abs(e),
the absolute value of its argument.expr.IloAnd.f to the invoking cumul function expression.int to the arraydouble to the arrayString to the arraytuple to the arrayIloModel.fct to the invoking
piecewise linear function.fct to the invoking
step function.IloOr.a
to the invoking solution.a to the invoking solution.elt to the invoking set.cb to the invoking
CP Optimizer instance.cut as a cut to the invoking
IloCplex object.cut as cuts to the invoking
IloCplex object.num constraints given in cut as cuts to the
invoking IloCplex object, starting with element
cut[start].IloRange
initialized to represent the constraint expr == rhs,
and added to the invoking IloModel.IloRange
initialized to represent the constraint expr == rhs,
and added to the invoking instance of IloModeler.IloConstraint
initialized to represent the constraint e1 == e2,
and added to the invoking instance of IloModeler.IloConstraint
initialized to represent the constraint e1 == e2,
and added to the invoking instance of IloModeler.IloRange
initialized to represent the constraint val == expr
and added to the invoking instance of IloModeler.IloRange
initialized to represent the constraint val == expr
and added to the invoking instance of IloModeler.IloRange
initialized to represent the constraint expr >= rhs
and added to the invoking instance of IloModeler.IloRange
initialized to represent the constraint expr >= rhs
and added to the invoking instance of IloModeler.IloConstraint
initialized to represent the constraint e1 >= e2
and added to the invoking instance of IloModeler.IloConstraint
initialized to represent the constraint e1 >= e2
and added to the invoking instance of IloModeler.IloRange
initialized to represent the constraint val >= expr
and added to the invoking instance of IloModeler.IloRange
initialized to represent the constraint val >= expr
and added to the invoking instance of IloModeler.IloRange
initialized to represent the constraint expr <= rhs
and added to the invoking instance of IloModeler.IloRange
initialized to represent the constraint expr <= rhs
and added to the invoking instance of IloModeler.IloConstraint
initialized to represent the constraint e1 <= e2,
and added to the invoking instance of IloModeler.IloConstraint
initialized to represent the constraint e1 <= e2
and added to the invoking instance of IloModeler.IloRange
initialized to represent the constraint val <= expr
and added to the invoking instance of IloModeler.IloRange
initialized to represent the constraint val <= expr
and added to the invoking instance of IloModeler.IloLPMatrix object.IloLPMatrix object, with the specified name,
to the invoking model.IloObjective
representing an objective to maximize the expression expr
and added to the invoking model.IloObjective,
representing an objective to maximize the expression expr,
assigned the name name, and added to the invoking model.IloObjective
representing an objective to minimize the expression expr
and added to the invoking model.IloObjective
representing an objective to minimize the expression expr,
assigned the name name, and added to the invoking model.IloObjective
representing an objective to optimize the expression
expr with respect to the optimization sense
indicated by sense and added to the invoking model.IloObjective
representing an objective to optimize the expression expr
with respect to the optimization sense indicated by sense,
assigned the name name, and
added to the invoking model.sense.name and with the sense specified by sense.IloRange
initialized to represent the constraint
lb <= expr <= ub
and added to the invoking instance of IloModeler.IloRange
initialized to represent the constraint
lb <= expr <= ub
and added to the invoking instance of IloModeler.IloRange object.IloRange object with the
name specified by name.num of the specified variables and weights, starting
from the index specified by start, and adds the SOS to the invoking
IloModel model.num specified variables, weights, and names,
starting from the index specified by start, and adds the SOS to the invoking mode.num of the specified variables and weights, starting
from the index specified by start, and adds the SOS to the invoking model.num of the specified variables and weights, starting
from the index specified by start, and adds the new SOS along with its name to the
invoking model.coef * var to a scalar product.coef * var to a scalar product.coef * var to a scalar product.coef * var to a scalar product.sum_i(coef[i] * var[i]) to a scalar product.sum_i(coef[i] * var[i]) to a scalar product.sum_i(coef[i] * var[i]) to a scalar product.sum_i(coef[i] * var[i]) to a scalar product.sum_i(coef[i] * var[i]) to a scalar product.sum_i(coef[i] * var[i]) to a scalar product.sum_i(coef[i] * var[i]) to a scalar product.sum_i(coef[i] * var[i]) to a scalar product.IloObjective object.IloRange object.array to the tuple set ts.v to the value of the invoking
piecewise linear function everywhere on the interval [x1,x2).v to the value of the invoking
step function everywhere on the interval [x1, x2).exps must take
different values from each other.exps will be greater than or equal to k.a and
the set of interval variables in the array bs.a and
the set of interval variables in the array bs.a
and the set of interval variables in the array bs with cardinality c.a
and the set of interval variables in the array bs with cardinality c.a
and the set of interval variables in the array bs with cardinality c.a
and the set of interval variables in the array bs with cardinality c.f is defined
everywhere on the interval [start,end) and remains constant over this interval.f is defined
everywhere on the interval [start,end) and remains constant over this interval.a
is present state function f is defined everywhere between the start and the end of interval variable
a and remains constant over this interval.a
is present state function f is defined everywhere between the start and the end of interval variable
a and remains constant over this interval.This method returns a constraint that states that the value of cumul function expression
f should be always equal to v between start and end.
Value v must be in range 0..IloCP.IntervalMax.
Note: This constraint cannot be used in a logical constraint.
The use of this method is deprecated since V20.1. Please use alwaysIn instead.
This method returns a constraint that states that whenever interval variable a is
present, the value of cumul function expression f should be always equal to v between
the start and the end of a.
Value v must be in range 0..IloCP.IntervalMax.
Note: This constraint cannot be used in a logical constraint.
The use of this method is deprecated since V20.1. Please use alwaysIn instead.
f is defined
everywhere on the interval [start,end) and remains equal to value v over this
interval.f is defined
everywhere on the interval [start,end) and remains equal to value v over this
interval.a
is present state function f is defined everywhere between the start and the end of interval variable
a and remains equal to value v over this interval.a
is present state function f is defined everywhere between the start and the end of interval variable
a and remains equal to value v over this interval.f should be always within the range [vmin,vmax] between start and
end.a is
present, the value of cumul function expression f should be always within the range
[vmin,vmax] between the start and the end of a.f remains in the range [vmin,vmax] for any point t in the
interval of integers [start,end).a
is present, the value of state function f, if defined, remains in the range [vmin,vmax]
for any point t between the start and the end of interval variable a.f is undefined
everywhere on the interval of integers [start,end).a
is present state function f is undefined everywhere between the start and the end of interval
variable a.IloAnd constraint
suitable for grouping
other constraints or building logical constraints.and goal.and goal.and goal.and goal.and goal.evaluator to the search tree
defined by the goal.name.concat("[").concat(String.valueOf(index)).concat("]").interval sequence.interval sequence.interval.interval.integer.integer.integer.integer.float.float.float.float.IloTupleSet.cts to a value map prefs of preferences.cts to a value map prefs of preferences.vars to a value map statuses.vars to a value map statuses.vars to a value map statuses.cts to a value map prefs of preferences.cts to a value map prefs of preferences.IloCplex to select an algorithm.pred and succ are present, interval variable pred must be ordered before
interval variable succ (but not necessarily immediately before) in the sequence variable
seq.n
new Boolean variables (domain 0,1).n
new Boolean variables (domain 0,1).Bounded solution status indicates that the
IloCplex optimizer has determined that the model is not
unbounded.IloCplex
would in the absence of any goal at the current node.IloCplex.BranchType indicating a complex
branching.IloCplex.BranchType indicating a branch on an SOS
of type 1.IloCplex.BranchType indicating a branch on an SOS
of type 2.IloCplex.BranchType indicating a branch on a
single variable.x[index].vars.0 expression behind.0
expression behind.IloCP.abortSearch()IloCP.solve()IloCP.startNewSearch()IloCplex object.IloCplex object with
the methods addCut and addCuts.0.0.IloColumn object suitable for adding a new variable to constraint
rng as a linear term with coefficient val.IloColumn object suitable for adding a new variable to the objective
obj as a linear term with coefficient val.IloColumn object suitable for adding a new variable to an LP matrix as
an empty column.IloColumn object suitable for adding a new variable to an LP matrix as
a new column.IloColumn object suitable for adding a new variable to an LP matrix as
a new column.IloColumnArray suitable for adding new variables to constraint
rng as linear terms with coefficients specified in val.IloColumnArray suitable for adding num new variables to
constraint IloRange as linear terms with coefficients specified in
val.IloColumnArray object suitable for adding new variables to the
objective obj as linear terms with coefficients specified in val.IloColumnArray object suitable for adding num new
variables to the objective obj as linear terms with coefficients specified in
val.IloColumnArray object suitable for adding new variables to an
IloLPMatrix as columns.IloColumnArray object suitable for adding new variables to an
IloLPMatrix as empty columns.IloTupleSet; that is, adds a new line if the
index of the buffer is -1, or sets a line with this content.c.c.value.value.cut.cut.true if extr is present
in the invoking object.true if extr is present
in the invoking object.elt
is an element of the invoking set.IloConversion object for converting the type of a variable
in a model.IloConversion object, with the specified name, for
converting the type of a variable in a model.IloConversion object for converting the type of the
variables in array var in a model.IloConversion object with the specified type and name, for
converting the type of the variables in array var in a model.IloConversion object for converting the type of the
variables in the array var in a model.IloConversion object, with the specified name, for
converting the type of the variables in array var in a model.IloConversion objects in the active
model.exprs that are fixed to the value v.exprs.IloTrue, if this model has a CP engine associated.0
that the user can modify subsequently with the operators add, sub.0
that the user can modify subsequently with the functions add, sub.var.var.num
variables in the array var, starting with variable
var[start].obj from the invoking
IloModel.obj[start] through obj[start+num-1]
from a model.NodeData interface, this method is
called for the user-object associated with the node being deleted.var.num
variables in the array var, starting with variable
var[start].var.e and value v.e1 and e2.v and the expression e1.e and value v.expr1
and expr2.v and the integer expression e1.k the scale of
x for the invoking piecewise linear function.k the scale of x for the invoking step
function.e1 / e2.e1 / e2.e1 / e2.filename.var == values[index].var == values[index].exprs[index].values[index].values[index].IloCplex license held by the invoking object, and
all the memory allocated by it.a and b are present, the distance end(b)-end(a)between the end of interval
a and the end of interval b must be equal to 0.a and b are present, the distance end(b)-end(a)between the end of interval
a and the end of interval b must be equal to z.a and b are present, the distance end(b)-end(a)between the end of interval
a and the end of interval b must be equal to z.a and b are present, the distance start(b)-end(a)between the end of
interval a and the start of interval b must be equal to 0.a and b are present, the distance start(b)-end(a)between the end of
interval a and the start of interval b must be equal to z.a and b are present, the distance start(b)-end(a)between the end of
interval a and the start of interval b must be equal to z.a and b are present, the distance end(b)-end(a)between the end of interval
a and the end of interval b must be greater than or equal to 0.a and b are present, the distance end(b)-end(a)between the end of interval
a and the end of interval b must be greater than or equal to z.a and b are present, the distance end(b)-end(a)between the end of interval
a and the end of interval b must be greater than or equal to z.a and b are present, the distance start(b)-end(a)between the end of
interval a and the start of interval b must be greater than or equal to 0.a and b are present, the distance start(b)-end(a)between the end of
interval a and the start of interval b must be greater than or equal to z.a and b are present, the distance start(b)-end(a)between the end of
interval a and the start of interval b must be greater than or equal to z.f evaluated on the end of interval variable a whenever the interval variable is
present.f evaluated on the end of interval variable a whenever the interval variable is
present.IloCplex.end().a whenever the interval variable is present.a whenever the interval variable is present.a in sequence variable seq.a in sequence variable seq.a in sequence variable seq.a in sequence variable seq.IloRange
initialized to represent the constraint e1 == e2.IloRange
initialized to represent the constraint e1 == e2 and
assigned the name name.IloRange
initialized to represent the constraint expr == rhs.IloRange
initialized to represent the constraint expr == rhs
and assigned the name name.IloRange
initialized to represent the constraint val == expr.IloRange
initialized to represent the constraint val == expr
and assigned the name name.e == v.e1 == e2.v == e.expr == rhs.expr1 == expr2.lhs == expr.c1 <=> c2, in which the two constraints c1 and c2 are
equivalent.IloCP object.IloCplex object.Error solution status indicates that an error has occurred.x to value.x.IloCplex calls this method for every node controlled by the
invoking evaluator in order to compute an evaluation value for the node.IloCustomConstraint class to create your own custom constraint, it is the
execute function that you define.IloPropagator interface
to create your own custom constraint, it is the execute function that you
define.explicitValueEval(vals, evaluation, 0).explicitValueEval(vals, evaluation, 0).explicitVarEval(vars, vals, 0).explicitVarEval(vars, vals, 0).exp(e).filename.name.Feasible solution status indicates that the
IloCplex optimizer has found a feasible solution that can be
queried with the method getValue.IloCplex.getAlgorithm when the method feasOpt has
generated the current solution.cts.vars and by relaxing the bounds of the range constraints
specified in the array rngs.vars.rngs.IloTupleBuffer object is in the collection.a is
present, it must be ordered first in the sequence variable seq.IloCplex.DeleteMode.FixBasis, the
invoking object will do basis pivots in order to maintain a valid basis when
variables or constraints are removed.a is
present, it cannot end at a value t such that f(t-1)=0.a is
present, it cannot contain a value t such that f(t)=0.a is
present, it cannot start at a value t such that f(t)=0.IloRange
initialized to represent the constraint expr >= rhs.IloRange
initialized to represent the constraint expr >= rhs
and assigned the name name.IloConstraint
initialized to represent the constraint e1 >= e2.IloConstraint
initialized to represent the constraint e1 >= e2
and assigned the name name.IloRange
initialized to represent the constraint val >= expr.IloRange
initialized to represent the constraint val >= expr
and assigned the name name.e >= v.e1 >= e2.v >= e.f should never be greater than vmax.f should never be greater than vmax.f should never be less than vmin.f should never be less than vmin.expr >= rhs.expr1 >= expr2.lhs >= expr.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.<= or
>=,
during certain intervals using constraint IloAlwaysIn
(alwaysIn in CPO language).IloAnyCollection value of the given column of the invoking tuple.IloAnyCollection value of the given column of the invoking tuple.[x1,x2).[x1, x2).indices from the map.indexes from the map.indices from the map.var.con.var.var.con.IloCplex would create at the current node
if not overridden by the invoking callback.IloCplex would create at the current node
