void CDeferredManagerClient::InitializeDeferredMaterials()
{
#if DEBUG
m_pKV_Def[ DEF_MAT_WIREFRAME_DEBUG ] = new KeyValues( "wireframe" );
if ( m_pKV_Def[ DEF_MAT_WIREFRAME_DEBUG ] != NULL )
{
m_pKV_Def[ DEF_MAT_WIREFRAME_DEBUG ]->SetString( "$color", "[1 0.5 0.1]" );
m_pMat_Def[ DEF_MAT_WIREFRAME_DEBUG ] = materials->CreateMaterial( "__lightworld_wireframe", m_pKV_Def[ DEF_MAT_WIREFRAME_DEBUG ] );
}
#endif
m_pKV_Def[ DEF_MAT_LIGHT_GLOBAL ] = new KeyValues( "LIGHTING_GLOBAL" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_GLOBAL ] != NULL )
m_pMat_Def[ DEF_MAT_LIGHT_GLOBAL ] = materials->CreateMaterial( "__lightpass_global", m_pKV_Def[ DEF_MAT_LIGHT_GLOBAL ] );
m_pKV_Def[ DEF_MAT_LIGHT_POINT_FULLSCREEN ] = new KeyValues( "LIGHTING_WORLD" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_POINT_FULLSCREEN ] != NULL )
m_pMat_Def[ DEF_MAT_LIGHT_POINT_FULLSCREEN ] = materials->CreateMaterial( "__lightpass_point_fs", m_pKV_Def[ DEF_MAT_LIGHT_POINT_FULLSCREEN ] );
m_pKV_Def[ DEF_MAT_LIGHT_POINT_WORLD ] = new KeyValues( "LIGHTING_WORLD" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_POINT_WORLD ] != NULL )
{
m_pKV_Def[ DEF_MAT_LIGHT_POINT_WORLD ]->SetInt( "$WORLDPROJECTION", 1 );
m_pMat_Def[ DEF_MAT_LIGHT_POINT_WORLD ] = materials->CreateMaterial( "__lightpass_point_w", m_pKV_Def[ DEF_MAT_LIGHT_POINT_WORLD ] );
}
m_pKV_Def[ DEF_MAT_LIGHT_SPOT_FULLSCREEN ] = new KeyValues( "LIGHTING_WORLD" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_SPOT_FULLSCREEN ] != NULL )
{
m_pKV_Def[ DEF_MAT_LIGHT_SPOT_FULLSCREEN ]->SetInt( "$LIGHTTYPE", DEFLIGHTTYPE_SPOT );
m_pMat_Def[ DEF_MAT_LIGHT_SPOT_FULLSCREEN ] = materials->CreateMaterial( "__lightpass_spot_fs", m_pKV_Def[ DEF_MAT_LIGHT_SPOT_FULLSCREEN ] );
}
m_pKV_Def[ DEF_MAT_LIGHT_SPOT_WORLD ] = new KeyValues( "LIGHTING_WORLD" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_SPOT_WORLD ] != NULL )
{
m_pKV_Def[ DEF_MAT_LIGHT_SPOT_WORLD ]->SetInt( "$LIGHTTYPE", DEFLIGHTTYPE_SPOT );
m_pKV_Def[ DEF_MAT_LIGHT_SPOT_WORLD ]->SetInt( "$WORLDPROJECTION", 1 );
m_pMat_Def[ DEF_MAT_LIGHT_SPOT_WORLD ] = materials->CreateMaterial( "__lightpass_spot_w", m_pKV_Def[ DEF_MAT_LIGHT_SPOT_WORLD ] );
}
/*
lighting volumes
*/
m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_POINT_FULLSCREEN ] = new KeyValues( "LIGHTING_VOLUME" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_POINT_FULLSCREEN ] != NULL )
m_pMat_Def[ DEF_MAT_LIGHT_VOLUME_POINT_FULLSCREEN ] = materials->CreateMaterial( "__lightpass_point_vfs", m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_POINT_FULLSCREEN ] );
m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_POINT_WORLD ] = new KeyValues( "LIGHTING_VOLUME" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_POINT_WORLD ] != NULL )
{
m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_POINT_WORLD ]->SetInt( "$WORLDPROJECTION", 1 );
m_pMat_Def[ DEF_MAT_LIGHT_VOLUME_POINT_WORLD ] = materials->CreateMaterial( "__lightpass_point_v", m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_POINT_WORLD ] );
}
m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_SPOT_FULLSCREEN ] = new KeyValues( "LIGHTING_VOLUME" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_SPOT_FULLSCREEN ] != NULL )
{
m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_SPOT_FULLSCREEN ]->SetInt( "$LIGHTTYPE", DEFLIGHTTYPE_SPOT );
m_pMat_Def[ DEF_MAT_LIGHT_VOLUME_SPOT_FULLSCREEN ] = materials->CreateMaterial( "__lightpass_spot_v", m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_SPOT_FULLSCREEN ] );
}
m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_SPOT_WORLD ] = new KeyValues( "LIGHTING_VOLUME" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_SPOT_WORLD ] != NULL )
{
m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_SPOT_WORLD ]->SetInt( "$WORLDPROJECTION", 1 );
m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_SPOT_WORLD ]->SetInt( "$LIGHTTYPE", DEFLIGHTTYPE_SPOT );
m_pMat_Def[ DEF_MAT_LIGHT_VOLUME_SPOT_WORLD ] = materials->CreateMaterial( "__lightpass_spot_v", m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_SPOT_WORLD ] );
