multiblend_pcgl_40_ps-ZFRAME00000080
Zframe belongs to /dota_game_pcgl_v64/multiblend_pcgl_40_ps.vcs
View byte detail //multiblend_pcgl_40_ps.vcs-ZFRAME00000080-databytes

Configuration
-------------
The static configuration this zframe belongs to (zero or more static parameters)

S_TOOLS_ENABLED                0
S_MODE_FORWARD                 0
S_MODE_DEPTH                   0
S_MODE_TOOLS_WIREFRAME         0
S_SHADER_QUALITY               0
S_NORMAL_MAP                   0
S_RENDER_BACKFACES             0
S_SPECULAR                     0
S_WORLDSPACE_UVS               1
S_SHOW_WORLDSPACE_BLEND        0
S_TINT_MASK                    0
S_TINT_MASK_2                  0
S_LAYER_BORDER_TINT            0
S_PARALLAX_MAP_ON_0            0
S_PARALLAX_MAP_ON_1            0
S_PARALLAX_MAP_ON_2            0
S_PARALLAX_MAP_ON_3            0
S_GLOBAL_TINT                  0


ZFrame Headers
--------------
RepresentativeTexture                    0x5d700411     0E 52 00   
SupportsMappingDimensions                0x89460e6d     09 FF FF   1
DoNotReflect                             0x52010974     09 FF FF   COND[15] || 0
DoNotCastShadows                         0xe0be7b6e     09 FF FF   COND[16] || 0
ShadowsOnly                              0x83f9427f     09 FF FF   COND[17] || 0
DepthPassBatchID                         0x2c5b5105     05 FF FF   1


Parameter write sequences
-------------------------
This data (thought to be buffer write sequences) appear to be linked to the dynamic (D-param) configurations;
each configuration points to exactly one sequence. WRITESEQ[0] is always defined and considered 'default'.


WRITESEQ[0] (default)               dest        control
[ 76] g_flTexCoordRotate3              _ (FF)         _ (FF)
[ 77] g_flTexCoordScale0               _ (FF)         _ (FF)
[ 78] g_flTexCoordScale1               _ (FF)         _ (FF)
[ 79] g_flTexCoordScale2               _ (FF)         _ (FF)
[ 80] g_flTexCoordScale3               _ (FF)         _ (FF)
[126] g_vTexCoordOffset3               _ (FF)         _ (FF)
[128] g_vTexCoordScroll3               _ (FF)         _ (FF)   // 7
[ 81] g_tColor0                        0 (00)         0 (00)
[ 82] g_tColor1                        1 (01)         0 (00)
[ 83] g_tColor2                        2 (02)         0 (00)
[ 84] g_tColor3                        3 (03)         0 (00)
[  6] DefaultSamplerState              0 (00)         0 (00)
[  2] BackStencilFunc                  _ (FF)         _ (FF)
[  5] CullMode                         _ (FF)         _ (FF)
[ 18] StencilEnable                    _ (FF)         _ (FF)
[ 19] StencilFunc                      _ (FF)         _ (FF)
[ 20] StencilReadMask                  _ (FF)         _ (FF)
[ 21] StencilRef                       _ (FF)         _ (FF)   // 18
[100] g_vColorTint0                    4 (04)         0 (00)
[101] g_vColorTint1                    8 (08)         0 (00)
[102] g_vColorTint2                   12 (0C)         0 (00)
[103] g_vColorTint3                   16 (10)         0 (00)
[135] g_vTexCoordTransform3U          96 (60)         0 (00)
[136] g_vTexCoordTransform3V         100 (64)         0 (00)   // 24

WRITESEQ[1]                         dest        control
[ 81] g_tColor0                        0 (00)         0 (00)
[ 82] g_tColor1                        1 (01)         0 (00)
[ 83] g_tColor2                        2 (02)         0 (00)
[ 84] g_tColor3                        3 (03)         0 (00)
[  6] DefaultSamplerState              0 (00)         0 (00)
[  6] DefaultSamplerState              1 (01)         0 (00)
[  6] DefaultSamplerState              2 (02)         0 (00)
[  6] DefaultSamplerState              3 (03)         0 (00)
[ 18] StencilEnable                    _ (FF)         _ (FF)
[ 21] StencilRef                       _ (FF)         _ (FF)
[ 20] StencilReadMask                  _ (FF)         _ (FF)
[ 19] StencilFunc                      _ (FF)         _ (FF)
[  2] BackStencilFunc                  _ (FF)         _ (FF)
[  5] CullMode                         _ (FF)         _ (FF)   // 14
[100] g_vColorTint0                    4 (04)         0 (00)
[101] g_vColorTint1                    8 (08)         0 (00)
[102] g_vColorTint2                   12 (0C)         0 (00)
[103] g_vColorTint3                   16 (10)         0 (00)   // 18

