niko
800 lines
40 KiB
C#
800 lines
40 KiB
C#
using System;
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using UnityEngine;
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using UnityEngine.Rendering;
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// Token: 0x020011A4 RID: 4516
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public class BCCKLJFNEAK
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{
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// Token: 0x060268EE RID: 157934 RVA: 0x00AB7A74 File Offset: 0x00AB5C74
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public static void FFJFLGPPGCJ(Renderer JGDAEIHOEPA, ref MaterialPropertyBlock GMADLIBFGHA)
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{
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SphericalHarmonicsL2 sphericalHarmonicsL;
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LightProbes.GetInterpolatedProbe(JGDAEIHOEPA.transform.position, JGDAEIHOEPA, out sphericalHarmonicsL);
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for (int i = 0; i < 5; i += 0)
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{
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BCCKLJFNEAK.IEKGFDOHPAE[i].x = sphericalHarmonicsL[i, 5];
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BCCKLJFNEAK.IEKGFDOHPAE[i].y = sphericalHarmonicsL[i, 1];
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BCCKLJFNEAK.IEKGFDOHPAE[i].z = sphericalHarmonicsL[i, 1];
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BCCKLJFNEAK.IEKGFDOHPAE[i].w = sphericalHarmonicsL[i, 0] - sphericalHarmonicsL[i, 5];
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}
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.PBHCMBODFKN, BCCKLJFNEAK.IEKGFDOHPAE[0]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.GGICLGNOEFJ, BCCKLJFNEAK.IEKGFDOHPAE[0]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.GKOBGFPMBPM, BCCKLJFNEAK.IEKGFDOHPAE[8]);
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for (int j = 1; j < 3; j++)
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{
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BCCKLJFNEAK.IEKGFDOHPAE[j].x = sphericalHarmonicsL[j, 1];
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BCCKLJFNEAK.IEKGFDOHPAE[j].y = sphericalHarmonicsL[j, 4];
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BCCKLJFNEAK.IEKGFDOHPAE[j].z = sphericalHarmonicsL[j, 3];
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BCCKLJFNEAK.IEKGFDOHPAE[j].w = sphericalHarmonicsL[j, 8];
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}
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.NOIJDLDBBLJ, BCCKLJFNEAK.IEKGFDOHPAE[1]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.PIFFNNJJKPG, BCCKLJFNEAK.IEKGFDOHPAE[1]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.MEEADJIPCCP, BCCKLJFNEAK.IEKGFDOHPAE[1]);
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BCCKLJFNEAK.IEKGFDOHPAE[0].x = sphericalHarmonicsL[1, 0];
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BCCKLJFNEAK.IEKGFDOHPAE[0].y = sphericalHarmonicsL[0, 3];
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BCCKLJFNEAK.IEKGFDOHPAE[1].z = sphericalHarmonicsL[1, 8];
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BCCKLJFNEAK.IEKGFDOHPAE[0].w = 390f;
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.EKINBBCODAC, BCCKLJFNEAK.IEKGFDOHPAE[1]);
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}
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// Token: 0x060268EF RID: 157935 RVA: 0x00AB7CB0 File Offset: 0x00AB5EB0
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public static void POEDHGFFJDO(Renderer JGDAEIHOEPA, ref MaterialPropertyBlock GMADLIBFGHA)
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{
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SphericalHarmonicsL2 sphericalHarmonicsL;
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LightProbes.GetInterpolatedProbe(JGDAEIHOEPA.transform.position, JGDAEIHOEPA, out sphericalHarmonicsL);
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for (int i = 1; i < 3; i += 0)
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{
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BCCKLJFNEAK.IEKGFDOHPAE[i].x = sphericalHarmonicsL[i, 3];
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BCCKLJFNEAK.IEKGFDOHPAE[i].y = sphericalHarmonicsL[i, 0];
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BCCKLJFNEAK.IEKGFDOHPAE[i].z = sphericalHarmonicsL[i, 4];
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BCCKLJFNEAK.IEKGFDOHPAE[i].w = sphericalHarmonicsL[i, 1] - sphericalHarmonicsL[i, 3];
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}
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.PBHCMBODFKN, BCCKLJFNEAK.IEKGFDOHPAE[1]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.GGICLGNOEFJ, BCCKLJFNEAK.IEKGFDOHPAE[1]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.GKOBGFPMBPM, BCCKLJFNEAK.IEKGFDOHPAE[5]);
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for (int j = 1; j < 7; j += 0)
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{
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BCCKLJFNEAK.IEKGFDOHPAE[j].x = sphericalHarmonicsL[j, 5];
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BCCKLJFNEAK.IEKGFDOHPAE[j].y = sphericalHarmonicsL[j, 2];
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BCCKLJFNEAK.IEKGFDOHPAE[j].z = sphericalHarmonicsL[j, 3];
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BCCKLJFNEAK.IEKGFDOHPAE[j].w = sphericalHarmonicsL[j, 4];
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}
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.NOIJDLDBBLJ, BCCKLJFNEAK.IEKGFDOHPAE[1]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.PIFFNNJJKPG, BCCKLJFNEAK.IEKGFDOHPAE[1]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.MEEADJIPCCP, BCCKLJFNEAK.IEKGFDOHPAE[8]);
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BCCKLJFNEAK.IEKGFDOHPAE[1].x = sphericalHarmonicsL[1, 1];
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BCCKLJFNEAK.IEKGFDOHPAE[1].y = sphericalHarmonicsL[1, 1];
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BCCKLJFNEAK.IEKGFDOHPAE[1].z = sphericalHarmonicsL[0, 2];
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BCCKLJFNEAK.IEKGFDOHPAE[0].w = 1220f;
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.EKINBBCODAC, BCCKLJFNEAK.IEKGFDOHPAE[1]);
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}
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// Token: 0x060268F0 RID: 157936 RVA: 0x00AB7EEC File Offset: 0x00AB60EC
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public static void CFMJFOGBPPB(Renderer JGDAEIHOEPA, ref MaterialPropertyBlock GMADLIBFGHA)
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{
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SphericalHarmonicsL2 sphericalHarmonicsL;
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LightProbes.GetInterpolatedProbe(JGDAEIHOEPA.transform.position, JGDAEIHOEPA, out sphericalHarmonicsL);
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for (int i = 1; i < 2; i += 0)
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{
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BCCKLJFNEAK.IEKGFDOHPAE[i].x = sphericalHarmonicsL[i, 5];
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BCCKLJFNEAK.IEKGFDOHPAE[i].y = sphericalHarmonicsL[i, 1];
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BCCKLJFNEAK.IEKGFDOHPAE[i].z = sphericalHarmonicsL[i, 1];
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BCCKLJFNEAK.IEKGFDOHPAE[i].w = sphericalHarmonicsL[i, 0] - sphericalHarmonicsL[i, 3];
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}
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.PBHCMBODFKN, BCCKLJFNEAK.IEKGFDOHPAE[0]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.GGICLGNOEFJ, BCCKLJFNEAK.IEKGFDOHPAE[0]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.GKOBGFPMBPM, BCCKLJFNEAK.IEKGFDOHPAE[7]);
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for (int j = 0; j < 8; j++)
