moDirectorStatus
moEffectLayerTimelineCtrl::ValueUpdated( moValueDescriptor p_ValueDesc ) {
switch(p_ValueDesc.GetParamDescriptor().GetParamDefinition().GetType() ) {
case MO_PARAM_TEXTURE:
//LOAD IMAGE....
//Log("loading background");
if ( p_ValueDesc.GetParamDescriptor().GetParamDefinition().GetType()==MO_PARAM_TEXTURE
&& p_ValueDesc.GetValue().GetSubValueCount()>=1 ) {
moText tname = p_ValueDesc.GetValue().GetSubValue(0).Text();
if(tname!=m_BackgroundName) {
m_BackgroundName = tname;
moTextureDescriptor pTextDescriptor( GetResourceDescriptor( moTextureDescriptor( tname ) ) );
//m_BackgroundImage.LoadFile( moText2Wx( pTextDescriptor.GetResourceDefinition().GetFileName() ) );
Refresh();
}
}
break;
default:
break;
}
return MO_DIRECTOR_STATUS_OK;
}
void CResourceManager::GetRecursiveDependencies( CResourceDescriptor* pDescriptor, std::vector< CResourceDescriptor* >& dependencies )
{
for( const String& dependencyPath : pDescriptor->GetDependencies() )
{
CResourceDescriptor* pDependency = GetResourceDescriptor( dependencyPath );
if ( pDependency == nullptr )
{
continue;
}
dependencies.push_back( pDependency );
GetRecursiveDependencies( pDependency, dependencies );
}
}
moDirectorStatus
moLayerEffectCtrl::ValueUpdated( moValueDescriptor p_ValueDesc ) {
float r,g,b,a;
float ang = 0;///EffectState.tempo.ang
moText tname;
moTextureDescriptor pTextureDescriptor;
///actualizamos el valor correspondiente al color y a la textura
///ATENCION ESTO NO FUNCIONA SI HAY MAS DE UN COLOR O TEXTURA!!!!
///que textura o que color son los supervisados por este control se debería definir
///en algun lado ( acive=1 o principal=1 o algo por el estilo... o simplemente que sea el primero... )
///bueno, y que definitivamente se llame COLOR y el otro se llame TEXTURE...???
switch( p_ValueDesc.GetParamDescriptor().GetParamDefinition().GetType() ) {
case MO_PARAM_COLOR:
if ( p_ValueDesc.GetParamDescriptor().GetParamDefinition().GetName()==moText("color") ) {
r = 255.0 * p_ValueDesc.GetValue().GetSubValue(MO_RED).Eval( ang );
g = 255.0 * p_ValueDesc.GetValue().GetSubValue(MO_GREEN).Eval( ang );
b = 255.0 * p_ValueDesc.GetValue().GetSubValue(MO_BLUE).Eval( ang );
a = 255.0 * p_ValueDesc.GetValue().GetSubValue(MO_ALPHA).Eval( ang );
if (ColourPanelFinal)
ColourPanelFinal->SetColourValue( wxColour( r,g, b, a ) );
}
break;
case MO_PARAM_TEXTURE:
if ( p_ValueDesc.GetParamDescriptor().GetParamDefinition().GetName()==moText("texture") ) {
tname = p_ValueDesc.GetValue().GetSubValue(0).Text();
pTextureDescriptor = GetResourceDescriptor( moTextureDescriptor( tname ) );
///en caso de no tener aun textura asignada, o en caso de ser distinta... aplicamos...
if ( !m_TextureDescriptor.IsValid() ||
(moText)m_TextureDescriptor.GetResourceDefinition().GetName() != (moText)pTextureDescriptor.GetResourceDefinition().GetName()
) {
///guardamos el descriptor de esta textura... para proximas referencias...
///para no volver a pisar...
m_TextureDescriptor = pTextureDescriptor;
m_TexValueDescriptor = p_ValueDesc;
void* ptr = p_ValueDesc.GetValue().GetSubValue(0).Pointer();
moTexture *pTex = reinterpret_cast<moTexture*>( ptr );
if (pTex ) {
//Log( pTex->GetName() );
MOuchar *bits;
bits = new MOuchar[ pTex->GetWidth() * pTex->GetHeight() * 4 ];
pTex->GetBuffer( bits );
wxImage* thumbImg = new wxImage( pTex->GetWidth(), pTex->GetHeight(), false );
if (thumbImg) {
thumbImg->InitAlpha();
for(int j=0; j< thumbImg->GetHeight(); j++) {
for(int i=0; i< thumbImg->GetWidth(); i++) {
thumbImg->SetRGB( i, j,
bits[ (i + j*thumbImg->GetWidth() )*4 ],
bits[ (i + j*thumbImg->GetWidth() )*4 + 1 ],
bits[ (i + j*thumbImg->GetWidth() )*4 + 2 ] );
thumbImg->SetAlpha( i, j, bits[ (i + j*thumbImg->GetWidth() )*4 + 3 ] );
}
}
if (thumbImg->IsOk()) {
ColourPanelFinal->SetBitmap( wxBitmap(*thumbImg) );
}
if (thumbImg)
delete thumbImg;
///el primero que encontramos que pudimos aplicar es suficiente.....
break;
}
if (bits)
delete [] bits;
}
}
}
break;
default:
///nothing to do
break;
}
return MO_DIRECTOR_STATUS_OK;
}
