This documentation was originally written by Andi Kratzer,
Susanne J. Flaschin and others at T.U. München.
The original files can be viewed on their Web site at
www1.physik.tu-muenchen.de/~kratzer/fit/fit.html.
We are grateful to that group for undertaking the initial effort,
and we hope they will approve of any updates and additions we make
here at TRIUMF.
MSRFIT and Related Utilities at TRIUMF
How to use the Vancouver fitprogram MSRFIT
rotating reference frame analysis
- 5 x indirect
- Variable parameters for global fit
- Abragam damping
- SIGNAL commands - declaration
- Alpha
- Fit of an asymmetry spectrum
- Asymmetry spectra
- Fit of an asymmetry spectrum
- Automatic run of NMSRFIT
- Running NMSRFIT automatically
- Back
- Fit of a single histogram
- Beta
- Fit of an asymmetry spectrum
- Binwidth
- Fit of an asymmetry spectrum
- CHANGE
- Running the program
- Change of binrange
- Fit of an asymmetry spectrum
- Comments
- COMMENT for last run
- Constant signal
- Constant signal
- Damping in TF
- exponential
- SIGNAL commands - declaration
- power exponential
- SIGNAL commands - declaration
- Damping in TF...
- gaussian
- SIGNAL commands - declaration
- Damping in ZF
- power exponential
- SIGNAL commands - declaration
- Damping in ZF...
- exponential
- SIGNAL commands - declaration
- DESCRIBE
- Running the program
- Different binwidths
- Using different binwidths for one spectrum
- Double relaxation
- SIGNAL commands - declaration
- Fixing parameters
- Fixing parameters
- Global fit
- Variable parameters for global fit,
Fitting different data in one inifile
- GPS-file
- Fit of an asymmetry spectrum
- GUESS>
- Running the program
- IND_VAR
- Running the program
- Initialfile
- How to create an initalfile
- Kubo-Toyabe functions
- Kubo-Toyabe functions
- Lorentzian,dynamicLF
- SIGNAL commands - declaration
- l/t0
- Fit of an asymmetry spectrum
- MAPPING
- Running the program
- MARKERS
- Fit of an asymmetry spectrum
- MINUIT>
- Running the program
- Norm
- Fit of a single histogram
- Outputfile
- Declaration of the outputfile
- Parameterlist
- The parameterlist
- PLOT
- Running the program, How to plot initial guess
- PREV
- Fitting different data in
- QUALITY
- Running the program
- Rasy
- Fit of an asymmetry spectrum
- Redefinition of parameters
- Redefinition of parameters
- RESULTS>
- Running the program
- Rotating frame analysis
- Fit of an asymmetry spectrum , rotating reference frame analysis
- Rpha
- Fit of an asymmetry spectrum
- Running the program
- Running the program
- SIGNAL
- Running the program
- Single histogram fit
- Fit of a single histogram
- Single histogramm fit
- Running the program
- SPECTRUM
- Running the program
- SPECTRUM commands
- SPECTRUM commands
- Start time
- Fit of an asymmetry spectrum
- STATUS>
- Running the program
- Stop time
- Fit of an asymmetry spectrum
- Tables
- Kubo-Toyabe functions
- GAUSS.TBL
- Kubo-Toyabe functions
- GLF.TBL
- Kubo-Toyabe functions
- KDGLF.TBL
- Kubo-Toyabe functions
- KDGZF.TBL
- Kubo-Toyabe functions
- KDLLF.TBL
- Kubo-Toyabe functions
- KDLZF.TBL
- Kubo-Toyabe functions
- LLF.TBL
- Kubo-Toyabe functions
- Theory functions
- SIGNAL commands - declaration
- ;tex2html_html_special_mark_quot;product of ...
- SIGNAL commands - declaration
- single ;tex2html_html_special_mark_quot;signal theory
- SIGNAL commands - declaration
- sum of ...
- SIGNAL commands - declaration
- TITLE>
- Running the program
- Variable parameters
- Variable parameters for global
- WRITE
- Running the program