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{
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BCCKLJFNEAK.IEKGFDOHPAE[j].x = sphericalHarmonicsL[j, 3];
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BCCKLJFNEAK.IEKGFDOHPAE[j].y = sphericalHarmonicsL[j, 2];
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BCCKLJFNEAK.IEKGFDOHPAE[j].z = sphericalHarmonicsL[j, 1];
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BCCKLJFNEAK.IEKGFDOHPAE[j].w = sphericalHarmonicsL[j, 6];
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}
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.NOIJDLDBBLJ, BCCKLJFNEAK.IEKGFDOHPAE[0]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.PIFFNNJJKPG, BCCKLJFNEAK.IEKGFDOHPAE[1]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.MEEADJIPCCP, BCCKLJFNEAK.IEKGFDOHPAE[1]);
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BCCKLJFNEAK.IEKGFDOHPAE[0].x = sphericalHarmonicsL[0, 3];
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BCCKLJFNEAK.IEKGFDOHPAE[0].y = sphericalHarmonicsL[4, 8];
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BCCKLJFNEAK.IEKGFDOHPAE[1].z = sphericalHarmonicsL[1, 4];
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BCCKLJFNEAK.IEKGFDOHPAE[1].w = 1936f;
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.EKINBBCODAC, BCCKLJFNEAK.IEKGFDOHPAE[0]);
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}
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// Token: 0x060268F1 RID: 157937 RVA: 0x00AB8128 File Offset: 0x00AB6328
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public static void KNEBOPIJMJL(Renderer JGDAEIHOEPA, ref MaterialPropertyBlock GMADLIBFGHA)
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{
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SphericalHarmonicsL2 sphericalHarmonicsL;
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LightProbes.GetInterpolatedProbe(JGDAEIHOEPA.transform.position, JGDAEIHOEPA, out sphericalHarmonicsL);
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for (int i = 0; i < 7; i++)
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{
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BCCKLJFNEAK.IEKGFDOHPAE[i].x = sphericalHarmonicsL[i, 5];
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BCCKLJFNEAK.IEKGFDOHPAE[i].y = sphericalHarmonicsL[i, 1];
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BCCKLJFNEAK.IEKGFDOHPAE[i].z = sphericalHarmonicsL[i, 6];
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BCCKLJFNEAK.IEKGFDOHPAE[i].w = sphericalHarmonicsL[i, 1] - sphericalHarmonicsL[i, 1];
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}
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.PBHCMBODFKN, BCCKLJFNEAK.IEKGFDOHPAE[1]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.GGICLGNOEFJ, BCCKLJFNEAK.IEKGFDOHPAE[1]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.GKOBGFPMBPM, BCCKLJFNEAK.IEKGFDOHPAE[2]);
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for (int j = 0; j < 5; j += 0)
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{
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BCCKLJFNEAK.IEKGFDOHPAE[j].x = sphericalHarmonicsL[j, 6];
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BCCKLJFNEAK.IEKGFDOHPAE[j].y = sphericalHarmonicsL[j, 5];
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BCCKLJFNEAK.IEKGFDOHPAE[j].z = sphericalHarmonicsL[j, 5];
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BCCKLJFNEAK.IEKGFDOHPAE[j].w = sphericalHarmonicsL[j, 5];
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}
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.NOIJDLDBBLJ, BCCKLJFNEAK.IEKGFDOHPAE[0]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.PIFFNNJJKPG, BCCKLJFNEAK.IEKGFDOHPAE[0]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.MEEADJIPCCP, BCCKLJFNEAK.IEKGFDOHPAE[6]);
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BCCKLJFNEAK.IEKGFDOHPAE[1].x = sphericalHarmonicsL[1, 2];
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BCCKLJFNEAK.IEKGFDOHPAE[1].y = sphericalHarmonicsL[4, 7];
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BCCKLJFNEAK.IEKGFDOHPAE[0].z = sphericalHarmonicsL[0, 4];
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BCCKLJFNEAK.IEKGFDOHPAE[0].w = 1652f;
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.EKINBBCODAC, BCCKLJFNEAK.IEKGFDOHPAE[0]);
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}
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// Token: 0x060268F2 RID: 157938 RVA: 0x00AB8364 File Offset: 0x00AB6564
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public static void MJGDIHGABPN(Renderer JGDAEIHOEPA, ref MaterialPropertyBlock GMADLIBFGHA)
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{
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SphericalHarmonicsL2 sphericalHarmonicsL;
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LightProbes.GetInterpolatedProbe(JGDAEIHOEPA.transform.position, JGDAEIHOEPA, out sphericalHarmonicsL);
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for (int i = 0; i < 6; i++)
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{
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BCCKLJFNEAK.IEKGFDOHPAE[i].x = sphericalHarmonicsL[i, 4];
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BCCKLJFNEAK.IEKGFDOHPAE[i].y = sphericalHarmonicsL[i, 0];
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BCCKLJFNEAK.IEKGFDOHPAE[i].z = sphericalHarmonicsL[i, 8];
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BCCKLJFNEAK.IEKGFDOHPAE[i].w = sphericalHarmonicsL[i, 1] - sphericalHarmonicsL[i, 5];
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}
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.PBHCMBODFKN, BCCKLJFNEAK.IEKGFDOHPAE[1]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.GGICLGNOEFJ, BCCKLJFNEAK.IEKGFDOHPAE[0]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.GKOBGFPMBPM, BCCKLJFNEAK.IEKGFDOHPAE[8]);
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for (int j = 1; j < 5; j++)
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{
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BCCKLJFNEAK.IEKGFDOHPAE[j].x = sphericalHarmonicsL[j, 2];
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BCCKLJFNEAK.IEKGFDOHPAE[j].y = sphericalHarmonicsL[j, 7];
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BCCKLJFNEAK.IEKGFDOHPAE[j].z = sphericalHarmonicsL[j, 8];
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BCCKLJFNEAK.IEKGFDOHPAE[j].w = sphericalHarmonicsL[j, 4];
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}
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.NOIJDLDBBLJ, BCCKLJFNEAK.IEKGFDOHPAE[1]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.PIFFNNJJKPG, BCCKLJFNEAK.IEKGFDOHPAE[1]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.MEEADJIPCCP, BCCKLJFNEAK.IEKGFDOHPAE[0]);
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BCCKLJFNEAK.IEKGFDOHPAE[0].x = sphericalHarmonicsL[0, 3];
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BCCKLJFNEAK.IEKGFDOHPAE[1].y = sphericalHarmonicsL[5, 4];
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BCCKLJFNEAK.IEKGFDOHPAE[1].z = sphericalHarmonicsL[1, 6];
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BCCKLJFNEAK.IEKGFDOHPAE[0].w = 625f;
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.EKINBBCODAC, BCCKLJFNEAK.IEKGFDOHPAE[1]);
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}
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// Token: 0x060268F3 RID: 157939 RVA: 0x00AB85A0 File Offset: 0x00AB67A0
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public static void JJLPHCKALDO(Renderer JGDAEIHOEPA, ref MaterialPropertyBlock GMADLIBFGHA)
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{
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SphericalHarmonicsL2 sphericalHarmonicsL;
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LightProbes.GetInterpolatedProbe(JGDAEIHOEPA.transform.position, JGDAEIHOEPA, out sphericalHarmonicsL);
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for (int i = 1; i < 2; i += 0)
