Index

_

__getitem__() (cdd.Matrix method)

C

canonicalize() (cdd.Matrix method) col_size (cdd.Matrix attribute)

copy() (cdd.Matrix method) CRISS_CROSS (cdd.LPSolverType attribute)

D

DUAL_INCONSISTENT (cdd.LPStatusType attribute) DUAL_SIMPLEX (cdd.LPSolverType attribute)

dual_solution (cdd.LinProg attribute) DUAL_UNBOUNDED (cdd.LPStatusType attribute)

E

extend() (cdd.Matrix method)

G

GENERATOR (cdd.RepType attribute) get_generators() (cdd.Polyhedron method) get_inequalities() (cdd.Polyhedron method)

get_number_type_from_sequences() (in module cdd) get_number_type_from_value() (in module cdd)

I

INCONSISTENT (cdd.LPStatusType attribute)

INEQUALITY (cdd.RepType attribute)

L

lin_set (cdd.Matrix attribute) LinProg (class in cdd) LPObjType (class in cdd)

LPSolverType (class in cdd) LPStatusType (class in cdd)

M

make_number() (cdd.NumberTypeable method) Matrix (class in cdd)

MAX (cdd.LPObjType attribute) MIN (cdd.LPObjType attribute)

N

NONE (cdd.LPObjType attribute) number_cmp() (cdd.NumberTypeable method) number_repr() (cdd.NumberTypeable method) number_str() (cdd.NumberTypeable method)

number_type (cdd.NumberTypeable attribute) NumberType (cdd.NumberTypeable attribute) NumberTypeable (class in cdd)

O

obj_func (cdd.Matrix attribute) obj_type (cdd.LinProg attribute) (cdd.Matrix attribute)

obj_value (cdd.LinProg attribute) OPTIMAL (cdd.LPStatusType attribute)

P

Polyhedron (class in cdd)

primal_solution (cdd.LinProg attribute)

R

rep_type (cdd.Matrix attribute) (cdd.Polyhedron attribute) RepType (class in cdd)

row_size (cdd.Matrix attribute)

S

solve() (cdd.LinProg method) solver (cdd.LinProg attribute) status (cdd.LinProg attribute)

STRUC_DUAL_INCONSISTENT (cdd.LPStatusType attribute) STRUC_INCONSISTENT (cdd.LPStatusType attribute)

U

UNBOUNDED (cdd.LPStatusType attribute) UNDECIDED (cdd.LPStatusType attribute)

UNSPECIFIED (cdd.RepType attribute)