AIRFOIL CORE SHAPE FOR A TURBOMACHINE COMPONENT

Abstract

A turbomachine component includes a compressor stator vane having an airfoil core shape. The airfoil core shape includes a nominal profile substantially in accordance with Cartesian coordinate values of X, Y, and Z set forth in TABLE 1, and wherein X and Y are distances in inches which, when connected by smooth continuing arcs, define airfoil profile sections at each distance Z in inches. The profile sections at the Z distances are joined smoothly with one another to form a complete airfoil core shape.

Description

BACKGROUND OF THE INVENTION

The subject matter disclosed herein relates to the art of turbomachines and, more particularly, to an airfoil shape of a turbomachine component.

Many system requirements must be met for each stage of a gas turbine in order to meet design goals including an overall improvement in compressor efficiency. In particular, first stage compressor stator vanes must meet system requirements including airfoil loading and manufacturability. These first stage compressor stator vanes must operate within a particular set of boundary conditions based on operating conditions of the gas turbine while maintaining a shape that meets design specifications.

BRIEF DESCRIPTION OF THE INVENTION

According to one aspect of the exemplary embodiment, a turbomachine component includes a compressor stator vane having an airfoil core shape. The airfoil core shape includes a nominal profile substantially in accordance with Cartesian coordinate values of X, Y, and Z set forth in TABLE 1, and wherein X and Y are distances in inches which, when connected by smooth continuing arcs, define airfoil profile sections at each distance Z in inches. The profile sections at the Z distances are joined smoothly with one another to form a complete airfoil core shape.

According to another aspect of the exemplary embodiment, a turbomachine includes a compressor portion, and at least one compressor vane provided in the compressor portion. The compressor stator vane includes an airfoil core shape. The airfoil core shape includes a nominal profile substantially in accordance with Cartesian coordinate values of X, Y, and Z set forth in TABLE 1, and wherein X and Y are distances in inches which, when connected by smooth continuing arcs, define airfoil profile sections at each distance Z in inches. The profile sections at the Z distances are joined smoothly with one another to form a complete airfoil core shape.

These and other advantages and features will become more apparent from the following description taken in conjunction with the drawings.

BRIEF DESCRIPTION OF THE DRAWING

The subject matter, which is regarded as the invention, is particularly pointed out and distinctly claimed in the claims at the conclusion of the specification. The foregoing and other features, and advantages of the invention are apparent from the following detailed description taken in conjunction with the accompanying drawings in which:

FIG. 1 is a cross sectional view of a compressor portion of a turbomachine including a first stage compressor stator vane having an airfoil shape constructed in accordance with an exemplary embodiment of the invention;

FIG. 2 illustrates a coordinate system for the first stage compressor vane of FIG. 1;

FIG. 3 is a side view of the first stage compressor vane of FIG. 2 illustrating a portion of a set of points that define the airfoil shape;

FIG. 4 is another side view of the first stage compressor vane of FIG. 3;

FIG. 5 is a schematic diagram illustrating a typical section of the first stage compressor vane of FIG. 2; and

FIG. 6 illustrates an outer envelope of a nominal profile of the airfoil shape.

The detailed description explains embodiments of the invention, together with advantages and features, by way of example with reference to the drawings.

DETAILED DESCRIPTION OF THE INVENTION

As shown in FIGS. 1-4, a turbomachine 2 constructed in accordance with an exemplary embodiment includes a compressor portion 4 and a turbine portion (not shown). Compressor portion 4 is enclosed by a compressor housing 6 and has an axial flow path 8. Compressor portion 4 includes a plurality of variable and stationary vanes, and moving rotor blades two of which are shown at 18 and 20 respectively. Compressor portion 4 is also shown to include additional compressor stages (not separately labeled) the number of which can vary depending upon compressor make and model. Among the stationary vanes 18 is stator “0” or a first stage compressor stator vane 22 for 7F, 7FA, 7FA+, 7FA+e gas turbine frames.

In the exemplary embodiment shown, first stage compressor stator vane 22 includes an airfoil core shape 30 having first and second ends 34 and 36. First end 34 is provided with a base member 38 that serves as an anchor point. More specifically, base member 38 is a dovetail portion that interfaces with a second dovetail slot (not shown) to locate it in the compressor flow path. Airfoil core shape 30 has a profile including a three dimensional (3-D) shape that defines a suction side 44 and a pressure side 46 as well as a leading edge 49 and a trailing edge 48.

An important aspect of first stage compressor stator vane 22 is airfoil core shape 30, which in accordance with an exemplary embodiment is configured for enhanced turbine performance. A list of X, Y, and Z coordinates or points for airfoil core shape 30 is presented in TABLE I, and meets compressor requirements for interaction between adjacent stages, aerodynamic efficiency and provides an improved aeromechanics margin over prior shapes. Moreover, the particular airfoil core shape 30 in accordance with the exemplary embodiment meets system requirements for flow dynamics, loading, and frequency response. The points are arrived at by iteration between aerodynamic and mechanical design improvements and are the only loci of points that allow turbomachine 2 to operate in an efficient, smooth manner. As will become more fully evident below, airfoil core shape 30 is represented as a set of 3024 points listed in TABLE 1. The 3024 points represent 27 airfoil sections each containing 112 points, of which 24 sections comprise airfoil core shape 30. The X, Y, and Z coordinates, which represent a profile of airfoil core shape 30, are created in a coordinate system which is defined relative to a cold engine part. The origin of the coordinate system on the cold centerline axis is X=0.0, Y=0.0 and Z=0.0. The Z coordinate axis is defined as a radial line from the Y coordinate axis; the X coordinate axis is defined as being normal to a plane defined by the Y-Z axis. The airfoil sections are cut normal to the Z coordinate axis. X and Y points, which make up the airfoil core profile shape at each section, are in inches. The radial Z values in inches for the section planes have an origin of Z₀.

The radial distance between each section varies however a total radial distance of airfoil core shape 30 is 15.4294 inches. The bottom and top sections Z_o and Z₁, may be obscured by cast-in features, such as base member 38, that are not included in the X, Y, and Z points that define airfoil core shape 30. All of the 3024 points are taken from a nominal cold or room temperature for each airfoil section of airfoil core shape 30. Each airfoil section is joined smoothly with adjacent airfoil sections to form the airfoil core shape 30.

It should be appreciated that as each compressor stator vane 22 heats up during operation of compressor portion 4, the airfoil core profile shape will change as a result of stress and temperature. Thus, the X, Y and Z points are provided at cold or room temperature for manufacturing purposes. Since the manufactured airfoil core shape may be different from a nominal airfoil core shape defined in Table 1, a tolerance of +0.160 and −0.0 inches from the nominal profile is allowed and thus defines an overall design envelope for airfoil core shape 30. The overall design is robust to this design envelope without impairment of mechanical or aerodynamic properties of first stage compressor stator vane 22.

It should also be appreciated that the airfoil core shape 30 can be scaled up or scaled down geometrically for introductions into similar turbine designs, with smaller or larger frame sizes. Consequently, the X, Y, and Z coordinates in inches may be multiplied or divided by the same constant or number/factor to provide a scaled up or scaled down version of first stage stator vane 22 while retaining the airfoil core profile shape and unique properties.

As best shown in FIG. 2, a coordinate system for airfoil core shape 30 in accordance with exemplary embodiment is indicated generally at 100. As discussed above, coordinate system 100 is defined relative to a cold stator vane. Coordinate system 100 includes an X-axis 105, a Y-axis 110, and a Z-axis 115. The origin of coordinate system 100 is centered on a point located first stage compressor stator vane 22 covered by base member 38. X-axis 105 is directed axially along a centerline axis (not separately labeled) of turbomachine 2 and Z-axis 115 is directed along a radial line normal to the centerline axis. The positive direction of X-axis 105, Y-axis 110, and Z-axis 115 is identified by label placement in FIG. 2.

As best shown in FIGS. 3 and 4, airfoil core shape 30 includes a plurality of sections 150-172. Section 150 is located at Z₀ and the airfoil core shape 30 extends through sections 172 before terminating at section 180 located at Z₁. As discussed above, sections 150-172, and 180 are cut normal to Z_C-axis 115. The X and Y coordinates which make up each section are presented in Table 1 are in inches. FIG. 5 illustrates a set of 112 points 200 which make up section 151.

FIG. 6 illustrates a design envelope for airfoil core shape 30. The X, Y, and Z values listed in TABLE 1 illustrate ideal point location for each point of each section of airfoil core shape 30. However, there exist variations from the ideal point location attributed to manufacturing tolerances and the like which must be taken into account. Thus, a design envelope is established which sets forth an acceptable outer boundary or distance from a nominal profile 250 for each section 150-172, and 180. Therefore it should be understood that each X, Y, and Z point includes a tolerance or ±value. In consideration of process capability, a tolerance 260 of +0.160 inches is allowed in the formation of airfoil core shape 30. Tolerance 260 includes an upper limit 270 defined as a 0.160-inch deviation from nominal profile 250 and a lower limit 280, defined as a −0.000-inch variation from nominal profile 250. The design envelope or tolerance 260 is robust such that this variation does not impair mechanical and aerodynamic performance of compressor stator vane 22.

In no way limiting of the exemplary embodiment, airfoil core shape 30 provides an increased efficiency as much as 0.15% compared to previous individual airfoil core shapes for first stage compressor stator vane 22. Moreover, and in no way limiting of the exemplary embodiment, in conjunction with other airfoil core shapes, which are conventional or enhanced (similar to the enhancements herein), airfoil core shape 30, as embodied by the invention, provides an increased efficiency as much as 0.15% compared to previous individual sets of airfoil core shapes for first stage compressor stator vane 22. This increased efficiency provides, in addition to the above-noted advantages, a power output with a decrease the required fuel, therefore inherently decreasing emissions to produce energy. Of course, other such advantages are within the scope of the exemplary embodiment.

