void CMoon::ParseBlock( const CVarBlockParser::_VariableBlock *pBlock_ )
{
if( pBlock_==NULL ) { return; }
pBlock_->GetBool( "Active", m_bActive );
if( pBlock_->GetString( "MeshFile", m_strMeshName ) )
{
HGRPOBJ hMesh = DGraphicAcquireSMD( SFullName( DCtrlGrp()->GroupEnvironment, m_strMeshName ), DGraphicStore::StaticMesh );
if( !hMesh.IsValid() )
{
hMesh = DGraphicAcquireSMD( m_strMeshName, DGraphicStore::StaticMesh );
}
LoadMesh( hMesh );
}
if( pBlock_->GetVector( "Translation", m_vTranslation ) )
{
SMatrix mat;
mat.SetTranslation( m_vTranslation );
Transform( mat );
}
bool bMoonFace;
if( pBlock_->GetBool( "MoonFace", bMoonFace ) )
{
SetMoonFace( bMoonFace );
}
SColor Color;
if( pBlock_->GetColor( "Color", Color ) )
{
SetColor( Color );
}
pBlock_->GetRealNumber( "FillRate", m_fFillRate );
pBlock_->GetRealNumber( "RisingRate", m_fRisingRate );
pBlock_->GetRealNumber( "Pitch", m_fPitch );
}
void CMoon::GetRisingTransformaion( SMatrix& matResult_ )
{
// Rising Rate +Y (the zenith)
// (0.25)
// . | .
// . | .
// . | .
// (0.5) | .
// . | . (0) = (1)
// ---------------------+----------------------- +X (east)
// Transform Moon (Apply Rising Rate to Translated Moon)
SMatrix matMoonRot;
matMoonRot.SetRotation( SRotator( 0, 0, Rad2Angle(m_fRisingRate*fPi*2.0f - fPi/2.0f )) );
SMatrix matMoonPitch;
matMoonPitch.SetRotation( SRotator( Rad2Angle(m_fPitch), 0, 0 ) );
matMoonRot = matMoonRot * matMoonPitch;
SVector vMoonPos = matMoonRot.TransformVector( m_vTranslation );
matResult_.SetTranslation( vMoonPos );
Transform( matResult_ );
}