}
m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_PREPASS ] = new KeyValues( "VOLUME_PREPASS" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_PREPASS ] != NULL )
m_pMat_Def[ DEF_MAT_LIGHT_VOLUME_PREPASS ] = materials->CreateMaterial( "__volume_prepass", m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_PREPASS ] );
m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_BLEND ] = new KeyValues( "VOLUME_BLEND" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_BLEND ] != NULL )
{
m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_BLEND ]->SetString( "$BASETEXTURE", GetDefRT_VolumetricsBuffer( 0 )->GetName() );
m_pMat_Def[ DEF_MAT_LIGHT_VOLUME_BLEND ] = materials->CreateMaterial( "__volume_blend", m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_BLEND ] );
}
/*
radiosity
*/
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_GLOBAL ] = new KeyValues( "RADIOSITY_GLOBAL" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_GLOBAL ] != NULL )
m_pMat_Def[ DEF_MAT_LIGHT_RADIOSITY_GLOBAL ] = materials->CreateMaterial( "__radpass_global", m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_GLOBAL ] );
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_DEBUG ] = new KeyValues( "DEBUG_RADIOSITY_GRID" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_DEBUG ] != NULL )
m_pMat_Def[ DEF_MAT_LIGHT_RADIOSITY_DEBUG ] = materials->CreateMaterial( "__radpass_dbg_grid", m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_DEBUG ] );
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_PROPAGATE_0 ] = new KeyValues( "RADIOSITY_PROPAGATE" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_PROPAGATE_0 ] != NULL )
{
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_PROPAGATE_0 ]->SetString( "$BASETEXTURE", GetDefRT_RadiosityBuffer( 0 )->GetName() );
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_PROPAGATE_0 ]->SetString( "$NORMALMAP", GetDefRT_RadiosityNormal( 0 )->GetName() );
m_pMat_Def[ DEF_MAT_LIGHT_RADIOSITY_PROPAGATE_0 ] = materials->CreateMaterial( "__radpass_prop_0", m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_PROPAGATE_0 ] );
}
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_PROPAGATE_1 ] = new KeyValues( "RADIOSITY_PROPAGATE" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_PROPAGATE_1 ] != NULL )
{
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_PROPAGATE_1 ]->SetString( "$BASETEXTURE", GetDefRT_RadiosityBuffer( 1 )->GetName() );
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_PROPAGATE_1 ]->SetString( "$NORMALMAP", GetDefRT_RadiosityNormal( 1 )->GetName() );
m_pMat_Def[ DEF_MAT_LIGHT_RADIOSITY_PROPAGATE_1 ] = materials->CreateMaterial( "__radpass_prop_1", m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_PROPAGATE_1 ] );
}
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_BLUR_0 ] = new KeyValues( "RADIOSITY_PROPAGATE" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_PROPAGATE_0 ] != NULL )
{
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_BLUR_0 ]->SetInt( "$BLUR", 1 );
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_BLUR_0 ]->SetString( "$BASETEXTURE", GetDefRT_RadiosityBuffer( 0 )->GetName() );
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_BLUR_0 ]->SetString( "$NORMALMAP", GetDefRT_RadiosityNormal( 0 )->GetName() );
m_pMat_Def[ DEF_MAT_LIGHT_RADIOSITY_BLUR_0 ] = materials->CreateMaterial( "__radpass_blur_0", m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_BLUR_0 ] );
}
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_BLUR_1 ] = new KeyValues( "RADIOSITY_PROPAGATE" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_BLUR_1 ] != NULL )
{
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_BLUR_1 ]->SetInt( "$BLUR", 1 );
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_BLUR_1 ]->SetString( "$BASETEXTURE", GetDefRT_RadiosityBuffer( 1 )->GetName() );
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_BLUR_1 ]->SetString( "$NORMALMAP", GetDefRT_RadiosityNormal( 1 )->GetName() );
m_pMat_Def[ DEF_MAT_LIGHT_RADIOSITY_BLUR_1 ] = materials->CreateMaterial( "__radpass_blur_1", m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_BLUR_1 ] );
