terraria-cpp2il v1.4.4.9
Terraria mobile dump, with CallAnalysis (see source code). Dump with reconstucted method: https://infinitynichto.github.io/terraria-cpp2il-methodrecon
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LightmapperUtils.cs
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1using System;
2using Cpp2ILInjected;
3using Cpp2ILInjected.CallAnalysis;
4using Unity.Collections;
5
6namespace UnityEngine.Experimental.GlobalIllumination
7{
8 [global::Cpp2ILInjected.Token(Token = "0x2000136")]
9 public static class LightmapperUtils
10 {
11 [global::Cpp2ILInjected.Token(Token = "0x60005F5")]
12 [global::Cpp2ILInjected.Address(RVA = "0x1F8D9B8", Offset = "0x1F8D9B8", Length = "0x20")]
13 [global::Cpp2ILInjected.CallAnalysis.ContainsUnimplementedInstructions]
14 [global::Cpp2ILInjected.CallAnalysis.CallerCount(Count = 0)]
15 public static LightMode Extract(LightmapBakeType baketype)
16 {
17 throw null;
18 }
19
20 [global::Cpp2ILInjected.Token(Token = "0x60005F6")]
21 [global::Cpp2ILInjected.Address(RVA = "0x1F8D9D8", Offset = "0x1F8D9D8", Length = "0x70")]
22 [global::Cpp2ILInjected.CallAnalysis.CalledBy(Type = typeof(LightmapperUtils), Member = "Extract", MemberParameters = new object[]
23 {
24 typeof(Light),
25 typeof(ref DirectionalLight)
26 }, ReturnType = typeof(void))]
27 [global::Cpp2ILInjected.CallAnalysis.CalledBy(Type = typeof(LightmapperUtils), Member = "Extract", MemberParameters = new object[]
28 {
29 typeof(Light),
30 typeof(ref PointLight)
31 }, ReturnType = typeof(void))]
32 [global::Cpp2ILInjected.CallAnalysis.CalledBy(Type = typeof(LightmapperUtils), Member = "Extract", MemberParameters = new object[]
33 {
34 typeof(Light),
35 typeof(ref SpotLight)
36 }, ReturnType = typeof(void))]
37 [global::Cpp2ILInjected.CallAnalysis.CalledBy(Type = typeof(LightmapperUtils), Member = "Extract", MemberParameters = new object[]
38 {
39 typeof(Light),
40 typeof(ref RectangleLight)
41 }, ReturnType = typeof(void))]
42 [global::Cpp2ILInjected.CallAnalysis.CalledBy(Type = typeof(LightmapperUtils), Member = "Extract", MemberParameters = new object[]
43 {
44 typeof(Light),
45 typeof(ref DiscLight)
46 }, ReturnType = typeof(void))]
47 [global::Cpp2ILInjected.CallAnalysis.CallerCount(Count = 5)]
48 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Light), Member = "get_color", ReturnType = typeof(Color))]
49 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Light), Member = "get_intensity", ReturnType = typeof(float))]
50 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Light), Member = "get_bounceIntensity", ReturnType = typeof(float))]
51 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(LinearColor), Member = "Convert", MemberParameters = new object[]
52 {
53 typeof(Color),
54 typeof(float)
55 }, ReturnType = typeof(LinearColor))]
56 public static LinearColor ExtractIndirect(Light l)
57 {
58 throw null;
59 }
60
61 [global::Cpp2ILInjected.Token(Token = "0x60005F7")]
62 [global::Cpp2ILInjected.Address(RVA = "0x1F8DA48", Offset = "0x1F8DA48", Length = "0x4C")]
63 [global::Cpp2ILInjected.CallAnalysis.CalledBy(Type = typeof(LightmapperUtils), Member = "Extract", MemberParameters = new object[]
64 {
65 typeof(Light),
66 typeof(ref SpotLight)
67 }, ReturnType = typeof(void))]
68 [global::Cpp2ILInjected.CallAnalysis.CallerCount(Count = 1)]
69 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Light), Member = "get_spotAngle", ReturnType = typeof(float))]
70 [global::Cpp2ILInjected.CallAnalysis.CallsUnknownMethods(Count = 2)]
71 public static float ExtractInnerCone(Light l)
72 {
73 throw null;
74 }
75
76 [global::Cpp2ILInjected.Token(Token = "0x60005F8")]
77 [global::Cpp2ILInjected.Address(RVA = "0x1F8DA94", Offset = "0x1F8DA94", Length = "0x8C")]
78 [global::Cpp2ILInjected.CallAnalysis.ContainsUnimplementedInstructions]