TABLE 1
Section 1	Section 2	Section 3
X	Y	Z	X	Y	Z	X	Y	Z
−2.5518	0.3663	−0.0374	−2.5514	0.3658	0	−2.544	0.3586	0.7264
−2.5535	0.3574	−0.0374	−2.5531	0.3569	0	−2.5456	0.3497	0.7264
−2.5531	0.3453	−0.0374	−2.5527	0.3448	0	−2.5448	0.3378	0.7264
−2.5493	0.3307	−0.0374	−2.5489	0.3302	0	−2.5404	0.3235	0.7264
−2.5415	0.3144	−0.0374	−2.5411	0.3139	0	−2.5321	0.3077	0.7264
−2.5281	0.2945	−0.0374	−2.5276	0.2941	0	−2.518	0.2885	0.7264
−2.5075	0.2711	−0.0374	−2.5071	0.2707	0	−2.4969	0.2661	0.7264
−2.4794	0.2445	−0.0374	−2.4789	0.2442	0	−2.4681	0.2408	0.7264
−2.4429	0.2149	−0.0374	−2.4423	0.2146	0	−2.4309	0.2125	0.7264
−2.3973	0.1821	−0.0374	−2.3967	0.1819	0	−2.3848	0.1815	0.7264
−2.3425	0.1464	−0.0374	−2.3419	0.1463	0	−2.3296	0.1477	0.7264
−2.2765	0.1066	−0.0374	−2.2759	0.1066	0	−2.2632	0.11	0.7264
−2.199	0.0631	−0.0374	−2.1984	0.0632	0	−2.1855	0.0686	0.7264
−2.1098	0.0168	−0.0374	−2.1091	0.017	0	−2.096	0.0244	0.7264
−2.0083	−0.0318	−0.0374	−2.0077	−0.0314	0	−1.9943	−0.0218	0.7264
−1.8937	−0.0807	−0.0374	−1.893	−0.0802	0	−1.8797	−0.0683	0.7264
−1.7667	−0.131	−0.0374	−1.7661	−0.1305	0	−1.7532	−0.1161	0.7264
−1.633	−0.1783	−0.0374	−1.6324	−0.1777	0	−1.6201	−0.1612	0.7264
−1.4928	−0.223	−0.0374	−1.4923	−0.2222	0	−1.4807	−0.2039	0.7264
−1.3462	−0.2655	−0.0374	−1.3456	−0.2646	0	−1.3348	−0.2444	0.7264
−1.1929	−0.3049	−0.0374	−1.1924	−0.304	0	−1.1824	−0.282	0.7264
−1.0329	−0.3409	−0.0374	−1.0325	−0.3398	0	−1.0234	−0.3163	0.7264
−0.8661	−0.373	−0.0374	−0.8657	−0.3718	0	−0.8577	−0.3471	0.7264
−0.6925	−0.4008	−0.0374	−0.6922	−0.3996	0	−0.6853	−0.374	0.7264
−0.5177	−0.423	−0.0374	−0.5174	−0.4218	0	−0.5117	−0.3956	0.7264
−0.3417	−0.4395	−0.0374	−0.3414	−0.4383	0	−0.3371	−0.4119	0.7264
−0.1644	−0.45	−0.0374	−0.1643	−0.4488	0	−0.1612	−0.4225	0.7264
0.0128	−0.454	−0.0374	0.0129	−0.4528	0	0.0147	−0.4271	0.7264
0.1892	−0.451	−0.0374	0.1892	−0.4499	0	0.1898	−0.4254	0.7264
0.3647	−0.4411	−0.0374	0.3646	−0.44	0	0.3641	−0.4171	0.7264
0.5394	−0.4248	−0.0374	0.5393	−0.4238	0	0.5377	−0.4029	0.7264
0.7133	−0.4026	−0.0374	0.7131	−0.4018	0	0.7106	−0.3831	0.7264
0.8865	−0.3747	−0.0374	0.8863	−0.374	0	0.8828	−0.3579	0.7264
1.059	−0.3415	−0.0374	1.0587	−0.341	0	1.0544	−0.3279	0.7264
1.2309	−0.3035	−0.0374	1.2306	−0.3031	0	1.2255	−0.2933	0.7264
1.3965	−0.2624	−0.0374	1.3961	−0.2621	0	1.3903	−0.2556	0.7264
1.5558	−0.2188	−0.0374	1.5555	−0.2188	0	1.549	−0.2156	0.7264
1.7087	−0.1737	−0.0374	1.7083	−0.1738	0	1.7015	−0.1738	0.7264
1.855	−0.1274	−0.0374	1.8546	−0.1276	0	1.8475	−0.1308	0.7264
1.9949	−0.0806	−0.0374	1.9945	−0.081	0	1.9873	−0.0872	0.7264
2.1286	−0.0338	−0.0374	2.1282	−0.0343	0	2.1209	−0.0435	0.7264
2.2563	0.0126	−0.0374	2.2558	0.012	0	2.2484	0	0.7264
2.3779	0.0582	−0.0374	2.3775	0.0574	0	2.37	0.0427	0.7264
2.4882	0.1004	−0.0374	2.4877	0.0995	0	2.4803	0.0823	0.7264
2.5872	0.1389	−0.0374	2.5868	0.1379	0	2.5793	0.1184	0.7264
2.6752	0.1731	−0.0374	2.6748	0.172	0	2.6674	0.1505	0.7264
2.7583	0.2038	−0.0374	2.7579	0.2026	0	2.7504	0.1792	0.7264
2.8307	0.2293	−0.0374	2.8303	0.228	0	2.8227	0.2031	0.7264
2.8862	0.2494	−0.0374	2.8858	0.248	0	2.8782	0.2219	0.7264
2.9304	0.2662	−0.0374	2.9299	0.2648	0	2.9223	0.2378	0.7264
2.9632	0.2795	−0.0374	2.9628	0.2781	0	2.9551	0.2503	0.7264
2.9822	0.2977	−0.0374	2.9818	0.2961	0	2.9748	0.2671	0.7264
2.9868	0.3117	−0.0374	2.9865	0.3102	0	2.9798	0.2807	0.7264
2.9872	0.3212	−0.0374	2.9868	0.3197	0	2.9804	0.29	0.7264
2.9865	0.326	−0.0374	2.9862	0.3245	0	2.9798	0.2946	0.7264
2.986	0.3283	−0.0374	2.9857	0.3268	0	2.9794	0.2969	0.7264
2.9857	0.3295	−0.0374	2.9854	0.328	0	2.9791	0.2981	0.7264
2.9854	0.3306	−0.0374	2.9851	0.329	0	2.9788	0.2991	0.7264
2.9847	0.3327	−0.0374	2.9844	0.3311	0	2.9781	0.3013	0.7264
2.9829	0.3368	−0.0374	2.9826	0.3352	0	2.9764	0.3053	0.7264
2.9782	0.3443	−0.0374	2.9779	0.3428	0	2.9717	0.3129	0.7264
2.9681	0.3537	−0.0374	2.9678	0.3521	0	2.9614	0.322	0.7264
2.9444	0.3604	−0.0374	2.9441	0.3588	0	2.9375	0.3277	0.7264
2.9113	0.3553	−0.0374	2.911	0.3537	0	2.9043	0.3228	0.7264
2.8673	0.3474	−0.0374	2.8669	0.3458	0	2.8603	0.3155	0.7264
2.8123	0.3371	−0.0374	2.812	0.3355	0	2.8053	0.3058	0.7264
2.7408	0.3238	−0.0374	2.7405	0.3223	0	2.7338	0.2932	0.7264
2.658	0.3107	−0.0374	2.6577	0.3093	0	2.6509	0.2808	0.7264
2.5692	0.3001	−0.0374	2.5689	0.2986	0	2.5623	0.2707	0.7264
2.4691	0.2903	−0.0374	2.4688	0.2888	0	2.4625	0.2613	0.7264
2.3578	0.2813	−0.0374	2.3576	0.2798	0	2.3515	0.2526	0.7264
2.2353	0.2736	−0.0374	2.235	0.2721	0	2.2293	0.245	0.7264
2.1071	0.2677	−0.0374	2.1068	0.2663	0	2.1013	0.2393	0.7264
1.9732	0.2639	−0.0374	1.973	0.2624	0	1.9677	0.2354	0.7264
1.8336	0.2621	−0.0374	1.8334	0.2607	0	1.8284	0.2335	0.7264
1.6883	0.2624	−0.0374	1.6881	0.2609	0	1.6835	0.2336	0.7264
1.5375	0.2645	−0.0374	1.5373	0.2631	0	1.5332	0.2356	0.7264
1.3812	0.2686	−0.0374	1.3811	0.2671	0	1.3773	0.2395	0.7264
1.2194	0.2745	−0.0374	1.2193	0.273	0	1.216	0.2452	0.7264
1.0521	0.282	−0.0374	1.052	0.2804	0	1.0492	0.2525	0.7264
0.8848	0.2907	−0.0374	0.8847	0.2891	0	0.8825	0.2611	0.7264
0.7176	0.3004	−0.0374	0.7175	0.2988	0	0.7157	0.2706	0.7264
0.5503	0.3104	−0.0374	0.5503	0.3088	0	0.5491	0.2806	0.7264
0.3831	0.3205	−0.0374	0.3831	0.3189	0	0.3824	0.2908	0.7264
0.2159	0.3304	−0.0374	0.2159	0.3288	0	0.2157	0.3007	0.7264
0.0487	0.3395	−0.0374	0.0487	0.3378	0	0.049	0.31	0.7264
−0.1186	0.3476	−0.0374	−0.1186	0.3459	0	−0.1178	0.3186	0.7264
−0.286	0.3552	−0.0374	−0.2859	0.3535	0	−0.2845	0.3268	0.7264
−0.4533	0.3629	−0.0374	−0.4532	0.3612	0	−0.4513	0.3352	0.7264
−0.6206	0.3707	−0.0374	−0.6205	0.3691	0	−0.618	0.3438	0.7264
−0.7879	0.379	−0.0374	−0.7877	0.3774	0	−0.7848	0.3527	0.7264
−0.9496	0.3874	−0.0374	−0.9494	0.3859	0	−0.9459	0.3619	0.7264
−1.1057	0.3958	−0.0374	−1.1055	0.3943	0	−1.1015	0.3711	0.7264
−1.2562	0.4039	−0.0374	−1.256	0.4025	0	−1.2515	0.3802	0.7264
−1.4012	0.4118	−0.0374	−1.4009	0.4105	0	−1.396	0.389	0.7264
−1.5405	0.4196	−0.0374	−1.5402	0.4183	0	−1.5349	0.3977	0.7264
−1.6743	0.4267	−0.0374	−1.674	0.4254	0	−1.6682	0.4058	0.7264
−1.8026	0.4327	−0.0374	−1.8023	0.4315	0	−1.796	0.4133	0.7264
−1.9198	0.4374	−0.0374	−1.9194	0.4363	0	−1.9127	0.4195	0.7264
−2.0258	0.4398	−0.0374	−2.0255	0.4388	0	−2.0184	0.4234	0.7264
−2.1207	0.4408	−0.0374	−2.1204	0.4399	0	−2.113	0.4257	0.7264
−2.2045	0.4406	−0.0374	−2.2041	0.4398	0	−2.1966	0.4266	0.7264
−2.2771	0.4394	−0.0374	−2.2767	0.4386	0	−2.2689	0.4264	0.7264
−2.3384	0.4367	−0.0374	−2.338	0.436	0	−2.3301	0.4248	0.7264
−2.3908	0.4326	−0.0374	−2.3903	0.4319	0	−2.3824	0.4216	0.7264
−2.4345	0.4269	−0.0374	−2.4341	0.4262	0	−2.4261	0.4166	0.7264
−2.47	0.4196	−0.0374	−2.4696	0.419	0	−2.4617	0.4101	0.7264
−2.4978	0.4112	−0.0374	−2.4974	0.4106	0	−2.4895	0.4023	0.7264
−2.5182	0.4021	−0.0374	−2.5178	0.4016	0	−2.51	0.3937	0.7264
−2.5323	0.393	−0.0374	−2.5319	0.3925	0	−2.5243	0.385	0.7264
−2.5424	0.3834	−0.0374	−2.542	0.3828	0	−2.5346	0.3755	0.7264
−2.5486	0.3741	−0.0374	−2.5482	0.3736	0	−2.5409	0.3664	0.7264
Section 4	Section 5	Section 6
X	Y	Z	X	Y	Z	X	Y	Z
−2.5431	0.358	0.8	−2.5292	0.3534	1.4903	−2.5008	0.347	2.2542
−2.5446	0.3492	0.8	−2.5305	0.3447	1.4903	−2.502	0.3383	2.2542
−2.5437	0.3373	0.8	−2.5293	0.3329	1.4903	−2.5008	0.3267	2.2542
−2.5393	0.323	0.8	−2.5244	0.319	1.4903	−2.4959	0.313	2.2542
−2.5309	0.3073	0.8	−2.5155	0.3037	1.4903	−2.4871	0.298	2.2542
−2.5167	0.2882	0.8	−2.5007	0.2853	1.4903	−2.4724	0.28	2.2542
−2.4955	0.2659	0.8	−2.4791	0.264	1.4903	−2.4508	0.2593	2.2542
−2.4667	0.2407	0.8	−2.4499	0.2398	1.4903	−2.4214	0.2362	2.2542
−2.4295	0.2126	0.8	−2.4123	0.2129	1.4903	−2.3835	0.2109	2.2542
−2.3834	0.1817	0.8	−2.366	0.1834	1.4903	−2.3368	0.1835	2.2542
−2.3281	0.1481	0.8	−2.3106	0.1513	1.4903	−2.2811	0.1536	2.2542
−2.2617	0.1105	0.8	−2.2441	0.1154	1.4903	−2.2147	0.1197	2.2542
−2.1839	0.0693	0.8	−2.1664	0.076	1.4903	−2.1373	0.082	2.2542
−2.0945	0.0254	0.8	−2.077	0.0339	1.4903	−2.0483	0.0416	2.2542
−1.9928	−0.0206	0.8	−1.9756	−0.0101	1.4903	−1.9475	−0.0003	2.2542
−1.8782	−0.0669	0.8	−1.8615	−0.0545	1.4903	−1.8347	−0.0426	2.2542
−1.7517	−0.1144	0.8	−1.7358	−0.0998	1.4903	−1.7104	−0.0857	2.2542
−1.6188	−0.1593	0.8	−1.6037	−0.1428	1.4903	−1.5799	−0.1266	2.2542
−1.4794	−0.2018	0.8	−1.4653	−0.1836	1.4903	−1.4431	−0.1656	2.2542
−1.3336	−0.2422	0.8	−1.3206	−0.2224	1.4903	−1.3001	−0.2028	2.2542
−1.1813	−0.2796	0.8	−1.1694	−0.2584	1.4903	−1.1508	−0.2374	2.2542
−1.0224	−0.3138	0.8	−1.0118	−0.2914	1.4903	−0.995	−0.2692	2.2542
−0.8569	−0.3445	0.8	−0.8476	−0.3211	1.4903	−0.8327	−0.298	2.2542
−0.6846	−0.3713	0.8	−0.6767	−0.347	1.4903	−0.6639	−0.3232	2.2542
−0.5112	−0.3928	0.8	−0.5048	−0.368	1.4903	−0.494	−0.3437	2.2542
−0.3366	−0.409	0.8	−0.3319	−0.384	1.4903	−0.323	−0.3595	2.2542
−0.161	−0.4197	0.8	−0.1578	−0.3947	1.4903	−0.1514	−0.3703	2.2542
0.0148	−0.4244	0.8	0.0164	−0.3997	1.4903	0.0198	−0.3758	2.2542
0.1898	−0.4227	0.8	0.1899	−0.3988	1.4903	0.1906	−0.3756	2.2542
0.364	−0.4146	0.8	0.3627	−0.3919	1.4903	0.3608	−0.3699	2.2542
0.5375	−0.4005	0.8	0.5349	−0.3793	1.4903	0.5307	−0.3587	2.2542
0.7103	−0.3809	0.8	0.7064	−0.3613	1.4903	0.7001	−0.3425	2.2542
0.8824	−0.356	0.8	0.8773	−0.3384	1.4903	0.8691	−0.3216	2.2542
1.0539	−0.3262	0.8	1.0478	−0.311	1.4903	1.0377	−0.2965	2.2542
1.2248	−0.292	0.8	1.2177	−0.2793	1.4903	1.206	−0.2674	2.2542
1.3895	−0.2546	0.8	1.3814	−0.2447	1.4903	1.3684	−0.2354	2.2542
1.5481	−0.2149	0.8	1.5392	−0.2078	1.4903	1.5249	−0.2012	2.2542
1.7006	−0.1735	0.8	1.6909	−0.1691	1.4903	1.6751	−0.1653	2.2542
1.8466	−0.1308	0.8	1.8363	−0.1292	1.4903	1.8191	−0.1282	2.2542
1.9863	−0.0875	0.8	1.9755	−0.0886	1.4903	1.957	−0.0904	2.2542
2.1199	−0.0441	0.8	2.1086	−0.0478	1.4903	2.0889	−0.0523	2.2542
2.2474	−0.001	0.8	2.2357	−0.0072	1.4903	2.2149	−0.0144	2.2542
2.369	0.0415	0.8	2.3568	0.0328	1.4903	2.3351	0.0231	2.2542
2.4792	0.0808	0.8	2.4668	0.0698	1.4903	2.4442	0.0578	2.2542
2.5783	0.1167	0.8	2.5656	0.1036	1.4903	2.5422	0.0895	2.2542
2.6663	0.1486	0.8	2.6534	0.1337	1.4903	2.6292	0.1177	2.2542
2.7493	0.1771	0.8	2.7362	0.1605	1.4903	2.7113	0.1429	2.2542
2.8217	0.2007	0.8	2.8082	0.1827	1.4903	2.7827	0.1638	2.2542
2.8771	0.2194	0.8	2.8635	0.2003	1.4903	2.8374	0.1804	2.2542
2.9212	0.2352	0.8	2.9075	0.2152	1.4903	2.881	0.1945	2.2542
2.954	0.2477	0.8	2.9402	0.2271	1.4903	2.9134	0.2057	2.2542
2.9738	0.2643	0.8	2.9607	0.2423	1.4903	2.9351	0.219	2.2542
2.9789	0.2779	0.8	2.9663	0.2555	1.4903	2.9416	0.2319	2.2542
2.9795	0.2872	0.8	2.9671	0.2646	1.4903	2.9428	0.2412	2.2542
2.979	0.2918	0.8	2.9666	0.2692	1.4903	2.9425	0.2458	2.2542
2.9785	0.2941	0.8	2.9662	0.2715	1.4903	2.9421	0.2481	2.2542
2.9783	0.2953	0.8	2.966	0.2726	1.4903	2.9418	0.2493	2.2542
2.978	0.2963	0.8	2.9657	0.2737	1.4903	2.9415	0.2503	2.2542
2.9773	0.2984	0.8	2.965	0.2758	1.4903	2.9409	0.2524	2.2542
2.9756	0.3025	0.8	2.9634	0.2798	1.4903	2.9392	0.2564	2.2542
2.9709	0.31	0.8	2.9586	0.2873	1.4903	2.9345	0.2638	2.2542
2.9606	0.3192	0.8	2.9482	0.2962	1.4903	2.9239	0.2723	2.2542
2.9366	0.3248	0.8	2.9242	0.3008	1.4903	2.8998	0.2755	2.2542
2.9035	0.3199	0.8	2.8911	0.2961	1.4903	2.8671	0.2711	2.2542
2.8594	0.3126	0.8	2.8472	0.2894	1.4903	2.8235	0.2646	2.2542
