8654 + 0.6058i

−1.0382 + 0.2141i

−1.2362 + 0.8416i

−1.4663 + 0.2973i

0.3547 − 0.6149i

0.1581 − 0.6842i

0.1567 − 0.2749i

0.1336 − 0.2700i

0.6177 − 0.4030i

0.7262 − 0.1756i

0.3568 − 0.1756i

0.3771 − 0.1336i

0.5639 − 0.8864i

0.1980 − 1.0277i

0.8199 − 1.2515i

0.2854 − 1.4691i

0.8654 − 0.6058i

1.0382 − 0.2141i

1.2362 − 0.8416i

1.4663 − 0.2973i

−0.3547 − 0.6149i

−0.1581 − 0.6842i

−0.1567 − 0.2749i

−0.1336 − 0.2700i

−0.5177 − 0.4030i

−0.7262 − 0.1756i

−0.3568 − 0.1756i

−0.3771 − 0.1336i

−0.5639 − 0.8864i

−0.1980 − 1.0277i

−0.8199 − 1.2515i

−0.2854 − 1.4691i

−0.8654 − 0.6058i

−1.0382 − 0.2141i

−1.2362 − 0.8416i

−1.4663 − 0.2973i

TABLE 10

CR = 11/15 SNR = 16 dB

0.3317 + 0.6970i

0.1386 + 0.8824i

0.1323 + 0.4437i

0.1015 + 0.1372i

0.5682 + 0.4500i

0.6739 + 0.1435i

0.3597 + 0.3401i

0.3660 + 0.1204i

0.6004 + 0.8922i

0.2120 + 1.2253i

0.9594 + 1.0714i

0.5829 + 1.3995i

0.8439 + 0.5675i

0.9769 + 0.1959i

1.2239 + 0.6760i

1.3653 + 0.2323i

−0.3317 + 0.6970i

−0.1386 + 0.8824i

−0.1323 + 0.4437i

−0.1015 + 0.1372i

−0.5682 + 0.4500i

−0.6739 + 0.1435i

−0.3597 + 0.3401i

−0.3660 + 0.1204i

−0.6004 + 0.8922i

−0.2120 + 1.2253i

−0.9594 + 1.0714i

−0.5829 + 1.3995i

−0.8439 + 0.5675i

−0.9769 + 0.1959i

−1.2239 + 0.6760i

−1.3653 + 0.2323i

0.3317 − 0.6970i

0.1386 − 0.8824i

0.1323 − 0.4437i

0.1015 − 0.1372i

0.5682 − 0.4500i

0.6739 − 0.1435i

0.3597 − 0.3401i

0.3660 − 0.1204i

0.5004 − 0.8922i

0.2120 − 1.2253i

0.9594 − 1.0714i

0.5829 − 1.3995i

0.8439 − 0.5675i

0.9769 − 0.1959i

1.2239 − 0.6760i

1.3653 − 0.2323i

−0.3317 − 0.6970i

−0.1386 − 0.8824i

−0.1323 − 0.4437i

−0.1015 − 0.1372i

−0.5682 − 0.4500i

−0.6739 − 0.1435i

−0.3597 − 0.3401i

−0.3660 − 0.1204i

−0.6004 − 0.8922i

−0.2120 − 1.2253i

−0.9594 − 1.0714i

−0.5829 − 1.3995i

−0.8439 − 0.5675i

−0.9769 − 0.1959i

−1.2239 − 0.6760i

−1.3653 − 0.2323i

TABLE 11

CR = 13/15 SNR = 19.5 dB

5.9520 + 8.0850i

7.7190 + 5.8400i

1.4580 + 9.5540i

5.2690 + 5.3190i

8.1410 + 1.1460i

7.5190 + 3.3690i

5.5910 + 1.0300i

5.1640 + 3.0900i

1.0520 + 6.8620i

1.0230 + 4.7460i

3.2380 + 7.4900i

3.1000 + 5.0750i

1.0890 + 0.9100i

1.0060 + 2.7780i

3.2870 + 0.9710i

3.0440 + 2.9450i

−5.9520 + 8.0850i

−7.7190 + 5.8400i

−1.4580 + 9.5540i

−5.2690 + 5.3190i

−8.1410 + 1.1460i

−7.5190 + 3.3690i

−5.5910 + 1.0300i

−5.1640 + 3.0900i

−1.0520 + 6.8620i

−1.0230 + 4.7460i

−3.2380 + 7.4900i

−3.1000 + 5.0750i

−1.0890 + 0.9100i

−1.0060 + 2.7780i

−3.2870 + 0.9710i

−3.0440 + 2.9450i

5.9520 − 8.0850i

7.7190 − 5.8400i

1.4580 − 9.5540i

5.2690 − 5.3190i

8.1410 − 1.1460i

7.5190 − 3.3690i

5.5910 − 1.0300i

5.1640 − 3.0900i

1.0520 − 6.8620i

1.0230 − 4.7460i

3.2380 − 7.4900i

3.1000 − 5.0750i

1.0890 − 0.9100i

1.0060 − 2.7780i

3.2870 − 0.9710i

3.0440 − 2.9450i

−5.9520 − 8.0850i

−7.7190 − 5.8400i

−1.4580 − 3.5540i

−5.2690 − 5.3190i

−8.1410 − 1.1460i

−7.5190 − 3.3690i

−5.5910 − 1.0300i

−5.1640 − 3.0900i

−1.0520 − 6.8620i

−1.0230 − 4.7460i

−3.2380 − 7.4900i

−3.1000 − 5.0750i

−1.0890 − 0.9100i

−1.0060 − 2.7780i

−3.2870 − 0.9710i

−3.0440 − 2.9450i

TABLE 12

CR = 5/15 SNR = 10 dB

1.467 + 0.993i

1.216 + 0.823i

1.215 + 0.820i

1.151 + 0.775i

1.751 + 0.343i

1.435 + 0.289i

1.435 + 0.288i

1.360 + 0.272i

0.887 + 0.534i

0.903 + 0.552i

0.903 + 0.548i

0.917 + 0.564i

1.003 + 0.243i

1.025 + 0 246i

1.025 + 0.244i

1.047 + 0.245i

0.969 + 1.486i

0.802 + 1.214i

0.796 + 1.221i

0.759 + 1.153i

0.340 + 1.742i

0.275 + 1.422i

0.280 + 1.419i

0.263 + 1.347i

0.532 + 0.884i

0.547 + 0.902i

0.549 + 0 902i

0.561 + 0.916i

0.243 + 0.996i

0.243 + 1.017i

0.245 + 1.018i

0.245 + 1.039i

0.317 + 0.178i

0.319 + 0.179i

0.318 + 0.178i

0.318 + 0.178i

0.317 + 0.164i

0.316 + 0.165i

0.319 + 0.164i

0.318 + 0.163i

0.576 + 0.312i

0.582 + 0.315i

0.581 + 0.316i

0.589 + 0.319i

0.611 + 0.218i

0.620 + 0.219i

0.618 + 0.218i

0.627 + 0.219i

0.179 + 0.316i

0.179 + 0.315i

0.181 + 0.316i

0.180 + 0.316i

0.165 + 0.315i

0.156 + 0.313i

0.165 + 0.316i

0.165 + 0.316i

0.310 + 0.571i

0.314 + 0.576i

0.315 + 0.577i

0.320 + 0.582i

0.216 + 0.609i

0.219 + 0.615i

0.218 + 0.619i

0.220 + 0.623i

−1.467 + 0.993i

−1.216 + 0.823i

−1.215 + 0.820i

−1.151 + 0.775i

−1.751 + 0.343i

−1.435 + 0.289i

−1.435 + 0.288i

−1.360 + 0.272i

−0.887 + 0.534i

−0.903 + 0.552i

−0.903 + 0.548i

−0.917 + 0.564i

−1.003 + 0.243i

−1.025 + 0.246i

−1.025 + 0.244i

−1.047 + 0.245i

−0.969 + 1.486i

−0.802 + 1.214i

−0.796 + 1.221i

−0.759 + 1.153i

−0.340 + 1.742i

−0.275 + 1.422i

−0.280 + 1.419i

−0.263 + 1.347i

−0.532 + 0.884i

−0.547 + 0.902i

−0.549 + 0.902i

−0.561 + 0.916i

−0.243 + 0.996i

−0.243 + 1.017i

−0.245 + 1.018i

−0.245 + 1.039i

−0.317 + 0.178i

−0.319 + 0.179i

−0.318 + 0.178i

−0.318 + 0.178i

−0.317 + 0.164i

−0.316 + 0.165i

−0.319 + 0.164i

−0.318 + 0.163i

−0.576 + 0.312i

−0.582 + 0.315i

−0.581 + 0.315i

−0.589 + 0.319i

−0.611 + 0.218i

−0.620 + 0.219i

−0.618 + 0.218i

−0.627 + 0 219i

−0.179 + 0.316i

−0.179 + 0.315i

−0.181 + 0.316i

−0.180 + 0.316i

−0.165 + 0.315i

−0.166 + 0.318i

−0.165 + 0.316i

−0.165 + 0.316i

−0.310 + 0.571i

−0.314 + 0.576i

−0.315 + 0.577i

−0.320 + 0.582i

−0.216 + 0.609i

−0.219 + 0.615i

−0.218 + 0.619i

−0.220 + 0.623i

1.467 − 0.993i

1.216 − 0.823i

1.215 − 0.820i

1.151 − 0.775i

1.751 − 0.343i

1.435 − 0.289i

1.435 − 0.288i

1.360 − 0.272i

0.887 − 0.534i

0.903 − 0.552i

0.903 − 0.548i

0.917 − 0.564i

1.003 − 0.243i

1.025 − 0.246i

1.025 − 0.244i

1.047 − 0.245i

0.969 − 1.486i

0.802 − 1.214i

0.796 − 1.221i

0.759 − 1.153i

0.340 − 1.742i

0.275 − 1.422i

0.280 − 1.419i

0.263 − 1.347i

0.532 − 0.884i

0.547 − 0.902i

0.549 − 0.902i

0.561 − 0.916i

0.243 − 0.996i

0.243 − 1.017i

0.245 − 1.018i

0.245 − 1.039i

0.317 − 0.178i

0.319 − 0.179i

0.318 − 0.178i

0.318 − 0.178i

0.317 − 0.164i

0.316 − 0.165i

0.319 − 0.164i

0.318 − 0.163i

0.576 − 0.312i

0.582 − 0.315i

0.581 − 0.316i

0.589 − 0.319i

0.611 − 0.218i

0.620 − 0.219i

0.618 − 0.218i

0.627 − 0.219i

0.179 − 0.316i

0.179 − 0.315i

0.181 − 0.316i

0.180 − 0.316i

0.165 − 0.315i

0.166 − 0.318i

0.165 − 0.316i

0.165 − 0.316i

0.310 − 0.571i

0.314 − 0.576i

0.315 − 0.577i

0.320 − 0.582i

0.216 − 0.609i

0.219 − 0.615i

0.218 − 0.619i

0.220 − 0.623i

−1.467 − 0.993i

−1.216 − 0.823i

−1.215 − 0.820i

−1.151 − 0.775i

−1.751 − 0.343i

−1.435 − 0.289i

−1.435 − 0.288i

−1.360 − 0.272i

−0.887 − 0.534i

−0.903 − 0.552i

−0.903 − 0.548i

−0.917 − 0.564i

−1.003 − 0.243i

−1.025 − 0.246i

−1.025 − 0.244i

−1.047 − 0.245i

−0.969 − 1.486i

−0.802 − 1.214i

−0.796 − 1.221i

−0.759 − 1.153i

−0.340 − 1.742i

−0.275 − 1.422i

−0.280 − 1.419i

−0.263 − 1.347i

−0.532 − 0.884i

−0.547 − 0.902i

−0.549 − 0.902i

−0.561 − 0.916i

−0.243 − 0.996i

−0.243 − 1.017i

−0.245 − 1.018i

−0.245 − 1.039i

−0.317 − 0.178i

−0.319 − 0.179i

−0.318 − 0.178i

−0.318 − 0.178i

−0.317 − 0.164i

−0.316 − 0.165i

−0.319 − 0.164i