79 [global::Cpp2ILInjected.CallAnalysis.CalledBy(Type = typeof(LightmapperUtils), Member = "Extract", MemberParameters = new object[]
80 {
81 typeof(Light),
82 typeof(ref DirectionalLight)
83 }, ReturnType = typeof(void))]
84 [global::Cpp2ILInjected.CallAnalysis.CalledBy(Type = typeof(LightmapperUtils), Member = "Extract", MemberParameters = new object[]
85 {
86 typeof(Light),
87 typeof(ref PointLight)
88 }, ReturnType = typeof(void))]
89 [global::Cpp2ILInjected.CallAnalysis.CalledBy(Type = typeof(LightmapperUtils), Member = "Extract", MemberParameters = new object[]
90 {
91 typeof(Light),
92 typeof(ref SpotLight)
93 }, ReturnType = typeof(void))]
94 [global::Cpp2ILInjected.CallAnalysis.CalledBy(Type = typeof(LightmapperUtils), Member = "Extract", MemberParameters = new object[]
95 {
96 typeof(Light),
97 typeof(ref RectangleLight)
98 }, ReturnType = typeof(void))]
99 [global::Cpp2ILInjected.CallAnalysis.CalledBy(Type = typeof(LightmapperUtils), Member = "Extract", MemberParameters = new object[]
100 {
101 typeof(Light),
102 typeof(ref DiscLight)
103 }, ReturnType = typeof(void))]
104 [global::Cpp2ILInjected.CallAnalysis.CallerCount(Count = 5)]
105 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Light), Member = "get_useColorTemperature", ReturnType = typeof(bool))]
106 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Light), Member = "get_colorTemperature", ReturnType = typeof(float))]
107 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Mathf), Member = "CorrelatedColorTemperatureToRGB", MemberParameters = new object[] { typeof(float) }, ReturnType = typeof(Color))]
108 [global::Cpp2ILInjected.CallAnalysis.CallsUnknownMethods(Count = 1)]
109 private static Color ExtractColorTemperature(Light l)
110 {
111 throw null;
112 }
113
114 [global::Cpp2ILInjected.Token(Token = "0x60005F9")]
115 [global::Cpp2ILInjected.Address(RVA = "0x1F8DB20", Offset = "0x1F8DB20", Length = "0x48")]
116 [global::Cpp2ILInjected.CallAnalysis.CalledBy(Type = typeof(LightmapperUtils), Member = "Extract", MemberParameters = new object[]
117 {
118 typeof(Light),
119 typeof(ref DirectionalLight)
120 }, ReturnType = typeof(void))]
121 [global::Cpp2ILInjected.CallAnalysis.CalledBy(Type = typeof(LightmapperUtils), Member = "Extract", MemberParameters = new object[]
122 {
123 typeof(Light),
124 typeof(ref PointLight)
125 }, ReturnType = typeof(void))]
126 [global::Cpp2ILInjected.CallAnalysis.CalledBy(Type = typeof(LightmapperUtils), Member = "Extract", MemberParameters = new object[]
127 {
128 typeof(Light),
129 typeof(ref SpotLight)
130 }, ReturnType = typeof(void))]
131 [global::Cpp2ILInjected.CallAnalysis.CalledBy(Type = typeof(LightmapperUtils), Member = "Extract", MemberParameters = new object[]
132 {
133 typeof(Light),
134 typeof(ref RectangleLight)
135 }, ReturnType = typeof(void))]
136 [global::Cpp2ILInjected.CallAnalysis.CalledBy(Type = typeof(LightmapperUtils), Member = "Extract", MemberParameters = new object[]
137 {
138 typeof(Light),
139 typeof(ref DiscLight)
140 }, ReturnType = typeof(void))]
141 [global::Cpp2ILInjected.CallAnalysis.CallerCount(Count = 10)]
142 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(LinearColor), Member = "set_red", MemberParameters = new object[] { typeof(float) }, ReturnType = typeof(void))]
143 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(LinearColor), Member = "set_green", MemberParameters = new object[] { typeof(float) }, ReturnType = typeof(void))]
144 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(LinearColor), Member = "set_blue", MemberParameters = new object[] { typeof(float) }, ReturnType = typeof(void))]
145 private static void ApplyColorTemperature(Color cct, ref LinearColor lightColor)
146 {
147 throw null;
148 }
149
150 [global::Cpp2ILInjected.Token(Token = "0x60005FA")]
151 [global::Cpp2ILInjected.Address(RVA = "0x1F8DB68", Offset = "0x1F8DB68", Length = "0x178")]