2.8044	0.303	0.8	2.7924	0.2803	1.4903	2.7692	0.2559	2.2542
2.733	0.2905	0.8	2.7211	0.2683	1.4903	2.6985	0.2445	2.2542
2.6501	0.2782	0.8	2.6387	0.2565	1.4903	2.6168	0.2332	2.2542
2.5616	0.2682	0.8	2.5505	0.2469	1.4903	2.5294	0.2238	2.2542
2.4618	0.2588	0.8	2.4512	0.2379	1.4903	2.431	0.215	2.2542
2.3508	0.2501	0.8	2.3407	0.2294	1.4903	2.3216	0.2067	2.2542
2.2286	0.2426	0.8	2.219	0.2221	1.4903	2.201	0.1994	2.2542
2.1007	0.2369	0.8	2.0917	0.2164	1.4903	2.0749	0.1938	2.2542
1.9671	0.233	0.8	1.9588	0.2125	1.4903	1.9431	0.1898	2.2542
1.8278	0.2311	0.8	1.8201	0.2105	1.4903	1.8059	0.1877	2.2542
1.683	0.2312	0.8	1.6761	0.2105	1.4903	1.6632	0.1876	2.2542
1.5327	0.2332	0.8	1.5265	0.2125	1.4903	1.5151	0.1893	2.2542
1.377	0.2371	0.8	1.3715	0.2162	1.4903	1.3616	0.1928	2.2542
1.2157	0.2428	0.8	1.2111	0.2218	1.4903	1.2027	0.1981	2.2542
1.0489	0.2501	0.8	1.0452	0.2289	1.4903	1.0384	0.205	2.2542
0.8823	0.2587	0.8	0.8793	0.2373	1.4903	0.8742	0.2131	2.2542
0.7156	0.2682	0.8	0.7135	0.2467	1.4903	0.71	0.2222	2.2542
0.549	0.2783	0.8	0.5478	0.2566	1.4903	0.5458	0.2321	2.2542
0.3824	0.2884	0.8	0.382	0.2667	1.4903	0.3816	0.2421	2.2542
0.2157	0.2984	0.8	0.2162	0.2766	1.4903	0.2175	0.252	2.2542
0.0491	0.3076	0.8	0.0504	0.286	1.4903	0.0533	0.2615	2.2542
−0.1176	0.3163	0.8	−0.1154	0.2949	1.4903	−0.1109	0.2707	2.2542
−0.2843	0.3246	0.8	−0.2813	0.3036	1.4903	−0.2751	0.2799	2.2542
−0.451	0.333	0.8	−0.4471	0.3124	1.4903	−0.4393	0.2893	2.2542
−0.6177	0.3416	0.8	−0.6129	0.3215	1.4903	−0.6035	0.299	2.2542
−0.7844	0.3507	0.8	−0.7787	0.3311	1.4903	−0.7676	0.3093	2.2542
−0.9455	0.3599	0.8	−0.9389	0.3409	1.4903	−0.9263	0.3198	2.2542
−1.101	0.3692	0.8	−1.0936	0.3508	1.4903	−1.0794	0.3304	2.2542
−1.2509	0.3783	0.8	−1.2428	0.3606	1.4903	−1.2271	0.341	2.2542
−1.3953	0.3872	0.8	−1.3864	0.3702	1.4903	−1.3693	0.3513	2.2542
−1.5342	0.3959	0.8	−1.5245	0.3796	1.4903	−1.506	0.3615	2.2542
−1.6674	0.4042	0.8	−1.6571	0.3887	1.4903	−1.6372	0.3715	2.2542
−1.7952	0.4117	0.8	−1.7841	0.3973	1.4903	−1.763	0.3809	2.2542
−1.9119	0.4181	0.8	−1.9001	0.4046	1.4903	−1.8778	0.389	2.2542
−2.0175	0.4221	0.8	−2.0052	0.4096	1.4903	−1.9818	0.3949	2.2542
−2.1121	0.4244	0.8	−2.0993	0.413	1.4903	−2.075	0.3991	2.2542
−2.1956	0.4255	0.8	−2.1823	0.415	1.4903	−2.1572	0.4018	2.2542
−2.2679	0.4254	0.8	−2.2543	0.4157	1.4903	−2.2284	0.4038	2.2542
−2.3291	0.4239	0.8	−2.3152	0.4149	1.4903	−2.2887	0.4047	2.2542
−2.3814	0.4207	0.8	−2.3672	0.4125	1.4903	−2.3403	0.4037	2.2542
−2.4251	0.4159	0.8	−2.4107	0.4084	1.4903	−2.3835	0.4007	2.2542
−2.4606	0.4094	0.8	−2.4463	0.4026	1.4903	−2.4187	0.3955	2.2542
−2.4885	0.4016	0.8	−2.4741	0.3955	1.4903	−2.4464	0.3887	2.2542
−2.509	0.3931	0.8	−2.4947	0.3875	1.4903	−2.4668	0.3808	2.2542
−2.5233	0.3844	0.8	−2.5092	0.3792	1.4903	−2.4811	0.3726	2.2542
−2.5336	0.375	0.8	−2.5197	0.3702	1.4903	−2.4914	0.3636	2.2542
−2.5399	0.3659	0.8	−2.5261	0.3612	1.4903	−2.4977	0.3547	2.2542
Section 7	Section 8	Section 9
X	Y	Z	X	Y	Z	X	Y	Z
−2.458	0.3402	3.018	−2.4119	0.3349	3.7818	−2.374	0.3323	4.5457
−2.4592	0.3317	3.018	−2.413	0.3266	3.7818	−2.3751	0.3242	4.5457
−2.458	0.3203	3.018	−2.4115	0.3155	3.7818	−2.3734	0.3133	4.5457
−2.453	0.3068	3.018	−2.4062	0.3025	3.7818	−2.3679	0.3007	4.5457
−2.4441	0.2922	3.018	−2.397	0.2884	3.7818	−2.3585	0.2872	4.5457
−2.4293	0.2747	3.018	−2.3821	0.2718	3.7818	−2.3436	0.2712	4.5457
−2.4077	0.2547	3.018	−2.3605	0.2527	3.7818	−2.3221	0.2529	4.5457
−2.3783	0.2326	3.018	−2.3312	0.2316	3.7818	−2.293	0.2327	4.5457
−2.3403	0.2086	3.018	−2.2938	0.2087	3.7818	−2.2559	0.2109	4.5457
−2.2937	0.1829	3.018	−2.2479	0.184	3.7818	−2.2107	0.1874	4.5457
−2.2382	0.1547	3.018	−2.1934	0.1569	3.7818	−2.1571	0.1614	4.5457
−2.1722	0.1223	3.018	−2.1285	0.1258	3.7818	−2.0932	0.1315	4.5457
−2.0954	0.0861	3.018	−2.053	0.0913	3.7818	−2.0188	0.0984	4.5457
−2.0073	0.0475	3.018	−1.9664	0.0543	3.7818	−1.9337	0.0629	4.5457
−1.9076	0.0074	3.018	−1.8687	0.0159	3.7818	−1.8378	0.026	4.5457
−1.7965	−0.0331	3.018	−1.7598	−0.0229	3.7818	−1.731	−0.0116	4.5457
−1.6741	−0.0743	3.018	−1.6399	−0.0625	3.7818	−1.6132	−0.0499	4.5457
−1.5455	−0.1134	3.018	−1.5138	−0.1002	3.7818	−1.4895	−0.0865	4.5457
−1.4107	−0.1508	3.018	−1.3818	−0.1365	3.7818	−1.3598	−0.1218	4.5457
−1.2699	−0.1866	3.018	−1.2438	−0.1712	3.7818	−1.2242	−0.1556	4.5457
−1.1227	−0.2201	3.018	−1.0996	−0.2038	3.7818	−1.0826	−0.1875	4.5457
−0.9692	−0.2509	3.018	−0.9492	−0.2339	3.7818	−0.9348	−0.2171	4.5457
−0.8092	−0.2788	3.018	−0.7925	−0.2613	3.7818	−0.7808	−0.2443	4.5457
−0.6428	−0.3034	3.018	−0.6294	−0.2856	3.7818	−0.6205	−0.2684	4.5457
−0.4753	−0.3235	3.018	−0.4653	−0.3057	3.7818	−0.4599	−0.2885	4.5457
−0.307	−0.3391	3.018	−0.3009	−0.3214	3.7818	−0.2994	−0.3044	4.5457
−0.1389	−0.3498	3.018	−0.1368	−0.3325	3.7818	−0.139	−0.316	4.5457
0.0287	−0.3555	3.018	0.027	−0.3389	3.7818	0.0213	−0.3232	4.5457
0.1959	−0.3559	3.018	0.1905	−0.3403	3.7818	0.1815	−0.3257	4.5457
0.3627	−0.351	3.018	0.3538	−0.3367	3.7818	0.3416	−0.3232	4.5457
0.5292	−0.341	3.018	0.5167	−0.3281	3.7818	0.5015	−0.3162	4.5457
0.6952	−0.3262	3.018	0.6794	−0.3152	3.7818	0.6614	−0.305	4.5457
0.8609	−0.3072	3.018	0.8418	−0.2981	3.7818	0.8212	−0.2899	4.5457
1.0264	−0.2842	3.018	1.004	−0.2774	3.7818	0.9808	−0.2712	4.5457
1.1915	−0.2575	3.018	1.166	−0.253	3.7818	1.1404	−0.2489	4.5457
1.3508	−0.228	3.018	1.3224	−0.226	3.7818	1.2947	−0.2241	4.5457
1.5044	−0.1964	3.018	1.4733	−0.1968	3.7818	1.4433	−0.1972	4.5457
1.6523	−0.163	3.018	1.6185	−0.166	3.7818	1.5862	−0.1687	4.5457
1.7942	−0.1285	3.018	1.7578	−0.1341	3.7818	1.7233	−0.1391	4.5457
1.9301	−0.0934	3.018	1.8913	−0.1015	3.7818	1.8548	−0.1088	4.5457
2.0602	−0.0579	3.018	2.0191	−0.0685	3.7818	1.9806	−0.0781	4.5457
2.1844	−0.0225	3.018	2.1412	−0.0356	3.7818	2.1008	−0.0474	4.5457
2.3029	0.0125	3.018	2.2576	−0.003	3.7818	2.2156	−0.0169	4.5457
2.4105	0.0449	3.018	2.3634	0.0273	3.7818	2.3197	0.0114	4.5457
2.5071	0.0746	3.018	2.4584	0.055	3.7818	2.4133	0.0375	4.5457
2.593	0.1011	3.018	2.5428	0.0798	3.7818	2.4965	0.0608	4.5457
2.6739	0.1247	3.018	2.6222	0.102	3.7818	2.5746	0.0817	4.5457
2.7442	0.1444	3.018	2.6912	0.1206	3.7818	2.6426	0.0993	4.5457
2.7982	0.1601	3.018	2.7442	0.1353	3.7818	2.6947	0.1132	4.5457
2.8411	0.1734	3.018	2.7864	0.1478	3.7818	2.7362	0.1251	4.5457
2.8731	0.1839	3.018	2.8178	0.1578	3.7818	2.7672	0.1345	4.5457
2.8949	0.196	3.018	2.84	0.1683	3.7818	2.7893	0.144	4.5457
2.9017	0.2083	3.018	2.8475	0.18	3.7818	2.797	0.1549	4.5457
2.9031	0.2172	3.018	2.8492	0.1888	3.7818	2.7988	0.1633	4.5457
2.9029	0.2217	3.018	2.849	0.1932	3.7818	2.7987	0.1676	4.5457
2.9025	0.224	3.018	2.8487	0.1955	3.7818	2.7985	0.1697	4.5457
2.9023	0.2251	3.018	2.8485	0.1966	3.7818	2.7982	0.1708	4.5457
2.902	0.2262	3.018	2.8482	0.1976	3.7818	2.798	0.1718	4.5457
2.9014	0.2282	3.018	2.8476	0.1996	3.7818	2.7974	0.1738	4.5457
2.8998	0.2322	3.018	2.846	0.2035	3.7818	2.7958	0.1777	4.5457
2.895	0.2394	3.018	2.8412	0.2105	3.7818	2.7909	0.1844	4.5457
2.8843	0.2474	3.018	2.8304	0.2179	3.7818	2.78	0.1913	4.5457
2.8604	0.2495	3.018	2.8069	0.2189	3.7818	2.7567	0.1912	4.5457
2.8282	0.2452	3.018	2.7753	0.2148	3.7818	2.7256	0.1872	4.5457
2.7852	0.239	3.018	2.7333	0.2088	3.7818	2.6841	0.1815	4.5457
2.7317	0.2306	3.018	2.6808	0.2009	3.7818	2.6324	0.1739	4.5457
2.662	0.2197	3.018	2.6126	0.1906	3.7818	2.5652	0.1641	4.5457
2.5815	0.2088	3.018	2.5337	0.1803	3.7818	2.4874	0.1544	4.5457
2.4954	0.1998	3.018	2.4493	0.1717	3.7818	2.4043	0.1462	4.5457
2.3985	0.1913	3.018	2.3541	0.1635	3.7818	2.3107	0.1385	4.5457
2.2906	0.1832	3.018	2.2483	0.1559	3.7818	2.2066	0.1313	4.5457
2.1719	0.1761	3.018	2.1319	0.1493	3.7818	2.092	0.1251	4.5457
2.0476	0.1706	3.018	2.0102	0.1441	3.7818	1.972	0.1203	4.5457
1.9178	0.1667	3.018	1.8832	0.1405	3.7818	1.8468	0.117	4.5457
1.7826	0.1646	3.018	1.7508	0.1386	3.7818	1.7165	0.1154	4.5457
1.6421	0.1643	3.018	1.6132	0.1384	3.7818	1.581	0.1154	4.5457
1.4963	0.1659	3.018	1.4702	0.1401	3.7818	1.4404	0.1172	4.5457
1.3452	0.1692	3.018	1.3219	0.1435	3.7818	1.2946	0.1207	4.5457
1.1887	0.1743	3.018	1.1683	0.1485	3.7818	1.1437	0.1258	4.5457
1.0269	0.1809	3.018	1.0094	0.1552	3.7818	0.9877	0.1325	4.5457
0.8651	0.1887	3.018	0.8506	0.1631	3.7818	0.8317	0.1404	4.5457
0.7034	0.1977	3.018	0.6919	0.172	3.7818	0.6757	0.1494	4.5457
0.5418	0.2074	3.018	0.5332	0.1818	3.7818	0.5198	0.1592	4.5457
0.3801	0.2174	3.018	0.3745	0.192	3.7818	0.3639	0.1695	4.5457
0.2185	0.2273	3.018	0.2158	0.2022	3.7818	0.208	0.18	4.5457
0.0568	0.2369	3.018	0.0571	0.2122	3.7818	0.0521	0.1903	4.5457
−0.1049	0.2465	3.018	−0.1016	0.2222	3.7818	−0.1038	0.2007	4.5457
−0.2666	0.2561	3.018	−0.2603	0.2323	3.7818	−0.2596	0.2114	4.5457
−0.4282	0.266	3.018	−0.4189	0.2429	3.7818	−0.4155	0.2225	4.5457
−0.5899	0.2763	3.018	−0.5776	0.254	3.7818	−0.5713	0.2343	4.5457
−0.7515	0.2873	3.018	−0.7361	0.2657	3.7818	−0.7271	0.2468	4.5457
−0.9077	0.2985	3.018	−0.8894	0.2778	3.7818	−0.8776	0.2596	4.5457
−1.0584	0.3099	3.018	−1.0373	0.2899	3.7818	−1.0228	0.2726	4.5457
−1.2038	0.3212	3.018	−1.1799	0.3021	3.7818	−1.1629	0.2856	4.5457
−1.3437	0.3323	3.018	−1.3172	0.314	3.7818	−1.2977	0.2983	4.5457
−1.4783	0.3432	3.018	−1.4492	0.3258	3.7818	−1.4273	0.3109	4.5457
−1.6074	0.354	3.018	−1.5759	0.3374	3.7818	−1.5517	0.3233	4.5457
−1.7312	0.3641	3.018	−1.6973	0.3483	3.7818	−1.6709	0.3351	4.5457
−1.8443	0.373	3.018	−1.8082	0.3579	3.7818	−1.7798	0.3454	4.5457
−1.9466	0.3797	3.018	−1.9086	0.3655	3.7818	−1.8784	0.3539	4.5457
−2.0383	0.3847	3.018	−1.9985	0.3713	3.7818	−1.9667	0.3607	4.5457
−2.1192	0.3882	3.018	−2.0779	0.3758	3.7818	−2.0446	0.3661	4.5457
−2.1894	0.3911	3.018	−2.1467	0.3795	3.7818	−2.1122	0.3705	4.5457
−2.2487	0.3933	3.018	−2.205	0.3822	3.7818	−2.1694	0.374	4.5457
−2.2995	0.3936	3.018	−2.2548	0.3832	3.7818	−2.2183	0.3759	4.5457
−2.3421	0.3915	3.018	−2.2966	0.3819	3.7818	−2.2595	0.3755	4.5457
−2.3768	0.3871	3.018	−2.3309	0.3783	3.7818	−2.2932	0.3728	4.5457
−2.4041	0.3808	3.018	−2.3579	0.3729	3.7818	−2.3198	0.3681	4.5457
−2.4244	0.3733	3.018	−2.3779	0.3662	3.7818	−2.3398	0.3621	4.5457
−2.4385	0.3654	3.018	−2.3921	0.359	3.7818	−2.3539	0.3554	4.5457
−2.4487	0.3566	3.018	−2.4025	0.3508	3.7818	−2.3644	0.3477	4.5457
−2.455	0.3478	3.018	−2.4089	0.3423	3.7818	−2.3709	0.3396	4.5457
Section 10	Section 11	Section 12
X	Y	Z	X	Y	Z	X	Y	Z
−2.3498	0.3355	5.3095	−2.3369	0.344	6.0734	−2.324	0.3531	6.8373
−2.3508	0.3274	5.3095	−2.3378	0.336	6.0734	−2.3249	0.3451	6.8373
−2.349	0.3167	5.3095	−2.3357	0.3255	6.0734	−2.3225	0.3347	6.8373
−2.3433	0.3045	5.3095	−2.3297	0.3135	6.0734	−2.3162	0.323	6.8373
−2.3338	0.2913	5.3095	−2.3199	0.3007	6.0734	−2.3062	0.3107	6.8373
−2.3188	0.2759	5.3095	−2.3047	0.2858	6.0734	−2.2908	0.2963	6.8373
−2.2972	0.2584	5.3095	−2.2829	0.2689	6.0734	−2.2687	0.28	6.8373
−2.2681	0.239	5.3095	−2.2537	0.2503	6.0734	−2.2395	0.2621	6.8373
−2.2312	0.2182	5.3095	−2.2169	0.2303	6.0734	−2.2027	0.2427	6.8373
−2.1863	0.1957	5.3095	−2.1721	0.2085	6.0734	−2.1582	0.2213	6.8373
−2.1332	0.1705	5.3095	−2.1193	0.1838	6.0734	−2.1058	0.197	6.8373
−2.07	0.1416	5.3095	−2.0565	0.1555	6.0734	−2.0434	0.1692	6.8373
