yet another PlayStationPortable Documentation

yet another PlayStationPortable Documentation

11 3D Graphics Processing

images/ge_block.jpg

11.1 GE Command Format

Each command word is divided into two parts, a 8-bit command and a 24-bit argument. The command is in the upper part of the word, and the argument in the lower. The argument can be either integer of a special kind of float that the GE supports (described below).

11.2 GE Floats

Floats processed in the command-stream are 24 bits instead of 32 that are used by the CPU. Conversion from 32 to 24 bits is done by shifting the value down 8 bits, losing the least significant bits of the mantissa.

11.3 Pointers

Some pointers use a shared register when loading addresses called BASE. This register must be written BEFORE you write to the designated register. All these registers are marked with (BASE) after the summary. Other pointers only use 28 bits of information, and their top bits are referred to as the '4 most significant bits' in pointer, which reflects bits 24-27, not 28-31 which could perhaps be believed from common terminology.

11.4 Enabling Registers

Any command or bit that has 'Enable' in the name implies that setting the first bit (or the bit itself) enables the feature, and no ON/OFF-states are documented.

11.5 GE Command List

num	name	description
`0x00`	`NOP`	No Operation
`0x01`	`VADDR`	Vertex List (BASE)
`0x02`	`IADDR`	Index List (BASE)
`0x03`
`0x04`	`PRIM`	Primitive Kick
`0x05`	`BEZIER`	Bezier Patch Kick
`0x06`	`SPLINE`	Spline Surface Kick
`0x07`	`BBOX`	Bounding Box
`0x08`	`JUMP`	Jump To New Address (BASE)
`0x09`	`BJUMP`	Conditional Jump (BASE)
`0x0A`	`CALL`	Call Address (BASE)
`0x0B`	`RET`	Return From Call
`0x0C`	`END`	Stop Execution
`0x0D`
`0x0E`	`SIGNAL`	Raise Signal Interrupt
`0x0F`	`FINISH`	Complete Rendering
`0x10`	`BASE`	Base Address Register
`0x11`
`0x12`	`VTYPE`	Vertex Type
`0x13`	`???`	Offset Address (BASE)
`0x14`	`???`	Origin Address (BASE)
`0x15`	`REGION1`	Draw Region Start
`0x16`	`REGION2`	Draw Region End
`0x17`	`LTE`	Lighting Enable
`0x18`	`LTE0`	Light 0 Enable
`0x19`	`LTE1`	Light 1 Enable
`0x1A`	`LTE2`	Light 2 Enable
`0x1B`	`LTE3`	Light 3 Enable
`0x1C`	`CPE`	Clip Plane Enable
`0x1D`	`BCE`	Backface Culling Enable
`0x1E`	`TME`	Texture Mapping Enable
`0x1F`	`FGE`	Fog Enable
`0x20`	`DTE`	Dither Enable
`0x21`	`ABE`	Alpha Blend Enable
`0x22`	`ATE`	Alpha Test Enable
`0x23`	`ZTE`	Depth Test Enable
`0x24`	`STE`	Stencil Test Enable
`0x25`	`AAE`	Anitaliasing Enable
`0x26`	`PCE`	Patch Cull Enable
`0x27`	`CTE`	Color Test Enable
`0x28`	`LOE`	Logical Operation Enable
`0x29`
`0x2A`	`BOFS`	Bone Matrix Offset
`0x2B`	`BONE`	Bone Matrix Upload
`0x2C`	`MW0`	Morph Weight 0
`0x2D`	`MW1`	Morph Weight 1
`0x2E`	`MW2`	Morph Weight 2
`0x2F`	`MW3`	Morph Weight 3
`0x30`	`MW4`	Morph Weight 4
`0x31`	`MW5`	Morph Weight 5
`0x32`	`MW6`	Morph Weight 6
`0x33`	`MW7`	Morph Weight 7
`0x34`
`0x35`
`0x36`	`PSUB`	Patch Subdivision
`0x37`	`PPRIM`	Patch Primitive
`0x38`	`PFACE`	Patch Front Face
`0x39`
`0x3A`	`WMS`	World Matrix Select
`0x3B`	`WORLD`	World Matrix Upload
`0x3C`	`VMS`	View Matrix Select
`0x3D`	`VIEW`	View Matrix upload
`0x3E`	`PMS`	Projection matrix Select
`0x3F`	`PROJ`	Projection Matrix upload
`0x40`	`TMS`	Texture Matrix Select
`0x41`	`TMATRIX`	Texture Matrix Upload
`0x42`	`XSCALE`	Viewport Width Scale
`0x43`	`YSCALE`	Viewport Height Scale
`0x44`	`ZSCALE`	Depth Scale
`0x45`	`XPOS`	Viewport X Position
`0x46`	`YPOS`	Viewport Y Position
`0x47`	`ZPOS`	Depth Position
`0x48`	`USCALE`	Texture Scale U
`0x49`	`VSCALE`	Texture Scale V
`0x4A`	`UOFFSET`	Texture Offset U
`0x4B`	`VOFFSET`	Texture Offset V
`0x4C`	`OFFSETX`	Viewport offset (X)
`0x4D`	`OFFSETY`	Viewport offset (Y)
`0x4E`
`0x4F`
`0x50`	`SHADE`	Shade Model
`0x51`	`RNORM`	Reverse Face Normals Enable
`0x52`
`0x53`	`CMAT`	Color Material
`0x54`	`EMC`	Emissive Model Color
`0x55`	`AMC`	Ambient Model Color
`0x56`	`DMC`	Diffuse Model Color
`0x57`	`SMC`	Specular Model Color
`0x58`	`AMA`	Ambient Model Alpha
`0x59`
`0x5A`
`0x5B`	`SPOW`	Specular Power
`0x5C`	`ALC`	Ambient Light Color
`0x5D`	`ALA`	Ambient Light Alpha
`0x5E`	`LMODE`	Light Model
`0x5F`	`LT0`	Light Type 0
`0x60`	`LT1`	Light Type 1
`0x61`	`LT2`	Light Type 2
`0x62`	`LT3`	Light Type 3
`0x63`	`LXP0`	Light X Position 0
`0x64`	`LYP0`	Light Y Position 0
`0x65`	`LZP0`	Light Z Position 0
`0x66`	`LXP1`	Light X Position 1
`0x67`	`LYP1`	Light Y Position 1
`0x68`	`LZP1`	Light Z Position 1
`0x69`	`LXP2`	Light X Position 2
`0x6A`	`LYP2`	Light Y Position 2
`0x6B`	`LZP2`	Light Z Position 2
`0x6C`	`LXP3`	Light X Position 3
`0x6D`	`LYP3`	Light Y Position 3
`0x6E`	`LZP3`	Light Z Position 3
