winamp/Src/libvpShared/corelibs/cdxv/vpxblit/Releasebcy00.lst

Microsoft (R) Macro Assembler Version 9.00.30729.01	    06/23/11 13:09:02
c:\Winamp\libvp6\corelibs\cdxv\vpxblit\wx86\bcy00.asm	     Page 1 - 1


				;//==========================================================================
				;//
				;//  THIS CODE AND INFORMATION IS PROVIDED "AS IS" WITHOUT WARRANTY OF ANY
				;//  KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE
				;//  IMPLIED WARRANTIES OF MERCHANTABILITY AND/OR FITNESS FOR A PARTICULAR
				;//  PURPOSE.
				;//
				;//  Copyright (c) 1999 - 2001  On2 Technologies Inc. All Rights Reserved.
				;//
				;//--------------------------------------------------------------------------


				;/***********************************************\
				;??? bcy00.asm   
				; yv12 to yuy2 same blitter
				;\***********************************************/ 
				 
				        .586
				        .387
				        .MODEL  flat, SYSCALL, os_dos
						.MMX
				 
 00000000			        .CODE

				NAME x86bcy00

				PUBLIC bcy00_MMX_
				PUBLIC _bcy00_MMX
				 

				INCLUDE wilk.ash
			      C ;//==========================================================================
			      C ;//
			      C ;//  THIS CODE AND INFORMATION IS PROVIDED "AS IS" WITHOUT WARRANTY OF ANY
			      C ;//  KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE
			      C ;//  IMPLIED WARRANTIES OF MERCHANTABILITY AND/OR FITNESS FOR A PARTICULAR
			      C ;//  PURPOSE.
			      C ;//
			      C ;//  Copyright (c) 1999 - 2001  On2 Technologies Inc. All Rights Reserved.
			      C ;//
			      C ;//--------------------------------------------------------------------------
			      C 
			      C 
			      C ;/***********************************************\
			      C ; 
			      C ;\***********************************************/ 
			      C 
			      C ;;
			      C ;; YUV buffer configuration structure
			      C ;;
			      C ;------------------------------------------------
 00000030		      C YUV_BUFFER_CONFIG  STRUC
 00000000  00000000	      C     YWidth              dd ?
 00000004  00000000	      C     YHeight             dd ?
 00000008  00000000	      C     YStride             dd ?
			      C 
 0000000C  00000000	      C     UVWidth             dd ?
 00000010  00000000	      C     UVHeight            dd ?
 00000014  00000000	      C     UVStride            dd ?
			      C 
 00000018  00000000	      C     YBuffer             dd ?
 0000001C  00000000	      C     UBuffer             dd ?
 00000020  00000000	      C     VBuffer             dd ?
			      C 
 00000024  00000000	      C     uvStart             dd ?
 00000028  00000000	      C     uvDstArea           dd ?
 0000002C  00000000	      C     uvUsedArea          dd ?
			      C YUV_BUFFER_CONFIG  ENDS
			      C ;------------------------------------------------
			      C 
				INCLUDE wblit.ash
			      C ;//==========================================================================
			      C ;//
			      C ;//  THIS CODE AND INFORMATION IS PROVIDED "AS IS" WITHOUT WARRANTY OF ANY
			      C ;//  KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE
			      C ;//  IMPLIED WARRANTIES OF MERCHANTABILITY AND/OR FITNESS FOR A PARTICULAR
			      C ;//  PURPOSE.
			      C ;//
			      C ;//  Copyright (c) 1999 - 2001  On2 Technologies Inc. All Rights Reserved.
			      C ;//
			      C ;//--------------------------------------------------------------------------
			      C 
			      C 
			      C ;/***********************************************\
			      C ;??? wblit.ash
			      C ; 
			      C ;\***********************************************/ 
			      C 
			      C ;------------------------------------------------
 00000028		      C x86_Params  STRUC
 00000000  00000006 [	      C                     dd  6 dup (?)   ;6 pushed regs
	    00000000
	   ]
 0DD0000C  00000000	      C                     dd  ?           ;return address
 0DD00010  00000000	      C     dst             dd  ?
 0DD00014  00000000	      C     scrnPitch       dd  ?
 0DD00018  00000000	      C     buffConfig      dd  ?
			      C x86_Params  ENDS
			      C ;------------------------------------------------
			      C 
			      C EXTERNDEF _WK_YforY:DWORD
			      C EXTERNDEF _WK_UforBG:DWORD
			      C EXTERNDEF _WK_VforRG:DWORD
			      C 
			      C EXTERNDEF _WK_YforY_MMX:DWORD
			      C EXTERNDEF _WK_UforBG_MMX:DWORD
			      C EXTERNDEF _WK_VforRG_MMX:DWORD
			      C 
			      C EXTERNDEF _WK_ClampTableR:DWORD
			      C EXTERNDEF _WK_ClampTableG:DWORD
			      C EXTERNDEF _WK_ClampTableB:DWORD
			      C 
			      C EXTERNDEF _WK_ClampTableR555:DWORD
			      C EXTERNDEF _WK_ClampTableG555:DWORD
			      C EXTERNDEF _WK_ClampTableB555:DWORD
			      C 
			      C EXTERNDEF _WK_ClampTableR565:DWORD
			      C EXTERNDEF _WK_ClampTableG565:DWORD
			      C EXTERNDEF _WK_ClampTableB565:DWORD
			      C 
 = 00000600		      C CLAMPCENTER EQU 256*4+128*4
			      C 
			      C 
			      C EXTERNDEF WK_johnsTable_MMX:DWORD
			      C EXTERNDEF WK_johnsTable:DWORD
			      C 
			      C EXTERNDEF WK_RGB_MULFACTOR_555:QWORD
			      C EXTERNDEF WK_RB_MASK_555:QWORD
			      C EXTERNDEF WK_G_MASK_555:QWORD
			      C 
			      C EXTERNDEF WK_RGB_MULFACTOR_565:QWORD
			      C EXTERNDEF WK_RB_MASK_565:QWORD
			      C EXTERNDEF WK_G_MASK_565:QWORD
			      C 
			      C EXTERNDEF WK_MASK_YY_MMX:DWORD
			      C EXTERNDEF WK_MASK_BYTE0:DWORD
			      C 
			      C 

