//--------------------------------------------------------------------------------------
// Process and render one frame. Called by the main loop
//--------------------------------------------------------------------------------------
void DoFrame()
{
Timer mainTimer;
// Clear backbuffer and begin frame
float ClearColor[4] = { 0.0f, 0.125f, 0.3f, 1.0f }; //red,green,blue,alpha
pRenderSystem->BeginFrame( ClearColor, 1.0f, 0 );
static double t = 0, dt = 0;
dt=t;
t = globalTimer.GetSeconds();
dt = t-dt;
if (dt > 1/30.0f)
dt = 1/30.0f;
Timer updateTimer;
scene.Update( dt );
double t_update = updateTimer.GetMiliseconds();
scene.RenderDeferred();
pRenderSystem->EndFrame();
double t_main = mainTimer.GetMiliseconds();
// Wait for render thread to finish. Only necessary if we run multithreaded
pRenderSystem->WaitForFrameToFinish();
double t_waitrender = mainTimer.GetMiliseconds() - t_main;
char str[20];
if ( KEYDOWN('T') )
{
_gcvt( t_waitrender, 5, str );
DEBUG_OUTPUT( "main thread wait: " );
DEBUG_OUTPUT( str );
DEBUG_OUTPUT( "ms\t" );
_gcvt( t_main, 5, str );
DEBUG_OUTPUT( "main thread: " );
DEBUG_OUTPUT( str );
DEBUG_OUTPUT( "ms\t " );
_gcvt( scene.t_physics, 5, str );
DEBUG_OUTPUT( "physics: " );
DEBUG_OUTPUT( str );
DEBUG_OUTPUT( "ms\t " );
/*_gcvt( scene.t_ocean, 5, str );
DEBUG_OUTPUT( "ocean: " );
DEBUG_OUTPUT( str );
DEBUG_OUTPUT( "ms\t " );*/
_gcvt( t_update, 5, str );
DEBUG_OUTPUT( "Scene::update: " );
DEBUG_OUTPUT( str );
DEBUG_OUTPUT( "ms\t " );
_gcvt( pRenderSystem->GetRenderDispatcher()->t_renderthread, 5, str );
DEBUG_OUTPUT( "render thread: " );
DEBUG_OUTPUT( str );
DEBUG_OUTPUT( "ms\t " );
/*
_gcvt( pRenderSystem->t_renderstarve, 5, str );
DEBUG_OUTPUT( "starve: " );
DEBUG_OUTPUT( str );
DEBUG_OUTPUT( "ms\t " );
*/
_gcvt( pRenderSystem->t_commands, 5, str );
DEBUG_OUTPUT( "render commands: " );
DEBUG_OUTPUT( str );
DEBUG_OUTPUT( "ms\t " );
_gcvt( pRenderSystem->GetRenderDispatcher()->t_bindparams, 6, str );
DEBUG_OUTPUT( "Bind shader params: " );
DEBUG_OUTPUT( str );
DEBUG_OUTPUT( "ms\t " );
_gcvt( scene.t_scenerender, 6, str );
DEBUG_OUTPUT( "Scene::render(): " );
DEBUG_OUTPUT( str );
DEBUG_OUTPUT( "ms\t " );
/*
_gcvt( pRenderSystem->GetRenderDispatcher()->t_1, 6, str );
DEBUG_OUTPUT( "(t_1: " );
DEBUG_OUTPUT( str );
DEBUG_OUTPUT( "ms\t " );
_gcvt( pRenderSystem->GetRenderDispatcher()->t_2, 6, str );
DEBUG_OUTPUT( "t_2: " );
DEBUG_OUTPUT( str );
DEBUG_OUTPUT( "ms)\t " );
