void Map::Render( Camera* View )
{
Vector2 pts[4];
for( int y = 0; y < MapHeight; y++ )
{
for( int x = 0; x < MapWidth; x++ )
{
pts[0].X = x * CurGame->TileSize;
pts[1].X = x * CurGame->TileSize;
pts[2].X = (x + 1) * CurGame->TileSize;
pts[3].X = (x + 1) * CurGame->TileSize;
pts[0].Y = y * CurGame->TileSize;
pts[1].Y = (y + 1) * CurGame->TileSize;
pts[2].Y = y * CurGame->TileSize;
pts[3].Y = (y + 1) * CurGame->TileSize;
View->AbsoluteToCameraOffset( &pts[0], &pts[0] );
View->AbsoluteToCameraOffset( &pts[1], &pts[1] );
View->AbsoluteToCameraOffset( &pts[2], &pts[2] );
View->AbsoluteToCameraOffset( &pts[3], &pts[3] );
RenderGround( x, y, (Vector2*)&pts );
}
}
for( std::vector<Unit*>::iterator i = Units.begin(); i != Units.end(); i++ )
{
Unit* u = (*i);
u->Render( View );
}
for(std::vector<Building*>::iterator i = Buildings.begin(); i != Buildings.end(); i++ )
{
Building* b = (Building*)(*i);
b->Render( View );
}
}
void ModelViewerRender::Render()
{
if(!m_bInitilized) return ;//haven't initialized
m_pDevice->getTimer()->tick();
// Work out a frame delta time.
const double frameDeltaTime = m_pDevice->getTimer()->GetElapsedTime() / 1000.0; // Time in seconds
m_pRenderDevice->setRenderDeviceTime(m_pDevice->getTimer()->getTime(), frameDeltaTime);
// notify the model current frame changed
if(m_pMF1FileResource!=NULL&&m_pDynamicModel!=NULL)
CModelControlDlg::NotifyPlayFrameChanged((int)(m_pDynamicModel->getAnimPlayedTime()/ISGPInstanceManager::DefaultSecondsPerFrame));
m_pCamera->Update((float)frameDeltaTime);
if(m_pDynamicModel!=NULL) m_pDynamicModel->update((float)frameDeltaTime);
if(m_pStaticModel!=NULL) m_pStaticModel->update((float)frameDeltaTime);
// update internal Camera position
m_pRenderDevice->setViewMatrix3D( m_pCamera->GetRight(),m_pCamera->GetUp(),m_pCamera->GetDir(),m_pCamera->GetPos() );
// calculate fps
CalFPS(frameDeltaTime);
ModelViewerConfig* pConfig=ModelViewerConfig::GetInstance();
if(pConfig->m_bShowWireframe) glPolygonMode(GL_FRONT_AND_BACK,GL_LINE);
else glPolygonMode(GL_FRONT_AND_BACK,GL_FILL);
m_pRenderDevice->setClearColor(pConfig->m_BkgndColor[0],pConfig->m_BkgndColor[1],\
pConfig->m_BkgndColor[2],pConfig->m_BkgndColor[3]);
m_pRenderDevice->beginScene(true,true,false);
// render ground
if(pConfig->m_bShowGround) RenderGround();
// render model
if(pConfig->m_bShowMesh)
{
if(m_pDynamicModel!=NULL) m_pDynamicModel->render();
if(m_pStaticModel!=NULL) m_pStaticModel->render();
}
// render boundingbox
if(pConfig->m_bShowBoundingBox&&m_pModelMF1!=NULL)
RenderBoundingBox(m_pModelMF1->m_MeshAABBox);
// render bones
if(pConfig->m_bShowBones)
{
if(m_pDynamicModel!=NULL) RenderBones();
}
// render normals
if(pConfig->m_bShowNormalLines)
{
if(m_pDynamicModel!=NULL) RenderDynamicNormals();
if(m_pStaticModel!=NULL) RenderStaticNormals();
}
// render mesh box
int meshcount=pConfig->m_bBoxShowVector.size();
for(int i=0;i<meshcount&&m_pModelMF1!=NULL;++i)
{
// render mesh box
if(pConfig->m_bBoxShowVector[i]==TRUE)
RenderBoundingBox(m_pModelMF1->m_pLOD0Meshes[i].m_bbox);
}
// render coordinate axis
RenderCoordinateAxis();
// flush:draw objects
m_pRenderDevice->FlushRenderBatch();
// render attachment
if(pConfig->m_bShowAttachment&&m_pModelMF1!=NULL) RenderAttachments();
// render particle emitter
if(pConfig->m_bShowParticleEmitter&&m_pModelMF1!=NULL) RenderParticleEmitter();
m_pRenderDevice->FlushEditorLinesRenderBatch(true);
m_pRenderDevice->BeginRenderText();
RenderCoordinateLabel();
RenderFPS();
m_pRenderDevice->EndRenderText();
m_pRenderDevice->endScene();
}