Crude time : No <* Use crude function time() instead of clock() to avoid time variable wrapping at long tasks *> Echo input file : Yes <* Print input file *> Put program heading : No Put initial relations : No <* Print read relations *> Put reduced relations : No Put basis elements : Yes <* Print basis of algebra *> Put commutators : No <* Print non-zero commutators *> Put Hilbert series : Yes <* Print dimensions of homogeneous components *> Put non-zero coefficients : Yes <* Print table of non-zero parametric coefficients *> Put statistics : Yes Left normed output : No <* Left normed notation for Lie monomials, otherwise standard bracket notation *> GAP output basis : No <* Convey basis words of ordinary finite-dimensional Lie algebra to GAP *> GAP output commutators : No <* Convey commutator table of ordinary finite-dimensional Lie algebra to GAP *> GAP output relations : No <* Convey relations of ordinary finite-dimensional Lie algebra to GAP *> GAP algebra name : FPLSA.table <* Name of commutator table conveyed to GAP *> GAP basis name : FPLSA.words <* Name of basis words list conveyed to GAP *> GAP relations name : FPLSA.relations <* Name of relations conveyed to GAP *> Coefficient sum table size : 16 <* Size of table for non-zero parametric sums *> Generator max. number : 32 <* Maximum number of input generators *> Input integer size : 32 <* Maximum number of LIMBs for input integers *> Input string size : 512 <* String for reading input portion *> Line length : 76 <* Width of 2D output page *> Name length : 4 <* Maximum length of object name *> Relation size : 25000 <* Size of array Relation *> Lie monomial table size : 25000 Node Lie term size : 50000 <* Size of pool NodeLT for Lie term nodes *> Node scalar factor size : 20000 <* Size of pool NodeSF for scalar factor nodes *> Node scalar term size : 400000 <* Size of pool NodeST for scalar term nodes *> OutLine size : 256 <* String for preparing 2D output portion *> Parameter max. number : 32 <* Maximum number of input parameters *> Even basis symbol : E <* Even basis element name *> Odd basis symbol : O <* Odd basis element name *> Input directory : ../lib/ <* Directory containing input files *>