MpImageWindow::MpImageWindow (MpWindow &parent, const MpImage *source,
int w, int h, int x, int y, bool hold)
: MpCanvas(parent,w,h,x,y),
hold(hold), image(source), theXImage(NULL)
{
// no frame as default
SetFrameWidth(0);
SetFrameMidWidth(0);
// convert if contents are holded
if (hold) ConvertToXImage(image);
}
///////////////////////////////////////////////
// CONSTRUCTOR / DECONSTRUCT / OP OVERLOADS
///////////////////////////////////////////////
CAnimation::CAnimation(int nImageID,int nImageWidth,int nImageHeight, int nFrameWidth,
int nFrameHeight,int nFrames,int nCurrent,float fTimePerFrame,bool bLooping,bool bStatic)
{
SetImageID(nImageID);
SetImageWidth(nImageWidth);
SetImageHeight(nImageHeight);
SetFrameWidth(nFrameWidth);
SetFrameHeight(nFrameHeight);
// Because framecount starts at 0
SetFrameCount(nFrames - 1);
SetCurrentFrame(nCurrent);
SetLooping(bLooping);
SetStatic(bStatic);
SetTimePerFrame(fTimePerFrame);
SetTimeWaited(0.0f);
}
bool PS3EyeCapture::Init(const int deviceNum){
//printf("PS3 Eye cameras connected: %i\n", PS3EyeDriver::GetInstance().GetNumCameras());
SetDeviceIndex(deviceNum);
//The requested FPS will be changed to the next-lowest valid framerate if an invalid framerate is requested.
bool success = PS3EyeDriver::GetInstance().InitCamera(deviceNum, PS3EyeDriver::RESOLUTION_SETTING::FULL_640_480, 60);
if(success){
SetFrameWidth(PS3EyeDriver::GetInstance().GetHeight(deviceNum));
SetFrameHeight(PS3EyeDriver::GetInstance().GetWidth(deviceNum));
rawData = (unsigned char*)malloc(GetFrameWidth()*GetFrameHeight()*3*sizeof(unsigned char));
//cv::Mat frame(cv::Mat(cv::Size(GetFrameWidth(), GetFrameHeight()), CV_8U));
if(useThreadedUpdate) PS3EyeDriver::GetInstance().StartThreadUpdate();
}
else{
//printf("Unsuccessful\n");
}
return success;
}