152 [global::Cpp2ILInjected.CallAnalysis.ContainsUnimplementedInstructions]
153 [global::Cpp2ILInjected.CallAnalysis.CalledBy(Type = "UnityEngine.Experimental.GlobalIllumination.Lightmapping.<>c", Member = "<.cctor>b__7_0", MemberParameters = new object[]
154 {
155 typeof(Light[]),
156 typeof(NativeArray<LightDataGI>)
157 }, ReturnType = typeof(void))]
158 [global::Cpp2ILInjected.CallAnalysis.CallerCount(Count = 1)]
159 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Object), Member = "GetInstanceID", ReturnType = typeof(int))]
160 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Light), Member = "get_bakingOutput", ReturnType = typeof(LightBakingOutput))]
161 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Light), Member = "get_shadows", ReturnType = typeof(LightShadows))]
162 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Component), Member = "get_transform", ReturnType = typeof(Transform))]
163 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Transform), Member = "get_position", ReturnType = typeof(Vector3))]
164 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Transform), Member = "get_rotation", ReturnType = typeof(Quaternion))]
165 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(LightmapperUtils), Member = "ExtractColorTemperature", MemberParameters = new object[] { typeof(Light) }, ReturnType = typeof(Color))]
166 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Light), Member = "get_color", ReturnType = typeof(Color))]
167 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Light), Member = "get_intensity", ReturnType = typeof(float))]
168 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(LinearColor), Member = "Convert", MemberParameters = new object[]
169 {
170 typeof(Color),
171 typeof(float)
172 }, ReturnType = typeof(LinearColor))]
173 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(LightmapperUtils), Member = "ExtractIndirect", MemberParameters = new object[] { typeof(Light) }, ReturnType = typeof(LinearColor))]
174 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(LightmapperUtils), Member = "ApplyColorTemperature", MemberParameters = new object[]
175 {
176 typeof(Color),
177 typeof(ref LinearColor)
178 }, ReturnType = typeof(void))]
179 public static void Extract(Light l, ref DirectionalLight dir)
180 {
181 throw null;
182 }
183
184 [global::Cpp2ILInjected.Token(Token = "0x60005FB")]
185 [global::Cpp2ILInjected.Address(RVA = "0x1F8DCE0", Offset = "0x1F8DCE0", Length = "0x190")]
186 [global::Cpp2ILInjected.CallAnalysis.ContainsUnimplementedInstructions]
187 [global::Cpp2ILInjected.CallAnalysis.CalledBy(Type = "UnityEngine.Experimental.GlobalIllumination.Lightmapping.<>c", Member = "<.cctor>b__7_0", MemberParameters = new object[]
188 {
189 typeof(Light[]),
190 typeof(NativeArray<LightDataGI>)
191 }, ReturnType = typeof(void))]
192 [global::Cpp2ILInjected.CallAnalysis.CallerCount(Count = 1)]
193 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Object), Member = "GetInstanceID", ReturnType = typeof(int))]
194 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Light), Member = "get_bakingOutput", ReturnType = typeof(LightBakingOutput))]
195 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Light), Member = "get_shadows", ReturnType = typeof(LightShadows))]
196 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Component), Member = "get_transform", ReturnType = typeof(Transform))]
197 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Transform), Member = "get_position", ReturnType = typeof(Vector3))]
198 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Transform), Member = "get_rotation", ReturnType = typeof(Quaternion))]
199 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(LightmapperUtils), Member = "ExtractColorTemperature", MemberParameters = new object[] { typeof(Light) }, ReturnType = typeof(Color))]
