URL https://opencores.org/ocsvn/theia_gpu/theia_gpu/trunk

Subversion Repositories theia_gpu

[/] [theia_gpu/] [branches/] [beta_2.0/] [regressions/] [multi_core/] [code.list] - Blame information for rev 218

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//List file created by theia_compile
//Make sure R0 has the appropiate values (0,1,2)
0:      8001 2400 0 0                                     //    8001900000000000        ADD R[0].x__ I(0) 0
1:      8001 2200 0 1                                     //    8001880000000001        ADD R[0]._y_ I(1) 0
2:      8001 2100 0 2                                     //    8001840000000002        ADD R[0].__z I(2) 0
//Disable multi-threading by default
3:      8001 2102 0 0                                     //    8001840800000000        ADD R[2].__z I(0) 0
//Make sure R3 (Frame Offset) is initialized to zero
4:      8001 2703 0 0                                     //    80019C0C00000000        ADD R[3].xyz I(0) 0
//r52  = 0x0000147a;
5:      8001 2734 0 147a                                  //    80019CD00000147A        ADD R[52].xyz I(147a) 0
//r57   = 0;
6:      1 739 a00 a00                                     //    00011CE414000A00        ADD R57.xyz R0.xxx R0.xxx
//r53  = 0xfff80000;
7:      8001 2735 7ffc 0                                  //    80019CD4FFF80000        ADD R[53].xyz I(fff80000) 0
//r53.z   = 0;
8:      1 135 a00 a00                                     //    000104D414000A00        ADD R53.__z R0.xxx R0.xxx
//r51 = (0,0x00040000,0x00020000);
9:      8001 2433 0 0                                     //    800190CC00000000        ADD R[51].x__ I(0) 0
10:     8001 2233 2 0                                     //    800188CC00040000        ADD R[51]._y_ I(40000) 0
11:     8001 2133 1 0                                     //    800184CC00020000        ADD R[51].__z I(20000) 0
//r56  = 2;
12:     1 738 a00 1400                                    //    00011CE014001400        ADD R56.xyz R0.xxx R0.zzz
//r55 = 2;
13:     1 737 a00 1400                                    //    00011CDC14001400        ADD R55.xyz R0.xxx R0.zzz
//r62 = 10;
14:     8001 273e 0 a                                     //    80019CF80000000A        ADD R[62].xyz I(a) 0
//r69 = (0x00050000, 0xfffa0000, 0x00000000 );
15:     8001 2445 2 10000                                 //    8001911400050000        ADD R[69].x__ I(50000) 0
16:     8001 2245 7ffd 0                                  //    80018914FFFA0000        ADD R[69]._y_ I(fffa0000) 0
17:     8001 2145 0 0                                     //    8001851400000000        ADD R[69].__z I(0) 0
//r68 = (0xfffb0000, 0xfffa0000,0x00000000 );
18:     8001 2444 7ffd 10000                              //    80019110FFFB0000        ADD R[68].x__ I(fffb0000) 0
19:     8001 2244 7ffd 0                                  //    80018910FFFA0000        ADD R[68]._y_ I(fffa0000) 0
20:     8001 2144 0 0                                     //    8001851000000000        ADD R[68].__z I(0) 0
//r60 = (0x00050000, 0x00040000,0x00000000 );
21:     8001 243c 2 10000                                 //    800190F000050000        ADD R[60].x__ I(50000) 0
22:     8001 223c 2 0                                     //    800188F000040000        ADD R[60]._y_ I(40000) 0
23:     8001 213c 0 0                                     //    800184F000000000        ADD R[60].__z I(0) 0
 
//main
//  if ( r55 == r56 )
24:     281 1e 37 1c038                                   //    02810078006FC038        ADD  @30.___ R55.xyz R56.-x-y-z
//   GenerateRay();
//store return address**
25:     8001 2402 0 1d                                    //    800190080000001D        ADD R[2].x__ I(1d) 0
//store current frame offset
26:     1 203 a03 a00                                     //    0001080C14060A00        ADD R3._y_ R3.xxx R0.xxx
//displace next frame offset by the number of auto variables in current frame
27:     8001 403 0 2                                      //    8001100C00000002        ADD R[3].x__ I(2) R[DST]
//call the function
28:     201 @GenerateRay 0 0                              //    201 @GenerateRay 0 0    ADD  @GenerateRay.___ R0.xyz R0.xyz
//   Hit = 0;
29:     1 270b a00 a00                                    //    00019C2C14000A00        ADD R[11+ offset].xyz R0.xxx R0.xxx
// Hit = CalculateBaricentricIntersection();
//store return address**
30:     8001 2402 0 22                                    //    8001900800000022        ADD R[2].x__ I(22) 0
//store current frame offset
31:     1 203 a03 a00                                     //    0001080C14060A00        ADD R3._y_ R3.xxx R0.xxx
//displace next frame offset by the number of auto variables in current frame
32:     8001 403 0 2                                      //    8001100C00000002        ADD R[3].x__ I(2) R[DST]
//call the function