				;------------------------------------------------
				; local vars
 00000000			L_3s            QWORD   0003000300030003h      ; 4 3's 
	   0003000300030003
 00000008			L_2s            QWORD   0002000200020002h      ; 4 3's 
	   0002000200020002

 = 00000000			L_blkWidth      EQU 0
 = 00000004			L_YStride       EQU L_blkWidth+4
 = 00000008			L_Height		EQU L_YStride+4
 = 0000000C			L_extraWidth	EQU L_Height+4
 = 00000010			L_tempspaceL    EQU L_extraWidth+4
 = 00000018			L_tempspaceH    EQU L_tempspaceL+8
 = 00000020			LOCAL_SPACE     EQU L_tempspaceL+16
				 
				;------------------------------------------------
				;void bcy00_MMX(unsigned long *dst, int scrnPitch, YUV_BUFFER_CONFIG *buffConfig); 
				;
 00000010			bcy00_MMX_:
 00000010			_bcy00_MMX:
 00000010  56			    push    esi
 00000011  57			    push    edi

 00000012  55			    push    ebp
 00000013  53			    push    ebx 

 00000014  51			    push    ecx
 00000015  52			    push    edx

 00000016  8B 7C 24 1C		    mov         edi,[esp].dst				; edi = dst
 0000001A  8B 6C 24 24		    mov         ebp,[esp].buffConfig		; ebp = buffConfig

 0000001E  90			nop
 0000001F  83 EC 20		    sub         esp,LOCAL_SPACE				

 00000022  8B 45 08		    mov         eax,[ebp].YStride			; eax = YStride
 00000025  89 44 24 04		    mov         L_YStride[esp],eax			; save to local

 00000029  8B 45 04		    mov         eax,[ebp].YHeight			; eax = Height
 0000002C  48			    dec         eax                         ; 1 less than full height

 0000002D  89 44 24 08		    mov			L_Height[esp], eax			; save to local
 00000031  8B 4D 00		    mov         ecx,[ebp].YWidth			; ecx = YWidth

				;	mov			eax, [esp+LOCAL_SPACE].scrnPitch

 00000034  8B C1			mov			eax, ecx					; eax = YWidth
 00000036  C1 E9 03		    shr         ecx,3                       ;blocks of 8 pixels

 00000039  8B 75 18		    mov         esi,[ebp].YBuffer			; esi = YBuffer
 0000003C  33 DB		    xor         ebx,ebx						; ebx = 0

 0000003E  89 0C 24		    mov         L_blkWidth[esp],ecx			; Save YWidth/8 to local
 00000041  83 E0 07		    and			eax, 7						; extraWidth
					