−1.9965	0.1095	5.3095	−1.9834	0.1242	6.0734	−1.9708	0.1384	6.8373
−1.9125	0.0751	5.3095	−1.9	0.0906	6.0734	−1.8881	0.1054	6.8373
−1.8178	0.0394	5.3095	−1.806	0.0556	6.0734	−1.7948	0.0708	6.8373
−1.7123	0.0028	5.3095	−1.7014	0.0196	6.0734	−1.6909	0.0351	6.8373
−1.5961	−0.0346	5.3095	−1.586	−0.0172	6.0734	−1.5764	−0.0014	6.8373
−1.4739	−0.0705	5.3095	−1.4647	−0.0528	6.0734	−1.456	−0.0368	6.8373
−1.3459	−0.1052	5.3095	−1.3376	−0.0871	6.0734	−1.3298	−0.0711	6.8373
−1.2119	−0.1384	5.3095	−1.2045	−0.1201	6.0734	−1.1977	−0.104	6.8373
−1.072	−0.1699	5.3095	−1.0655	−0.1514	6.0734	−1.0597	−0.1354	6.8373
−0.9259	−0.1992	5.3095	−0.9205	−0.1807	6.0734	−0.9161	−0.1647	6.8373
−0.7738	−0.2262	5.3095	−0.7699	−0.2076	6.0734	−0.7671	−0.1917	6.8373
−0.6161	−0.2503	5.3095	−0.6141	−0.2318	6.0734	−0.6129	−0.2161	6.8373
−0.4583	−0.2705	5.3095	−0.4582	−0.2522	6.0734	−0.4584	−0.2368	6.8373
−0.3006	−0.2867	5.3095	−0.3021	−0.2687	6.0734	−0.3037	−0.2538	6.8373
−0.1428	−0.2988	5.3095	−0.146	−0.2813	6.0734	−0.1487	−0.267	6.8373
0.015	−0.3068	5.3095	0.0103	−0.2899	6.0734	0.0065	−0.2762	6.8373
0.1729	−0.3102	5.3095	0.1667	−0.2942	6.0734	0.1619	−0.2813	6.8373
0.3308	−0.3089	5.3095	0.3231	−0.2941	6.0734	0.3176	−0.2822	6.8373
0.4887	−0.3033	5.3095	0.4798	−0.2897	6.0734	0.4735	−0.279	6.8373
0.6466	−0.2937	5.3095	0.6365	−0.2815	6.0734	0.6296	−0.2719	6.8373
0.8046	−0.2803	5.3095	0.7933	−0.2697	6.0734	0.786	−0.2614	6.8373
0.9625	−0.2633	5.3095	0.9502	−0.2542	6.0734	0.9426	−0.2471	6.8373
1.1206	−0.2429	5.3095	1.1072	−0.2353	6.0734	1.0989	−0.2294	6.8373
1.2732	−0.2199	5.3095	1.2589	−0.2138	6.0734	1.2497	−0.2093	6.8373
1.4202	−0.1949	5.3095	1.4049	−0.1905	6.0734	1.3949	−0.1874	6.8373
1.5615	−0.1685	5.3095	1.5454	−0.1657	6.0734	1.5346	−0.1639	6.8373
1.6972	−0.1409	5.3095	1.6802	−0.1398	6.0734	1.6687	−0.1393	6.8373
1.8272	−0.1125	5.3095	1.8096	−0.1131	6.0734	1.7974	−0.1139	6.8373
1.9518	−0.0837	5.3095	1.9335	−0.0859	6.0734	1.9206	−0.0879	6.8373
2.0708	−0.0548	5.3095	2.0519	−0.0585	6.0734	2.0385	−0.0618	6.8373
2.1844	−0.0262	5.3095	2.1649	−0.0313	6.0734	2.1509	−0.0357	6.8373
2.2875	0.0006	5.3095	2.2674	−0.0058	6.0734	2.2529	−0.0112	6.8373
2.3801	0.0252	5.3095	2.3596	0.0177	6.0734	2.3446	0.0114	6.8373
2.4624	0.0474	5.3095	2.4414	0.039	6.0734	2.426	0.032	6.8373
2.5398	0.0673	5.3095	2.5183	0.0581	6.0734	2.5026	0.0504	6.8373
2.607	0.084	5.3095	2.5851	0.0741	6.0734	2.569	0.0659	6.8373
2.6585	0.0974	5.3095	2.6364	0.087	6.0734	2.62	0.0785	6.8373
2.6996	0.1087	5.3095	2.6772	0.0981	6.0734	2.6605	0.0893	6.8373
2.7303	0.1178	5.3095	2.7076	0.1069	6.0734	2.6907	0.0981	6.8373
2.7526	0.1262	5.3095	2.7301	0.1146	6.0734	2.7132	0.1055	6.8373
2.7608	0.1365	5.3095	2.7391	0.1243	6.0734	2.7223	0.1145	6.8373
2.763	0.1448	5.3095	2.7415	0.1325	6.0734	2.7249	0.1225	6.8373
2.763	0.1491	5.3095	2.7416	0.1368	6.0734	2.725	0.1267	6.8373
2.7627	0.1512	5.3095	2.7414	0.1389	6.0734	2.7248	0.1288	6.8373
2.7625	0.1523	5.3095	2.7412	0.14	6.0734	2.7246	0.1298	6.8373
2.7623	0.1533	5.3095	2.7409	0.141	6.0734	2.7244	0.1308	6.8373
2.7617	0.1553	5.3095	2.7404	0.143	6.0734	2.7238	0.1327	6.8373
2.76	0.159	5.3095	2.7387	0.1467	6.0734	2.7221	0.1364	6.8373
2.7551	0.1656	5.3095	2.7336	0.1531	6.0734	2.7169	0.1426	6.8373
2.744	0.1719	5.3095	2.7223	0.1587	6.0734	2.7053	0.1475	6.8373
2.7209	0.171	5.3095	2.6993	0.1572	6.0734	2.6825	0.1457	6.8373
2.6901	0.1672	5.3095	2.6687	0.1536	6.0734	2.6521	0.1422	6.8373
2.6492	0.1617	5.3095	2.628	0.1483	6.0734	2.6116	0.137	6.8373
2.598	0.1544	5.3095	2.5772	0.1411	6.0734	2.5611	0.1298	6.8373
2.5315	0.1448	5.3095	2.5112	0.1316	6.0734	2.4955	0.1203	6.8373
2.4547	0.1354	5.3095	2.4349	0.1223	6.0734	2.4196	0.1108	6.8373
2.3725	0.1275	5.3095	2.3533	0.1145	6.0734	2.3385	0.1029	6.8373
2.28	0.12	5.3095	2.2614	0.1069	6.0734	2.2472	0.0952	6.8373
2.1771	0.113	5.3095	2.1591	0.0998	6.0734	2.1455	0.0878	6.8373
2.0637	0.1069	5.3095	2.0465	0.0937	6.0734	2.0336	0.0813	6.8373
1.9452	0.1023	5.3095	1.9288	0.0889	6.0734	1.9166	0.0762	6.8373
1.8215	0.0991	5.3095	1.806	0.0856	6.0734	1.7945	0.0725	6.8373
1.6927	0.0975	5.3095	1.6781	0.0838	6.0734	1.6674	0.0704	6.8373
1.5588	0.0975	5.3095	1.5452	0.0837	6.0734	1.5353	0.0698	6.8373
1.4198	0.0992	5.3095	1.4071	0.0851	6.0734	1.3981	0.0709	6.8373
1.2758	0.1025	5.3095	1.2641	0.0881	6.0734	1.2559	0.0735	6.8373
1.1267	0.1075	5.3095	1.116	0.0928	6.0734	1.1086	0.0778	6.8373
0.9724	0.1141	5.3095	0.9628	0.0992	6.0734	0.9563	0.0838	6.8373
0.8183	0.1219	5.3095	0.8096	0.1067	6.0734	0.804	0.0911	6.8373
0.6641	0.1307	5.3095	0.6565	0.1154	6.0734	0.6518	0.0995	6.8373
0.51	0.1405	5.3095	0.5034	0.1251	6.0734	0.4996	0.1092	6.8373
0.3559	0.151	5.3095	0.3504	0.1357	6.0734	0.3474	0.1198	6.8373
0.2019	0.1617	5.3095	0.1973	0.1467	6.0734	0.1952	0.1309	6.8373
0.0478	0.1724	5.3095	0.0443	0.1577	6.0734	0.0431	0.1424	6.8373
−0.1063	0.1832	5.3095	−0.1087	0.169	6.0734	−0.1091	0.1542	6.8373
−0.2603	0.1944	5.3095	−0.2617	0.1808	6.0734	−0.2611	0.1666	6.8373
−0.4143	0.2062	5.3095	−0.4146	0.1933	6.0734	−0.4131	0.1798	6.8373
−0.5683	0.2187	5.3095	−0.5674	0.2066	6.0734	−0.5651	0.1939	6.8373
−0.7221	0.232	5.3095	−0.7202	0.2208	6.0734	−0.7169	0.2089	6.8373
−0.8708	0.2457	5.3095	−0.8678	0.2354	6.0734	−0.8635	0.2245	6.8373
−1.0143	0.2595	5.3095	−1.0103	0.2502	6.0734	−1.0051	0.2404	6.8373
−1.1526	0.2734	5.3095	−1.1476	0.2651	6.0734	−1.1415	0.2564	6.8373
−1.2858	0.2871	5.3095	−1.2797	0.2799	6.0734	−1.2728	0.2723	6.8373
−1.4138	0.3006	5.3095	−1.4067	0.2945	6.0734	−1.399	0.2881	6.8373
−1.5366	0.3139	5.3095	−1.5287	0.3088	6.0734	−1.5201	0.3036	6.8373
−1.6544	0.3267	5.3095	−1.6455	0.3227	6.0734	−1.6361	0.3188	6.8373
−1.7619	0.338	5.3095	−1.7522	0.3352	6.0734	−1.742	0.3325	6.8373
−1.8592	0.3475	5.3095	−1.8488	0.346	6.0734	−1.8379	0.3446	6.8373
−1.9464	0.3553	5.3095	−1.9352	0.355	6.0734	−1.9238	0.3549	6.8373
−2.0234	0.3617	5.3095	−2.0116	0.3624	6.0734	−1.9996	0.3635	6.8373
−2.0901	0.367	5.3095	−2.0778	0.3686	6.0734	−2.0653	0.3706	6.8373
−2.1466	0.3713	5.3095	−2.1338	0.3738	6.0734	−2.121	0.3766	6.8373
−2.1949	0.3742	5.3095	−2.1817	0.3776	6.0734	−2.1686	0.3813	6.8373
−2.2355	0.3748	5.3095	−2.2221	0.3793	6.0734	−2.2087	0.3841	6.8373
−2.2689	0.3731	5.3095	−2.2553	0.3785	6.0734	−2.2417	0.3843	6.8373
−2.2954	0.3692	5.3095	−2.2817	0.3755	6.0734	−2.268	0.3822	6.8373
−2.3152	0.3639	5.3095	−2.3016	0.3709	6.0734	−2.288	0.3784	6.8373
−2.3294	0.3577	5.3095	−2.3159	0.3653	6.0734	−2.3024	0.3735	6.8373
−2.34	0.3504	5.3095	−2.3267	0.3585	6.0734	−2.3135	0.3672	6.8373
−2.3467	0.3426	5.3095	−2.3336	0.351	6.0734	−2.3206	0.3599	6.8373
Section 13	Section 14	Section 15
X	Y	Z	X	Y	Z	X	Y	Z
−2.3057	0.3597	7.6011	−2.2822	0.3628	8.365	−2.2548	0.3631	9.1288
−2.3066	0.3518	7.6011	−2.283	0.355	8.365	−2.2555	0.3554	9.1288
−2.304	0.3416	7.6011	−2.2801	0.3449	8.365	−2.2524	0.3456	9.1288
−2.2974	0.3302	7.6011	−2.2733	0.3338	8.365	−2.2453	0.3348	9.1288
−2.2872	0.3182	7.6011	−2.2629	0.3222	8.365	−2.2348	0.3236	9.1288
−2.2717	0.3043	7.6011	−2.2472	0.3088	8.365	−2.219	0.3106	9.1288
−2.2495	0.2886	7.6011	−2.225	0.2935	8.365	−2.1968	0.2959	9.1288
−2.2203	0.2713	7.6011	−2.1959	0.2768	8.365	−2.1678	0.2797	9.1288
−2.1838	0.2525	7.6011	−2.1595	0.2584	8.365	−2.1319	0.2616	9.1288
−2.1397	0.2314	7.6011	−2.1158	0.2375	8.365	−2.0887	0.2407	9.1288
−2.0878	0.2074	7.6011	−2.0644	0.2136	8.365	−2.0379	0.217	9.1288
−2.026	0.1798	7.6011	−2.0031	0.1862	8.365	−1.9774	0.1899	9.1288
−1.9542	0.1494	7.6011	−1.932	0.1561	8.365	−1.9072	0.16	9.1288
−1.8722	0.1168	7.6011	−1.8508	0.1237	8.365	−1.8269	0.1278	9.1288
−1.7799	0.0826	7.6011	−1.7593	0.0895	8.365	−1.7365	0.0937	9.1288
−1.6771	0.0471	7.6011	−1.6574	0.054	8.365	−1.6358	0.0582	9.1288
−1.5637	0.0107	7.6011	−1.5449	0.0176	8.365	−1.5246	0.0218	9.1288
−1.4445	−0.0249	7.6011	−1.4268	−0.0181	8.365	−1.4079	−0.0141	9.1288
−1.3195	−0.0593	7.6011	−1.3029	−0.0529	8.365	−1.2855	−0.0491	9.1288
−1.1886	−0.0924	7.6011	−1.1733	−0.0862	8.365	−1.1579	−0.0826	9.1288
−1.0521	−0.1238	7.6011	−1.0385	1−0.1178	8.365	−1.025	−0.1143	9.1288
−0.9103	−0.1533	7.6011	−0.8984	−0.1474	8.365	−0.8869	−0.1442	9.1288
−0.763	−0.1805	7.6011	−0.7529	−0.1748	8.365	−0.7434	−0.1719	9.1288
−0.6104	−0.2052	7.6011	−0.6022	−0.1998	8.365	−0.5946	−0.1972	9.1288
−0.4574	−0.2264	7.6011	−0.4511	−0.2213	8.365	−0.4455	−0.2192	9.1288
−0.304	−0.2439	7.6011	−0.2997	−0.2393	8.365	−0.2959	−0.2376	9.1288
−0.1503	−0.2577	7.6011	−0.1479	−0.2536	8.365	−0.146	−0.2525	9.1288
0.0038	−0.2677	7.6011	0.0042	−0.2642	8.365	0.0044	−0.2637	9.1288
0.1583	−0.2736	7.6011	0.1567	−0.2708	8.365	0.1552	−0.271	9.1288
0.3132	−0.2754	7.6011	0.3096	−0.2734	8.365	0.3065	−0.2745	9.1288
0.4686	−0.2732	7.6011	0.4628	−0.2721	8.365	0.4582	−0.2739	9.1288
0.6242	−0.2672	7.6011	0.6164	−0.2671	8.365	0.6103	−0.2697	9.1288
0.7798	−0.2577	7.6011	0.7703	−0.2586	8.365	0.7628	−0.262	9.1288
0.9351	−0.2446	7.6011	0.9244	−0.2466	8.365	0.9152	−0.2511	9.1288
1.09	−0.2281	7.6011	1.0781	−0.2313	8.365	1.0673	−0.2369	9.1288
1.2395	−0.2092	7.6011	1.2264	−0.2136	8.365	1.214	−0.2203	9.1288
1.3836	−0.1885	7.6011	1.3692	−0.194	8.365	1.3553	−0.2017	9.1288
1.5221	−0.1662	7.6011	1.5067	−0.1727	8.365	1.4914	−0.1813	9.1288
1.6552	−0.1427	7.6011	1.6387	−0.15	8.365	1.622	−0.1594	9.1288
1.7829	−0.1183	7.6011	1.7653	−0.1264	8.365	1.7472	−0.1364	9.1288
1.9051	−0.0934	7.6011	1.8865	−0.1023	8.365	1.8672	−0.1129	9.1288
2.022	−0.0683	7.6011	2.0025	−0.0778	8.365	1.9819	−0.089	9.1288
2.1335	−0.0431	7.6011	2.1131	−0.0533	8.365	2.0914	−0.065	9.1288
2.2348	−0.0194	7.6011	2.2136	−0.0302	8.365	2.1908	−0.0424	9.1288
2.3257	0.0025	7.6011	2.3038	−0.0088	8.365	2.28	−0.0214	9.1288
2.4065	0.0225	7.6011	2.3839	0.0108	8.365	2.3592	−0.0022	9.1288
2.4824	0.0404	7.6011	2.4591	0.0284	8.365	2.4337	0.0152	9.1288
2.5483	0.0555	7.6011	2.5245	0.0432	8.365	2.4982	0.0298	9.1288
2.5988	0.0678	7.6011	2.5745	0.0553	8.365	2.5478	0.0418	9.1288
2.639	0.0785	7.6011	2.6144	0.0659	8.365	2.5871	0.0523	9.1288
2.6689	0.0871	7.6011	2.6441	0.0745	8.365	2.6165	0.0608	9.1288
2.6912	0.0942	7.6011	2.6662	0.0814	8.365	2.6384	0.0675	9.1288
2.701	0.1026	7.6011	2.6761	0.0894	8.365	2.6486	0.0749	9.1288
2.7039	0.1105	7.6011	2.679	0.0971	8.365	2.6518	0.0825	9.1288
2.7041	0.1147	7.6011	2.6793	0.1012	8.365	2.6521	0.0866	9.1288
2.7039	0.1169	7.6011	2.6791	0.1033	8.365	2.6519	0.0887	9.1288
2.7037	0.1179	7.6011	2.6789	0.1043	8.365	2.6517	0.0897	9.1288
2.7035	0.1189	7.6011	2.6786	0.1053	8.365	2.6514	0.0907	9.1288
2.7029	0.1208	7.6011	2.678	0.1072	8.365	2.6508	0.0926	9.1288
2.7012	0.1245	7.6011	2.6763	0.1108	8.365	2.6491	0.0961	9.1288
2.6958	0.1305	7.6011	2.6708	0.1166	8.365	2.6435	0.1017	9.1288
2.6841	0.1348	7.6011	2.6591	0.1202	8.365	2.6317	0.1048	9.1288
2.6615	0.1327	7.6011	2.6366	0.118	8.365	2.6095	0.1023	9.1288
2.6313	0.1292	7.6011	2.6068	0.1144	8.365	2.58	0.0986	9.1288
2.5911	0.124	7.6011	2.567	0.1091	8.365	2.5407	0.0931	9.1288
2.5411	0.1168	7.6011	2.5174	0.1017	8.365	2.4917	0.0855	9.1288
2.476	0.1071	7.6011	2.453	0.0919	8.365	2.428	0.0754	9.1288
2.4007	0.0975	7.6011	2.3785	0.082	8.365	2.3544	0.0652	9.1288
2.3203	0.0893	7.6011	2.2988	0.0734	8.365	2.2756	0.0562	9.1288
