void plRenderRequest::Render(plPipeline* pipe, plPageTreeMgr* pageMgr)
{
if( !fVisForce.Empty() )
{
plGlobalVisMgr::Instance()->DisableNormal();
plGlobalVisMgr::Instance()->ForceVisSets(fVisForce, false);
}
pipe->PushRenderRequest(this);
pipe->ClearRenderTarget(GetClearDrawable());
int numDrawn = 0;
if( GetPageTreeMgr() )
numDrawn = GetPageTreeMgr()->Render(pipe);
else
numDrawn = pageMgr->Render(pipe);
pipe->PopRenderRequest(this);
if( GetAck() )
{
plRenderRequestAck* ack = new plRenderRequestAck( GetAck(), GetUserData() );
ack->SetNumDrawn(numDrawn);
plgDispatch::MsgSend( ack );
}
}
// CaptureRenderRequest
//
void plCaptureRenderRequest::Render(plPipeline* pipe, plPageTreeMgr* pageMgr)
{
// If we don't have a render target, something has gone horribly wrong.
if( !GetRenderTarget() )
{
hsAssert(false, "CaptureRenderRequest with no render target");
return;
}
// Set ourselves up like the current pipeline, except with our screen size.
plViewTransform vt = pipe->GetViewTransform();
vt.SetViewPort(0, 0, fRenderTarget->GetWidth(), fRenderTarget->GetHeight());
SetViewTransform(vt);
SetClearColor(pipe->GetClearColor());
SetClearDepth(pipe->GetClearDepth());
// Clear our render target
// Render the scene
pipe->PushRenderRequest(this);
plVirtualCam1::Refresh();
pipe->ClearRenderTarget();
pageMgr->Render(pipe);
pipe->PopRenderRequest(this);
plVirtualCam1::Refresh();
// set up state so we can clear the z-buffer for every gui dialog (and therefore not have it
// be obscured by other geometry)
SetRenderState(GetRenderState() & ~plPipeline::kRenderClearColor);
SetRenderState(GetRenderState() | plPipeline::kRenderClearDepth);
SetClearDepth(1);
// render all GUI items
std::vector<plPostEffectMod*> guiRenderMods = pfGameGUIMgr::GetInstance()->GetDlgRenderMods();
for (int i = (int)guiRenderMods.size() - 1; i >= 0; i--) // render in reverse, so dialogs on the bottom get rendered first
{
plPageTreeMgr* dlgPageMgr = guiRenderMods[i]->GetPageMgr();
if (dlgPageMgr)
{
SetViewTransform(guiRenderMods[i]->GetViewTransform());
pipe->PushRenderRequest(this);
pipe->ClearRenderTarget();
dlgPageMgr->Render(pipe);
pipe->PopRenderRequest(this);
}
}
// Callback on plCaptureRender to process the render target into a mipmap
// and send it back to the requester.
plCaptureRender::IProcess(pipe, GetAck(), GetRenderTarget());
delete fRenderTarget;
fRenderTarget = nil;
}
int EEPROM::SendByte(unsigned char b)
{
//Shift a byte to EEPROM msb first. Return if EEPROM acknowledged. Returns
//acknowledge bit. 0 = ACK, 1 = NACK.
Clear(OUTA,SCL); //SCL low, SDA can change
for(int i=0; i<8; i++) //8 reps sends 8 bits
{
if( b & 0x80 ) { //highest bit sets state of SDA
Set(OUTA,SDA);
}
else {
Clear(OUTA,SDA);
}
Set(OUTA,SCL); //Pulse the SCL line
Clear(OUTA,SCL);
b <<= 1; //Shift b left for next bit
}
return GetAck(); //Call GetByteAck and return EEPROM's Ack
}
void Skeleton::Begin()
{
if (!GetAck("begin"))
{
;
}
if (first || true)
{
m_out << "get context\n";
std::string str = GetLine();
std::istringstream istr(str);
istr >> str;
if ("context" != str)
{
;
}
istr >> sizeX >> sizeY >> shipSize >> shipSpeed >> bulletLimit >> cooldown >> laserLength >> laserSpeed >> deadTimer;
first = false;
}