`0x6F`	`LXD0`	Light X Direction 0
`0x70`	`LYD0`	Light Y Direction 0
`0x71`	`LZD0`	Light Z Direction 0
`0x72`	`LXD1`	Light X Direction 1
`0x73`	`LYD1`	Light Y Direction 1
`0x74`	`LZD1`	Light Z Direction 1
`0x75`	`LXD2`	Light X Direction 2
`0x76`	`LYD2`	Light Y Direction 2
`0x77`	`LZD2`	Light Z Direction 2
`0x78`	`LXD3`	Light X Direction 3
`0x79`	`LYD3`	Light Y Direction 3
`0x7A`	`LZD3`	Light Z Direction 3
`0x7B`	`LCA0`	Light Constant Attenuation 0
`0x7C`	`LLA0`	Light Linear Attenuation 0
`0x7D`	`LQA0`	Light Quadratic Attenuation 0
`0x7E`	`LCA1`	Light Constant Attenuation 1
`0x7F`	`LLA1`	Light Linear Attenuation 1
`0x80`	`LQA1`	Light Quadratic Attenuation 1
`0x81`	`LCA2`	Light Constant Attenuation 2
`0x82`	`LLA2`	Light Linear Attenuation 2
`0x83`	`LQA2`	Light Quadratic Attenuation 2
`0x84`	`LCA3`	Light Constant Attenuation 3
`0x85`	`LLA3`	Light Linear Attenuation 3
`0x86`	`LQA3`	Light Quadratic Attenuation 3
`0x87`	`???`	Spot light 0 exponent
`0x88`	`???`	Spot light 1 exponent
`0x89`	`???`	Spot light 2 exponent
`0x8A`	`???`	Spot light 3 exponent
`0x8B`	`???`	Spot light 0 cutoff
`0x8C`	`???`	Spot light 1 cutoff
`0x8D`	`???`	Spot light 2 cutoff
`0x8E`	`???`	Spot light 3 cutoff
`0x8F`	`ALC0`	Ambient Light Color 0
`0x90`	`DLC0`	Diffuse Light Color 0
`0x91`	`SLC0`	Specular Light Color 0
`0x92`	`ALC1`	Ambient Light Color 1
`0x93`	`DLC1`	Diffuse Light Color 1
`0x94`	`SLC1`	Specular Light Color 1
`0x95`	`ALC2`	Ambient Light Color 2
`0x96`	`DLC2`	Diffuse Light Color 2
`0x97`	`SLC2`	Specular Light Color 2
`0x98`	`ALC3`	Ambient Light Color 3
`0x99`	`DLC3`	Diffuse Light Color 3
`0x9A`	`SLC3`	Specular Light Color 3
`0x9B`	`FFACE`	Front Face Culling Order
`0x9C`	`FBP`	Frame Buffer Pointer
`0x9D`	`FBW`	Frame Buffer Width
`0x9E`	`ZBP`	Depth Buffer Pointer
`0x9F`	`ZBW`	Depth Buffer Width
`0xA0`	`TBP0`	Texture Buffer Pointer 0
`0xA1`	`TBP1`	Texture Buffer Pointer 1
`0xA2`	`TBP2`	Texture Buffer Pointer 2
`0xA3`	`TBP3`	Texture Buffer Pointer 3
`0xA4`	`TBP4`	Texture Buffer Pointer 4
`0xA5`	`TBP5`	Texture Buffer Pointer 5
`0xA6`	`TBP6`	Texture Buffer Pointer 6
`0xA7`	`TBP7`	Texture Buffer Pointer 7
`0xA8`	`TBW0`	Texture Buffer Width 0
`0xA9`	`TBW1`	Texture Buffer Width 1
`0xAA`	`TBW2`	Texture Buffer Width 2
`0xAB`	`TBW3`	Texture Buffer Width 3
`0xAC`	`TBW4`	Texture Buffer Width 4
`0xAD`	`TBW5`	Texture Buffer Width 5
`0xAE`	`TBW6`	Texture Buffer Width 6
`0xAF`	`TBW7`	Texture Buffer Width 7
`0xB0`	`CBP`	CLUT Buffer Pointer
`0xB1`	`CBPH`	CLUT Buffer Pointer H
`0xB2`	`TRXSBP`	Transmission Source Buffer Pointer
`0xB3`	`TRXSBW`	Transmission Source Buffer Width
`0xB4`	`TRXDBP`	Transmission Destination Buffer Pointer
`0xB5`	`TRXDBW`	Transmission Destination Buffer Width
`0xB6`
`0xB7`
`0xB8`	`TSIZE0`	Texture Size Level 0
`0xB9`	`TSIZE1`	Texture Size Level 1
`0xBA`	`TSIZE2`	Texture Size Level 2
`0xBB`	`TSIZE3`	Texture Size Level 3
`0xBC`	`TSIZE4`	Texture Size Level 4
`0xBD`	`TSIZE5`	Texture Size Level 5
`0xBE`	`TSIZE6`	Texture Size Level 6
`0xBF`	`TSIZE7`	Texture Size Level 7
`0xC0`	`TMAP`	Texture Projection Map Mode + Texture Map Mode
`0xC1`		Texture Environment Map Matrix
`0xC2`	`TMODE`	Texture Mode
`0xC3`	`TPSM`	Texture Pixel Storage Mode
`0xC4`	`CLOAD`	CLUT Load
`0xC5`	`CMODE`	CLUT Mode
`0xC6`	`TFLT`	Texture Filter
`0xC7`	`TWRAP`	Texture Wrapping
`0xC8`	`TBIAS`	Texture Level Bias (???)
`0xC9`	`TFUNC`	Texture Function
`0xCA`	`TEC`	Texture Environment Color
`0xCB`	`TFLUSH`	Texture Flush
`0xCC`	`TSYNC`	Texture Sync
`0xCD`	`FFAR`	Fog Far (???)
`0xCE`	`FDIST`	Fog Range
`0xCF`	`FCOL`	Fog Color
`0xD0`	`TSLOPE`	Texture Slope
`0xD1`
`0xD2`	`PSM`	Frame Buffer Pixel Storage Mode
`0xD3`	`CLEAR`	Clear Flags
`0xD4`	`SCISSOR1`	Scissor Region Start
`0xD5`	`SCISSOR2`	Scissor Region End
`0xD6`	`NEARZ`	Near Depth Range
`0xD7`	`FARZ`	Far Depth Range
`0xD8`	`CTST`	Color Test Function
`0xD9`	`CREF`	Color Reference
`0xDA`	`CMSK`	Color Mask
`0xDB`	`ATST`	Alpha Test
`0xDC`	`STST`	Stencil Test
`0xDD`	`SOP`	Stencil Operations
`0xDE`	`ZTST`	Depth Test Function
`0xDF`	`ALPHA`	Alpha Blend
`0xE0`	`SFIX`	Source Fix Color
`0xE1`	`DFIX`	Destination Fix Color
`0xE2`	`DTH0`	Dither Matrix Row 0
`0xE3`	`DTH1`	Dither Matrix Row 1
`0xE4`	`DTH2`	Dither Matrix Row 2
`0xE5`	`DTH3`	Dither Matrix Row 3
`0xE6`	`LOP`	Logical Operation
`0xE7`	`ZMSK`	Depth Mask
`0xE8`	`PMSKC`	Pixel Mask Color
`0xE9`	`PMSKA`	Pixel Mask Alpha
`0xEA`	`TRXKICK`	Transmission Kick
`0xEB`	`TRXSPOS`	Transfer Source Position
`0xEC`	`TRXDPOS`	Transfer Destination Position
`0xED`
`0xEE`	`TRXSIZE`	Transfer Size
`0xEF`
`0xF0`
`0xF1`
`0xF2`
`0xF3`
`0xF4`
`0xF5`
`0xF6`
`0xF7`
`0xF8`
`0xF9`
`0xFA`
`0xFB`
`0xFC`
`0xFD`
`0xFE`
`0xFF`