2.2296	0.0812	7.6011	2.2091	0.0649	8.365	2.1868	0.0472	9.1288
2.1288	0.0735	7.6011	2.1092	0.0567	8.365	2.088	0.0383	9.1288
2.0177	0.0665	7.6011	1.9993	0.0491	8.365	1.9793	0.0301	9.1288
1.9017	0.0609	7.6011	1.8843	0.0429	8.365	1.8657	0.0232	9.1288
1.7806	0.0567	7.6011	1.7644	0.038	8.365	1.7471	0.0176	9.1288
1.6545	0.0541	7.6011	1.6395	0.0348	8.365	1.6235	0.0135	9.1288
1.5234	0.0531	7.6011	1.5097	0.0331	8.365	1.4951	0.0111	9.1288
1.3873	0.0536	7.6011	1.3748	0.0329	8.365	1.3617	0.0102	9.1288
1.2461	0.0557	7.6011	1.235	0.0345	8.365	1.2233	0.0112	9.1288
1.1	0.0596	7.6011	1.0902	0.0379	8.365	1.0801	0.014	9.1288
0.9488	0.0652	7.6011	0.9405	0.0431	8.365	0.9319	0.0188	9.1288
0.7977	0.0722	7.6011	0.7907	0.0499	8.365	0.7837	0.0252	9.1288
0.6466	0.0805	7.6011	0.641	0.0579	8.365	0.6355	0.0331	9.1288
0.4955	0.0901	7.6011	0.4913	0.0674	8.365	0.4873	0.0423	9.1288
0.3444	0.1007	7.6011	0.3416	0.0779	8.365	0.3391	0.0527	9.1288
0.1934	0.112	7.6011	0.1919	0.0892	8.365	0.1911	0.064	9.1288
0.0424	0.1238	7.6011	0.0424	0.1013	8.365	0.0431	0.0763	9.1288
−0.1086	0.1361	7.6011	−0.1071	0.1141	8.365	−0.1048	0.0895	9.1288
−0.2595	0.1491	7.6011	−0.2566	0.1277	8.365	−0.2526	0.1037	9.1288
−0.4103	0.1631	7.6011	−0.4059	0.1424	8.365	−0.4002	0.119	9.1288
−0.561	0.178	7.6011	−0.5551	0.1581	8.365	−0.5478	0.1356	9.1288
−0.7116	0.1939	7.6011	−0.7042	0.175	8.365	−0.6952	0.1534	9.1288
−0.857	0.2105	7.6011	−0.8482	0.1925	8.365	−0.8376	0.1719	9.1288
−0.9974	0.2274	7.6011	−0.9872	0.2105	8.365	−0.9749	0.1909	9.1288
−1.1327	0.2445	7.6011	−1.121	0.2287	8.365	−1.1072	0.2102	9.1288
−1.2628	0.2617	7.6011	−1.2498	0.2471	8.365	−1.2344	0.2298	9.1288
−1.3879	0.2787	7.6011	−1.3735	0.2654	8.365	−1.3567	0.2495	9.1288
−1.508	0.2955	7.6011	−1.4922	0.2836	8.365	−1.4739	0.269	9.1288
−1.6229	0.312	7.6011	−1.6059	0.3016	8.365	−1.5861	0.2884	9.1288
−1.7279	0.3272	7.6011	−1.7097	0.3181	8.365	−1.6886	0.3062	9.1288
−1.8229	0.3406	7.6011	−1.8036	0.3328	8.365	−1.7813	0.3222	9.1288
−1.908	0.3521	7.6011	−1.8877	0.3456	8.365	−1.8643	0.3363	9.1288
−1.9831	0.3619	7.6011	−1.962	0.3566	8.365	−1.9376	0.3484	9.1288
−2.0482	0.37	7.6011	−2.0264	0.3658	8.365	−2.0011	0.3587	9.1288
−2.1033	0.3768	7.6011	−2.0809	0.3734	8.365	−2.0549	0.3672	9.1288
−2.1505	0.3824	7.6011	−2.1275	0.3798	8.365	−2.1009	0.3744	9.1288
−2.1902	0.3862	7.6011	−2.1667	0.3846	8.365	−2.1396	0.38	9.1288
−2.223	0.3875	7.6011	−2.1991	0.3869	8.365	−2.1716	0.3834	9.1288
−2.2492	0.3863	7.6011	−2.2251	0.3867	8.365	−2.1973	0.3842	9.1288
−2.2691	0.3833	7.6011	−2.245	0.3845	8.365	−2.2171	0.3829	9.1288
−2.2836	0.379	7.6011	−2.2596	0.3809	8.365	−2.2316	0.38	9.1288
−2.2949	0.3733	7.6011	−2.271	0.3758	8.365	−2.2431	0.3755	9.1288
−2.3023	0.3664	7.6011	−2.2786	0.3694	8.365	−2.251	0.3695	9.1288
Section 16	Section 17	Section 18
X	Y	Z	X	Y	Z	X	Y	Z
−2.2258	0.3628	9.8926	−2.1976	0.3649	10.6565	−2.1727	0.3735	11.4203
−2.2264	0.3551	9.8926	−2.1982	0.3574	10.6565	−2.1732	0.3661	11.4203
−2.2231	0.3455	9.8926	−2.1946	0.348	10.6565	−2.1695	0.3569	11.4203
−2.2158	0.335	9.8926	−2.1872	0.3378	10.6565	−2.162	0.347	11.4203
−2.2052	0.3242	9.8926	−2.1765	0.3274	10.6565	−2.1512	0.3369	11.4203
−2.1893	0.3117	9.8926	−2.1606	0.3153	10.6565	−2.1352	0.3252	11.4203
−2.1671	0.2975	9.8926	−2.1385	0.3016	10.6565	−2.1133	0.312	11.4203
−2.1384	0.2818	9.8926	−2.11	0.2864	10.6565	−2.0851	0.2971	11.4203
−2.1029	0.264	9.8926	−2.0749	0.2687	10.6565	−2.0505	0.2795	11.4203
−2.0603	0.2433	9.8926	−2.0329	0.2482	10.6565	−2.009	0.259	11.4203
−2.0101	0.2197	9.8926	−1.9835	0.2248	10.6565	−1.9603	0.2357	11.4203
−1.9504	0.1929	9.8926	−1.9247	0.1981	10.6565	−1.9023	0.2089	11.4203
−1.8811	0.1632	9.8926	−1.8563	0.1686	10.6565	−1.8349	0.1793	11.4203
−1.8019	0.1313	9.8926	−1.7781	0.1368	10.6565	−1.7578	0.1473	11.4203
−1.7127	0.0972	9.8926	−1.6901	0.1027	10.6565	−1.6711	0.1129	11.4203
−1.6133	0.0617	9.8926	−1.5921	0.0671	10.6565	−1.5744	0.0768	11.4203
−1.5034	0.0253	9.8926	−1.4837	0.0307	10.6565	−1.4678	0.0401	11.4203
−1.3881	−0.0106	9.8926	−1.3702	−0.0051	10.6565	−1.3561	0.0041	11.4203
−1.2676	−0.0455	9.8926	−1.2515	−0.0398	10.6565	−1.2392	−0.0307	11.4203
−1.1419	−0.0789	9.8926	−1.1276	−0.0731	10.6565	−1.1172	−0.0642	11.4203
−1.011	−0.1108	9.8926	−0.9986	−0.1052	10.6565	−0.9901	−0.0968	11.4203
−0.8748	−0.1409	9.8926	−0.8645	−0.1357	10.6565	−0.8578	−0.1282	11.4203
−0.7334	−0.169	9.8926	−0.7251	−0.1643	10.6565	−0.7202	−0.1576	11.4203
−0.5867	−0.1947	9.8926	−0.5803	−0.1905	10.6565	−0.5772	−0.1848	11.4203
−0.4395	−0.217	9.8926	−0.4351	−0.2134	10.6565	−0.4337	−0.2086	11.4203
−0.2918	−0.236	9.8926	−0.2894	−0.2329	10.6565	−0.2894	−0.229	11.4203
−0.1438	−0.2514	9.8926	−0.1431	−0.249	10.6565	−0.1446	−0.2459	11.4203
0.0048	−0.2632	9.8926	0.0037	−0.2614	10.6565	0.001	−0.2593	11.4203
0.1539	−0.2712	9.8926	0.1511	−0.2701	10.6565	0.1472	−0.2689	11.4203
0.3034	−0.2753	9.8926	0.299	−0.275	10.6565	0.2941	−0.2748	11.4203
0.4535	−0.2756	9.8926	0.4475	−0.2761	10.6565	0.4415	−0.2769	11.4203
0.604	−0.2721	9.8926	0.5965	−0.2736	10.6565	0.5888	−0.2754	11.4203
0.7549	−0.2653	9.8926	0.7457	−0.2677	10.6565	0.7359	−0.2706	11.4203
0.9056	−0.2554	9.8926	0.8946	−0.2587	10.6565	0.883	−0.2627	11.4203
1.0559	−0.2423	9.8926	1.0432	−0.2466	10.6565	1.0299	−0.2516	11.4203
1.201	−0.2267	9.8926	1.1867	−0.232	10.6565	1.1717	−0.238	11.4203
1.3409	−0.209	9.8926	1.3251	−0.2152	10.6565	1.3083	−0.2223	11.4203
1.4754	−0.1895	9.8926	1.4581	−0.1966	10.6565	1.4398	−0.2046	11.4203
1.6046	−0.1684	9.8926	1.5859	−0.1764	10.6565	1.5661	−0.1854	11.4203
1.7285	−0.1462	9.8926	1.7085	−0.1551	10.6565	1.6872	−0.1651	11.4203
1.8472	−0.1233	9.8926	1.8259	−0.1331	10.6565	1.8032	−0.144	11.4203
1.9606	−0.1001	9.8926	1.9381	−0.1106	10.6565	1.9142	−0.1223	11.4203
2.0689	−0.0767	9.8926	2.0452	−0.0879	10.6565	2.02	−0.1003	11.4203
2.1672	−0.0546	9.8926	2.1424	−0.0664	10.6565	2.116	−0.0794	11.4203
2.2554	−0.034	9.8926	2.2297	−0.0462	10.6565	2.2023	−0.0598	11.4203
2.3338	−0.0151	9.8926	2.3071	−0.0277	10.6565	2.2788	−0.0416	11.4203
2.4073	0.0021	9.8926	2.3798	−0.0108	10.6565	2.3506	−0.0249	11.4203
2.4711	0.0166	9.8926	2.4429	0.0036	10.6565	2.4128	−0.0106	11.4203
2.5201	0.0285	9.8926	2.4912	0.0155	10.6565	2.4605	0.0012	11.4203
2.559	0.0389	9.8926	2.5297	0.0258	10.6565	2.4985	0.0115	11.4203
2.588	0.0473	9.8926	2.5584	0.0341	10.6565	2.5268	0.0198	11.4203
2.6097	0.054	9.8926	2.5798	0.0408	10.6565	2.5479	0.0264	11.4203
2.62	0.061	9.8926	2.59	0.0475	10.6565	2.5577	0.0331	11.4203
2.6232	0.0684	9.8926	2.5932	0.0548	10.6565	2.5607	0.0402	11.4203
2.6234	0.0725	9.8926	2.5935	0.0588	10.6565	2.561	0.0441	11.4203
2.6232	0.0745	9.8926	2.5933	0.0608	10.6565	2.5608	0.046	11.4203
2.6231	0.0755	9.8926	2.5931	0.0618	10.6565	2.5606	0.047	11.4203
2.6228	0.0765	9.8926	2.5928	0.0628	10.6565	2.5603	0.0479	11.4203
2.6222	0.0783	9.8926	2.5922	0.0646	10.6565	2.5597	0.0497	11.4203
2.6204	0.0818	9.8926	2.5904	0.068	10.6565	2.5578	0.0531	11.4203
2.6148	0.0872	9.8926	2.5847	0.0732	10.6565	2.5521	0.0582	11.4203
2.603	0.0898	9.8926	2.573	0.0754	10.6565	2.5405	0.0601	11.4203
2.5811	0.0871	9.8926	2.5513	0.0726	10.6565	2.5191	0.0571	11.4203
2.5519	0.0832	9.8926	2.5225	0.0685	10.6565	2.4907	0.0529	11.4203
2.5131	0.0775	9.8926	2.4842	0.0625	10.6565	2.4528	0.0467	11.4203
2.4647	0.0697	9.8926	2.4364	0.0545	10.6565	2.4055	0.0385	11.4203
2.4018	0.0593	9.8926	2.3742	0.0439	10.6565	2.3441	0.0276	11.4203
2.329	0.0488	9.8926	2.3023	0.033	10.6565	2.2731	0.0163	11.4203
2.2511	0.0394	9.8926	2.2254	0.0232	10.6565	2.197	0.006	11.4203
2.1634	0.0298	9.8926	2.1387	0.0131	10.6565	2.1113	−0.0044	11.4203
2.0658	0.0204	9.8926	2.0423	0.0032	10.6565	2.016	−0.0149	11.4203
1.9584	0.0115	9.8926	1.9361	−0.0062	10.6565	1.911	−0.0248	11.4203
1.846	0.0039	9.8926	1.8251	−0.0144	10.6565	1.8013	−0.0335	11.4203
1.7288	−0.0024	9.8926	1.7092	−0.0213	10.6565	1.6867	−0.0408	11.4203
1.6067	−0.0072	9.8926	1.5885	−0.0266	10.6565	1.5674	−0.0467	11.4203
1.4797	−0.0103	9.8926	1.463	−0.0304	10.6565	1.4432	−0.051	11.4203
1.3478	−0.0118	9.8926	1.3326	−0.0325	10.6565	1.3142	−0.0536	11.4203
1.211	−0.0115	9.8926	1.1973	−0.0328	10.6565	1.1805	−0.0543	11.4203
1.0694	−0.0092	9.8926	1.0572	−0.0311	10.6565	1.0419	−0.0531	11.4203
0.9228	−0.0049	9.8926	0.9123	−0.0273	10.6565	0.8985	−0.0498	11.4203
0.7762	0.001	9.8926	0.7673	−0.0218	10.6565	0.7551	−0.0446	11.4203
0.6296	0.0086	9.8926	0.6223	−0.0145	10.6565	0.6117	−0.0375	11.4203
0.483	0.0177	9.8926	0.4773	−0.0057	10.6565	0.4682	−0.0287	11.4203
0.3365	0.0279	9.8926	0.3325	0.0045	10.6565	0.3249	−0.0183	11.4203
0.1901	0.0392	9.8926	0.1877	0.0159	10.6565	0.1818	−0.0065	11.4203
0.0438	0.0516	9.8926	0.0431	0.0286	10.6565	0.0389	0.0068	11.4203
−0.1023	0.0652	9.8926	−0.1013	0.0426	10.6565	−0.1039	0.0214	11.4203
−0.2484	0.0799	9.8926	−0.2457	0.0579	10.6565	−0.2466	0.0376	11.4203
−0.3943	0.0959	9.8926	−0.3899	0.0746	10.6565	−0.389	0.0553	11.4203
−0.5401	0.1133	9.8926	−0.5339	0.0929	10.6565	−0.5313	0.0747	11.4203
−0.6858	0.1321	9.8926	−0.6777	0.1127	10.6565	−0.6734	0.096	11.4203
−0.8264	0.1516	9.8926	−0.8166	0.1334	10.6565	−0.8105	0.1182	11.4203
−0.9621	0.1716	9.8926	−0.9505	0.1547	10.6565	−0.9427	0.141	11.4203
−1.0927	0.1921	9.8926	−1.0795	0.1763	10.6565	−1.07	0.1641	11.4203
−1.2183	0.2128	9.8926	−1.2035	0.1982	10.6565	−1.1923	0.1875	11.4203
−1.339	0.2336	9.8926	−1.3225	0.2202	10.6565	−1.3098	0.2109	11.4203
−1.4547	0.2543	9.8926	−1.4367	0.2419	10.6565	−1.4225	0.234	11.4203
−1.5654	0.2748	9.8926	−1.546	0.2634	10.6565	−1.5303	0.2568	11.4203
−1.6665	0.2939	9.8926	−1.6457	0.2837	10.6565	−1.6285	0.2785	11.4203
−1.7579	0.3111	9.8926	−1.7358	0.3023	10.6565	−1.7173	0.2987	11.4203
−1.8398	0.3264	9.8926	−1.8165	0.3189	10.6565	−1.7967	0.3169	11.4203
−1.912	0.3398	9.8926	−1.8876	0.3335	10.6565	−1.8668	0.3329	11.4203
−1.9747	0.3511	9.8926	−1.9493	0.346	10.6565	−1.9275	0.3467	11.4203
−2.0277	0.3605	9.8926	−2.0016	0.3563	10.6565	−1.9789	0.3582	11.4203
−2.0731	0.3685	9.8926	−2.0463	0.3651	10.6565	−2.0229	0.368	11.4203
−2.1112	0.3749	9.8926	−2.0838	0.3724	10.6565	−2.0599	0.3761	11.4203
−2.1427	0.3793	9.8926	−2.1149	0.3777	10.6565	−2.0904	0.3824	11.4203
−2.1681	0.381	9.8926	−2.1399	0.3804	10.6565	−2.115	0.3861	11.4203
−2.1877	0.3805	9.8926	−2.1592	0.3807	10.6565	−2.1341	0.3873	11.4203
−2.2022	0.3783	9.8926	−2.1737	0.3792	10.6565	−2.1485	0.3864	11.4203
−2.2138	0.3745	9.8926	−2.1853	0.3759	10.6565	−2.1601	0.3838	11.4203
−2.2219	0.369	9.8926	−2.1935	0.3709	10.6565	−2.1685	0.3793	11.4203
Section 19	Section 20	Section 21
X	Y	Z	X	Y	Z	X	Y	Z
−2.1512	0.3896	12.1842	−2.1283	0.4078	12.9481	−2.0976	0.4166	13.7119
−2.1516	0.3823	12.1842	−2.1286	0.4005	12.9481	−2.0979	0.4095	13.7119
−2.1476	0.3732	12.1842	−2.1245	0.3917	12.9481	−2.0936	0.4009	13.7119
−2.1399	0.3636	12.1842	−2.1168	0.3824	12.9481	−2.0858	0.3919	13.7119
−2.129	0.3538	12.1842	−2.1058	0.3728	12.9481	−2.0748	0.3827	13.7119
−2.113	0.3424	12.1842	−2.0899	0.3618	12.9481	−2.0591	0.3721	13.7119
−2.0912	0.3295	12.1842	−2.0683	0.3493	12.9481	−2.0376	0.3598	13.7119
−2.0631	0.3146	12.1842	−2.0407	0.3345	12.9481	−2.0105	0.3452	13.7119
−2.0288	0.297	12.1842	−2.007	0.3168	12.9481	−1.9774	0.3274	13.7119
