ResourceFontFileStream::ResourceFontFileStream(const char* resourceID) :
refCount_(0),
resourcePtr_(NULL),
resourceSize_(0)
{
std::ifstream inStream;
inStream.open((std::string("Data\\Fonts\\") + resourceID).c_str(), std::ios::in | std::ios::binary | std::ios::ate);
if (inStream.good())
{
size_t fileSize = 0;
inStream.seekg(0, std::ios::end);
fileSize = size_t(inStream.tellg());
inStream.seekg(0, std::ios::beg);
resourceData_ = std::shared_ptr<char>(new char[fileSize]);
inStream.read(resourceData_.get(), fileSize);
resourceSize_ = static_cast<DWORD>(fileSize);
resourcePtr_ = static_cast<void const*>(resourceData_.get());
inStream.close();
}
else
{
DL_PRINT("Failed to open font file.");
}
}
void
ConnectionInterface::RouteMessage (
PipelineMessage::Ptr msg,
PipelineMessage::MessageSendStyle sendStyle,
FlowDirection direction
)
{
DL_PRINT ( 8, "ROUTING MESSAGE : Conn=" << this << "; msgID=" << msg->msgID );
if ( _messageHook ) {
_messageHook->ReceiveMessage ( msg, sendStyle, direction );
}
if ( direction & FD_IN_FLOW ) {
ConsumersMap::iterator it;
for ( it = _consumers.begin(); it != _consumers.end(); ++it ) {
it->second->ReceiveMessage ( msg, sendStyle, FD_IN_FLOW );
}
}
if ( direction & FD_AGAINST_FLOW ) {
if ( _producer ) {
_producer->ReceiveMessage ( msg, sendStyle, FD_AGAINST_FLOW );
}
}
}
void
FillVTKImageFromM4DImage( vtkImageData *vtkImage, const Imaging::AImage &m4dImage )
{
DL_PRINT( 8, "FillVTKImageFromM4DImage(), element ID " << m4dImage.GetElementTypeID() );
NUMERIC_TYPE_TEMPLATE_SWITCH_DEFAULT_MACRO(
m4dImage.GetElementTypeID(),
throw EImpossibleVTKConversion(),
TryFillVTKImageFromM4DImage< TTYPE >( vtkImage, m4dImage )
);
/*switch ( m4dImage.GetElementTypeID() ) {
case NTID_VOID:
throw EImpossibleVTKConversion();
break;
case NTID_SIGNED_CHAR:
TryFillVTKImageFromM4DImage< signed char >( vtkImage, m4dImage );
break;
case NTID_UNSIGNED_CHAR:
TryFillVTKImageFromM4DImage< unsigned char >( vtkImage, m4dImage );
break;
case NTID_SHORT:
TryFillVTKImageFromM4DImage< short >( vtkImage, m4dImage );
break;
case NTID_UNSIGNED_SHORT:
TryFillVTKImageFromM4DImage< unsigned short >( vtkImage, m4dImage );
break;
case NTID_INT:
TryFillVTKImageFromM4DImage< int >( vtkImage, m4dImage );
break;
case NTID_UNSIGNED_INT:
TryFillVTKImageFromM4DImage< unsigned int >( vtkImage, m4dImage );
break;
case NTID_LONG:
TryFillVTKImageFromM4DImage< long >( vtkImage, m4dImage );
break;
case NTID_UNSIGNED_LONG:
TryFillVTKImageFromM4DImage< unsigned long >( vtkImage, m4dImage );
break;
case NTID_LONG_LONG:
TryFillVTKImageFromM4DImage< long long >( vtkImage, m4dImage );
break;
case NTID_UNSIGNED_LONG_LONG:
TryFillVTKImageFromM4DImage< unsigned long long >( vtkImage, m4dImage );
break;
case NTID_FLOAT:
TryFillVTKImageFromM4DImage< float >( vtkImage, m4dImage );
break;
case NTID_DOUBLE:
TryFillVTKImageFromM4DImage< double >( vtkImage, m4dImage );
break;
default:
throw EImpossibleVTKConversion();
break;
}*/
return;
}
void CGameWorld::Init()
{
Vector3f Vec1({ 1, 0, 0 });
Vector3f Vec2({ -1, 0, 0 });
//std::cout << "Angle in rad: " << Vec1.Angle(Vec2) << std::endl;
//std::cout << "Angle in degrees: " << (Vec1.Angle(Vec2) * (180.0f / 3.14159265359f)) << std::endl;
std::string name = "";
unsigned char timer = myTimerManager.CreateTimer();
myTimerManager.UpdateTimers();
myJson.Load("root.json", myRooms, this, name);
myTimerManager.UpdateTimers();
double delta = myTimerManager.GetTimer(timer).GetTimeElapsed().GetMiliseconds();
std::cout << "Loading root.json and levels took " << delta << " milliseconds" << std::endl;
myTimerManager.UpdateTimers();
myJson.LoadMusic("JSON/Music.json");
myTimerManager.UpdateTimers();
delta = myTimerManager.GetTimer(timer).GetTimeElapsed().GetMiliseconds();
std::cout << "Loading music took " << delta << " milliseconds" << std::endl;
//myJson.LoadItems("JSON/items.json", myPlayer.GetInventory());
std::cout << "Level: " << CGame::myTestLevel << std::endl;
if (CGame::myTestLevel.size() > 0)
{
DL_PRINT(CGame::myTestLevel.c_str());
ChangeLevel(CGame::myTestLevel);
}
else
{
ChangeLevel(name);
}
myDoQuit = false;
myTalkIsOn = false;
myPlayerCanMove = true;
myTextFPS = new DX2D::CText("Text/PassionOne-Regular.ttf_sdf");
myTextFPS->myPosition = { 0.5f, 0.05f };
myTextFPS->myText = "FPS: ";
myTextFPS->mySize = 0.8f;
myRenderPasses.Init(32);
myPlayer.Init(DX2D::Vector2f(0.5f, 0.8f), this);
myFadeIn = 1.0f;
myDoFadeIn = false;
myShouldRenderDebug = false;
myShouldRenderFPS = false;
myShouldRenderNavPoints = false;
#ifdef _DEBUG
myShouldRenderFPS = true;
myShouldRenderNavPoints = true;
#endif
myCurrentWaypoint = 0;
myHasPath = false;
myHasNewTargetPosition = false;
myTargetPosition = { 0.0f, 0.0f };
myNewTargetPosition = myTargetPosition;
#ifdef _DEBUG
myDotSprites.Init(12000);
for (int i = 0; i < 12000; ++i)
{
DX2D::CSprite* sprite = new DX2D::CSprite("Sprites/Dot.dds");
myDotSprites.Add(sprite);
}
#endif
myOptionsMenu.Initialize();
}