11.5.1 VADDR

0x01 4 w VADDR - Vertex List (BASE)

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		24 least significant bits of pointer

11.5.2 IADDR

0x02 4 w IADDR - Index List (BASE)

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		24 least significant bits of pointer

11.5.3 PRIM

0x04 4 w PRIM - Primitive Kick

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)

description

16-18

Primitive type

000	Points
001	Lines
010	Line Strips
011	Triangles
100	Triangle Strips
101	Triangle Fans
110	Sprites (2D Rectangles)

0-15

Number of vertices to kick (0-65535)

11.5.4 BEZIER

0x05 4 w BEZIER - Bezier Patch Kick

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
8-15		V Count
0-7		U Count

11.5.5 SPLINE

0x06 4 w SPLINE - Spline Surface Kick

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)

description

18-19

V Edges

00	Close/Close
01	Open/Close
10	Close/Open
11	Open/Open

16-17

U Edges

00	Close/Close
01	Open/Close
10	Close/Open
11	Open/Open

8-15

V Count

0-7

U Count

11.5.6 BBOX

0x07 4 w BBOX - Bounding Box

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-15		Number of vertices to test for conditional rendering (0-65535)

11.5.7 JUMP

0x08 4 w JUMP - Jump To New Address (BASE)

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		24 least significant bits of pointer

11.5.8 BJUMP

0x09 4 w BJUMP - Conditional Jump (BASE)

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		24 least significant bits of pointer

11.5.9 CALL

0x0A 4 w CALL - Call Address (BASE)

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		24 least significant bits of pointer

11.5.10 RET

0x0B 4 w RET - Return From Call

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)

description

11.5.11 END

0x0C 4 w END - Stop Execution

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)

description

11.5.12 SIGNAL

0x0E 4 w SIGNAL - Raise Signal Interrupt

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
16-23		Signal index to trigger
0-15		Argument to pass to signal handler

11.5.13 FINISH

0x0F 4 w FINISH - Complete Rendering

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)

description

11.5.14 BASE

0x10 4 w BASE Base Address Register

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
16-20		4 most significant bits for address (28 bits total)

11.5.15 VTYPE

0x12 4 w VTYPE - Vertex Type

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)

description

23

Bypass Transform Pipeline

0	Transformed Coordinates
1	Raw Coordinates

18-20

Number of vertices (Morphing)

000-111: 1-8 vertices

14-16

Number of weights (Skinning)

000-111: 1-8 weights

11-12

Index Format

00	Not using indices
01	8-bit
10	16-bit
11

9-10

Weight Format

00	Not present in vertex
01	8-bit fixed
10	16-bit fixed
11	32-bit floats

7-8

Position Format (3 values XYZ)

00	Not present in vertex
01	8-bit fixed
10	16-bit fixed
11	32-bit floats

5-6

Normal Format (3 values XYZ)

00	Not present in vertex
01	8-bit fixed
10	16-bit fixed
11	32-bit floats

2-4

Color Format (1 value)

000	Not present in vertex
001
010
011
100	16-bit BGR-5650
101	16-bit ABGR-5551
110	16-bit ABGR-4444
111	32-bit ABGR-8888

0-1

Texture Format (2 values ST/UV)

00	Not present in vertex
01	8-bit fixed
10	16-bit fixed
11	32-bit floats

11.5.16 REGION1

0x15 4 w REGION1 - Draw Region Start

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
10-19		Y Start
0-9		X Start

11.5.17 REGION2

0x16 4 w REGION2 - Draw Region End

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
10-19		Y End (y + height)-1
0-9		X End (x + width)-1

