Minotaur 0.4.1
Docs for developers
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ProblemSize stores several statistics on the size of the Problem. More...
#include <ProblemSize.h>
Public Attributes | |
UInt | vars |
Number of variables in the Problem. | |
UInt | cons |
Number of constraints in the Problem. | |
UInt | objs |
Number of objectives in the Problem. | |
UInt | bins |
Number of binary variables. | |
UInt | fixed |
Number of integer variables not including binary variables. | |
UInt | ints |
Number of integer variables not including binary variables. | |
UInt | conts |
Number of continuous variables. | |
UInt | linCons |
Number of constraints that have a linear function only. | |
UInt | SOS1Cons |
Number of SOS Type 1 constraints. | |
UInt | SOS2Cons |
Number of SOS Type 2 constraints. | |
UInt | bilinCons |
UInt | multilinCons |
UInt | quadCons |
UInt | nonlinCons |
Number of constraints that have nonlinear function. | |
UInt | consWithLin |
Number of constraints that have a linear function. | |
UInt | consWithBilin |
Number of constraints that have a bilinear function. | |
UInt | consWithMultilin |
Number of constraints that have a multilinear function. | |
UInt | consWithQuad |
Number of constraints that have a quadratic function. | |
UInt | consWithNonlin |
Number of constraints that have a nonlinear function. | |
UInt | linTerms |
Number of terms in the all linear functions in the constraints. | |
UInt | bilinTerms |
UInt | sqTerms |
UInt | multiLinTerms |
Number of terms in the all multilinear functions in the constraints. | |
UInt | quadTerms |
Number of terms in the all quadratic functions in the constraints. | |
UInt | objLinTerms |
Number of terms in linear function in the objectives. | |
UInt | objQuadTerms |
Number of terms in quadratic function in the objectives. | |
FunctionType | objType |
Type of objective: constant, linear, quadratic ... | |
UInt | countAggregation |
Count the number of aggregation type constraints. | |
UInt | countPrecedence |
Count the number of precedence type constraints. | |
UInt | countVariableBound |
Count the number of variable bound type constraints. | |
UInt | countSetPartitioning |
Count the number of set partitioning type constraints. | |
UInt | countSetPacking |
Count the number of set packing type constraints. | |
UInt | countSetCovering |
Count the number of set covering type constraints. | |
UInt | countCardinality |
Count the number of cardinality type constraints. | |
UInt | countInvariantKnapsack |
Count the number of invariant knapsack type constraints. | |
UInt | countEquationKnapsack |
Count the number of equation knapsack type constraints. | |
UInt | countBinPacking |
Count the number of bin packing type constraints. | |
UInt | countKnapsack |
Count the number of knapsack type constraints. | |
UInt | countIntegerKnapsack |
Count the number of integer knapsack type constraints. | |
UInt | countMixedBinary |
Count the number of mixed binary type constraints. | |
UInt | countNoSpecificStructure |
Count the number of constraints with no specific structure. | |
UInt | countDiagQuad |
Count the number of diagonal quadratic constraints. | |
UInt | countSimpleBall |
Count the number of simple ball constraints. | |
UInt | countEllipsoid |
Count the number of ellipsoid constraints. | |
UInt | countComplementSimpleBall |
Count the number of simple ball complement constraint. | |
UInt | countComplementEllipsoid |
Count the number of ellipsoid complement constraint. | |
UInt | countPureBilinear |
Count the number of pure bilinear constraint. | |
UInt | countQuadConvertSOC |
Count quadratic constraints convertible to SOC constraints. | |
ProblemSize stores several statistics on the size of the Problem.
UInt Minotaur::ProblemSize::bilinCons |
Number of constraints that have a bilinear function and optionally, a linear function.
UInt Minotaur::ProblemSize::bilinTerms |
Number of bilinear terms in the all Quadratic functions in the constraints.
UInt Minotaur::ProblemSize::multilinCons |
Number of constraints that have a multilinear function and optionally, a linear function.
UInt Minotaur::ProblemSize::quadCons |
Number of constraints that have a quadratic function and optionally, a linear function.
UInt Minotaur::ProblemSize::sqTerms |
Number of square terms in the all Quadratic functions in the constraints.