−0.318 − 0.163i

−0.576 − 0.312i

−0.582 − 0.315i

−0.581 − 0.316i

−0.589 − 0.319i

−0.611 − 0.218i

−0.620 − 0.219i

−0.618 − 0.218i

−0.627 − 0.219i

−0.179 − 0.316i

−0.179 − 0.315i

−0.181 − 0.316i

−0.180 − 0.316i

−0.165 − 0 315i

−0.166 − 0.318i

−0.165 − 0.316i

−0.165 − 0.316i

−0.310 − 0.571i

−0.314 − 0.576i

−0.315 − 0.577i

−0.320 − 0.582i

−0.216 − 0.609i

−0.219 − 0.615i

−0.218 − 0.619i

−0.220 − 0.623i

TABLE 13

CR = 7/15 SNR = 13.5 dB

1.2905 + 1.3099i

1.0504 + 0.9577i

1.5329 + 0.8935i

1.1577 + 0.8116i

1.7881 + 0.2509i

1.4275 + 0.1400i

1.4784 + 0.5201i

1.3408 + 0.4346i

0.7837 + 0.5867i

0.8250 + 0.6455i

0.8256 + 0.5601i

0.8777 + 0.6110i

1.0080 + 0.1843i

1.0759 + 0.1721i

1.0056 + 0.2758i

1.0662 + 0.2964i

0.8334 + 1.5554i

0.8165 + 1.1092i

0.6092 + 1.2729i

0.6728 + 1.1456i

0.3061 + 1.7469i

0.1327 + 1.4056i

0.3522 + 1.3414i

0.2273 + 1.3081i

0.5007 + 0.8098i

0.5528 + 0.8347i

0.4843 + 0.8486i

0.5304 + 0.8759i

0.1715 + 0.9147i

0 1540 + 0.9510i

0.1964 + 0.9438i

0.1788 + 0.9832i

0.3752 + 0.1667i

0.3734 + 0.1667i

0.3758 + 0.1661i

0.3746 + 0.1649i

0.4013 + 0.1230i

0.4001 + 0.1230i

0.4037 + 0.1230i

0.4019 + 0.1218i

0.6025 + 0.3934i

0.5946 + 0.3928i

0.6116 + 0.3879i

0.6019 + 0.3837i

0.7377 + 0.1618i

0.7298 + 0.1582i

0.7274 + 0.1782i

0.7165 + 0.1746i

0.1509 + 0.2425i

0.1503 + 0.2400i

0.1515 + 0.2437i

0.1503 + 0.2425i

0.1285 + 0.2388i

0.1279 + 0.2419i

0.1279 + 0.2431i

0.1279 + 0.2406i

0.3394 + 0.5764i

0.3364 + 0.5722i

0.3328 + 0.5758i

0.3303 + 0.5698i

0.1491 + 0.6316i

0.1461 + 0.6280i

0.1509 + 0.6280i

0.1473 + 0.6225i

−1.2905 + 1.3099i

−1.0504 + 0.9577i

−1.5329 + 0.8935i

−1.1577 + 0.8116i

−1.7881 + 0.2509i

−1.4275 + 0.1400i

−1.4784 + 0.5201i

−1.3408 + 0.4346i

−0.7837 + 0.5867i

−0.8250 + 0.6455i

−0.8256 + 0.5601i

−0.8777 + 0.6110i

−1.0080 + 0.1843i

−1.0759 + 0.1721i

−1.0056 + 0.2758i

−1.0662 + 0.2964i

−0.8334 + 1.5554i

−0.8165 + 1.1092i

−0.6092 + 1.2729i

−0.6728 + 1.1456i

−0.3061 + 1.7469i

−0.1327 + 1.4056i

−0.3522 + 1.3414i

−0.2273 + 1.3081i

−0.5007 + 0.8098i

−0.5528 + 0.8347i

−0.4843 + 0.8486i

−0.5304 + 0.8759i

−0.1715 + 0.9147i

−0.1540 + 0.9510i

−0.1964 + 0.9438i

−0.1788 + 0.9832i

−0.3752 + 0.1667i

−0.3734 + 0.1667i

−0.3758 + 0.1661i

−0.3746 + 0.1649i

−0.4013 + 0.1230i

−0.4001 + 0.1230i

−0.4037 + 0.1230i

−0.4019 + 0 1218i

−0.6025 + 0.3934i

−0.5946 + 0.3928i

−0.6116 + 0.3879i

−0.6019 + 0.3837i

−0.7377 + 0.1618i

−0.7298 + 0.1582i

−0.7274 + 0.1782i

−0.7165 + 0.1746i

−0.1509 + 0.2425i

−0.1503 + 0.2400i

−0.1515 + 0.2437i

−0.1503 + 0.2425i

−0.1285 + 0.2388i

−0.1279 + 0.2419i

−0.1279 + 0.2431i

−0.1279 + 0.2406i

−0.3394 + 0.5764i

−0.3364 + 0.5722i

−0.3328 + 0.5758i

−0.3303 + 0.5698i

−0.1491 + 0.6316i

−0.1461 + 0.6280i

−0.1509 + 0.6280i

−0.1473 + 0.6225i

1.2905 − 1.3099i

1.0504 − 0.9577i

1.5329 − 0.8935i

1.1577 − 0.8116i

1.7881 − 0.2509i

1.4275 − 0.1400i

1.4784 − 0.5201i

1.3408 − 0.4346i

0.7837 − 0.5867i

0.8250 − 0.6455i

0.8256 − 0.5601i

0.8777 − 0.6110i

1.0080 − 0.1843i

1.0759 − 0.1721i

1.0056 − 0.2758i

1.0662 − 0.2964i

0.8334 − 1.5554i

0.8165 − 1.1092i

0.6092 − 1.2729i

0.6728 − 1.1456i

0.3061 − 1.7469i

0.1327 − 1.4056i

0.3522 − 1.3414i

0.2273 − 1.3081i

0.5007 − 0.8098i

0.5528 − 0.8347i

0.4843 − 0.8486i

0.5304 − 0.8759i

0.1715 − 0.9147i

0.1540 − 0.9510i

0.1964 − 0.9438i

0.1788 − 0.9832i

0.3752 − 0.1667i

0.3734 − 0.1667i

0.3758 − 0.1661i

0.3746 − 0.1649i

0.4013 − 0.1230i

0.4001 − 0.1230i

0.4037 − 0.1230i

0.4019 − 0.1218i

0.6025 − 0.3934i

0.5946 − 0.3928i

0.6116 − 0.3879i

0.6019 − 0.3837i

0.7377 − 0.1618i

0.7298 − 0.1582i

0.7274 − 0.1782i

0.7155 − 0.1746i

0.1509 − 0.2425i

0.1503 − 0.2400i

0.1515 − 0.2437i

0.1503 − 0.2425i

0.1285 − 0.2388i

0.1279 − 0.2419i

0.1279 − 0.2431i

0.1279 − 0.2406i

0.3394 − 0.5764i

0.3364 − 0.5722i

0.3328 − 0.5758i

0.3303 − 0.5698i

0.1491 − 0.6316i

0.1461 − 0.6280i

0.1509 − 0.6280i

0.1473 − 0.6225i

−1.2905 − 1.3099i

−1.0504 − 0.9577i

−1.5329 − 0.8935i

−1.1577 − 0.8116i

−1.7881 − 0.2509i

−1.4275 − 0.1400i

−1.4784 − 0.5201i

−1.3408 − 0.4346i

−0.7837 − 0.5867i

−0.8250 − 0.6455i

−0.8256 − 0.5601i

−0.8777 − 0.6110i

−1.0080 − 0.1843i

−1.0759 − 0.1721i

−1.0056 − 0.2758i

−1.0662 − 0.2964i

−0.8334 − 1.5554i

−0.8165 − 1.1092i

−0.6092 − 1.2729i

−0.6728 − 1.1456i

−0.3061 − 1.7469i

−0.1327 − 1.4056i

−0.3522 − 1.3414i

−0.2273 − 1.3081i

−0.5007 − 0.8098i

−0.5528 − 0.8347i

−0.4843 − 0.8486i

−0.5304 − 0.8759i

−0.1715 − 0.9147i

−0.1540 − 0.9510i

−0.1964 − 0.9438i

−0.1788 − 0.9832i

−0.3752 − 0.1667i

−0.3734 − 0.1667i

−0.3758 − 0.1661i

−0.3746 − 0.1649i

−0.4013 − 0.1230i

−0.4001 − 0.1230i

−0.4037 − 0.1230i

−0.4019 − 0.1218i

−0.6025 − 0.3934i

−0.5946 − 0.3928i

−0.6116 − 0.3879i

−0.6019 − 0.3837i

−0.7377 − 0.1618i

−0.7298 − 0.1582i

−0.7274 − 0.1782i

−0.7165 − 0.1746i

−0.1509 − 0.2425i

−0.1503 − 0.2400i

−0.1515 − 0.2437i

−0.1503 − 0.2425i

−0.1285 − 0.2388i

−0.1279 − 0.2419i

−0.1279 − 0.2431i

−0.1279 − 0.2406i

−0.3394 − 0.5764i

−0.3364 − 0.5722i

−0.3328 − 0.5758i

−0.3303 − 0.5698i

−0.1491 − 0.6316i

−0.1461 − 0.6280i

−0.1509 − 0.6280i

−0.1473 − 0.6225i

TABLE 14

CR = 9/15 SNR = 17 dB

1.3231 + 1.1506i

0.9851 + 1.2311i

1.1439 + 0.8974i

0.9343 + 0.9271i

1.5398 + 0.7952i

0.9092 + 0.5599i

1.2222 + 0.6574i

0.9578 + 0.6373i

0.7748 + 1.5867i

0.6876 + 1.2489i

0.5992 + 0.9208i

0.6796 + 0.9743i

0.5836 + 0.5879i

0.6915 + 0.5769i

0.5858 + 0.7058i

0.6868 + 0.6793i

1.6118 + 0.1497i

0.9511 + 0.1140i

1.2970 + 0.1234i

1.0266 + 0.1191i

1.5831 + 0.4496i

0.9328 + 0.3586i

1.2796 + 0.3894i

1.0188 + 0.3447i

0.5940 + 0.1059i

0.7215 + 0.1100i

0.5863 + 0.1138i

0.6909 + 0.1166i

0.5843 + 0.3604i

0.6970 + 0.3592i

0.5808 + 0.3250i

0.6678 + 0.3290i

0.1406 + 1.6182i

0.1272 + 1.2984i

0.1211 + 0.9644i

0.1220 + 1.0393i

0.1124 + 0.6101i

0.1177 + 0.6041i

0.1136 + 0.7455i

0.1185 + 0.7160i

0.4324 + 1.5679i

0.3984 + 1.2825i

0.3766 + 0.9534i

0.3668 + 1.0301i

0.3667 + 0.5995i

0.3328 + 0.5960i

0.3687 + 0.7194i

0.3373 + 0.6964i

0.1065 + 0.1146i

0.1145 + 0.1108i

0.1053 + 0.1274i

0.1134 + 0.1236i

0.1111 + 0.3821i

0.1186 + 0.3867i

0.1080 + 0.3431i

0.1177 + 0.3459i

0.3644 + 0.1080i

0.3262 + 0.1104i

0.3681 + 0.1173i

0.3289 + 0.1196i

0.3665 + 0.3758i

0.3310 + 0.3795i

0.3672 + 0.3353i

0.3336 + 0.3402i

−1.3231 + 1.1506i

−0.9851 + 1.2311i

−1.1439 + 0.8974i

−0.9343 + 0.9271i

−1.5398 + 0.7962i

−0.9092 + 0.5599i

−1.2222 + 0.6574i

−0.9579 + 0.6373i

−0.7748 + 1.5867i

−0.6876 + 1.2489i

−0.5992 + 0.0208i

−0.6796 + 0.9743i

−0.5836 + 0.5879i

−0.6915 + 0.5769i

−0.5858 + 0.7058i

−0.6868 + 0.6793i

−1.6118 + 0.1497i

−0.9511 + 0.1140i

−1.2970 + 0.1234i

−1.0266 + 0.1191i

−1.5831 + 0.4496i

−0.9328 + 0.3586i

−1.2796 + 0.3894i

−1.0188 + 0.3447i

−0.5940 + 0.1059i

−0.7215 + 0.1100i

−0.5863 + 0.1138i

−0.6909 + 0.1166i

−0.5843 + 0.3604i

−0.6970 + 0.3592i