11.5.18 BOFS

0x2a 4 w BOFS - Bone Matrix Offset

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Bone Matrix Offset (*)

*) Offset is in values, so each matrix is offset by 3*4 values

11.5.19 BONE

0x2b 4 w BONE - Bone Matrix Upload

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Matrix Value (GE Float)

Write 3x4 times to upload full bone matrix

11.5.20 MW0

0x2c 4 w MW0 - Morph Weight 0

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Morph Value (GE float)

11.5.21 MW1

0x2d 4 w MW1 - Morph Weight 1

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Morph Value (GE float)

11.5.22 MW2

0x2e 4 w MW2 - Morph Weight 2

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Morph Value (GE float)

11.5.23 MW3

0x2f 4 w MW3 - Morph Weight 3

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Morph Value (GE float)

11.5.24 MW4

0x30 4 w MW4 - Morph Weight 4

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Morph Value (GE float)

11.5.25 MW5

0x31 4 w MW5 - Morph Weight 5

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Morph Value (GE float)

11.5.26 MW6

0x32 4 w MW6 - Morph Weight 6

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Morph Value (GE float)

11.5.27 MW7

0x33 4 w MW7 - Morph Weight 7

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Morph Value (GE float)

11.5.28 PSUB

0x36 4 w PSUB - Patch Subdivision

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
8-15		T Subdivision
0-7		S Subdivision

11.5.29 PPRIM

0x37 4 w PPRIM - Patch Primitive

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)

description

0-1

00	Triangles
01	Lines
10	Points
11

11.5.30 PFACE

0x38 4 w PFACE - Patch Front Face

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)

description

0

0	Clockwise
1	Counter-Clockwise

11.5.31 WORLD

0x3b 4 w WORLD - World Matrix Upload

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Matrix Value (GE Float)

Write 3*4 values for complete matrix

11.5.32 VIEW

0x3d 4 w VIEW - View Matrix upload

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Matrix Value (GE Float)

Write 3*4 values for complete matrix

11.5.33 PROJ

0x3f 4 w PROJ - Projection Matrix upload

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Matrix Value (GE Float)

Write 4*4 values for complete matrix

11.5.34 TMA

0x41 4 w TMATRIX - Texture Matrix Upload

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Matrix Value (GE Float)

Write 3*4 values for complete matrix

11.5.35 XSCALE

0x42 4 w XSCALE - Viewport Width Scale

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Scale Value (GE Float)

11.5.36 YSCALE

0x43 4 w YSCALE - Viewport Height Scale

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Scale Value (GE Float)

11.5.37 ZSCALE

0x44 4 w ZSCALE - Depth Scale

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Scale Value (GE Float)

11.5.38 XPOS

0x45 4 w XPOS - Viewport X Position

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Offset Value (GE Float)

11.5.39 YPOS

0x46 4 w YPOS - Viewport Y Position

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Offset Value (GE Float)

11.5.40 ZPOS

0x47 4 w ZPOS - Depth Position

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Offset Value (GE Float)

11.5.41 USCALE

0x48 4 w USCALE - Texture Scale U

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Scale Value (GE Float)

11.5.42 VSCALE

0x49 4 w VSCALE - Texture Scale V

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Scale Value (GE Float)

11.5.43 UOFFSET

0x4a 4 w UOFFSET - Texture Offset U

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Offset Value (GE Float)

11.5.44 VOFFSET

0x4b 4 w VOFFSET - Texture Offset V

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Offset Value (GE Float)

11.5.45 OFFSETX

0x4c 4 w OFFSETX - Viewport offset (X)

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		X Offset (12.4 fixed)

11.5.46 OFFSETY

0x4d 4 w OFFSETY - Viewport offset (Y)

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Y Offset (12.4 fixed)

11.5.47 SHADE

0x50 4 w SHADE - Shade Model

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)

description

0

Shading type

0	Flat
1	Smooth

11.5.48 CMAT

0x53 4 w CMAT - Color Material

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)

description

0-2

Material flags (OR together)

000
001	Ambient
010	Diffuse
011
100	Specular
101
110
111

11.5.49 EMC

0x54 4 w EMC - Emissive Model Color

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
16-23		Blue Component
8-15		Green Component
0-7		Red Component

11.5.50 AMC

0x55 4 w AMC - Ambient Model Color

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
16-23		Blue Component
8-15		Green Component
0-7		Red Component

11.5.51 DMC

0x56 4 w DMC - Diffuse Model Color

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
16-23		Blue Component
8-15		Green Component
0-7		Red Component

11.5.52 SMC

0x57 4 w SMC - Specular Model Color

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
16-23		Blue Component
8-15		Green Component
0-7		Red Component

11.5.53 AMA

0x58 4 w AMA - Ambient Model Alpha

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-7		Alpha Component

11.5.54 SPOW

0x5b 4 w SPOW - Specular Power

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Power (GE Float)

11.5.55 ALC

0x5c 4 w ALC - Ambient Light Color

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
16-23		Blue Component
8-15		Green Component
0-7		Red Component

11.5.56 ALA

0x5d 4 w ALA - Ambient Light Alpha

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-7		Alpha Component

11.5.57 LMODE

0x5e 4 w LMODE - Light Model

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)

description

0

Lighting model

0	Single color
1	Separate specular color

11.5.58 LT0

0x5f 4 w LT0 Light Type 0

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)

description

8-9

Light Type

00	Directional Light
01	Point Light
10	Spot Light
11

0-1

Light Components

00	Ambient & Diffuse
01	Diffuse & Specular
10	Unknown (diffuse color, affected by specular power)
11

11.5.59 LT1

0x60 4 w LT1 Light Type 1

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)

description

8-9

Light Type

00	Directional Light
01	Point Light
10	Spot Light
11

0-1

Light Components

00	Ambient & Diffuse
01	Diffuse & Specular
10	Unknown (diffuse color, affected by specular power)
11

11.5.60 LT2

0x61 4 w LT2 Light Type 2

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)

description

8-9

Light Type

00	Directional Light
01	Point Light
10	Spot Light
11

0-1

Light Components

00	Ambient & Diffuse
01	Diffuse & Specular
10	Unknown (diffuse color, affected by specular power)
11

11.5.61 LT3

0x62 4 w LT3 Light Type 3

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)

description

8-9

Light Type

00	Directional Light
01	Point Light
10	Spot Light
11

0-1

Light Components

00	Ambient & Diffuse
01	Diffuse & Specular
10	Unknown (diffuse color, affected by specular power)
11

11.5.62 LXP0

0x63 4 w LXP0 - Light X Position 0

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Vector Component (GE Float)