}
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_BLEND ] = new KeyValues( "RADIOSITY_BLEND" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_BLEND ] != NULL )
m_pMat_Def[ DEF_MAT_LIGHT_RADIOSITY_BLEND ] = materials->CreateMaterial( "__radpass_blend", m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_BLEND ] );
#if DEFCFG_DEFERRED_SHADING == 1
/*
deferred shading
*/
m_pKV_Def[ DEF_MAT_SCREENSPACE_SHADING ] = new KeyValues( "SCREENSPACE_SHADING" );
if ( m_pKV_Def[ DEF_MAT_SCREENSPACE_SHADING ] != NULL )
m_pMat_Def[ DEF_MAT_SCREENSPACE_SHADING ] = materials->CreateMaterial( "__screenspace_shading", m_pKV_Def[ DEF_MAT_SCREENSPACE_SHADING ] );
m_pKV_Def[ DEF_MAT_SCREENSPACE_COMBINE ] = new KeyValues( "SCREENSPACE_COMBINE" );
if ( m_pKV_Def[ DEF_MAT_SCREENSPACE_COMBINE ] != NULL )
m_pMat_Def[ DEF_MAT_SCREENSPACE_COMBINE ] = materials->CreateMaterial( "__screenspace_combine", m_pKV_Def[ DEF_MAT_SCREENSPACE_COMBINE ] );
#endif
/*
blur
*/
m_pKV_Def[ DEF_MAT_BLUR_G6_X ] = new KeyValues( "GAUSSIAN_BLUR_6" );
if ( m_pKV_Def[ DEF_MAT_BLUR_G6_X ] != NULL )
{
m_pKV_Def[ DEF_MAT_BLUR_G6_X ]->SetString( "$BASETEXTURE", GetDefRT_VolumetricsBuffer( 0 )->GetName() );
m_pMat_Def[ DEF_MAT_BLUR_G6_X ] = materials->CreateMaterial( "__blurpass_vbuf_x", m_pKV_Def[ DEF_MAT_BLUR_G6_X ] );
}
m_pKV_Def[ DEF_MAT_BLUR_G6_Y ] = new KeyValues( "GAUSSIAN_BLUR_6" );
if ( m_pKV_Def[ DEF_MAT_BLUR_G6_Y ] != NULL )
{
m_pKV_Def[ DEF_MAT_BLUR_G6_Y ]->SetString( "$BASETEXTURE", GetDefRT_VolumetricsBuffer( 1 )->GetName() );
m_pKV_Def[ DEF_MAT_BLUR_G6_Y ]->SetInt( "$ISVERTICAL", 1 );
m_pMat_Def[ DEF_MAT_BLUR_G6_Y ] = materials->CreateMaterial( "__blurpass_vbuf_y", m_pKV_Def[ DEF_MAT_BLUR_G6_Y ] );
}
#if DEBUG
for ( int i = 0; i < DEF_MAT_COUNT; i++ )
{
Assert( m_pKV_Def[ i ] != NULL );
Assert( m_pMat_Def[ i ] != NULL );
}
#endif
}
void CDeferredManagerClient::InitializeDeferredMaterials()
{
// BUG!!! Creating the materials directly is causing some weird performance bug at map start (high cpu load)
// Instead write each material to file and then find them.
#ifdef DEF_WRITE_VMT
// Make sure the directory exists
if( filesystem->FileExists("materials/deferred", "MOD") == false )
{
filesystem->CreateDirHierarchy("materials/deferred", "MOD");
}
#if DEBUG
m_pKV_Def[ DEF_MAT_WIREFRAME_DEBUG ] = new KeyValues( "wireframe" );
if ( m_pKV_Def[ DEF_MAT_WIREFRAME_DEBUG ] != NULL )
{
m_pKV_Def[ DEF_MAT_WIREFRAME_DEBUG ]->SetString( "$color", "[1 0.5 0.1]" );
m_pKV_Def[ DEF_MAT_WIREFRAME_DEBUG ]->SaveToFile( filesystem, "materials/deferred/lightworld_wirefram.vmt", "MOD" );
}
m_pMat_Def[ DEF_MAT_WIREFRAME_DEBUG ] = materials->FindMaterial( "deferred/lightworld_wirefram", NULL );
#endif
// Create Materials
m_pKV_Def[ DEF_MAT_LIGHT_GLOBAL ] = new KeyValues( "LIGHTING_GLOBAL" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_GLOBAL ] != NULL )
m_pKV_Def[ DEF_MAT_LIGHT_GLOBAL ]->SaveToFile( filesystem, "materials/deferred/lightpass_global.vmt", "MOD" );
m_pKV_Def[ DEF_MAT_LIGHT_POINT_FULLSCREEN ] = new KeyValues( "LIGHTING_WORLD" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_POINT_FULLSCREEN ] != NULL )
m_pKV_Def[ DEF_MAT_LIGHT_POINT_FULLSCREEN ]->SaveToFile( filesystem, "materials/deferred/lightpass_point_fs.vmt", "MOD" );
m_pKV_Def[ DEF_MAT_LIGHT_POINT_WORLD ] = new KeyValues( "LIGHTING_WORLD" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_POINT_WORLD ] != NULL )
{
m_pKV_Def[ DEF_MAT_LIGHT_POINT_WORLD ]->SetInt( "$WORLDPROJECTION", 1 );
m_pKV_Def[ DEF_MAT_LIGHT_POINT_WORLD ]->SaveToFile( filesystem, "materials/deferred/lightpass_point_w.vmt", "MOD" );
}
m_pKV_Def[ DEF_MAT_LIGHT_SPOT_FULLSCREEN ] = new KeyValues( "LIGHTING_WORLD" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_SPOT_FULLSCREEN ] != NULL )
{
m_pKV_Def[ DEF_MAT_LIGHT_SPOT_FULLSCREEN ]->SetInt( "$LIGHTTYPE", DEFLIGHTTYPE_SPOT );
m_pKV_Def[ DEF_MAT_LIGHT_SPOT_FULLSCREEN ]->SaveToFile( filesystem, "materials/deferred/lightpass_spot_fs.vmt", "MOD" );
}