33:     201 @CalculateBaricentricIntersection 0 0         //    201 @CalculateBaricentricIntersection 0 0       ADD  @CalculateBaricentricIntersection.___ R0.xyz R0.xyz
//grab the return value from the function
34:     1 270b 1 a00                                      //    00019C2C00020A00        ADD R[11+ offset].xyz R1.xyz R0.xxx
// r55--;
35:     1 737 37 1e100                                    //    00011CDC006FE100        ADD R55.xyz R55.xyz R0.-y-y-y
//  if ( r55 != 0 )
36:     241 27 37 1ca00                                   //    0241009C006FCA00        ADD  @39.___ R55.xyz R0.-x-x-x
//NOP
37:     0 0 0 0                                           //    0000000000000000        NOP R0.___ R0.xyz R0.xyz
//Set the Exit bit
38:     401 0 0 0                                         //    0401000000000000        ADD R0.___ R0.xyz R0.xyz
//  if (Hit != 0)
39:     241 1030 b 1ca00                                  //    024140C00017CA00        ADD  @48.___ R[11 + offset].xyz R0.-x-x-x
//  TextureCalculation();
//store return address**
40:     8001 2402 0 2c                                    //    800190080000002C        ADD R[2].x__ I(2c) 0
//store current frame offset
41:     1 203 a03 a00                                     //    0001080C14060A00        ADD R3._y_ R3.xxx R0.xxx
//displace next frame offset by the number of auto variables in current frame
42:     8001 403 0 2                                      //    8001100C00000002        ADD R[3].x__ I(2) R[DST]
//call the function
43:     201 @TextureCalculation 0 0                       //    201 @TextureCalculation 0 0     ADD  @TextureCalculation.___ R0.xyz R0.xyz
//  PrePixelShader();
//store return address**
44:     8001 2402 0 30                                    //    8001900800000030        ADD R[2].x__ I(30) 0
//store current frame offset
45:     1 203 a03 a00                                     //    0001080C14060A00        ADD R3._y_ R3.xxx R0.xxx
//displace next frame offset by the number of auto variables in current frame
46:     8001 403 0 2                                      //    8001100C00000002        ADD R[3].x__ I(2) R[DST]
//call the function
47:     201 @PrePixelShader 0 0                           //    201 @PrePixelShader 0 0 ADD  @PrePixelShader.___ R0.xyz R0.xyz
// PixelShader();
//store return address**
48:     8001 2402 0 34                                    //    8001900800000034        ADD R[2].x__ I(34) 0
//store current frame offset
49:     1 203 a03 a00                                     //    0001080C14060A00        ADD R3._y_ R3.xxx R0.xxx
//displace next frame offset by the number of auto variables in current frame
50:     8001 403 0 2                                      //    8001100C00000002        ADD R[3].x__ I(2) R[DST]
//call the function
51:     201 @PixelShader 0 0                              //    201 @PixelShader 0 0    ADD  @PixelShader.___ R0.xyz R0.xyz
// GenerateNextPixel();
//store return address**
52:     8001 2402 0 38                                    //    8001900800000038        ADD R[2].x__ I(38) 0
//store current frame offset
53:     1 203 a03 a00                                     //    0001080C14060A00        ADD R3._y_ R3.xxx R0.xxx
//displace next frame offset by the number of auto variables in current frame
54:     8001 403 0 2                                      //    8001100C00000002        ADD R[3].x__ I(2) R[DST]
//call the function
55:     201 @GenerateNextPixel 0 0                        //    201 @GenerateNextPixel 0 0      ADD  @GenerateNextPixel.___ R0.xyz R0.xyz
//Set the return value
56:     8001 2701 0 1                                     //    80019C0400000001        ADD R[1].xyz I(1) 0
//Restore previous function frame offset
57:     1 403 2103 a00                                    //    0001100C42060A00        ADD R3.x__ R3.yyy R0.xxx
//return from function
58:     8201 2 0 0                                        //    8201000800000000        ADD  @*R[2].___ I(0) R[DST]
//NOP
59:     0 0 0 0                                           //    0000000000000000        NOP R0.___ R0.xyz R0.xyz
//Set the Exit bit
60:     401 0 0 0                                         //    0401000000000000        ADD R0.___ R0.xyz R0.xyz
//Restore previous function frame offset
61:     1 403 2103 a00                                    //    0001100C42060A00        ADD R3.x__ R3.yyy R0.xxx
 
//GenerateRay
//  UnnormalizedDirection = (r53 + r57 * r52  ) - r51;
62:     6003 270c 39 34                                   //    60039C3000720034        MUL (unscaled) R[12+ offset].xyz R57.xyz R52.xyz
63:     1 2f0d 35 c                                       //    0001BC34006A000C        ADD R[13+ offset].xyz R53.xyz R[12 + offset].xyz
64:     1 370b d 1c033                                    //    0001DC2C001BC033        ADD R[11+ offset].xyz R[13 + offset].xyz R51.-x-y-z