unless overridden by the invoking goal.IloCplex is going to do at the
current node unless overridden by the invoking callback.IloCplex is going to do at the
current node unless overridden by the invoking goal.node.index.cst.var.var.refineConflict and return the status of the constraints in the
array cts.refineConflict and
return the conflict status for the constraint ct.refineConflict by returning the conflict status of
num consecutive constraints in the array cts.IloLinearIntExpr.IloLinearIntExpr.IloObjective.IloCP.IloCplex algorithm.IloCplex.CplexStatus for the current node.IloCplex.CplexStatus of the last solve
call.IloCplex.CplexStatus status of the last node problem
solved.IloCplex object.var.var.var as maintained by the
invoking instance of IloCP.var as maintained in the invoking
instance of IloCPvar as maintained in the invoking
instance of IloCPEnginevar.var.var.a in the invoking solution.a in the
invoking instance of IloCPa in the invoking solution.a in the
invoking instance of IloCPa in the invoking solution.a in the
invoking instance of IloCPnode.IloObjective object.IloRange object.var are integer
feasible, integer infeasible, or implied integer feasible in the current node
solution.var are
integer feasible, integer infeasible, or implied integer feasible in the
current node solution.var are integer
feasible, integer infeasible, or implied integer feasible in the current node
solution.var are
integer feasible, integer infeasible, or implied integer feasible in the
current node solution.var is integer feasible, integer
infeasible, or implied integer feasible in the current node solution.var is integer feasible, integer
infeasible, or implied integer feasible in the current node solution.seq is fixed.var for the current best integer
solution.var for the current best integer solution.expr for the current best integer solution.IloTuple is in the collection.num consecutive constraints,
starting from the index specified by start, from an array
con of constraints.num consecutive variables,
starting from the index specified by start.node.which in the invoked IloCP
instance.which in the invoked
IloCP instance.which in
the invoked IloCPEngine instance.IloIntCollection value of the given column of the invoking tuple.IloIntCollection value of the given column of the invoking tuple.IloIntMap value of the given column of the invoking tuple.IloIntMap value of the given column of the invoking tuple.IloIntSet value of the given column of the invoking tuple.IloIntSet value of the given column of the invoking tuple.int.var in the invoking instance of
IloCPname.seq is fixed.IloNumVar object.var.var.a in the invoking solution.a in
the invoking instance of IloCPa in the invoking solution.a in
the invoking instance of IloCPa in the invoking solution.a in
the invoking instance of IloCPIloCP class which created
the invoking IloCPEngine object.[x1,x2).[x1, x2).var in the invoking instance
of IloCPvar in the invoking instance
of IloCPEnginevar.[x1,x2).[x1, x2).var in the invoking instance
of IloCPvar in the invoking instance
of IloCPEnginevar.IloCplex is going to create at
the current node unless overridden by the invoking callback.IloCplex is going to create at
the current node unless overridden by the invoking goal.seq is fixed.node.IloCplex object with the methods addLazyConstraint
and addLazyConstraints.node.IloCplex.NodeId of the current node.node.nodeid.SOSs of type 1 in the active model.SOSs of type 2 in the active model.SOSs of both types, 1 and 2 in the active
model.IloCplex object with the methods addUserCut and
addUserCuts.f is fixed.f is fixed.IloNumCollection value of the given column of the invoking tuple.IloNumCollection value of the given column of the invoking tuple.IloNumMap value of the given column of the invoking tuple.IloNumMap value of the given column of the invoking tuple.IloNumSet value of the given column of the invoking tuple.IloNumSet value of the given column of the invoking tuple.i-th column of LP matrix.IloCP.var in the model being solved.var in the model being solved.IloObjective object of the active model, or
null if no IloObjective object is currently in the
active model.IloCP.soln.node.param in the invoked IloCP
instance.param in the invoked
IloCP instance.param in the invoked
IloCP instance.param in the invoked
IloCP instance.seq is fixed.var.var.IloCplex.Quality that contains the
requested quality measure.IloCplex.Quality that contains the
requested quality measure.IloCplex.QualityType of the invoking quality
measure.i-th row of the LP matrix.num rows of the LP matrix matrix
starting with row start .matrix.f is fixed.f is fixed.f is fixed.f is fixed.f is fixed.f is fixed.IloObjective object.IloColumnArray object.a in the invoking solution.a in the
invoking instance of IloCPa in the invoking solution.a in the
invoking instance of IloCPa in the invoking solution.a in the
invoking instance of IloCPa in the invoking solution.a in the
invoking instance of IloCPa in the invoking solution.a in
the invoking instance of IloCPa in the invoking solution.a in
the invoking instance of IloCPsolve call.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.index from the map.IloCP instance.IloSymbolSet value of the given column of the invoking tuple.IloSymbolSet value of the given column of the invoking tuple.IloNumVar object.IloNumVar object.var.var.var.var.IloIntVar
accessed by the last call to the method next().IloNumVar accessed by the last
call to the method next().x.t.x.fromState and index toState.i in the invoking instance of
IloCPi in the invoking instance of
IloCPnum in the invoking instance of
IloCPf is fixed.f is fixed.var.expr takes for the solution of the continuous
relaxation of the current node.expr takes for the current solution.expr takes for the current solution.expr takes for the solution of the current
node relaxation.var in the potential incumbent
solution.expr takes for the proposed incumbent
solution.vars and puts the corresponding values into the array
vals; the corresponding values come from the current solution of the invoking algorithm.var in the
potential incumbent solution.num variables in the array
var of variables in the potential incumbent solution.cut.cut.e > v.e1 > e2.v > e.IloTrue, if this model has a CP engine associated.IloTrue, if this model has a CPLEX engine associated.true if an incumbent solution has been found.true if an incumbent solution has been found when the
callback is called.true if the OPL profiling feature is activated.true if the OPL slicing can cache results to get possible performance improvements.a is present, this function returns an integer
expression that represents the total contribution of the end of interval variable a to the cumul
function expression f.a is present, this function returns an integer
expression that represents the total contribution of the end of interval variable a to the cumul
function expression f.a is present, this method returns an integer
expression that represents the total contribution of the start of interval variable a to the cumul
function expression f.a is present, this method returns an integer
expression that represents the total contribution of the start of interval variable a to the cumul
function expression f.con1 is true, then
con2 must also be true.con1 is true, then
con2 must also be true, and it names the new constraint.(c1 => c2) && (! c1 => c3), that is, if the
first constraint is satisfied, it implies the second, and if it is violated, it implies the third.IloColumnArray are used to create an
array of variables using column-wise modeling.IloCP parameters.IloCP parameters.IloCP parameters.IloCPEngine.IloCplex is the class used to create and solve LP (linear
program), QP (program with quadratic terms in the objective function), QCP
(quadratically constrained program), and MIP (mixed integer program)
Mathematical Programming models.IloCplex with an empty
active model.IloCplex.Param.Benders.Strategy parameter.boolean.IloCplex.BranchCallback.IloCplex.Param.Conflict.Algorithm.refineConflict.IloCplex object or any object that has been created with it
after the IloCplex.end() method has been called.IloCplex.IntParam.DataCheck parameter.IloCplex,
as controlled by the methods IloCplex.setDeleteMode(ilog.opl.IloCplex.DeleteMode) and
IloCplex.getDeleteMode().IloCplex to solve a mixed
integer programming problem (a MIP).double.IloCplex.IntParam.DPriInd.IloCplex to solve a mixed
integer programming problem (a MIP).IloCplex to solve a mixed
integer programming problem (a MIP).IloCplex.int.long.IloCplex.IntParam.MIPEmphasis parameter.IloCplex.IntParam.MIPSearch.IloCplex uses the network
optimizer.IloCplex.IntParam.NodeSel
parameter.IloCplex.IntParam.OptimalityTarget.IloCplex.IntParam.ParallelMode.IloCplex.IntParam.PPriInd.IloCplex.Quality contain information
computed to measure the quality of a solution.IloCplex solution
qualities.FeasOptMode.IloCplex uses the simplex
optimizer.cplex.getStatus.string.IloCplex.IntParam.VarSel
parameter.super(cp)super(cp)super(cp)super(cp)super(cp){a1,...
- IloIntervalSequenceVarMap - Interface in ilog.concert
-
This is the class for mapping a list of interval sequence variables.
- IloIntervalVar - Interface in ilog.concert
-
An instance of this class represents an interval variable in a model.
- IloIntervalVarMap - Interface in ilog.concert
-
This is the interface for mapping a list of interval variables.
- IloIntExpr - Interface in ilog.concert
-
This is the basic public interface for integer expressions.
- IloIntMap - Interface in ilog.concert
-
The interface
IloIntMap maps a list of integer elements.
- IloIntRange - Interface in ilog.concert
-
This interface represents the domain of an integer range.
- IloIntSetMap - Interface in ilog.concert
-
This is the interface for mapping set of integer elements such as
IloIntSet.
- IloIntTupleSet - Interface in ilog.concert
-
An ordered set of values represented by an array.
- IloIntValueChooser - Interface in ilog.cp
-
A value chooser is applied to a variable in a search strategy.
- IloIntValueEval - Interface in ilog.cp
-
An evaluator of integer values is an object that is used by value
selectors (
IloValueSelector)
to define instantiation strategies.
- IloIntVar - Interface in ilog.concert
-
This interface defines the API for integer variables.
- IloIntVarChooser - Interface in ilog.cp
-
A variable chooser is applied to an array of
IloIntVar in a
search strategy.
- IloIntVarEval - Interface in ilog.cp
-
An evaluator of integer variables is an object that is used
by selectors (
IloVarSelector)
of variables to define instantiation strategies.
- IloIntVarMap - Interface in ilog.concert
-
This is the interface for mapping integer variable elements.
- IloIsomorphism - Interface in ilog.concert
-
An instance of this class represents an isomorphism constraint.
- IloLinearIntExpr - Interface in ilog.concert
-
This is the interface for scalar product expressions for integer variables.
- IloLinearIntExprIterator - Interface in ilog.concert
-
Iterator for the linear terms of an
IloLinearIntExpr
expression object.
- IloLinearNumExpr - Interface in ilog.concert
-
This is the interface for scalar product expressions for
numerical variables of any type.
- IloLinearNumExprIterator - Interface in ilog.concert
-
This is the iterator for the linear terms of an
IloLinearNumExpr
expression object.
- IloLPMatrix - Interface in ilog.concert
-
As a modeling object, an instance of
IloLPMatrix allows you to treat a set of
variables and range constraints (instances of IloRange) as a matrix.
- IloMap - Interface in ilog.concert
-
The superinterface for all maps, allowing to query the size, etc.
- IloMapIndexArray - Interface in ilog.concert
-
This interface allows you to manipulate indices to access instances of
IloTupleMap.
- IloMemoryException - Exception in ilog.concert
-
Thrown when the Concert cannot allocate memory
- IloMemoryException(String) - Constructor for exception ilog.concert.IloMemoryException
-
Creates an exception with its corresponding message.
- IloMemoryException() - Constructor for exception ilog.concert.IloMemoryException
-
Creates an exception without a message.
- IloModel - Interface in ilog.concert
-
This interface defines the API for classes that represent
optimization models.
- IloModeler - Interface in ilog.concert
-
Interface for basic modeling.
- IloMPModeler - Interface in ilog.concert
-
IloMPModeler is an extension of the IloModeler modeling interface for
mathematical programming (MP).
- IloMultiCriterionExpr - Interface in ilog.concert
-
An instance of this class represents a multicriteria expression in a model.
- IloNoOverlap - Interface in ilog.concert
-
An instance of this class represents a no-overlap constraint.
- IloNumDExprMap - Interface in ilog.concert
-
- IloNumExpr - Interface in ilog.concert
-
This is the public basic interface for all numerical expressions.
- IloNumMap - Interface in ilog.concert
-
The interface
IloNumMap maps a list of float elements.
- IloNumSetMap - Interface in ilog.concert
-
This is the class for mapping set of float elements such as
IloNumSet.
- IloNumToNumSegmentFunction - Interface in ilog.concert
-
Piecewise linear function over a segment.
- IloNumToNumSegmentFunctionCursor - Interface in ilog.concert
-
An instance of the class
IloNumToNumSegmentFunctionCursor
allows you to inspect the contents of an IloNumToNumSegmentFunction.
- IloNumToNumStepFunction - Interface in ilog.concert
-
Represents a step function that is defined everywhere on an interval
An instance of
IloNumToNumStepFunction represents a step function that is defined everywhere on an
interval [xMin, xMax).
- IloNumToNumStepFunctionCursor - Interface in ilog.concert
-
An instance of the class
IloNumToNumStepFunctionCursor
allows you to inspect the contents of an instance of
IloNumToNumStepFunction.
- IloNumVar - Interface in ilog.concert
-
This interface defines the API for numerical variables of any type.
- IloNumVarBound - Interface in ilog.concert
-
This interface defines the API for classes that represent the upper or lower bound of a variable
as a constraint.
- IloNumVarBoundType - Class in ilog.concert
-
Objects of this class represent the bound-type for a modeling variable.
- IloNumVarMap - Interface in ilog.concert
-
This is the class for mapping a list of integer variables values.
- IloNumVarType - Class in ilog.concert
-
Objects of this class represent the type of a modeling variable.
- IloObjective - Interface in ilog.concert
-
This interface defines the API for objectives.
- IloObjectiveSense - Class in ilog.concert
-
Objects of this class represent the sense of an
IloObjective
object.
- IloOplCompiler - Class in ilog.opl
-
The OPL model source compiler.
- IloOplConflictIterator - Class in ilog.opl
-
Utility for finding conflicts in constraints.
- IloOplCplexBasis - Class in ilog.opl
-
Utility for CPLEX warm start of LP problems.
- IloOplCplexVectors - Class in ilog.opl
-
Utility for CPLEX warm start of MIP problems.
- IloOplDataElements - Class in ilog.opl
-
Data elements used by an OPL model instance.
- IloOplDataHandler - Class in ilog.opl
-
Interface to provide OPL with data.
- IloOplDataSerializer - Class in ilog.opl
-
Service class to serialize OPL data objects.
- IloOplDataSerializer(IloOplSettings, OutputStream, boolean) - Method in class ilog.opl.IloOplFactory
-
- IloOplDataSource - Class in ilog.opl
-
Provide data for an OPL model.
- IloOplElement - Class in ilog.opl
-
Element declared in an OPL model.
- IloOplErrorHandler - Class in ilog.opl
-
Interface for error handling.
- IloOplException - Class in ilog.opl
-
Base class for all exceptions thrown by OPL.
- IloOplFactory - Class in ilog.opl
-
The OPL factory allows you to create instances of OPL objects like models, datasources, etc.
- IloOplFactory() - Constructor for class ilog.opl.IloOplFactory
-
Initialize the OPL environment necessary to create other objects.
- IloOplModel - Class in ilog.opl
-
Instance of an OPL model.
- IloOplModelDefinition - Class in ilog.opl
-
Definition for an OPL model.
- IloOplModelSource - Class in ilog.opl
-
The source for an OPL model.
- IloOplProfiler - Class in ilog.opl
-
The OPL profiling feature.
- IloOplProfilerI - Class in ilog.opl
-
- IloOplProfilerI.Section - Class in ilog.opl
-
- IloOplProgressListener - Class in ilog.opl
-
- IloOplProgressListener(IloOplProgressListenerI) - Constructor for class ilog.opl.IloOplProgressListener
-
- IloOplProject - Class in ilog.opl
-
Convenience class for OPL projects.
- IloOplRelaxationIterator - Class in ilog.opl
-
Utility for relaxing constraints.
- IloOplRunConfiguration - Class in ilog.opl
-
Convenience class for running configurations.
- IloOplSettings - Class in ilog.opl
-
Modifies the settings for OPL.
- IloOr - Interface in ilog.concert
-
This interface defines the API for classes that represent or-constraints.
- IloPiecewiseFunctionExpr - Interface in ilog.concert
-
IloPiecewiseFunctionExpr
- IloPiecewiseFunctionExprMap - Interface in ilog.concert
-
This is the class for mapping a list of piecewise function expressions.
- IloPropagator - Interface in ilog.cp
-
The
IloPropagator interface offers a simple way
to define a custom constraint, that is, one where you define
the propagation rules
by creating your own sub-class of IloCustomConstraint.
