| include/abshom.H [code] | |
| include/affhom.H [code] | |
| include/affinealgebras.H [code] | |
| include/algebras.H [code] | |
| include/alphabet.H [code] | Declaration of alphabet objects. An alphabet basically associates a string to an integer. The polynomials (cf polynomials.H) are on a countable set of variables, and each polynomial has a pointer to an alphabet, which will give the names of the variables when the time comes to print the polynomial |
| include/augmentedalgebras.H [code] | |
| include/chern_maker.H [code] | |
| include/cmdline.H [code] | |
| include/derive.H [code] | |
| include/exp_classes.H [code] | |
| include/ftwo.H [code] | |
| include/gradedalgebras.H [code] | |
| include/grobner.H [code] | |
| include/homfinder.H [code] | |
| include/matrix.H [code] | Declaration of the Matrix class |
| include/multigrobner.H [code] | |
| include/multipoly.H [code] | |
| include/my_gmp.H [code] | |
| include/polynomials.H [code] | Declaration of the poly class. these are polynomials on a countable set of variables, indexed by "long" indices. A polynomial is basically a map which assigns to a PowProd class a scalar K. K is assumed to be a ring with 1, ie is has +=, *=, and x==1 (and so on) |
| include/powerprod.H [code] | Declaration of the classes handling power products. A power product is a monomial x^ay^bz^c... We treat these as a sequence of (nonnegative) integers giving the powers |
| include/repring.H [code] | |
| include/sw_maker.H [code] | |
| include/tables.H [code] | Declaration of the classes Tuple and Table |
| include/unstable.H [code] | |
| src/alphabet.cpp [code] | |
| src/chern_maker.cpp [code] | |
| src/cmdline.cpp [code] | |
| src/derive.cpp [code] | |
| src/ftwo.cpp [code] | |
| src/homfinder.cpp [code] | |
| src/my_gmp.cpp [code] | |
| src/powerprod.cpp [code] | |
| src/repring.cpp [code] | |
| src/sw_maker.cpp [code] | |
| src/unstable.cpp [code] | |