//  tmp = UnnormalizedDirection * UnnormalizedDirection;  //tmp = (x^2,y^2,z^2)
65:     6003 3f0a b b                                     //    6003FC280016000B        MUL (unscaled) R[10+ offset].xyz R[11 + offset].xyz R[11 + offset].xyz
//  r54 = UnnormalizedDirection / sqrt( tmp.xxx + tmp.yyy + tmp.zzz );
66:     1 3f0c a0a 210a                                   //    0001FC301414210A        ADD R[12+ offset].xyz R[10 + offset].xxx R[10 + offset].yyy
67:     1 3f0d c 140a                                     //    0001FC340018140A        ADD R[13+ offset].xyz R[12 + offset].xyz R[10 + offset].zzz
68:     4 370e d a00                                      //    0004DC38001A0A00        SQRT R[14+ offset].xyz R[13 + offset].xyz R0.xxx
69:     1002 1f36 b e                                     //    10027CD80016000E        DIV R54.xyz R[11 + offset].xyz (scaled) R[14 + offset].xyz
//Restore previous function frame offset
70:     1 403 2103 a00                                    //    0001100C42060A00        ADD R3.x__ R3.yyy R0.xxx
//return from function
71:     8201 2 0 0                                        //    8201000800000000        ADD  @*R[2].___ I(0) R[DST]
//Restore previous function frame offset
72:     1 403 2103 a00                                    //    0001100C42060A00        ADD R3.x__ R3.yyy R0.xxx
 
//CalculateBaricentricIntersection
// r59 = 0;
73:     1 73b a00 a00                                     //    00011CEC14000A00        ADD R59.xyz R0.xxx R0.xxx
// T.y = 1;
74:     1 220d a00 2100                                   //    0001883414002100        ADD R[13+ offset]._y_ R0.xxx R0.yyy
// E1 = r69 - r68;
75:     1 270f 45 1c044                                   //    00019C3C008BC044        ADD R[15+ offset].xyz R69.xyz R68.-x-y-z
// E2 = r60 - r68;
76:     1 270e 3c 1c044                                   //    00019C380079C044        ADD R[14+ offset].xyz R60.xyz R68.-x-y-z
// T = r51 - r68;
77:     1 270d 33 1c044                                   //    00019C340067C044        ADD R[13+ offset].xyz R51.xyz R68.-x-y-z
//      R47 = r54.yzx * E2.zxy;
78:     6003 f2f 2636 190e                                //    60033CBC4C6C190E        MUL (unscaled) R47.xyz R54.yzx R[14 + offset].zxy
//      R48 = r54.zxy * E2.yzx;
79:     6003 f30 1936 260e                                //    60033CC0326C260E        MUL (unscaled) R48.xyz R54.zxy R[14 + offset].yzx
//      P = R47 - R48;
80:     1 270c 2f 1c030                                   //    00019C30005FC030        ADD R[12+ offset].xyz R47.xyz R48.-x-y-z
//      R47 = T.yzx * E1.zxy;
81:     6003 1f2f 260d 190f                               //    60037CBC4C1A190F        MUL (unscaled) R47.xyz R[13 + offset].yzx R[15 + offset].zxy
//      R48 = T.zxy * E1.yzx;
82:     6003 1f30 190d 260f                               //    60037CC0321A260F        MUL (unscaled) R48.xyz R[13 + offset].zxy R[15 + offset].yzx
//      Q = R47 - R48;
83:     1 270b 2f 1c030                                   //    00019C2C005FC030        ADD R[11+ offset].xyz R47.xyz R48.-x-y-z
//      R47 = Q * E2;
84:     6003 1f2f b e                                     //    60037CBC0016000E        MUL (unscaled) R47.xyz R[11 + offset].xyz R[14 + offset].xyz
//      R47.x = R47.xxx + R47.yyy;
85:     1 42f a2f 212f                                    //    000110BC145E212F        ADD R47.x__ R47.xxx R47.yyy
//      H.x = R47.xxx + R47.zzz;
86:     1 240a a2f 142f                                   //    00019028145E142F        ADD R[10+ offset].x__ R47.xxx R47.zzz
//      R47 = P * T;
87:     6003 1f2f c d                                     //    60037CBC0018000D        MUL (unscaled) R47.xyz R[12 + offset].xyz R[13 + offset].xyz
//      R47.x = R47.xxx + R47.yyy;
88:     1 42f a2f 212f                                    //    000110BC145E212F        ADD R47.x__ R47.xxx R47.yyy
//      H.y = R47.xxx + R47.zzz;
89:     1 220a a2f 142f                                   //    00018828145E142F        ADD R[10+ offset]._y_ R47.xxx R47.zzz
//      R47 = Q * r54;
90:     6003 172f b 36                                    //    60035CBC00160036        MUL (unscaled) R47.xyz R[11 + offset].xyz R54.xyz
//      R47.x = R47.xxx + R47.yyy;
91:     1 42f a2f 212f                                    //    000110BC145E212F        ADD R47.x__ R47.xxx R47.yyy
//      H.z = R47.xxx + R47.zzz;
92:     1 210a a2f 142f                                   //    00018428145E142F        ADD R[10+ offset].__z R47.xxx R47.zzz
//      R47 = P * E1;
93:     6003 1f2f c f                                     //    60037CBC0018000F        MUL (unscaled) R47.xyz R[12 + offset].xyz R[15 + offset].xyz
//      R47.x = R47.xxx + R47.yyy;
94:     1 42f a2f 212f                                    //    000110BC145E212F        ADD R47.x__ R47.xxx R47.yyy
//      Delta = R47.xxx + R47.zzz;