−0.5808 + 0.3250i

−0.6678 + 0.3290i

−0.1406 + 1.6182i

−0.1272 + 1.2984i

−0.1211 + 0.9644i

−0.1220 + 1.0393i

−0.1124 + 0.6101i

−0.1177 + 0.6041i

−0.1136 + 0.7455i

−0.1185 + 0.7160i

−0.4324 + 1.5679i

−0.3984 + 1.2825i

−0.3766 + 0.9534i

−0.3668 + 1.0301i

−0.3567 + 0.5995i

−0.3328 + 0.5960i

−0.3687 + 0.7194i

−0.3373 + 0.6964i

−0.1065 + 0.1146i

−0.1145 + 0.1108i

−0.1053 + 0.1274i

−0.1134 + 0.1236i

−0.1111 + 0.3821i

−0.1186 + 0.3867i

−0.1080 + 0.3431i

−0.1177 + 0.3459i

−0.3644 + 0.1080i

−0.3262 + 0.1104i

−0.3681 + 0.1173i

−0.3289 + 0.1196i

−0.3665 + 0.3758i

−0.3310 + 0.3795i

−0.3672 + 0.3353i

−0.3336 + 0.3402i

1.3231 − 1.1506i

0.9851 − 1.2311i

1.1439 − 0.8974i

0.9343 − 0.9271i

1.5398 − 0.7962i

0.9092 − 0.5599i

1.2222 − 0.6574i

0.9579 − 0.6373i

0.7748 − 1.5867i

0.6876 − 1.2489i

0.5992 − 0.9208i

0.6796 − 0.9743i

0.5336 − 0.5879i

0.6915 − 0.5769i

0.5858 − 0.7058i

0.6868 − 0.6793i

1.6113 − 0.1497i

0.9511 − 0.1140i

1.2970 − 0.1234i

1.0266 − 0.1191i

1.5881 − 0.4496i

0.9328 − 0.3586i

1.2796 − 0.3894i

1.0188 − 0.3447i

0.5940 − 0.1059i

0.7215 − 0.1100i

0.5863 − 0.1138i

0.6909 − 0.1166i

0.5843 − 0.3604i

0.6970 − 0.3592i

0.5808 − 0.3250i

0.6678 − 0.3290i

0.1406 − 1.6182i

0.1272 − 1.2984i

0.1211 − 0.9644i

0.1220 − 1.0393i

0.1124 − 0.6101i

0.1177 − 0.6041i

0.1136 − 0.7455i

0.1185 − 0.7160i

0.4324 − 1.5679i

0.3984 − 1.2825i

0.3766 − 0.9534i

0.3668 − 1.0301i

0.3667 − 0.5995i

0.3328 − 0.5960i

0.3687 − 0.7194i

0.3373 − 0.6964i

0.1065 − 0.1146i

0.1145 − 0.1108i

0.1053 − 0.1274i

0.1134 − 0.1236i

0.1111 − 0.3821i

0.1186 − 0.3867i

0.1080 − 0.3431i

0.1177 − 0.3459i

0:3644 − 0.1080i

0.3262 − 0.1104i

0.3681 − 0.1173i

0.3289 − 0.1196i

0.3665 − 0.3758i

0.3310 − 0.3795i

0.3672 − 0.3353i

0.3336 − 0.3402i

−1.3231 − 1.1506i

−0.9851 − 1.2311i

−1.1439 − 0.8974i

−0.9343 − 0.9271i

−1.5398 − 0.7962i

−0.9092 − 0.5599i

−1.2222 − 0.6574i

−0.9579 − 0.6373i

−0.7748 − 1.5867i

−0.6876 − 1.2489i

−0.5992 − 0.9208i

−0.6796 − 0.9743i

−0.5836 − 0.5879i

−0.6915 − 0.5769i

−0.5858 − 0.7058i

−0.6868 − 0.6793i

−1.6118 − 0.1497i

−0.9511 − 0.1140i

−1.2970 − 0.1234i

−1.0266 − 0.1191i

−1.5831 − 0.4496i

−0.9328 − 0.3586i

−1.2796 − 0.3894i

−1.0188 − 0.3447i

−0.5940 − 0.1059i

−0.7215 − 0.1100i

−0.5863 − 0.1138i

−0.6909 − 0.1166i

−0.5843 − 0.3604i

−0.6970 − 0.3592i

−0.5808 − 0.3250i

−0.6678 − 0.3290i

−0.1406 − 1.6182i

−0.1272 − 1.2984i

−0.1211 − 0.9644i

−0.1220 − 1.0393i

−0.1124 − 0.6101i

−0.1177 − 0.6041i

−0.1136 − 0.7455i

−0.1185 − 0.7160i

−0.4324 − 1.5679i

−0.3984 − 1.2825i

−0.3766 − 0.9534i

−0.3668 − 1.0301i

−0.3667 − 0.5995i

−0.3328 − 0.5960i

−0.3687 − 0.7194i

−0.3373 − 0.6964i

−0.1065 − 0.1146i

−0.1145 − 0.1108i

−0.1053 − 0.1274i

−0.1134 − 0.1236i

−0.1111 − 0.3821i

−0.1186 − 0.3867i

−0.1080 − 0.3431i

−0.1177 − 0.3459i

−0.3644 − 0.1080i

−0.3262 − 0.1104i

−0.3681 − 0.1173i

−0.3289 − 0.1196i

−0.3665 − 0.3758i

−0.3310 − 0.3795i

−0.3672 − 0.3353i

−0.3336 − 0.3402i

TABLE 15

CR = 11/15 SNR = 20.5 dB

0.3105 + 0.3382i

0.4342 + 0.3360i

0.3149 + 0.4829i

0.4400 + 0.4807i

0.1811 + 0.3375i

0.0633 + 0.3404i

0.1818 + 0.4851i

0.0633 + 0.4815i

0.3084 + 0.1971i

0.4356 + 0.1993i

0.3098 + 0.0676i

0.4342 + 0.0691i

0.1775 + 0.1985i

0.0640 + 0.1978i

0.1775 + 0.0676i

0.0647 + 0.0669i

0.7455 + 0.3411i

0.5811 + 0.3396i

0.7556 + 0.4669i

0.5862 + 0.4756i

0.9556 + 0.3280i

1.1767 + 0.3091i

0.9673 + 0.4720i

1.2051 + 0.5135i

0.7367 + 0.2015i

0.5811 + 0.2015i

0.7316 + 0.0669i

0.5782 + 0.0669i

0.9062 + 0.1971i

1.2829 + 0.1185i

0.9156 + 0.0735i

1.1011 + 0.0735i

0.3244 + 0.8044i

0.4589 + 0.8218i

0.3207 + 0.6415i

0.4509 + 0.6371i

0.1920 + 0.8196i

0.0633 + 0.8167i

0.1811 + 0.6371i

0.0640 + 0.6415i

0.3331 + 1.0669i

0.4655 + 1.0087i

0.3433 + 1.2865i

0.5004 + 1.5062i

0.1971 + 1.0051i

0.0735 + 1.0298i

0.1498 + 1.5018i

0.0865 + 1.2553i

0.7811 + 0.8080i

0.6167 + 0.8153i

0.7636 + 0.6255i

0.6000 + 0.6327i

0.9898 + 0.7680i

1.5855 + 0.1498i

0.9476 + 0.6175i

1.4625 + 0.4015i

0.8276 + 1.0225i

0.6313 + 1.0364i

0.8815 + 1.2865i

0.6342 + 1.2705i

1.0422 + 0.9593i

1.2749 + 0.8538i

1.1556 + 1.1847i

1.4771 + 0.6742i

−0.3105 + 0.3382i

−0.4342 + 0.3360i

−0.3149 + 0.4829i

−0.4400 + 0.4807i

−0.1811 + 0.3375i

−0.0633 + 0.3404i

−0.1818 + 0.4851i

−0.0633 + 0.4815i

−0.3084 + 0.1971i

−0.4356 + 0.1993i

−0.3098 + 0.0676i

−0.4342 + 0.0691i

−0.1775 + 0.1985i

−0.0640 + 0.1978i

−0.1775 + 0.0676i

−0.0647 + 0.0669i

−0.7455 + 0.3411i

−0.5811 + 0.3396i

−0.7556 + 0.4669i

−0.5862 + 0.4756i

−0.9556 + 0.3280i

−1.1767 + 0.3091i

−0.9673 + 0.4720i

−1.2051 + 0.5135i

−0.7367 + 0.2015i

−0.5811 + 0.2015i

−0.7316 + 0.0669i

−0.5782 + 0.0669i

−0.9062 + 0.1971i

−1.2829 + 0.1185i

−0.9156 + 0.0735i

−1.1011 + 0.0735i

−0.3244 + 0.8044i

−0.4589 + 0.8218i

−0.3207 + 0.6415i

−0.4509 + 0.6371i

−0.1920 + 0.8196i

−0.0633 + 0.8167i

−0.1811 + 0.6371i

−0.0640 + 0.6415i

−0.3331 + 1.0669i

−0.4655 + 1.0087i

−0.3433 + 1.2865i

−0.5004 + 1.5062i

−0.1971 + 1.0051i

−0.0735 + 1.0298i

−0.1498 + 1.5018i

−0.0865 + 1.2553i

−0.7811 + 0.8080i

−0.6167 + 0.8153i

−0.7636 + 0.6255i

−0.6000 + 0.6327i

−0.9898 + 0.7680i

−1.5855 + 0.1498i

−0.9476 + 0.6175i

−1.4625 + 0.4015i

−0.8276 + 1.0225i

−0.6313 + 1.0364i

−0.8815 + 1.2865i

−0.6342 + 1.2705i

−1.0422 + 0.9593i

−1.2749 + 0.8538i

−1.1556 + 1.1847i

−1.4771 + 0.6742i

0.3105 − 0.3382i

0.4342 − 0.3360i

0.3149 − 0.4829i

0.4400 − 0.4807i

0.1811 − 0.3375i

0.0633 − 0.3404i

0.1818 − 0.4851i

0.0633 − 0.4815i

0.3084 − 0.1971i

0.4356 − 0.1993i

0.3098 − 0.0676i

0.4342 − 0.0591i

0.1775 − 0.1985i

0.0640 − 0.1978i

0.1775 − 0.0676i

0.0647 − 0.0069i

0.7455 − 0.3411i

0.5811 − 0.3396i

0.7555 − 0.4669i

0.5862 − 0.4756i

0.9556 − 0.3280i

1.1767 − 0.3091i

0.9673 − 0.4720i

1.2051 − 0.5135i

0.7367 − 0.2015i

0.5811 − 0.2015i

0.7316 − 0.0669i

0.5782 − 0.0669i

0.9062 − 0.1971i

1.2829 − 0.1185i

0.9156 − 0.0735i

1.1011 − 0.0735i

0.3244 − 0.8044i

0.4589 − 0.8218i

0.3207 − 0.6415i

0.4509 − 0.6371i

0.1920 − 0.8196i

0.0633 − 0.8167i

0.1811 − 0.6371i

0.0640 − 0.6415i

0.3331 − 1.0669i

0.4655 − 1.0087i

0.3433 − 1.2865i

0.5004 − 1.5062i

0.1971 − 1.0051i

0.0735 − 1.0298i

0.1498 − 1.5018i

0.0865 − 1.2553i

0.7811 − 0.8080i

0.6167 − 0.8153i

0.7636 − 0.6255i

0.6000 − 0.6327i

0.9898 − 0.7680i

1.5855 − 0.1498i

0.9476 − 0.6175i

1.4625 − 0.4015i

0.8275 − 1.0225i

0.6313 − 1.0364i

0.8815 − 1.2865i

0.6342 − 1.2705i

1.0422 − 0.9593i

1.2749 − 0.8538i

1.1556 − 1.1847i

1.4771 − 0.6742i

−0.3105 − 0.3382i

−0.4342 − 0.3360i

−0.3149 − 0.4829i

−0.4400 − 0.4807i

−0.1811 − 0.3375i

−0.0633 − 0.3404i

−0.1818 − 0.4851i

−0.0633 − 0.4815i

−0.3084 − 0.1971i

−0.4356 − 0.1993i

−0.3098 − 0.0676i

−0.4342 − 0.0691i

−0.1775 − 0.1985i

−0.0640 − 0.1978i

−0.1775 − 0.0676i

−0.0647 − 0.0669i

−0.7455 − 0.3411i

−0.5811 − 0.3396i

−0.7556 − 0.4669i