200 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Light), Member = "get_color", ReturnType = typeof(Color))]
201 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Light), Member = "get_intensity", ReturnType = typeof(float))]
202 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(LinearColor), Member = "Convert", MemberParameters = new object[]
203 {
204 typeof(Color),
205 typeof(float)
206 }, ReturnType = typeof(LinearColor))]
207 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(LightmapperUtils), Member = "ExtractIndirect", MemberParameters = new object[] { typeof(Light) }, ReturnType = typeof(LinearColor))]
208 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(LightmapperUtils), Member = "ApplyColorTemperature", MemberParameters = new object[]
209 {
210 typeof(Color),
211 typeof(ref LinearColor)
212 }, ReturnType = typeof(void))]
213 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Light), Member = "get_range", ReturnType = typeof(float))]
214 public static void Extract(Light l, ref PointLight point)
215 {
216 throw null;
217 }
218
219 [global::Cpp2ILInjected.Token(Token = "0x60005FC")]
220 [global::Cpp2ILInjected.Address(RVA = "0x1F8DE70", Offset = "0x1F8DE70", Length = "0x1B8")]
221 [global::Cpp2ILInjected.CallAnalysis.ContainsUnimplementedInstructions]
222 [global::Cpp2ILInjected.CallAnalysis.CalledBy(Type = "UnityEngine.Experimental.GlobalIllumination.Lightmapping.<>c", Member = "<.cctor>b__7_0", MemberParameters = new object[]
223 {
224 typeof(Light[]),
225 typeof(NativeArray<LightDataGI>)
226 }, ReturnType = typeof(void))]
227 [global::Cpp2ILInjected.CallAnalysis.CallerCount(Count = 1)]
228 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Object), Member = "GetInstanceID", ReturnType = typeof(int))]
229 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Light), Member = "get_bakingOutput", ReturnType = typeof(LightBakingOutput))]
230 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Light), Member = "get_shadows", ReturnType = typeof(LightShadows))]
231 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Component), Member = "get_transform", ReturnType = typeof(Transform))]
232 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Transform), Member = "get_position", ReturnType = typeof(Vector3))]
233 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Transform), Member = "get_rotation", ReturnType = typeof(Quaternion))]
234 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(LightmapperUtils), Member = "ExtractColorTemperature", MemberParameters = new object[] { typeof(Light) }, ReturnType = typeof(Color))]
235 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Light), Member = "get_color", ReturnType = typeof(Color))]
236 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Light), Member = "get_intensity", ReturnType = typeof(float))]
237 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(LinearColor), Member = "Convert", MemberParameters = new object[]
238 {
239 typeof(Color),
240 typeof(float)
241 }, ReturnType = typeof(LinearColor))]
242 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(LightmapperUtils), Member = "ExtractIndirect", MemberParameters = new object[] { typeof(Light) }, ReturnType = typeof(LinearColor))]
243 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(LightmapperUtils), Member = "ApplyColorTemperature", MemberParameters = new object[]
244 {
245 typeof(Color),
246 typeof(ref LinearColor)
247 }, ReturnType = typeof(void))]
248 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Light), Member = "get_range", ReturnType = typeof(float))]
249 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Light), Member = "get_spotAngle", ReturnType = typeof(float))]
250 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(LightmapperUtils), Member = "ExtractInnerCone", MemberParameters = new object[] { typeof(Light) }, ReturnType = typeof(float))]
