void RenderingQueue::Draw( void )
{
m_switches_cost = 0;
Renderer* renderer = SingletonPlugin<Renderer>::GetInstance()->m_interface;
if( m_target )
{
renderer->BeginTarget( m_target );
}
else
{
renderer->BeginScreen();
}
if( m_clear_depth )
{
renderer->ClearDepth();
}
if( m_clear_target )
{
renderer->ClearScreen( m_target_clear_color_r, m_target_clear_color_g, m_target_clear_color_b );
}
//for( size_t i = 0; i < m_outputqueue.size(); i++ )
for( std::list<Operation>::iterator it = m_outputqueue.begin(); it != m_outputqueue.end(); ++it )
{
//Operation curr_operation = m_outputqueue[i];
Operation curr_operation = (*it);
switch( curr_operation.type )
{
case SET_TEXTURE:
renderer->SetTexture( curr_operation.data, curr_operation.texture_stage );
m_switches_cost++;
break;
case UNSET_TEXTURE:
renderer->UnsetTexture( curr_operation.texture_stage );
m_switches_cost++;
break;
case SET_FX:
renderer->SetFx( curr_operation.data );
m_switches_cost++;
break;
case UNSET_FX:
renderer->UnsetFx( curr_operation.data );
m_switches_cost++;
break;
case SET_MESHE:
renderer->SetMeshe( curr_operation.data );
m_switches_cost++;
break;
case SET_SHADERS_PARAMS:
renderer->SetFxShaderParams( curr_operation.shader_params->shader_index, curr_operation.shader_params->param_register, curr_operation.shader_params->param_values );
break;
case DRAW_NODE:
curr_operation.node->OnDraw();
break;
}
}
if( m_target )
{
renderer->EndTarget( m_target );
}
else
{
renderer->EndScreen();
}
}