- IloRange - Interface in ilog.concert
-
This is the interface for modeling objects representing ranged
constraints of the format
lb <= expr <= ub.
- IloSearchPhase - Interface in ilog.cp
-
The interface
IloSearchPhase is used
to define instantiation strategies to help the embedded CP Optimizer search.
- IloSolution - Interface in ilog.concert
-
This class represents solutions to a problem.
- IloSpan - Interface in ilog.concert
-
An instance of this class represents a span constraint.
- IloStateFunction - Interface in ilog.concert
-
An instance of this class represents an state function in a model.
- IloStateFunctionExpr - Interface in ilog.concert
-
State function expressions.
- IloStateFunctionExprMap - Interface in ilog.concert
-
This is the class for mapping a list of state function expressions.
- IloSymbolMap - Interface in ilog.concert
-
The class
IloSymbolMap maps a list of string elements.
- IloSymbolSet - Interface in ilog.concert
-
The class
IloSymbolSet is used to represent a collection of string values with
no duplicate.
- IloSymbolSetMap - Interface in ilog.concert
-
The class
IloSymbolSetMap maps set-of-strings elements such as
IloSymbolSet.
- IloSynchronize - Interface in ilog.concert
-
Deprecated.
Since V20.1, use combination of
IloStartAtStart and IloEndAtEnd constraints instead.
An instance of this class represents a synchronization constraint.
An instance of IloSynchronize represents a
synchronization constraint. A synchronization constraint between an
interval variable a and a set of interval variables
{b1,...,bn} makes all present intervals in
{b1,...,bn} start and end together with interval
a, if it is present.
- IloTransitionDistance - Interface in ilog.concert
-
An instance of this class represents a transition distance.
- IloTuple - Interface in ilog.concert
-
This interface represents an IloTuple that is a line of an
IloTupleSet (pointed to by the
index).
- IloTupleBuffer - Interface in ilog.concert
-
The class
IloTupleBuffer allows you to create a new tuple using
the values of its different fields.
- IloTupleIterator - Class in ilog.concert
-
- IloTupleIterator(IloTupleSet) - Constructor for class ilog.concert.IloTupleIterator
-
- IloTupleMap - Interface in ilog.concert
-
This class represents a convenient way to map tuple values.
- IloTupleSchema - Interface in ilog.concert
-
This class declares an
IloTupleSet schema.
- IloTupleSet - Interface in ilog.concert
-
Allows you to represent a set of columns of different types in Concert Technology.
- IloTupleSetMap - Interface in ilog.concert
-
This is the class for mapping set of tuple elements such as
IloTupleSet.
- IloValueSelector - Interface in ilog.cp
-
A selector of integer values is used by value choosers (interface
IloIntValueChooser) to define
search strategies.
- IloVarSelector - Interface in ilog.cp
-
A selector of integer variables is used by variable choosers
(interface
IloIntVarChooser) to define
search strategies.
- impactOfLastBranch() - Method in class ilog.cp.IloCP
-
This method returns a variable evaluator.
- ImplBd - Static variable in class ilog.opl.IloCplex.CutType
-
= CPX_CUT_IMPLBD
- ImplBd - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- Implied - Static variable in class ilog.opl.IloCplex.IntegerFeasibilityStatus
-
Indicates that a variable has been presolved out, but would be integer
feasible when all the remaining integer variables are integer feasible.
- Implied - Static variable in class ilog.opl.IloCplex.Param.MIP.Cuts
-
Implied.
- imply(IloConstraint, IloConstraint) - Method in class ilog.cp.IloCP
-
Creates and returns the new constraint
c1 => c2, that is, the first constraint implies the
other.
- importModel(String) - Method in class ilog.cp.IloCP
-
This function reads a model from a file specified by the
filename parameter.
- importModel(InputStream) - Method in class ilog.cp.IloCP
-
This function reads a model from the specified stream.
- importModel(String) - Method in class ilog.opl.IloCplex
-
Reads a model from the file indicated by
name into the active
model.
- Indicator - Static variable in class ilog.opl.IloCplex.Param.Simplex.Perturbation
-
Indicator.
- Infeasible - Static variable in class ilog.opl.IloCplex.CplexStatus
-
Solution Status constant.
- Infeasible - Static variable in class ilog.opl.IloCplex.IntegerFeasibilityStatus
-
Indicates that a variable or SOS is considered to be integer infeasible in
the current node solution.
- Infeasible - Static variable in class ilog.opl.IloCplex.Status
-
The
Infeasible solution status indicates that the
IloCplex optimizer has determined that the model is infeasible.
- InfeasibleOrUnbounded - Static variable in class ilog.opl.IloCplex.Status
-
The
InfeasibleOrUnbounded solution status indicates that the
IloCplex optimizer has determined that the model is infeasible
or unbounded.
- inferred(IloIntVar[]) - Method in class ilog.cp.IloCP
-
Returns an "addable" which identifies certain variables as having their
values inferred by the values taken on by non-inferred variables.
- inferred(IloIntVar) - Method in class ilog.cp.IloCP
-
Returns an addable which identifies
var as having its
value inferred by the values taken on by non-inferred variables.
- Infinity - Static variable in class ilog.cp.IloCP
-
This constant represents positive infinity of type double.
- InfOrUnbd - Static variable in class ilog.opl.IloCplex.CplexStatus
-
Solution Status constant.
- init() - Method in class ilog.opl.IloCplex.NodeEvaluator
-
This method is called by
IloCplex right before the first time
evaluate is called for a node and allows you to initialize the
evaluator based on that node.
- INIT - Static variable in class ilog.opl.IloOplProfilerI.Section
-
- Int - Static variable in class ilog.concert.IloNumVarType
-
Integer variable type.
- Integrality - Static variable in class ilog.opl.IloCplex.Param.MIP.Tolerances
-
Integrality.
- Intensity - Static variable in class ilog.opl.IloCplex.Param.MIP.Pool
-
Intensity.
- Interval - Static variable in class ilog.opl.IloCplex.Param.MIP
-
Interval.
- IntervalMax - Static variable in class ilog.cp.IloCP
-
This constant represents the largest value that can be taken
by the start or end of an interval variable.
- IntervalMin - Static variable in class ilog.cp.IloCP
-
This constant represents the smallest value that can be taken
by the start or end of an interval variable.
- IntervalSequenceInferenceLevel - Static variable in class ilog.cp.IloCP.IntParam
-
Integer control parameter.
- intervalSequenceVar(IloIntervalVar[], String) - Method in class ilog.cp.IloCP
-
This method creates an instance of sequence variable on the set of interval variables
defined by array
a.
- intervalSequenceVar(IloIntervalVar[]) - Method in class ilog.cp.IloCP
-
This method creates an instance of sequence variable on the set of interval variables
defined by array
a.
- intervalSequenceVar(IloIntervalVar[], int[], String) - Method in class ilog.cp.IloCP
-
This method creates an instance of sequence variable on the set of interval variables
defined by array
a.
- intervalSequenceVar(IloIntervalVar[], int[]) - Method in class ilog.cp.IloCP
-
This method creates an instance of sequence variable on the set of interval variables
defined by array
a.
- intervalVar() - Method in class ilog.cp.IloCP
-
This method creates an interval variable.
- intervalVar(String) - Method in class ilog.cp.IloCP
-
This method creates an interval variable.
- intervalVar(int) - Method in class ilog.cp.IloCP
-
This method creates an interval variable.
- intervalVar(int, String) - Method in class ilog.cp.IloCP
-
This method creates an interval variable.
- intervalVar(int, int) - Method in class ilog.cp.IloCP
-
This method creates an interval variable.
- intervalVar(int, int, boolean, IloNumToNumStepFunction, int) - Method in class ilog.cp.IloCP
-
This method creates an interval variable.
- intExpr() - Method in interface ilog.concert.IloModeler
-
Creates and returns an empty integer expression as an object.
- intExpr(IloConstraint) - Method in class ilog.cp.IloCP
-
Creates and returns a new
IloIntExpr from the ct.
- intExprArray(int) - Method in class ilog.cp.IloCP
-
Creates and returns an array of null expressions.
- IntMax - Static variable in class ilog.cp.IloCP
-
This constant represents the largest possible positive integer
allowed in CP Optimizer.
- IntMin - Static variable in class ilog.cp.IloCP
-
This constant represents the smallest possible negative integer
allowed in CP Optimizer.
- intRange(int, int) - Method in class ilog.opl.IloOplFactory
-
Creates an integer range.
- intSet() - Method in class ilog.opl.IloOplFactory
-
Creates a set of integer values.
- IntSolFilePrefix - Static variable in class ilog.opl.IloCplex.Param.Output
-
IntSolFilePrefix.
- IntSolFilePrefix - Static variable in class ilog.opl.IloCplex.StringParam
-
Deprecated.
- IntSolLim - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- IntSolLim - Static variable in class ilog.opl.IloCplex.LongParam
-
Deprecated.
- intTable(int) - Method in class ilog.cp.IloCP
-
Creates and returns a new table
table.
- IntType - Static variable in class ilog.opl.IloCplex.Parameter
-
- intValueChooser(IloValueSelector) - Method in class ilog.cp.IloCP
-
This method returns an
IloIntValueChooser made with the IloValueSelector valueSel.
- intValueChooser(IloValueSelector[]) - Method in class ilog.cp.IloCP
-
This method returns an
IloIntValueChooser made with the array of IloValueSelector valueSels.
- intVar(int, int, String) - Method in interface ilog.concert.IloModeler
-
Creates and returns a new integer variable with the specified bounds
and a name.
- intVar(int, int) - Method in interface ilog.concert.IloModeler
-
Creates and returns a new integer variable with the specified bounds.
- intVar(IloColumn, int, int, String) - Method in interface ilog.concert.IloMPModeler
-
Creates an integer modeling variable with specified upper bound, lower bound, and name for
column-wise modeling.
- intVar(IloColumn, int, int) - Method in interface ilog.concert.IloMPModeler
-
Creates an integer modeling variable, with specified upper and lower bound, for column-wise
modeling.
- intVar(int, int, String) - Method in class ilog.cp.IloCP
-
- intVar(int[], String) - Method in class ilog.cp.IloCP
-
Creates and returns a new integer variable with a domain of possible values and a name.
- intVar(int[]) - Method in class ilog.cp.IloCP
-
Creates and returns a new integer variable with a domain of possible values.
- intVar(IloColumn, int, int) - Method in class ilog.opl.IloCplex
-
- intVar(IloColumn, int, int, String) - Method in class ilog.opl.IloCplex
-
- intVarArray(int, int, int) - Method in interface ilog.concert.IloModeler
-
Creates and returns a new array of
n integer variables
with the specified bounds.
- intVarArray(int, int, int, String[]) - Method in interface ilog.concert.IloModeler
-
Creates an array of length
n initialized
to n new modeling integer
variables, each with the same specified bounds
and returns them in an array.
- intVarArray(int, int[], int[]) - Method in interface ilog.concert.IloModeler
-
Creates an array of length
n
initialized to n new integer variables,
each variable with its own bounds.
- intVarArray(int, int[], int[], String[]) - Method in interface ilog.concert.IloModeler
-
Creates an array of length
n
initialized to n new integer variables,
each variable with its own bounds.
- intVarArray(IloColumnArray, int, int, String[]) - Method in interface ilog.concert.IloMPModeler
-
Creates and returns integer modeling variables, all with the same specified upper bound and
lower bound, with individually specified names, for column-wise modeling.
- intVarArray(IloColumnArray, int, int) - Method in interface ilog.concert.IloMPModeler
-
Creates and returns integer modeling variables, all with the same upper bound and with the same
lower bound, for column-wise modeling.
- intVarArray(IloColumnArray, int[], int[]) - Method in interface ilog.concert.IloMPModeler
-
Creates and returns integer modeling variables, with individually specified upper bound, lower
bound, and name, for column-wise modeling.
- intVarArray(IloColumnArray, int[], int[], String[]) - Method in interface ilog.concert.IloMPModeler
-
Creates and returns integer modeling variables, each with individually specified upper bound,
lower bound, and name, for column-wise modeling.
- intVarArray(int) - Method in class ilog.cp.IloCP
-
This method returns a new array of
n null variables.
- intVarArray(int, int[], String) - Method in class ilog.cp.IloCP
-
Returns a new array of
n variables with domain values and a name.
- intVarArray(int, int, int, String) - Method in class ilog.cp.IloCP
-
Creates and returns a new array of
n variables with domain min..max and a name.
- intVarChooser(IloVarSelector) - Method in class ilog.cp.IloCP
-
This method returns an
IloIntVarChooser made with the IloVarSelector varSel.
- intVarChooser(IloVarSelector[]) - Method in class ilog.cp.IloCP
-
This method returns an
IloIntVarChooser made with the array of IloVarSelector varSels.
- inverse(IloIntExpr[], IloIntExpr[]) - Method in class ilog.cp.IloCP
-
Creates and returns an inverse constraint.
- invoke(IloCP, IloCP.Callback.Reason) - Method in interface ilog.cp.IloCP.Callback
-
This method is invoked by the passed CP object to
perform the callback action.
- isAborted() - Method in class ilog.opl.IloCplex.Aborter
-
Returns true if the method to abort has been called.
- isAbsent() - Method in interface ilog.concert.IloIntervalVar
-
This member function returns true if and only if the invoking interval variable must be absent.
- isAbsent(IloIntervalVar) - Method in interface ilog.concert.IloSolution
-
Returns true if the absence status of
interval variable
a is true in the invoking
solution.
- isAbsent(String) - Method in class ilog.cp.IloCP
-
This method returns true if the interval variable with the
specified name is currently set to be absent.
- isAbsent(IloIntervalVar) - Method in class ilog.cp.IloCP
-
This method returns true if and only if interval variable
a is absent in the
invoking instance of IloCP
- isCompiledModel() - Method in class ilog.opl.IloOplRunConfiguration
-
This member function tests whether the model file is compiled.
- isDecisionExpression() - Method in class ilog.opl.IloOplElement
-
This member function enables you to know whether the element is a decision expression.
- isDecisionVariable() - Method in class ilog.opl.IloOplElement
-
This member function enables you to know whether the element is a decision variable.
- isDiscreteDataCollection() - Method in class ilog.opl.IloOplElement
-
This member function enables you to know whether the element is a discrete data collection.
- isDisplayOnePerLine() - Method in class ilog.opl.IloOplSettings
-
Returns
true if the display is set to show only one item per line.
- isDisplayWithComponentName() - Method in class ilog.opl.IloOplSettings
-
Returns
true if tuple component names are shown.
- isDisplayWithIndex() - Method in class ilog.opl.IloOplSettings
-
Returns
true if item indices are shown when serializing model elements.
- isDo4dsxDebug() - Method in class ilog.opl.IloOplSettings
-
Returns
IloTrue if JavaScript is enabled.
- isDualFeasible() - Method in class ilog.opl.IloCplex.ContinuousCallback
-
Returns a Boolean value indicating whether the current solution is dual
feasible.
- isDualFeasible() - Method in class ilog.opl.IloCplex.HeuristicCallback
-
Returns
true if a dual feasible solution is available for the
current node.
- isDualFeasible() - Method in class ilog.opl.IloCplex
-
Returns
true if a dual feasible solution is available.