−1.9878	0.2763	12.1842	−1.9667	0.296	12.9481	−1.938	0.3065	13.7119
−1.9396	0.2527	12.1842	−1.9194	0.2721	12.9481	−1.8917	0.2824	13.7119
−1.8823	0.2255	12.1842	−1.8632	0.2445	12.9481	−1.8367	0.2545	13.7119
−1.8156	0.1954	12.1842	−1.7978	0.2138	12.9481	−1.7726	0.2233	13.7119
−1.7393	0.1627	12.1842	−1.723	0.1804	12.9481	−1.6994	0.1894	13.7119
−1.6535	0.1274	12.1842	−1.639	0.1443	12.9481	−1.6171	0.1526	13.7119
−1.558	0.0905	12.1842	−1.5455	0.1064	12.9481	−1.5256	0.1138	13.7119
−1.4528	0.0529	12.1842	−1.4422	0.0677	12.9481	−1.4244	0.0742	13.7119
−1.3424	0.016	12.1842	−1.3339	0.0296	12.9481	−1.3181	0.0349	13.7119
−1.2268	−0.0196	12.1842	−1.2202	−0.0074	12.9481	−1.2066	−0.0035	13.7119
−1.1059	−0.0539	12.1842	−1.1012	−0.0431	12.9481	−1.0896	−0.0407	13.7119
−0.9799	−0.0877	12.1842	−0.9771	−0.0782	12.9481	−0.9674	−0.077	13.7119
−0.8486	−0.1203	12.1842	−0.8476	−0.1122	12.9481	−0.8398	−0.112	13.7119
−0.712	−0.1511	12.1842	−0.7127	−0.1444	12.9481	−0.7066	−0.1453	13.7119
−0.5699	−0.1796	12.1842	−0.5722	−0.1744	12.9481	−0.5678	−0.1764	13.7119
−0.4269	−0.2047	12.1842	−0.4306	−0.201	12.9481	−0.4287	−0.2039	13.7119
−0.2831	−0.2262	12.1842	−0.2882	−0.224	12.9481	−0.2893	−0.2278	13.7119
−0.1384	−0.2443	12.1842	−0.1458	−0.2433	12.9481	−0.1498	−0.2481	13.7119
0.007	−0.2587	12.1842	−0.0033	−0.259	12.9481	−0.01	−0.2647	13.7119
0.1523	−0.2693	12.1842	0.1391	−0.2709	12.9481	0.1299	−0.2777	13.7119
0.2974	−0.2761	12.1842	0.2815	−0.2792	12.9481	0.27	−0.2871	13.7119
0.4422	−0.2792	12.1842	0.4239	−0.2838	12.9481	0.4102	−0.2928	13.7119
0.5867	−0.2789	12.1842	0.5662	−0.2849	12.9481	0.5507	−0.295	13.7119
0.731	−0.2752	12.1842	0.7085	−0.2827	12.9481	0.6913	−0.2938	13.7119
0.875	−0.2683	12.1842	0.8508	−0.2772	12.9481	0.8321	−0.2894	13.7119
1.0187	−0.2584	12.1842	0.9931	−0.2686	12.9481	0.973	−0.2816	13.7119
1.1575	−0.246	12.1842	1.1305	−0.2573	12.9481	1.1094	−0.271	13.7119
1.2913	−0.2313	12.1842	1.2633	−0.2437	12.9481	1.2413	−0.258	13.7119
1.4201	−0.2148	12.1842	1.3912	−0.2281	12.9481	1.3683	−0.2429	13.7119
1.544	−0.1968	12.1842	1.5144	−0.2108	12.9481	1.4903	−0.226	13.7119
1.663	−0.1776	12.1842	1.6329	−0.1922	12.9481	1.6073	−0.2077	13.7119
1.777	−0.1574	12.1842	1.7464	−0.1726	12.9481	1.7193	−0.1882	13.7119
1.8862	−0.1366	12.1842	1.8548	−0.1521	12.9481	1.8263	−0.1677	13.7119
1.9906	−0.1153	12.1842	1.9583	−0.1311	12.9481	1.9284	−0.1467	13.7119
2.0854	−0.0949	12.1842	2.0522	−0.111	12.9481	2.021	−0.1265	13.7119
2.1706	−0.0757	12.1842	2.1364	−0.0919	12.9481	2.1041	−0.1073	13.7119
2.2462	−0.0578	12.1842	2.2111	−0.0742	12.9481	2.1778	−0.0895	13.7119
2.3171	−0.0414	12.1842	2.2812	−0.0578	12.9481	2.2469	−0.073	13.7119
2.3786	−0.0272	12.1842	2.342	−0.0436	12.9481	2.3069	−0.0588	13.7119
2.4257	−0.0154	12.1842	2.3885	−0.0319	12.9481	2.3527	−0.047	13.7119
2.4632	−0.0051	12.1842	2.4255	−0.0216	12.9481	2.3892	−0.0367	13.7119
2.4911	0.0032	12.1842	2.4531	−0.0133	12.9481	2.4164	−0.0283	13.7119
2.5119	0.0098	12.1842	2.4737	−0.0066	12.9481	2.4366	−0.0216	13.7119
2.5218	0.0164	12.1842	2.4835	0	12.9481	2.4462	−0.0149	13.7119
2.5248	0.0235	12.1842	2.4864	0.0071	12.9481	2.449	−0.0078	13.7119
2.525	0.0274	12.1842	2.4866	0.011	12.9481	2.4492	−0.004	13.7119
2.5248	0.0293	12.1842	2.4864	0.0129	12.9481	2.449	−0.0021	13.7119
2.5246	0.0303	12.1842	2.4862	0.0139	12.9481	2.4488	−0.0011	13.7119
2.5244	0.0312	12.1842	2.486	0.0148	12.9481	2.4485	−0.0002	13.7119
2.5237	0.033	12.1842	2.4853	0.0165	12.9481	2.4479	0.0015	13.7119
2.5219	0.0363	12.1842	2.4835	0.0198	12.9481	2.4461	0.0048	13.7119
2.5162	0.0414	12.1842	2.4779	0.0248	12.9481	2.4405	0.0097	13.7119
2.5047	0.0431	12.1842	2.4665	0.0266	12.9481	2.4293	0.0116	13.7119
2.4836	0.0401	12.1842	2.4456	0.0235	12.9481	2.4087	0.0085	13.7119
2.4554	0.0357	12.1842	2.4178	0.0191	12.9481	2.3812	0.0039	13.7119
2.418	0.0294	12.1842	2.3808	0.0126	12.9481	2.3447	−0.0028	13.7119
2.3712	0.0209	12.1842	2.3346	0.0038	12.9481	2.2992	−0.0117	13.7119
2.3106	0.0097	12.1842	2.2747	−0.0077	12.9481	2.2401	−0.0237	13.7119
2.2403	−0.002	12.1842	2.2053	−0.0199	12.9481	2.1717	−0.0364	13.7119
2.1652	−0.0127	12.1842	2.131	−0.0311	12.9481	2.0985	−0.0483	13.7119
2.0804	−0.0237	12.1842	2.0473	−0.0426	12.9481	2.016	−0.0607	13.7119
1.9861	−0.0346	12.1842	1.9541	−0.0543	12.9481	1.924	−0.0733	13.7119
1.8823	−0.045	12.1842	1.8515	−0.0654	12.9481	1.8229	−0.0854	13.7119
1.7738	−0.0542	12.1842	1.7443	−0.0753	12.9481	1.717	−0.0963	13.7119
1.6605	−0.0621	12.1842	1.6323	−0.0839	12.9481	1.6066	−0.1058	13.7119
1.5424	−0.0685	12.1842	1.5156	−0.0908	12.9481	1.4914	−0.1136	13.7119
1.4196	−0.0732	12.1842	1.3942	−0.0961	12.9481	1.3717	−0.1196	13.7119
1.292	−0.0761	12.1842	1.2681	−0.0994	12.9481	1.2472	−0.1237	13.7119
1.1597	−0.0772	12.1842	1.1373	−0.1008	12.9481	1.1181	−0.1257	13.7119
1.0226	−0.0763	12.1842	1.0017	−0.1002	12.9481	0.9844	−0.1255	13.7119
0.8808	−0.0732	12.1842	0.8615	−0.0973	12.9481	0.846	−0.1229	13.7119
0.7389	−0.0681	12.1842	0.7212	−0.0921	12.9481	0.7075	−0.1179	13.7119
0.5969	−0.0609	12.1842	0.5809	−0.0848	12.9481	0.5689	−0.1106	13.7119
0.455	−0.0518	12.1842	0.4405	−0.0753	12.9481	0.4304	−0.1009	13.7119
0.3133	−0.041	12.1842	0.3004	−0.0638	12.9481	0.292	−0.0891	13.7119
0.1717	−0.0284	12.1842	0.1605	−0.0504	12.9481	0.1539	−0.0753	13.7119
0.0304	−0.0143	12.1842	0.0208	−0.0354	12.9481	0.0161	−0.0596	13.7119
−0.1108	0.0014	12.1842	−0.1186	−0.0186	12.9481	−0.1214	−0.042	13.7119
−0.2517	0.0187	12.1842	−0.2578	0	12.9481	−0.2587	−0.0224	13.7119
−0.3925	0.0378	12.1842	−0.3967	0.0206	12.9481	−0.3956	−0.0007	13.7119
−0.533	0.0588	12.1842	−0.5354	0.0433	12.9481	−0.5322	0.0232	13.7119
−0.6732	0.0818	12.1842	−0.6737	0.068	12.9481	−0.6685	0.0493	13.7119
−0.8086	0.1059	12.1842	−0.8072	0.094	12.9481	−0.8	0.0766	13.7119
−0.9391	0.1306	12.1842	−0.9358	0.1206	12.9481	−0.9266	0.1048	13.7119
−1.0646	0.1555	12.1842	−1.0596	0.1475	12.9481	−1.0484	0.1334	13.7119
−1.1853	0.1808	12.1842	−1.1784	0.1748	12.9481	−1.1652	0.1624	13.7119
−1.3011	0.206	12.1842	−1.2924	0.2021	12.9481	−1.2772	0.1917	13.7119
−1.4121	0.2309	12.1842	−1.4016	0.2293	12.9481	−1.3844	0.2211	13.7119
−1.5184	0.2556	12.1842	−1.5061	0.2563	12.9481	−1.4869	0.2502	13.7119
−1.6151	0.2793	12.1842	−1.6011	0.2822	12.9481	−1.5801	0.2781	13.7119
−1.7025	0.3014	12.1842	−1.6869	0.3063	12.9481	−1.6643	0.3039	13.7119
−1.7806	0.3214	12.1842	−1.7636	0.3281	12.9481	−1.7395	0.3271	13.7119
−1.8495	0.339	12.1842	−1.8313	0.3473	12.9481	−1.8059	0.3476	13.7119
−1.9092	0.3542	12.1842	−1.89	0.3639	12.9481	−1.8635	0.3653	13.7119
−1.9598	0.367	12.1842	−1.9397	0.3779	12.9481	−1.9122	0.3802	13.7119
−2.003	0.3779	12.1842	−1.9821	0.3899	12.9481	−1.9538	0.3931	13.7119
−2.0393	0.387	12.1842	−2.0177	0.4	12.9481	−1.9888	0.404	13.7119
−2.0693	0.3943	12.1842	−2.0471	0.4083	12.9481	−2.0175	0.413	13.7119
−2.0935	0.3991	12.1842	−2.0708	0.414	12.9481	−2.0406	0.4197	13.7119
−2.1123	0.4012	12.1842	−2.0893	0.417	12.9481	−2.0587	0.4236	13.7119
−2.1265	0.4011	12.1842	−2.1033	0.4177	12.9481	−2.0725	0.425	13.7119
−2.1382	0.3991	12.1842	−2.115	0.4164	12.9481	−2.0841	0.4244	13.7119
−2.1467	0.3951	12.1842	−2.1237	0.413	12.9481	−2.0929	0.4216	13.7119
Section 22	Section 23	Section 24
−2.0652	0.4291	14.4758	−2.049	0.4333	14.825	−2.045	0.4332	14.9
−2.0654	0.4221	14.4758	−2.0491	0.4263	14.825	−2.0451	0.4262	14.9
−2.0609	0.4138	14.4758	−2.0446	0.4181	14.825	−2.0406	0.4181	14.9
−2.053	0.4051	14.4758	−2.0366	0.4096	14.825	−2.0326	0.4096	14.9
−2.0421	0.3962	14.4758	−2.0257	0.4008	14.825	−2.0217	0.4009	14.9
−2.0264	0.386	14.4758	−2.0101	0.3908	14.825	−2.0061	0.3909	14.9
−2.0053	0.374	14.4758	−1.9891	0.3788	14.825	−1.9852	0.3789	14.9
−1.9787	0.3593	14.4758	−1.9628	0.364	14.825	−1.9589	0.3641	14.9
−1.9464	0.3414	14.4758	−1.9308	0.3461	14.825	−1.927	0.3461	14.9
−1.9078	0.3203	14.4758	−1.8927	0.3249	14.825	−1.889	0.3249	14.9
−1.8626	0.2958	14.4758	−1.8479	0.3003	14.825	−1.8443	0.3003	14.9
−1.8088	0.2675	14.4758	−1.7946	0.2719	14.825	−1.7911	0.2719	14.9
−1.7461	0.236	14.4758	−1.7325	0.2403	14.825	−1.7292	0.2403	14.9
−1.6745	0.2016	14.4758	−1.6617	0.2058	14.825	−1.6584	0.2058	14.9
−1.5941	0.1642	14.4758	−1.5821	0.1683	14.825	−1.579	0.1684	14.9
−1.5046	0.1247	14.4758	−1.4934	0.1287	14.825	−1.4904	0.1287	14.9
−1.4054	0.0843	14.4758	−1.3951	0.0881	14.825	−1.3923	0.0881	14.9
−1.3013	0.0439	14.4758	−1.2919	0.0473	14.825	−1.2893	0.0473	14.9
−1.1919	0.0042	14.4758	−1.1834	0.0072	14.825	−1.181	0.0072	14.9
−1.0771	−0.0344	14.4758	−1.0695	−0.0316	14.825	−1.0673	−0.0317	14.9
−0.9569	−0.0718	14.4758	−0.9501	−0.0694	14.825	−0.9481	−0.0694	14.9
−0.8311	−0.1078	14.4758	−0.8255	−0.1056	14.825	−0.8237	−0.1057	14.9
−0.7002	−0.142	14.4758	−0.696	−0.1399	14.825	−0.6945	−0.14	14.9
−0.5645	−0.1738	14.4758	−0.5616	−0.1719	14.825	−0.5604	−0.172	14.9
−0.4284	−0.2021	14.4758	−0.4268	−0.2005	14.825	−0.4258	−0.2005	14.9
−0.2919	−0.2269	14.4758	−0.2915	−0.2254	14.825	−0.2908	−0.2255	14.9
−0.155	−0.2481	14.4758	−0.1558	−0.2469	14.825	−0.1553	−0.2469	14.9
−0.0178	−0.2656	14.4758	−0.0197	−0.2647	14.825	−0.0194	−0.2648	14.9
0.1197	−0.2796	14.4758	0.1169	−0.279	14.825	0.1169	−0.2791	14.9
0.2577	−0.2899	14.4758	0.2539	−0.2896	14.825	0.2537	−0.2897	14.9
0.396	−0.2966	14.4758	0.3913	−0.2966	14.825	0.391	−0.2968	14.9
0.5347	−0.2998	14.4758	0.5292	−0.3001	14.825	0.5287	−0.3003	14.9
0.6738	−0.2996	14.4758	0.6675	−0.3002	14.825	0.6668	−0.3004	14.9
0.8131	−0.2959	14.4758	0.8062	−0.2968	14.825	0.8054	−0.2971	14.9
0.9529	−0.2889	14.4758	0.9452	−0.2901	14.825	0.9442	−0.2904	14.9
1.088	−0.2789	14.4758	1.0793	−0.2804	14.825	1.0781	−0.2808	14.9
1.2181	−0.2664	14.4758	1.2085	−0.2682	14.825	1.2071	−0.2686	14.9
1.3433	−0.2518	14.4758	1.3329	−0.2537	14.825	1.3313	−0.2542	14.9
1.4637	−0.2352	14.4758	1.4524	−0.2374	14.825	1.4507	−0.2378	14.9
1.579	−0.2171	14.4758	1.567	−0.2194	14.825	1.5651	−0.2199	14.9
1.6894	−0.1977	14.4758	1.6767	−0.2001	14.825	1.6745	−0.2006	14.9
1.7949	−0.1773	14.4758	1.7814	−0.1797	14.825	1.7791	−0.1802	14.9
1.8955	−0.1561	14.4758	1.8813	−0.1586	14.825	1.8789	−0.1591	14.9
1.9868	−0.1358	14.4758	1.9719	−0.1383	14.825	1.9693	−0.1388	14.9
2.0686	−0.1165	14.4758	2.0531	−0.119	14.825	2.0504	−0.1196	14.9
2.1412	−0.0986	14.4758	2.1252	−0.1012	14.825	2.1224	−0.1017	14.9
2.2093	−0.0821	14.4758	2.1928	−0.0846	14.825	2.1899	−0.0852	14.9
2.2683	−0.0677	14.4758	2.2514	−0.0703	14.825	2.2484	−0.0709	14.9
2.3135	−0.0559	14.4758	2.2963	−0.0584	14.825	2.2932	−0.059	14.9
2.3494	−0.0454	14.4758	2.3319	−0.048	14.825	2.3287	−0.0486	14.9
2.3761	−0.037	14.4758	2.3584	−0.0395	14.825	2.3552	−0.04	14.9
2.3961	−0.0302	14.4758	2.3781	−0.0327	14.825	2.3749	−0.0332	14.9
2.405	−0.0232	14.4758	2.3871	−0.0257	14.825	2.3839	−0.0263	14.9
2.4075	−0.0163	14.4758	2.3897	−0.0188	14.825	2.3864	−0.0194	14.9
2.4076	−0.0127	14.4758	2.3898	−0.0151	14.825	2.3865	−0.0157	14.9
2.4074	−0.0108	14.4758	2.3895	−0.0133	14.825	2.3863	−0.0138	14.9
2.4071	−0.0099	14.4758	2.3893	−0.0123	14.825	2.3861	−0.0129	14.9
2.4069	−0.009	14.4758	2.3891	−0.0115	14.825	2.3858	−0.012	14.9
2.4063	−0.0073	14.4758	2.3884	−0.0098	14.825	2.3852	−0.0103	14.9