 00000044  89 44 24 0C			mov			L_extraWidth[esp], eax		; save extraWidth;
 00000048  8B C3			mov         eax,ebx						; eax = 0;

 0000004A  8B 55 20		    mov         edx,[ebp].VBuffer			; edx = YBuffer
 0000004D  8B 6D 1C		    mov         ebp,[ebp].UBuffer			; ebp = UBuffer

 00000050  0F EF E4		    pxor        mm4,mm4			    
				;
				;   eax = 0
				;	ebx = 0;
				;   ecx = YWidth/8
				;   edx = VBuffer
				;   ebp = UBuffer
				;	esi = YBuffer
				;   edi = dst
				;

 00000053			hloop:
 00000053			wloop:
 00000053  0F 6F 3C 13		    movq        mm7,[edx+ebx]               ; get 8 v's
 00000057  0F 60 FC		    punpcklbw   mm7,mm4                     ; unpack v's with 0's

 0000005A  0F D5 3D		    pmullw      mm7,L_3s					; v's * 3
	   00000000 R
 00000061  0F 6F 2C 10		    movq        mm5,[edx+eax]               ; get 8 v's pointed to by eax

 00000065  0F 7F EE		    movq        mm6,mm5						; copy to mm7
 00000068  0F 60 F4		    punpcklbw   mm6,mm4                     ; unpack v's with 0's

 0000006B  0F FD FE		    paddw	    mm7,mm6						; mm7 = 3 * [ebx] + 1 * [eax]
 0000006E  0F FD 3D		    paddw       mm7,L_2s					; mm7 = 3 * [ebx] + 1 * [eax] + 2
	   00000008 R

 00000075  0F 71 D7 02		    psrlw       mm7,2						; mm7 = ( 3 * [ebx] + 1 * [eax] + 2 ) / 4

 00000079  0F 6F 1C 2B		    movq        mm3,[ebp+ebx]               ; get 8 u's into mm1
 0000007D  0F 60 DC		    punpcklbw   mm3,mm4                     ; unpack u's with 0's

 00000080  0F D5 1D		    pmullw      mm3,L_3s					; u's * 3
	   00000000 R
 00000087  0F 6F 2C 28		    movq        mm5,[ebp+eax]               ; get 8 u's pointed to by eax

 0000008B  0F 7F EE		    movq        mm6,mm5						; copy to mm3
 0000008E  0F 60 F4		    punpcklbw   mm6,mm4                     ; unpack u's with 0's

 00000091  0F FD DE		    paddw	    mm3,mm6						; mm3 = 3 * [ebx] + 1 * [eax]
 00000094  0F FD 1D		    paddw       mm3,L_2s					; mm3 = 3 * [ebx] + 1 * [eax] + 2
	   00000008 R
					
 0000009B  0F 71 D3 02		    psrlw       mm3,2						; mm3 = ( 3 * [ebx] + 1 * [eax] + 2 ) / 4

 0000009F  0F 71 F7 08		    psllw       mm7,8						; v3 0 v2 0 v1 0 v0 0 
 000000A3  0F EB DF		    por			mm3,mm7						; v3 u3 v2 u2 v1 u1 v0 u0 

 000000A6  0F 6F 04 5E		    movq        mm0,[esi+ebx*2]             ; get the y's
 000000AA  0F 7F C1		    movq        mm1,mm0                     ; save upper y's

 000000AD  0F 60 C3		    punpcklbw   mm0,mm3                     ; v1 y3 u1 y2 v0 y1 u0 y0
 000000B0  0F 68 CB		    punpckhbw   mm1,mm3                     ; v3 y7 u3 y6 v2 y5 u2 y4

 000000B3  49			    dec         ecx
 000000B4  0F 7F 04 9F		    movq        [edi+ebx*4],mm0             ;write first 4 pixels
				;-

 000000B8  0F 7F 4C 9F 08	    movq        8[edi+ebx*4],mm1			;write next 4 pixels
				;-

 000000BD  8D 40 04		    lea         eax,[eax+4]			  ;increment *1 pointer to next pixel
 000000C0  8D 5B 04		    lea         ebx,[ebx+4]			  ;increment *3 pointer to next pixel
				    
 000000C3  7F 8E			jg          wloop
				;------------------------------------------------------------
				; need to handle the line end condition when YWidth%8 !=0
				;------------------------------------------------------------
 000000C5  8B 4C 24 0C			mov			ecx, L_extraWidth[esp]		; extraWidth