- isDualFeasible() - Method in class ilog.opl.IloCplex.SolveCallback
-
Returns
true if a dual feasible solution is available for the
current node.
- isExportExternalData() - Method in class ilog.opl.IloOplSettings
-
Returns
true if OPL will export the external data.
- isExportInternalData() - Method in class ilog.opl.IloOplSettings
-
Returns
true if OPL will export the internal data.
- isExternalData() - Method in class ilog.opl.IloOplElement
-
This member function enables you to know whether the element is data that is external to the model.
- isFeasible() - Method in class ilog.opl.IloCplex.ContinuousCallback
-
Returns a Boolean value indicating whether the current solution is primal
feasible.
- isFeasible() - Method in class ilog.opl.IloCplex.NetworkCallback
-
Returns a Boolean value indicating whether the current solution is primal
feasible at the moment the callback is called.
- isFixed(IloIntVar) - Method in interface ilog.concert.IloSolution
-
- isFixed(IloNumVar) - Method in class ilog.cp.IloCP
-
This member function indicates if the domain of
var takes on a particular value as maintained by the
invoking IloCP
- isFixed(IloIntervalVar) - Method in class ilog.cp.IloCP
-
This method indicates if the domain of
a takes on a particular value as
maintained by the invoking IloCP
- isFixed(IloIntervalSequenceVar) - Method in class ilog.cp.IloCP
-
This method indicates if the domain of the interval sequence variable
seq takes
on a particular value as maintained by the invoking IloCP
- isFixed(IloCumulFunctionExpr) - Method in class ilog.cp.IloCP
-
This method indicates if the cumul function
expression
f takes on a particular value as
maintained by the invoking IloCP instance.
- isFixed(IloStateFunction) - Method in class ilog.cp.IloCP
-
This method indicates if the state function
f takes on a particular value as
maintained by the invoking IloCP instance.
- isFixed(IloNumVar) - Method in class ilog.cp.IloCPEngine
-
This member function indicates if the domain of
var takes on a particular value as maintained by the
invoking IloCPEngine
- isFixed(IloNumVar) - Method in class ilog.cp.IloCustomConstraint
-
The member function determines if the variable
var is fixed to a value.
- isForceElemenPostProcessingtUsage() - Method in class ilog.opl.IloOplSettings
-
Returns
true if the usage of all model elements is forced.
- isForceElementUsage() - Method in class ilog.opl.IloOplSettings
-
Returns
true if the usage of all model elements is forced.
- isIn(IloTupleBuffer) - Method in interface ilog.concert.IloTupleSet
-
This method checks whether a given
IloTupleBuffer object is in the collection.
- isInDomain(IloIntVar, int) - Method in interface ilog.concert.IloSolution
-
- isInDomain(IloNumVar, int) - Method in class ilog.cp.IloCP
-
This member function indicates whether
value is contained in the current domain of
var as maintained by the invoking IloCP
- isInDomain(IloNumVar, int) - Method in class ilog.cp.IloCPEngine
-
This member function indicates whether
value is contained in the current domain of
var as maintained by the invoking IloCPEngine
- isInDomain(IloNumVar, int) - Method in class ilog.cp.IloCustomConstraint
-
The member function determines if the value
value is in the current domain of the variable var.
- isInt(int) - Method in interface ilog.concert.IloTupleSchema
-
This method is used to determine whether a column contains integer values.
- isIntCollection(int) - Method in interface ilog.concert.IloTupleSchema
-
This method is used to determine whether a column is an integer collection column.
- isIntegerFeasible() - Method in class ilog.opl.IloCplex.BranchCallback
-
Returns
true if the current node solution is considered to be
integer feasible and thus potentially eligible as a new incumbent.
- isIntegerFeasible() - Method in class ilog.opl.IloCplex.Goal
-
Returns
true if current solution is integer feasible
- isInternalData() - Method in class ilog.opl.IloOplElement
-
This member function enables you to know whether the element is data that is initialized in the model.
- isKeepTmpFiles() - Method in class ilog.opl.IloOplSettings
-
Returns
true if temporary files are kept.
- isMainEndEnabled() - Method in class ilog.opl.IloOplSettings
-
Returns
true if calls to end()
- isMap() - Method in class ilog.opl.IloOplElement
-
This member function enables you to know whether the element is a map.
- isMIP() - Method in class ilog.opl.IloCplex
-
Returns
true if the active model is a MIP.
- isNull() - Method in class ilog.opl.IloOplModelDefinition
-
- isNum(int) - Method in interface ilog.concert.IloTupleSchema
-
This method is used to determine whether a column contains float values.
- isNumCollection(int) - Method in interface ilog.concert.IloTupleSchema
-
This method is used to determine whether a column is a float collection column.
- isomorphism(IloIntervalVar[], IloIntervalVar[]) - Method in class ilog.cp.IloCP
-
This method creates an isomorphism constraint between the set of interval variables in the
array
domain and the set of interval variables in the array intervals.
- isomorphism(IloIntervalVar[], IloIntervalVar[], String) - Method in class ilog.cp.IloCP
-
This method creates an isomorphism constraint between the set of interval variables in the
array
domain and the set of interval variables in the array intervals.
- isomorphism(IloIntervalVar[], IloIntervalVar[], IloIntExpr[], int) - Method in class ilog.cp.IloCP
-
This method creates an isomorphism constraint between the set of interval variables in the
array
domain and the set of interval variables in the array intervals.
- isomorphism(IloIntervalVar[], IloIntervalVar[], IloIntExpr[], int, String) - Method in class ilog.cp.IloCP
-
This method creates an isomorphism constraint between the set of interval variables in the
array
domain and the set of interval variables in the array intervals.
- isPostProcessing() - Method in class ilog.opl.IloOplElement
-
This member function enables you to know whether the element is in postprocessing.
- isPresent() - Method in interface ilog.concert.IloIntervalVar
-
This member function returns true if and only if the invoking interval variable must be present.
- isPresent(IloIntervalVar) - Method in interface ilog.concert.IloSolution
-
Returns true if the presence status of
interval variable
a is true in the invoking
solution.
- isPresent(String) - Method in class ilog.cp.IloCP
-
This method returns true if the interval variable with the
specified name is currently set to be present.
- isPresent(IloIntervalVar) - Method in class ilog.cp.IloCP
-
This method returns true if and only if interval variable
a is present in the
invoking instance of IloCP
- isPrimalFeasible() - Method in class ilog.opl.IloCplex.HeuristicCallback
-
Returns
true if a primal feasible solution is available for the
current node.
- isPrimalFeasible() - Method in class ilog.opl.IloCplex
-
Returns
true if a primal feasible solution is available.
- isPrimalFeasible() - Method in class ilog.opl.IloCplex.SolveCallback
-
Returns
true if a primal feasible solution is available for the
current node.
- isQC() - Method in class ilog.opl.IloCplex
-
Returns
true if the active model has quadratic constraints.
- isQO() - Method in class ilog.opl.IloCplex
-
Returns
true if the active model has a quadratic objective
function.
- isSkipAssert() - Method in class ilog.opl.IloOplSettings
-
Returns
true if the evaluation of assert statements is skipped.
- isSkipWarnNeverUsedElements() - Method in class ilog.opl.IloOplSettings
-
Returns
true if the detection of unused OPL elements is skipped.
- isSymbol(int) - Method in interface ilog.concert.IloTupleSchema
-
This method is used to determine whether a column contains string values.
- isTuple(int) - Method in interface ilog.concert.IloTupleSchema
-
This method is used to determine whether a column is a subtuple column.
- isUsingCP() - Method in class ilog.opl.IloOplModel
-
This member function tells you whether this model requires a CP engine.
- isUsingCplex() - Method in class ilog.opl.IloOplModel
-
This member function tells you whether this model requires a CPLEX engine.
- isWithDataChecks() - Method in class ilog.opl.IloOplSettings
-
Returns
true if OPL must check the integrity of the input data.
- isWithJavaScript() - Method in class ilog.opl.IloOplSettings
-
Returns
IloTrue if JavaScript is enabled.
- isWithLocations() - Method in class ilog.opl.IloOplSettings
-
Returns
true if locations are present.
- isWithMultiEnv() - Method in class ilog.opl.IloOplSettings
-
Returns
IloTrue if multi-env mode is enabled.
- isWithNames() - Method in class ilog.opl.IloOplSettings
-
Returns
true if names for decision variables and constraints are present.
- isWithWarnings() - Method in class ilog.opl.IloOplSettings
-
Returns
true if the OPL must output warnings or not.
- Iteration - Static variable in class ilog.opl.IloCplex.Param.Barrier.Limits
-
Iteration.
- Iterations - Static variable in class ilog.opl.IloCplex.Param.Network
-
Iterations.
- Iterations - Static variable in class ilog.opl.IloCplex.Param.Sifting
-
Iterations.
- Iterations - Static variable in class ilog.opl.IloCplex.Param.Simplex.Limits
-
Iterations.
- IterativeDiving - Static variable in class ilog.cp.IloCP.ParameterValues
-
Parameter value of SearchType indicating that a search based on repetitive greedy dives should be used.
- iterator() - Method in interface ilog.concert.IloAnd
-
This method returns an iterator that traverses the constraints in
the and-constraint.
- iterator() - Method in interface ilog.concert.IloModel
-
This method returns an iterator that traverses the objects in
the model.
- iterator() - Method in interface ilog.concert.IloOr
-
This method returns an iterator that traverses the constraints in
the or-constraint.
- iterator() - Method in interface ilog.concert.IloTupleSet
-
Returns an iterator on the
IloTupleSet.
- iterator(IloIntVar) - Method in class ilog.cp.IloCP
-
This member function returns an iterator to iterate over the domain of
var, as maintained by the
invoking IloCP.
- iterator(IloIntVar) - Method in class ilog.cp.IloCPEngine
-
This member function returns an iterator to iterate over the domain of
var, as maintained by the
invoking IloCPEngine.
- iterator(IloIntVar) - Method in class ilog.cp.IloCustomConstraint
-
This member function creates an iterator which iterates over the elements of the domain of
var.
- iterator() - Method in class ilog.opl.IloCplex
-
- ItLim - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- ItLim - Static variable in class ilog.opl.IloCplex.LongParam
-
Deprecated.
K
- Kappa - Static variable in class ilog.opl.IloCplex.QualityType
-
- KappaAttention - Static variable in class ilog.opl.IloCplex.QualityType
-
- KappaIllposed - Static variable in class ilog.opl.IloCplex.QualityType
-
- KappaMax - Static variable in class ilog.opl.IloCplex.QualityType
-
- KappaStable - Static variable in class ilog.opl.IloCplex.QualityType
-
- KappaStats - Static variable in class ilog.opl.IloCplex.Param.MIP.Strategy
-
KappaStats.
- KappaSuspicious - Static variable in class ilog.opl.IloCplex.QualityType
-
- KappaUnstable - Static variable in class ilog.opl.IloCplex.QualityType
-
- keepRefOnOutputStreamAdapter(JavaToCppOutputStreamAdapter) - Method in class ilog.opl.IloOplDataSerializer
-
- keepRefOnOutputStreamAdapter(JavaToCppOutputStreamAdapter) - Method in class ilog.opl.IloOplErrorHandler
-
- KPIDisplay - Static variable in class ilog.cp.IloCP.IntParam
-
Integer control parameter that determines how KPIs are displayed during the search.
L
- last(IloIntervalSequenceVar, IloIntervalVar) - Method in class ilog.cp.IloCP
-
This method returns a constraint that states that whenever interval variable
a is
present, it must be ordered last in the sequence variable seq.
- LBHeur - Static variable in class ilog.opl.IloCplex.BooleanParam
-
Deprecated.
- LBHeur - Static variable in class ilog.opl.IloCplex.Param.MIP.Strategy
-
LBHeur.
- le(IloNumExpr, double) - Method in interface ilog.concert.IloModeler
-
Creates and returns an instance of
IloRange
initialized to represent the constraint expr <= rhs.
- le(IloNumExpr, double, String) - Method in interface ilog.concert.IloModeler
-
Creates and returns an instance of
IloRange
initialized to represent the constraint expr <= rhs
and assigned the name name.
- le(IloNumExpr, IloNumExpr) - Method in interface ilog.concert.IloModeler
-
Creates and returns an instance of
IloConstraint
initialized to represent the constraint e1 <= e2.
- le(IloNumExpr, IloNumExpr, String) - Method in interface ilog.concert.IloModeler
-
Creates and returns an instance of
IloConstraint
initialized to represent the constraint e1 <= e2
and assigned the name name.
- le(double, IloNumExpr) - Method in interface ilog.concert.IloModeler
-
Creates and returns an instance of
IloRange
initialized to represent the constraint val <= expr.
- le(double, IloNumExpr, String) - Method in interface ilog.concert.IloModeler
-
Creates and returns an instance of
IloRange
initialized to represent the constraint val <= expr
and assigned the name name.
- le(IloIntExpr, int) - Method in class ilog.cp.IloCP
-
Creates and returns the new constraint
e <= v.
- le(IloIntExpr, IloIntExpr) - Method in class ilog.cp.IloCP
-
Creates and returns the new constraint
e1 <= e2.
- le(int, IloIntExpr) - Method in class ilog.cp.IloCP
-
Creates and returns the new constraint
v <= e.
- le(IloCumulFunctionExpr, int) - Method in class ilog.cp.IloCP
-
This method returns a constraint that states that the value of cumul function expression
f should never be greater than vmax.
- le(IloCumulFunctionExpr, IloIntExpr) - Method in class ilog.cp.IloCP
-
This method returns a constraint that states that the value of cumul function expression
f should never be greater than vmax.
- le(int, IloCumulFunctionExpr) - Method in class ilog.cp.IloCP
-
This method returns a constraint that states that the value of cumul function expression
f should never be less than than vmin.
- le(IloIntExpr, IloCumulFunctionExpr) - Method in class ilog.cp.IloCP
-
This method returns a constraint that states that the value of cumul function expression
f should never be less than than vmin.
- le(IloNumExpr, IloNumExpr, String) - Method in class ilog.opl.IloCplex
-
- LeaveBasis - Static variable in class ilog.opl.IloCplex.DeleteMode
-
If the delete mode is set to
IloCplex.DeleteMode.LeaveBasis, an
existing basis will remain unchanged if variables or constraints are removed
from the loaded LP model.
- leGoal(IloNumExpr, double) - Method in class ilog.opl.IloCplex
-
Creates a constraint goal for the constraint
expr <= rhs.
- leGoal(IloNumExpr, IloNumExpr) - Method in class ilog.opl.IloCplex
-
Creates a constraint goal for the constraint
expr1 <= expr2.
- leGoal(double, IloNumExpr) - Method in class ilog.opl.IloCplex
-
Creates a constraint goal for the constraint
lhs >= expr.
- lengthEval(IloIntervalVar, IloNumToNumSegmentFunction) - Method in class ilog.cp.IloCP
-
This method returns a numerical expression that represents the value of function
f evaluated on the length of interval variable a whenever the interval variable is
present.
- lengthEval(IloIntervalVar, IloNumToNumSegmentFunction, double) - Method in class ilog.cp.IloCP
-
This method returns a numerical expression that represents the value of function
f evaluated on the length of interval variable a whenever the interval variable is
present.
- lengthOf(IloIntervalVar) - Method in class ilog.cp.IloCP
-
This method returns an integer expression that represents the length of interval variable
a whenever the interval variable is present.