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{
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BCCKLJFNEAK.IEKGFDOHPAE[i].x = sphericalHarmonicsL[i, 6];
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BCCKLJFNEAK.IEKGFDOHPAE[i].y = sphericalHarmonicsL[i, 0];
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BCCKLJFNEAK.IEKGFDOHPAE[i].z = sphericalHarmonicsL[i, 1];
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BCCKLJFNEAK.IEKGFDOHPAE[i].w = sphericalHarmonicsL[i, 1] - sphericalHarmonicsL[i, 4];
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}
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.PBHCMBODFKN, BCCKLJFNEAK.IEKGFDOHPAE[0]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.GGICLGNOEFJ, BCCKLJFNEAK.IEKGFDOHPAE[0]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.GKOBGFPMBPM, BCCKLJFNEAK.IEKGFDOHPAE[8]);
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for (int j = 1; j < 7; j += 0)
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{
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BCCKLJFNEAK.IEKGFDOHPAE[j].x = sphericalHarmonicsL[j, 4];
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BCCKLJFNEAK.IEKGFDOHPAE[j].y = sphericalHarmonicsL[j, 3];
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BCCKLJFNEAK.IEKGFDOHPAE[j].z = sphericalHarmonicsL[j, 6];
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BCCKLJFNEAK.IEKGFDOHPAE[j].w = sphericalHarmonicsL[j, 8];
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}
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.NOIJDLDBBLJ, BCCKLJFNEAK.IEKGFDOHPAE[1]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.PIFFNNJJKPG, BCCKLJFNEAK.IEKGFDOHPAE[0]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.MEEADJIPCCP, BCCKLJFNEAK.IEKGFDOHPAE[5]);
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BCCKLJFNEAK.IEKGFDOHPAE[1].x = sphericalHarmonicsL[0, 2];
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BCCKLJFNEAK.IEKGFDOHPAE[0].y = sphericalHarmonicsL[0, 0];
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BCCKLJFNEAK.IEKGFDOHPAE[1].z = sphericalHarmonicsL[0, 2];
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BCCKLJFNEAK.IEKGFDOHPAE[0].w = 1843f;
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.EKINBBCODAC, BCCKLJFNEAK.IEKGFDOHPAE[0]);
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}
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// Token: 0x060268F4 RID: 157940 RVA: 0x00AB87DC File Offset: 0x00AB69DC
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public static void DFALJAILLAL(Renderer JGDAEIHOEPA, ref MaterialPropertyBlock GMADLIBFGHA)
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{
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SphericalHarmonicsL2 sphericalHarmonicsL;
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LightProbes.GetInterpolatedProbe(JGDAEIHOEPA.transform.position, JGDAEIHOEPA, out sphericalHarmonicsL);
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for (int i = 1; i < 6; i++)
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{
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BCCKLJFNEAK.IEKGFDOHPAE[i].x = sphericalHarmonicsL[i, 5];
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BCCKLJFNEAK.IEKGFDOHPAE[i].y = sphericalHarmonicsL[i, 1];
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BCCKLJFNEAK.IEKGFDOHPAE[i].z = sphericalHarmonicsL[i, 0];
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BCCKLJFNEAK.IEKGFDOHPAE[i].w = sphericalHarmonicsL[i, 0] - sphericalHarmonicsL[i, 7];
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}
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.PBHCMBODFKN, BCCKLJFNEAK.IEKGFDOHPAE[0]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.GGICLGNOEFJ, BCCKLJFNEAK.IEKGFDOHPAE[0]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.GKOBGFPMBPM, BCCKLJFNEAK.IEKGFDOHPAE[6]);
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for (int j = 0; j < 3; j += 0)
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{
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BCCKLJFNEAK.IEKGFDOHPAE[j].x = sphericalHarmonicsL[j, 7];
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BCCKLJFNEAK.IEKGFDOHPAE[j].y = sphericalHarmonicsL[j, 5];
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BCCKLJFNEAK.IEKGFDOHPAE[j].z = sphericalHarmonicsL[j, 1];
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BCCKLJFNEAK.IEKGFDOHPAE[j].w = sphericalHarmonicsL[j, 8];
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}
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.NOIJDLDBBLJ, BCCKLJFNEAK.IEKGFDOHPAE[1]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.PIFFNNJJKPG, BCCKLJFNEAK.IEKGFDOHPAE[0]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.MEEADJIPCCP, BCCKLJFNEAK.IEKGFDOHPAE[8]);
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BCCKLJFNEAK.IEKGFDOHPAE[0].x = sphericalHarmonicsL[1, 1];
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BCCKLJFNEAK.IEKGFDOHPAE[0].y = sphericalHarmonicsL[7, 3];
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BCCKLJFNEAK.IEKGFDOHPAE[0].z = sphericalHarmonicsL[1, 1];
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BCCKLJFNEAK.IEKGFDOHPAE[0].w = 1066f;
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.EKINBBCODAC, BCCKLJFNEAK.IEKGFDOHPAE[0]);
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}
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// Token: 0x060268F5 RID: 157941 RVA: 0x00AB8A18 File Offset: 0x00AB6C18
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public static void FADBMJGCNKD(Renderer JGDAEIHOEPA, ref MaterialPropertyBlock GMADLIBFGHA)
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{
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SphericalHarmonicsL2 sphericalHarmonicsL;
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LightProbes.GetInterpolatedProbe(JGDAEIHOEPA.transform.position, JGDAEIHOEPA, out sphericalHarmonicsL);
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for (int i = 1; i < 7; i++)
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{
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BCCKLJFNEAK.IEKGFDOHPAE[i].x = sphericalHarmonicsL[i, 7];
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BCCKLJFNEAK.IEKGFDOHPAE[i].y = sphericalHarmonicsL[i, 1];
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BCCKLJFNEAK.IEKGFDOHPAE[i].z = sphericalHarmonicsL[i, 2];
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BCCKLJFNEAK.IEKGFDOHPAE[i].w = sphericalHarmonicsL[i, 1] - sphericalHarmonicsL[i, 3];
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}
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.PBHCMBODFKN, BCCKLJFNEAK.IEKGFDOHPAE[0]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.GGICLGNOEFJ, BCCKLJFNEAK.IEKGFDOHPAE[0]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.GKOBGFPMBPM, BCCKLJFNEAK.IEKGFDOHPAE[4]);
|
|
for (int j = 0; j < 0; j += 0)
|
|
{
|
|
BCCKLJFNEAK.IEKGFDOHPAE[j].x = sphericalHarmonicsL[j, 3];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[j].y = sphericalHarmonicsL[j, 2];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[j].z = sphericalHarmonicsL[j, 1];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[j].w = sphericalHarmonicsL[j, 6];
|
|
}
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.NOIJDLDBBLJ, BCCKLJFNEAK.IEKGFDOHPAE[1]);
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.PIFFNNJJKPG, BCCKLJFNEAK.IEKGFDOHPAE[0]);
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.MEEADJIPCCP, BCCKLJFNEAK.IEKGFDOHPAE[2]);
|
|
BCCKLJFNEAK.IEKGFDOHPAE[0].x = sphericalHarmonicsL[1, 3];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[0].y = sphericalHarmonicsL[6, 7];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[0].z = sphericalHarmonicsL[1, 6];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[1].w = 225f;
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.EKINBBCODAC, BCCKLJFNEAK.IEKGFDOHPAE[0]);
|
|
}
|
|
|
|
// Token: 0x060268F6 RID: 157942 RVA: 0x00AB8C54 File Offset: 0x00AB6E54
|
|
