Umbrella MCP Server

���7��?}����L�G���0�'W����q[H #ifdef __clang__ #pragma clang diagnostic ignored "-Wall" #endif #include <metal_stdlib> using namespace metal; struct tint_struct { uint tint_member; float4 tint_member_1; float4 tint_member_2; float2 tint_member_3; float2 tint_member_4; float tint_member_5; float tint_member_6; uint2 tint_member_7; }; struct tint_struct_1 { float4 tint_member_8; float4 tint_member_9; }; template<typename T, size_t N> struct tint_array { const constant T& operator[](size_t i) const constant { return elements[i]; } device T& operator[](size_t i) device { return elements[i]; } const device T& operator[](size_t i) const device { return elements[i]; } thread T& operator[](size_t i) thread { return elements[i]; } const thread T& operator[](size_t i) const thread { return elements[i]; } threadgroup T& operator[](size_t i) threadgroup { return elements[i]; } const threadgroup T& operator[](size_t i) const threadgroup { return elements[i]; } T elements[N]; }; struct tint_struct_4 { /* 0x0000 */ float4 tint_member_12; /* 0x0010 */ float2 tint_member_13; /* 0x0018 */ float tint_member_14; /* 0x001c */ tint_array<int8_t, 4> tint_pad; }; struct tint_struct_3 { /* 0x0000 */ tint_array<tint_struct_4, 1> tint_member_11; }; struct tint_struct_6 { /* 0x0000 */ float4 tint_member_17; }; struct tint_struct_5 { /* 0x0000 */ tint_array<tint_struct_6, 1> tint_member_16; }; struct tint_struct_8 { /* 0x0000 */ float4 tint_member_20; /* 0x0010 */ float4 tint_member_21; }; struct tint_struct_7 { /* 0x0000 */ tint_struct_8 tint_member_19; /* 0x0020 */ tint_array<uint4, 1> tint_member_22; }; struct tint_struct_2 { const device tint_struct_3* tint_member_10; const device tint_struct_5* tint_member_15; const constant tint_struct_7* tint_member_18; }; struct tint_struct_9 { float4 tint_member_23 [[position]]; float4 tint_member_24 [[user(locn0)]] [[center_no_perspective]]; }; struct tint_struct_10 { float4 tint_member_25 [[attribute(0)]]; float4 tint_member_26 [[attribute(1)]]; float2 tint_member_27 [[attribute(2)]]; float2 tint_member_28 [[attribute(3)]]; float tint_member_29 [[attribute(4)]]; float tint_member_30 [[attribute(5)]]; uint2 tint_member_31 [[attribute(6)]]; }; float2x2 v(float2x2 v_1) { float2 const v_2 = float2(v_1[1].y, -(v_1[0].y)); return (float2x2(v_2, float2(-(v_1[1].x), v_1[0].x)) * (1.0f / determinant(v_1))); } float v_3(float2 v_4, float2 v_5, float2 v_6, float2 v_7, float2x2 v_8) { float2 const v_9 = fma(float2(-2.0f), v_5, v_6); float2 const v_10 = (v_8 * (v_9 + v_4)); float2 const v_11 = fma(float2(-2.0f), v_6, v_7); float2 const v_12 = (v_8 * (v_11 + v_5)); float const v_13 = dot(v_10, v_10); float const v_14 = dot(v_12, v_12); float const v_15 = max(v_13, v_14); return v_15; } float v_16(float2 v_17, float2 v_18, float2 v_19, float v_20) { float2 v_21 = v_17; float2 v_22 = v_18; float2 v_23 = v_19; float2 const v_24 = min(v_21, v_22); float2 const v_25 = min(v_24, v_23); float2 const v_26 = max(v_21, v_22); float2 const v_27 = max(v_26, v_23); float2 const v_28 = ((v_25 + v_27) * 0.5f); v_21 = (v_21 - v_28); v_22 = (v_22 - v_28); v_23 = (v_23 - v_28); float const v_29 = dot(v_21, v_21); float const v_30 = dot(v_22, v_22); float const v_31 = max(v_29, v_30); float const v_32 = dot(v_23, v_23); float const v_33 = max(v_31, v_32); float const v_34 = sqrt(v_33); float const v_35 = v_34; float2 const v_36 = float2((-2.0f * v_20)); float2 const v_37 = fma(v_36, v_22, v_21); float2 const v_38 = (v_37 + v_23); float const v_39 = fma(-2.0f, v_20, 2.0f); float const v_40 = abs(v_39); float const v_41 = v_40; float const v_42 = fma(v_35, 4.0f, -1.0f); float const v_43 = max(0.0f, v_42); float const v_44 = v_43; float const v_45 = length(v_38); float const v_46 = ((v_45 * 4.0f) + (v_44 * v_41)); float const v_47 = min(v_20, 1.0f); float const v_48 = (4.0f * v_47); return (v_46 / v_48); } float2 v_49(float2 v_50, float2 v_51) { float2 const v_52 = (v_50 - v_51); if (all((v_52 == float2(0.0f)))) { return float2(0.0f); } else { float const v_53 = abs(v_52.x); float const v_54 = abs(v_52.y); float const v_55 = max(v_53, v_54); float const v_56 = (1.0f / v_55); float2 const v_57 = normalize((v_56 * v_52)); return v_57; } /* unreachable */ return 0.0f; } float2 v_58(float2 v_59, float2 v_60, float v_61) { float2 const v_62 = fma((v_60 - v_59), float2(v_61), v_59); return v_62; } void v_63(tint_struct v_64, thread tint_struct_1* const v_65, tint_struct_2 v_66) { uint const v_67 = v_64.tint_member_7.x; float4 const v_68 = (*v_66.tint_member_10).tint_member_11[v_67].tint_member_12; float2 const v_69 = (*v_66.tint_member_10).tint_member_11[v_67].tint_member_13; float const v_70 = (*v_66.tint_member_10).tint_member_11[v_67].tint_member_14; float v_71 = float((int(v_64.tint_member) >> (1u & 31u))); if (((int(v_64.tint_member) & 1) != 0)) { v_71 = -(v_71); } float2 const v_72 = v_68.xy; float2 const v_73 = v_68.zw; float2 const v_74 = float2(v_72.x, v_72.y); float2x2 const v_75 = float2x2(v_74, float2(v_73.x, v_73.y)); float4 v_76 = 0.0f; float2 v_77 = v_64.tint_member_3; float2 v_78 = v_64.tint_member_1.xy; float2 v_79 = v_64.tint_member_1.zw; float2 v_80 = v_64.tint_member_2.xy; float2 v_81 = v_64.tint_member_2.zw; float v_82 = -1.0f; if ((v_64.tint_member_6 != 0.0f)) { v_82 = v_81.x; v_81 = v_80; } float v_83 = 0.0f; if ((v_82 < 0.0f)) { bool v_84 = false; if (all((v_78 == v_79))) { v_84 = all((v_80 == v_81)); } else { v_84 = false; } if (v_84) { v_83 = 1.0f; } else { float const v_85 = v_3(v_78, v_79, v_80, v_81, v_75); float const v_86 = v_85; float const v_87 = sqrt(v_86); float const v_88 = sqrt((3.0f * v_87)); float const v_89 = ceil(v_88); float const v_90 = max(v_89, 1.0f); v_83 = v_90; } } else { bool v_91 = false; if (all((v_78 == v_79))) { v_91 = true; } else { v_91 = all((v_79 == v_80)); } if (v_91) { v_83 = 1.0f; } else { float const v_92 = v_16((v_75 * v_78), (v_75 * v_79), (v_75 * v_80), v_82); float const v_93 = v_92; float const v_94 = sqrt(v_93); float const v_95 = ceil(v_94); float const v_96 = max(v_95, 1.0f); v_83 = v_96; } } float v_97 = v_64.tint_member_4.x; float v_98 = v_64.tint_member_4.y; bool const v_99 = (v_64.tint_member_4.x == 0.0f); float v_100 = 0.0f; if (v_99) { v_100 = 0.47746482491493225098f; v_97 = 0.5f; } else { float const v_101 = max((1.0f - (0.25f / (v_70 * v_64.tint_member_4.x))), -1.0f); float const v_102 = acos(v_101); v_100 = (0.5f / v_102); } if (v_99) { v_78 = (v_75 * v_78); v_79 = (v_75 * v_79); v_80 = (v_75 * v_80); v_81 = (v_75 * v_81); v_77 = (v_75 * v_77); } float2 