- lengthOf(IloIntervalVar, int) - Method in class ilog.cp.IloCP
-
This method returns an integer expression that represents the length of interval variable
a whenever the interval variable is present.
- lengthOfNext(IloIntervalSequenceVar, IloIntervalVar, int) - Method in class ilog.cp.IloCP
-
This method returns an integer expression that represents
the length of the interval variable that is next to interval
a in sequence variable seq.
- lengthOfNext(IloIntervalSequenceVar, IloIntervalVar, int, int) - Method in class ilog.cp.IloCP
-
This method returns an integer expression that represents
the length of the interval variable that is next to interval
a in sequence variable seq.
- lengthOfPrevious(IloIntervalSequenceVar, IloIntervalVar, int) - Method in class ilog.cp.IloCP
-
This method returns an integer expression that represents
the length of the interval variable that is previous to interval
a in sequence variable seq.
- lengthOfPrevious(IloIntervalSequenceVar, IloIntervalVar, int, int) - Method in class ilog.cp.IloCP
-
This method returns an integer expression that represents
the length of the interval variable that is previous to interval
a in sequence variable seq.
- lexicographic(IloIntExpr[], IloIntExpr[]) - Method in class ilog.cp.IloCP
-
Creates and returns a constraint which maintains two arrays to be lexicographically ordered.
- LiftProj - Static variable in class ilog.opl.IloCplex.CutType
-
CPX_CUT_LIFT_PROJ
- LiftProj - Static variable in class ilog.opl.IloCplex.Param.MIP.Cuts
-
LiftProj.
- LiftProjCuts - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- LimitedSolve - Static variable in class ilog.opl.IloCplex.ConflictAlgorithm
-
Use solve up to node limit for detecting infeasibilities
- Linear - Static variable in class ilog.opl.IloCplex.Param.Preprocessing
-
Deprecated.
- linearIntExpr() - Method in interface ilog.concert.IloModeler
-
Creates and returns an integer linear expression initialized as
0 (zero).
- linearIntExpr(int) - Method in interface ilog.concert.IloModeler
-
Creates and returns an integer linear expression
initialized as the constant
val.
- linearIterator() - Method in interface ilog.concert.IloLinearIntExpr
-
Returns an iterator for the variables in the invoking
IloLinearIntExpr expression.
- linearIterator() - Method in interface ilog.concert.IloLinearNumExpr
-
Returns an iterator for the variables in the invoking
IloLinearNumExpr
expression.
- Linearization - Static variable in class ilog.opl.IloCplex.Param.MIP.Tolerances
-
Linearization.
- linearNumExpr() - Method in interface ilog.concert.IloModeler
-
Creates and returns a zero linear expression.
- linearNumExpr(double) - Method in interface ilog.concert.IloModeler
-
Creates and returns a linear expression initialized as the constant.
- LocalCover - Static variable in class ilog.opl.IloCplex.CutType
-
= CPX_CUT_LOCALCOVER
- LocalImplBd - Static variable in class ilog.opl.IloCplex.CutType
-
= CPX_CUT_LOCALIMPLBD
- LocalImplied - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- LocalImplied - Static variable in class ilog.opl.IloCplex.Param.MIP.Cuts
-
LocalImplied.
- log(IloNumExpr) - Method in class ilog.cp.IloCP
-
Creates and returns the new expression
log(e).
- LogPeriod - Static variable in class ilog.cp.IloCP.IntParam
-
Integer control parameter.
- LogSearchTags - Static variable in class ilog.cp.IloCP.IntParam
-
Integer control parameter.
- LogVerbosity - Static variable in class ilog.cp.IloCP.IntParam
-
Integer control parameter.
- LongType - Static variable in class ilog.opl.IloCplex.Parameter
-
- Low - Static variable in class ilog.cp.IloCP.ParameterValues
-
Parameter value of various inference level parameters, indicating that the lowest inference level is to be used.
- Lower - Static variable in class ilog.concert.IloNumVarBoundType
-
Lower bound type.
- lowerBound(IloNumVar) - Method in class ilog.opl.IloCplex
-
Creates and returns an object of type
IloNumVarBound to
represent the lower bound of the variable var.
- LowerCutoff - Static variable in class ilog.opl.IloCplex.Param.MIP.Tolerances
-
LowerCutoff.
- LowerObj - Static variable in class ilog.opl.IloCplex.Param.Simplex.Limits
-
LowerObj.
- LowerObjStop - Static variable in class ilog.opl.IloCplex.DoubleParam
-
Deprecated.
- LowerObjStop - Static variable in class ilog.opl.IloCplex.Param.MIP.Limits
-
LowerObjStop.
- LPMatrix() - Method in interface ilog.concert.IloMPModeler
-
Creates and returns an empty
IloLPMatrix object.
- LPMatrix(String) - Method in interface ilog.concert.IloMPModeler
-
Creates and returns an empty
IloLPMatrix object with the specified name.
- LPMatrixIterator() - Method in class ilog.opl.IloCplex
-
Returns an iterator over all
IloLPMatrix objects in the active
model.
- lt(IloIntExpr, int) - Method in class ilog.cp.IloCP
-
Creates and returns the new constraint
e < v.
- lt(IloIntExpr, IloIntExpr) - Method in class ilog.cp.IloCP
-
Creates and returns the new constraint
e1 < e2.
- lt(int, IloIntExpr) - Method in class ilog.cp.IloCP
-
Creates and returns the new constraint
vintExpr < e.
M
- main() - Method in class ilog.opl.IloCplex.Callback
-
The method to be implemented by user callback classes.
- main() - Method in class ilog.opl.IloOplModel
-
Executes flow control scripting defined in the model.
- makeBranch(IloNumVar[], double[], IloCplex.BranchDirection[], double) - Method in class ilog.opl.IloCplex.BranchCallback
-
Creates a child node for the current node.
- makeBranch(IloNumVar[], double[], IloCplex.BranchDirection[], double, Object) - Method in class ilog.opl.IloCplex.BranchCallback
-
Creates a child node for the current node.
- makeBranch(IloNumVar, double, IloCplex.BranchDirection, double) - Method in class ilog.opl.IloCplex.BranchCallback
-
Creates a child node for the current node.
- makeBranch(IloNumVar, double, IloCplex.BranchDirection, double, Object) - Method in class ilog.opl.IloCplex.BranchCallback
-
Creates a child node for the current node.
- makeBranch(IloConstraint[], double) - Method in class ilog.opl.IloCplex.BranchCallback
-
Creates a child node for the current node.
- makeBranch(int, Object) - Method in class ilog.opl.IloCplex.BranchCallback
-
- makeBranch(IloConstraint[], double, Object) - Method in class ilog.opl.IloCplex.BranchCallback
-
Creates a child node for the current node.
- makeBranch(IloRange, double) - Method in class ilog.opl.IloCplex.BranchCallback
-
Creates a child node for the current node.
- makeBranch(IloRange, double, Object) - Method in class ilog.opl.IloCplex.BranchCallback
-
Creates a child node for the current node.
- makeDataElements() - Method in class ilog.opl.IloOplModel
-
This service routine returns all elements used in this OPL model instance.
- makeElement(String, IloTuple) - Method in class ilog.opl.IloOplDataElements
-
Creates a new data element, which can be added to this collection.
- makeElement(String, int) - Method in class ilog.opl.IloOplDataElements
-
Creates a new data element, which can be added to this collection.
- makeElement(String, double) - Method in class ilog.opl.IloOplDataElements
-
Creates a new data element, which can be added to this collection.
- makeElement(String, String) - Method in class ilog.opl.IloOplDataElements
-
Creates a new data element, which can be added to this collection.
- makeFirst() - Method in interface ilog.concert.IloTupleSet
-
Creates the first tuple.
- makeLast() - Method in interface ilog.concert.IloTupleSet
-
Creates the last tuple.
- makeMapIndexer() - Method in interface ilog.concert.IloMap
-
Retrieves the indices of an array.
- makeRunConfiguration() - Method in class ilog.opl.IloOplProject
-
This member function creates a named run configuration.
- makeRunConfiguration(String) - Method in class ilog.opl.IloOplProject
-
This member function creates a named run configuration.
- makeRunConfigurationNames() - Method in class ilog.opl.IloOplProject
-
This member function returns the names of all available run configurations.
- makeTuple() - Method in interface ilog.concert.IloTupleMap
-
Creates an empty tuple to be filled by
getAt
- makeTuple(int) - Method in interface ilog.concert.IloTupleSet
-
This method returns an indexed tuple.
- makeTupleBuffer(int) - Method in interface ilog.concert.IloTupleSet
-
This method edits the tuple to modify it or to create a new tuple.
- makeTupleValue(int) - Method in interface ilog.concert.IloTuple
-
Creates and returns the
IloTuple value of the given column of the invoking tuple.
- makeTupleValue(String) - Method in interface ilog.concert.IloTuple
-
Creates and returns the
IloTuple value of the given column of the invoking tuple.
- mapIndexArray(int) - Method in class ilog.opl.IloOplFactory
-
Returns an array to manipulate indices to access instances of IloTupleMap.
- Markowitz - Static variable in class ilog.opl.IloCplex.Param.Simplex.Tolerances
-
Markowitz.
- max(IloNumExpr, IloNumExpr) - Method in interface ilog.concert.IloModeler
-
Creates and returns the new numeric expression
max(e1, e2).
- max(double, IloNumExpr) - Method in interface ilog.concert.IloModeler
-
Creates and returns the new numeric expression
max(val, e2).
- max(IloNumExpr, double) - Method in interface ilog.concert.IloModeler
-
Creates and returns the new numeric expression
max(e1, val).
- max(IloNumExpr[]) - Method in interface ilog.concert.IloModeler
-
Creates and returns the new numeric expression
max(e),
the maximum over the array.
- max(IloIntExpr, IloIntExpr) - Method in interface ilog.concert.IloModeler
-
Creates and returns the new integer expression
max(e1, e2).
- max(int, IloIntExpr) - Method in interface ilog.concert.IloModeler
-
Creates and returns the new integer expression
max(val, e2).
- max(IloIntExpr, int) - Method in interface ilog.concert.IloModeler
-
Creates and returns the new integer expression
max(e1, val).
- max(IloIntExpr[]) - Method in interface ilog.concert.IloModeler
-
Creates and returns the new integer expression
max(e).
- max(IloIntExpr[]) - Method in class ilog.cp.IloCP
-
Creates and returns the new expression
max(expr).
- max(IloNumExpr[]) - Method in class ilog.cp.IloCP
-
Creates and returns the new numeric expression
max(expr), the maximum over the array.
- MaxCompSlack - Static variable in class ilog.opl.IloCplex.QualityType
-
- MaxDualInfeas - Static variable in class ilog.opl.IloCplex.QualityType
-
- MaxDualResidual - Static variable in class ilog.opl.IloCplex.QualityType
-
- maximize(IloNumExpr) - Method in interface ilog.concert.IloModeler
-
Creates and returns an instance of
IloObjective
representing an objective to maximize the expression expr.
- maximize(IloNumExpr, String) - Method in interface ilog.concert.IloModeler
-
Creates and returns an instance of
IloObjective
representing an objective to maximize the expression
expr and assigned the name name.
- maximize() - Method in interface ilog.concert.IloMPModeler
-
Creates and returns an empty maximization objective function.
- maximize(String) - Method in interface ilog.concert.IloMPModeler
-
Creates and returns an empty maximization objective function.
- Maximize - Static variable in class ilog.concert.IloObjectiveSense
-
Indicates the objective sense for maximization.
- maximize(IloIntExpr) - Method in class ilog.cp.IloCP
-
Creates a maximization objective.
- maximize(IloMultiCriterionExpr) - Method in class ilog.cp.IloCP
-
Creates a maximization multicriteria objective.
- maximize() - Method in class ilog.opl.IloCplex
-
- maximize(String) - Method in class ilog.opl.IloCplex
-
- MaxInfeas - Static variable in class ilog.opl.IloCplex.VariableSelect
-
Branch on variable with maximum infeasibility.
- MaxIntInfeas - Static variable in class ilog.opl.IloCplex.QualityType
-
- MaxPi - Static variable in class ilog.opl.IloCplex.QualityType
-
- MaxPrimalInfeas - Static variable in class ilog.opl.IloCplex.QualityType
-
- MaxPrimalResidual - Static variable in class ilog.opl.IloCplex.QualityType
-
- MaxRedCost - Static variable in class ilog.opl.IloCplex.QualityType
-
- MaxScaledDualInfeas - Static variable in class ilog.opl.IloCplex.QualityType
-
- MaxScaledDualResidual - Static variable in class ilog.opl.IloCplex.QualityType
-
- MaxScaledPi - Static variable in class ilog.opl.IloCplex.QualityType
-
- MaxScaledPrimalInfeas - Static variable in class ilog.opl.IloCplex.QualityType
-
- MaxScaledPrimalResidual - Static variable in class ilog.opl.IloCplex.QualityType
-
- MaxScaledRedCost - Static variable in class ilog.opl.IloCplex.QualityType
-
- MaxScaledSlack - Static variable in class ilog.opl.IloCplex.QualityType
-
- MaxScaledX - Static variable in class ilog.opl.IloCplex.QualityType
-
- MaxSlack - Static variable in class ilog.opl.IloCplex.QualityType
-
- MaxX - Static variable in class ilog.opl.IloCplex.QualityType
-
- MCF - Static variable in class ilog.opl.IloCplex.CutType
-
= CPX_CUT_MCF
- MCFCut - Static variable in class ilog.opl.IloCplex.Param.MIP.Cuts
-
MCFCut.
- MCFCuts - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- Measure - Static variable in class ilog.opl.IloCplex.Param.Tune
-
Measure.
- Medium - Static variable in class ilog.cp.IloCP.ParameterValues
-
Parameter value of various inference level parameters, indicating that the medium (just above basic) inference level is to be used.
- Member - Static variable in class ilog.opl.IloCplex.ConflictStatus
-
This element must be a member of the conflict.
- MemLimFeas - Static variable in class ilog.opl.IloCplex.CplexStatus
-
Solution Status constant.
- MemLimInfeas - Static variable in class ilog.opl.IloCplex.CplexStatus
-
Solution Status constant.
- Memory - Static variable in class ilog.opl.IloCplex.Param.Emphasis
-
Memory.
- MemoryEmphasis - Static variable in class ilog.opl.IloCplex.BooleanParam
-
Deprecated.
- MemoryUsage - Static variable in class ilog.cp.IloCP.IntInfo
-
This information represents the total memory, in bytes, used
globally by the
IloCP instance and any of its
slave objects
- MemoryUsage - Static variable in class ilog.cp.IloCPEngine.IntInfo
-
This information represents the total memory, in bytes, used
by the local
IloCPEngine instance and any
of its slave objects.
- min(IloNumExpr, IloNumExpr) - Method in interface ilog.concert.IloModeler
-
Creates and returns the new numeric expression
min(e1, e2).
- min(double, IloNumExpr) - Method in interface ilog.concert.IloModeler
-
Creates and returns the new numeric expression
min(val, e2).
- min(IloNumExpr, double) - Method in interface ilog.concert.IloModeler
-
Creates and returns the new numeric expression
min(e1, val).
- min(IloNumExpr[]) - Method in interface ilog.concert.IloModeler
-
Creates and returns the new numeric expression
min(e),
the minimum over the array.