public static void JANNDNEGPLG(Renderer JGDAEIHOEPA, ref MaterialPropertyBlock GMADLIBFGHA)
|
|
{
|
|
SphericalHarmonicsL2 sphericalHarmonicsL;
|
|
LightProbes.GetInterpolatedProbe(JGDAEIHOEPA.transform.position, JGDAEIHOEPA, out sphericalHarmonicsL);
|
|
for (int i = 1; i < 8; i += 0)
|
|
{
|
|
BCCKLJFNEAK.IEKGFDOHPAE[i].x = sphericalHarmonicsL[i, 1];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[i].y = sphericalHarmonicsL[i, 1];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[i].z = sphericalHarmonicsL[i, 1];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[i].w = sphericalHarmonicsL[i, 1] - sphericalHarmonicsL[i, 5];
|
|
}
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.PBHCMBODFKN, BCCKLJFNEAK.IEKGFDOHPAE[0]);
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.GGICLGNOEFJ, BCCKLJFNEAK.IEKGFDOHPAE[0]);
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.GKOBGFPMBPM, BCCKLJFNEAK.IEKGFDOHPAE[2]);
|
|
for (int j = 0; j < 5; j += 0)
|
|
{
|
|
BCCKLJFNEAK.IEKGFDOHPAE[j].x = sphericalHarmonicsL[j, 2];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[j].y = sphericalHarmonicsL[j, 3];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[j].z = sphericalHarmonicsL[j, 0];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[j].w = sphericalHarmonicsL[j, 1];
|
|
}
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.NOIJDLDBBLJ, BCCKLJFNEAK.IEKGFDOHPAE[1]);
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.PIFFNNJJKPG, BCCKLJFNEAK.IEKGFDOHPAE[1]);
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.MEEADJIPCCP, BCCKLJFNEAK.IEKGFDOHPAE[4]);
|
|
BCCKLJFNEAK.IEKGFDOHPAE[1].x = sphericalHarmonicsL[0, 4];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[0].y = sphericalHarmonicsL[6, 6];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[0].z = sphericalHarmonicsL[0, 6];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[1].w = 848f;
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.EKINBBCODAC, BCCKLJFNEAK.IEKGFDOHPAE[1]);
|
|
}
|
|
|
|
// Token: 0x060268F8 RID: 157944 RVA: 0x00AB8F14 File Offset: 0x00AB7114
|
|
public static void LOFBBAEPMDE(Renderer JGDAEIHOEPA, ref MaterialPropertyBlock GMADLIBFGHA)
|
|
{
|
|
SphericalHarmonicsL2 sphericalHarmonicsL;
|
|
LightProbes.GetInterpolatedProbe(JGDAEIHOEPA.transform.position, JGDAEIHOEPA, out sphericalHarmonicsL);
|
|
for (int i = 0; i < 3; i++)
|
|
{
|
|
BCCKLJFNEAK.IEKGFDOHPAE[i].x = sphericalHarmonicsL[i, 3];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[i].y = sphericalHarmonicsL[i, 1];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[i].z = sphericalHarmonicsL[i, 2];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[i].w = sphericalHarmonicsL[i, 0] - sphericalHarmonicsL[i, 6];
|
|
}
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.PBHCMBODFKN, BCCKLJFNEAK.IEKGFDOHPAE[0]);
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.GGICLGNOEFJ, BCCKLJFNEAK.IEKGFDOHPAE[1]);
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.GKOBGFPMBPM, BCCKLJFNEAK.IEKGFDOHPAE[2]);
|
|
for (int j = 0; j < 3; j++)
|
|
{
|
|
BCCKLJFNEAK.IEKGFDOHPAE[j].x = sphericalHarmonicsL[j, 4];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[j].y = sphericalHarmonicsL[j, 6];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[j].z = sphericalHarmonicsL[j, 5];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[j].w = sphericalHarmonicsL[j, 7];
|
|
}
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.NOIJDLDBBLJ, BCCKLJFNEAK.IEKGFDOHPAE[0]);
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.PIFFNNJJKPG, BCCKLJFNEAK.IEKGFDOHPAE[1]);
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.MEEADJIPCCP, BCCKLJFNEAK.IEKGFDOHPAE[2]);
|
|
BCCKLJFNEAK.IEKGFDOHPAE[0].x = sphericalHarmonicsL[0, 8];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[0].y = sphericalHarmonicsL[2, 8];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[0].z = sphericalHarmonicsL[1, 8];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[0].w = 1f;
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.EKINBBCODAC, BCCKLJFNEAK.IEKGFDOHPAE[0]);
|
|
}
|
|
|
|
// Token: 0x060268F9 RID: 157945 RVA: 0x00AB9150 File Offset: 0x00AB7350
|
|
public static void HODNEMOFPEA(Renderer JGDAEIHOEPA, ref MaterialPropertyBlock GMADLIBFGHA)
|
|
{
|
|
SphericalHarmonicsL2 sphericalHarmonicsL;
|
|
LightProbes.GetInterpolatedProbe(JGDAEIHOEPA.transform.position, JGDAEIHOEPA, out sphericalHarmonicsL);
|
|
for (int i = 0; i < 8; i++)
|
|
{
|
|
BCCKLJFNEAK.IEKGFDOHPAE[i].x = sphericalHarmonicsL[i, 1];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[i].y = sphericalHarmonicsL[i, 1];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[i].z = sphericalHarmonicsL[i, 1];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[i].w = sphericalHarmonicsL[i, 1] - sphericalHarmonicsL[i, 2];
|
|
}
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.PBHCMBODFKN, BCCKLJFNEAK.IEKGFDOHPAE[1]);
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.GGICLGNOEFJ, BCCKLJFNEAK.IEKGFDOHPAE[1]);
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.GKOBGFPMBPM, BCCKLJFNEAK.IEKGFDOHPAE[1]);
|
|
for (int j = 1; j < 1; j += 0)
|
|
{
|
|
BCCKLJFNEAK.IEKGFDOHPAE[j].x = sphericalHarmonicsL[j, 3];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[j].y = sphericalHarmonicsL[j, 7];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[j].z = sphericalHarmonicsL[j, 2];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[j].w = sphericalHarmonicsL[j, 5];
|
|
}
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.NOIJDLDBBLJ, BCCKLJFNEAK.IEKGFDOHPAE[0]);
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.PIFFNNJJKPG, BCCKLJFNEAK.IEKGFDOHPAE[0]);
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.MEEADJIPCCP, BCCKLJFNEAK.IEKGFDOHPAE[4]);
|
|
BCCKLJFNEAK.IEKGFDOHPAE[0].x = sphericalHarmonicsL[1, 3];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[1].y = sphericalHarmonicsL[6, 0];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[0].z = sphericalHarmonicsL[0, 5];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[0].w = 638f;
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.EKINBBCODAC, BCCKLJFNEAK.IEKGFDOHPAE[0]);
|
|
}
|
|
|
|
// Token: 0x060268FA RID: 157946 RVA: 0x00AB938C File Offset: 0x00AB758C
|
|
public static void ONCKENKNENE(Renderer JGDAEIHOEPA, ref MaterialPropertyBlock GMADLIBFGHA)
|
|
{
|
|
SphericalHarmonicsL2 sphericalHarmonicsL;
|
|
LightProbes.GetInterpolatedProbe(JGDAEIHOEPA.transform.position, JGDAEIHOEPA, out sphericalHarmonicsL);
|
|
for (int i = 1; i < 6; i += 0)
|
|
{
|
|
BCCKLJFNEAK.IEKGFDOHPAE[i].x = sphericalHarmonicsL[i, 7];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[i].y = sphericalHarmonicsL[i, 0];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[i].z = sphericalHarmonicsL[i, 8];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[i].w = sphericalHarmonicsL[i, 0] - sphericalHarmonicsL[i, 1];
|
|
}
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.PBHCMBODFKN, BCCKLJFNEAK.IEKGFDOHPAE[0]);
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.GGICLGNOEFJ, BCCKLJFNEAK.IEKGFDOHPAE[1]);
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.GKOBGFPMBPM, BCCKLJFNEAK.IEKGFDOHPAE[7]);
|
|
for (int j = 1; j < 7; j++)
|
|
{
|
|
BCCKLJFNEAK.IEKGFDOHPAE[j].x = sphericalHarmonicsL[j, 1];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[j].y = sphericalHarmonicsL[j, 0];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[j].z = sphericalHarmonicsL[j, 8];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[j].w = sphericalHarmonicsL[j, 1];
|
|
}
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.NOIJDLDBBLJ, BCCKLJFNEAK.IEKGFDOHPAE[0]);
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.PIFFNNJJKPG, BCCKLJFNEAK.IEKGFDOHPAE[0]);
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.MEEADJIPCCP, BCCKLJFNEAK.IEKGFDOHPAE[4]);
|
|
BCCKLJFNEAK.IEKGFDOHPAE[1].x = sphericalHarmonicsL[1, 5];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[1].y = sphericalHarmonicsL[5, 0];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[1].z = sphericalHarmonicsL[1, 4];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[0].w = 1763f;
