CentralDifferenceDerivativeKernel<T, U>::CentralDifferenceDerivativeKernel(bool iOrientY/*=false*/)
{
unsigned int iDimension = 3;
m_orientY = iOrientY;
m_separable = false;
SetDimension(iDimension);
Initialize_();
}
LaplacianKernel<T, U>::LaplacianKernel()
{
unsigned int iDimension = 3;
m_separable = false;
SetDimension(iDimension);
Initialize_();
}
ErosionKernel<T, U>::ErosionKernel(const int iRadius/*=1*/)
{
m_radius = iRadius;
m_separable = false;
// compute default dimension
unsigned int pDimension = 1+2*m_radius;
// set dimensions
SetDimension(pDimension);
// initialize the buffer, fill kernel values
Initialize_();
}
DerivativeOfGaussianKernel<T, U>::DerivativeOfGaussianKernel(const double iSigma/*=1*/, const int iDimension/*=-1*/)
{
m_sigma = iSigma;
m_separable = true;
//m_kernelType = kPgKernelType1D;
unsigned int pDimension = 1 + 2 * ceil(2.5f * m_sigma);
if (iDimension>=5)// && iDimension > pDimension)
{
pDimension = iDimension;
}
SetDimension(pDimension);
Initialize_();
}
void
Module::Call( )
{
if ( !isInitialized_ )
{
Initialize_();
}
else if( doShutdown_ )
{
Shutdown_();
}
else
{
Run_();
}
}
DiffOfGaussianKernel<T, U>::DiffOfGaussianKernel(const double iSigmaOuter/*=2*/, const double iSigmaInner/*=1*/, const int iDimension/*=-1*/)
{
if (iSigmaInner>=iSigmaOuter)
return;
m_sigmaOuter = iSigmaOuter;
m_sigmaInner = iSigmaInner;
m_separable = true;//false;
//m_orientY = iOrientY;
unsigned int pDimension = 1 + 2 * ceil(2.5f * m_sigmaOuter);
if (iDimension>=5)
{
pDimension = iDimension;
}
SetDimension(pDimension);
Initialize_();
}
bool CCSBot::Initialize(const BotProfile *profile)
{
return Initialize_(profile);
}