windows-server-2003/multimedia/directx/dxg/swrast/rgb/cspan/ctstfail.mcp

//-----------------------------------------------------------------------------
//
// This file contains Z compare fail functions.
//
// Copyright (C) Microsoft Corporation, 1997.
//
// WARNING WARNING WARNING
// This cpp file generated from mcp file.
// EDIT THE MCP FILE.
// I warned you.
// WARNING WARNING WARNING
//
//-----------------------------------------------------------------------------

include(`m4hdr.mh')dnl
#include "rgb_pch.h"
#pragma hdrstop
#include "ctstf_mh.h"
#include "cspnutil.h"
include(`ctexaddr.mh')dnl        for W divide

dnl
dnl d_TestFail
dnl
dnl Macro to build test fail term incrementing routines
dnl
dnl $1 is one of Flat Gouraud
dnl $2 is one of NoTex Tex1 PerspTex1 Tex2 PerspTex2
dnl $3 is one of NoSpecularFog SpecularFog
dnl
define(`d_TestFail', `
void C_TestFail_$1_$2_$3(PD3DI_RASTCTX pCtx, PD3DI_RASTPRIM pP,
                       PD3DI_RASTSPAN pS)
{dnl
ifelse(`$1', `Gouraud', `
    pS->uB += pP->iDBDX; pS->uG += pP->iDGDX;
    pS->uR += pP->iDRDX; pS->uA += pP->iDADX;')

ifelse(eval((d_index(`$2', `Tex1') == 0)), `1', `
    pS->iLOD += pS->iDLOD;
    pS->UVoW[0].iUoW += pP->DUVoWDX[0].iDUoWDX;
    pS->UVoW[0].iVoW += pP->DUVoWDX[0].iDVoWDX;
    pCtx->SI.TexUV[0].iU = pS->UVoW[0].iUoW>>TEX_TO_FINAL_SHIFT;
    pCtx->SI.TexUV[0].iV = pS->UVoW[0].iVoW>>TEX_TO_FINAL_SHIFT;')
ifelse(`$2', `Tex2', `
    pS->iLOD += pS->iDLOD;

    for (INT32 i = 0; i < (INT32)pCtx->cActTex; i ++)
    {
        pS->UVoW[i].iUoW += pP->DUVoWDX[i].iDUoWDX;
        pS->UVoW[i].iVoW += pP->DUVoWDX[i].iDVoWDX;
        pCtx->SI.TexUV[i].iU = pS->UVoW[i].iUoW>>TEX_TO_FINAL_SHIFT;
        pCtx->SI.TexUV[i].iV = pS->UVoW[i].iVoW>>TEX_TO_FINAL_SHIFT;
     }')
    
ifelse(eval((d_index(`$2', `PerspTex1') == 0)), `1', `
    pS->iLOD += pS->iDLOD;
    pS->iOoW += pP->iDOoWDX;
    INT32 iOoW = pS->iOoW>>16;              // 1.15
d_WDivide()
    pS->UVoW[0].iUoW += pP->DUVoWDX[0].iDUoWDX;
    pS->UVoW[0].iVoW += pP->DUVoWDX[0].iDVoWDX;
    pCtx->SI.TexUV[0].iU = d_WTimesUVoW(pS->iW,pS->UVoW[0].iUoW);
    pCtx->SI.TexUV[0].iV = d_WTimesUVoW(pS->iW,pS->UVoW[0].iVoW);')
ifelse(`$2', `PerspTex2', `
    pS->iLOD += pS->iDLOD;
    pS->iOoW += pP->iDOoWDX;
    INT32 iOoW = pS->iOoW>>16;              // 1.15
d_WDivide()

    for (INT32 i = 0; i < (INT32)pCtx->cActTex; i ++)
    {
        pS->UVoW[i].iUoW += pP->DUVoWDX[i].iDUoWDX;
        pS->UVoW[i].iVoW += pP->DUVoWDX[i].iDVoWDX;
        pCtx->SI.TexUV[i].iU = d_WTimesUVoW(pS->iW,pS->UVoW[i].iUoW);
        pCtx->SI.TexUV[i].iV = d_WTimesUVoW(pS->iW,pS->UVoW[i].iVoW);
    }')
ifelse(`$3', `SpecularFog', `
    if (pCtx->pdwRenderState[D3DRS_SPECULARENABLE])
    {
        pS->uBS += pP->iDBSDX; pS->uGS += pP->iDGSDX;
        pS->uRS += pP->iDRSDX;
    }

    if (pCtx->pdwRenderState[D3DRS_FOGENABLE])
    {
        pS->uFog += (INT16)pS->iDFog;

        pCtx->SI.uFogB += pCtx->SI.iFogBDX;
        pCtx->SI.uFogG += pCtx->SI.iFogGDX;
        pCtx->SI.uFogR += pCtx->SI.iFogRDX;
    }')

    // just returns for C, since we really can not loop with function calls
}')

d_RepStr(`d_RepStr(`d_RepStr(`d_TestFail(AA, BB, CC)',
        `AA', `Flat', `Gouraud')',
        `BB', `NoTex', `Tex1', `PerspTex1', `Tex2', `PerspTex2')',
        `CC', `NoSpecularFog', `SpecularFog')