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#include "chams.hpp"
#include "interface.hpp"
static auto chams_mat = xors_raw( (
R"("VertexLitGeneric"
{
"$basetexture" "vgui/white"
"$model" "1"
"$envmap" "env_cubemap"
"$envmaptint" "[.3 .3 .3]"
"$envmapcontrast" ".4"
"$envmapsaturation" "1.0"
"$flat" "0"
"$nocull" "1"
"$halflambert" "1"
"$nofog" "1"
"$ignorez" "0"
"$znearer" "0"
"$wireframe" "0"
"$phong" "1"
"$phongexponent" "255.0"
"$normalmapalphaenvmask" "1"
"$phongboost" "6.0"
"$phongfresnelranges" "[0 0.5 1]"
"$BasemapAlphaPhongMask" "1"
})"
) );
static auto chams_mat_shine = xors_raw( (
R"("VertexLitGeneric"
{
"$basetexture" "vgui/white"
"$envmap" "env_cubemap"
"$envmaptint" "[.3 .3 .3]"
"$reflectivity" "[1.0 1.0 1.0]"
"$envmapcontrast" ".4"
"$envmapsaturation" "1.0"
"$model" "1"
"$flat" "0"
"$nocull" "1"
"$selfillum" "1"
"$halflambert" "1"
"$nofog" "1"
"$ignorez" "0"
"$znearer" "0"
"$wireframe" "0"
})"
) );
static auto chams_mat_flat = xors_raw( (
R"("UnlitGeneric"
{
"$basetexture" "vgui/white"
"$model" "1"
"$flat" "1"
"$nocull" "1"
"$selfillum" "1"
"$halflambert" "1"
"$nofog" "1"
"$ignorez" "0"
"$znearer" "0"
"$wireframe" "0"
})"
) );
namespace features
{
void c_materials::make_cham_buffer( char* buf, int len, int type ) {
switch ( type ) {
case 1:
sprintf_s( buf, len - 1, chams_mat_flat.decrypt( ) );
break;
case 2:
sprintf_s( buf, len - 1, chams_mat_shine.decrypt( ) );
break;
default:
sprintf_s( buf, len - 1, chams_mat.decrypt( ) );
}
}
void c_material::init( const char* name, const char* buf ) {
m_keyvalues = new KeyValues( name );
m_keyvalues->LoadFromBuffer( name, buf );
m_mat = g_csgo.m_mat_system( )->CreateMaterial( name, m_keyvalues );
m_mat->IncrementReferenceCount( );
}
void c_materials::force_material( IMaterial* mat, fclr_t clr ) {
if( !mat ) return;
float col[ ] = { clr.r( ), clr.g( ), clr.b( ) };
g_csgo.m_render_view( )->SetBlend( clr.a( ) );
g_csgo.m_render_view( )->SetColorModulation( col );
g_csgo.m_model_render( )->ForcedMaterialOverride( mat );
}
void c_materials::initialize_materials( ) {
char buffer[ 1024 ];
make_cham_buffer( buffer, sizeof( buffer ), 0 );
m_chams.init( xors( "chamsmat" ), buffer );
memset( buffer, 0, 1024 );
make_cham_buffer( buffer, sizeof( buffer ), 1 );
m_chams_flat.init( xors( "chamsmat_flat" ), buffer );
memset( buffer, 0, 1024 );
m_initialized = true;
}
void c_materials::update_materials( ) {
if( !m_initialized ) return;
static float last_reflectivity{ };
static float last_shine{ };
static KeyValues* reflectivity;
static KeyValues* shine;
if( !reflectivity ) {
for( auto it = m_chams.m_keyvalues->m_pSub; !!it; it = it->m_pPeer ) {
if( it->m_iDataType != 1 ) continue;
if( strstr( it->m_sValue, xors( "[.3 .3 .3]" ) ) ) {
reflectivity = it;
}
}
}
if( !shine ) {
for( auto it = m_chams.m_keyvalues->m_pSub; !!it; it = it->m_pPeer ) {
if( it->m_flValue == 6.0f )
shine = it;
}
}
if( reflectivity ) {
if( last_reflectivity != g_settings.visuals.chams.reflectivity( ) ) {
char buf[ 32 ];
sprintf_s< 32 >( buf, xors( "[%1.1f %1.1f %1.1f]" ),
g_settings.visuals.chams.reflectivity( ),
g_settings.visuals.chams.reflectivity( ),
g_settings.visuals.chams.reflectivity( ) );
strcpy( reflectivity->m_sValue, buf );
m_chams.m_mat->Refresh( );
}
last_reflectivity = g_settings.visuals.chams.reflectivity( );
}
if( shine ) {
if( last_shine != g_settings.visuals.chams.shine( ) ) {
shine->m_flValue = g_settings.visuals.chams.shine( ) * 100.f;
m_chams.m_mat->Refresh( );
}
last_shine = g_settings.visuals.chams.shine( );
}
}
}
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