2.4045	−0.0041	14.4758	2.3866	−0.0066	14.825	2.3834	−0.0072	14.9
2.399	0.0007	14.4758	2.3813	−0.0017	14.825	2.378	−0.0023	14.9
2.388	0.0028	14.4758	2.3703	0.0003	14.825	2.3671	−0.0002	14.9
2.3676	−0.0004	14.4758	2.3501	−0.0029	14.825	2.3469	−0.0034	14.9
2.3406	−0.0051	14.4758	2.3232	−0.0075	14.825	2.3201	−0.0081	14.9
2.3046	−0.0119	14.4758	2.2875	−0.0144	14.825	2.2844	−0.015	14.9
2.2598	−0.0211	14.4758	2.243	−0.0237	14.825	2.24	−0.0243	14.9
2.2017	−0.0335	14.4758	2.1853	−0.0362	14.825	2.1823	−0.0369	14.9
2.1343	−0.0467	14.4758	2.1185	−0.0497	14.825	2.1156	−0.0503	14.9
2.0622	−0.0592	14.4758	2.0469	−0.0624	14.825	2.0442	−0.0631	14.9
1.981	−0.0724	14.4758	1.9662	−0.0759	14.825	1.9636	−0.0766	14.9
1.8905	−0.0858	14.4758	1.8764	−0.0896	14.825	1.8739	−0.0905	14.9
1.7908	−0.0989	14.4758	1.7774	−0.1031	14.825	1.7751	−0.104	14.9
1.6866	−0.1107	14.4758	1.6739	−0.1152	14.825	1.6718	−0.1162	14.9
1.5777	−0.1211	14.4758	1.5658	−0.1259	14.825	1.5639	−0.127	14.9
1.4643	−0.1297	14.4758	1.4532	−0.1349	14.825	1.4514	−0.136	14.9
1.3463	−0.1364	14.4758	1.3361	−0.1419	14.825	1.3344	−0.1432	14.9
1.2237	−0.1412	14.4758	1.2143	−0.147	14.825	1.2129	−0.1482	14.9
1.0965	−0.1437	14.4758	1.088	−0.1498	14.825	1.0867	−0.1511	14.9
0.9647	−0.1439	14.4758	0.9571	−0.1502	14.825	0.956	−0.1516	14.9
0.8283	−0.1416	14.4758	0.8216	−0.148	14.825	0.8208	−0.1495	14.9
0.6918	−0.1368	14.4758	0.6861	−0.1433	14.825	0.6854	−0.1448	14.9
0.5553	−0.1295	14.4758	0.5505	−0.1361	14.825	0.55	−0.1377	14.9
0.4187	−0.1198	14.4758	0.4148	−0.1264	14.825	0.4145	−0.128	14.9
0.2822	−0.1077	14.4758	0.2792	−0.1144	14.825	0.2792	−0.116	14.9
0.1461	−0.0935	14.4758	0.144	−0.1001	14.825	0.1442	−0.1017	14.9
0.0103	−0.0772	14.4758	0.0092	−0.0837	14.825	0.0095	−0.0853	14.9
−0.1251	−0.0588	14.4758	−0.1253	−0.0651	14.825	−0.1248	−0.0667	14.9
−0.2603	−0.0383	14.4758	−0.2595	−0.0443	14.825	−0.2587	−0.0459	14.9
−0.3951	−0.0156	14.4758	−0.3933	−0.0212	14.825	−0.3923	−0.0228	14.9
−0.5295	0.0094	14.4758	−0.5267	0.0041	14.825	−0.5256	0.0025	14.9
−0.6636	0.0367	14.4758	−0.6598	0.0317	14.825	−0.6584	0.0302	14.9
−0.7929	0.0653	14.4758	−0.7881	0.0607	14.825	−0.7865	0.0592	14.9
−0.9173	0.0948	14.4758	−0.9116	0.0906	14.825	−0.9098	0.0892	14.9
−1.0369	0.125	14.4758	−1.0302	0.1213	14.825	−1.0282	0.1199	14.9
−1.1516	0.1555	14.4758	−1.1439	0.1524	14.825	−1.1417	0.1511	14.9
−1.2615	0.1866	14.4758	−1.2528	0.1841	14.825	−1.2504	0.1829	14.9
−1.3665	0.2179	14.4758	−1.3569	0.216	14.825	−1.3543	0.2149	14.9
−1.4669	0.2489	14.4758	−1.4564	0.2476	14.825	−1.4536	0.2465	14.9
−1.5582	0.2785	14.4758	−1.5468	0.2777	14.825	−1.5439	0.2767	14.9
−1.6406	0.3058	14.4758	−1.6284	0.3055	14.825	−1.6253	0.3046	14.9
−1.7143	0.3303	14.4758	−1.7014	0.3305	14.825	−1.6982	0.3297	14.9
−1.7793	0.3519	14.4758	−1.7658	0.3526	14.825	−1.7625	0.3519	14.9
−1.8357	0.3706	14.4758	−1.8217	0.3717	14.825	−1.8182	0.371	14.9
−1.8834	0.3864	14.4758	−1.8689	0.3879	14.825	−1.8653	0.3873	14.9
−1.9241	0.4001	14.4758	−1.9092	0.4018	14.825	−1.9055	0.4013	14.9
−1.9583	0.4117	14.4758	−1.943	0.4137	14.825	−1.9393	0.4132	14.9
−1.9864	0.4214	14.4758	−1.9708	0.4237	14.825	−1.967	0.4232	14.9
−2.0089	0.4289	14.4758	−1.993	0.4315	14.825	−1.9892	0.4311	14.9
−2.0265	0.4337	14.4758	−2.0104	0.4367	14.825	−2.0065	0.4364	14.9
−2.04	0.4358	14.4758	−2.0238	0.4392	14.825	−2.0199	0.4389	14.9
−2.0514	0.4359	14.4758	−2.0351	0.4396	14.825	−2.0312	0.4394	14.9
−2.0603	0.4337	14.4758	−2.044	0.4377	14.825	−2.04	0.4376	14.9
Section 25	Section 26	Section 27
−2.0337	0.4306	15.096	−2.0245	0.4265	15.2396	−2.0144	0.4215	15.392
−2.0338	0.4237	15.096	−2.0245	0.4196	15.2396	−2.0144	0.4147	15.392
−2.0292	0.4156	15.096	−2.0198	0.4116	15.2396	−2.0097	0.4067	15.392
−2.0212	0.4072	15.096	−2.0118	0.4032	15.2396	−2.0017	0.3985	15.392
−2.0103	0.3986	15.096	−2.0009	0.3947	15.2396	−1.9907	0.3901	15.392
−1.9947	0.3887	15.096	−1.9854	0.3849	15.2396	−1.9752	0.3804	15.392
−1.9739	0.3768	15.096	−1.9646	0.3731	15.2396	−1.9545	0.3686	15.392
−1.9478	0.362	15.096	−1.9386	0.3583	15.2396	−1.9286	0.3538	15.392
−1.916	0.344	15.096	−1.907	0.3403	15.2396	−1.8971	0.3359	15.392
−1.8782	0.3228	15.096	−1.8693	0.3191	15.2396	−1.8596	0.3147	15.392
−1.8337	0.2981	15.096	−1.825	0.2945	15.2396	−1.8155	0.2902	15.392
−1.7808	0.2698	15.096	−1.7723	0.2662	15.2396	−1.763	0.262	15.392
−1.7192	0.2383	15.096	−1.7109	0.2349	15.2396	−1.7018	0.2308	15.392
−1.6488	0.2039	15.096	−1.6408	0.2006	15.2396	−1.6319	0.1967	15.392
−1.5697	0.1665	15.096	−1.562	0.1634	15.2396	−1.5534	0.1596	15.392
−1.4816	0.1269	15.096	−1.4742	0.1239	15.2396	−1.4659	0.1203	15.392
−1.3839	0.0863	15.096	−1.3768	0.0834	15.2396	−1.3689	0.08	15.392
−1.2814	0.0456	15.096	−1.2746	0.0429	15.2396	−1.267	0.0396	15.392
−1.1736	0.0056	15.096	−1.1671	0.0029	15.2396	−1.1599	−0.0002	15.392
−1.0603	−0.0333	15.096	−1.0542	−0.0358	15.2396	−1.0473	−0.0388	15.392
−0.9416	−0.071	15.096	−0.9359	−0.0734	15.2396	−0.9295	−0.0761	15.392
−0.8179	−0.1071	15.096	−0.8128	−0.1093	15.2396	−0.8069	−0.1119	15.392
−0.6894	−0.1413	15.096	−0.6847	−0.1433	15.2396	−0.6794	−0.1456	15.392
−0.5559	−0.1732	15.096	−0.5517	−0.175	15.2396	−0.5469	−0.1771	15.392
−0.422	−0.2016	15.096	−0.4183	−0.2033	15.2396	−0.4139	−0.2052	15.392
−0.2876	−0.2265	15.096	−0.2843	−0.228	15.2396	−0.2803	−0.2299	15.392
−0.1527	−0.2479	15.096	−0.1498	−0.2493	15.2396	−0.1461	−0.251	15.392
−0.0174	−0.2658	15.096	−0.0148	−0.2671	15.2396	−0.0114	−0.2687	15.392
0.1185	−0.28	15.096	0.1208	−0.2813	15.2396	0.1238	−0.2828	15.392
0.2548	−0.2907	15.096	0.2569	−0.2919	15.2396	0.2597	−0.2933	15.392
0.3916	−0.2978	15.096	0.3935	−0.2989	15.2396	0.3961	−0.3002	15.392
0.5289	−0.3013	15.096	0.5306	−0.3025	15.2396	0.5331	−0.3037	15.392
0.6667	−0.3015	15.096	0.6682	−0.3025	15.2396	0.6705	−0.3038	15.392
0.8049	−0.2982	15.096	0.8061	−0.2992	15.2396	0.8078	−0.3004	15.392
0.9431	−0.2915	15.096	0.9437	−0.2925	15.2396	0.9449	−0.2937	15.392
1.0764	−0.2819	15.096	1.0766	−0.283	15.2396	1.0773	−0.2841	15.392
1.205	−0.2698	15.096	1.2047	−0.2709	15.2396	1.205	−0.2721	15.392
1.3287	−0.2555	15.096	1.328	−0.2566	15.2396	1.3279	−0.2578	15.392
1.4475	−0.2392	15.096	1.4464	−0.2403	15.2396	1.4458	−0.2416	15.392
1.5614	−0.2213	15.096	1.56	−0.2225	15.2396	1.5589	−0.2237	15.392
1.6704	−0.202	15.096	1.6686	−0.2032	15.2396	1.6672	−0.2045	15.392
1.7746	−0.1817	15.096	1.7724	−0.1829	15.2396	1.7706	−0.1842	15.392
1.8739	−0.1607	15.096	1.8714	−0.1619	15.2396	1.8692	−0.1633	15.392
1.9639	−0.1404	15.096	1.9611	−0.1417	15.2396	1.9586	−0.1431	15.392
2.0447	−0.1212	15.096	2.0416	−0.1225	15.2396	2.0388	−0.1239	15.392
2.1164	−0.1033	15.096	2.113	−0.1047	15.2396	2.1099	−0.1061	15.392
2.1836	−0.0868	15.096	2.18	−0.0882	15.2396	2.1767	−0.0897	15.392
2.2419	−0.0725	15.096	2.2381	−0.0739	15.2396	2.2345	−0.0754	15.392
2.2864	−0.0607	15.096	2.2825	−0.0621	15.2396	2.2788	−0.0636	15.392
2.3219	−0.0502	15.096	2.3178	−0.0517	15.2396	2.3139	−0.0532	15.392
2.3482	−0.0417	15.096	2.344	−0.0432	15.2396	2.3401	−0.0447	15.392
2.3678	−0.0349	15.096	2.3636	−0.0364	15.2396	2.3595	−0.0379	15.392
2.3767	−0.0279	15.096	2.3726	−0.0294	15.2396	2.3685	−0.0309	15.392
2.3793	−0.021	15.096	2.3751	−0.0225	15.2396	2.371	−0.0239	15.392
2.3793	−0.0173	15.096	2.3752	−0.0187	15.2396	2.3711	−0.0202	15.392
2.3791	−0.0155	15.096	2.375	−0.0169	15.2396	2.3708	−0.0184	15.392
2.3789	−0.0145	15.096	2.3748	−0.016	15.2396	2.3706	−0.0175	15.392
2.3786	−0.0137	15.096	2.3745	−0.0151	15.2396	2.3704	−0.0166	15.392
2.378	−0.012	15.096	2.3739	−0.0134	15.2396	2.3697	−0.0149	15.392
2.3762	−0.0088	15.096	2.3721	−0.0102	15.2396	2.368	−0.0118	15.392
2.3709	−0.004	15.096	2.3668	−0.0054	15.2396	2.3627	−0.007	15.392
2.36	−0.0019	15.096	2.3559	−0.0033	15.2396	2.3519	−0.0048	15.392
2.3399	−0.0051	15.096	2.3359	−0.0065	15.2396	2.3319	−0.008	15.392
2.3132	−0.0097	15.096	2.3093	−0.0111	15.2396	2.3053	−0.0127	15.392
2.2777	−0.0167	15.096	2.2739	−0.0181	15.2396	2.2701	−0.0196	15.392
2.2334	−0.026	15.096	2.2298	−0.0275	15.2396	2.2261	−0.029	15.392
2.176	−0.0386	15.096	2.1725	−0.0401	15.2396	2.1691	−0.0417	15.392
2.1096	−0.0522	15.096	2.1063	−0.0538	15.2396	2.1031	−0.0554	15.392
2.0384	−0.0651	15.096	2.0354	−0.0668	15.2396	2.0324	−0.0685	15.392
1.9582	−0.0788	15.096	1.9554	−0.0805	15.2396	1.9527	−0.0824	15.392
1.8689	−0.0928	15.096	1.8664	−0.0947	15.2396	1.8639	−0.0967	15.392
1.7705	−0.1065	15.096	1.7683	−0.1085	15.2396	1.7662	−0.1107	15.392
1.6676	−0.1189	15.096	1.6657	−0.1211	15.2396	1.6639	−0.1234	15.392
1.5601	−0.1299	15.096	1.5585	−0.1323	15.2396	1.5571	−0.1348	15.392
1.4481	−0.1392	15.096	1.4469	−0.1417	15.2396	1.4458	−0.1444	15.392
1.3316	−0.1465	15.096	1.3307	−0.1492	15.2396	1.33	−0.1521	15.392
1.2105	−0.1518	15.096	1.21	−0.1547	15.2396	1.2097	−0.1577	15.392
1.0849	−0.1549	15.096	1.0847	−0.1579	15.2396	1.0848	−0.1612	15.392
0.9547	−0.1556	15.096	0.9549	−0.1588	15.2396	0.9554	−0.1623	15.392
0.8199	−0.1537	15.096	0.8205	−0.1571	15.2396	0.8215	−0.1607	15.392
0.6851	−0.1492	15.096	0.6861	−0.1528	15.2396	0.6875	−0.1566	15.392
0.5502	−0.1422	15.096	0.5516	−0.146	15.2396	0.5534	−0.15	15.392
0.4153	−0.1328	15.096	0.417	−0.1367	15.2396	0.4192	−0.141	15.392
0.2804	−0.1209	15.096	0.2826	−0.125	15.2396	0.2851	−0.1295	15.392
0.1459	−0.1068	15.096	0.1484	−0.111	15.2396	0.1514	−0.1157	15.392
0.0118	−0.0904	15.096	0.0147	−0.0949	15.2396	0.018	−0.0997	15.392
−0.122	−0.0719	15.096	−0.1188	−0.0764	15.2396	−0.115	−0.0814	15.392
−0.2554	−0.0511	15.096	−0.2518	−0.0558	15.2396	−0.2477	−0.0609	15.392
−0.3885	−0.0281	15.096	−0.3845	−0.0329	15.2396	−0.38	−0.0381	15.392
−0.5212	−0.0028	15.096	−0.5168	−0.0077	15.2396	−0.5119	−0.0131	15.392
−0.6536	0.0249	15.096	−0.6488	0.0199	15.2396	−0.6434	0.0143	15.392
−0.7811	0.0538	15.096	−0.776	0.0487	15.2396	−0.7702	0.0431	15.392
−0.9039	0.0839	15.096	−0.8984	0.0787	15.2396	−0.8923	0.073	15.392
−1.0218	0.1147	15.096	−1.016	0.1095	15.2396	−1.0095	0.1037	15.392
−1.1348	0.146	15.096	−1.1287	0.1407	15.2396	−1.1218	0.1349	15.392
−1.243	0.1779	15.096	−1.2365	0.1726	15.2396	−1.2293	0.1667	15.392
−1.3465	0.21	15.096	−1.3397	0.2047	15.2396	−1.3321	0.1988	15.392
−1.4453	0.2417	15.096	−1.4382	0.2364	15.2396	−1.4304	0.2305	15.392
−1.5352	0.2721	15.096	−1.5277	0.2668	15.2396	−1.5196	0.2608	15.392
−1.6162	0.3002	15.096	−1.6085	0.295	15.2396	−1.6	0.2891	15.392
−1.6887	0.3255	15.096	−1.6807	0.3204	15.2396	−1.6719	0.3145	15.392
−1.7526	0.3478	15.096	−1.7444	0.3427	15.2396	−1.7354	0.3369	15.392
−1.808	0.367	15.096	−1.7996	0.3621	15.2396	−1.7904	0.3563	15.392
−1.8549	0.3834	15.096	−1.8463	0.3785	15.2396	−1.837	0.3728	15.392
−1.8949	0.3975	15.096	−1.8862	0.3927	15.2396	−1.8767	0.387	15.392
−1.9285	0.4096	15.096	−1.9196	0.4048	15.2396	−1.91	0.3991	15.392
−1.9561	0.4197	15.096	−1.9471	0.4149	15.2396	−1.9373	0.4093	15.392
−1.9781	0.4277	15.096	−1.969	0.4231	15.2396	−1.9592	0.4175	15.392
−1.9953	0.4332	15.096	−1.9862	0.4286	15.2396	−1.9762	0.4232	15.392
−2.0086	0.4359	15.096	−1.9993	0.4315	15.2396	−1.9893	0.4262	15.392
−2.0198	0.4366	15.096	−2.0105	0.4323	15.2396	−2.0005	0.4271	15.392
−2.0286	0.4349	15.096	−2.0194	0.4307	15.2396	−2.0093	0.4257	15.392

