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############################################################################
##
## loadfp.gd IRREDSOL Burkhard Höfling
##
## Copyright © 2003–2016 Burkhard Höfling
##
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##
#F IsAvailableAbsolutelyIrreducibleSolubleGroupFingerprintIndex(<n>, <q>)
##
## returns true if the fingerprint data index is available
##
DECLARE_IRREDSOL_FUNCTION("IsAvailableAbsolutelyIrreducibleSolubleGroupFingerprintIndex");
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##
#F TryLoadAbsolutelyIrreducibleSolubleGroupFingerprintIndex(<n>, <q>)
##
## tries to load the fingerprint database index file and returns
## true if it succeeds, and false otherwise
##
DECLARE_IRREDSOL_FUNCTION("TryLoadAbsolutelyIrreducibleSolubleGroupFingerprintIndex");
############################################################################
##
#F LoadAbsolutelyIrreducibleSolubleGroupFingerprintIndex(<n>, <q>)
##
## loads the fingerprint database index file
##
DECLARE_IRREDSOL_FUNCTION("LoadAbsolutelyIrreducibleSolubleGroupFingerprintIndex");
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##
#F IsAvailableAbsolutelyIrreducibleSolubleGroupFingerprintData(<n>, <q>, <k>)
##
## returns true if the k-th fingerprint data file for GL(n,q) exists, and
## false otherwise.
##
DECLARE_IRREDSOL_FUNCTION("IsAvailableAbsolutelyIrreducibleSolubleGroupFingerprintData");
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##
#F TryLoadAbsolutelyIrreducibleSolubleGroupFingerprintData(<n>, <q>, <index>)
##
## tries to load the <index>-th fingerprint data file for subgroups of GL(n,q)
## and returns true if it succeeds and false otherwise.
##
DECLARE_IRREDSOL_FUNCTION("TryLoadAbsolutelyIrreducibleSolubleGroupFingerprintData");
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##
#F LoadAbsolutelyIrreducibleSolubleGroupFingerprintData(<n>, <q>, <index>)
##
## loads the <index>-th fingerprint data file for subgroups of GL(n,q)
## The fiongerprint data is a record with entries elms
## and fps. elms is a set of lists of four integers each.
## Each entry of elms corresponds to the fingerprint of one conjugacy
## class of elements.
## Each entry of fps is a list with three entries and corresponds to a
## set of groups having the same fingerprint, F, say. Each entry is a
## list with three elements, the first being the group order (i.e., <o>),
## The second is a set of integers from [1..Length(elms)], indicating
## which entries in elms occur in F. The third is a list of the indices
## of the groups having that fingerprint F.
##
DECLARE_IRREDSOL_FUNCTION("LoadAbsolutelyIrreducibleSolubleGroupFingerprintData");
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#F LoadAbsolutelyIrreducibleSolubleGroupFingerprints(<arg>)
##
## see IRREDSOL documentation
##
DECLARE_IRREDSOL_FUNCTION("LoadAbsolutelyIrreducibleSolubleGroupFingerprints");
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#F UnloadAbsolutelyIrreducibleSolubleGroupFingerprints(<arg>)
##
## see IRREDSOL documentation
##
DECLARE_IRREDSOL_FUNCTION("UnloadAbsolutelyIrreducibleSolubleGroupFingerprints");
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##
#F LoadedAbsolutelyIrreducibleSolubleGroupFingerprints(<arg>)
##
## see IRREDSOL documentation
##
DECLARE_IRREDSOL_FUNCTION("LoadedAbsolutelyIrreducibleSolubleGroupFingerprints");
###########################################################################
##
#E
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