_gcvt( pRenderSystem->GetRenderDispatcher()->t_bindtextures, 6, str );
DEBUG_OUTPUT( "Bind textures: " );
DEBUG_OUTPUT( str );
DEBUG_OUTPUT( "ms\t " );
_gcvt( pRenderSystem->GetRenderDispatcher()->t_drawcalls, 6, str );
DEBUG_OUTPUT( "draw calls: " );
DEBUG_OUTPUT( str );
DEBUG_OUTPUT( "ms\t " );
_gcvt( pRenderSystem->GetRenderDispatcher()->t_BeginFrame, 6, str );
DEBUG_OUTPUT( "begin frame: " );
DEBUG_OUTPUT( str );
DEBUG_OUTPUT( "ms\t " );
_gcvt( pRenderSystem->GetRenderDispatcher()->t_EndFrame, 6, str );
DEBUG_OUTPUT( "end frame: " );
DEBUG_OUTPUT( str );
DEBUG_OUTPUT( "ms\t " );
*/
_gcvt( scene.t_Cull, 5, str );
DEBUG_OUTPUT( "Culling: " );
DEBUG_OUTPUT( str );
DEBUG_OUTPUT( "ms\t " );
_gcvt( pRenderSystem->t_material, 5, str );
DEBUG_OUTPUT( "material system: " );
DEBUG_OUTPUT( str );
DEBUG_OUTPUT( "ms\t " );
_gcvt( pRenderSystem->t_material, 5, str );
DEBUG_OUTPUT( "Renderer::RenderShadowmap: " );
DEBUG_OUTPUT( str );
DEBUG_OUTPUT( "ms\t " );
_gcvt( pRenderSystem->t_shaderparams, 5, str );
DEBUG_OUTPUT( "shaderparams: " );
DEBUG_OUTPUT( str );
DEBUG_OUTPUT( "ms\t " );
/*
_gcvt( pRenderSystem->t_shaderparams, 5, str );
DEBUG_OUTPUT( "new shader params: " );
DEBUG_OUTPUT( str );
DEBUG_OUTPUT( "ms\t " );
_gcvt( pRenderSystem->t_alloc, 7, str );
DEBUG_OUTPUT( "command alloc: " );
DEBUG_OUTPUT( str );
DEBUG_OUTPUT( "ms\t " );
_gcvt( pRenderSystem->t_dealloc, 7, str );
DEBUG_OUTPUT( "command dealloc: " );
DEBUG_OUTPUT( str );
DEBUG_OUTPUT( "ms\t " );
*/
_gcvt( pRenderSystem->t_queuepush, 7, str );
DEBUG_OUTPUT( "render queue push: " );
DEBUG_OUTPUT( str );
DEBUG_OUTPUT( "mus\t " );
_gcvt( pRenderSystem->t_queuepop, 7, str );
DEBUG_OUTPUT( "render queue pop: " );
DEBUG_OUTPUT( str );
DEBUG_OUTPUT( "mus\t " );
_gcvt( pRenderSystem->t_renderstarve, 5, str );
DEBUG_OUTPUT( "render thread starve: " );
DEBUG_OUTPUT( str );
DEBUG_OUTPUT( "mus\t " );
itoa( pRenderSystem->GetRenderDispatcher()->drawcalls, str, 10 );
DEBUG_OUTPUT( "draw calls: " );
DEBUG_OUTPUT( str );
DEBUG_OUTPUT( "\t " );
itoa( pRenderSystem->GetRenderDispatcher()->numVerts, str, 10 );
DEBUG_OUTPUT( "verts: " );
DEBUG_OUTPUT( str );
DEBUG_OUTPUT( "\n " );
/*
itoa( sizeof(uint64_t), str, 10 );
DEBUG_OUTPUT( "sizeof uint64_t: " );
DEBUG_OUTPUT( str );
DEBUG_OUTPUT( "\n " );*/
/*
int size = sizeof(D3D11RenderCommand_Draw);
itoa( size, str, 10 );
DEBUG_OUTPUT( "D3D11RenderCommand_Draw size: " );
DEBUG_OUTPUT( str );
DEBUG_OUTPUT( "\n " );
*/
}
}
