Create text and binary files for wire chamber test case, set ictest to 1.
Create text and binary files for silicon strip tracker test case using track-models with different accounting for multiple scattering, set ictest to 2..6.
Solution is not iterated. Automatically switched on in case of rank deficits for constraints.
Force iterating of solution (in case of rank deficits for constraints).
In general the commands are defined by a single line:
keyword number1 number2 ...
For those specifying properties of the global parameters (keyword = parameter
, constraint
or measurement
) for each involved global parameter (identified by a label) one additional line follows:
label number1 number2 ...
Default values for the numerical arguments are shown in the command descriptions in '[]'. Missing arguments without default values have no effect.
Set band width mbandw for MINRES preconditioner to number1.
Set (read+write) cache size ncache to number1. Define cache size and average fill level.
Following binaries are C files.
For local fit setChi^2 cut chicut to number1 [1.], chirem to number2 [1.].
Set compression flag mcmprs for sparse storage to 1 (true) (and msngpe to 1).
Define constraints for global parameters.
Set number of records with debug printout mdebug to number1 [3], number of measurements with printout mdebg2 to number2.
Set down-weighting fraction cut dwcut to number1 (max. 0.5).
Set entries cut for variable global parameter mreqen to number1 [0].
Define (up to 100 in total) global labels number1 .. numberN for which the parameter errors are calculated for method MINRES too (by solving ).
Set force (iterations) flag iforce to 1 (true). Same as -f.
Following binaries are Fortran files.
Set flag igcorr for output of global correlations to 1 (true).
Set flag nhistp for histogram printout to 1 (true).
For local fit set Chi^2 cut chhuge for unreasonable data to number1 [1.].
For local fit set number of iterations lfitnp with calculation of pulls to number1, flag lfitbb for auto-detection of bordered band matrices to number2.
Set number of iterations matrit with (re)calcuation of global matrix to number1.
Set record interval matmon for monitoring of (sparse) matrix construction to number1.
Set record limit mxrec to number1.
Define (additional) measurements for global parameters.
Set debug flag memdbg for memory management to number1 [1].
Has special format:
method name number1 number2
Set solution method metsol and storage mode matsto according to name, (inversion
: (1,1), diagonalization
: (2,1), fullMINRES
: (3,1) or sparseMINRES
: (3,2)), (minimum) number of iterations mitera to number1, convergence limit dflim to number2.
Set tolerance criterion mrestl for MINRES to number1 ( ..
).
Set flag nofeas for skipping making parameters feasible to number1 [1].
For local fit set number of outlier down-weighting iterations lhuber to number1.
Set entries cut for variable global parameter pairs mreqpe to number1, histogram upper bound mhispe for pairs to number2 (<1: no histogramming), upper bound msngpe for pair entries with single precision storage to number3.
Define initial value, pre-sigma for global parameters.
Set default pre-sigma regpre to number1 [1].
Set print level mprint to number1 [1].
Record numbers with printout.
Set (symmetric) range prange for histograms of pulls, normalized residuals to number1 (=0: auto-ranging).
Set flag nregul for regularization to 1 (true), regularization parameter regula to number2, default pre-sigma regpre to number3.
Set flag nregul for regularization to 1 (true), regularization parameter regula to number2, default pre-sigma regpre to number3.
Set subito (no iterations) flag isubit to 1 (true). Same as -s.
Set number mthrd of OpenMP™ threads for processing to number1, number mthrdr of threads for reading binary files to number2 [number1].
Define weighted constraints for global parameters.
For strong Wolfe condition in linesearch set parameter wolfc1 to number1, wolfc2 to number2.