−0.5862 − 0.4756i

−0.9556 − 0.3280i

−1.1767 − 0.3091i

−0.9673 − 0.4720i

−1.2051 − 0.5135i

−0.7367 − 0.2015i

−0.5811 − 0.2015i

−0.7316 − 0.0669i

−0.5782 − 0.0669i

−0.9062 − 0.1971i

−1.2829 − 0.1185i

−0.9156 − 0.0735i

−1.1011 − 0.0735i

−0.2244 − 0.8044i

−0.4589 − 0.8218i

−0.3207 − 0.6415i

−0.4609 − 0.6371i

−0.1920 − 0.8196i

−0.0633 − 0.8167i

−0.1811 − 0.6371i

−0.0640 − 0.6415i

−0.3331 − 1.0669i

−0.4655 − 1.0087i

−0.3433 − 1.2865i

−0.5004 − 1.5062i

−0.1971 − 1.0051i

−0.0735 − 1.0298i

−0.1498 − 1.5018i

−0.0865 − 1.2553i

−0.7811 − 0.8080i

−0.6167 − 0.8153i

−0.7636 − 0.6255i

−0.6000 − 0.6327i

−0.9898 − 0.7680i

−1.5853 − 0.1498i

−0.9476 − 0.6175i

−1.4625 − 0.4015i

−0.8275 − 1.0225i

−0.6313 − 1.0364i

−0.8815 − 1.2865i

−0.6342 − 1.2705i

−1.0422 − 0.9593i

−1.2749 − 0.8538i

−1.1556 − 1.1847i

−1.4771 − 0.6742i

TABLE 16

CR = 13/15 SNR = 24.5 dB

0.3556 + 0.3497i

0.3579 + 0.4945i

0.5049 + 0.3571i

0.5056 + 0.5063i

0.2123 + 0.3497i

0.2116 + 0.4900i

0.0713 + 0.3489i

0.0690 + 0.4960i

0.3527 + 0.2086i

0.3497 + 0.0713i

0.4960 + 0.2123i

0.4974 + 0.0698i

0.2086 + 0.2079i

0.2094 + 0.0690i

0.0676 + 0.2079i

0.0698 + 0.0683i

0.3586 + 0.7959i

0.3571 + 0.6392i

0.5034 + 0.8271i

0.5063 + 0.6600i

0.2146 + 0.7862i

0.2109 + 0.6340i

0.0713 + 0.8093i

0.0698 + 0.6467i

0.2799 + 1.0862i

0.2806 + 1.2755i

0.4328 + 0.9904i

0.4551 + 1.1812i

0.2309 + 0.9414i

0.1077 + 1.3891i

0.0772 + 0.9852i

0.0802 + 1.1753i

0.8301 + 0.3727i

0.8256 + 0.5256i

0.6593 + 0.3668i

0.6623 + 0.5182i

1.0186 + 0.3645i

1.0001 + 0.5242i

1.1857 + 0.2725i

1.3928 + 0.3408i

0.8011 + 0.2227i

0.7981 + 0.0735i

0.6459 + 0.2198i

0.6430 + 0.0713i

0.9681 + 0.2205i

0.9615 + 0.0735i

1.3327 + 0.1039i

1.1359 + 0.0809i

0.8382 + 0.8709i

0.8145 + 0.6934i

0.6645 + 0.8486i

0.6600 + 0.6786i

1.1612 + 0.6949i

0.9785 + 0.6942i

1.3698 + 0.6259i

1.2183 + 0.4841i

0.7989 + 1.0498i

0.4395 + 1.4203i

0.6118 + 1.0246i

0.6303 + 1.2421i

1.0550 + 0.8924i

0.8612 + 1.2800i

1.2696 + 0.8969i

1.0342 + 1.1181i

−0.3556 + 0.3497i

−0.3579 + 0.4945i

−0.5049 + 0.3571i

−0.5056 + 0.5063i

−0.2123 + 0.3497i

−0.2116 + 0.4900i

−0.0713 + 0.3489i

−0.0690 + 0.4960i

−0.3527 + 0.2086i

−0.3497 + 0.0713i

−0.4960 + 0.2123i

−0.4974 + 0.0693i

−0.2086 + 0.2079i

−0.2094 + 0.0690i

−0.0576 + 0.2079i

−0.0698 + 0.0683i

−0.3586 + 0.7959i

−0.3571 + 0.6392i

−0.5034 + 0.8271i

−0.5063 + 0.6600i

−0.2146 + 0.7862i

−0.2109 + 0.6340i

−0.0713 + 0.8093i

−0.0698 + 0.6467i

−0.2799 + 1.0862i

−0.2806 + 1.2755i

−0.4328 + 0.9904i

−0.4551 + 1.1812i

−0.2309 + 0.9414i

−0.1077 + 1.3891i

−0.0772 + 0.9852i

−0.0802 + 1.1753i

−0.8301 + 0.3727i

−0.8256 + 0.5256i

−0.6593 + 0.3668i

−0.6623 + 0.5182i

−1.0186 + 0.3645i

−1.0001 + 0.5242i

−1.1857 + 0.2725i

−1.3928 + 0.3408i

−0.8011 + 0.2227i

−0.7981 + 0.0735i

−0.6459 + 0.2198i

−0.6430 + 0.0713i

−0.9681 + 0.2205i

−0.9615 + 0.0735i

−1.3327 + 0.1039i

−1.1359 + 0.0809i

−0.8382 + 0.8709i

−0.8145 + 0.6934i

−0.6645 + 0.8486i

−0.6600 + 0.6786i

−1.1612 + 0.6949i

−0.9785 + 0.6942i

−1.3698 + 0.6259i

−1.2183 + 0.4841i

−0.7989 + 1.0498i

−0.4395 + 1.4203i

−0.6118 + 1.0246i

−0.6303 + 1.2421i

−1.0550 + 0.8924i

−0.8612 + 1.2800i

−1.2696 + 0.8969i

−1.0342 + 1.1181i

0.3556 − 0.3497i

0.3579 − 0.4945i

0.5049 − 0.3571i

0.5056 − 0.5063i

0.2123 − 0.3497i

0.2116 − 0.4900i

0.0713 − 0.3489i

0.0690 − 0.4960i

0.3527 − 0.2086i

0.3497 − 0.0713i

0.4960 − 0.2123i

0.4974 − 0.0698i

0.2086 − 0.2079i

0.2094 − 0.0690i

0.0676 − 0.2079i

0.0698 − 0.0683i

0.3586 − 0.7959i

0.3571 − 0.6392i

0.5034 − 0.8271i

0.5063 − 0.6600i

0.2146 − 0.7862i

0.2109 − 0.6340i

0.0713 − 0.8093i

0.0698 − 0.6467i

0.2799 − 1.0862i

0.2806 − 1.2755i

0.4328 − 0.9904i

0.4551 − 1.1812i

0.2309 − 0.9414i

0.1077 − 1.3891i

0.0772 − 0.9852i

0.0802 − 1.1753i

0.8301 − 0.3727i

0.8256 − 0.5256i

0.6593 − 0.3668i

0.6623 − 0.5182i

1.0156 − 0.3645i

1.0001 − 0.5242i

1.1857 − 0.2725i

1.3928 − 0.3408i

0.8011 − 0.2227i

0.7981 − 0.0735i

0.6459 − 0.2198i

0.6430 − 0.0713i

0.9681 − 0.2205i

0.9615 − 0.0735i

1.3327 − 0.1039i

1.1359 − 0.0809i

0.8382 − 0.8709i

0.8145 − 0.6934i

0.6545 − 0.8486i

0.6600 − 0.6786i

1.1612 − 0.6949i

0.9785 − 0.6942i

1.3698 − 0.6259i

1.2183 − 0.4841i

0.7989 − 1.0498i

0.4395 − 1.4203i

0.6118 − 1.0246i

0.6303 − 1.2421i

1.0550 − 0.8924i

0.8612 − 1.2800i

1.2696 − 0.8969i

1.0342 − 1.1181i

−0.3556 − 0.3497i

−0.3579 − 0.4945i

−0.5049 − 0.3571i

−0.5056 − 0.5063i

−0.2123 − 0.3497i

−0.2116 − 0.4900i

−0.0713 − 0.3489i

−0.0690 − 0.4960i

−0.3527 − 0.2086i

−0.3497 − 0.0713i

−0.4960 − 0.2123i

−0.4974 − 0.0698i

−0.2086 − 0.2079i

−0.2094 − 0.0690i

−0.0676 − 0.2079i

−0.0698 − 0.0683i

−0.3585 − 0.7959i

−0.3571 − 0.6392i

−0.5034 − 0.8271i

−0.5063 − 0.6600i

−0.2145 − 0.7862i

−0.2109 − 0.6340i

−0.0713 − 0.8093i

−0.0698 − 0.6467i

−0.2799 − 1.0862i

−0.2806 − 1.2755i

−0.4328 − 0.9904i

−0.4551 − 1.1812i

−0.2309 − 0.9414i

−0.1077 − 1.3891i

−0.0772 − 0.9852i

−0.0802 − 1.1753i

−0.8301 − 0.3727i

−0.8256 − 0.5256i

−0.6593 − 0.3668i

−0.6623 − 0.5182i

−1.0186 − 0.3645i

−1.0001 − 0.5242i

−1.1857 − 0.2725i

−1.3928 − 0.3408i

−0.8011 − 0.2227i

−0.7981 − 0.0735i

−0.6459 − 0.2198i

−0.6430 − 0.0713i

−0.9681 − 0.2205i

−0.9615 − 0.0735i

−1.3327 − 0.1039i

−1.1359 − 0.0809i

−0.8382 − 0.8709i

−0.8145 − 0.6934i

−0.6645 − 0.8486i

−0.6600 − 0.6786i

−1.1612 − 0.6949i

−0.9785 − 0.6942i

−1.3698 − 0.6259i

−1.2183 − 0.4841i

−0.7989 − 1.0498i

−0.4395 − 1.4203i

−0.6118 − 1.0246i

−0.6303 − 1.2421i

−1.0550 − 0.8924i

−0.8612 − 1.2800i

−1.2696 − 0.8969i

−1.0342 − 1.1181i

TABLE 17

CR = 5/15 SNR = 13 dB

1

1

1

1

2.586207

2.586207

2.62069

2.62069

4.758621

4.793103

5.206897

5.137931

7.344828

7.586207

8.758621

11.06897

TABLE 18

CR = 7/15 SNR = 17 dB

1.000000

1.000000

1.040000

1.040000

3.000000

3.040000

3.280000

3.320000

5.240000

5.320000

6.040000

6.280000

8.240000

8.840000

11.040000

13.680000

TABLE 19

CR = 9/15 SNR = 20.5 dB

1.000000

1.000000

2.785714

2.785714

4.857143

4.857143

6.857143

6.857143

9.142857

9.285714

11.571429

12.214286

14.642857

16.428571

19.428571

23.285714

TABLE 20

CR = 11/15 SNR = 25 dB

1.000000

1.166667

3.083333

3.333333

5.166667

5.750000

7.416667

8.500000

10.083333

11.583333

13.333333

15.250000

17.333333

19.750000

22.416667

25.533333

TABLE 21

CR = 13/15 SNR = 29.5 dB

1.000000

2.857143

4.857143

6.857143

8.857143

11.000000

13.285714

15.714286

18.142857

20.714286

23.428571

26.285714

29.285714

32.428571

35.714286

39.428571

Annex to the Description—Annex 8

TABLE 22

CR 7/15
CR 9/15
CR 11/15
CR 13/15

Label
Constellation
Label
Constellation
Label
Constellation
Label
Constellation

0
1.5177 + 1.5177i
0
1.4645 + 1.4645i
0
1.3885 + 1.3885i
0
1.3184 + 1.3184i

1
1.5177 + 1.2375i
1
1.4645 + 1.2234i
1
1.3885 + 1.2157i
1
1.3184 + 1.1795i

2
1.2375 + 1.5177i
2
1.2234 + 1.4645i