95:     1 2711 a2f 142f                                   //    00019C44145E142F        ADD R[17+ offset].xyz R47.xxx R47.zzz
// t = H / Delta;
96:     1002 3f10 a 11                                    //    1002FC4000140011        DIV R[16+ offset].xyz R[10 + offset].xyz (scaled) R[17 + offset].xyz
// vector ExpectedResult = (0x000e8f71, 0xffffcccd, 0xffff999a);
97:     8001 2c12 7 8f71                                  //    8001B048000E8F71        ADD R[18 + offset ].x__ I(e8f71) 0
98:     8001 2a12 7fff 1cccd                              //    8001A848FFFFCCCD        ADD R[18 + offset ]._y_ I(ffffcccd) 0
99:     8001 2912 7fff 1999a                              //    8001A448FFFF999A        ADD R[18 + offset ].__z I(ffff999a) 0
// if ( t != ExpectedResult)
100:    241 1867 10 1c012                                 //    0241619C0021C012        ADD  @103.___ R[16 + offset].xyz R[18 + offset].-x-y-z
//  R66 = 0xdead;
101:    8001 2742 0 dead                                  //    80019D080000DEAD        ADD R[66].xyz I(dead) 0
102:    201 68 0 0                                        //    020101A000000000        ADD  @104.___ R0.xyz R0.xyz
//  R66 = 0xaced;
103:    8001 2742 0 aced                                  //    80019D080000ACED        ADD R[66].xyz I(aced) 0
//  if (t.yyy >= 0)
104:    2c1 106f 2110 1ca00                               //    02C141BC4221CA00        ADD  @111.___ R[16 + offset].yyy R0.-x-x-x
//   E2.y = E1.zzz + E1;
105:    1 3a0e 140f f                                     //    0001E838281E000F        ADD R[14+ offset]._y_ R[15 + offset].zzz R[15 + offset].xyz
//   if (E2.yyy > T.yyy)
106:    341 186e 210e 1e10d                               //    034161B8421DE10D        ADD  @110.___ R[14 + offset].yyy R[13 + offset].-y-y-y
//Set the return value
107:    8001 2701 0 0                                     //    80019C0400000000        ADD R[1].xyz I(0) 0
//Restore previous function frame offset
108:    1 403 2103 a00                                    //    0001100C42060A00        ADD R3.x__ R3.yyy R0.xxx
//return from function
109:    8201 2 0 0                                        //    8201000800000000        ADD  @*R[2].___ I(0) R[DST]
110:    201 72 0 0                                        //    020101C800000000        ADD  @114.___ R0.xyz R0.xyz
//Set the return value
111:    8001 2701 0 0                                     //    80019C0400000000        ADD R[1].xyz I(0) 0
//Restore previous function frame offset
112:    1 403 2103 a00                                    //    0001100C42060A00        ADD R3.x__ R3.yyy R0.xxx
//return from function
113:    8201 2 0 0                                        //    8201000800000000        ADD  @*R[2].___ I(0) R[DST]
//Set the return value
114:    8001 2701 0 1                                     //    80019C0400000001        ADD R[1].xyz I(1) 0
//Restore previous function frame offset
115:    1 403 2103 a00                                    //    0001100C42060A00        ADD R3.x__ R3.yyy R0.xxx
//return from function
116:    8201 2 0 0                                        //    8201000800000000        ADD  @*R[2].___ I(0) R[DST]
//Restore previous function frame offset
117:    1 403 2103 a00                                    //    0001100C42060A00        ADD R3.x__ R3.yyy R0.xxx
 
//PixelShader
//Restore previous function frame offset
118:    1 403 2103 a00                                    //    0001100C42060A00        ADD R3.x__ R3.yyy R0.xxx
//return from function
119:    8201 2 0 0                                        //    8201000800000000        ADD  @*R[2].___ I(0) R[DST]
//Restore previous function frame offset
120:    1 403 2103 a00                                    //    0001100C42060A00        ADD R3.x__ R3.yyy R0.xxx
 
//GenerateNextPixel
//  r55 = r56;
121:    1 737 a00 38                                      //    00011CDC14000038        ADD R55.xyz R0.xxx R56.xyz
//  r61 = 0;
122:    1 73d a00 a00                                     //    00011CF414000A00        ADD R61.xyz R0.xxx R0.xxx
//  r64 += 3;
123:    8001 740 0 3                                      //    80011D0000000003        ADD R[64].xyz I(3) R[DST]
//  if (r57.xxx >= r62.xxx )
124:    2c1 82 a39 1ca3e                                  //    02C102081473CA3E        ADD  @130.___ R57.xxx R62.-x-x-x
//   r57.x++;
125:    1 439 39 2100                                     //    000110E400722100        ADD R57.x__ R57.xyz R0.yyy
//Set the return value
126:    8001 2701 0 0                                     //    80019C0400000000        ADD R[1].xyz I(0) 0
//Restore previous function frame offset
127:    1 403 2103 a00                                    //    0001100C42060A00        ADD R3.x__ R3.yyy R0.xxx
//return from function
128:    8201 2 0 0                                        //    8201000800000000        ADD  @*R[2].___ I(0) R[DST]