251 public static void Extract(Light l, ref SpotLight spot)
252 {
253 throw null;
254 }
255
256 [global::Cpp2ILInjected.Token(Token = "0x60005FD")]
257 [global::Cpp2ILInjected.Address(RVA = "0x1F8E028", Offset = "0x1F8E028", Length = "0x190")]
258 [global::Cpp2ILInjected.CallAnalysis.ContainsUnimplementedInstructions]
259 [global::Cpp2ILInjected.CallAnalysis.CalledBy(Type = "UnityEngine.Experimental.GlobalIllumination.Lightmapping.<>c", Member = "<.cctor>b__7_0", MemberParameters = new object[]
260 {
261 typeof(Light[]),
262 typeof(NativeArray<LightDataGI>)
263 }, ReturnType = typeof(void))]
264 [global::Cpp2ILInjected.CallAnalysis.CallerCount(Count = 1)]
265 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Object), Member = "GetInstanceID", ReturnType = typeof(int))]
266 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Light), Member = "get_bakingOutput", ReturnType = typeof(LightBakingOutput))]
267 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Light), Member = "get_shadows", ReturnType = typeof(LightShadows))]
268 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Component), Member = "get_transform", ReturnType = typeof(Transform))]
269 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Transform), Member = "get_position", ReturnType = typeof(Vector3))]
270 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Transform), Member = "get_rotation", ReturnType = typeof(Quaternion))]
271 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(LightmapperUtils), Member = "ExtractColorTemperature", MemberParameters = new object[] { typeof(Light) }, ReturnType = typeof(Color))]
272 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Light), Member = "get_color", ReturnType = typeof(Color))]
273 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Light), Member = "get_intensity", ReturnType = typeof(float))]
274 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(LinearColor), Member = "Convert", MemberParameters = new object[]
275 {
276 typeof(Color),
277 typeof(float)
278 }, ReturnType = typeof(LinearColor))]
279 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(LightmapperUtils), Member = "ExtractIndirect", MemberParameters = new object[] { typeof(Light) }, ReturnType = typeof(LinearColor))]
280 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(LightmapperUtils), Member = "ApplyColorTemperature", MemberParameters = new object[]
281 {
282 typeof(Color),
283 typeof(ref LinearColor)
284 }, ReturnType = typeof(void))]
285 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Light), Member = "get_range", ReturnType = typeof(float))]
286 public static void Extract(Light l, ref RectangleLight rect)
287 {
288 throw null;
289 }
290
291 [global::Cpp2ILInjected.Token(Token = "0x60005FE")]
292 [global::Cpp2ILInjected.Address(RVA = "0x1F8E1B8", Offset = "0x1F8E1B8", Length = "0x190")]
293 [global::Cpp2ILInjected.CallAnalysis.ContainsUnimplementedInstructions]
294 [global::Cpp2ILInjected.CallAnalysis.CalledBy(Type = "UnityEngine.Experimental.GlobalIllumination.Lightmapping.<>c", Member = "<.cctor>b__7_0", MemberParameters = new object[]
295 {
296 typeof(Light[]),
297 typeof(NativeArray<LightDataGI>)
298 }, ReturnType = typeof(void))]
299 [global::Cpp2ILInjected.CallAnalysis.CallerCount(Count = 1)]
300 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Object), Member = "GetInstanceID", ReturnType = typeof(int))]
301 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Light), Member = "get_bakingOutput", ReturnType = typeof(LightBakingOutput))]
302 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Light), Member = "get_shadows", ReturnType = typeof(LightShadows))]
303 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Component), Member = "get_transform", ReturnType = typeof(Transform))]
