static void R_MME_CheckCvars( void ) {
int pixelCount, blurTotal, passTotal;
mmeBlurControl_t* blurControl = &blurData.control;
mmeBlurControl_t* passControl = &passData.control;
pixelCount = glConfig.vidHeight * glConfig.vidWidth;
if (mme_blurFrames->integer > BLURMAX) {
ri.Cvar_Set( "mme_blurFrames", va( "%d", BLURMAX) );
} else if (mme_blurFrames->integer < 0) {
ri.Cvar_Set( "mme_blurFrames", "0" );
}
if (mme_blurOverlap->integer > BLURMAX ) {
ri.Cvar_Set( "mme_blurOverlap", va( "%d", BLURMAX) );
} else if (mme_blurOverlap->integer < 0 ) {
ri.Cvar_Set( "mme_blurOverlap", "0");
}
if (mme_dofFrames->integer > BLURMAX ) {
ri.Cvar_Set( "mme_dofFrames", va( "%d", BLURMAX) );
} else if (mme_dofFrames->integer < 0 ) {
ri.Cvar_Set( "mme_dofFrames", "0");
}
blurTotal = mme_blurFrames->integer + mme_blurOverlap->integer ;
passTotal = mme_dofFrames->integer;
if ( (mme_blurType->modified || passTotal != passControl->totalFrames || blurTotal != blurControl->totalFrames || pixelCount != mainData.pixelCount || blurControl->overlapFrames != mme_blurOverlap->integer) && !allocFailed ) {
workUsed = 0;
mainData.pixelCount = pixelCount;
blurCreate( blurControl, mme_blurType->string, blurTotal );
blurControl->totalFrames = blurTotal;
blurControl->totalIndex = 0;
blurControl->overlapFrames = mme_blurOverlap->integer;
blurControl->overlapIndex = 0;
R_MME_MakeBlurBlock( &blurData.shot, pixelCount * 3, blurControl );
// R_MME_MakeBlurBlock( &blurData.stencil, pixelCount * 1, blurControl );
R_MME_MakeBlurBlock( &blurData.depth, pixelCount * 1, blurControl );
R_MME_JitterTable( blurData.jitter[0], blurTotal );
//Multi pass data
blurCreate( passControl, "median", passTotal );
passControl->totalFrames = passTotal;
passControl->totalIndex = 0;
passControl->overlapFrames = 0;
passControl->overlapIndex = 0;
R_MME_MakeBlurBlock( &passData.dof, pixelCount * 3, passControl );
R_MME_JitterTable( passData.jitter[0], passTotal );
}
mme_blurOverlap->modified = qfalse;
mme_blurType->modified = qfalse;
mme_blurFrames->modified = qfalse;
mme_dofFrames->modified = qfalse;
}
void R_MME_CheckCvars (qboolean init, shotData_t *shotData)
{
int pixelCount, blurTotal, passTotal;
//mmeBlurControl_t* blurControl = &blurData.control;
mmeBlurControl_t* passControl;
passData_t *passData;
if (shotData == &shotDataMain) {
passControl = &passDataMain.control;
passData = &passDataMain;
} else if (shotData == &shotDataLeft) {
passControl = &passDataLeft.control;
passData = &passDataLeft;
} else {
ri.Error(ERR_DROP, "%s unknown shotData structure", __FUNCTION__);
}
pixelCount = glConfig.vidHeight * glConfig.vidWidth;
if (mme_blurType->modified) {
// can't just reset the specified *shotData since mme_blurType->modfied needs to be set to qfalse at this point (to avoid looping)
shotDataMain.forceReset = qtrue;
shotDataLeft.forceReset = qtrue;
mme_blurType->modified = qfalse;
//FIXME use something like shotData->lastSetBlurType
}
if (mme_blurFrames->integer < 0) {
ri.Cvar_Set( "mme_blurFrames", "0" );
}
if (mme_blurOverlap->integer < 0 ) {
ri.Cvar_Set( "mme_blurOverlap", "0" );
}
blurTotal = mme_blurFrames->integer + mme_blurOverlap->integer ;
// blurTotal > BLURMAX:256 will overflow internal buffers
if (blurTotal > BLURMAX) {
ri.Printf(PRINT_ALL, "^1blurFrames + blurOverlap (%d + %d) have to be less than or equal to %d, resetting\n", mme_blurFrames->integer, mme_blurOverlap->integer, BLURMAX);
ri.Cvar_Set( "mme_blurFrames", "0" );
ri.Cvar_Set( "mme_blurOverlap", "0" );
blurTotal = 0;
}
if (mme_dofFrames->integer > BLURMAX ) {
ri.Cvar_Set( "mme_dofFrames", va( "%d", BLURMAX) );
} else if (mme_dofFrames->integer < 0 ) {
ri.Cvar_Set( "mme_dofFrames", "0");
}
passTotal = mme_dofFrames->integer;
if (!init && (mme_blurFrames->integer != shotData->lastSetBlurFrames || mme_blurOverlap->integer != shotData->lastSetOverlapFrames || mme_dofFrames->integer != shotData->lastSetDofFrames)) {
R_MME_InitMemory(qfalse, shotData);
}
if (!init && ((shotData->forceReset || passTotal != passControl->totalFrames || blurTotal != shotData->control.totalFrames || pixelCount != shotData->pixelCount || shotData->control.overlapFrames != mme_blurOverlap->integer)
&& !shotData->allocFailed)) {
shotData->forceReset = qfalse;
blurCreate(&shotData->control, mme_blurType->string, blurTotal);
shotData->control.totalFrames = blurTotal;
shotData->control.totalIndex = 0;
shotData->control.overlapFrames = mme_blurOverlap->integer;
shotData->control.overlapIndex = 0;
if (blurTotal > 0) {
if (!R_MME_MakeBlurBlock(&shotData->shot, pixelCount * 3, &shotData->control, shotData)) {
ri.Printf(PRINT_ALL, "^1blur block creation failed\n");
shotData->allocFailed = qtrue;
goto alloc_Skip;
}
}
#if 0 //FIXME implement
R_MME_MakeBlurBlock( &blurData.stencil, pixelCount * 1, blurControl );
R_MME_MakeBlurBlock( &blurData.depth, pixelCount * 1, blurControl );
#endif
R_MME_JitterTable( shotData->jitter[0], blurTotal );
//Multi pass data
blurCreate( passControl, "median", passTotal );
passControl->totalFrames = passTotal;
passControl->totalIndex = 0;
passControl->overlapFrames = 0;
passControl->overlapIndex = 0;
if (passTotal > 0) {
if (!R_MME_MakeBlurBlock( &passData->dof, pixelCount * 3, passControl, shotData )) {
ri.Printf(PRINT_ALL, "^1blur pass creation failed\n");
shotData->allocFailed = qtrue;
goto alloc_Skip;
}
}
R_MME_JitterTable( passData->jitter[0], passTotal );
//ri.Printf(PRINT_ALL, "^6shotData reset\n");
}
alloc_Skip:
shotData->pixelCount = pixelCount;
}