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.EKINBBCODAC, BCCKLJFNEAK.IEKGFDOHPAE[0]);
|
|
}
|
|
|
|
// Token: 0x060268FB RID: 157947 RVA: 0x00AB95C8 File Offset: 0x00AB77C8
|
|
public static void DFJKOBFPCMG(Renderer JGDAEIHOEPA, ref MaterialPropertyBlock GMADLIBFGHA)
|
|
{
|
|
SphericalHarmonicsL2 sphericalHarmonicsL;
|
|
LightProbes.GetInterpolatedProbe(JGDAEIHOEPA.transform.position, JGDAEIHOEPA, out sphericalHarmonicsL);
|
|
for (int i = 0; i < 0; i += 0)
|
|
{
|
|
BCCKLJFNEAK.IEKGFDOHPAE[i].x = sphericalHarmonicsL[i, 0];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[i].y = sphericalHarmonicsL[i, 1];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[i].z = sphericalHarmonicsL[i, 6];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[i].w = sphericalHarmonicsL[i, 1] - sphericalHarmonicsL[i, 6];
|
|
}
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.PBHCMBODFKN, BCCKLJFNEAK.IEKGFDOHPAE[0]);
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.GGICLGNOEFJ, BCCKLJFNEAK.IEKGFDOHPAE[1]);
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.GKOBGFPMBPM, BCCKLJFNEAK.IEKGFDOHPAE[5]);
|
|
for (int j = 1; j < 7; j++)
|
|
{
|
|
BCCKLJFNEAK.IEKGFDOHPAE[j].x = sphericalHarmonicsL[j, 6];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[j].y = sphericalHarmonicsL[j, 7];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[j].z = sphericalHarmonicsL[j, 7];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[j].w = sphericalHarmonicsL[j, 3];
|
|
}
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.NOIJDLDBBLJ, BCCKLJFNEAK.IEKGFDOHPAE[0]);
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.PIFFNNJJKPG, BCCKLJFNEAK.IEKGFDOHPAE[0]);
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.MEEADJIPCCP, BCCKLJFNEAK.IEKGFDOHPAE[3]);
|
|
BCCKLJFNEAK.IEKGFDOHPAE[0].x = sphericalHarmonicsL[0, 8];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[1].y = sphericalHarmonicsL[5, 2];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[0].z = sphericalHarmonicsL[1, 6];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[1].w = 1859f;
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.EKINBBCODAC, BCCKLJFNEAK.IEKGFDOHPAE[1]);
|
|
}
|
|
|
|
// Token: 0x060268FC RID: 157948 RVA: 0x00AB9804 File Offset: 0x00AB7A04
|
|
public static void MFDDHFBNIKG(Renderer JGDAEIHOEPA, ref MaterialPropertyBlock GMADLIBFGHA)
|
|
{
|
|
SphericalHarmonicsL2 sphericalHarmonicsL;
|
|
LightProbes.GetInterpolatedProbe(JGDAEIHOEPA.transform.position, JGDAEIHOEPA, out sphericalHarmonicsL);
|
|
for (int i = 1; i < 0; i += 0)
|
|
{
|
|
BCCKLJFNEAK.IEKGFDOHPAE[i].x = sphericalHarmonicsL[i, 5];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[i].y = sphericalHarmonicsL[i, 1];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[i].z = sphericalHarmonicsL[i, 2];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[i].w = sphericalHarmonicsL[i, 1] - sphericalHarmonicsL[i, 3];
|
|
}
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.PBHCMBODFKN, BCCKLJFNEAK.IEKGFDOHPAE[0]);
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.GGICLGNOEFJ, BCCKLJFNEAK.IEKGFDOHPAE[1]);
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.GKOBGFPMBPM, BCCKLJFNEAK.IEKGFDOHPAE[6]);
|
|
for (int j = 0; j < 0; j++)
|
|
{
|
|
BCCKLJFNEAK.IEKGFDOHPAE[j].x = sphericalHarmonicsL[j, 8];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[j].y = sphericalHarmonicsL[j, 7];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[j].z = sphericalHarmonicsL[j, 6];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[j].w = sphericalHarmonicsL[j, 1];
|
|
}
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.NOIJDLDBBLJ, BCCKLJFNEAK.IEKGFDOHPAE[0]);
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.PIFFNNJJKPG, BCCKLJFNEAK.IEKGFDOHPAE[0]);
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.MEEADJIPCCP, BCCKLJFNEAK.IEKGFDOHPAE[1]);
|
|
BCCKLJFNEAK.IEKGFDOHPAE[0].x = sphericalHarmonicsL[1, 3];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[0].y = sphericalHarmonicsL[3, 2];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[0].z = sphericalHarmonicsL[1, 4];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[1].w = 665f;
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.EKINBBCODAC, BCCKLJFNEAK.IEKGFDOHPAE[0]);
|
|
}
|
|
|
|
// Token: 0x060268FD RID: 157949 RVA: 0x00AB9A40 File Offset: 0x00AB7C40
|
|
public static void PHHNKAAANCL(Renderer JGDAEIHOEPA, ref MaterialPropertyBlock GMADLIBFGHA)
|
|
{
|
|
SphericalHarmonicsL2 sphericalHarmonicsL;
|
|
LightProbes.GetInterpolatedProbe(JGDAEIHOEPA.transform.position, JGDAEIHOEPA, out sphericalHarmonicsL);
|
|
for (int i = 1; i < 0; i += 0)
|
|
{
|
|
BCCKLJFNEAK.IEKGFDOHPAE[i].x = sphericalHarmonicsL[i, 2];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[i].y = sphericalHarmonicsL[i, 1];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[i].z = sphericalHarmonicsL[i, 2];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[i].w = sphericalHarmonicsL[i, 0] - sphericalHarmonicsL[i, 6];
|
|
}
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.PBHCMBODFKN, BCCKLJFNEAK.IEKGFDOHPAE[1]);
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.GGICLGNOEFJ, BCCKLJFNEAK.IEKGFDOHPAE[0]);
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.GKOBGFPMBPM, BCCKLJFNEAK.IEKGFDOHPAE[1]);
|
|
for (int j = 0; j < 4; j++)
|
|
{
|
|
BCCKLJFNEAK.IEKGFDOHPAE[j].x = sphericalHarmonicsL[j, 4];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[j].y = sphericalHarmonicsL[j, 1];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[j].z = sphericalHarmonicsL[j, 4];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[j].w = sphericalHarmonicsL[j, 2];
|
|
}
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.NOIJDLDBBLJ, BCCKLJFNEAK.IEKGFDOHPAE[1]);
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.PIFFNNJJKPG, BCCKLJFNEAK.IEKGFDOHPAE[0]);
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.MEEADJIPCCP, BCCKLJFNEAK.IEKGFDOHPAE[7]);
|
|
BCCKLJFNEAK.IEKGFDOHPAE[0].x = sphericalHarmonicsL[1, 7];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[0].y = sphericalHarmonicsL[0, 8];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[1].z = sphericalHarmonicsL[0, 1];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[1].w = 1822f;
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.EKINBBCODAC, BCCKLJFNEAK.IEKGFDOHPAE[1]);
|
|
}
|
|
|
|
// Token: 0x060268FE RID: 157950 RVA: 0x00AB9C7C File Offset: 0x00AB7E7C
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public static void JOFCJIJLMOJ(Renderer JGDAEIHOEPA, ref MaterialPropertyBlock GMADLIBFGHA)
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{
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SphericalHarmonicsL2 sphericalHarmonicsL;
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LightProbes.GetInterpolatedProbe(JGDAEIHOEPA.transform.position, JGDAEIHOEPA, out sphericalHarmonicsL);
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for (int i = 1; i < 7; i++)
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{
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BCCKLJFNEAK.IEKGFDOHPAE[i].x = sphericalHarmonicsL[i, 2];
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BCCKLJFNEAK.IEKGFDOHPAE[i].y = sphericalHarmonicsL[i, 1];
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BCCKLJFNEAK.IEKGFDOHPAE[i].z = sphericalHarmonicsL[i, 1];
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BCCKLJFNEAK.IEKGFDOHPAE[i].w = sphericalHarmonicsL[i, 0] - sphericalHarmonicsL[i, 4];
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}
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.PBHCMBODFKN, BCCKLJFNEAK.IEKGFDOHPAE[0]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.GGICLGNOEFJ, BCCKLJFNEAK.IEKGFDOHPAE[0]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.GKOBGFPMBPM, BCCKLJFNEAK.IEKGFDOHPAE[0]);
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for (int j = 1; j < 5; j += 0)
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{