 000000C9			ewloop:
 000000C9  49				dec			ecx
 000000CA  78 79			js			phloop

 000000CC  0F 6F 3C 13		    movq        mm7,[edx+ebx]               ; get 8 v's
 000000D0  0F 60 FC		    punpcklbw   mm7,mm4                     ; unpack v's with 0's

 000000D3  0F D5 3D		    pmullw      mm7,L_3s					; v's * 3
	   00000000 R
 000000DA  0F 6F 2C 10		    movq        mm5,[edx+eax]               ; get 8 v's pointed to by eax

 000000DE  0F 7F EE		    movq        mm6,mm5						; copy to mm7
 000000E1  0F 60 F4		    punpcklbw   mm6,mm4                     ; unpack v's with 0's

 000000E4  0F FD FE		    paddw	    mm7,mm6						; mm7 = 3 * [ebx] + 1 * [eax]
 000000E7  0F FD 3D		    paddw       mm7,L_2s					; mm7 = 3 * [ebx] + 1 * [eax] + 2
	   00000008 R

 000000EE  0F 71 D7 02		    psrlw       mm7,2						; mm7 = ( 3 * [ebx] + 1 * [eax] + 2 ) / 4

 000000F2  0F 6F 1C 2B		    movq        mm3,[ebp+ebx]               ; get 8 u's into mm1
 000000F6  0F 60 DC		    punpcklbw   mm3,mm4                     ; unpack u's with 0's

 000000F9  0F D5 1D		    pmullw      mm3,L_3s					; u's * 3
	   00000000 R
 00000100  0F 6F 2C 28		    movq        mm5,[ebp+eax]               ; get 8 u's pointed to by eax

 00000104  0F 7F EE		    movq        mm6,mm5						; copy to mm3
 00000107  0F 60 F4		    punpcklbw   mm6,mm4                     ; unpack u's with 0's

 0000010A  0F FD DE		    paddw	    mm3,mm6						; mm3 = 3 * [ebx] + 1 * [eax]
 0000010D  0F FD 1D		    paddw       mm3,L_2s					; mm3 = 3 * [ebx] + 1 * [eax] + 2
	   00000008 R
					
 00000114  0F 71 D3 02		    psrlw       mm3,2						; mm3 = ( 3 * [ebx] + 1 * [eax] + 2 ) / 4

 00000118  0F 71 F7 08		    psllw       mm7,8						; v3 0 v2 0 v1 0 v0 0 
 0000011C  0F EB DF		    por			mm3,mm7						; v3 u3 v2 u2 v1 u1 v0 u0 

 0000011F  0F 6F 04 5E		    movq        mm0,[esi+ebx*2]             ; get the y's
 00000123  0F 7F C1		    movq        mm1,mm0                     ; save upper y's

 00000126  0F 60 C3		    punpcklbw   mm0,mm3                     ; v1 y3 u1 y2 v0 y1 u0 y0
 00000129  0F 68 CB		    punpckhbw   mm1,mm3                     ; v3 y7 u3 y6 v2 y5 u2 y4

 0000012C  0F 7F 44 24 10	    movq        L_tempspaceL[esp],mm0       ;write first 4 pixels
				;-

 00000131  0F 7F 4C 24 18	    movq        L_tempspaceH[esp],mm1		;write next 4 pixels
				;-
				;------------------------------------------------------------
				; uncomment the next two line of code will make the image
				; output have a white last vertical line
				;------------------------------------------------------------
				;	mov			eax, 0ff80ff80h
				;	mov			L_tempspaceH[esp], eax;		; read two bytes			
				;------------------------------------------------------------

 00000136  8D 1C 9F			lea			ebx, [edi + ebx*4];get the destination pointer	
 00000139			cploop:
 00000139  66| 8B 44 4C			mov			ax,  L_tempspaceL[esp + ecx * 2];		; read two bytes			
	   10
 0000013E  66| 89 04 4B			mov			[ebx+ecx*2], ax

 00000142  49				dec			ecx	
 00000143  7D F4			jge			cploop

 00000145			phloop:
				;------------------------------------------------------------
				; prepare for the next line
				;------------------------------------------------------------
 00000145  8B 4C 24 08		    mov         ecx,DWORD PTR L_Height[esp] ;get current line number
 00000149  8B 5C 24 40		    mov         ebx,[esp+LOCAL_SPACE].scrnPitch

 0000014D  C1 E1 1F		    shl         ecx,31                      ; save low bit
 00000150  03 FB		    add         edi,ebx

