public virtual void generateRenderCommandLists()
{
preCommands.Clear();
postCommands.Clear();
preCommands.Add(new PushDebugMarkerCommand(String.Format("View {0}-execute", name)));
onPreGenerateCommands();
//reset the device so this view can update as appropriate
preCommands.Add(new DeviceResetCommand());
//bind the camera for the view
preCommands.Add(new BindCameraCommand(camera));
foreach (Pass p in myPasses)
{
p.generateRenderCommandLists();
}
onPostGenerateCommands();
postCommands.Add(new PopDebugMarkerCommand());
}
public virtual void generateRenderCommandLists()
{
preCommands.Clear();
postCommands.Clear();
preCommands.Add(new PushDebugMarkerCommand(String.Format("Pass {0}:{1}-execute", view.name, name)));
if (renderTarget != null)
{
preCommands.Add(new SetRenderTargetCommand(renderTarget));
}
if (clearTarget == true)
{
preCommands.Add(new ClearColorCommand(clearColor));
preCommands.Add(new ClearCommand(clearMask));
}
//called after setting render target so that any user commands inserted will affect (or change) the render target
onPreGenerateCommands();
stats.queueCount = myRenderQueues.Count;
stats.renderCalls = 0;
stats.name = name;
stats.technique = technique;
//add the view specific commands for each render queue
foreach (BaseRenderQueue rq in myRenderQueues.Values)
{
rq.commands.Clear();
rq.generateRenderCommands();
}
onPostGenerateCommands();
postCommands.Add(new PopDebugMarkerCommand());
stats.renderCalls += preCommands.Count;
stats.renderCalls += postCommands.Count;
foreach (BaseRenderQueue rq in myRenderQueues.Values)
{
stats.renderCalls += rq.commands.Count;
}
}
public virtual void reset()
{
commands.Clear();
}