v_103 = 0.0f; if (all((v_78 == v_79))) { float2 const v_104 = v_80; float2 const v_105 = v_81; v_103 = select(v_104, v_105, bool2(all((v_79 == v_80)))); } else { v_103 = v_79; } float2 const v_106 = v_49(v_103, v_78); float2 v_107 = v_106; float2 v_108 = 0.0f; if (all((v_81 == v_80))) { float2 const v_109 = v_79; float2 const v_110 = v_78; v_108 = select(v_109, v_110, bool2(all((v_80 == v_79)))); } else { v_108 = v_80; } float2 const v_111 = v_49(v_81, v_108); float2 v_112 = v_111; float2 const v_113 = v_49(v_78, v_77); float2 v_114 = v_113; if (all((v_107 == float2(0.0f)))) { v_98 = 0.0f; if ((v_82 < 0.0f)) { v_107 = float2(1.0f, 0.0f); v_112 = float2(-1.0f, 0.0f); } else { v_82 = -1.0f; v_107 = v_114; v_112 = v_114; if (all((v_114 == float2(0.0f)))) { v_81 = (v_78 + (v_97 * float2(1.0f, 0.0f))); v_80 = v_81; v_79 = (v_78 - (v_97 * float2(1.0f, 0.0f))); v_78 = v_79; v_112 = float2(1.0f, 0.0f); v_107 = v_112; v_114 = v_107; } else { v_81 = (v_78 + (v_97 * v_114)); v_80 = v_81; } } } float v_115 = 0.0f; if ((v_98 >= 0.0f)) { float const v_116 = sign(v_98); v_115 = (v_116 + 3.0f); } else { float const v_117 = dot(v_114, v_107); float const v_118 = clamp(v_117, -1.0f, 1.0f); float const v_119 = acos(v_118); float const v_120 = v_119; float const v_121 = ceil((v_120 * v_100)); float const v_122 = max(v_121, 1.0f); float const v_123 = v_122; v_115 = (v_123 + 2.0f); float const v_124 = min(v_115, 16381.0f); v_115 = v_124; } float2 const v_125 = (v_80 - v_78); float2 const v_126 = (v_81 - v_79); float2 const v_127 = float2(v_125.x, v_125.y); float const v_128 = determinant(float2x2(v_127, float2(v_126.x, v_126.y))); float v_129 = v_128; float const v_130 = abs(v_71); float v_131 = (v_130 - v_115); if ((v_131 < 0.0f)) { v_112 = v_107; if (any((v_77 != v_78))) { v_107 = v_114; } float const v_132 = v_112.x; float const v_133 = v_112.y; float2 const v_134 = float2(v_107.x, v_107.y); float const v_135 = determinant(float2x2(v_134, float2(v_132, v_133))); v_129 = v_135; } float const v_136 = dot(v_107, v_112); float const v_137 = clamp(v_136, -1.0f, 1.0f); float const v_138 = v_137; float const v_139 = acos(v_138); float v_140 = v_139; if ((v_129 < 0.0f)) { v_140 = -(v_140); } float v_141 = 0.0f; float const v_142 = sign(v_71); float v_143 = v_142; if ((v_131 < 0.0f)) { v_141 = (v_115 - 2.0f); v_83 = 1.0f; v_79 = v_78; v_80 = v_79; v_81 = v_80; v_131 = (v_131 + (v_141 + 1.0f)); if ((v_131 < 0.0f)) { v_131 = 0.0f; } else { float const v_144 = abs(v_129); float const v_145 = dot(v_107, v_107); float const v_146 = dot(v_112, v_112); float const v_147 = rsqrt((v_145 * v_146)); bool const v_148 = ((v_144 * v_147) < 0.00999999977648258209f); float const v_149 = dot(v_107, v_112); bool v_150 = false; if (!(v_148)) { v_150 = true; } else { v_150 = (v_149 < 0.0f); } if (v_150) { float v_151 = 0.0f; if ((v_129 < 0.0f)) { float const v_152 = min(v_143, 0.0f); v_151 = v_152; } else { float const v_153 = max(v_143, 0.0f); v_151 = v_153; } v_143 = v_151; } } } else { float const v_154 = ((16383.0f - v_115) - 1.0f); float const v_155 = abs(v_140); float const v_156 = ceil((v_155 * v_100)); float const v_157 = max(v_156, 1.0f); v_141 = v_157; float const v_158 = min(v_141, v_154); v_141 = v_158; float const v_159 = min(v_83, ((v_154 - v_141) + 