304 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Transform), Member = "get_position", ReturnType = typeof(Vector3))]
305 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Transform), Member = "get_rotation", ReturnType = typeof(Quaternion))]
306 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(LightmapperUtils), Member = "ExtractColorTemperature", MemberParameters = new object[] { typeof(Light) }, ReturnType = typeof(Color))]
307 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Light), Member = "get_color", ReturnType = typeof(Color))]
308 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Light), Member = "get_intensity", ReturnType = typeof(float))]
309 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(LinearColor), Member = "Convert", MemberParameters = new object[]
310 {
311 typeof(Color),
312 typeof(float)
313 }, ReturnType = typeof(LinearColor))]
314 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(LightmapperUtils), Member = "ExtractIndirect", MemberParameters = new object[] { typeof(Light) }, ReturnType = typeof(LinearColor))]
315 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(LightmapperUtils), Member = "ApplyColorTemperature", MemberParameters = new object[]
316 {
317 typeof(Color),
318 typeof(ref LinearColor)
319 }, ReturnType = typeof(void))]
320 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Light), Member = "get_range", ReturnType = typeof(float))]
321 public static void Extract(Light l, ref DiscLight disc)
322 {
323 throw null;
324 }
325
326 [global::Cpp2ILInjected.Token(Token = "0x60005FF")]
327 [global::Cpp2ILInjected.Address(RVA = "0x1F8E348", Offset = "0x1F8E348", Length = "0x138")]
328 [global::Cpp2ILInjected.CallAnalysis.ContainsUnimplementedInstructions]
329 [global::Cpp2ILInjected.CallAnalysis.CalledBy(Type = "UnityEngine.Experimental.GlobalIllumination.Lightmapping.<>c", Member = "<.cctor>b__7_0", MemberParameters = new object[]
330 {
331 typeof(Light[]),
332 typeof(NativeArray<LightDataGI>)
333 }, ReturnType = typeof(void))]
334 [global::Cpp2ILInjected.CallAnalysis.CallerCount(Count = 5)]
335 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Light), Member = "get_cookie", ReturnType = typeof(Texture))]
336 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Object), Member = "op_Implicit", MemberParameters = new object[] { typeof(Object) }, ReturnType = typeof(bool))]
337 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Object), Member = "GetInstanceID", ReturnType = typeof(int))]
338 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Light), Member = "get_type", ReturnType = typeof(LightType))]
339 [global::Cpp2ILInjected.CallAnalysis.Calls(Type = typeof(Light), Member = "get_cookieSize", ReturnType = typeof(float))]
340 [global::Cpp2ILInjected.CallAnalysis.CallsUnknownMethods(Count = 3)]
341 public static void Extract(Light l, out Cookie cookie)
342 {
343 throw null;
344 }
345 }
346}
j__TPar
class f__AnonymousType0<< Count > j__TPar
Definition --f__AnonymousType0.cs:11
UnityEngine.Experimental.GlobalIllumination.LightmapperUtils.ApplyColorTemperature
static void ApplyColorTemperature(Color cct, ref LinearColor lightColor)
Definition LightmapperUtils.cs:145
UnityEngine.Experimental.GlobalIllumination.LightmapperUtils.Extract
static LightMode Extract(LightmapBakeType baketype)
Definition LightmapperUtils.cs:15
UnityEngine.Experimental.GlobalIllumination.LightmapperUtils.Extract
static void Extract(Light l, ref DirectionalLight dir)
Definition LightmapperUtils.cs:179
UnityEngine.Experimental.GlobalIllumination.LightmapperUtils.Extract
static void Extract(Light l, ref RectangleLight rect)
Definition LightmapperUtils.cs:286
UnityEngine.Experimental.GlobalIllumination.LightmapperUtils.Extract
static void Extract(Light l, ref PointLight point)
Definition LightmapperUtils.cs:214