m_pKV_Def[ DEF_MAT_LIGHT_SPOT_WORLD ] = new KeyValues( "LIGHTING_WORLD" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_SPOT_WORLD ] != NULL )
{
m_pKV_Def[ DEF_MAT_LIGHT_SPOT_WORLD ]->SetInt( "$LIGHTTYPE", DEFLIGHTTYPE_SPOT );
m_pKV_Def[ DEF_MAT_LIGHT_SPOT_WORLD ]->SetInt( "$WORLDPROJECTION", 1 );
m_pKV_Def[ DEF_MAT_LIGHT_SPOT_WORLD ]->SaveToFile( filesystem, "materials/deferred/lightpass_spot_w.vmt", "MOD" );
}
// Find the materials
m_pMat_Def[ DEF_MAT_LIGHT_GLOBAL ] = materials->FindMaterial( "deferred/lightpass_global", NULL );
m_pMat_Def[ DEF_MAT_LIGHT_POINT_FULLSCREEN ] = materials->FindMaterial( "deferred/lightpass_point_fs", NULL );
m_pMat_Def[ DEF_MAT_LIGHT_POINT_WORLD ] = materials->FindMaterial( "deferred/lightpass_point_w", NULL );
m_pMat_Def[ DEF_MAT_LIGHT_SPOT_FULLSCREEN ] = materials->FindMaterial( "deferred/lightpass_spot_fs", NULL );
m_pMat_Def[ DEF_MAT_LIGHT_SPOT_WORLD ] = materials->FindMaterial( "deferred/lightpass_spot_w", NULL );
/*
lighting volumes
*/
m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_POINT_FULLSCREEN ] = new KeyValues( "LIGHTING_VOLUME" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_POINT_FULLSCREEN ] != NULL )
m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_POINT_FULLSCREEN ]->SaveToFile( filesystem, "materials/deferred/lightpass_point_vfs.vmt", "MOD" );
m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_POINT_WORLD ] = new KeyValues( "LIGHTING_VOLUME" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_POINT_WORLD ] != NULL )
{
m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_POINT_WORLD ]->SetInt( "$WORLDPROJECTION", 1 );
m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_POINT_WORLD ]->SaveToFile( filesystem, "materials/deferred/lightpass_point_v.vmt", "MOD" );
}
m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_SPOT_FULLSCREEN ] = new KeyValues( "LIGHTING_VOLUME" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_SPOT_FULLSCREEN ] != NULL )
{
m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_SPOT_FULLSCREEN ]->SetInt( "$LIGHTTYPE", DEFLIGHTTYPE_SPOT );
m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_SPOT_FULLSCREEN ]->SaveToFile( filesystem, "materials/deferred/lightpass_spot_vfs.vmt", "MOD" );
}
m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_SPOT_WORLD ] = new KeyValues( "LIGHTING_VOLUME" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_SPOT_WORLD ] != NULL )
{
m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_SPOT_WORLD ]->SetInt( "$WORLDPROJECTION", 1 );
m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_SPOT_WORLD ]->SetInt( "$LIGHTTYPE", DEFLIGHTTYPE_SPOT );
m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_SPOT_WORLD ]->SaveToFile( filesystem, "materials/deferred/lightpass_spot_v.vmt", "MOD" );
}
m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_PREPASS ] = new KeyValues( "VOLUME_PREPASS" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_PREPASS ] != NULL )
m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_PREPASS ]->SaveToFile( filesystem, "materials/deferred/volume_prepass.vmt", "MOD" );
m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_BLEND ] = new KeyValues( "VOLUME_BLEND" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_BLEND ] != NULL )
{
m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_BLEND ]->SetString( "$BASETEXTURE", GetDefRT_VolumetricsBuffer( 0 )->GetName() );
m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_BLEND ]->SaveToFile( filesystem, "materials/deferred/volume_blend.vmt", "MOD" );
}
m_pMat_Def[ DEF_MAT_LIGHT_VOLUME_POINT_FULLSCREEN ] = materials->FindMaterial( "deferred/lightpass_point_vfs", NULL );
m_pMat_Def[ DEF_MAT_LIGHT_VOLUME_POINT_WORLD ] = materials->FindMaterial( "deferred/lightpass_point_v", NULL );
m_pMat_Def[ DEF_MAT_LIGHT_VOLUME_SPOT_FULLSCREEN ] = materials->FindMaterial( "deferred/lightpass_spot_vfs", NULL );
m_pMat_Def[ DEF_MAT_LIGHT_VOLUME_SPOT_WORLD ] = materials->FindMaterial( "deferred/lightpass_spot_v", NULL );
m_pMat_Def[ DEF_MAT_LIGHT_VOLUME_PREPASS ] = materials->FindMaterial( "deferred/volume_prepass", NULL );