1.0f)); v_83 = v_159; } float const v_160 = (v_140 / v_141); float const v_161 = ((v_83 + v_141) - 1.0f); bool const v_162 = (v_131 >= v_161); if ((v_131 > v_161)) { v_143 = 0.0f; } float const v_163 = abs(v_71); bool v_164 = false; if ((v_163 == 2.0f)) { v_164 = (v_98 > 0.0f); } else { v_164 = false; } if (v_164) { float const v_165 = fma(v_138, 0.5f, 0.5f); float const v_166 = v_165; float v_167 = 0.0f; if ((((v_166 * v_98) * v_98) >= 1.0f)) { float const v_168 = rsqrt(v_166); v_167 = v_168; } else { float const v_169 = sqrt(v_166); v_167 = v_169; } v_143 = (v_143 * v_167); } float2 v_170 = 0.0f; float2 v_171 = 0.0f; bool v_172 = false; if ((v_131 != 0.0f)) { v_172 = !(v_162); } else { v_172 = false; } if (v_172) { float2 v_173 = 0.0f; float2 v_174 = 0.0f; float2 v_175 = (v_79 - v_78); float2 const v_176 = (v_81 - v_78); if ((v_82 >= 0.0f)) { v_175 = (v_175 * v_82); v_174 = ((0.5f * v_176) - v_175); v_173 = ((v_82 - 1.0f) * v_176); v_79 = (v_79 * v_82); } else { float2 const v_177 = (v_80 - v_79); v_174 = (v_177 - v_175); float2 const v_178 = fma(float2(-3.0f), v_177, v_176); v_173 = v_178; } float2 const v_179 = (v_174 * (v_83 * 2.0f)); float2 const v_180 = (v_175 * (v_83 * v_83)); float v_181 = 0.0f; float const v_182 = min((v_83 - 1.0f), v_131); float const v_183 = v_182; float const v_184 = abs(v_160); float const v_185 = -(v_184); float const v_186 = abs(v_160); float const v_187 = ((1.0f + v_131) * v_186); float v_188 = 32.0f; { while(true) { if ((v_188 >= 1.0f)) { float const v_189 = (v_181 + v_188); if ((v_189 <= v_183)) { float2 const v_190 = float2(v_189); float2 const v_191 = fma(v_190, v_173, v_179); float2 v_192 = v_191; float2 const v_193 = float2(v_189); float2 const v_194 = fma(v_193, v_192, v_180); v_192 = v_194; float2 const v_195 = normalize(v_192); float const v_196 = dot(v_195, v_107); float const v_197 = v_196; float const v_198 = fma(v_189, v_185, v_187); float v_199 = v_198; float const v_200 = min(v_199, 3.14159274101257324219f); v_199 = v_200; float const v_201 = cos(v_199); if ((v_197 >= v_201)) { v_181 = v_189; } } } else { break; } { v_188 = (v_188 * 0.5f); } continue; } } float const v_202 = (v_181 / v_83); float const v_203 = (v_131 - v_181); float const v_204 = clamp(v_107.x, -1.0f, 1.0f); float const v_205 = acos(v_204); float v_206 = v_205; v_206 = select(-(v_206), v_206, (v_107.y >= 0.0f)); float const v_207 = fma(v_203, v_160, v_206); float const v_208 = v_207; float const v_209 = cos(v_208); float const v_210 = sin(v_208); v_170 = float2(v_209, v_210); float2 const v_211 = float2(-(v_170.y), v_170.x); float const v_212 = dot(v_211, v_173); float const v_213 = v_212; float const v_214 = dot(v_211, v_174); float const v_215 = v_214; float const v_216 = dot(v_211, v_175); float const v_217 = v_216; float const v_218 = max(((v_215 * v_215) - (v_213 * v_217)), 0.0f); float const v_219 = v_218; float const v_220 = sqrt(v_219); float v_221 = v_220; if ((v_215 > 0.0f)) { v_221 = -(v_221); } v_221 = (v_221 - v_215); float const v_222 = ((-0.5f * v_221) * v_213); float2 v_223 = 0.0f; float const v_224 = fma(v_221, v_221, v_222); float const v_225 = abs(v_224); float const v_226 = fma(v_213, v_217, v_222); float const v_227 = abs(v_226); if ((v_225 < v_227)) { v_223 = float2(v_221, v_213); } else { v_223 = float2(v_217, v_221); } float2 const v_228 = v_223; float v_229 = 0.0f; bool v_230 = false; if ((v_203 != 0.0f)) { v_230 = (v_228.y != 0.0f); } else { v_230 = false; } if (v_230) { float const v_231 = saturate((v_228.x / v_228.y)); v_229 = v_231; } else { v_229 = 0.0f; } float const v_232 = v_229; float const v_233 = max(v_202, v_232); float const v_234 = v_233; float2 const v_235 = v_58(v_78, v_79, v_234); float2 const v_236 = v_235; float2 const v_237 = v_58(v_79, v_80, v_234); float2 const v_238 = v_237; float2 const v_239 = v_58(v_80, v_81, v_234); float2 const v_240 = v_239; float2 const v_241 = v_58(v_236, v_238, v_234); float2 const v_242 = v_241; float2 const v_243 = v_58(v_238, v_240, v_234); float2 const v_244 = v_243; float2 const v_245 = v_58(v_242, v_244, v_234); float2 const v_246 = v_245; float const v_247 = fma((v_82 - 1.0f), v_234, 1.0f); float const v_248 = v_247; float const v_249 = ((v_82 + 1.0f) - v_248); float const v_250 = fma((v_249 - v_248), v_234, v_248); float const v_251 = v_250; if ((v_234 != v_232)) { float2 v_252 = 0.0f; if ((v_82 >= 0.0f)) { float2 const v_253 = v_49((v_238 * v_248), (v_236 * v_249)); v_252 = v_253; } else { float2 const v_254 = v_49(v_244, v_242); v_252 = v_254; } v_170 = v_252; } float2 v_255 = 0.0f; if ((v_82 >= 0.0f)) { v_255 = (v_242 / v_251); } else { v_255 = v_246; } v_171 = v_255; } else { float2 const v_256 = v_112; float2 const v_257 = v_107; v_170 = select(v_256, v_257, bool2((v_131 == 0.0f))); float2 const v_258 = v_81; float2 const v_259 = v_78; v_171 = select(v_258, v_259, bool2((v_131 == 0.0f))); } float2 const v_260 = float2(v_170.y, -(v_170.x)); v_171 = (v_171 + (v_260 * (v_97 * v_143))); if (v_99) { float2x2 const v_261 = v(v_75); v_76 = float4((v_171 + v_69), (v_261 * v_171)); } else { v_76 = float4(((v_75 * v_171) + v_69), v_171); } float4 const v_262 = v_76; float4 const v_263 = float4(v_262.xy, v_64.tint_member_5, 1.0f); float2 const v_264 = sign((*v_66.tint_member_18).tint_member_19.tint_member_20.zw); (*v_65).tint_member_8 = float4((((*v_66.tint_member_18).tint_member_19.tint_member_20.zw * v_263.xy) - (v_264 * v_263.ww)), v_263.zw); uint const v_265 = v_64.tint_member_7.y; (*v_65).tint_member_9 = float4((*v_66.tint_member_15).tint_member_16[v_265].tint_member_17); } tint_struct_1 v_266(tint_struct v_267, tint_struct_2 v_268) { tint_struct_1 v_269 = {}; v_63(v_267, (&v_269), v_268); return v_269; } vertex tint_struct_9 dawn_entry_point(uint v_271 [[vertex_id]], tint_struct_10 v_272 [[stage_in]], const device tint_struct_3* v_273 [[buffer(1)]], const device tint_struct_5* v_274 [[buffer(2)]], const constant tint_struct_7* v_275 [[buffer(30)]]) { tint_struct_2 const v_276 = tint_struct_2{.tint_member_10=v_273, .tint_member_15=v_274, .tint_member_18=v_275}; tint_struct_1 const v_277 = v_266(tint_struct{.tint_member=v_271, .tint_member_1=v_272.tint_member_25, .tint_member_2=v_272.tint_member_26, .tint_member_3=v_272.tint_member_27, .tint_member_4=v_272.tint_member_28, .tint_member_5=v_272.tint_member_29, .tint_member_6=v_272.tint_member_30, .tint_member_7=v_272.tint_member_31}, v_276); tint_struct_9 v_278 = {}; v_278.tint_member_23 = v_277.tint_member_8; v_278.tint_member_24 = v_277.tint_member_9; return v_278; } dawn_entry_point