void GDynamicActor::RenderShadow( void )
{
if( m_pShadow )
{
float fMinX, fMaxX, fMinZ, fMaxZ;
SVector vExtent;
vExtent.X = vExtent.Z = Max( (m_vMeshMax.X-m_vMeshMin.X), (m_vMeshMax.Z-m_vMeshMin.Z) );
vExtent.Y = (m_vMeshMax.Y-m_vMeshMin.Y);
if( vExtent.X<m_vExtent.X ) { vExtent.X = vExtent.Z = m_vExtent.X; }
if( vExtent.Y<m_vExtent.Y ) { vExtent.Y = m_vExtent.Y; }
vExtent.Y *= 1.2f; // for jumping
m_pShadow->RangeRectGet( fMinX, fMinZ, fMaxX, fMaxZ, m_Locus.Location, vExtent*m_Locus.Scale*0.6f );
SMatrix matUnit;
matUnit.SetIdentity();
m_pShadow->MakeVtxIdx(fMinX, fMinZ, fMaxX, fMaxZ);
m_pShadow->MakeStart( matUnit );
m_pShadow->MakeEnd();
/*
DTerrain *pTer = DTerrain::StaticGetTerrain( m_Locus.Location.X, m_Locus.Location.Y, m_Locus.Location.Z );
if( pTer )
{
pTer->GetShadowVertex( m_Locus.Location, fMinX, fMinZ, fMaxX, fMaxZ, m_pShadow->GetVertexInterface(), m_pShadow->GetIndexInterface() );
m_pShadow->MakeStart( pTer->m_matUnitToWorld );
m_pShadow->MakeEnd();
}
*/
}
else if( m_pApproxShadow )
{
float fMinX, fMaxX, fMinZ, fMaxZ;
SVector vExtent;
vExtent.X = vExtent.Z = Max( (m_vMeshMax.X-m_vMeshMin.X), (m_vMeshMax.Z-m_vMeshMin.Z) );
vExtent.Y = (m_vMeshMax.Y-m_vMeshMin.Y);
if( vExtent.X<m_vExtent.X ) { vExtent.X = vExtent.Z = m_vExtent.X; }
if( vExtent.Y<m_vExtent.Y ) { vExtent.Y = m_vExtent.Y; }
m_pApproxShadow->RangeRectGet( fMinX, fMinZ, fMaxX, fMaxZ, m_Locus.Location, vExtent*m_Locus.Scale*0.6f );
SMatrix matUnit;
matUnit.SetIdentity();
m_pApproxShadow->MakeVtxIdx(fMinX, fMinZ, fMaxX, fMaxZ);
m_pApproxShadow->Render( matUnit );
/*
DTerrain *pTer = DTerrain::StaticGetTerrain( m_Locus.Location.X, m_Locus.Location.Y, m_Locus.Location.Z );
if( pTer )
{
pTer->GetShadowVertex( m_Locus.Location, fMinX, fMinZ, fMaxX, fMaxZ, m_pApproxShadow->GetVertexInterface(), m_pApproxShadow->GetIndexInterface() );
m_pApproxShadow->Render( pTer->m_matUnitToWorld );
}
*/
}
}
SMatrix* GDynamicActor::GetMatrixPointer( dword n )
{
static SMatrix mat;
mat.SetIdentity();
return &mat;
}