- min(IloIntExpr, IloIntExpr) - Method in interface ilog.concert.IloModeler
-
Creates and returns the new integer expression
min(e1, e2).
- min(int, IloIntExpr) - Method in interface ilog.concert.IloModeler
-
Creates and returns the new integer expression
min(val, e2).
- min(IloIntExpr, int) - Method in interface ilog.concert.IloModeler
-
Creates and returns the new integer expression
min(e1, val).
- min(IloIntExpr[]) - Method in interface ilog.concert.IloModeler
-
Creates and returns the new integer expression
min(e).
- min(IloIntExpr[]) - Method in class ilog.cp.IloCP
-
Creates and returns the new expression
min(exprs).
- min(IloNumExpr[]) - Method in class ilog.cp.IloCP
-
Creates and returns the new numeric expression
min(exprs), the minimum over the array.
- minimize(IloNumExpr) - Method in interface ilog.concert.IloModeler
-
Creates and returns an instance of
IloObjective
representing an objective to minimize the expression expr.
- minimize(IloNumExpr, String) - Method in interface ilog.concert.IloModeler
-
Creates and returns an instance of
IloObjective
representing an objective to minimize the expression
expr and assigned the name name.
- minimize() - Method in interface ilog.concert.IloMPModeler
-
Creates and returns an empty minimization objective function.
- minimize(String) - Method in interface ilog.concert.IloMPModeler
-
Creates and returns an empty minimization objective function.
- Minimize - Static variable in class ilog.concert.IloObjectiveSense
-
Indicates the objective sense for minimization.
- minimize(IloIntExpr) - Method in class ilog.cp.IloCP
-
Creates a minimization objective.
- minimize(IloMultiCriterionExpr) - Method in class ilog.cp.IloCP
-
Creates a minimization multicriteria objective.
- minimize() - Method in class ilog.opl.IloCplex
-
- minimize(String) - Method in class ilog.opl.IloCplex
-
- MinInf - Static variable in class ilog.opl.IloCplex.Relaxation
-
= CPX_FEASOPT_MIN_INF
- MinInfeas - Static variable in class ilog.opl.IloCplex.VariableSelect
-
Branch on variable with minimum infeasibility.
- MinQuad - Static variable in class ilog.opl.IloCplex.Relaxation
-
= CPX_FEASOPT_MIN_QUAD
- MinSum - Static variable in class ilog.opl.IloCplex.Relaxation
-
= CPX_FEASOPT_MIN_SUM
- MIP - Static variable in class ilog.opl.IloCplex.Algorithm
-
This value may not be used to select an optimizer but is returned by
IloCplex.getAlgorithm when the mixed integer optimizer has
generated the current solution.
- MIP - Static variable in class ilog.opl.IloCplex.Param.Emphasis
-
MIP.
- MIPDisplay - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- MIPEmphasis - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- MIPGap - Static variable in class ilog.opl.IloCplex.Param.MIP.PolishAfter
-
MIPGap.
- MIPGap - Static variable in class ilog.opl.IloCplex.Param.MIP.Tolerances
-
MIPGap.
- MIPInterval - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- MIPInterval - Static variable in class ilog.opl.IloCplex.LongParam
-
Deprecated.
- MIPKappaStats - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- MIPOrdInd - Static variable in class ilog.opl.IloCplex.BooleanParam
-
Deprecated.
- MIPOrdType - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- MIPSearch - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- MIPStartSolution - Static variable in class ilog.opl.IloCplex.SolutionSource
-
The integral solution was found during MIP start processing.
- MIQCPStrat - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- MIQCPStrat - Static variable in class ilog.opl.IloCplex.Param.MIP.Strategy
-
MIQCPStrat.
- MIR - Static variable in class ilog.opl.IloCplex.CutType
-
= CPX_CUT_MIR
- MIRCut - Static variable in class ilog.opl.IloCplex.Param.MIP.Cuts
-
MIRCut.
- MIRCuts - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- Mode - Static variable in class ilog.opl.IloCplex.Param.Feasopt
-
Mode.
- ModelAnonymizer - Static variable in class ilog.cp.IloCP.IntParam
-
This parameter controls anonymization of a model
dumped via
dumpModel.
- modulo(IloIntExpr, int) - Method in class ilog.cp.IloCP
-
Creates and returns the modulo expression
e % r.
- MPSLong - Static variable in class ilog.opl.IloCplex.Param.Output
-
MPSLong.
- MPSLongNum - Static variable in class ilog.opl.IloCplex.BooleanParam
-
Deprecated.
- MultiObjDisplay - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- MultiObjInfeasible - Static variable in class ilog.opl.IloCplex.CplexStatus
-
Solution Status constant.
- MultiObjInfOrUnbd - Static variable in class ilog.opl.IloCplex.CplexStatus
-
Solution Status constant.
- MultiObjNonOptimal - Static variable in class ilog.opl.IloCplex.CplexStatus
-
Solution Status constant.
- MultiObjOptimal - Static variable in class ilog.opl.IloCplex.CplexStatus
-
Solution Status constant.
- MultiObjStopped - Static variable in class ilog.opl.IloCplex.CplexStatus
-
Solution Status constant.
- MultiObjUnbounded - Static variable in class ilog.opl.IloCplex.CplexStatus
-
Solution Status constant.
- MultipleLines - Static variable in class ilog.cp.IloCP.ParameterValues
-
Parameter value of KPIDisplay indicating that KPIs should be displayed one per line in the log.
- MultiPoint - Static variable in class ilog.cp.IloCP.ParameterValues
-
Parameter value of SearchType indicating that a search based the principles of population search (genetic algorithms) should be used.
- MultiPointNumberOfSearchPoints - Static variable in class ilog.cp.IloCP.IntParam
-
Integer control parameter.
N
- negative(IloNumExpr) - Method in interface ilog.concert.IloModeler
-
Creates and returns the new numeric expression
-e,
the negation of the expression e.
- negative(IloIntExpr) - Method in interface ilog.concert.IloModeler
-
Creates and returns the new integer expression
-e,
the negation of the expression e.
- Neighborhood - Static variable in class ilog.cp.IloCP.ParameterValues
-
Parameter value of SearchType indicating that a search based on a solution neighborhood exploration should be used (feature in beta).
- neq(IloIntExpr, int) - Method in class ilog.cp.IloCP
-
Creates and returns the new constraint
e !
- neq(IloIntExpr, IloIntExpr) - Method in class ilog.cp.IloCP
-
Creates and returns the new constraint
e1 !
- neq(int, IloIntExpr) - Method in class ilog.cp.IloCP
-
Creates and returns the new constraint
v !
- NetDisplay - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- NetEpOpt - Static variable in class ilog.opl.IloCplex.DoubleParam
-
Deprecated.
- NetEpRHS - Static variable in class ilog.opl.IloCplex.DoubleParam
-
Deprecated.
- NetFind - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- NetFind - Static variable in class ilog.opl.IloCplex.Param.Network
-
NetFind.
- NetItLim - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- NetItLim - Static variable in class ilog.opl.IloCplex.LongParam
-
Deprecated.
- NetPPriInd - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- Network - Static variable in class ilog.opl.IloCplex.Algorithm
-
Selects the network simplex algorithm.
- next() - Method in interface ilog.concert.IloNumToNumSegmentFunctionCursor
-
This operator moves the cursor to the segment adjacent to the current
step (forward move).
- next() - Method in interface ilog.concert.IloNumToNumStepFunctionCursor
-
This operator moves the cursor to the step adjacent to the current step
(forward move).
- next() - Method in class ilog.concert.IloTupleIterator
-
- next() - Method in class ilog.cp.IloCP
-
This method searches for a new (or first) solution to the model.
- next() - Method in class ilog.opl.IloOplConflictIterator
-
Goes to the next conflict.
- next() - Method in class ilog.opl.IloOplRelaxationIterator
-
Goes to the next relaxation.
- nextIntVar() - Method in interface ilog.concert.IloLinearIntExprIterator
-
Returns the
IloIntVar of the
next linear term in the scalar product.
- nextNumVar() - Method in interface ilog.concert.IloLinearNumExprIterator
-
Returns the
IloNumVar of the next linear term in the
underlying IloLinearNumExpr.
- NoCheck - Static variable in class ilog.opl.IloCplex.MIPStartEffort
-
CPLEX accepts the MIP start without any checks.
- NodeAlg - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- NodeAlgorithm - Static variable in class ilog.opl.IloCplex.Param
-
NodeAlgorithm.
- Nodecuts - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- Nodecuts - Static variable in class ilog.opl.IloCplex.Param.MIP.Cuts
-
Nodecuts.
- NodeFileInd - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- NodeLim - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- NodeLim - Static variable in class ilog.opl.IloCplex.LongParam
-
Deprecated.
- NodeLimFeas - Static variable in class ilog.opl.IloCplex.CplexStatus
-
Solution Status constant.
- NodeLimInfeas - Static variable in class ilog.opl.IloCplex.CplexStatus
-
Solution Status constant.
- NodeLimit - Static variable in class ilog.opl.IloCplex.Param.MIP.SubMIP
-
NodeLimit.
- Nodes - Static variable in class ilog.opl.IloCplex.Param.MIP.Limits
-
Nodes.
- Nodes - Static variable in class ilog.opl.IloCplex.Param.MIP.PolishAfter
-
Nodes.
- NodeSel - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- NodeSelect - Static variable in class ilog.opl.IloCplex.Param.MIP.Strategy
-
NodeSelect.
- NodeSolution - Static variable in class ilog.opl.IloCplex.SolutionSource
-
The integral solution was found as the solution to an LP-relaxation of a node
in the search tree.
- None - Static variable in class ilog.opl.IloCplex.Algorithm
-
Selects no algorithm.
- NonzeroDiscreteVars - Static variable in class ilog.opl.IloCplex.WriteLevel
-
Specifies that only nonzero discrete variables should be written to the file.
- Nonzeros - Static variable in class ilog.opl.IloCplex.Param.Read
-
Deprecated.
- NonzeroVars - Static variable in class ilog.opl.IloCplex.WriteLevel
-
Specifies that only nonzero variables should be written to the file.
- noOverlap(IloIntervalVar[], String) - Method in class ilog.cp.IloCP
-
This method creates a no-overlap constraint on the set of
interval variables defined by array
a.
- noOverlap(IloIntervalVar[]) - Method in class ilog.cp.IloCP
-
This method creates a no-overlap constraint on the set of
interval variables defined by array
a.
- noOverlap(IloIntervalSequenceVar, IloTransitionDistance, String) - Method in class ilog.cp.IloCP
-
This method creates a no-overlap constraint on the sequence
variable
seq.
- noOverlap(IloIntervalSequenceVar, IloTransitionDistance) - Method in class ilog.cp.IloCP
-
This method creates a no-overlap constraint on the sequence
variable
seq.
- noOverlap(IloIntervalSequenceVar) - Method in class ilog.cp.IloCP
-
This method creates a no-overlap constraint on the sequence
variable
seq.
- noOverlap(IloIntervalSequenceVar, IloTransitionDistance, boolean, String) - Method in class ilog.cp.IloCP
-
This method creates a no-overlap constraint on the sequence
variable
seq.
- noOverlap(IloIntervalSequenceVar, IloTransitionDistance, boolean) - Method in class ilog.cp.IloCP
-
This method creates a no-overlap constraint on the sequence
variable
seq.
- NoOverlapInferenceLevel - Static variable in class ilog.cp.IloCP.IntParam
-
Integer control parameter.
- Normal - Static variable in class ilog.cp.IloCP.ParameterValues
-
Parameter value of LogVerbosity indicating there should be a normal level of log output (more than the Terse level).
- NoState - Static variable in class ilog.cp.IloCP
-
This static integer of value
-1 is the conventional value of an instance of
IloStateFunction at any point out of its
definition domain.
- not(IloConstraint) - Method in interface ilog.concert.IloModeler
-
Creates and returns a constraint that is the logical negation
of its argument.
- not(IloConstraint, String) - Method in interface ilog.concert.IloModeler
-
Creates and returns a constraint that is the logical negation
of its argument
and assigns the string
name as the name of the
returned constraint.
- NotABasicStatus - Static variable in class ilog.opl.IloCplex.BasisStatus
-
This status represents an illegal basis status.
- notifyEnterSection(IloOplProfilerI.Section, String, double) - Method in class ilog.opl.IloOplProgressListener
-
- notifyExitSection(IloOplProfilerI.Section, String, double) - Method in class ilog.opl.IloOplProgressListener
-
- NumberOfAuxiliaryVariables - Static variable in class ilog.cp.IloCP.IntInfo
-
Integer info parameter which is the number of auxiliary variables that have been added by
the engine in the
IloCP instance.
- NumberOfBlackboxCalls - Static variable in class ilog.cp.IloCP.IntInfo
-
This information is the number of blackbox function evaluations executed in the last solve of
the
IloCP instance.
- NumberOfBlackboxCalls - Static variable in class ilog.cp.IloCPEngine.IntInfo
-
This information is the number of blackbox function evaluations
executed so far in the local worker
IloCPEngine instance.
- NumberOfBlackboxes - Static variable in class ilog.cp.IloCP.IntInfo
-
Integer info parameter which represents the total number of blackbox expressions (instances of
IloBlackbox) extracted from the model.
- NumberOfBranches - Static variable in class ilog.cp.IloCP.IntInfo
-
This information is the number of branches executed in the last solve of
the
IloCP instance.
- NumberOfBranches - Static variable in class ilog.cp.IloCPEngine.IntInfo
-
This information is the number of branches executed
so far in the local worker
IloCPEngine instance.
- NumberOfChoicePoints - Static variable in class ilog.cp.IloCP.IntInfo
-
This information is the number of choice points executed in the last solve of
the
IloCP instance.
- NumberOfChoicePoints - Static variable in class ilog.cp.IloCPEngine.IntInfo
-
This information is the number of choice points executed
so far in the local worker
IloCPEngine instance.
- NumberOfConstraints - Static variable in class ilog.cp.IloCP.IntInfo
-
Integer info parameter which represents the number of constraints in the
IloCP instance.
- NumberOfConstraintsAggregated - Static variable in class ilog.cp.IloCP.IntInfo
-
Integer info parameter which represents the number of constraints aggregated by the constraint aggregator.
- NumberOfConstraintsGenerated - Static variable in class ilog.cp.IloCP.IntInfo
-
Integer info parameter which represents the number of constraints generated from the constraints aggregated
by the constraint aggregator.
- NumberOfCriteria - Static variable in class ilog.cp.IloCP.IntInfo
-
Integer info parameter which represents the total number of objective criteria
extracted from the model.
- NumberOfEngineConstraints - Static variable in class ilog.cp.IloCP.IntInfo
-
Advanced information.
- NumberOfEngineConstraints - Static variable in class ilog.cp.IloCPEngine.IntInfo
-
Advanced information.
- NumberOfEngineVariables - Static variable in class ilog.cp.IloCP.IntInfo
-
Advanced information.
- NumberOfEngineVariables - Static variable in class ilog.cp.IloCPEngine.IntInfo
-
Advanced information.
- NumberOfFails - Static variable in class ilog.cp.IloCP.IntInfo
-
This information is the number of fails executed in the last solve of
the
IloCP instance.
- NumberOfFails - Static variable in class ilog.cp.IloCPEngine.IntInfo
-
This information is the number of fails executed
so far in the local worker
IloCPEngine instance.