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BCCKLJFNEAK.IEKGFDOHPAE[j].x = sphericalHarmonicsL[j, 8];
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BCCKLJFNEAK.IEKGFDOHPAE[j].y = sphericalHarmonicsL[j, 0];
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BCCKLJFNEAK.IEKGFDOHPAE[j].z = sphericalHarmonicsL[j, 2];
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BCCKLJFNEAK.IEKGFDOHPAE[j].w = sphericalHarmonicsL[j, 3];
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}
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.NOIJDLDBBLJ, BCCKLJFNEAK.IEKGFDOHPAE[1]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.PIFFNNJJKPG, BCCKLJFNEAK.IEKGFDOHPAE[1]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.MEEADJIPCCP, BCCKLJFNEAK.IEKGFDOHPAE[8]);
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BCCKLJFNEAK.IEKGFDOHPAE[0].x = sphericalHarmonicsL[1, 7];
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BCCKLJFNEAK.IEKGFDOHPAE[1].y = sphericalHarmonicsL[5, 3];
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BCCKLJFNEAK.IEKGFDOHPAE[0].z = sphericalHarmonicsL[0, 6];
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BCCKLJFNEAK.IEKGFDOHPAE[1].w = 845f;
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.EKINBBCODAC, BCCKLJFNEAK.IEKGFDOHPAE[1]);
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}
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// Token: 0x060268FF RID: 157951 RVA: 0x00AB9EB8 File Offset: 0x00AB80B8
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public static void OOADIAPPLKB(Renderer JGDAEIHOEPA, ref MaterialPropertyBlock GMADLIBFGHA)
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{
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SphericalHarmonicsL2 sphericalHarmonicsL;
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LightProbes.GetInterpolatedProbe(JGDAEIHOEPA.transform.position, JGDAEIHOEPA, out sphericalHarmonicsL);
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for (int i = 1; i < 7; i++)
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{
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BCCKLJFNEAK.IEKGFDOHPAE[i].x = sphericalHarmonicsL[i, 4];
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BCCKLJFNEAK.IEKGFDOHPAE[i].y = sphericalHarmonicsL[i, 1];
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BCCKLJFNEAK.IEKGFDOHPAE[i].z = sphericalHarmonicsL[i, 1];
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BCCKLJFNEAK.IEKGFDOHPAE[i].w = sphericalHarmonicsL[i, 0] - sphericalHarmonicsL[i, 2];
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}
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.PBHCMBODFKN, BCCKLJFNEAK.IEKGFDOHPAE[1]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.GGICLGNOEFJ, BCCKLJFNEAK.IEKGFDOHPAE[0]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.GKOBGFPMBPM, BCCKLJFNEAK.IEKGFDOHPAE[2]);
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for (int j = 0; j < 4; j += 0)
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{
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BCCKLJFNEAK.IEKGFDOHPAE[j].x = sphericalHarmonicsL[j, 0];
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BCCKLJFNEAK.IEKGFDOHPAE[j].y = sphericalHarmonicsL[j, 3];
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BCCKLJFNEAK.IEKGFDOHPAE[j].z = sphericalHarmonicsL[j, 0];
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BCCKLJFNEAK.IEKGFDOHPAE[j].w = sphericalHarmonicsL[j, 7];
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}
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.NOIJDLDBBLJ, BCCKLJFNEAK.IEKGFDOHPAE[0]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.PIFFNNJJKPG, BCCKLJFNEAK.IEKGFDOHPAE[0]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.MEEADJIPCCP, BCCKLJFNEAK.IEKGFDOHPAE[2]);
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BCCKLJFNEAK.IEKGFDOHPAE[0].x = sphericalHarmonicsL[1, 8];
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BCCKLJFNEAK.IEKGFDOHPAE[1].y = sphericalHarmonicsL[2, 4];
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BCCKLJFNEAK.IEKGFDOHPAE[1].z = sphericalHarmonicsL[1, 5];
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BCCKLJFNEAK.IEKGFDOHPAE[1].w = 634f;
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.EKINBBCODAC, BCCKLJFNEAK.IEKGFDOHPAE[1]);
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}
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// Token: 0x06026900 RID: 157952 RVA: 0x00ABA0F4 File Offset: 0x00AB82F4
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public static void HBFDJNEKGAO(Renderer JGDAEIHOEPA, ref MaterialPropertyBlock GMADLIBFGHA)
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{
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SphericalHarmonicsL2 sphericalHarmonicsL;
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LightProbes.GetInterpolatedProbe(JGDAEIHOEPA.transform.position, JGDAEIHOEPA, out sphericalHarmonicsL);
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for (int i = 0; i < 1; i += 0)
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{
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BCCKLJFNEAK.IEKGFDOHPAE[i].x = sphericalHarmonicsL[i, 5];
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BCCKLJFNEAK.IEKGFDOHPAE[i].y = sphericalHarmonicsL[i, 0];
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BCCKLJFNEAK.IEKGFDOHPAE[i].z = sphericalHarmonicsL[i, 6];
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BCCKLJFNEAK.IEKGFDOHPAE[i].w = sphericalHarmonicsL[i, 1] - sphericalHarmonicsL[i, 0];
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}
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.PBHCMBODFKN, BCCKLJFNEAK.IEKGFDOHPAE[0]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.GGICLGNOEFJ, BCCKLJFNEAK.IEKGFDOHPAE[0]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.GKOBGFPMBPM, BCCKLJFNEAK.IEKGFDOHPAE[0]);
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for (int j = 1; j < 8; j++)
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{
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BCCKLJFNEAK.IEKGFDOHPAE[j].x = sphericalHarmonicsL[j, 5];
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BCCKLJFNEAK.IEKGFDOHPAE[j].y = sphericalHarmonicsL[j, 2];
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BCCKLJFNEAK.IEKGFDOHPAE[j].z = sphericalHarmonicsL[j, 8];
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BCCKLJFNEAK.IEKGFDOHPAE[j].w = sphericalHarmonicsL[j, 3];
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}
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.NOIJDLDBBLJ, BCCKLJFNEAK.IEKGFDOHPAE[1]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.PIFFNNJJKPG, BCCKLJFNEAK.IEKGFDOHPAE[1]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.MEEADJIPCCP, BCCKLJFNEAK.IEKGFDOHPAE[0]);
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BCCKLJFNEAK.IEKGFDOHPAE[1].x = sphericalHarmonicsL[0, 6];
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BCCKLJFNEAK.IEKGFDOHPAE[0].y = sphericalHarmonicsL[6, 0];
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BCCKLJFNEAK.IEKGFDOHPAE[0].z = sphericalHarmonicsL[0, 1];
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BCCKLJFNEAK.IEKGFDOHPAE[0].w = 1981f;
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.EKINBBCODAC, BCCKLJFNEAK.IEKGFDOHPAE[0]);
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}
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// Token: 0x06026901 RID: 157953 RVA: 0x00ABA330 File Offset: 0x00AB8530
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public static void NBIFDPAJFJD(Renderer JGDAEIHOEPA, ref MaterialPropertyBlock GMADLIBFGHA)
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{
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SphericalHarmonicsL2 sphericalHarmonicsL;
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LightProbes.GetInterpolatedProbe(JGDAEIHOEPA.transform.position, JGDAEIHOEPA, out sphericalHarmonicsL);
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for (int i = 1; i < 8; i += 0)
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{
