double Heatmap::calculateKernelValue( double distance, int bandwidth, int kernelShape )
{
switch ( kernelShape )
{
case Heatmap::Triangular:
return triangularKernel( distance , bandwidth );
case Heatmap::Uniform:
return uniformKernel( distance, bandwidth );
case Heatmap::Quartic:
return quarticKernel( distance, bandwidth );
case Heatmap::Triweight:
return triweightKernel( distance, bandwidth );
case Heatmap::Epanechnikov:
return epanechnikovKernel( distance, bandwidth );
}
return 0;
}
double Heatmap::calculateKernelValue( const double distance, const int bandwidth, const KernelShape shape, const OutputValues outputType )
{
switch ( shape )
{
case Heatmap::Triangular:
return triangularKernel( distance, bandwidth, outputType );
case Heatmap::Uniform:
return uniformKernel( distance, bandwidth, outputType );
case Heatmap::Quartic:
return quarticKernel( distance, bandwidth, outputType );
case Heatmap::Triweight:
return triweightKernel( distance, bandwidth, outputType );
case Heatmap::Epanechnikov:
return epanechnikovKernel( distance, bandwidth, outputType );
}
return 0;
}
