C++ (Cpp) FlyResourceManager::Load2DTexture Examples

Example #1

//------------------------------------------------------------------------
// Build the animation renderable units to render.
//------------------------------------------------------------------------
HRESULT FlyAnimation::BuildMaterials(void)
{
    std::string sMatName;

    // Get the resource Manager.
    FlyResourceManager* pResMgr = FlyKernel::Instance().GetResourceManager();

    // Build the material datas.
    for( UINT i=0;i<m_sHeader.nNumMaterials;i++ )
    {
        FLYMATERIAL mat;
        FlyTexture* pTexture;

        // Create the render material.
        char cTemp[20];
        sprintf( cTemp,"_%d",i );
        sMatName = "anim_" + m_sName + cTemp;
        FlyRenderMaterial* pMaterial = pResMgr->CreateMaterial( sMatName.c_str() );
        if( !pMaterial ) return FLY_OUTOFMEMORY;

        memcpy( &mat,&m_pMaterials[i],sizeof(FLYMATERIAL) );
        pMaterial->SetStdMaterial( 0,&mat );

        // Load the texture A.
        if( m_pMaterials[i].sTexture_A != "" )
        {
            pTexture = pResMgr->Load2DTexture( m_pMaterials[i].sTexture_A.c_str(),0 );
            if( pTexture )
            {
                pMaterial->SetTexture( 0,0,pTexture );

                if( pTexture->HasAlphaChannel() )
                {
                    pMaterial->SetSceneAlphaMode( 0,true,false );
                    pMaterial->SetAlphaBlendMode( 0,SBM_SRCALPHA,SBM_INVSRCALPHA );
                }
            }
        }

        // Load the texture B.
        if( m_pMaterials[i].sTexture_B != "" )
        {
            pTexture = pResMgr->Load2DTexture( m_pMaterials[i].sTexture_B.c_str(),0 );
            if( pTexture ) pMaterial->SetTexture( 0,1,pTexture );
        }

        // Add the material to list.
        m_RMaterials.push_back( pMaterial );
    }

    return FLY_OK;
}

Example #2

//------------------------------------------------------------------------
// Initialize the vegetation object.
// ----------------------------------------------------------------------
// Param -> IN:
//      VEGETATIONTYPE: Vegetation object type.
//      const char*:    Name of the mesh resource. (Mesh vegetation)
//      float:          Width of the polygon. (Polygon vegetation)
//      float:          Height of the polygon. (Polygon vegetation)
//      const etFloatRect&: Texture coord rect.
//      const char*:    Path to the texture.
//      UINT:           Count of the polygons.
//------------------------------------------------------------------------
HRESULT etVegetationObject::Initialize( VEGETATIONTYPE Type,const char* cMeshName,
                                        float fWidth,float fHeight,const etFloatRect& texRect,
                                        const char* cTexture,UINT nNumPolygons )
{
    m_Type = Type;

    FlyResourceManager* pResMgr = etCoreManager::Instance().GetResourceManager();
    FlyMeshManager* pMeshMgr = FlyKernel::Instance().GetMeshManager();

    if( Type == VGT_POLYGON )
    {
        // Load the texture from file.
        m_pTexture = pResMgr->Load2DTexture( cTexture,0 );

        // Build the renderable object.
        return BuildPolygonRenderable( fWidth,fHeight,nNumPolygons,texRect );
    }
    else
    {
        m_pMesh = pMeshMgr->GetMeshByName( cMeshName );
        pMeshMgr->AddResourceRef( cMeshName );
        m_nDirtyState = m_pMesh->GetDirtyState();

        // Build the mesh object.
        return BuildMeshRenderable();
    }
}