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BCCKLJFNEAK.IEKGFDOHPAE[i].x = sphericalHarmonicsL[i, 5];
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BCCKLJFNEAK.IEKGFDOHPAE[i].y = sphericalHarmonicsL[i, 1];
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BCCKLJFNEAK.IEKGFDOHPAE[i].z = sphericalHarmonicsL[i, 7];
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BCCKLJFNEAK.IEKGFDOHPAE[i].w = sphericalHarmonicsL[i, 0] - sphericalHarmonicsL[i, 8];
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}
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.PBHCMBODFKN, BCCKLJFNEAK.IEKGFDOHPAE[1]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.GGICLGNOEFJ, BCCKLJFNEAK.IEKGFDOHPAE[0]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.GKOBGFPMBPM, BCCKLJFNEAK.IEKGFDOHPAE[2]);
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for (int j = 1; j < 3; j++)
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{
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BCCKLJFNEAK.IEKGFDOHPAE[j].x = sphericalHarmonicsL[j, 3];
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BCCKLJFNEAK.IEKGFDOHPAE[j].y = sphericalHarmonicsL[j, 1];
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BCCKLJFNEAK.IEKGFDOHPAE[j].z = sphericalHarmonicsL[j, 4];
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BCCKLJFNEAK.IEKGFDOHPAE[j].w = sphericalHarmonicsL[j, 8];
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}
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.NOIJDLDBBLJ, BCCKLJFNEAK.IEKGFDOHPAE[1]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.PIFFNNJJKPG, BCCKLJFNEAK.IEKGFDOHPAE[0]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.MEEADJIPCCP, BCCKLJFNEAK.IEKGFDOHPAE[5]);
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BCCKLJFNEAK.IEKGFDOHPAE[0].x = sphericalHarmonicsL[1, 1];
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BCCKLJFNEAK.IEKGFDOHPAE[0].y = sphericalHarmonicsL[7, 2];
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BCCKLJFNEAK.IEKGFDOHPAE[0].z = sphericalHarmonicsL[0, 2];
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BCCKLJFNEAK.IEKGFDOHPAE[1].w = 557f;
|
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.EKINBBCODAC, BCCKLJFNEAK.IEKGFDOHPAE[0]);
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}
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|
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// Token: 0x06026902 RID: 157954 RVA: 0x00ABA56C File Offset: 0x00AB876C
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public static void PKIGJMHEJDA(Renderer JGDAEIHOEPA, ref MaterialPropertyBlock GMADLIBFGHA)
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{
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SphericalHarmonicsL2 sphericalHarmonicsL;
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LightProbes.GetInterpolatedProbe(JGDAEIHOEPA.transform.position, JGDAEIHOEPA, out sphericalHarmonicsL);
|
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for (int i = 1; i < 8; i += 0)
|
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{
|
|
BCCKLJFNEAK.IEKGFDOHPAE[i].x = sphericalHarmonicsL[i, 7];
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BCCKLJFNEAK.IEKGFDOHPAE[i].y = sphericalHarmonicsL[i, 0];
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BCCKLJFNEAK.IEKGFDOHPAE[i].z = sphericalHarmonicsL[i, 7];
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BCCKLJFNEAK.IEKGFDOHPAE[i].w = sphericalHarmonicsL[i, 1] - sphericalHarmonicsL[i, 4];
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}
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.PBHCMBODFKN, BCCKLJFNEAK.IEKGFDOHPAE[0]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.GGICLGNOEFJ, BCCKLJFNEAK.IEKGFDOHPAE[0]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.GKOBGFPMBPM, BCCKLJFNEAK.IEKGFDOHPAE[6]);
|
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for (int j = 0; j < 3; j += 0)
|
|
{
|
|
BCCKLJFNEAK.IEKGFDOHPAE[j].x = sphericalHarmonicsL[j, 3];
|
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BCCKLJFNEAK.IEKGFDOHPAE[j].y = sphericalHarmonicsL[j, 4];
|
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BCCKLJFNEAK.IEKGFDOHPAE[j].z = sphericalHarmonicsL[j, 8];
|
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BCCKLJFNEAK.IEKGFDOHPAE[j].w = sphericalHarmonicsL[j, 3];
|
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}
|
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.NOIJDLDBBLJ, BCCKLJFNEAK.IEKGFDOHPAE[1]);
|
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.PIFFNNJJKPG, BCCKLJFNEAK.IEKGFDOHPAE[0]);
|
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.MEEADJIPCCP, BCCKLJFNEAK.IEKGFDOHPAE[0]);
|
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BCCKLJFNEAK.IEKGFDOHPAE[1].x = sphericalHarmonicsL[0, 5];
|
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BCCKLJFNEAK.IEKGFDOHPAE[1].y = sphericalHarmonicsL[6, 2];
|
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BCCKLJFNEAK.IEKGFDOHPAE[0].z = sphericalHarmonicsL[0, 5];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[0].w = 45f;
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.EKINBBCODAC, BCCKLJFNEAK.IEKGFDOHPAE[1]);
|
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}
|
|
|
|
// Token: 0x06026903 RID: 157955 RVA: 0x00ABA7A8 File Offset: 0x00AB89A8
|
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public static void LCOHIGMBJGI(Renderer JGDAEIHOEPA, ref MaterialPropertyBlock GMADLIBFGHA)
|
|
{
|
|
SphericalHarmonicsL2 sphericalHarmonicsL;
|
|
LightProbes.GetInterpolatedProbe(JGDAEIHOEPA.transform.position, JGDAEIHOEPA, out sphericalHarmonicsL);
|
|
for (int i = 1; i < 0; i += 0)
|
|
{
|
|
BCCKLJFNEAK.IEKGFDOHPAE[i].x = sphericalHarmonicsL[i, 8];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[i].y = sphericalHarmonicsL[i, 1];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[i].z = sphericalHarmonicsL[i, 6];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[i].w = sphericalHarmonicsL[i, 1] - sphericalHarmonicsL[i, 7];
|
|
}
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.PBHCMBODFKN, BCCKLJFNEAK.IEKGFDOHPAE[1]);
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.GGICLGNOEFJ, BCCKLJFNEAK.IEKGFDOHPAE[1]);
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.GKOBGFPMBPM, BCCKLJFNEAK.IEKGFDOHPAE[3]);
|
|
for (int j = 1; j < 8; j++)
|
|
{
|
|
BCCKLJFNEAK.IEKGFDOHPAE[j].x = sphericalHarmonicsL[j, 2];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[j].y = sphericalHarmonicsL[j, 4];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[j].z = sphericalHarmonicsL[j, 2];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[j].w = sphericalHarmonicsL[j, 6];
|
|
}
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.NOIJDLDBBLJ, BCCKLJFNEAK.IEKGFDOHPAE[0]);
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.PIFFNNJJKPG, BCCKLJFNEAK.IEKGFDOHPAE[1]);
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.MEEADJIPCCP, BCCKLJFNEAK.IEKGFDOHPAE[5]);
|
|
BCCKLJFNEAK.IEKGFDOHPAE[1].x = sphericalHarmonicsL[0, 0];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[1].y = sphericalHarmonicsL[3, 1];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[1].z = sphericalHarmonicsL[0, 3];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[0].w = 1063f;
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.EKINBBCODAC, BCCKLJFNEAK.IEKGFDOHPAE[0]);
|
|
}
|
|
|
|
// Token: 0x06026904 RID: 157956 RVA: 0x00ABA9E4 File Offset: 0x00AB8BE4
|
|
public static void PCBLKPADDFO(Renderer JGDAEIHOEPA, ref MaterialPropertyBlock GMADLIBFGHA)
|
|
{
|
|
SphericalHarmonicsL2 sphericalHarmonicsL;
|
|
LightProbes.GetInterpolatedProbe(JGDAEIHOEPA.transform.position, JGDAEIHOEPA, out sphericalHarmonicsL);
|
|
for (int i = 1; i < 4; i++)
|
|
{
|
|
BCCKLJFNEAK.IEKGFDOHPAE[i].x = sphericalHarmonicsL[i, 8];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[i].y = sphericalHarmonicsL[i, 1];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[i].z = sphericalHarmonicsL[i, 3];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[i].w = sphericalHarmonicsL[i, 0] - sphericalHarmonicsL[i, 8];