129:    201 8c 0 0                                        //    0201023000000000        ADD  @140.___ R0.xyz R0.xyz
//   r57.x = 0;
130:    1 439 a00 a00                                     //    000110E414000A00        ADD R57.x__ R0.xxx R0.xxx
//   r57.y++;
131:    1 239 39 2100                                     //    000108E400722100        ADD R57._y_ R57.xyz R0.yyy
//   if (r57.yyy == r63.yyy)
132:    281 89 2139 1e13f                                 //    028102244273E13F        ADD  @137.___ R57.yyy R63.-y-y-y
//Set the return value
133:    8001 2701 0 1                                     //    80019C0400000001        ADD R[1].xyz I(1) 0
//Restore previous function frame offset
134:    1 403 2103 a00                                    //    0001100C42060A00        ADD R3.x__ R3.yyy R0.xxx
//return from function
135:    8201 2 0 0                                        //    8201000800000000        ADD  @*R[2].___ I(0) R[DST]
136:    201 8c 0 0                                        //    0201023000000000        ADD  @140.___ R0.xyz R0.xyz
//Set the return value
137:    8001 2701 0 0                                     //    80019C0400000000        ADD R[1].xyz I(0) 0
//Restore previous function frame offset
138:    1 403 2103 a00                                    //    0001100C42060A00        ADD R3.x__ R3.yyy R0.xxx
//return from function
139:    8201 2 0 0                                        //    8201000800000000        ADD  @*R[2].___ I(0) R[DST]
//Restore previous function frame offset
140:    1 403 2103 a00                                    //    0001100C42060A00        ADD R3.x__ R3.yyy R0.xxx
 
//TextureCalculation
//Restore previous function frame offset
141:    1 403 2103 a00                                    //    0001100C42060A00        ADD R3.x__ R3.yyy R0.xxx
//return from function
142:    8201 2 0 0                                        //    8201000800000000        ADD  @*R[2].___ I(0) R[DST]
//Restore previous function frame offset
143:    1 403 2103 a00                                    //    0001100C42060A00        ADD R3.x__ R3.yyy R0.xxx
 
//PrePixelShader
//Restore previous function frame offset
144:    1 403 2103 a00                                    //    0001100C42060A00        ADD R3.x__ R3.yyy R0.xxx
//return from function
145:    8201 2 0 0                                        //    8201000800000000        ADD  @*R[2].___ I(0) R[DST]
//Restore previous function frame offset
146:    1 403 2103 a00                                    //    0001100C42060A00        ADD R3.x__ R3.yyy R0.xxx

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Subversion Repositories theia_gpu

[/] [theia_gpu/] [branches/] [beta_2.0/] [regressions/] [multi_core/] [code.list] - Blame information for rev 218

Line No.	Rev	Author	Line
1	218	diegovalve	`//List file created by theia_compile`
2			`//Make sure R0 has the appropiate values (0,1,2)`
3			`0: 8001 2400 0 0 // 8001900000000000 ADD R[0].x__ I(0) 0`
4			`1: 8001 2200 0 1 // 8001880000000001 ADD R[0]._y_ I(1) 0`
5			`2: 8001 2100 0 2 // 8001840000000002 ADD R[0].__z I(2) 0`
6			`//Disable multi-threading by default`
7			`3: 8001 2102 0 0 // 8001840800000000 ADD R[2].__z I(0) 0`
8			`//Make sure R3 (Frame Offset) is initialized to zero`
9			`4: 8001 2703 0 0 // 80019C0C00000000 ADD R[3].xyz I(0) 0`
10			`//r52 = 0x0000147a;`
11			`5: 8001 2734 0 147a // 80019CD00000147A ADD R[52].xyz I(147a) 0`
12			`//r57 = 0;`
13			`6: 1 739 a00 a00 // 00011CE414000A00 ADD R57.xyz R0.xxx R0.xxx`
14			`//r53 = 0xfff80000;`
15			`7: 8001 2735 7ffc 0 // 80019CD4FFF80000 ADD R[53].xyz I(fff80000) 0`
16			`//r53.z = 0;`
17			`8: 1 135 a00 a00 // 000104D414000A00 ADD R53.__z R0.xxx R0.xxx`
18			`//r51 = (0,0x00040000,0x00020000);`
19			`9: 8001 2433 0 0 // 800190CC00000000 ADD R[51].x__ I(0) 0`
20			`10: 8001 2233 2 0 // 800188CC00040000 ADD R[51]._y_ I(40000) 0`
21			`11: 8001 2133 1 0 // 800184CC00020000 ADD R[51].__z I(20000) 0`
22			`//r56 = 2;`
23			`12: 1 738 a00 1400 // 00011CE014001400 ADD R56.xyz R0.xxx R0.zzz`
24			`//r55 = 2;`
25			`13: 1 737 a00 1400 // 00011CDC14001400 ADD R55.xyz R0.xxx R0.zzz`
26			`//r62 = 10;`
27			`14: 8001 273e 0 a // 80019CF80000000A ADD R[62].xyz I(a) 0`
28			`//r69 = (0x00050000, 0xfffa0000, 0x00000000 );`
29			`15: 8001 2445 2 10000 // 8001911400050000 ADD R[69].x__ I(50000) 0`
30			`16: 8001 2245 7ffd 0 // 80018914FFFA0000 ADD R[69]._y_ I(fffa0000) 0`
31			`17: 8001 2145 0 0 // 8001851400000000 ADD R[69].__z I(0) 0`
32			`//r68 = (0xfffb0000, 0xfffa0000,0x00000000 );`
33			`18: 8001 2444 7ffd 10000 // 80019110FFFB0000 ADD R[68].x__ I(fffb0000) 0`
34			`19: 8001 2244 7ffd 0 // 80018910FFFA0000 ADD R[68]._y_ I(fffa0000) 0`
35			`20: 8001 2144 0 0 // 8001851000000000 ADD R[68].__z I(0) 0`
36			`//r60 = (0x00050000, 0x00040000,0x00000000 );`
37			`21: 8001 243c 2 10000 // 800190F000050000 ADD R[60].x__ I(50000) 0`