11.5.63 LYP0

0x64 4 w LYP0 - Light Y Position 0

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Vector Component (GE Float)

11.5.64 LZP0

0x65 4 w LZP0 - Light Z Position 0

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Vector Component (GE Float)

11.5.65 LXP1

0x66 4 w LXP1 - Light X Position 1

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Vector Component (GE Float)

11.5.66 LYP1

0x67 4 w LYP1 - Light Y Position 1

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Vector Component (GE Float)

11.5.67 LZP1

0x68 4 w LZP1 - Light Z Position 1

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Vector Component (GE Float)

11.5.68 LXP2

0x69 4 w LXP2 - Light X Position 2

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Vector Component (GE Float)

11.5.69 LYP2

0x6a 4 w LYP2 - Light Y Position 2

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Vector Component (GE Float)

11.5.70 LZP2

0x6b 4 w LZP2 - Light Z Position 2

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Vector Component (GE Float)

11.5.71 LXP3

0x6c 4 w LXP3 - Light X Position 3

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Vector Component (GE Float)

11.5.72 LYP3

0x6d 4 w LYP3 - Light Y Position 3

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Vector Component (GE Float)

11.5.73 LZP3

0x6e 4 w LZP3 - Light Z Position 3

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Vector Component (GE Float)

11.5.74 LXD0

0x6f 4 w LXD0 - Light X Direction 0

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Vector Component (GE Float)

11.5.75 LYD0

0x70 4 w LYD0 - Light Y Direction 0

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Vector Component (GE Float)

11.5.76 LZD0

0x71 4 w LZD0 - Light Z Direction 0

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Vector Component (GE Float)

11.5.77 LXD1

0x72 4 w LXD1 - Light X Direction 1

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Vector Component (GE Float)

11.5.78 LYD1

0x73 4 w LYD1 - Light Y Direction 1

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Vector Component (GE Float)

11.5.79 LZD1

0x74 4 w LZD1 - Light Z Direction 1

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Vector Component (GE Float)

11.5.80 LXD2

0x75 4 w LXD2 Light X Direction 2

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Vector Component (GE Float)

11.5.81 LYD2

0x76 4 w LYD2 - Light Y Direction 2

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Vector Component (GE Float)

11.5.82 LZD2

0x77 4 w LZD2 - Light Z Direction 2

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Vector Component (GE Float)

11.5.83 LXD3

0x78 4 w LXD3 - Light X Direction 3

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Vector Component (GE Float)

11.5.84 LYD3

0x79 4 w LYD3 - Light Y Direction 3

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Vector Component (GE Float)

11.5.85 LZD3

0x7a 4 w LZD3 - Light Z Direction 3

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Vector Component (GE Float)

11.5.86 LCA0

0x7b 4 w LCA0 - Light Constant Attenuation 0

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Attenuation Factor (GE Float)

11.5.87 LLA0

0x7c 4 w LLA0 - Light Linear Attenuation 0

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Attenuation Factor (GE Float)

11.5.88 LQA0

0x7d 4 w LQA0 - Light Quadratic Attenuation 0

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Attenuation Factor (GE Float)

11.5.89 LCA1

0x7e 4 w LCA1 - Light Constant Attenuation 1

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Attenuation Factor (GE Float)

11.5.90 LLA1

0x7f 4 w LLA1 - Light Linear Attenuation 1

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Attenuation Factor (GE Float)

11.5.91 LQA1

0x80 4 w LQA1 - Light Quadratic Attenuation 1

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Attenuation Factor (GE Float)

11.5.92 LCA2

0x81 4 w LCA2 - Light Constant Attenuation 2

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Attenuation Factor (GE Float)

11.5.93 LLA2

0x82 4 w LLA2 - Light Linear Attenuation 2

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Attenuation Factor (GE Float)

11.5.94 LQA2

0x83 4 w LQA2 - Light Quadratic Attenuation 2

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Attenuation Factor (GE Float)

11.5.95 LCA3

0x84 4 w LCA3 - Light Constant Attenuation 3

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Attenuation Factor (GE Float)

11.5.96 LLA3

0x85 4 w LLA3 - Light Linear Attenuation 3

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Attenuation Factor (GE Float)

11.5.97 LQA3

0x86 4 w LQA3 - Light Quadratic Attenuation 3

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Attenuation Factor (GE Float)

11.5.98 ???

0x87 4 w ??? Spot light 0 exponent

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Spotlight exponent

11.5.99 ???

0x88 4 w ??? Spot light 1 exponent

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Spotlight exponent

11.5.100 ???

0x89 4 w ??? Spot light 2 exponent

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Spotlight exponent

11.5.101 ???

0x8a 4 w ??? Spot light 3 exponent

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Spotlight exponent

11.5.102 ???

0x8b 4 w ??? Spot light 0 cutoff

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Spotlight cutoff angle (cosine of angle)

11.5.103 ???

0x8c 4 w ??? Spot light 1 cutoff

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Spotlight cutoff angle (cosine of angle)

11.5.104 ???

0x8d 4 w ??? Spot light 2 cutoff

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Spotlight cutoff angle (cosine of angle)

11.5.105 ???