- NumberOfIntegerVariables - Static variable in class ilog.cp.IloCP.IntInfo
-
Integer info parameter which represents the total number of integer variables (instances of
IloIntVar) extracted from the model.
- NumberOfIntervalVariables - Static variable in class ilog.cp.IloCP.IntInfo
-
Integer info parameter which represents the total number of interval variables (instances of
IloIntervalVar) extracted from the model.
- NumberOfSequenceVariables - Static variable in class ilog.cp.IloCP.IntInfo
-
Integer info parameter which represents the total number of sequence variables (instances of
IloIntervalSequenceVar) extracted from the model.
- NumberOfSolutions - Static variable in class ilog.cp.IloCP.IntInfo
-
Integer info parameter which represents the total number of solutions found since the last call to
startNewSearch or since solve was called.
- NumberOfVariables - Static variable in class ilog.cp.IloCP.IntInfo
-
Integer info parameter which is the number of variables that have been extracted from the model
to the
IloCP instance.
- NumBest - Static variable in class ilog.opl.IloCplex.CplexStatus
-
Solution Status constant.
- Numerical - Static variable in class ilog.opl.IloCplex.Param.Emphasis
-
Numerical.
- NumericalEmphasis - Static variable in class ilog.opl.IloCplex.BooleanParam
-
Deprecated.
- numExpr() - Method in interface ilog.concert.IloModeler
-
Creates and returns an empty expression.
- numExprArray(int) - Method in class ilog.cp.IloCP
-
Creates and returns an array of null expressions.
- NumPass - Static variable in class ilog.opl.IloCplex.Param.Preprocessing
-
NumPass.
- numSet() - Method in class ilog.opl.IloOplFactory
-
Creates a set of numerical values.
- numToNumSegmentFunction() - Method in class ilog.cp.IloCP
-
This method creates a piecewise linear function that is constant.
- numToNumSegmentFunction(double[], double[]) - Method in class ilog.cp.IloCP
-
This method creates a piecewise linear function defined everywhere whose segments are defined by the two
argument arrays
x and v.
- numToNumSegmentFunctionCursor(IloNumToNumSegmentFunction, double) - Method in class ilog.cp.IloCP
-
This method creates a cursor to inspect piecewise linear function
f.
- numToNumStepFunction() - Method in class ilog.cp.IloCP
-
This method creates a step function defined everywhere with
value 0.
- numToNumStepFunctionCursor(IloNumToNumStepFunction, double) - Method in class ilog.cp.IloCP
-
This method creates a cursor to inspect step function
f.
- numVar(double, double, IloNumVarType, String) - Method in interface ilog.concert.IloModeler
-
Creates and returns a new modeling object, a numeric variable
with bounds, type, and name.
- numVar(double, double, IloNumVarType) - Method in interface ilog.concert.IloModeler
-
Creates and returns a new modeling object,
a numeric variable with bounds and type.
- numVar(double, double, String) - Method in interface ilog.concert.IloModeler
-
Creates and returns a new modeling ojbect, a numeric variable of the
type
IloNumVarType.Float with bounds and name.
- numVar(double, double) - Method in interface ilog.concert.IloModeler
-
Creates and returns a new modeling object, a numeric variable of the
type
IloNumVarType.Float with specified bounds.
- numVar(IloColumn, double, double, IloNumVarType, String) - Method in interface ilog.concert.IloMPModeler
-
Creates and returns a new modeling variable with the name specified by
name for
column-wise modeling.
- numVar(IloColumn, double, double, IloNumVarType) - Method in interface ilog.concert.IloMPModeler
-
Creates and returns a new modeling variable for column-wise modeling.
- numVar(IloColumn, double, double, String) - Method in interface ilog.concert.IloMPModeler
-
Creates a continuous modeling variable, of type
Float with upper bound, lower
bound, and name as specified, for column-wise modeling.
- numVar(IloColumn, double, double) - Method in interface ilog.concert.IloMPModeler
-
Creates a continuous modeling variable, of type
Float with upper bound and lower
bound as specified, for column-wise modeling.
- numVar(IloColumn, double, double, IloNumVarType, String) - Method in class ilog.opl.IloCplex
-
- numVar(IloColumn, double, double, IloNumVarType) - Method in class ilog.opl.IloCplex
-
- numVar(IloColumn, double, double, String) - Method in class ilog.opl.IloCplex
-
- numVar(IloColumn, double, double) - Method in class ilog.opl.IloCplex
-
- numVarArray(int, double, double, IloNumVarType) - Method in interface ilog.concert.IloModeler
-
Creates
n new modeling objects,
numeric variables with the same
bounds and type, and returns them in an array.
- numVarArray(int, double, double, IloNumVarType, String[]) - Method in interface ilog.concert.IloModeler
-
Creates
n new modeling objects, numeric variables
with the same bounds and type and distinct names,
and returns them in an array.
- numVarArray(int, double[], double[], IloNumVarType[], String[]) - Method in interface ilog.concert.IloModeler
-
Creates
n new modeling objects,
numeric variables with distinct bounds, types, and names,
and returns them in an array.
- numVarArray(int, double[], double[], IloNumVarType[]) - Method in interface ilog.concert.IloModeler
-
Creates
n new modeling objects,
numeric variables with distinct
bounds and types, and returns them in an array.
- numVarArray(int, double, double) - Method in interface ilog.concert.IloModeler
-
Creates and returns an array of length
n
initialized to n new modeling objects that are
numerica variables all of the same type
IloNumVarType.Float and same bounds.
- numVarArray(int, double, double, String[]) - Method in interface ilog.concert.IloModeler
-
Creates and returns an array of length
n
initialized to n new modeling objects that are
numeric variables
of type IloNumVarType.Float.
- numVarArray(int, double[], double[], String[]) - Method in interface ilog.concert.IloModeler
-
Creates and returns an array of length
n
initialized to n new modeling objects that are
numeric variables of type IloNumVarType.Float
with distinct bounds and distinct names.
- numVarArray(int, double[], double[]) - Method in interface ilog.concert.IloModeler
-
Creates and returns an array of length
n
initialized to n new modeling objects that are
numeric variables of type IloNumVarType.Float
with distinct bounds.
- numVarArray(IloColumnArray, double, double, IloNumVarType, String[]) - Method in interface ilog.concert.IloMPModeler
-
Creates and returns an array of modeling variables with names for column-wise modeling.
- numVarArray(IloColumnArray, double, double, IloNumVarType) - Method in interface ilog.concert.IloMPModeler
-
Creates and returns modeling variables, all of the same type specified by
type,
all with same upper bound and same lower bound for column-wise modeling.
- numVarArray(IloColumnArray, double[], double[], IloNumVarType[]) - Method in interface ilog.concert.IloMPModeler
-
Creates and returns modeling variables with the individual type specified by the corresponding
entry in the array
type, and individual upper and lower bounds as specified in
those arrays, for column-wise modeling.
- numVarArray(IloColumnArray, double[], double[], IloNumVarType[], String[]) - Method in interface ilog.concert.IloMPModeler
-
Creates and returns modeling variables with the individual type specified by the corresponding
entry in the array
type, with individual upper and lower bounds as specified in
those arrays, with the name specified individually by the corresponding entry in the array
name, for column-wise modeling.
- numVarArray(IloColumnArray, double, double, String[]) - Method in interface ilog.concert.IloMPModeler
-
Creates and returns continuous modeling variables, all of type
Float, with the
same specified bounds, but with individually specified names, for column-wise modeling.
- numVarArray(IloColumnArray, double, double) - Method in interface ilog.concert.IloMPModeler
-
Creates and returns continuous modeling variables, all of type
Float, all with
same upper bound, all with the same lower bound, for column-wise modeling.
- numVarArray(IloColumnArray, double[], double[]) - Method in interface ilog.concert.IloMPModeler
-
Creates and returns continuous modeling variables, all of the same type
Float with
individually specified upper bound, and individually specified lower bound, for column-wise
modeling.
- numVarArray(IloColumnArray, double[], double[], String[]) - Method in interface ilog.concert.IloMPModeler
-
Creates and returns continuous modeling variables, all of type
Float with
individually specified upper bound, lower bound, and name, for column-wise modeling.
- numVarArray(int, double, double, String) - Method in class ilog.cp.IloCP
-
Returns a new array of
n variables with domain min..max and a name.
- NzReadLim - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- NzReadLim - Static variable in class ilog.opl.IloCplex.LongParam
-
Deprecated.
O
- ObjDif - Static variable in class ilog.opl.IloCplex.DoubleParam
-
Deprecated.
- ObjDifference - Static variable in class ilog.opl.IloCplex.Param.MIP.Tolerances
-
ObjDifference.
- ObjDisj - Static variable in class ilog.opl.IloCplex.CutType
-
= CPX_CUT_OBJDISJ
- objective(IloObjectiveSense, IloNumExpr) - Method in interface ilog.concert.IloModeler
-
Creates and returns an instance of
IloObjective
representing an objective to optimize the expression
expr with respect to the
optimization sense indicated by sense.
- objective(IloObjectiveSense, IloNumExpr, String) - Method in interface ilog.concert.IloModeler
-
Creates and returns an instance of
IloObjective
representing an objective to optimize the expression
expr with respect to the
optimization sense indicated by sense and
assigned the name name.
- objective(IloObjectiveSense) - Method in interface ilog.concert.IloMPModeler
-
Creates and returns an empty objective function with the sense specified by
sense.
- objective(IloObjectiveSense, String) - Method in interface ilog.concert.IloMPModeler
-
Creates and returns an empty objective function with the sense specified by
sense
and with the name specified by name.
- objective(IloObjectiveSense) - Method in class ilog.opl.IloCplex
-
- objective(IloObjectiveSense, String) - Method in class ilog.opl.IloCplex
-
- ObjGap - Static variable in class ilog.opl.IloCplex.QualityType
-
- ObjLLim - Static variable in class ilog.opl.IloCplex.DoubleParam
-
Deprecated.
- ObjRange - Static variable in class ilog.opl.IloCplex.Param.Barrier.Limits
-
ObjRange.
- ObjULim - Static variable in class ilog.opl.IloCplex.DoubleParam
-
Deprecated.
- Off - Static variable in class ilog.cp.IloCP.ParameterValues
-
Parameter value indicating disabled behaviour.
- Off - Static variable in class ilog.opl.IloCplex.BendersStrategy
-
Off
- Off - Static variable in class ilog.opl.IloCplex.DataCheck
-
Data checking off.
- ok() - Method in interface ilog.concert.IloNumToNumSegmentFunctionCursor
-
This member function returns
IloFalse if the cursor does not
currently specify a segment included in the definition interval of the
piecewise linear function.
- ok() - Method in interface ilog.concert.IloNumToNumStepFunctionCursor
-
This member function returns
IloFalse if the cursor does not
currently specify a step included in the definition interval of the step
function.
- ok() - Method in class ilog.opl.IloOplErrorHandler
-
This member function tells you whether errors were reported.
- On - Static variable in class ilog.cp.IloCP.ParameterValues
-
Parameter value indicating active behaviour.
- Opportunistic - Static variable in class ilog.opl.IloCplex.ParallelMode
-
Use all opportunities for parallelism
- Optimal - Static variable in class ilog.opl.IloCplex.CplexStatus
-
Solution Status constant.
- Optimal - Static variable in class ilog.opl.IloCplex.Status
-
The
Optimal solution status indicates that the
IloCplex optimizer has found an optimal solution that can be
queried with the method getValue.
- OptimalConvex - Static variable in class ilog.opl.IloCplex.OptimalityTarget
-
Searches for a globally optimal solution to a convex model.
- OptimalFaceUnbounded - Static variable in class ilog.opl.IloCplex.CplexStatus
-
Solution Status constant.
- OptimalGlobal - Static variable in class ilog.opl.IloCplex.OptimalityTarget
-
Searches for a globally optimal solution in a QP or MIQP that is indefinite.
- OptimalInfeas - Static variable in class ilog.opl.IloCplex.CplexStatus
-
Solution Status constant.
- Optimality - Static variable in class ilog.opl.IloCplex.MIPEmphasis
-
Optimality over feasibility.
- Optimality - Static variable in class ilog.opl.IloCplex.Param.Network.Tolerances
-
Optimality.
- Optimality - Static variable in class ilog.opl.IloCplex.Param.Simplex.Tolerances
-
Optimality.
- optimalitycut - Static variable in class ilog.opl.IloCplex.Param.Benders.Tolerances
-
Deprecated.
- OptimalityCut - Static variable in class ilog.opl.IloCplex.Param.Benders.Tolerances
-
OptimalityCut.
- OptimalityTarget - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- OptimalityTarget - Static variable in class ilog.opl.IloCplex.Param
-
OptimalityTarget.
- OptimalityTolerance - Static variable in class ilog.cp.IloCP.DoubleParam
-
Double control parameter.
- OptimalPopulated - Static variable in class ilog.opl.IloCplex.CplexStatus
-
Solution Status constant.
- OptimalPopulatedTol - Static variable in class ilog.opl.IloCplex.CplexStatus
-
Solution Status constant.
- OptimalRelaxedInf - Static variable in class ilog.opl.IloCplex.CplexStatus
-
Solution Status constant.
- OptimalRelaxedQuad - Static variable in class ilog.opl.IloCplex.CplexStatus
-
Solution Status constant.
- OptimalRelaxedSum - Static variable in class ilog.opl.IloCplex.CplexStatus
-
Solution Status constant.
- OptimalTol - Static variable in class ilog.opl.IloCplex.CplexStatus
-
Solution Status constant.
- OptInf - Static variable in class ilog.opl.IloCplex.Relaxation
-
= CPX_FEASOPT_OPT_INF
- OptQuad - Static variable in class ilog.opl.IloCplex.Relaxation
-
= CPX_FEASOPT_OPT_QUAD
- OptSum - Static variable in class ilog.opl.IloCplex.Relaxation
-
= CPX_FEASOPT_OPT_SUM
- or() - Method in interface ilog.concert.IloModeler
-
Creates and returns an empty
IloOr constraint
for expressing disjunctions.
- or(IloConstraint[]) - Method in interface ilog.concert.IloModeler
-
Creates and returns an or-constraint indicating that at least one
and possibly more than one
of the elements is true in its argument
cons, an array
of constraints.
- or(IloConstraint[], String) - Method in interface ilog.concert.IloModeler
-
Creates and returns an or-constraint indicating that at least one and
possibly more than one
of the elements is true in its argument
cons, an array
of constraints.
- or(IloConstraint[], int, int) - Method in interface ilog.concert.IloModeler
-
Creates and returns an or-constraint indicating that at least one and
possibly more than one
of the elements is true in the range of indices starting at the index
indicated by
start and continuing through the number
of elements indicated by the number num among the elements
of its argument cons, an array of constraints.
- or(IloConstraint[], int, int, String) - Method in interface ilog.concert.IloModeler
-
Creates and returns the logical-or of two or more constraints and
names the new constraint.
- or(IloConstraint, IloConstraint) - Method in interface ilog.concert.IloModeler
-
Creates and returns an or-constraint indicating that
at least one and possibly more
than one argument is true.
- or(IloConstraint, IloConstraint, String) - Method in interface ilog.concert.IloModeler
-
Creates and returns an or-constraint indicating that
at least one and possibly both of
its arguments are true, and it names the new constraint.
- or(IloCplex.Goal, IloCplex.Goal) - Method in class ilog.opl.IloCplex
-
Creates and returns an
or goal.
