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/*
* $Id: gensym.cpp,v 1.7 1995/11/21 14:45:51 sjl Exp $ * * Copyright (c) Microsoft Corp. 1993-1997 * * All rights reserved. * * This file contains private, unpublished information and may not be * copied in part or in whole without express permission of * Microsoft Corp. * */
#include <stdio.h>
#include "d3di.hpp"
#define DEFINE(type, member) \
printf(#type "_" #member " equ 0%xh\n", ((LONG)(&((type *)0)->member)))
#define MACRO(name) \
printf(#name " equ 0%xh\n", name)
// pcomment prints a comment.
#define pcomment(s) printf("; %s\n",s)
// pequate prints an equate statement.
#define pequate(name, value) printf("%s equ 0%lXH\n",name,value);
#define OFFSET(type, field) ((LONG)(&((type *)0)->field))
// pblank prints a blank line.
#define pblank() printf("\n")
#define printVCACHE(name) \
{ \ printf("%-30s equ 0%LXH\n", "PV_LIGHTING_"#name, OFFSET(D3DFE_PROCESSVERTICES, vcache.##name)); \}
#define printD3DI_LIGHT(name) \
{ \ printf("%-30s equ 0%LXH\n", "D3DI_LIGHT_"#name, OFFSET(D3DI_LIGHT, name)); \}
#define printD3DFE_LIGHTING(name) \
{ \ printf("%-30s equ 0%LXH\n", "PV_LIGHTING_"#name, OFFSET(D3DFE_PROCESSVERTICES, lighting.##name)); \}
#define printDevice(name) \
{ \ printf("%-30s equ 0%LXH\n", "DEVI_"#name, OFFSET(DIRECT3DDEVICEI, name)); \}
#define printDeviceDP2(name) \
{ \ printf("%-30s equ 0%LXH\n", #name, OFFSET(CDirect3DDeviceIDP2, name)); \}
int main(){pcomment("------------------------------------------------------------------"); pcomment(" Module Name: offsets.asm"); pcomment(""); pcomment(" Defines D3D assembly-language structures."); pcomment(" This file is generated"); pcomment(""); pcomment(" Copyright (c) 1998, 1995 Microsoft Corporation");pcomment("------------------------------------------------------------------"); pblank(); pblank();
DEFINE(D3DINSTRUCTION, wCount); DEFINE(D3DINSTRUCTION, bSize); DEFINE(D3DINSTRUCTION, bOpcode); DEFINE(D3DVERTEX, x); DEFINE(D3DVERTEX, y); DEFINE(D3DVERTEX, z); DEFINE(D3DVERTEX, tu); DEFINE(D3DVERTEX, tv);
DEFINE(D3DLVERTEX, color); DEFINE(D3DLVERTEX, specular);
DEFINE(D3DTLVERTEX, sx); DEFINE(D3DTLVERTEX, sy); DEFINE(D3DTLVERTEX, sz); DEFINE(D3DTLVERTEX, rhw); DEFINE(D3DTLVERTEX, color); DEFINE(D3DTLVERTEX, specular); DEFINE(D3DTLVERTEX, tu); DEFINE(D3DTLVERTEX, tv); printf("D3DTLVERTEX_size equ %d\n", sizeof(D3DTLVERTEX));
DEFINE(D3DHVERTEX, dwFlags); DEFINE(D3DHVERTEX, hx); DEFINE(D3DHVERTEX, hy); DEFINE(D3DHVERTEX, hz); printf("D3DHVERTEX_size equ %d\n", sizeof(D3DHVERTEX)); DEFINE(D3DTRIANGLE, v1); DEFINE(D3DTRIANGLE, v2); DEFINE(D3DTRIANGLE, v3); DEFINE(D3DTRIANGLE, wFlags); printf("D3DTRIANGLE_size equ %d\n", sizeof(D3DTRIANGLE));