m_pMat_Def[ DEF_MAT_LIGHT_VOLUME_BLEND ] = materials->FindMaterial( "deferred/volume_blend", NULL );
#if DEFCFG_ENABLE_RADIOSITY == 1
/*
radiosity
*/
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_GLOBAL ] = new KeyValues( "RADIOSITY_GLOBAL" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_GLOBAL ] != NULL )
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_GLOBAL ]->SaveToFile( filesystem, "materials/deferred/radpass_global.vmt", "MOD" );
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_DEBUG ] = new KeyValues( "DEBUG_RADIOSITY_GRID" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_DEBUG ] != NULL )
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_DEBUG ]->SaveToFile( filesystem, "materials/deferred/radpass_dbg_grid.vmt", "MOD" );
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_PROPAGATE_0 ] = new KeyValues( "RADIOSITY_PROPAGATE" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_PROPAGATE_0 ] != NULL )
{
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_PROPAGATE_0 ]->SetString( "$BASETEXTURE", GetDefRT_RadiosityBuffer( 0 )->GetName() );
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_PROPAGATE_0 ]->SetString( "$NORMALMAP", GetDefRT_RadiosityNormal( 0 )->GetName() );
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_PROPAGATE_0 ]->SaveToFile( filesystem, "materials/deferred/radpass_prop_0.vmt", "MOD" );
}
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_PROPAGATE_1 ] = new KeyValues( "RADIOSITY_PROPAGATE" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_PROPAGATE_1 ] != NULL )
{
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_PROPAGATE_1 ]->SetString( "$BASETEXTURE", GetDefRT_RadiosityBuffer( 1 )->GetName() );
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_PROPAGATE_1 ]->SetString( "$NORMALMAP", GetDefRT_RadiosityNormal( 1 )->GetName() );
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_PROPAGATE_1 ]->SaveToFile( filesystem, "materials/deferred/radpass_prop_1.vmt", "MOD" );
}
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_BLUR_0 ] = new KeyValues( "RADIOSITY_PROPAGATE" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_BLUR_0 ] != NULL )
{
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_BLUR_0 ]->SetInt( "$BLUR", 1 );
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_BLUR_0 ]->SetString( "$BASETEXTURE", GetDefRT_RadiosityBuffer( 0 )->GetName() );
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_BLUR_0 ]->SetString( "$NORMALMAP", GetDefRT_RadiosityNormal( 0 )->GetName() );
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_BLUR_0 ]->SaveToFile( filesystem, "materials/deferred/radpass_blur_0.vmt", "MOD" );
}
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_BLUR_1 ] = new KeyValues( "RADIOSITY_PROPAGATE" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_BLUR_1 ] != NULL )
{
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_BLUR_1 ]->SetInt( "$BLUR", 1 );
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_BLUR_1 ]->SetString( "$BASETEXTURE", GetDefRT_RadiosityBuffer( 1 )->GetName() );
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_BLUR_1 ]->SetString( "$NORMALMAP", GetDefRT_RadiosityNormal( 1 )->GetName() );
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_BLUR_1 ]->SaveToFile( filesystem, "materials/deferred/radpass_blur_1.vmt", "MOD" );
}
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_BLEND ] = new KeyValues( "RADIOSITY_BLEND" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_BLEND ] != NULL )
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_BLEND ]->SaveToFile( filesystem, "materials/deferred/radpass_blend.vmt", "MOD" );
m_pMat_Def[ DEF_MAT_LIGHT_RADIOSITY_GLOBAL ] = materials->FindMaterial( "deferred/radpass_global", NULL );
m_pMat_Def[ DEF_MAT_LIGHT_RADIOSITY_DEBUG ] = materials->FindMaterial( "deferred/radpass_dbg_grid", NULL );
m_pMat_Def[ DEF_MAT_LIGHT_RADIOSITY_PROPAGATE_0 ] = materials->FindMaterial( "deferred/radpass_prop_0", NULL );
m_pMat_Def[ DEF_MAT_LIGHT_RADIOSITY_PROPAGATE_1 ] = materials->FindMaterial( "deferred/radpass_prop_1", NULL );
