Algorithms and methods for TES/FDM analysis

Contents:

• holzer : Compute and fit Mn,[Cr,Cu] K-alpha/K-beta lines according to Holzer
• holzerv : Fit Mn,[Cr,Cu] K-alpha/K-beta lines according to Holzer using Voigt profile convolution
• TDoptfilter : Optimal filter fit of TES pulses in the time domain
• TDMoptfilter : Optimal filter fit of TES pulses in the time domain using alternate filters
• TMoptfilter : Optimal filter fit of TES pulses with alternate optimal filters
• Moptfilter : Optimal filter fit of TES pulses using mutiple templates
• MTDoptfilter : Optimal filter fit of TES pulses in the time domain, using multiple templates
• IQrotate : Rotations of TES pulse in IQ plane
• spectrumfit : fit Mn55 K-alpha lines in given spectrum
• MCeventlist : Monte-Carlo event list for Mn,[Cu,Cr] Alpha/Beta lines spectrum
• HDF_Eventutils : Algorithms used for X-ray event processing
• HDF_NEPutils : Algorithms used for X-ray events NEP computation
• HDF_SQUIDutils : utility functions used for the SQUID noise measurements processing
• HDF_Cutils : Algorithms used for crosstalk analysis
• fitcor : fit correlation of two parameters
• filterect : Exclude records with positive electric crosstalk pulses
• gaussfit: fit gauss function to data
• expfit: fit exponential function to data
• shiftarr: shift a numpy array, extending the edges by averaging
• xcorplot: plot crosscorrelation plots as images to speedup pdf display
• positivepulse: determine for data file if pulse is positive or negative
• specfit : fit multi-line spectrum
• mxsspec: fit mxs(Cr,Cu)+Mn55 spectrum to data
• brems : provide model Bremsstrahlung-spectrum based on MXS spectrum
• aldtimes : get delta times to previous event from all pixels
• PCA : Principal Component Analysis (PCA)
• Bfit_Utils: Utilities for baseline optimal fit