38			`22: 8001 223c 2 0 // 800188F000040000 ADD R[60]._y_ I(40000) 0`
39			`23: 8001 213c 0 0 // 800184F000000000 ADD R[60].__z I(0) 0`
40
41			`//main`
42			`// if ( r55 == r56 )`
43			`24: 281 1e 37 1c038 // 02810078006FC038 ADD @30.___ R55.xyz R56.-x-y-z`
44			`// GenerateRay();`
45			`//store return address**`
46			`25: 8001 2402 0 1d // 800190080000001D ADD R[2].x__ I(1d) 0`
47			`//store current frame offset`
48			`26: 1 203 a03 a00 // 0001080C14060A00 ADD R3._y_ R3.xxx R0.xxx`
49			`//displace next frame offset by the number of auto variables in current frame`
50			`27: 8001 403 0 2 // 8001100C00000002 ADD R[3].x__ I(2) R[DST]`
51			`//call the function`
52			`28: 201 @GenerateRay 0 0 // 201 @GenerateRay 0 0 ADD @GenerateRay.___ R0.xyz R0.xyz`
53			`// Hit = 0;`
54			`29: 1 270b a00 a00 // 00019C2C14000A00 ADD R[11+ offset].xyz R0.xxx R0.xxx`
55			`// Hit = CalculateBaricentricIntersection();`
56			`//store return address**`
57			`30: 8001 2402 0 22 // 8001900800000022 ADD R[2].x__ I(22) 0`
58			`//store current frame offset`
59			`31: 1 203 a03 a00 // 0001080C14060A00 ADD R3._y_ R3.xxx R0.xxx`
60			`//displace next frame offset by the number of auto variables in current frame`
61			`32: 8001 403 0 2 // 8001100C00000002 ADD R[3].x__ I(2) R[DST]`
62			`//call the function`
63			`33: 201 @CalculateBaricentricIntersection 0 0 // 201 @CalculateBaricentricIntersection 0 0 ADD @CalculateBaricentricIntersection.___ R0.xyz R0.xyz`
64			`//grab the return value from the function`
65			`34: 1 270b 1 a00 // 00019C2C00020A00 ADD R[11+ offset].xyz R1.xyz R0.xxx`
66			`// r55--;`
67			`35: 1 737 37 1e100 // 00011CDC006FE100 ADD R55.xyz R55.xyz R0.-y-y-y`
68			`// if ( r55 != 0 )`
69			`36: 241 27 37 1ca00 // 0241009C006FCA00 ADD @39.___ R55.xyz R0.-x-x-x`
70			`//NOP`
71			`37: 0 0 0 0 // 0000000000000000 NOP R0.___ R0.xyz R0.xyz`
72			`//Set the Exit bit`
73			`38: 401 0 0 0 // 0401000000000000 ADD R0.___ R0.xyz R0.xyz`
74			`// if (Hit != 0)`
75			`39: 241 1030 b 1ca00 // 024140C00017CA00 ADD @48.___ R[11 + offset].xyz R0.-x-x-x`
76			`// TextureCalculation();`
77			`//store return address**`
78			`40: 8001 2402 0 2c // 800190080000002C ADD R[2].x__ I(2c) 0`
79			`//store current frame offset`
80			`41: 1 203 a03 a00 // 0001080C14060A00 ADD R3._y_ R3.xxx R0.xxx`
81			`//displace next frame offset by the number of auto variables in current frame`
82			`42: 8001 403 0 2 // 8001100C00000002 ADD R[3].x__ I(2) R[DST]`
83			`//call the function`
84			`43: 201 @TextureCalculation 0 0 // 201 @TextureCalculation 0 0 ADD @TextureCalculation.___ R0.xyz R0.xyz`
85			`// PrePixelShader();`
86			`//store return address**`
87			`44: 8001 2402 0 30 // 8001900800000030 ADD R[2].x__ I(30) 0`
88			`//store current frame offset`
89			`45: 1 203 a03 a00 // 0001080C14060A00 ADD R3._y_ R3.xxx R0.xxx`
90			`//displace next frame offset by the number of auto variables in current frame`
91			`46: 8001 403 0 2 // 8001100C00000002 ADD R[3].x__ I(2) R[DST]`
92			`//call the function`
93			`47: 201 @PrePixelShader 0 0 // 201 @PrePixelShader 0 0 ADD @PrePixelShader.___ R0.xyz R0.xyz`
94			`// PixelShader();`
95			`//store return address**`
96			`48: 8001 2402 0 34 // 8001900800000034 ADD R[2].x__ I(34) 0`
97			`//store current frame offset`
98			`49: 1 203 a03 a00 // 0001080C14060A00 ADD R3._y_ R3.xxx R0.xxx`
99			`//displace next frame offset by the number of auto variables in current frame`
100			`50: 8001 403 0 2 // 8001100C00000002 ADD R[3].x__ I(2) R[DST]`
101			`//call the function`
102			`51: 201 @PixelShader 0 0 // 201 @PixelShader 0 0 ADD @PixelShader.___ R0.xyz R0.xyz`
103			`// GenerateNextPixel();`
104			`//store return address**`
105			`52: 8001 2402 0 38 // 8001900800000038 ADD R[2].x__ I(38) 0`
106			`//store current frame offset`
107			`53: 1 203 a03 a00 // 0001080C14060A00 ADD R3._y_ R3.xxx R0.xxx`
108			`//displace next frame offset by the number of auto variables in current frame`
109			`54: 8001 403 0 2 // 8001100C00000002 ADD R[3].x__ I(2) R[DST]`
110			`//call the function`
111			`55: 201 @GenerateNextPixel 0 0 // 201 @GenerateNextPixel 0 0 ADD @GenerateNextPixel.___ R0.xyz R0.xyz`
112			`//Set the return value`
113			`56: 8001 2701 0 1 // 80019C0400000001 ADD R[1].xyz I(1) 0`
114			`//Restore previous function frame offset`
115			`57: 1 403 2103 a00 // 0001100C42060A00 ADD R3.x__ R3.yyy R0.xxx`
116			`//return from function`
117			`58: 8201 2 0 0 // 8201000800000000 ADD @*R[2].___ I(0) R[DST]`
118			`//NOP`
119			`59: 0 0 0 0 // 0000000000000000 NOP R0.___ R0.xyz R0.xyz`
120			`//Set the Exit bit`
121			`60: 401 0 0 0 // 0401000000000000 ADD R0.___ R0.xyz R0.xyz`
122			`//Restore previous function frame offset`
123			`61: 1 403 2103 a00 // 0001100C42060A00 ADD R3.x__ R3.yyy R0.xxx`
124
125			`//GenerateRay`
126			`// UnnormalizedDirection = (r53 + r57 * r52 ) - r51;`