2
1.2157 + 1.3885i
2
1.1795 + 1.3184i

3
1.2375 + 1.2375i
3
1.2234 + 1.2234i
3
1.2157 + 1.2157i
3
1.1795 + 1.1795i

4
1.5177 + 0.9252i
4
1.4645 + 0.9218i
4
1.3885 + 0.9431i
4
1.3184 + 0.9498i

5
1.5177 + 1.0200i
5
1.4645 + 1.0366i
5
1.3885 + 1.0703i
5
1.3184 + 1.0588i

6
1.2375 + 0.9252i
6
1.2234 + 0.9218i
6
1.2157 + 0.9431i
6
1.1795 + 0.9498i

7
1.2375 + 1.0200i
7
1.2234 + 1.0366i
7
1.2157 + 1.0703i
7
1.1795 + 1.0588i

8
0.9252 + 1.5177i
8
0.9218 + 1.4645i
8
0.9431 + 1.3885i
8
0.9498 + 1.3184i

9
0.9252 + 1.2375i
9
0.9218 + 1.2234i
9
0.9431 + 1.2157i
9
0.9498 + 1.1795i

10
1.0200 + 1.5177i
10
1.0366 + 1.4645i
10
1.0703 + 1.3885i
10
1.0588 + 1.3184i

11
1.0200 + 1.2375i
11
1.0366 + 1.2234i
11
1.0703 + 1.2157i
11
1.0588 + 1.1795i

12
0.9252 + 0.9252i
12
0.9218 + 0.9218i
12
0.9431 + 0.9431i
12
0.9498 + 0.9498i

13
0.9252 + 1.0200i
13
0.9218 + 1.0366i
13
0.9431 + 1.0703i
13
0.9498 + 1.0588i

14
1.0200 + 0.9252i
14
1.0366 + 0.9218i
14
1.0703 + 0.9431i
14
1.0588 + 0.9498i

15
1.0200 + 1.0200i
15
1.0366 + 1.0366i
15
1.0703 + 1.0703i
15
1.0588 + 1.0588i

16
1.5177 + 0.5833i
16
1.4645 + 0.5765i
16
1.3885 + 0.5539i
16
1.3184 + 0.5878i

17
1.5177 + 0.5803i
17
1.4645 + 0.5863i
17
1.3885 + 0.6361i
17
1.3184 + 0.6696i

18
1.2375 + 0.5833i
18
1.2234 + 0.5765i
18
1.2157 + 0.5539i
18
1.1795 + 0.5878i

19
1.2375 + 0.5803i
19
1.2234 + 0.5863i
19
1.2157 + 0.6361i
19
1.1795 + 0.6696i

20
1.5177 + 0.7327i
20
1.4645 + 0.7706i
20
1.3885 + 0.8300i
20
1.3184 + 0.8497i

21
1.5177 + 0.7094i
21
1.4645 + 0.7279i
21
1.3885 + 0.7294i
21
1.3184 + 0.7566i

22
1.2375 + 0.7327i
22
1.2234 + 0.7706i
22
1.2157 + 0.8300i
22
1.1795 + 0.8497i

23
1.2375 + 0.7094i
23
1.2234 + 0.7279i
23
1.2157 + 0.7294i
23
1.1795 + 0.7566i

24
0.9252 + 0.5833i
24
0.9218 + 0.5765i
24
0.9431 + 0.5539i
24
0.9498 + 0.5878i

25
0.9252 + 0.5803i
25
0.9218 + 0.5863i
25
0.9431 + 0.6361i
25
0.9498 + 0.6696i

26
1.0200 + 0.5833i
26
1.0366 + 0.5765i
26
1.0703 + 0.5539i
26
1.0588 + 0.5878i

27
1.0200 + 0.5803i
27
1.0366 + 0.5863i
27
1.0703 + 0.6361i
27
1.0588 + 0.6696i

28
0.9252 + 0.7327i
28
0.9218 + 0.7706i
28
0.9431 + 0.8300i
28
0.9498 + 0.8497i

29
0.9252 + 0.7094i
29
0.9218 + 0.7279i
29
0.9431 + 0.7294i
29
0.9498 + 0.7566i

30
1.0200 + 0.7327i
30
1.0366 + 0.7706i
30
1.0703 + 0.8300i
30
1.0588 + 0.8497i

31
1.0200 + 0.7094i
31
1.0366 + 0.7279i
31
1.0703 + 0.7294i
31
1.0588 + 0.7566i

32
0.5833 + 1.5177i
32
0.5765 + 1.4645i
32
0.5539 + 1.3885i
32
0.5878 + 1.3184i

33
0.5833 + 1.2375i
33
0.5765 + 1.2234i
33
0.5539 + 1.2157i
33
0.5878 + 1.1795i

34
0.5803 + 1.5177i
34
0.5863 + 1.4645i
34
0.6361 + 1.3885i
34
0.6596 + 1.3104i

35
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128
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131
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133
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133
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133
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134
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134
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135
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135
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135
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135
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136
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138
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139
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140
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140
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140
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141
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141
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141
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142
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142
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142
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143
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143
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143
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143
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144
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144
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144
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144
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145
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145
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145
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146
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146
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146
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146
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147
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147
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147
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148
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148
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148
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148
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149
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149
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149
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149
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150
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150
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150
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150
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151
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151
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151
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152
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152
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152
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152
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153
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153
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153
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153
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154
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154
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154
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154
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155
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155
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155
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155
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156
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156
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156
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156
