Package | Description |
---|---|
org.ojalgo.access | |
org.ojalgo.optimisation |
Modifier and Type | Method and Description |
---|---|
int |
Structure1D.IntIndex.compareTo(Structure1D.IntIndex ref) |
Modifier and Type | Method and Description |
---|---|
Set<Structure1D.IntIndex> |
ExpressionsBasedModel.getFixedVariables() |
Set<Map.Entry<Structure1D.IntIndex,BigDecimal>> |
Expression.getLinearEntrySet() |
Set<Structure1D.IntIndex> |
Expression.getLinearKeySet() |
Modifier and Type | Method and Description |
---|---|
Expression |
Expression.add(Structure1D.IntIndex key,
Number value) |
BigDecimal |
Expression.get(Structure1D.IntIndex key) |
double |
Expression.getAdjustedLinearFactor(Structure1D.IntIndex key) |
Variable |
ExpressionsBasedModel.getVariable(Structure1D.IntIndex index) |
int |
ExpressionsBasedModel.indexOfFreeVariable(Structure1D.IntIndex variableIndex) |
int |
ExpressionsBasedModel.indexOfIntegerVariable(Structure1D.IntIndex variableIndex) |
int |
ExpressionsBasedModel.indexOfNegativeVariable(Structure1D.IntIndex variableIndex) |
int |
ExpressionsBasedModel.indexOfPositiveVariable(Structure1D.IntIndex variableIndex) |
Expression |
Expression.set(Structure1D.IntIndex key,
Number value) |
Modifier and Type | Method and Description |
---|---|
Expression |
Expression.compensate(Set<Structure1D.IntIndex> fixedVariables)
Will return an Expression with factors corresponding to fixed variables removed, and lower/upper limits
compensated for the fixed part of the expression.
|
abstract boolean |
ExpressionsBasedModel.Presolver.simplify(Expression expression,
Set<Structure1D.IntIndex> fixedVariables,
BigDecimal fixedValue,
Function<Structure1D.IntIndex,Variable> variableResolver,
NumberContext precision) |
abstract boolean |
ExpressionsBasedModel.Presolver.simplify(Expression expression,
Set<Structure1D.IntIndex> fixedVariables,
BigDecimal fixedValue,
Function<Structure1D.IntIndex,Variable> variableResolver,
NumberContext precision) |
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