m_pMat_Def[ DEF_MAT_LIGHT_RADIOSITY_BLUR_0 ] = materials->FindMaterial( "deferred/radpass_blur_0", NULL );
m_pMat_Def[ DEF_MAT_LIGHT_RADIOSITY_BLUR_1 ] = materials->FindMaterial( "deferred/radpass_blur_1", NULL );
m_pMat_Def[ DEF_MAT_LIGHT_RADIOSITY_BLEND ] = materials->FindMaterial( "deferred/radpass_blend", NULL );
#endif // DEFCFG_ENABLE_RADIOSITY
#if DEFCFG_DEFERRED_SHADING == 1
/*
deferred shading
*/
m_pKV_Def[ DEF_MAT_SCREENSPACE_SHADING ] = new KeyValues( "SCREENSPACE_SHADING" );
if ( m_pKV_Def[ DEF_MAT_SCREENSPACE_SHADING ] != NULL )
m_pKV_Def[ DEF_MAT_SCREENSPACE_SHADING ]->SaveToFile( filesystem, "materials/deferred/screenspace_shading.vmt", "MOD" );
m_pKV_Def[ DEF_MAT_SCREENSPACE_COMBINE ] = new KeyValues( "SCREENSPACE_COMBINE" );
if ( m_pKV_Def[ DEF_MAT_SCREENSPACE_COMBINE ] != NULL )
m_pKV_Def[ DEF_MAT_SCREENSPACE_COMBINE ]->SaveToFile( filesystem, "materials/deferred/screenspace_combine.vmt", "MOD" );
m_pMat_Def[ DEF_MAT_SCREENSPACE_SHADING ] = materials->FindMaterial( "deferred/screenspace_shading", NULL );
m_pMat_Def[ DEF_MAT_SCREENSPACE_COMBINE ] = materials->FindMaterial( "deferred/screenspace_combine", NULL );
#endif
/*
blur
*/
m_pKV_Def[ DEF_MAT_BLUR_G6_X ] = new KeyValues( "GAUSSIAN_BLUR_6" );
if ( m_pKV_Def[ DEF_MAT_BLUR_G6_X ] != NULL )
{
m_pKV_Def[ DEF_MAT_BLUR_G6_X ]->SetString( "$BASETEXTURE", GetDefRT_VolumetricsBuffer( 0 )->GetName() );
m_pKV_Def[ DEF_MAT_BLUR_G6_X ]->SaveToFile( filesystem, "materials/deferred/blurpass_vbuf_x.vmt", "MOD" );
}
m_pKV_Def[ DEF_MAT_BLUR_G6_Y ] = new KeyValues( "GAUSSIAN_BLUR_6" );
if ( m_pKV_Def[ DEF_MAT_BLUR_G6_Y ] != NULL )
{
m_pKV_Def[ DEF_MAT_BLUR_G6_Y ]->SetString( "$BASETEXTURE", GetDefRT_VolumetricsBuffer( 1 )->GetName() );
m_pKV_Def[ DEF_MAT_BLUR_G6_Y ]->SetInt( "$ISVERTICAL", 1 );
m_pKV_Def[ DEF_MAT_BLUR_G6_Y ]->SaveToFile( filesystem, "materials/deferred/blurpass_vbuf_y.vmt", "MOD" );
}
m_pMat_Def[ DEF_MAT_BLUR_G6_X ] = materials->FindMaterial( "deferred/blurpass_vbuf_x", NULL );
m_pMat_Def[ DEF_MAT_BLUR_G6_Y ] = materials->FindMaterial( "deferred/blurpass_vbuf_y", NULL );
#else // Create materials directly (caused performance bug)
#if DEBUG
m_pKV_Def[ DEF_MAT_WIREFRAME_DEBUG ] = new KeyValues( "wireframe" );
if ( m_pKV_Def[ DEF_MAT_WIREFRAME_DEBUG ] != NULL )
{
m_pKV_Def[ DEF_MAT_WIREFRAME_DEBUG ]->SetString( "$color", "[1 0.5 0.1]" );
m_pMat_Def[ DEF_MAT_WIREFRAME_DEBUG ] = materials->CreateMaterial( "__lightworld_wireframe", m_pKV_Def[ DEF_MAT_WIREFRAME_DEBUG ] );
}
#endif
m_pKV_Def[ DEF_MAT_LIGHT_GLOBAL ] = new KeyValues( "LIGHTING_GLOBAL" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_GLOBAL ] != NULL )
m_pMat_Def[ DEF_MAT_LIGHT_GLOBAL ] = materials->CreateMaterial( "__lightpass_global", m_pKV_Def[ DEF_MAT_LIGHT_GLOBAL ] );
m_pKV_Def[ DEF_MAT_LIGHT_POINT_FULLSCREEN ] = new KeyValues( "LIGHTING_WORLD" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_POINT_FULLSCREEN ] != NULL )
m_pMat_Def[ DEF_MAT_LIGHT_POINT_FULLSCREEN ] = materials->CreateMaterial( "__lightpass_point_fs", m_pKV_Def[ DEF_MAT_LIGHT_POINT_FULLSCREEN ] );
m_pKV_Def[ DEF_MAT_LIGHT_POINT_WORLD ] = new KeyValues( "LIGHTING_WORLD" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_POINT_WORLD ] != NULL )
{
m_pKV_Def[ DEF_MAT_LIGHT_POINT_WORLD ]->SetInt( "$WORLDPROJECTION", 1 );
m_pMat_Def[ DEF_MAT_LIGHT_POINT_WORLD ] = materials->CreateMaterial( "__lightpass_point_w", m_pKV_Def[ DEF_MAT_LIGHT_POINT_WORLD ] );
}
m_pKV_Def[ DEF_MAT_LIGHT_SPOT_FULLSCREEN ] = new KeyValues( "LIGHTING_WORLD" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_SPOT_FULLSCREEN ] != NULL )
{
m_pKV_Def[ DEF_MAT_LIGHT_SPOT_FULLSCREEN ]->SetInt( "$LIGHTTYPE", DEFLIGHTTYPE_SPOT );
m_pMat_Def[ DEF_MAT_LIGHT_SPOT_FULLSCREEN ] = materials->CreateMaterial( "__lightpass_spot_fs", m_pKV_Def[ DEF_MAT_LIGHT_SPOT_FULLSCREEN ] );
}
m_pKV_Def[ DEF_MAT_LIGHT_SPOT_WORLD ] = new KeyValues( "LIGHTING_WORLD" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_SPOT_WORLD ] != NULL )
{
m_pKV_Def[ DEF_MAT_LIGHT_SPOT_WORLD ]->SetInt( "$LIGHTTYPE", DEFLIGHTTYPE_SPOT );
m_pKV_Def[ DEF_MAT_LIGHT_SPOT_WORLD ]->SetInt( "$WORLDPROJECTION", 1 );