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157
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157
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157
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157
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158
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158
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158
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158
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159
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159
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159
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159
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160
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160
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160
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160
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161
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161
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161
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161
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162
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162
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162
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162
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163
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163
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163
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163
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164
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164
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164
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164
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155
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165
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165
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165
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166
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166
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166
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166
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167
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167
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167
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167
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168
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168
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168
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168
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169
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169
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169
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169
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170
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170
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170
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170
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171
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171
0.3069 + 1.2234i
171
0.3180 + 1.2157i
171
0.3645 + 1.1795i

171
0.3188 + 0.9252i
172
0.3073 + 0.9218i
172
0.2761 + 0.9431i
172
0.2957 + 0.9498i

173
0.3188 + 1.0200i
173
0.3073 + 1.0366i
173
0.2761 + 1.0703i
173
0.2957 + 1.0588i

174
0.3200 + 0.9252i
174
0.3069 + 0.9218i
174
0.3180 + 0.9431i
174
0.3645 + 0.9498i

175
0.3200 + 1.0200i
175
0.3069 + 1.0366i
175
0.3180 + 1.0703i
175
0.3645 + 1.0588i

176
0.3821 + 0.5833i
176
0.4342 + 0.5765i
176
0.4684 + 0.5539i
176
0.5100 + 0.5878i

177
0.3821 + 0.5803i
177
0.4342 + 0.5863i
177
0.4684 + 0.6361i
177
0.5100 + 0.6696i

178
0.3842 + 0.5833i
178
0.4332 + 0.5765i
178
0.4042 + 0.5539i
178
0.4361 + 0.5878i

179
0.3842 + 0.5803i
179
0.4332 + 0.5863i
179
0.4042 + 0.6361i
179
0.4361 + 0.6696i

180
0.3821 + 0.7327i
180
0.4342 + 0.7706i
180
0.4684 + 0.8300i
180
0.5100 + 0.8497i

181
0.3821 + 0.7094i
181
0.4342 + 0.7279i
181
0.4684 + 0.7294i
181
0.5100 + 0.7566i

182
0.3842 + 0.7327i
182
0.4332 + 0.7706i
182
0.4042 + 0.8300i
182
0.4361 + 0.8497i

183
0.3842 + 0.7094i
183
0.4332 + 0.7279i
183
0.4042 + 0.7294i
183
0.4361 + 0.7566i

184
0.3188 + 0.5833i
184
0.3073 + 0.5765i
184
0.2761 + 0.5539i
184
0.2957 + 0.5878i

185
0.3188 + 0.5803i
185
0.3073 + 0.5863i
185
0.2761 + 0.6361i
185
0.2957 + 0.6696i

186
0.3200 + 0.5833i
186
0.3069 + 0.5765i
186
0.3180 + 0.5539i
186
0.3645 + 0.5878i

187
0.3200 + 0.5803i
187
0.3069 + 0.5863i
187
0.3180 + 0.6361i
187
0.3645 + 0.6696i

188
0.3188 + 0.7327i
188
0.3073 + 0.7706i
188
0.2761 + 0.8300i
188
0.2957 + 0.8497i

189
0.3188 + 0.7094i
189
0.3073 + 0.7279i
189
0.2761 + 0.7294i
189
0.2957 + 0.7566i

190
0.3200 + 0.7327i
190
0.3069 + 0.7706i
190
0.3180 + 0.8300i
190
0.3645 + 0.8497i

191
0.3200 + 0.7094i
191
0.3069 + 0.7279i
191
0.3180 + 0.7294i
191
0.3645 + 0.7566i

192
0.1056 + 0.1056i
192
0.0640 + 0.0640i
192
0.0501 + 0.0501i
192
0.0325 + 0.0325i

193
0.1056 + 0.1052i
193
0.0640 + 0.0641i
193
0.0501 + 0.0640i
193
0.0325 + 0.0967i

194
0.1052 + 0.1056i
194
0.0641 + 0.0640i
194
0.0640 + 0.0501i
194
0.0967 + 0.0325i

195
0.1052 + 0.1052i
195
0.0641 + 0.0641i
195
0.0640 + 0.0640i
195
0.0967 + 0.0967i

196
0.1056 + 0.1263i
196
0.0640 + 0.1752i
196
0.0501 + 0.1844i
196
0.0325 + 0.2280i

197
0.1056 + 0.1260i
197
0.0640 + 0.1753i
197
0.0501 + 0.1616i
197
0.0325 + 0.1623i

198
0.1052 + 0.1263i
198
0.0641 + 0.1752i
198
0.0640 + 0.1844i
198
0.0967 + 0.2280i

199
0.1052 + 0.1260i
199
0.0641 + 0.1753i
199
0.0640 + 0.1616i
199
0.0967 + 0.1623i

200
0.1263 + 0.1056i
200
0.1752 + 0.0640i
200
0.1844 + 0.0501i
200
0.2280 + 0.0325i

201
0.1263 + 0.1052i
201
0.1752 + 0.0641i
201
0.1844 + 0.0640i
201
0.2280 + 0.0967i

202
0.1260 + 0.1056i
202
0.1753 + 0.0640i
202
0.1616 + 0.0501i
202
0.1623 + 0.0325i

203
0.1260 + 0.1052i
203
0.1753 + 0.0641i
203
0.1616 + 0.0640i
203
0.1623 + 0.0967i

204
0.1263 + 0.1263i
204
0.1752 + 0.1752i
204
0.1844 + 0.1844i
204
0.2280 + 0.2280i

205
0.1263 + 0.1260i
205
0.1752 + 0.1753i
205
0.1844 + 0.1616i
205
0.2280 + 0.1623i

206
0.1260 + 0.1263i
206
0.1753 + 0.1752i
206
0.1616 + 0.1844i
206
0.1623 + 0.2280i

207
0.1260 + 0.1260i
207
0.1753 + 0.1753i
207
0.1616 + 0.1616i
207
0.1623 + 0.1623i

208
0.1056 + 0.3821i
208
0.0640 + 0.4342i
208
0.0501 + 0.4684i
208
0.0325 + 0.5100i

209
0.1056 + 0.3842i
209
0.0640 + 0.4332i
209
0.0501 + 0.4042i
209
0.0325 + 0.4361i

210
0.1052 + 0.3821i
210
0.0641 + 0.4342i
210
0.0640 + 0.4684i
210
0.0967 + 0.5100i

211
0.1052 + 0.3842i
211
0.0641 + 0.4332i
211
0.0640 + 0.4042i
211
0.0967 + 0.4361i

212
0.1056 + 0.3188i
212
0.0640 + 0.3073i
212
0.0501 + 0.2761i
212
0.0325 + 0.2957i

213
0.1056 + 0.3200i
213
0.0640 + 0.3069i
213
0.0501 + 0.3180i
213
0.0325 + 0.3645i