0x8e 4 w ??? Spot light 3 cutoff

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Spotlight cutoff angle (cosine of angle)

11.5.106 ALC0

0x8f 4 w ALC0 - Ambient Light Color 0

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
16-23		Blue Component
8-15		Green Component
0-7		Red Component

11.5.107 DLC0

0x90 4 w DLC0 - Diffuse Light Color 0

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
16-23		Blue Component
8-15		Green Component
0-7		Red Component

11.5.108 SLC0

0x91 4 w SLC0 - Specular Light Color 0

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
16-23		Blue Component
8-15		Green Component
0-7		Red Component

11.5.109 ALC1

0x92 4 w ALC1 - Ambient Light Color 1

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
16-23		Blue Component
8-15		Green Component
0-7		Red Component

11.5.110 DLC1

0x93 4 w DLC1 - Diffuse Light Color 1

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
16-23		Blue Component
8-15		Green Component
0-7		Red Component

11.5.111 SLC1

0x94 4 w SLC1 - Specular Light Color 1

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
16-23		Blue Component
8-15		Green Component
0-7		Red Component

11.5.112 ALC2

0x95 4 w ALC2 - Ambient Light Color 2

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
16-23		Blue Component
8-15		Green Component
0-7		Red Component

11.5.113 DLC2

0x96 4 w DLC2 - Diffuse Light Color 2

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
16-23		Blue Component
8-15		Green Component
0-7		Red Component

11.5.114 SLC2

0x97 4 w SLC2 - Specular Light Color 2

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
16-23		Blue Component
8-15		Green Component
0-7		Red Component

11.5.115 ALC3

0x98 4 w ALC3 - Ambient Light Color 3

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
16-23		Blue Component
8-15		Green Component
0-7		Red Component

11.5.116 DLC3

0x99 4 w DLC3 - Diffuse Light Color 3

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
16-23		Blue Component
8-15		Green Component
0-7		Red Component

11.5.117 SLC3

0x9a 4 w SLC3 - Specular Light Color 3

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
16-23		Blue Component
8-15		Green Component
0-7		Red Component

11.5.118 FFACE

0x9b 4 w FFACE - Front Face Culling Order

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)

description

0

Culling Order

0	Clockwise primitives are visible
1	Counter-clockwise primitives are visible

11.5.119 FBP

0x9c 4 w FBP - Frame Buffer Pointer

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		24 least significant bits of pointer (see FBW)

11.5.120 FBW

0x9d 4 w FBW - Frame Buffer Width

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
16-23		8 most significant bits of pointer (see FBP)
0-15		Buffer width in pixels

11.5.121 ZBP

0x9e 4 w ZBP - Depth Buffer Pointer

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		24 least significant bits of pointer (see ZBW)

11.5.122 ZBW

0x9f 4 w ZBW - Depth Buffer Width

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
16-23		8 most significant bits of pointer (see ZBP)
0-15		Buffer width in pixels

11.5.123 TBP0

0xa0 4 w TBP0 - Texture Buffer Pointer 0

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		24 least significant bits of pointer (see TBW0)

11.5.124 TBP1

0xa1 4 w TBP1 - Texture Buffer Pointer 1

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		24 least significant bits of pointer (see TBW1)

11.5.125 TBP2

0xa2 4 w TBP2 - Texture Buffer Pointer 2

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		24 least significant bits of pointer (see TBW2)

11.5.126 TBP3

0xa3 4 w TBP3 - Texture Buffer Pointer 3

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		24 least significant bits of pointer (see TBW3)

11.5.127 TBP4

0xa4 4 w TBP4 - Texture Buffer Pointer 4

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		24 least significant bits of pointer (see TBW4)

11.5.128 TBP5

0xa5 4 w TBP5 - Texture Buffer Pointer 5

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		24 least significant bits of pointer (see TBW5)

11.5.129 TBP6

0xa6 4 w TBP6 - Texture Buffer Pointer 6

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		24 least significant bits of pointer (see TBW6)

11.5.130 TBP7

0xa7 4 w TBP7 - Texture Buffer Pointer 7

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		24 least significant bits of pointer (see TBW7)

11.5.131 TBW0

0xa8 4 w TBW0 - Texture Buffer Width 0

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
16-20		4 most significant bits of pointer (see TBP0)
0-15		Buffer width in pixels

11.5.132 TBW1

0xa9 4 w TBW1 - Texture Buffer Width 1

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
16-20		4 most significant bits of pointer (see TBP1)
0-15		Buffer width in pixels

11.5.133 TBW2

0xaa 4 w TBW2 - Texture Buffer Width 2

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
16-20		4 most significant bits of pointer (see TBP2)
0-15		Buffer width in pixels

11.5.134 TBW3

0xab 4 w TBW3 - Texture Buffer Width 3

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
16-20		4 most significant bits of pointer (see TBP3)
0-15		Buffer width in pixels

11.5.135 TBW4

0xac 4 w TBW4 - Texture Buffer Width 4

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
16-20		4 most significant bits of pointer (see TBP4)
0-15		Buffer width in pixels

11.5.136 TBW5

0xad 4 w TBW5 - Texture Buffer Width 5

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
16-20		4 most significant bits of pointer (see TBP5)
0-15		Buffer width in pixels

11.5.137 TBW6

0xae 4 w TBW6 - Texture Buffer Width 6

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
16-20		4 most significant bits of pointer (see TBP6)
0-15		Buffer width in pixels

11.5.138 TBW7

0xaf 4 w TBW7 - Texture Buffer Width 7

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
16-20		4 most significant bits of pointer (see TBP7)
0-15		Buffer width in pixels

11.5.139 CBP

0xb0 4 w CBP - CLUT Buffer Pointer

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		24 least significant bits of pointer (see CBPH)

11.5.140 CBPH

0xb1 4 w CBPH - CLUT Buffer Pointer H

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
16-20		4 most significant bits of pointer (see CBP)

11.5.141 TRXSBP

0xb2 4 w TRXSBP - Transmission Source Buffer Pointer

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		24 least significant bits of pointer (see TRXSBW)

11.5.142 TRXSBW

0xb3 4 w TRXSBW - Transmission Source Buffer Width

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
16-23		8 most significant bits of pointer (see TRXSBP)
0-15		Source Buffer Width

11.5.143 TRXDBP

0xb4 4 w TRXDBP - Transmission Destination Buffer Pointer

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		24 least significant bits of pointer (see TRXDBW)

