Clementine was developed to model decay kinetics processes using either maximum entropy (MEM, included) or least square fitting. The math of analysis (decay times are "tau") is :
MEM: signal(time) = FlatOffset + sum (P(Tau) * exp(- time/tau))
LSQF: signal(time) = FlatOffset + sum (P(Tau) * exp(- (time+TimeShift)/tau))
The package will :
MEM : Generate the distribution of P(Tau) values using Maximum Entropy method over user defined number of bins in tau (log-spaced)
LSQF : Model (and least square fit) sum of for up to 5 different P(tau), TimeShift, and tau combinations. Both P(tau) and tau can be fitted.

This XOP will inflate and deflate strings that contain information encoded in .z and .gz formats. It will not handle .zip or multifile zip files. The encoding is done in .gz format.

It is based on the free zlib library.

Useage:

string test = "0123456789"
string test2 = zipencode(test)
string test3 = zipdecode(test2)
print test3

or

variable fileID
open/r fileID      //open a .gz file
fStatus fileID    //get the length of the file in bytes
string inData = "" 
inData = padstring(indata,V_logEOF,0)   //make the indata string as long as the fileitself

Loads Rigaku Raxis files. This software is based in part on software developed at Rigaku. Please refer to the file ReadRaxisImages.cpp for further information.

This is a STANDARDIZED FILE LOADER to load SpectraMax files.

Features

This loader will read .L00 files recorded with Jobin-Yvon's SpectraMax software Version 1.1d directly into waves and name the waves according to the file structure. If e.g. the loader finds two spectra à three regions in a particular file, six waves will be created whereas the last wave gets the name filename_Sp2_Re3. Manual renaming is also provided. SpectraMax files that contain data blocks are not supported.

Processing modes