DEFINE(D3DMATRIXI, _11); DEFINE(D3DMATRIXI, _12); DEFINE(D3DMATRIXI, _13); DEFINE(D3DMATRIXI, _14); DEFINE(D3DMATRIXI, _21); DEFINE(D3DMATRIXI, _22); DEFINE(D3DMATRIXI, _23); DEFINE(D3DMATRIXI, _24); DEFINE(D3DMATRIXI, _31); DEFINE(D3DMATRIXI, _32); DEFINE(D3DMATRIXI, _33); DEFINE(D3DMATRIXI, _34); DEFINE(D3DMATRIXI, _41); DEFINE(D3DMATRIXI, _42); DEFINE(D3DMATRIXI, _43); DEFINE(D3DMATRIXI, _44); DEFINE(D3DMATRIXI, type);
DEFINE(D3DLIGHTINGELEMENT, dvPosition); DEFINE(D3DLIGHTINGELEMENT, dvNormal); printf("D3DMATRIXI_size equ %d\n", sizeof(D3DMATRIXI)); printf("D3DFE_LIGHTING_size equ %d\n", sizeof(D3DFE_LIGHTING)); printf("D3DFE_VIEWPORTCACHE_size equ %d\n", sizeof(D3DFE_VIEWPORTCACHE));
MACRO(D3DOP_TRIANGLE);
MACRO(D3DCLIP_LEFT); MACRO(D3DCLIP_RIGHT); MACRO(D3DCLIP_TOP); MACRO(D3DCLIP_BOTTOM); MACRO(D3DCLIP_FRONT); MACRO(D3DCLIP_BACK);
MACRO(D3DTBLEND_COPY); MACRO(D3DSHADE_FLAT);
MACRO(D3DCMP_LESSEQUAL); MACRO(D3DCMP_GREATEREQUAL); MACRO(D3DCMP_ALWAYS);
MACRO(D3DSTATUS_ZNOTVISIBLE); MACRO(D3DDP_DONOTUPDATEEXTENTS);
// Geometry pipeline
pcomment("-------------------- VCACHE ------------------------------------"); printVCACHE(scaleX); printVCACHE(scaleY); printVCACHE(offsetX); printVCACHE(offsetY); printVCACHE(minXgb); printVCACHE(minYgb); printVCACHE(maxXgb); printVCACHE(maxYgb); printVCACHE(minX); printVCACHE(minY); printVCACHE(maxX); printVCACHE(maxY); printVCACHE(gb11); printVCACHE(gb22); printVCACHE(gb41); printVCACHE(gb42); printVCACHE(Kgbx1); printVCACHE(Kgby1); printVCACHE(Kgbx2); printVCACHE(Kgby2); printVCACHE(dvX); printVCACHE(dvY); printVCACHE(dvWidth); printVCACHE(dvHeight); printVCACHE(scaleXi); printVCACHE(scaleYi); printVCACHE(minXi); printVCACHE(minYi); printVCACHE(maxXi); printVCACHE(maxYi); printVCACHE(mclip11); printVCACHE(mclip41); printVCACHE(mclip22); printVCACHE(mclip42); printVCACHE(mclip33); printVCACHE(mclip43);pcomment("---------------- D3DFE_LIGHTING ------------------------------------"); printD3DFE_LIGHTING(diffuse); printD3DFE_LIGHTING(alpha); printD3DFE_LIGHTING(diffuse0); printD3DFE_LIGHTING(currentSpecTable); printD3DFE_LIGHTING(specular); printD3DFE_LIGHTING(outDiffuse); printD3DFE_LIGHTING(vertexDiffuse); printD3DFE_LIGHTING(outSpecular); printD3DFE_LIGHTING(vertexSpecular); printD3DFE_LIGHTING(specularComputed); printD3DFE_LIGHTING(activeLights); printD3DFE_LIGHTING(material); printD3DFE_LIGHTING(hMat); printD3DFE_LIGHTING(ambient_red); printD3DFE_LIGHTING(ambient_green); printD3DFE_LIGHTING(ambient_blue); printD3DFE_LIGHTING(fog_mode); printD3DFE_LIGHTING(fog_density); printD3DFE_LIGHTING(fog_start); printD3DFE_LIGHTING(fog_end); printD3DFE_LIGHTING(fog_factor); printD3DFE_LIGHTING(fog_factor_ramp); printD3DFE_LIGHTING(specThreshold); printD3DFE_LIGHTING(color_model); printD3DFE_LIGHTING(ambient_save);pcomment("---------------- D3DI_LIGHT ------------------------------------"); printD3DI_LIGHT(model_position); printD3DI_LIGHT(type); printD3DI_LIGHT(model_direction); printD3DI_LIGHT(version); printD3DI_LIGHT(model_eye); printD3DI_LIGHT(flags); printD3DI_LIGHT(model_scale); printD3DI_LIGHT(falloff); printD3DI_LIGHT(local_diffR); printD3DI_LIGHT(local_diffG); printD3DI_LIGHT(local_diffB); printD3DI_LIGHT(valid); printD3DI_LIGHT(local_specR); printD3DI_LIGHT(local_specG); printD3DI_LIGHT(local_specB); printD3DI_LIGHT(inv_theta_minus_phi); printD3DI_LIGHT(halfway); printD3DI_LIGHT(next); printD3DI_LIGHT(red); printD3DI_LIGHT(green); printD3DI_LIGHT(blue); printD3DI_LIGHT(shade); printD3DI_LIGHT(range_squared); printD3DI_LIGHT(attenuation0); printD3DI_LIGHT(attenuation1); printD3DI_LIGHT(attenuation2); printD3DI_LIGHT(cos_theta_by_2); printD3DI_LIGHT(cos_phi_by_2); printD3DI_LIGHT(position); printD3DI_LIGHT(direction); printD3DI_LIGHT(range); pcomment("---------------- DIRECT3DDEVICEI ------------------------------------"); printDevice(dwVersion); printDevice(dwRampBase); printDevice(dvRampScale); printDevice(lpvRampTexture); printDevice(mCTM); printDevice(dwMaxTextureIndices); printDevice(lighting); printDevice(vcache); printDevice(dvExtentsAdjust); printDevice(lpdwRStates); printDevice(pD3DMappedTexI); printDevice(ClipperState); printDevice(dwVertexBase); printDevice(dwFlags); printDevice(dwDeviceFlags); printDevice(dwNumVertices); printDevice(dwNumPrimitives); printDevice(dwNumIndices); printDevice(lpwIndices); printDevice(primType); printDevice(nTexCoord); printDevice(position); printDevice(normal); printDevice(diffuse); printDevice(specular); printDevice(textures); printDevice(dwVIDIn); printDevice(dwVIDOut); printDevice(dwOutputSize); printDevice(lpvOut); printDevice(lpClipFlags); printDevice(rExtents); printDevice(dwClipUnion); printDevice(dwClipIntersection); printDevice(pfnFlushStates ); printDevice(deviceType ); printDevice(lpDirect3DI ); printDevice(list ); printDevice(texBlocks ); printDevice(buffers ); printDevice(numViewports ); printDevice(viewports ); printDevice(lpCurrentViewport ); printDevice(matBlocks ); printDevice(mDevUnk ); printDevice(guid ); printDevice(matBlocks ); printDevice(mDevUnk ); printDevice(guid ); printDevice(lpD3DHALCallbacks ); printDevice(lpD3DHALGlobalDriverData ); printDevice(lpD3DHALCallbacks2 ); printDevice(lpD3DHALCallbacks3 ); printDevice(lpDD ); printDevice(lpDDGbl ); printDevice(lpDDSTarget ); printDevice(lpDDSZBuffer ); printDevice(lpDDPalTarget ); printDevice(lpDDSTarget_DDS4 ); printDevice(lpDDSZBuffer_DDS4 ); printDevice(dwWidth ); printDevice(dwHeight ); printDevice(transform ); printDevice(dwhContext ); printDevice(bufferHandles ); printDevice(pfnDrawPrim ); printDevice(pfnDrawIndexedPrim ); printDevice(red_mask ); printDevice(red_scale ); printDevice(red_shift ); printDevice(green_mask); printDevice(green_scale); printDevice(green_shift); printDevice(blue_mask); printDevice(blue_scale); printDevice(blue_shift); printDevice(zmask_shift); printDevice(stencilmask_shift); printDevice(bDDSTargetIsPalettized); printDevice(pick_data); printDevice(lpbClipIns_base); printDevice(dwClipIns_offset); printDevice(renderstate_overrides); printDevice(transformstate_overrides); printDevice(lightstate_overrides); printDevice(iClipStatus); printDevice(D3DStats); printDevice(dwFVFLastIn); printDevice(dwFVFLastOut); printDevice(dwFVFLastTexCoord); printDevice(dwFVFLastOutputSize); printDevice(dwFEFlags); printDevice(dwDebugFlags); printDevice(v_id); printDevice(numLights); printDevice(specular_tables); printDevice(specular_table); printDevice(materials); printDevice(lightVertexFuncTable); printDevice(pHalProv); printDevice(hDllProv); printDevice(pfnDoFlushBeginEnd); printDevice(d3dHWDevDesc); printDevice(d3dHELDevDesc); printDevice(lpOwningIUnknown); printDevice(lpD3DMappedTexI); printDevice(lpD3DMappedBlock); printDevice(lpClipper); printDevice(dwHintFlags); printDevice(lpcCurrentPtr); printDevice(BeginEndCSect); printDevice(lpvVertexBatch); printDevice(lpIndexBatch); printDevice(lpvVertexData); printDevice(dwBENumVertices); printDevice(dwMaxVertexCount); printDevice(lpVertexIndices); printDevice(dwBENumIndices); printDevice(dwMaxIndexCount); printDevice(wFlushed); printDevice(lpTextureBatched); printDevice(lpwDPBuffer); printDevice(dwCurrentBatchVID); printDevice(lpDPPrimCounts); printDevice(lpHWCounts); printDevice(lpHWTris); printDevice(lpHWVertices); printDevice(dwHWOffset); printDevice(dwHWMaxOffset); printDevice(dwHWTriIndex); printDevice(dwHWNumCounts); printDevice(dwDPOffset); printDevice(dwDPMaxOffset); printDevice(wTriIndex); printDevice(TLVbuf); printDevice(HVbuf); printDevice(lpD3DExtendedCaps); printDevice(rstates); printDevice(tsstates); printDevice(pfnRampService); printDevice(pfnRastService); printDevice(pGeometryFuncs); printDevice(mWV);pcomment("---------------- CDirect3DDeviceIDP2 ----------------------"); printDeviceDP2(lpDDSCB1); printDeviceDP2(lpvDP2Commands); printDeviceDP2(lpDP2CurrCommand); printDeviceDP2(dp2data); printDeviceDP2(dwDP2CommandLength); printDeviceDP2(dwDP2CommandBufSize); printDeviceDP2(bDP2CurrCmdOP); printDeviceDP2(wDP2CurrCmdCnt); printDeviceDP2(dwDP2Flags);pcomment("---------------- MISC ------------------------------------"); /*
pequate("DEVI_ ", OFFSET(DIRECT3DDEVICEI, )); pequate("DEVI_ ", OFFSET(DIRECT3DDEVICEI, )); pequate("DEVI_ ", OFFSET(DIRECT3DDEVICEI, )); pequate("DEVI_ ", OFFSET(DIRECT3DDEVICEI, )); pequate("DEVI_ ", OFFSET(DIRECT3DDEVICEI, )); pequate("DEVI_ ", OFFSET(DIRECT3DDEVICEI, )); pequate("DEVI_ ", OFFSET(DIRECT3DDEVICEI, )); pequate("DEVI_ ", OFFSET(DIRECT3DDEVICEI, )); pequate("DEVI_ ", OFFSET(DIRECT3DDEVICEI, )); pequate("DEVI_ ", OFFSET(DIRECT3DDEVICEI, )); pequate("DEVI_ ", OFFSET(DIRECT3DDEVICEI, )); pequate("DEVI_ ", OFFSET(DIRECT3DDEVICEI, )); */ pequate("_R_", 0); pequate("_G_", 4); pequate("_B_", 8);
pequate("_X_", 0); pequate("_Y_", 4); pequate("_Z_", 8); pequate("_W_", 12); pequate("D3DLIGHTI_COMPUTE_SPECULAR ", D3DLIGHTI_COMPUTE_SPECULAR);
return 0;}
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