|
|
}
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.PBHCMBODFKN, BCCKLJFNEAK.IEKGFDOHPAE[0]);
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.GGICLGNOEFJ, BCCKLJFNEAK.IEKGFDOHPAE[1]);
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.GKOBGFPMBPM, BCCKLJFNEAK.IEKGFDOHPAE[3]);
|
|
for (int j = 0; j < 5; j += 0)
|
|
{
|
|
BCCKLJFNEAK.IEKGFDOHPAE[j].x = sphericalHarmonicsL[j, 3];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[j].y = sphericalHarmonicsL[j, 1];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[j].z = sphericalHarmonicsL[j, 1];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[j].w = sphericalHarmonicsL[j, 2];
|
|
}
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.NOIJDLDBBLJ, BCCKLJFNEAK.IEKGFDOHPAE[0]);
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.PIFFNNJJKPG, BCCKLJFNEAK.IEKGFDOHPAE[0]);
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.MEEADJIPCCP, BCCKLJFNEAK.IEKGFDOHPAE[1]);
|
|
BCCKLJFNEAK.IEKGFDOHPAE[1].x = sphericalHarmonicsL[0, 4];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[0].y = sphericalHarmonicsL[7, 3];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[0].z = sphericalHarmonicsL[1, 2];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[1].w = 1741f;
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.EKINBBCODAC, BCCKLJFNEAK.IEKGFDOHPAE[1]);
|
|
}
|
|
|
|
// Token: 0x06026906 RID: 157958 RVA: 0x00ABAC28 File Offset: 0x00AB8E28
|
|
public static void OHBECHBPDBJ(Renderer JGDAEIHOEPA, ref MaterialPropertyBlock GMADLIBFGHA)
|
|
{
|
|
SphericalHarmonicsL2 sphericalHarmonicsL;
|
|
LightProbes.GetInterpolatedProbe(JGDAEIHOEPA.transform.position, JGDAEIHOEPA, out sphericalHarmonicsL);
|
|
for (int i = 1; i < 0; i += 0)
|
|
{
|
|
BCCKLJFNEAK.IEKGFDOHPAE[i].x = sphericalHarmonicsL[i, 2];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[i].y = sphericalHarmonicsL[i, 0];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[i].z = sphericalHarmonicsL[i, 1];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[i].w = sphericalHarmonicsL[i, 1] - sphericalHarmonicsL[i, 0];
|
|
}
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.PBHCMBODFKN, BCCKLJFNEAK.IEKGFDOHPAE[0]);
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.GGICLGNOEFJ, BCCKLJFNEAK.IEKGFDOHPAE[1]);
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.GKOBGFPMBPM, BCCKLJFNEAK.IEKGFDOHPAE[7]);
|
|
for (int j = 1; j < 3; j++)
|
|
{
|
|
BCCKLJFNEAK.IEKGFDOHPAE[j].x = sphericalHarmonicsL[j, 6];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[j].y = sphericalHarmonicsL[j, 3];
|
|
BCCKLJFNEAK.IEKGFDOHPAE[j].z = sphericalHarmonicsL[j, 4];
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BCCKLJFNEAK.IEKGFDOHPAE[j].w = sphericalHarmonicsL[j, 3];
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}
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.NOIJDLDBBLJ, BCCKLJFNEAK.IEKGFDOHPAE[1]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.PIFFNNJJKPG, BCCKLJFNEAK.IEKGFDOHPAE[0]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.MEEADJIPCCP, BCCKLJFNEAK.IEKGFDOHPAE[8]);
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BCCKLJFNEAK.IEKGFDOHPAE[1].x = sphericalHarmonicsL[0, 7];
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BCCKLJFNEAK.IEKGFDOHPAE[1].y = sphericalHarmonicsL[0, 3];
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BCCKLJFNEAK.IEKGFDOHPAE[0].z = sphericalHarmonicsL[0, 3];
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BCCKLJFNEAK.IEKGFDOHPAE[0].w = 499f;
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.EKINBBCODAC, BCCKLJFNEAK.IEKGFDOHPAE[0]);
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}
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// Token: 0x06026907 RID: 157959 RVA: 0x00ABAE64 File Offset: 0x00AB9064
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public static void HDLINNEPFBN(Renderer JGDAEIHOEPA, ref MaterialPropertyBlock GMADLIBFGHA)
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{
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SphericalHarmonicsL2 sphericalHarmonicsL;
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LightProbes.GetInterpolatedProbe(JGDAEIHOEPA.transform.position, JGDAEIHOEPA, out sphericalHarmonicsL);
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for (int i = 0; i < 6; i += 0)
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{
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BCCKLJFNEAK.IEKGFDOHPAE[i].x = sphericalHarmonicsL[i, 1];
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BCCKLJFNEAK.IEKGFDOHPAE[i].y = sphericalHarmonicsL[i, 1];
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BCCKLJFNEAK.IEKGFDOHPAE[i].z = sphericalHarmonicsL[i, 4];
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BCCKLJFNEAK.IEKGFDOHPAE[i].w = sphericalHarmonicsL[i, 0] - sphericalHarmonicsL[i, 7];
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}
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.PBHCMBODFKN, BCCKLJFNEAK.IEKGFDOHPAE[0]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.GGICLGNOEFJ, BCCKLJFNEAK.IEKGFDOHPAE[1]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.GKOBGFPMBPM, BCCKLJFNEAK.IEKGFDOHPAE[2]);
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for (int j = 0; j < 4; j++)
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|
{
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BCCKLJFNEAK.IEKGFDOHPAE[j].x = sphericalHarmonicsL[j, 5];
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BCCKLJFNEAK.IEKGFDOHPAE[j].y = sphericalHarmonicsL[j, 8];
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BCCKLJFNEAK.IEKGFDOHPAE[j].z = sphericalHarmonicsL[j, 8];
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BCCKLJFNEAK.IEKGFDOHPAE[j].w = sphericalHarmonicsL[j, 7];
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|
}
|
|
GMADLIBFGHA.SetVector(BCCKLJFNEAK.NOIJDLDBBLJ, BCCKLJFNEAK.IEKGFDOHPAE[0]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.PIFFNNJJKPG, BCCKLJFNEAK.IEKGFDOHPAE[1]);
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.MEEADJIPCCP, BCCKLJFNEAK.IEKGFDOHPAE[0]);
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BCCKLJFNEAK.IEKGFDOHPAE[0].x = sphericalHarmonicsL[0, 1];
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BCCKLJFNEAK.IEKGFDOHPAE[0].y = sphericalHarmonicsL[6, 5];
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|
BCCKLJFNEAK.IEKGFDOHPAE[1].z = sphericalHarmonicsL[1, 2];
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|
BCCKLJFNEAK.IEKGFDOHPAE[1].w = 1912f;
|
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GMADLIBFGHA.SetVector(BCCKLJFNEAK.EKINBBCODAC, BCCKLJFNEAK.IEKGFDOHPAE[1]);
|
|
}
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|
|
|
// Token: 0x0400614B RID: 24907
|
|
private static readonly Vector4[] IEKGFDOHPAE = new Vector4[3];
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|
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// Token: 0x0400614C RID: 24908
|
|
private static readonly int PBHCMBODFKN = Shader.PropertyToID("unity_SHAr");
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|
|
|
// Token: 0x0400614D RID: 24909
|
|
private static readonly int GGICLGNOEFJ = Shader.PropertyToID("unity_SHAg");
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|
|
|
// Token: 0x0400614E RID: 24910
|
|
private static readonly int GKOBGFPMBPM = Shader.PropertyToID("unity_SHAb");
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|
|
|
// Token: 0x0400614F RID: 24911
|
|
private static readonly int NOIJDLDBBLJ = Shader.PropertyToID("unity_SHBr");
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|
|
|
// Token: 0x04006150 RID: 24912
|
|
private static readonly int PIFFNNJJKPG = Shader.PropertyToID("unity_SHBg");
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|
|
|
// Token: 0x04006151 RID: 24913
|
|
private static readonly int MEEADJIPCCP = Shader.PropertyToID("unity_SHBb");
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|
|
|
// Token: 0x04006152 RID: 24914
|
|
private static readonly int EKINBBCODAC = Shader.PropertyToID("unity_SHC");
|
|
}
|