 00000152  C1 F9 1F		    sar         ecx,31                      ; even lines ecx = 00000000 odd lines it equals FFFFFFFF

 00000155  8B 5C 24 04		    mov         ebx,L_YStride[esp]		  
 00000159  D1 FB		    sar         ebx,1						; ebx is uv stride
				 
 0000015B  8B C3		    mov         eax,ebx                     ; eax is uv stride 
 0000015D  23 C1		    and         eax,ecx                     ; odd lines eax equals uvpitch even lines eax = 0 

 0000015F  F7 D1		    not         ecx                         ; even lines ecx = ffffffff odd lines it equals 00000000
 00000161  23 D9		    and         ebx,ecx						; ebx = uv pitch on even lines and 0 on odd lines

 00000163  2B EB		    sub	    ebp,ebx							; increment u pointer if we're on an odd line
 00000165  2B D3		    sub         edx,ebx						; increment v pointer if we're on an odd line

 00000167  F7 D8		    neg	    eax								; eax = -uvpitch on odd lines and 0 on even lines
 00000169  03 C3		    add         eax,ebx						; eax = -uvpitch on odd lines and +uv pitch on even lines

 0000016B  33 DB		    xor         ebx,ebx						; ebx is used as column pointer so set it to 0  
 0000016D  8B 0C 24		    mov         ecx,L_blkWidth[esp]

 00000170  2B 74 24 04		    sub         esi,DWORD PTR L_YStride[esp]

 00000174  FF 4C 24 08		    dec         DWORD PTR L_Height[esp]
 00000178  0F 8F FFFFFED5	    jg          hloop

 0000017E  8B C3		    mov	    eax,ebx				  ; last line ebx and eax should point to the same line
 00000180  0F 84 FFFFFECD	    jz          hloop 
				;------------------------------------------------

 00000186			theExit:
 00000186  83 C4 20		    add         esp,LOCAL_SPACE
 00000189  90			nop

 0000018A  0F 77		    emms

 0000018C  5A			    pop     edx
 0000018D  59			    pop     ecx
 0000018E  5B			    pop     ebx
 0000018F  5D			    pop     ebp
 00000190  5F			    pop     edi
 00000191  5E			    pop     esi

 00000192  C3			    ret

				;************************************************
				        END
Microsoft (R) Macro Assembler Version 9.00.30729.01	    06/23/11 13:09:02
c:\Winamp\libvp6\corelibs\cdxv\vpxblit\wx86\bcy00.asm	     Symbols 2 - 1




Structures and Unions:

                N a m e                  Size
                                         Offset      Type

YUV_BUFFER_CONFIG  . . . . . . .	 00000030
  YWidth . . . . . . . . . . . .	 00000000	 DWord
  YHeight  . . . . . . . . . . .	 00000004	 DWord
  YStride  . . . . . . . . . . .	 00000008	 DWord
  UVWidth  . . . . . . . . . . .	 0000000C	 DWord
  UVHeight . . . . . . . . . . .	 00000010	 DWord
  UVStride . . . . . . . . . . .	 00000014	 DWord
  YBuffer  . . . . . . . . . . .	 00000018	 DWord
  UBuffer  . . . . . . . . . . .	 0000001C	 DWord
  VBuffer  . . . . . . . . . . .	 00000020	 DWord
  uvStart  . . . . . . . . . . .	 00000024	 DWord
  uvDstArea  . . . . . . . . . .	 00000028	 DWord
  uvUsedArea . . . . . . . . . .	 0000002C	 DWord
x86_Params . . . . . . . . . . .	 00000028
  dst  . . . . . . . . . . . . .	 0000001C	 DWord
  scrnPitch  . . . . . . . . . .	 00000020	 DWord
  buffConfig . . . . . . . . . .	 00000024	 DWord


Segments and Groups:

                N a m e                 Size     Length   Align   Combine Class

FLAT . . . . . . . . . . . . . .	GROUP
_DATA  . . . . . . . . . . . . .	32 Bit	 00000000 Para	  Public  'DATA'	
_TEXT  . . . . . . . . . . . . .	32 Bit	 00000193 Para	  Public  'CODE'	


Symbols:

                N a m e                 Type     Value    Attr

@CodeSize  . . . . . . . . . . .	Number	 00000000h   
@DataSize  . . . . . . . . . . .	Number	 00000000h   
@Interface . . . . . . . . . . .	Number	 00000002h   
@Model . . . . . . . . . . . . .	Number	 00000007h   
@code  . . . . . . . . . . . . .	Text   	 _TEXT
@data  . . . . . . . . . . . . .	Text   	 FLAT
@fardata?  . . . . . . . . . . .	Text   	 FLAT
@fardata . . . . . . . . . . . .	Text   	 FLAT
@stack . . . . . . . . . . . . .	Text   	 FLAT
CLAMPCENTER  . . . . . . . . . .	Number	 00000600h   
LOCAL_SPACE  . . . . . . . . . .	Number	 00000020h   
L_2s . . . . . . . . . . . . . .	QWord	 00000008 _TEXT	
L_3s . . . . . . . . . . . . . .	QWord	 00000000 _TEXT	
L_Height . . . . . . . . . . . .	Number	 00000008h   
L_YStride  . . . . . . . . . . .	Number	 00000004h   
L_blkWidth . . . . . . . . . . .	Number	 00000000h   
L_extraWidth . . . . . . . . . .	Number	 0000000Ch   
L_tempspaceH . . . . . . . . . .	Number	 00000018h   
L_tempspaceL . . . . . . . . . .	Number	 00000010h   
WK_G_MASK_555  . . . . . . . . .	QWord	 00000000 FLAT	External SYSCALL
WK_G_MASK_565  . . . . . . . . .	QWord	 00000000 FLAT	External SYSCALL
WK_MASK_BYTE0  . . . . . . . . .	DWord	 00000000 FLAT	External SYSCALL
WK_MASK_YY_MMX . . . . . . . . .	DWord	 00000000 FLAT	External SYSCALL
WK_RB_MASK_555 . . . . . . . . .	QWord	 00000000 FLAT	External SYSCALL
WK_RB_MASK_565 . . . . . . . . .	QWord	 00000000 FLAT	External SYSCALL
WK_RGB_MULFACTOR_555 . . . . . .	QWord	 00000000 FLAT	External SYSCALL
WK_RGB_MULFACTOR_565 . . . . . .	QWord	 00000000 FLAT	External SYSCALL
WK_johnsTable_MMX  . . . . . . .	DWord	 00000000 FLAT	External SYSCALL
WK_johnsTable  . . . . . . . . .	DWord	 00000000 FLAT	External SYSCALL
_WK_ClampTableB555 . . . . . . .	DWord	 00000000 FLAT	External SYSCALL
_WK_ClampTableB565 . . . . . . .	DWord	 00000000 FLAT	External SYSCALL
_WK_ClampTableB  . . . . . . . .	DWord	 00000000 FLAT	External SYSCALL
_WK_ClampTableG555 . . . . . . .	DWord	 00000000 FLAT	External SYSCALL
_WK_ClampTableG565 . . . . . . .	DWord	 00000000 FLAT	External SYSCALL
_WK_ClampTableG  . . . . . . . .	DWord	 00000000 FLAT	External SYSCALL
_WK_ClampTableR555 . . . . . . .	DWord	 00000000 FLAT	External SYSCALL
_WK_ClampTableR565 . . . . . . .	DWord	 00000000 FLAT	External SYSCALL
_WK_ClampTableR  . . . . . . . .	DWord	 00000000 FLAT	External SYSCALL
_WK_UforBG_MMX . . . . . . . . .	DWord	 00000000 FLAT	External SYSCALL
_WK_UforBG . . . . . . . . . . .	DWord	 00000000 FLAT	External SYSCALL
_WK_VforRG_MMX . . . . . . . . .	DWord	 00000000 FLAT	External SYSCALL
_WK_VforRG . . . . . . . . . . .	DWord	 00000000 FLAT	External SYSCALL
_WK_YforY_MMX  . . . . . . . . .	DWord	 00000000 FLAT	External SYSCALL
_WK_YforY  . . . . . . . . . . .	DWord	 00000000 FLAT	External SYSCALL
_bcy00_MMX . . . . . . . . . . .	L Near	 00000010 _TEXT	Public SYSCALL
bcy00_MMX_ . . . . . . . . . . .	L Near	 00000010 _TEXT	Public SYSCALL
cploop . . . . . . . . . . . . .	L Near	 00000139 _TEXT	
ewloop . . . . . . . . . . . . .	L Near	 000000C9 _TEXT	
hloop  . . . . . . . . . . . . .	L Near	 00000053 _TEXT	
phloop . . . . . . . . . . . . .	L Near	 00000145 _TEXT	
theExit  . . . . . . . . . . . .	L Near	 00000186 _TEXT	
wloop  . . . . . . . . . . . . .	L Near	 00000053 _TEXT	

	   0 Warnings
	   0 Errors