214
0.1052 + 0.3188i
214
0.0641 + 0.3073i
214
0.0640 + 0.2761i
214
0.0967 + 0.2957i

215
0.1052 + 0.3200i
215
0.0641 + 0.3069i
215
0.0640 + 0.3180i
215
0.0967 + 0.3645i

216
0.1263 + 0.3821i
216
0.1752 + 0.4342i
216
0.1844 + 0.4684i
216
0.2280 + 0.5100i

217
0.1263 + 0.3842i
217
0.1752 + 0.4332i
217
0.1844 + 0.4042i
217
0.2280 + 0.4361i

218
0.1260 + 0.3821i
218
0.1753 + 0.4342i
218
0.1616 + 0.4684i
218
0.1623 + 0.5100i

219
0.1260 + 0.3842i
219
0.1753 + 0.4332i
219
0.1616 + 0.4042i
219
0.1623 + 0.4361i

220
0.1263 + 0.3188i
220
0.1752 + 0.3073i
220
0.1844 + 0.2761i
220
0.2280 + 0.2957i

221
0.1263 + 0.3200i
221
0.1752 + 0.3069i
221
0.1844 + 0.3180i
221
0.2280 + 0.3645i

222
0.1260 + 0.3188i
222
0.1753 + 0.3073i
222
0.1616 + 0.2761i
222
0.1623 + 0.2957i

223
0.1260 + 0.3200i
223
0.1753 + 0.3069i
223
0.1616 + 0.3180i
223
0.1623 + 0.3645i

224
0.3821 + 0.1056i
224
0.4342 + 0.0640i
224
0.4684 + 0.0501i
224
0.5100 + 0.0325i

225
0.3821 + 0.1052i
225
0.4342 + 0.0641i
225
0.4684 + 0.0640i
225
0.5100 + 0.0967i

226
0.3842 + 0.1056i
226
0.4332 + 0.0640i
226
0.4042 + 0.0501i
226
0.4361 + 0.0325i

227
0.3842 + 0.1052i
227
0.4332 + 0.0641i
227
0.4042 + 0.0640i
227
0.4361 + 0.0967i

228
0.3821 + 0.1263i
228
0.4342 + 0.1752i
228
0.4684 + 0.1844i
228
0.5100 + 0.2280i

229
0.3821 + 0.1260i
229
0.4342 + 0.1753i
229
0.4684 + 0.1616i
229
0.3100 + 0.1623i

230
0.3842 + 0.1263i
230
0.4332 + 0.1752i
230
0.4042 + 0.1844i
230
0.4361 + 0.2280i

231
0.3842 + 0.1260i
231
0.4332 + 0.1753i
231
0.4042 + 0.1616i
231
0.4361 + 0.1623i

232
0.3188 + 0.1056i
232
0.3073 + 0.0640i
232
0.2761 + 0.0501i
232
0.2957 + 0.0325i

233
0.3188 + 0.1052i
233
0.3073 + 0.0641i
233
0.2761 + 0.0640i
233
0.2957 + 0.0967i

234
0.3200 + 0.1056i
234
0.3069 + 0.0640i
234
0.3180 + 0.0501i
234
0.3645 + 0.0325i

235
0.3200 + 0.1052i
235
0.3069 + 0.0641i
235
0.3180 + 0.0640i
235
0.3645 + 0.0967i

236
0.3188 + 0.1263i
236
0.3073 + 0.1752i
236
0.2761 + 0.1844i
236
0.2957 + 0.2280i

237
0.3188 + 0.1260i
237
0.3073 + 0.1753i
237
0.2761 + 0.1616i
237
0.2957 + 0.1623i

238
0.3200 + 0.1263i
238
0.3069 + 0.1752i
238
0.3180 + 0.1844i
238
0.3645 + 0.2280i

239
0.3200 + 0.1260i
239
0.3069 + 0.1753i
239
0.3180 + 0.1616i
239
0.3645 + 0.1623i

240
0.3821 + 0.3821i
240
0.4342 + 0.4342i
240
0.4684 + 0.4684i
240
0.5100 + 0.5100i

241
0.3821 + 0.3842i
241
0.4342 + 0.4332i
241
0.4684 + 0.4042i
241
0.5100 + 0.4361i

242
0.3842 + 0.3821i
242
0.4332 + 0.4342i
242
0.4042 + 0.4684i
242
0.4361 + 0.5100i

243
0.3842 + 0.3842i
243
0.4332 + 0.4332i
243
0.4042 + 0.4042i
243
0.4361 + 0.4361i

244
0.3821 + 0.3188i
244
0.4342 + 0.3073i
244
0.4684 + 0.2761i
244
0.5100 + 0.2957i

245
0.3821 + 0.3200i
245
0.4342 + 0.3069i
245
0.4684 + 0.3180i
245
0.5100 + 0.3645i

246
0.3842 + 0.3188i
246
0.4332 + 0.3073i
246
0.4042 + 0.2761i
246
0.4361 + 0.2957i

247
0.3842 + 0.3200i
247
0.4332 + 0.3069i
247
0.4042 + 0.3180i
247
0.4361 + 0.3645i

248
0.3188 + 0.3821i
248
0.3073 + 0.4342i
248
0.2761 + 0.4684i
248
0.2957 + 0.5100i

249
0.3188 + 0.3842i
249
0.3073 + 0.4332i
249
0.2761 + 0.4042i
249
0.2957 + 0.4361i

250
0.3200 + 0.3821i
250
0.3069 + 0.4342i
250
0.3180 + 0.4684i
250
0.3645 + 0.5100i

251
0.3200 + 0.3842i
251
0.3069 + 0.4332i
251
0.3180 + 0.4042i
251
0.3645 + 0.4361i

252
0.3188 + 0.3188i
252
0.3073 + 0.3073i
252
0.2761 + 0.2761i
252
0.2957 + 0.2957i

253
0.3188 + 0.3200i
253
0.3073 + 0.3069i
253
0.2761 + 0.3180i
253
0.2957 + 0.3645i

254
0.3200 + 0.3188i
254
0.3069 + 0.3073i
254
0.3180 + 0.2761i
254
0.3645 + 0.2957i

255
0.3200 + 0.3200i
255
0.3069 + 0.3069i
255
0.3180 + 0.3180i
255
0.3645 + 0.3645i

Annex to the Description—Annex 9

In certain exemplary embodiments, a two-dimensional constellation may be constructed from a set of one-dimensional levels according to the method described below. The specific example described below is based on the table for the CR 13/15, 1K constellation given in Annex 6, which is reproduced below.

CR
13/15

1

2.975413

4.997551

7.018692

9.102872

11.22209

13.42392

15.69921

18.09371

20.61366

23.2898

26.15568

29.23992

32.59361

36.30895

40.58404

The vector of levels may be denoted A={a_i}, i=0, 1, 2, . . . , L−1.

In a first step, the vector A is normalized to obtain a normalised vector Ā using the following formula:

$\overline{A} = \frac{A}{\sqrt{\frac{2}{L} \sum_{i} a_{i}^{2}}}$

where L is the number of levels (i.e. the dimensionality of A).

In this example, the resulting normalised vector Ā is indicated below.

CR
13/15

0.0325

0.0967

0.1623

0.228

0.2957

0.3645

0.4361

0.51

0.5878

0.6696

0.7566

0.8497

0.9498

1.0588

1.1795

1.3184

In a next step, the full constellation is generated as comprising all the possibilities of combinations of real and imaginary parts equal to one of the entries (i.e. components) of Ā, In certain exemplary embodiments, a gray mapping may be used.

In this example, the resulting constellation points of the first quadrant are indicated below.