m_pMat_Def[ DEF_MAT_LIGHT_SPOT_WORLD ] = materials->CreateMaterial( "__lightpass_spot_w", m_pKV_Def[ DEF_MAT_LIGHT_SPOT_WORLD ] );
}
/*
lighting volumes
*/
m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_POINT_FULLSCREEN ] = new KeyValues( "LIGHTING_VOLUME" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_POINT_FULLSCREEN ] != NULL )
m_pMat_Def[ DEF_MAT_LIGHT_VOLUME_POINT_FULLSCREEN ] = materials->CreateMaterial( "__lightpass_point_vfs", m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_POINT_FULLSCREEN ] );
m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_POINT_WORLD ] = new KeyValues( "LIGHTING_VOLUME" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_POINT_WORLD ] != NULL )
{
m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_POINT_WORLD ]->SetInt( "$WORLDPROJECTION", 1 );
m_pMat_Def[ DEF_MAT_LIGHT_VOLUME_POINT_WORLD ] = materials->CreateMaterial( "__lightpass_point_v", m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_POINT_WORLD ] );
}
m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_SPOT_FULLSCREEN ] = new KeyValues( "LIGHTING_VOLUME" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_SPOT_FULLSCREEN ] != NULL )
{
m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_SPOT_FULLSCREEN ]->SetInt( "$LIGHTTYPE", DEFLIGHTTYPE_SPOT );
m_pMat_Def[ DEF_MAT_LIGHT_VOLUME_SPOT_FULLSCREEN ] = materials->CreateMaterial( "__lightpass_spot_vfs", m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_SPOT_FULLSCREEN ] );
}
m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_SPOT_WORLD ] = new KeyValues( "LIGHTING_VOLUME" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_SPOT_WORLD ] != NULL )
{
m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_SPOT_WORLD ]->SetInt( "$WORLDPROJECTION", 1 );
m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_SPOT_WORLD ]->SetInt( "$LIGHTTYPE", DEFLIGHTTYPE_SPOT );
m_pMat_Def[ DEF_MAT_LIGHT_VOLUME_SPOT_WORLD ] = materials->CreateMaterial( "__lightpass_spot_v", m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_SPOT_WORLD ] );
}
m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_PREPASS ] = new KeyValues( "VOLUME_PREPASS" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_PREPASS ] != NULL )
m_pMat_Def[ DEF_MAT_LIGHT_VOLUME_PREPASS ] = materials->CreateMaterial( "__volume_prepass", m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_PREPASS ] );
m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_BLEND ] = new KeyValues( "VOLUME_BLEND" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_BLEND ] != NULL )
{
m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_BLEND ]->SetString( "$BASETEXTURE", GetDefRT_VolumetricsBuffer( 0 )->GetName() );
m_pMat_Def[ DEF_MAT_LIGHT_VOLUME_BLEND ] = materials->CreateMaterial( "__volume_blend", m_pKV_Def[ DEF_MAT_LIGHT_VOLUME_BLEND ] );
}
/*
radiosity
*/
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_GLOBAL ] = new KeyValues( "RADIOSITY_GLOBAL" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_GLOBAL ] != NULL )
m_pMat_Def[ DEF_MAT_LIGHT_RADIOSITY_GLOBAL ] = materials->CreateMaterial( "__radpass_global", m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_GLOBAL ] );
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_DEBUG ] = new KeyValues( "DEBUG_RADIOSITY_GRID" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_DEBUG ] != NULL )
m_pMat_Def[ DEF_MAT_LIGHT_RADIOSITY_DEBUG ] = materials->CreateMaterial( "__radpass_dbg_grid", m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_DEBUG ] );
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_PROPAGATE_0 ] = new KeyValues( "RADIOSITY_PROPAGATE" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_PROPAGATE_0 ] != NULL )
{
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_PROPAGATE_0 ]->SetString( "$BASETEXTURE", GetDefRT_RadiosityBuffer( 0 )->GetName() );
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_PROPAGATE_0 ]->SetString( "$NORMALMAP", GetDefRT_RadiosityNormal( 0 )->GetName() );
m_pMat_Def[ DEF_MAT_LIGHT_RADIOSITY_PROPAGATE_0 ] = materials->CreateMaterial( "__radpass_prop_0", m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_PROPAGATE_0 ] );
