Uses of Class
repthy.OrthonormalityException

Uses of OrthonormalityException in repthy

Methods in repthy that throw OrthonormalityException

protected void	C_n.fillInCharTable() Handles the cyclic case directly.
static void	C_n.main(String[] args) For testing.
static void	PSL3b.main(String[] args) Give it one argument, p.
protected void	AbelianGroup.fillInCharTable() Computes the character table directly from the Smith normal form.
protected void	S_n.fillInCharTable() The tables for S1 through S5 are hard-coded; the rest are computed by the super method.
static void	S_n.main(String[] args) For testing.
protected void	D_2n.fillInCharTable() Handles the dihedral case directly.
static void	D_2n.main(String[] args) For testing the dihedral group of order 2n.
protected void	Q_8.fillInCharTable() This group is handled directly.
static void	Q_8.main(String[] args) For testing.
protected void	ProductGroup.fillInCharTable() Takes the characters currently in the character tables of the factors, pull them back to the product, takes all the tensor products of the pullbacks, and puts them in the character table of the product.
void	CharTable.add(GpCharacter chi) Adds chi to the character table.
void	CharTable.addIfNew(GpCharacter chi) If the argument is not already in the table (up to equals), put it in using CharTable.add(repthy.GpCharacter); if it is in the table, do nothing.
protected void	A_n.fillInCharTable() The tables for A1 through A5 are hard-coded; the rest are computed by the super method.
static void	A_n.main(String[] args) For testing.
protected void	Group.fillInCharTable() Fills in the character table.
static void	Group.tableTest(Group G, String nameG) For testing; displays the character table in a window and decomposes some sample representations.
protected void	PGroup.fillInCharTable() Fills in the character table using a special algorithm for p-groups.