127			`62: 6003 270c 39 34 // 60039C3000720034 MUL (unscaled) R[12+ offset].xyz R57.xyz R52.xyz`
128			`63: 1 2f0d 35 c // 0001BC34006A000C ADD R[13+ offset].xyz R53.xyz R[12 + offset].xyz`
129			`64: 1 370b d 1c033 // 0001DC2C001BC033 ADD R[11+ offset].xyz R[13 + offset].xyz R51.-x-y-z`
130			`// tmp = UnnormalizedDirection * UnnormalizedDirection; //tmp = (x^2,y^2,z^2)`
131			`65: 6003 3f0a b b // 6003FC280016000B MUL (unscaled) R[10+ offset].xyz R[11 + offset].xyz R[11 + offset].xyz`
132			`// r54 = UnnormalizedDirection / sqrt( tmp.xxx + tmp.yyy + tmp.zzz );`
133			`66: 1 3f0c a0a 210a // 0001FC301414210A ADD R[12+ offset].xyz R[10 + offset].xxx R[10 + offset].yyy`
134			`67: 1 3f0d c 140a // 0001FC340018140A ADD R[13+ offset].xyz R[12 + offset].xyz R[10 + offset].zzz`
135			`68: 4 370e d a00 // 0004DC38001A0A00 SQRT R[14+ offset].xyz R[13 + offset].xyz R0.xxx`
136			`69: 1002 1f36 b e // 10027CD80016000E DIV R54.xyz R[11 + offset].xyz (scaled) R[14 + offset].xyz`
137			`//Restore previous function frame offset`
138			`70: 1 403 2103 a00 // 0001100C42060A00 ADD R3.x__ R3.yyy R0.xxx`
139			`//return from function`
140			`71: 8201 2 0 0 // 8201000800000000 ADD @*R[2].___ I(0) R[DST]`
141			`//Restore previous function frame offset`
142			`72: 1 403 2103 a00 // 0001100C42060A00 ADD R3.x__ R3.yyy R0.xxx`
143
144			`//CalculateBaricentricIntersection`
145			`// r59 = 0;`
146			`73: 1 73b a00 a00 // 00011CEC14000A00 ADD R59.xyz R0.xxx R0.xxx`
147			`// T.y = 1;`
148			`74: 1 220d a00 2100 // 0001883414002100 ADD R[13+ offset]._y_ R0.xxx R0.yyy`
149			`// E1 = r69 - r68;`
150			`75: 1 270f 45 1c044 // 00019C3C008BC044 ADD R[15+ offset].xyz R69.xyz R68.-x-y-z`
151			`// E2 = r60 - r68;`
152			`76: 1 270e 3c 1c044 // 00019C380079C044 ADD R[14+ offset].xyz R60.xyz R68.-x-y-z`
153			`// T = r51 - r68;`
154			`77: 1 270d 33 1c044 // 00019C340067C044 ADD R[13+ offset].xyz R51.xyz R68.-x-y-z`
155			`// R47 = r54.yzx * E2.zxy;`
156			`78: 6003 f2f 2636 190e // 60033CBC4C6C190E MUL (unscaled) R47.xyz R54.yzx R[14 + offset].zxy`
157			`// R48 = r54.zxy * E2.yzx;`
158			`79: 6003 f30 1936 260e // 60033CC0326C260E MUL (unscaled) R48.xyz R54.zxy R[14 + offset].yzx`
159			`// P = R47 - R48;`
160			`80: 1 270c 2f 1c030 // 00019C30005FC030 ADD R[12+ offset].xyz R47.xyz R48.-x-y-z`
161			`// R47 = T.yzx * E1.zxy;`
162			`81: 6003 1f2f 260d 190f // 60037CBC4C1A190F MUL (unscaled) R47.xyz R[13 + offset].yzx R[15 + offset].zxy`
163			`// R48 = T.zxy * E1.yzx;`
164			`82: 6003 1f30 190d 260f // 60037CC0321A260F MUL (unscaled) R48.xyz R[13 + offset].zxy R[15 + offset].yzx`
165			`// Q = R47 - R48;`
166			`83: 1 270b 2f 1c030 // 00019C2C005FC030 ADD R[11+ offset].xyz R47.xyz R48.-x-y-z`
167			`// R47 = Q * E2;`
168			`84: 6003 1f2f b e // 60037CBC0016000E MUL (unscaled) R47.xyz R[11 + offset].xyz R[14 + offset].xyz`
169			`// R47.x = R47.xxx + R47.yyy;`
170			`85: 1 42f a2f 212f // 000110BC145E212F ADD R47.x__ R47.xxx R47.yyy`
171			`// H.x = R47.xxx + R47.zzz;`
172			`86: 1 240a a2f 142f // 00019028145E142F ADD R[10+ offset].x__ R47.xxx R47.zzz`
173			`// R47 = P * T;`
174			`87: 6003 1f2f c d // 60037CBC0018000D MUL (unscaled) R47.xyz R[12 + offset].xyz R[13 + offset].xyz`
175			`// R47.x = R47.xxx + R47.yyy;`
176			`88: 1 42f a2f 212f // 000110BC145E212F ADD R47.x__ R47.xxx R47.yyy`
177			`// H.y = R47.xxx + R47.zzz;`
178			`89: 1 220a a2f 142f // 00018828145E142F ADD R[10+ offset]._y_ R47.xxx R47.zzz`
179			`// R47 = Q * r54;`
180			`90: 6003 172f b 36 // 60035CBC00160036 MUL (unscaled) R47.xyz R[11 + offset].xyz R54.xyz`
181			`// R47.x = R47.xxx + R47.yyy;`
182			`91: 1 42f a2f 212f // 000110BC145E212F ADD R47.x__ R47.xxx R47.yyy`
183			`// H.z = R47.xxx + R47.zzz;`
184			`92: 1 210a a2f 142f // 00018428145E142F ADD R[10+ offset].__z R47.xxx R47.zzz`
185			`// R47 = P * E1;`
186			`93: 6003 1f2f c f // 60037CBC0018000F MUL (unscaled) R47.xyz R[12 + offset].xyz R[15 + offset].xyz`
187			`// R47.x = R47.xxx + R47.yyy;`
188			`94: 1 42f a2f 212f // 000110BC145E212F ADD R47.x__ R47.xxx R47.yyy`
189			`// Delta = R47.xxx + R47.zzz;`
190			`95: 1 2711 a2f 142f // 00019C44145E142F ADD R[17+ offset].xyz R47.xxx R47.zzz`
191			`// t = H / Delta;`
192			`96: 1002 3f10 a 11 // 1002FC4000140011 DIV R[16+ offset].xyz R[10 + offset].xyz (scaled) R[17 + offset].xyz`
193			`// vector ExpectedResult = (0x000e8f71, 0xffffcccd, 0xffff999a);`
194			`97: 8001 2c12 7 8f71 // 8001B048000E8F71 ADD R[18 + offset ].x__ I(e8f71) 0`
195			`98: 8001 2a12 7fff 1cccd // 8001A848FFFFCCCD ADD R[18 + offset ]._y_ I(ffffcccd) 0`
196			`99: 8001 2912 7fff 1999a // 8001A448FFFF999A ADD R[18 + offset ].__z I(ffff999a) 0`
197			`// if ( t != ExpectedResult)`
198			`100: 241 1867 10 1c012 // 0241619C0021C012 ADD @103.___ R[16 + offset].xyz R[18 + offset].-x-y-z`
199			`// R66 = 0xdead;`
200			`101: 8001 2742 0 dead // 80019D080000DEAD ADD R[66].xyz I(dead) 0`