Label

(int.)
Contellation

0
1.3184 + 1.3184i

1
1.3184 + 1.1795i

2
1.1795 + 1.3184i

3
1.1795 + 1.1795i

4
1.3184 + 0.9498i

5
1.3184 + 1.0588i

6
1.1795 + 0.9498i

7
1.1795 + 1.0588i

8
0.9498 + 1.3184i

9
0.9498 + 1.1795i

10
1.0588 + 1.3184i

11
1.0588 + 1.1795i

12
0.9498 + 0.9498i

13
0.9498 + 1.0588i

14
1.0588 + 0.9498i

15
1.0588 + 1.0588i

16
1.3184 + 0.5878i

17
1.3184 + 0.6696i

18
1.1795 + 0.5878i

19
1.1795 + 0.6696i

20
1.3184 + 0.8497i

21
1.3184 + 0.7566i

22
1.1795 + 0.8497i

23
1.1795 + 0.7566i

24
0.9498 + 0.5878i

25
0.9498 + 0.6696i

26
1.0588 + 0.5878i

27
1.0588 + 0.6696i

28
0.9498 + 0.8497i

29
0.9498 + 0.7566i

30
1.0588 + 0.8497i

31
1.0588 + 0.7566i

33
0.5878 + 1.1795i

34
0.6696 + 1.3184i

35
0.6696 + 1.1795i

36
0.5878 + 0.9498i

37
0.5878 + 1.0588i

38
0.6696 + 0.9498i

39
0.6696 + 1.0588i

40
0.8497 + 1.3184i

41
0.8497 + 1.1795i

42
0.7566 + 1.3184i

43
0.7566 + 1.1795i

44
0.8497 + 0.9498i

45
0.8497 + 1.0588i

46
0.7566 + 0.9498i

47
0.7566 + 1.0588i

48
0.5878 + 0.5878i

49
0.5878 + 0.6696i

50
0.6696 + 0.5878i

51
0.6696 + 0.6696i

52
0.5878 + 0.8497i

53
0.5878 + 0.7566i

54
0.6696 + 0.8497i

55
0.6696 + 0.7566i

56
0.8497 + 0.5878i

57
0.8497 + 0.6696i

58
0.7566 + 0.5878i

59
0.7566 + 0.6696i

60
0.8497 + 0.8497i

61
0.8497 + 0.7566i

62
0.7566 + 0.8497i

63
0.7566 + 0.7566i

64
1.3184 + 0.0325i

65
1.3184 + 0.0967i

66
1.1795 + 0.0325i

67
1.1795 + 0.0967i

68
1.3184 + 0.2280i

69
1.3184 + 0.1623i

70
1.1795 + 0.2280i

71
1.1795 + 0.1623i

72
0.9498 + 0.0325i

73
0.9498 + 0.0967i

74
1.0588 + 0.0325i

75
1.0588 + 0.0967i

76
0.9498 + 0.2280i

77
0.9498 + 0.1623i

78
1.0588 + 0.2280i

79
1.0588 + 0.1623i

80
1.3184 + 0.5100i

81
1.3184 + 0.4361i

82
1.1795 + 0.5100i

83
1.1795 + 0.4361i

84
1.3184 + 0.2957i

85
1.3184 + 0.3645i

86
1.1795 + 0.2957i

87
1.1795 + 0.3645i

88
0.9498 + 0.5100i

89
0.9498 + 0.4361i

90
1.0588 + 0.5100i

91
1.0588 + 0.4361i

92
0.9498 + 0.2957i

93
0.9498 + 0.3645i

94
1.0588 + 0.2957i

95
1.0588 + 0.3645i

96
0.5878 + 0.0325i

97
0.5878 + 0.0967i

98
0.6696 + 0.0325i

99
0.6696 + 0.0967i

100
0.5878 + 0.2280i

101
0.5878 + 0.1623i

102
0.6696 + 0.2280i

103
0.6696 + 0.1623i

104
0.8497 + 0.0325i

105
0.8497 + 0.0967i

106
0.7566 + 0.0325i

107
0.7566 + 0.0967i

108
0.8497 + 0.2280i

109
0.8497 + 0.1623i

110
0.7566 + 0.2280i

111
0.7566 + 0.1623i

112
0.5878 + 0.5100i

113
0.5878 + 0.4361i

114
0.6696 + 0.5100i

115
0.6696 + 0.4361i

116
0.5878 + 0.2957i

117
0.5878 + 0.3645i

118
0.6696 + 0.2957i

119
0.6696 + 0.3645i

120
0.8497 + 0.5100i

121
0.8497 + 0.4361i

122
0.7566 + 0.5100i

123
0.7566 + 0.4361i

124
0.8497 + 0.2957i

125
0.8497 + 0.3645i

126
0.7566 + 0.2957i

127
0.7566 + 0.3645i

128
0.0325 + 1.3184i

129
0.0325 + 1.1795i

130
0.0697 + 1.3184i

131
0.0967 + 1.1795i

132
0.0325 + 0.9498i

133
0.0325 + 1.0588i

134
0.0967 + 0.9498i

135
0.0967 + 1.0588i

136
0.2880 + 1.3184i

137
0.2280 + 1.1795i

138
0.1623 + 1.3184i

139
0.1623 + 1.1795i

140
0.2280 + 0.9498i

141
0.2280 + 1.0588i

142
0.1623 + 0.9498i

143
0.1623 + 1.0588i

144
0.0325 + 0.5878i

145
0.0325 + 0.6696i

146
0.0967 + 0.5878i

147
0.0967 + 0.6696i

148
0.0325 + 0.8497i

149
0.0325 + 0.7566i

150
0.0967 + 0.8497i

151
0.0967 + 0.7566i

152
0.2280 + 0.5878i

153
0.2280 + 0.6696i

154
0.1623 + 0.5878i

155
0.1623 + 0.6696i

156
0.2280 + 0.8497i

157
0.2280 + 0.7566i

158
0.1623 + 0.8497i

159
0.1623 + 0.7566i

160
0.5100 + 1.3184i

161
0.5100 + 1.1795i

162
0.4361 + 1.3184i

163
0.4361 + 1.1795i

164
0.5100 + 0.9498i

165
0.5100 + 1.0588i

166
0.4361 + 0.9498i

167
0.4361 + 1.0588i

168
0.2957 + 1.3184i

169
0.2957 + 1.1795i

170
0.3645 + 1.3184i

171
0.3645 + 1.1795i

172
0.2957 + 0.9498i

173
0.2957 + 1.0588i

174
0.3645 + 0.9498i

175
0.3645 + 1.0588i

176
0.5100 + 0.5878i

177
0.5100 + 0.6696i

178
0.4361 + 0.5878i

179
0.4361 + 0.6696i

180
0.5100 + 0.8497i

181
0.5100 + 0.7566i

182
0.4361 + 0.8497i

183
0.4361 + 0.7566i

184
0.2957 + 0.5878i

185
0.2957 + 0.6696i

186
0.3645 + 0.5878i

187
0.3645 + 0.6696i

188
0.2957 + 0.8497i

189
0.2957 + 0.7566i

190
0.3645 + 0.8497i

191
0.3645 + 0.7566i

192
0.0325 + 0.0325i

193
0.0325 + 0.0967i

194
0.0967 + 0.0325i

195
0.0967 + 0.0967i

196
0.0325 + 0.2280i

197
0.0325 + 0.1623i

198
0.0967 + 0.2280i

199
0.0967 + 0.1623i

200
0.2280 + 0.0325i

201
0.2280 + 0.0967i

202
0.1623 + 0.0325i

203
0.1623 + 0.0967i

204
0.2280 + 0.2280i

205
0.2280 + 0.1623i

206
0.1623 + 0.2280i

207
0.1623 + 0.1623i

208
0.0325 + 0.5100i

209
0.0325 + 0.4361i

210
0.0967 + 0.5100i

211
0.0967 + 0.4361i

212
0.0325 + 0.2957i

213
0.0325 + 0.3645i

214
0.0967 + 0.2957i

215
0.0967 + 0.3645i

216
0.2280 + 0.5100i

217
0.2280 + 0.4361i

218
0.1623 + 0.5100i

219
0.1623 + 0.4361i

220
0.2280 + 0.2957i

221
0.2280 + 0.3645i

222
0.1623 + 0.2957i

223
0.1623 + 0.3645i

224
0.5100 + 0.0325i

225
0.5100 + 0.0967i

226
0.4361 + 0.0325i

227
0.4361 + 0.0967i

228
0.5100 + 0.2280i

229
0.5100 + 0.1623i

230
0.4361 + 0.2280i

231
0.4361 + 0.1623i

232
0.2957 + 0.0325i

233
0.2957 + 0.0967i

234
0.3645 + 0.0325i

235
0.3645 + 0.0967i

236
0.2957 + 0.2280i

237
0.2957 + 0.1623i

238
0.3645 + 0.2280i

239
0.3645 + 0.1623i

240
0.5100 + 0.5100i

241
0.5100 + 0.4361i

242
0.4361 + 0.5100i

243
0.4361 + 0.4361i

244
0.5100 + 0.2957i

245
0.5100 + 0.3645i

246
0.4361 + 0.2957i

247
0.4361 + 0.3645i

248
0.2957 + 0.5100i

249
0.2957 + 0.4361i

250
0.3645 + 0.5100i

251
0.3645 + 0.4361i

252
0.2957 + 0.2957i

253
0.2957 + 0.3645i

254
0.3645 + 0.2957i

255
0.3645 + 0.3645i

256
1.3184 − 1.3184i

Number	Date	Country	Kind
1312243	Jul 2013	GB	national
1313419	Jul 2013	GB	national
1315740	Sep 2013	GB	national
1319202	Oct 2013	GB	national
1401711	Jan 2014	GB	national
1410114	Jun 2014	GB	national
1410222	Jun 2014	GB	national

Number	Name	Date	Kind
8270511	Barsoum et al.	Sep 2012	B2
9130814	Petrov	Sep 2015	B2
9526195	Su	Dec 2016	B2
9866423	Mouhouche	Jan 2018	B2
10505780	Mouhouche	Dec 2019	B2
11165623	Mouhouche	Nov 2021	B2
11695613	Mouhouche	Jul 2023	B2
20030031149	Odenwalder et al.	Feb 2003	A1
20030120990	Elbwart et al.	Jun 2003	A1
20040066844	Moon	Apr 2004	A1
20070143654	Joyce	Jun 2007	A1
20080292010	Wernears	Nov 2008	A1
20090102852	Eyvazkhani	Apr 2009	A1
20100257426	Yokokawa et al.	Oct 2010	A1
20100299572	Yokokawa et al.	Nov 2010	A1
20110110459	Abraham	May 2011	A1
20110182387	Ahmed et al.	Jul 2011	A1
20120134423	Zhou	May 2012	A1
20120140612	Petrov et al.	Jun 2012	A1
20120189070	Kroeger	Jul 2012	A1
20130216001	Petrov	Aug 2013	A1
20150030878	Zhi	Jan 2015	A1

Number	Date	Country
101345738	Jan 2009	CN
102244556	Nov 2011	CN
102474313	May 2012	CN
102752261	Oct 2012	CN
103181085	Jun 2013	CN
103731243	Apr 2014	CN
199 00 140	Jul 1999	DE
2 134 051	Dec 2009	EP
2 153 561	Feb 2010	EP
2 166 722	Mar 2010	EP
2288048	Feb 2011	EP
2 992 656	Mar 2016	EP
3 017 574	May 2016	EP
2499050	Aug 2013	GB
2008-274417	Nov 2008	JP
10-2014-0142708	Dec 2014	KR
10-2015-0034668	Apr 2015	KR
10-2015-0040244	Apr 2015	KR
10-2016-0033716	Mar 2016	KR
10-2017-0052550	May 2017	KR
2008151308	Dec 2008	WO
2010078472	Jul 2010	WO
2011021382	Feb 2011	WO
2014009191	Jan 2014	WO
2014177559	Nov 2014	WO
2015001121	Jan 2015	WO
2015005657	Jan 2015	WO
2015076629	May 2015	WO
2015142076	Sep 2015	WO

	Number	Date	Country
Parent	17380737	Jul 2021	US
Child	18201897		US
Parent	16678536	Nov 2019	US
Child	17380737		US
Parent	15818480	Nov 2017	US
Child	16678536		US
Parent	14910948		US
Child	15818480		US

Non-uniform constellations

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Examiners

Agents

CPC

Field of Search

CPC

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Term Extension

Abstract

Description

Claims

Priority Claims (7)

CROSS-REFERENCE TO RELATED PATENT APPLICATIONS

US Referenced Citations (22)

Foreign Referenced Citations (29)

Non-Patent Literature Citations (17)

Related Publications (1)

Continuations (4)