void MIPDirectShowCapture::clearNonZero()
{
if (m_pControl)
m_pControl->Release();
if (m_pGrabber)
m_pGrabber->Release();
if (m_pSampGrabFilter)
m_pSampGrabFilter->Release();
if (m_pNullRenderer)
m_pNullRenderer->Release();
if (m_pCaptDevice)
m_pCaptDevice->Release();
if (m_pBuilder)
m_pBuilder->Release();
if (m_pGraph)
m_pGraph->Release();
if (m_pGrabCallback)
delete m_pGrabCallback;
if (m_pVideoMsg)
delete m_pVideoMsg;
if (m_pMsgFrame)
delete [] m_pMsgFrame;
if (m_pFullFrame)
delete [] m_pFullFrame;
zeroAll();
}
//--------------------------------------------------------------
Surface::Surface(string id)
{
printf("[new Surface(%s)]\n", id.c_str());
m_id = id;
zeroAll();
#if MURMUR_DEFINE_SYPHON
m_syphonServer.setName(m_id);
#endif
}
MIPDirectShowCapture::MIPDirectShowCapture() : MIPComponent("MIPDirectShowCapture")
{
zeroAll();
int status;
if ((status = m_frameMutex.Init()) < 0)
{
std::cerr << "Error: can't initialize DirectShow capture frame mutex (JMutex error code " << status << ")" << std::endl;
exit(-1);
}
}
//--------------------------------------------------------------
Surface::Surface(string id, int wPixels, int hPixels)
{
printf("[new Surface(%s,%d,%d)]\n", id.c_str(), wPixels, hPixels);
m_id = id;
zeroAll();
setDimensions(wPixels,hPixels);
#if MURMUR_DEFINE_SYPHON
m_syphonServer.setName(m_id);
#endif
}
//--------------------------------------------------------------
Surface::Surface(string id)
{
OFAPPLOG->begin("Surface::Surface("+id+")");
// printf("[new Surface(%s)]\n", id.c_str());
m_id = id;
zeroAll();
#if MURMUR_DEFINE_SYPHON
m_syphonServer.setName(m_id);
#endif
OFAPPLOG->end();
}
void SoundRecorder::deleteAll()
{
if (m_pChain)
{
m_pChain->stop();
delete m_pChain;
}
if (m_pInput)
delete m_pInput;
if (m_pSampEnc)
delete m_pSampEnc;
if (m_pOutput)
delete m_pOutput;
zeroAll();
}
/*
* Assignment operator for integers
* 0 - zeros the matrix
* 1 - sets it to identy
* anything else is an error
*/
int FMatrix::operator=( int x ) // sets matrix to 0 or 1
{
if( x == 0 )
zeroAll();
else if( x == 1 )
{
assert( xdim == ydim );
for( int ix = 0; ix < xdim; ix++ )
for( int iy = 0; iy < ydim; iy++ )
elem[ iy*xdim + ix ] = (float) (ix == iy);
}
else
assert( 0 );
return( x );
}
/**
* Setup data storage
*/
void setup(
SphereDataConfig *i_sphConfig, ///< Handler to sphConfig
int i_halosize_offdiagonal = 0 ///< Size of the halo around. A value of 2 allocates data for 5 diagonals.
)
{
assert(data == nullptr);
sphConfig = i_sphConfig;
halosize_off_diagonal = i_halosize_offdiagonal;
num_diagonals = 2*halosize_off_diagonal+1;
data = MemBlockAlloc::alloc<T>(sizeof(T)*sphConfig->spectral_array_data_number_of_elements*num_diagonals);
zeroAll();
}
//--------------------------------------------------------------
Surface::Surface(string id, int wPixels, int hPixels)
{
OFAPPLOG->begin("Surface::Surface("+id+","+ofToString(wPixels)+","+ofToString(hPixels)+")");
// OFAPPLOG->println("[new Surface(%s,%d,%d)]\n", id.c_str(), wPixels, hPixels);
m_id = id;
zeroAll();
setDimensions(wPixels,hPixels);
#if MURMUR_DEFINE_SYPHON
m_syphonServer.setName(m_id);
#endif
m_alphaLayer = 0.0f;
OFAPPLOG->end();
}
SoundRecorder::SoundRecorder()
{
zeroAll();
m_init = false;
}