At this point it should be understood that the points disclosed in Table 1 are exemplary, variations/deviations from the points in Table 1 at one or more sections that do not substantially affect the desired properties obtained by the airfoil core shape of the exemplary embodiments fall within the scope of the exemplary embodiments of the invention.

While the invention has been described in detail in connection with only a limited number of embodiments, it should be readily understood that the invention is not limited to such disclosed embodiments. Rather, the invention can be modified to incorporate any number of variations, alterations, substitutions or equivalent arrangements not heretofore described, but which are commensurate with the spirit and scope of the invention. Additionally, while various embodiments of the invention have been described, it is to be understood that aspects of the invention may include only some of the described embodiments. Accordingly, the invention is not to be seen as limited by the foregoing description, but is only limited by the scope of the appended claims.

Claims

1. A turbomachine component comprising: a compressor stator vane having an airfoil core shape, the airfoil core shape having a nominal profile substantially in accordance with Cartesian coordinate values of X, Y, and Z set forth in TABLE 1, and wherein X and Y are distances in inches which, when connected by smooth continuing arcs, define airfoil profile sections at each distance Z in inches, the profile sections at the Z distances being joined smoothly with one another to form a complete airfoil core shape.

2. The turbomachine component according to claim 1, wherein the compressor stator vane comprises an airfoil.

3. The turbomachine component according to claim 1, wherein the compressor stator vane comprises a core shape that defines a vane.

4. The turbomachine component according to claim 1, wherein compressor stator vane comprises a first stage compressor stator vane.

5. The turbomachine component according to claim 1, wherein the nominal profile lies within an envelope within +0.160 inches and −0.0 inches in a direction normal to any of the airfoil profile sections.

6. A turbomachine comprising: a compressor portion; anda compressor vane provided in the compressor portion, the compressor vane having an airfoil core shape, the airfoil core shape having a nominal profile substantially in accordance with Cartesian coordinate values of X, Y, and Z set forth in TABLE 1, and wherein X and Y are distances in inches which, when connected by smooth continuing arcs, define airfoil profile sections at each distance Z in inches, the profile sections at the Z distances being joined smoothly with one another to form a complete airfoil core shape.

7. The turbomachine according to claim 6, wherein the compressor vane comprises a compressor stator vane.

8. The turbomachine according to claim 7, wherein the compressor stator vane is a first stage compressor stator vane.

9. The turbomachine according to claim 8, wherein the compressor vane comprises a first stage compressor stator vane.

10. The turbomachine according to claim 6, wherein the nominal profile lies within an envelope within +0.160 inches and −0.0 inches in a direction normal to any of the airfoil profile sections.