11.5.144 TRXDBW

0xb5 4 w TRXDBW - Transmission Destination Buffer Width

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
16-23		8 most significant bits of pointer (see TRXDBP)
0-15		Destination Buffer Width

11.5.145 TSIZE0

0xb8 4 w TSIZE0 - Texture Size Level 0

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
8-15		Height = 2^TH
0-7		Width = 2^TW

11.5.146 TSIZE1

0xb9 4 w TSIZE1 - Texture Size Level1

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
8-15		Height = 2^TH
0-7		Width = 2^TW

11.5.147 TSIZE2

0xba 4 w TSIZE2 - Texture Size Level 2

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
8-15		Height = 2^TH
0-7		Width = 2^TW

11.5.148 TSIZE3

0xbb 4 w TSIZE3 - Texture Size Level 3

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
8-15		Height = 2^TH
0-7		Width = 2^TW

11.5.149 TSIZE4

0xbc 4 w TSIZE4 - Texture Size Level 4

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
8-15		Height = 2^TH
0-7		Width = 2^TW

11.5.150 TSIZE5

0xbd 4 w TSIZE5 - Texture Size Level 5

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
8-15		Height = 2^TH
0-7		Width = 2^TW

11.5.151 TSIZE6

0xbe 4 w TSIZE6 - Texture Size Level 6

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
8-15		Height = 2^TH
0-7		Width = 2^TW

11.5.152 TSIZE7

0xbf 4 w TSIZE7 - Texture Size Level 7

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
8-15		Height = 2^TH
0-7		Width = 2^TW

11.5.153 TMAP

0xc0 4 w TMAP - Texture Projection Map Mode + Texture Map Mode

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)

description

8-9

Texture Projection Map Mode

00	Position
01	Texture Coordinates
10	Normalized Normal
11	Normal

0-1

Texture Map Mode

00	Texture Coordinates (UV)
01	Texture Matrix
10	Environment Map
11

11.5.154 ???

0xc1 4 w ??? Texture Environment Map Matrix

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
8-9		2nd column for matrix
0-1		1st Column for matrix

11.5.155 TMODE

0xc2 4 w TMODE - Texture Mode

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
16-20		Maximum mipmap level
8-15		???
0		Swizzle Enable

11.5.156 TPSM

0xc3 4 w TPSM - Texture Pixel Storage Mode

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)

description

0-23

Pixel Storage Mode

0	16-bit BGR 5650
1	16-bit ABGR 5551
2	16-bit ABGR 4444
3	32-bit ABGR 8888
4	4-bit indexed
5	8-bit indexed
6	16-bit indexed
7	32-bit indexed
8	DXT1
9	DXT3
10	DXT5

11.5.157 CLOAD

0xc4 4 w CLOAD - CLUT Load

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Number of colors divided by 8

11.5.158 CMODE

0xc5 4 w CMODE - CLUT Mode

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)

description

16-23

???

8-15

mask

2-7

???

0-1

CLUT Pixel Format

00	16-bit BGR 5650
01	16-bit ABGR 5551
10	16-bit ABGR 4444
11	32-bit ABGR 8888

11.5.159 TFLT

0xc6 4 w TFLT - Texture Filter

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)

description

8-10

Magnifying filter

000	Nearest
001	Linear
010
011
100	Nearest; Mipmap Nearest
101	Linear; Mipmap Nearest
110	Nearest; Mipmap Linear
111	Linear; Mipmap Linear

0-2

Minifying filter

11.5.160 TWRAP

0xc7 4 w TWRAP - Texture Wrapping

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)

description

8

V Wrap Mode

0	Repeat
1	Clamp

0

U Wrap Mode

11.5.161 TBIAS

0xc8 4 w TBIAS - Texture Level Bias (???)

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
16-23		Mipmap bias (signed)
0-15		???

11.5.162 TFUNC

0xc9 4 w TFUNC - Texture Function

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)

description

16

Fragment Double Enable

0	Fragment color is untouched
1	Fragment color is doubled

8

Texture Color Component

0	Texture alpha is ignored
1	Texture alpha is read

0-2:

Texture Effect

000	Modulate
001	Decal
010	Blend
011	Replace
100	Add
101
110
111

11.5.163 TEC

0xca 4 w TEC -.Texture Environment Color

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
16-23		Blue Component
8-15		Green Component
0-7		Red Component

11.5.164 TFLUSH

0xcb 4 w TFLUSH - Texture Flush

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)

description

Invalidate texture cache on texture change

11.5.165 TSYNC

0xcc 4 w TSYNC - Texture Sync

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)

description

Sync with texture transfer (see TRXKICK)

11.5.166 FDIST

0xce 4 w FDIST - Fog Range

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Range (GE Float)

11.5.167 FCOL

0xcf 4 w FCOL - Fog Color

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
16-23		Blue Component
8-15		Green Component
0-7		Red Component

11.5.168 TSLOPE

0xd0 4 w TSLOPE - Texture Slope

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Slope (GE Float)

11.5.169 PSM

0xd2 4 w PSM - Frame Buffer Pixel Storage Mode

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)

description

0-1

Pixel Storage Mode

00	16-bit BGR 5650
01	16-bit ABGR 5551
10	16-bit ABGR 4444
11	32-bit ABGR 8888

11.5.170 CLEAR

0xd3 4 w CLEAR - Clear Flags

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)

description

8-11

Clear flags (OR together)

000
001	Clear Color Buffer
010	Clear Stencil/Alpha Buffer
011
100	Clear Depth Buffer
101
110
111

0

Clear enable

11.5.171 SCISSOR1

0xd4 4 w SCISSOR1 - Scissor Region Start

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
10-19		Y Start
0-9		X Start