WRITESEQ[2]                         dest        control
[ 81] g_tColor0                        0 (00)         0 (00)
[ 82] g_tColor1                        1 (01)         0 (00)
[ 83] g_tColor2                        2 (02)         0 (00)
[ 84] g_tColor3                        3 (03)         0 (00)
[  6] DefaultSamplerState              0 (00)         0 (00)
[  6] DefaultSamplerState              1 (01)         0 (00)
[  6] DefaultSamplerState              2 (02)         0 (00)
[  6] DefaultSamplerState              3 (03)         0 (00)
[ 18] StencilEnable                    _ (FF)         _ (FF)
[ 21] StencilRef                       _ (FF)         _ (FF)
[ 20] StencilReadMask                  _ (FF)         _ (FF)
[ 19] StencilFunc                      _ (FF)         _ (FF)
[  2] BackStencilFunc                  _ (FF)         _ (FF)
[  5] CullMode                         _ (FF)         _ (FF)   // 14
[100] g_vColorTint0                    4 (04)         0 (00)
[101] g_vColorTint1                    8 (08)         0 (00)
[102] g_vColorTint2                   12 (0C)         0 (00)
[103] g_vColorTint3                   16 (10)         0 (00)
[135] g_vTexCoordTransform3U          96 (60)         0 (00)
[136] g_vTexCoordTransform3V         100 (64)         0 (00)   // 20


Dynamic (D-Param) configurations (2 defined)
--------------------------------------------
Each dynamic parameters has 1 or more defined states. The disabled state (0) is shown as '_'
All permitted configurations are listed with their matching write sequence and GPU source (there is exactly
one of these for each configuration). To save space, the parameter names (original names starting with D_)
are shortened to 3-5 length strings (shown in parenthesis).

D_SFM_LIGHTING(sfm_l), D_NORMAL_MAP(nor_m), D_ALLOW_PARALLAX(all_p), D_WORLDSPACE_TEXCOORDS(wor_t)
D_SPECULAR_GBUFFER_DISABLED(sgd), D_WRITE_WATER_FOG_TO_DEST_ALPHA(wwftd), D_FORCE_FOG_IN_FORWARD(ffif)
D_GLOBAL_LIGHT_SHADOWS(gls)

      sfm_l nor_m all_p wor_t   sgd wwftd  ffif   gls
[00]      _     _     _     _     _     _     _     _   WRITESEQ[1] GLSL[0] //source/0
[04]      _     _     _     1     _     _     _     _   WRITESEQ[2] GLSL[1] //source/1


// configuration states (128), trailing summary

0       _       _       _       0       _       _       _       _       _       _       _       _       _       _       _       
_       _       _       _       _       _       _       _       _       _       _       _       _       _       _       _       
_       _       _       _       _       _       _       _       _       _       _       _       _       _       _       _       
_       _       _       _       _       _       _       _       _       _       _       _       _       _       _       _       
_       _       _       _       _       _       _       _       _       _       _       _       _       _       _       _       
_       _       _       _       _       _       _       _       _       _       _       _       _       _       _       _       
_       _       _       _       _       _       _       _       _       _       _       _       _       _       _       _       
_       _       _       _       _       _       _       _       _       _       _       _       _       _       _       _


source bytes/flags
------------------
1C      // possible control byte (28) or flags (00011100)
02      // values seen (0,1,2)
00      // always 0
00      // always 0
1       // values seen 0,1
2       // nr of source files
1       // values seen 0,1


End blocks
----------
02 00 00 00   // end blocks (2)

block-ref         0
arg0              0
source-ref        0
source-pointer    5
has data (False,False,True)
// data-section 2
00 00 00
00 00 00 00 00 00 00 00 04 04 04 04 04 04 04 04 05 05 05 05 05 05 05 05
00 00 00 00 00 00 00 00 04 04 04 04 04 04 04 04 05 05 05 05 05 05 05 05
00 00 00 00 00 00 00 00 0F 0F 0F 0F 0F 0F 0F 0F 00 00 00 00 00 00 00 00

block-ref         4
arg0              0
source-ref        1
source-pointer    8026
has data (False,False,True)
// data-section 2
00 00 00
00 00 00 00 00 00 00 00 04 04 04 04 04 04 04 04 05 05 05 05 05 05 05 05
00 00 00 00 00 00 00 00 04 04 04 04 04 04 04 04 05 05 05 05 05 05 05 05
00 00 00 00 00 00 00 00 0F 0F 0F 0F 0F 0F 0F 0F 00 00 00 00 00 00 00 00