}
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_PROPAGATE_1 ] = new KeyValues( "RADIOSITY_PROPAGATE" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_PROPAGATE_1 ] != NULL )
{
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_PROPAGATE_1 ]->SetString( "$BASETEXTURE", GetDefRT_RadiosityBuffer( 1 )->GetName() );
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_PROPAGATE_1 ]->SetString( "$NORMALMAP", GetDefRT_RadiosityNormal( 1 )->GetName() );
m_pMat_Def[ DEF_MAT_LIGHT_RADIOSITY_PROPAGATE_1 ] = materials->CreateMaterial( "__radpass_prop_1", m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_PROPAGATE_1 ] );
}
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_BLUR_0 ] = new KeyValues( "RADIOSITY_PROPAGATE" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_BLUR_0 ] != NULL )
{
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_BLUR_0 ]->SetInt( "$BLUR", 1 );
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_BLUR_0 ]->SetString( "$BASETEXTURE", GetDefRT_RadiosityBuffer( 0 )->GetName() );
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_BLUR_0 ]->SetString( "$NORMALMAP", GetDefRT_RadiosityNormal( 0 )->GetName() );
m_pMat_Def[ DEF_MAT_LIGHT_RADIOSITY_BLUR_0 ] = materials->CreateMaterial( "__radpass_blur_0", m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_BLUR_0 ] );
}
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_BLUR_1 ] = new KeyValues( "RADIOSITY_PROPAGATE" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_BLUR_1 ] != NULL )
{
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_BLUR_1 ]->SetInt( "$BLUR", 1 );
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_BLUR_1 ]->SetString( "$BASETEXTURE", GetDefRT_RadiosityBuffer( 1 )->GetName() );
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_BLUR_1 ]->SetString( "$NORMALMAP", GetDefRT_RadiosityNormal( 1 )->GetName() );
m_pMat_Def[ DEF_MAT_LIGHT_RADIOSITY_BLUR_1 ] = materials->CreateMaterial( "__radpass_blur_1", m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_BLUR_1 ] );
}
m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_BLEND ] = new KeyValues( "RADIOSITY_BLEND" );
if ( m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_BLEND ] != NULL )
m_pMat_Def[ DEF_MAT_LIGHT_RADIOSITY_BLEND ] = materials->CreateMaterial( "__radpass_blend", m_pKV_Def[ DEF_MAT_LIGHT_RADIOSITY_BLEND ] );
#if DEFCFG_DEFERRED_SHADING == 1
/*
deferred shading
*/
m_pKV_Def[ DEF_MAT_SCREENSPACE_SHADING ] = new KeyValues( "SCREENSPACE_SHADING" );
if ( m_pKV_Def[ DEF_MAT_SCREENSPACE_SHADING ] != NULL )
m_pMat_Def[ DEF_MAT_SCREENSPACE_SHADING ] = materials->CreateMaterial( "__screenspace_shading", m_pKV_Def[ DEF_MAT_SCREENSPACE_SHADING ] );
m_pKV_Def[ DEF_MAT_SCREENSPACE_COMBINE ] = new KeyValues( "SCREENSPACE_COMBINE" );
if ( m_pKV_Def[ DEF_MAT_SCREENSPACE_COMBINE ] != NULL )
m_pMat_Def[ DEF_MAT_SCREENSPACE_COMBINE ] = materials->CreateMaterial( "__screenspace_combine", m_pKV_Def[ DEF_MAT_SCREENSPACE_COMBINE ] );
#endif
/*
blur
*/
m_pKV_Def[ DEF_MAT_BLUR_G6_X ] = new KeyValues( "GAUSSIAN_BLUR_6" );
if ( m_pKV_Def[ DEF_MAT_BLUR_G6_X ] != NULL )
{
m_pKV_Def[ DEF_MAT_BLUR_G6_X ]->SetString( "$BASETEXTURE", GetDefRT_VolumetricsBuffer( 0 )->GetName() );
m_pMat_Def[ DEF_MAT_BLUR_G6_X ] = materials->CreateMaterial( "__blurpass_vbuf_x", m_pKV_Def[ DEF_MAT_BLUR_G6_X ] );
}
m_pKV_Def[ DEF_MAT_BLUR_G6_Y ] = new KeyValues( "GAUSSIAN_BLUR_6" );
if ( m_pKV_Def[ DEF_MAT_BLUR_G6_Y ] != NULL )
{
m_pKV_Def[ DEF_MAT_BLUR_G6_Y ]->SetString( "$BASETEXTURE", GetDefRT_VolumetricsBuffer( 1 )->GetName() );
m_pKV_Def[ DEF_MAT_BLUR_G6_Y ]->SetInt( "$ISVERTICAL", 1 );
m_pMat_Def[ DEF_MAT_BLUR_G6_Y ] = materials->CreateMaterial( "__blurpass_vbuf_y", m_pKV_Def[ DEF_MAT_BLUR_G6_Y ] );
}
#endif // DEF_WRITE_VMT
#if DEBUG
for ( int i = 0; i < DEF_MAT_COUNT; i++ )
{
#if DEFCFG_ENABLE_RADIOSITY == 0
if( i >= DEF_MAT_LIGHT_RADIOSITY_GLOBAL || i <= DEF_MAT_LIGHT_RADIOSITY_BLEND )
continue;
#endif
Assert( m_pKV_Def[ i ] != NULL );
Assert( m_pMat_Def[ i ] != NULL );
}
#endif
}