11.5.172 SCISSOR2

0xd5 4 w SCISSOR2 - Scissor Region End

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
10-19		Y End
0-9		X End

11.5.173 NEARZ

0xd6 4 w NEARZ - Near Depth Range

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-15		Depth Value

11.5.174 FARZ

0xd7 4 w FARZ - Far Depth Range

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-15		Depth Value

11.5.175 CTST

0xd8 4 w CTST - Color Test Function

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)

description

0-1

Color Function

00	Never pass pixel
01	Always pass pixel
10	Pass pixel if color matches
11	Pass pixel if color differs

11.5.176 CREF

0xd9 4 w CREF - Color Reference

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Color Reference Value

11.5.177 CMSK

0xda 4 w CMSK - Color Mask

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-23		Color Mask

11.5.178 ATST

0xdb 4 w ATST - Alpha Test

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)

description

16-23

Alpha Mask

8-15

Alpha Reference Value

0-2

Alpha Test Function

000	Never pass pixel
001	Always pass pixel
010	Pass pixel if match
011	Pass pixel if difference
100	Pass pixel if less
101	Pass pixel if less or equal
110	Pass pixel if greater
111	Pass pixel if greater or equal

11.5.179 STST

0xdc 4 w STST - Stencil Test

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)

description

16-23

Stencil Mask

8-15

Stencil Reference Value

0-2

Stencil Function

000	Never pass stencil test
001	Always pass stencil test
010	Pass test if match
011	Pass test if difference
100	Pass test if less
101	Pass test if less or equal
110	Pass test if greater
111	Pass test if greater or equal

11.5.180 SOP

0xdd 4 w SOP - Stencil Operations

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)

description

16-18

Zfail Op

000	Keep stencil value
001	Zero stencil value
010	Replace stencil value
011	Invert stencil value
100	Increment stencil value
101	Decrement stencil value
110
111

8-11

Fail Op

0-3

Pass Op

11.5.181 ZTST

0xde 4 w ZTST - Depth Test Function

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)

description

0-2

Function

000	Never pass pixel
001	Always pass pixel
010	Pass pixel when depth is equal
011	Pass pixel when depth is not equal
100	Pass pixel when depth is less
101	Pass pixel when depth is less or equal
110	Pass pixel when depth is greater
111	Pass pixel when depth is greater or equal

11.5.182 ALPHA

0xdf 4 w ALPHA - Alpha Blend

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)

description

8-11

Destination Function

0000	Source Color
0001	One Minus Source Color
0010	Source Alpha
0011	One Minus Source Alpha
0100	Destination Color
0101	One Minus Destination Color
0110	Destination Alpha
0111	One Minus Destination Alpha
1000	Fix
1001
1010
1011
1100
1101
1110
1111

4-7

Source Function

0-3

Blend Operation

000	Add
001	Subtract
010	Reverse Subtract
011	Minimum Value
100	Maximum Value
101	Absolute Value
110
111

11.5.183 SFIX

0xe0 4 w SFIX - Source Fix Color

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
16-23		Blue Component
8-15		Green Component
0-7		Red Component

11.5.184 DFIX

0xe1 4 w DFIX - Destination Fix Color

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
16-23		Blue Component
8-15		Green Component
0-7		Red Component

11.5.185 DTH0

0xe2 4 w DTH0 - Dither Matrix Row 0

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
12-15		Column 3
8-11		Column 2
4-7		Column 1
0-3		Column 0

11.5.186 DTH1

0xe3 4 w DTH1 - Dither Matrix Row 1

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
12-15		Column 3
8-11		Column 2
4-7		Column 1
0-3		Column 0

11.5.187 DTH2

0xe4 4 w DTH2 - Dither Matrix Row 2

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
12-15		Column 3
8-11		Column 2
4-7		Column 1
0-3		Column 0

11.5.188 DTH3

0xe5 4 w DTH3 - Dither Matrix Row 3

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
12-15		Column 3
8-11		Column 2
4-7		Column 1
0-3		Column 0

11.5.189 LOP

0xe6 4 w LOP - Logical Operation

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)

description

0-3

Logic Op

0000	Clear
0001	And
0010	Reverse And
0011	Copy
0100	Inverted And
0101	No Operation
0110	Exclusive Or
0111	Or
1000	Negated Or
1001	Equivalence
1010	Inverted
1011	Reverse Or
1100	Inverted Copy
1101	Inverted Or
1110	Negated And
1111	Set

11.5.190 ZMSK

0xe7 4 w ZMSK - Depth Mask

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-15		Depth Write Mask

11.5.191 PMSKC

0xe8 4 w PMSKC - Pixel Mask Color

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
16-23		Blue Write Mask
8-15		Green Write Mask
0-7		Red Write Mask

11.5.192 PMSKA

0xe9 4 w PMSKA - Pixel Mask Alpha

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
0-7		Alpha Write Mask

11.5.193 TRXKICK

0xea 4 w TRXKICK - Transmission Kick

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)

description

0

0	16-bit texel size
1	32-bit texel size

11.5.194 TRXSPOS

0xeb 4 w TRXSPOS - Transfer Source Position

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
10-19		Y Position
0-9		X Position

11.5.195 TRXDPOS

0xec 4 w TRXDPOS - Transfer Destination Position

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
10-19		Y Position
0-9		X Position

11.5.196 TRXSIZE

0xee 4 w TRXSIZE - Transfer Size

`31`	`24`	`23`	`16`	`15`	`8`	`7`	`0`
`....`	`....`	`....`	`....`	`....`	`....`	`....`	`....`

bit(s)		description
10-19		Height = Transfer Height-1
0-9		Width = Transfer Width-1

11.6 Texture Cache

The texture cache is very important on the PSP (as it was on the PS2). From experiments it seems to be 8kB, so that means it's 64x32 in 32-bit, 64x64 in 16-bit, 128x64 in 8-bit and 128x128 in 4-bit (the sizes are qualified guesses by looking at the PS2). Ordering your draws so that locality in uv-coordinates is maximized will make sure your rendering is optimal. DXTn is decompressed into 32-bit when loaded into the cache, so what you gain in shrinking the texture-size, you lose in texture-cache. If you can, use 4- or 8-bit textures, which will allow a much larger area to be kept in the cache.

11.7 Memory Bandwidth

texture reads from user memory (mem range 0x08800000 - 0x01800000) have a bandwidth of 50MB/s texture reads from GE memory or VRAM (mem range 0x04000000 - 0x00200000) have a bandwidth of 500MB/s if you have a texture in user memory it is possible to load that texture to VRAM at a bandwidth of 150MB/s