def extract_wave_simple(IndList, FilteredArr):
IndArr = np.array(IndList, dtype=np.int32)
SampArr = IndArr[:, 0]
ChArr = IndArr[:, 1]
PeakSample = SampArr[FilteredArr[SampArr, ChArr].argmin()]
Wave = get_padded(FilteredArr, PeakSample - S_BEFORE, PeakSample + S_AFTER)
return Wave, PeakSample, bincount(ChArr, N_CH).astype(np.bool8)
def extract_wave_simple(IndList,FilteredArr):
IndArr = np.array(IndList,dtype=np.int32)
SampArr = IndArr[:,0]
ChArr = IndArr[:,1]
PeakSample = SampArr[FilteredArr[SampArr,ChArr].argmin()]
Wave = get_padded(FilteredArr,PeakSample-S_BEFORE,PeakSample+S_AFTER)
return Wave,PeakSample,bincount(ChArr,N_CH).astype(np.bool8)
def extract_wave_interp(IndList,FilteredArr):
IndArr = np.array(IndList,dtype=np.int32)
SampArr = IndArr[:,0]
ChArr = IndArr[:,1]
PeakInd = FilteredArr[SampArr,ChArr].argmin()
PeakSample,PeakChannel = SampArr[PeakInd],ChArr[PeakInd]
WavePlus = get_padded(FilteredArr,PeakSample-S_BEFORE-1,PeakSample+S_AFTER+1)
Wave = interp_around_peak(WavePlus,S_BEFORE+1,PeakChannel,S_BEFORE,S_AFTER,kind=INTERP_METHOD)
return Wave,PeakSample,bincount(ChArr,N_CH).astype(np.bool8)
def extract_wave_interp(IndList, FilteredArr):
IndArr = np.array(IndList, dtype=np.int32)
SampArr = IndArr[:, 0]
ChArr = IndArr[:, 1]
PeakInd = FilteredArr[SampArr, ChArr].argmin()
PeakSample, PeakChannel = SampArr[PeakInd], ChArr[PeakInd]
WavePlus = get_padded(FilteredArr, PeakSample - S_BEFORE - 1,
PeakSample + S_AFTER + 1)
Wave = interp_around_peak(WavePlus,
S_BEFORE + 1,
PeakChannel,
S_BEFORE,
S_AFTER,
kind=INTERP_METHOD)
return Wave, PeakSample, bincount(ChArr, N_CH).astype(np.bool8)