201			`102: 201 68 0 0 // 020101A000000000 ADD @104.___ R0.xyz R0.xyz`
202			`// R66 = 0xaced;`
203			`103: 8001 2742 0 aced // 80019D080000ACED ADD R[66].xyz I(aced) 0`
204			`// if (t.yyy >= 0)`
205			`104: 2c1 106f 2110 1ca00 // 02C141BC4221CA00 ADD @111.___ R[16 + offset].yyy R0.-x-x-x`
206			`// E2.y = E1.zzz + E1;`
207			`105: 1 3a0e 140f f // 0001E838281E000F ADD R[14+ offset]._y_ R[15 + offset].zzz R[15 + offset].xyz`
208			`// if (E2.yyy > T.yyy)`
209			`106: 341 186e 210e 1e10d // 034161B8421DE10D ADD @110.___ R[14 + offset].yyy R[13 + offset].-y-y-y`
210			`//Set the return value`
211			`107: 8001 2701 0 0 // 80019C0400000000 ADD R[1].xyz I(0) 0`
212			`//Restore previous function frame offset`
213			`108: 1 403 2103 a00 // 0001100C42060A00 ADD R3.x__ R3.yyy R0.xxx`
214			`//return from function`
215			`109: 8201 2 0 0 // 8201000800000000 ADD @*R[2].___ I(0) R[DST]`
216			`110: 201 72 0 0 // 020101C800000000 ADD @114.___ R0.xyz R0.xyz`
217			`//Set the return value`
218			`111: 8001 2701 0 0 // 80019C0400000000 ADD R[1].xyz I(0) 0`
219			`//Restore previous function frame offset`
220			`112: 1 403 2103 a00 // 0001100C42060A00 ADD R3.x__ R3.yyy R0.xxx`
221			`//return from function`
222			`113: 8201 2 0 0 // 8201000800000000 ADD @*R[2].___ I(0) R[DST]`
223			`//Set the return value`
224			`114: 8001 2701 0 1 // 80019C0400000001 ADD R[1].xyz I(1) 0`
225			`//Restore previous function frame offset`
226			`115: 1 403 2103 a00 // 0001100C42060A00 ADD R3.x__ R3.yyy R0.xxx`
227			`//return from function`
228			`116: 8201 2 0 0 // 8201000800000000 ADD @*R[2].___ I(0) R[DST]`
229			`//Restore previous function frame offset`
230			`117: 1 403 2103 a00 // 0001100C42060A00 ADD R3.x__ R3.yyy R0.xxx`
231
232			`//PixelShader`
233			`//Restore previous function frame offset`
234			`118: 1 403 2103 a00 // 0001100C42060A00 ADD R3.x__ R3.yyy R0.xxx`
235			`//return from function`
236			`119: 8201 2 0 0 // 8201000800000000 ADD @*R[2].___ I(0) R[DST]`
237			`//Restore previous function frame offset`
238			`120: 1 403 2103 a00 // 0001100C42060A00 ADD R3.x__ R3.yyy R0.xxx`
239
240			`//GenerateNextPixel`
241			`// r55 = r56;`
242			`121: 1 737 a00 38 // 00011CDC14000038 ADD R55.xyz R0.xxx R56.xyz`
243			`// r61 = 0;`
244			`122: 1 73d a00 a00 // 00011CF414000A00 ADD R61.xyz R0.xxx R0.xxx`
245			`// r64 += 3;`
246			`123: 8001 740 0 3 // 80011D0000000003 ADD R[64].xyz I(3) R[DST]`
247			`// if (r57.xxx >= r62.xxx )`
248			`124: 2c1 82 a39 1ca3e // 02C102081473CA3E ADD @130.___ R57.xxx R62.-x-x-x`
249			`// r57.x++;`
250			`125: 1 439 39 2100 // 000110E400722100 ADD R57.x__ R57.xyz R0.yyy`
251			`//Set the return value`
252			`126: 8001 2701 0 0 // 80019C0400000000 ADD R[1].xyz I(0) 0`
253			`//Restore previous function frame offset`
254			`127: 1 403 2103 a00 // 0001100C42060A00 ADD R3.x__ R3.yyy R0.xxx`
255			`//return from function`
256			`128: 8201 2 0 0 // 8201000800000000 ADD @*R[2].___ I(0) R[DST]`
257			`129: 201 8c 0 0 // 0201023000000000 ADD @140.___ R0.xyz R0.xyz`
258			`// r57.x = 0;`
259			`130: 1 439 a00 a00 // 000110E414000A00 ADD R57.x__ R0.xxx R0.xxx`
260			`// r57.y++;`
261			`131: 1 239 39 2100 // 000108E400722100 ADD R57._y_ R57.xyz R0.yyy`
262			`// if (r57.yyy == r63.yyy)`
263			`132: 281 89 2139 1e13f // 028102244273E13F ADD @137.___ R57.yyy R63.-y-y-y`
264			`//Set the return value`
265			`133: 8001 2701 0 1 // 80019C0400000001 ADD R[1].xyz I(1) 0`
266			`//Restore previous function frame offset`
267			`134: 1 403 2103 a00 // 0001100C42060A00 ADD R3.x__ R3.yyy R0.xxx`
268			`//return from function`
269			`135: 8201 2 0 0 // 8201000800000000 ADD @*R[2].___ I(0) R[DST]`
270			`136: 201 8c 0 0 // 0201023000000000 ADD @140.___ R0.xyz R0.xyz`
271			`//Set the return value`
272			`137: 8001 2701 0 0 // 80019C0400000000 ADD R[1].xyz I(0) 0`
273			`//Restore previous function frame offset`
274			`138: 1 403 2103 a00 // 0001100C42060A00 ADD R3.x__ R3.yyy R0.xxx`
275			`//return from function`
276			`139: 8201 2 0 0 // 8201000800000000 ADD @*R[2].___ I(0) R[DST]`
277			`//Restore previous function frame offset`
278			`140: 1 403 2103 a00 // 0001100C42060A00 ADD R3.x__ R3.yyy R0.xxx`
279
280			`//TextureCalculation`
281			`//Restore previous function frame offset`
282			`141: 1 403 2103 a00 // 0001100C42060A00 ADD R3.x__ R3.yyy R0.xxx`
283			`//return from function`
284			`142: 8201 2 0 0 // 8201000800000000 ADD @*R[2].___ I(0) R[DST]`
285			`//Restore previous function frame offset`
286			`143: 1 403 2103 a00 // 0001100C42060A00 ADD R3.x__ R3.yyy R0.xxx`
287
288			`//PrePixelShader`
289			`//Restore previous function frame offset`
290			`144: 1 403 2103 a00 // 0001100C42060A00 ADD R3.x__ R3.yyy R0.xxx`
291			`//return from function`
292			`145: 8201 2 0 0 // 8201000800000000 ADD @*R[2].___ I(0) R[DST]`
293			`//Restore previous function frame offset`
294			`146: 1 403 2103 a00 // 0001100C42060A00 ADD R3.x__ R3.yyy R0.xxx`