public static IFunction <double, double> ConvolveByCycleFunction(
IFunction <double, double> function_0, IFunction <double, double> function_1,
ISamplingStrategy1D <double> sampling_strategy, IList <double> sample_points)
{
// double[] array0 = sampling_strategy.convert_to_array(function_0, sample_points);
// double[] array1 = sampling_strategy.convert_to_array(function_1, sample_points);
// double[] response_array = convolute_by_cycle(array0, array1);
// double[] result = new double[array0.length];
//for (int index = 0; index < array0.length; index++)
//{
// for (int offset = -array0.length; offset < array0.length; offset++)
// {
// if ((0 < (index + offset)) && ((index + offset) < array0.length))
// {
// result[index] += array0[index + offset] * response_array[offset + array0.length];
// }
// }
//}
//return domain.convert_to_function(result);
return(null);
}
public static IFunction <double, double> convolute_by_fft(IFunction <double, double> function_0,
IFunction <double, double> function_1, ISamplingStrategy1D <double> sampling_strategy, IList <double> sample_points)
{
// double[] array0 = sampling_strategy.convert_to_array(function_0);
// double[] array1 = sampling_strategy.convert_to_array(function_1);
// double[] result = convolute_by_fft(array0, array1);
//return sampling_strategy.convert_to_function(result);
return(null);
}