- or(IloCplex.Goal, IloCplex.Goal, IloCplex.Goal) - Method in class ilog.opl.IloCplex
-
Creates and returns an
or goal.
- or(IloCplex.Goal, IloCplex.Goal, IloCplex.Goal, IloCplex.Goal) - Method in class ilog.opl.IloCplex
-
Creates and returns an
or goal.
- or(IloCplex.Goal, IloCplex.Goal, IloCplex.Goal, IloCplex.Goal, IloCplex.Goal) - Method in class ilog.opl.IloCplex
-
Creates and returns an
or goal.
- or(IloCplex.Goal, IloCplex.Goal, IloCplex.Goal, IloCplex.Goal, IloCplex.Goal, IloCplex.Goal) - Method in class ilog.opl.IloCplex
-
Creates and returns an
or goal.
- Order - Static variable in class ilog.opl.IloCplex.Param.MIP.Strategy
-
Order.
- Ordering - Static variable in class ilog.opl.IloCplex.Param.Barrier
-
Ordering.
- OrderType - Static variable in class ilog.opl.IloCplex.Param.MIP
-
OrderType.
- output() - Method in class ilog.cp.IloCP
-
Returns the output stream of the invoking
IloCP object.
- output() - Method in class ilog.opl.IloCplex
-
Returns the output stream of the invoking
IloCplex object.
- overlapLength(IloIntervalVar, IloIntervalVar, int) - Method in class ilog.cp.IloCP
-
This method returns an integer expression that represents the
length of the overlap of interval variable
a1 and
interval variable a2 whenever interval variables
a1 and a2 are present.
- overlapLength(IloIntervalVar, IloIntervalVar) - Method in class ilog.cp.IloCP
-
This method returns an integer expression that represents the
length of the overlap of interval variable
a1 and
interval variable a2 whenever interval variables
a1 and a2 are present.
- overlapLength(IloIntervalVar, int, int, int) - Method in class ilog.cp.IloCP
-
This method returns an integer expression that represents the
length of the overlap of interval variable
a and
constant interval [start, end) whenever interval
variable a is present.
- overlapLength(IloIntervalVar, int, int) - Method in class ilog.cp.IloCP
-
This method returns an integer expression that represents the
length of the overlap of interval variable
a and
constant interval [start, end) whenever interval
variable a is present.
P
- pack(IloIntExpr[], IloIntExpr[], int[]) - Method in class ilog.cp.IloCP
-
Creates and returns a pack constraint which maintains the load of a set of containers or bins, given a set of
weighted items and an assignment of items to containers.
- pack(IloIntExpr[], IloIntExpr[], int[], IloIntExpr) - Method in class ilog.cp.IloCP
-
Creates and returns a pack constraint which maintains the load of a set of containers or bins, given a set of
weighted items and an assignment of items to containers.
- Parallel - Static variable in class ilog.opl.IloCplex.Param
-
Parallel.
- ParallelMode - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- ParallelSynchronizationSolutionCapacity - Static variable in class ilog.cp.IloCP.IntParam
-
- ParamDisplay - Static variable in class ilog.opl.IloCplex.BooleanParam
-
Deprecated.
- ParamDisplay - Static variable in class ilog.opl.IloCplex.Param
-
ParamDisplay.
- parameterSet() - Method in class ilog.opl.IloCplex
-
Creates an empty parameter set
- Partial - Static variable in class ilog.opl.IloCplex.PrimalPricing
-
Reduced-cost pricing.
- PathCut - Static variable in class ilog.opl.IloCplex.Param.MIP.Cuts
-
PathCut.
- PerInd - Static variable in class ilog.opl.IloCplex.BooleanParam
-
Deprecated.
- PerLim - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- Perturbation - Static variable in class ilog.opl.IloCplex.Param.Simplex.Limits
-
Perturbation.
- PGradient - Static variable in class ilog.opl.IloCplex.Param.Simplex
-
PGradient.
- piecewiseLinear(IloNumExpr, double[], double[], double, double) - Method in interface ilog.concert.IloMPModeler
-
Creates an expression node that represents a continuous or discontinuous piecewise linear
function.
- piecewiseLinear(IloNumExpr, double[], int, int, double[], int, double, double) - Method in interface ilog.concert.IloMPModeler
-
Creates an expression node to represent a continuous or discontinuous piecewise linear
function.
- piecewiseLinear(IloNumExpr, double, double[], double[], double) - Method in interface ilog.concert.IloMPModeler
-
Creates an expression node that represents a continuous or discontinuous piecewise linear
function.
- piecewiseLinear(IloNumExpr, double[], double[], double, double) - Method in class ilog.cp.IloCP
-
This method creates an expression to represent a continuous or discontinuous
piecewise linear function f of the variable e.
- piecewiseLinear(IloNumExpr, double, double[], double[], double) - Method in class ilog.cp.IloCP
-
This method creates an expression to represent a continuous or discontinuous
piecewise linear function f of the variable e.
- piecewiseLinear(IloNumExpr, double[], double[], double, double) - Method in class ilog.opl.IloCplex
-
- piecewiseLinear(IloNumExpr, double[], int, int, double[], int, double, double) - Method in class ilog.opl.IloCplex
-
- piecewiseLinear(IloNumExpr, double, double[], double[], double) - Method in class ilog.opl.IloCplex
-
- piecewiseLinearFunction(double[], double[], double, double, String) - Method in class ilog.cp.IloCP
-
This method builds an instance of piecewise linear function defined everywhere.
- piecewiseLinearFunction(double[], double[], double, double) - Method in class ilog.cp.IloCP
-
This method builds an instance of piecewise linear function defined everywhere.
- PolishAfterDetTime - Static variable in class ilog.opl.IloCplex.DoubleParam
-
Deprecated.
- PolishAfterEpAGap - Static variable in class ilog.opl.IloCplex.DoubleParam
-
Deprecated.
- PolishAfterEpGap - Static variable in class ilog.opl.IloCplex.DoubleParam
-
Deprecated.
- PolishAfterIntSol - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- PolishAfterIntSol - Static variable in class ilog.opl.IloCplex.LongParam
-
Deprecated.
- PolishAfterNode - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- PolishAfterNode - Static variable in class ilog.opl.IloCplex.LongParam
-
Deprecated.
- PolishAfterTime - Static variable in class ilog.opl.IloCplex.DoubleParam
-
Deprecated.
- Populate - Static variable in class ilog.opl.IloCplex.Param.MIP.Limits
-
Populate.
- populate() - Method in class ilog.opl.IloCplex
-
The method
populate generates multiple solutions to a mixed
integer programming (MIP) model.
- PopulateLim - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- PopulateSolLim - Static variable in class ilog.opl.IloCplex.CplexStatus
-
Solution Status constant.
- PossibleMember - Static variable in class ilog.opl.IloCplex.ConflictStatus
-
This element may possibly be a member of the conflict.
- postProcess() - Method in class ilog.opl.IloOplModel
-
Used to perform postprocessing.
- power(IloNumExpr, IloNumExpr) - Method in class ilog.cp.IloCP
-
Creates and returns the new expression
e1 ^ e2.
- power(IloNumExpr, double) - Method in class ilog.cp.IloCP
-
Creates and returns the new expression
e1 ^ e2.
- power(double, IloNumExpr) - Method in class ilog.cp.IloCP
-
Creates and returns the new expression
e1 ^ e2.
- PPriInd - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- PrecedenceInferenceLevel - Static variable in class ilog.cp.IloCP.IntParam
-
Integer control parameter.
- PreDual - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- PreInd - Static variable in class ilog.opl.IloCplex.BooleanParam
-
Deprecated.
- PreLinear - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- PrePass - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- presenceOf(IloIntervalVar) - Method in class ilog.cp.IloCP
-
This method returns a constraint that states that interval variable
a is present.
- PreslvNd - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- Presolve - Static variable in class ilog.cp.IloCP.IntParam
-
Integer control parameter.
- Presolve - Static variable in class ilog.opl.IloCplex.ConflictAlgorithm
-
Use presolve for detecting infeasibilities
- Presolve - Static variable in class ilog.opl.IloCplex.Param.Preprocessing
-
Presolve.
- PresolveNode - Static variable in class ilog.opl.IloCplex.Param.MIP.Strategy
-
PresolveNode.
- previous() - Method in interface ilog.concert.IloNumToNumSegmentFunctionCursor
-
This operator moves the cursor to the segment adjacent to the current
step (backward move).
- previous() - Method in interface ilog.concert.IloNumToNumStepFunctionCursor
-
This operator moves the cursor to the step adjacent to the current step
(backward move).
- previous(IloIntervalSequenceVar, IloIntervalVar, IloIntervalVar) - Method in class ilog.cp.IloCP
-
This method returns a constraint that states that whenever both interval variables
prev and next are present, interval variable prev must be ordered
immediately before interval variable next in the sequence variable seq.
- PriceLim - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- Pricing - Static variable in class ilog.opl.IloCplex.Param.Network
-
Pricing.
- Pricing - Static variable in class ilog.opl.IloCplex.Param.Simplex
-
Pricing.
- Primal - Static variable in class ilog.opl.IloCplex.Algorithm
-
Selects the primal simplex algorithm.
- PrimalObj - Static variable in class ilog.opl.IloCplex.QualityType
-
- printCalculatedData(OutputStream) - Method in class ilog.opl.IloOplModel
-
Deprecated.
- printConflict(OutputStream) - Method in class ilog.opl.IloOplConflictIterator
-
- printConflict(OutputStream) - Method in class ilog.opl.IloOplModel
-
- printData(OutputStream) - Method in class ilog.opl.IloOplModel
-
Deprecated.
- printElement(IloOplElement) - Method in class ilog.opl.IloOplDataSerializer
-
Print an element.
- printElementToString(IloOplElement) - Method in class ilog.opl.IloOplDataSerializer
-
Print an element.
- printExternalData(OutputStream) - Method in class ilog.opl.IloOplModel
-
- printInformation(OutputStream) - Method in class ilog.cp.IloCP
-
This method displays statistics about the current
state of the CP Optimizer instance on stream
s.
- printInformation() - Method in class ilog.cp.IloCP
-
This method displays statistics about the CP Optimizer instance.
- printInternalData(OutputStream) - Method in class ilog.opl.IloOplModel
-
- PrintModelDetailsInMessages - Static variable in class ilog.cp.IloCP.IntParam
-
Whenever CP Optimizer prints an error or warning message, it can also
print the relevant part of the input model (in CPO file format).
- printRelaxation(OutputStream) - Method in class ilog.opl.IloOplModel
-
- printRelaxation(OutputStream) - Method in class ilog.opl.IloOplRelaxationIterator
-
- printReport(OutputStream) - Method in class ilog.opl.IloOplProfiler
-
- printSolution(OutputStream) - Method in class ilog.opl.IloOplModel
-
- Probe - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- Probe - Static variable in class ilog.opl.IloCplex.Param.MIP.Strategy
-
Probe.
- ProbeDetTime - Static variable in class ilog.opl.IloCplex.DoubleParam
-
Deprecated.
- ProbeDetTime - Static variable in class ilog.opl.IloCplex.Param.MIP.Limits
-
ProbeDetTime.
- ProbeTime - Static variable in class ilog.opl.IloCplex.DoubleParam
-
Deprecated.
- ProbeTime - Static variable in class ilog.opl.IloCplex.Param.MIP.Limits
-
ProbeTime.
- prod(IloNumExpr, double) - Method in interface ilog.concert.IloModeler
-
Creates and returns an expression representing the product of
the expression
e and the value v.
- prod(IloNumExpr, IloNumExpr) - Method in interface ilog.concert.IloModeler
-
Creates and returns an expression representing the product of
the expressions
expr1 and expr2.
- prod(double, IloNumExpr) - Method in interface ilog.concert.IloModeler
-
Creates and returns an expression representing the product of
the expression
e1 and the value v.
- prod(double, IloNumVar, IloNumVar) - Method in interface ilog.concert.IloModeler
-
Creates and returns an expression representing the product
of the value
val, the variable var1,
and the variable var2.
- prod(IloNumVar, double, IloNumVar) - Method in interface ilog.concert.IloModeler
-
Creates and returns an expression representing the product of
the variable
var1,
the value val,
and the variable var2.
- prod(IloNumVar, IloNumVar, double) - Method in interface ilog.concert.IloModeler
-
Creates and returns an expression representing the product of
the variable
var1,
the variable var2, and
the value val.
- prod(IloIntExpr, int) - Method in interface ilog.concert.IloModeler
-
Creates and returns the new integer expression
e * v.
- prod(IloIntExpr, IloIntExpr) - Method in interface ilog.concert.IloModeler
-
Creates and returns the new integer expression
e1 * e2.
- prod(int, IloIntExpr) - Method in interface ilog.concert.IloModeler
-
Creates and returns the new integer expression
v * e.
- prod(double) - Method in interface ilog.concert.IloNumToNumSegmentFunction
-
This operator multiplies by a factor
k the value of the
invoking piecewise linear function everywhere on the definition
interval.
- prod(double) - Method in interface ilog.concert.IloNumToNumStepFunction
-
This operator multiplies by a factor
k the value of the
invoking step function everywhere on the definition interval.
- prod(int[], IloIntExpr[]) - Method in class ilog.cp.IloCP
-
Returns an expression equal to the scalar product of
values and exps; that is,
values[0]*exps[0] + values[1]*exps[1] + ...
- prod(IloIntExpr[], IloIntExpr[]) - Method in class ilog.cp.IloCP
-
Returns an expression equal to the scalar product of
exps1 and exps2, that is,
exps1[0]*exps2[0] + exps1[1]*exps2[1] + ...
- prod(IloIntExpr[], int[]) - Method in class ilog.cp.IloCP
-
Returns an expression equal to the scalar product of
values and exps, that is,
values[0]*exps[0] + values[1]*exps[1] + ...
- prod(double[], IloNumExpr[]) - Method in class ilog.cp.IloCP
-
Returns an expression equal to the scalar product of
values and exps, that is,
values[0]*exps[0] + values[1]*exps[1] + ...
- prod(IloNumExpr[], double[]) - Method in class ilog.cp.IloCP
-
Returns an expression equal to the scalar product of
values and exps, that is,
values[0]*exps[0] + values[1]*exps[1] + ...
- prod(IloNumExpr[], IloNumExpr[]) - Method in class ilog.cp.IloCP
-
Returns an expression equal to the scalar product of
exps1 and exps2, that is,
exps1[0]*exps2[0] + exps1[1]*exps2[1] + ...
- propagate() - Method in class ilog.cp.IloCP
-
Propagates all constraints without a goal.
- propagate(IloConstraint) - Method in class ilog.cp.IloCP
-
Propagates a constraint
- Propagate - Static variable in class ilog.opl.IloCplex.ConflictAlgorithm
-
Use bound propagation for detecting infeasibilities
- prune() - Method in class ilog.opl.IloCplex.BranchCallback
-
Instructs the IloCplex branch-and-cut search not to create any child nodes
for the current node.
- Pseudo - Static variable in class ilog.opl.IloCplex.VariableSelect
-
Branch based on pseudo costs.
- PseudoReduced - Static variable in class ilog.opl.IloCplex.VariableSelect
-
Branch based on pseudo reduced costs.
- pulse(int, int, int) - Method in class ilog.cp.IloCP
-
This method returns an elementary cumul function expression that is equal to
v
between start and end and equal to 0 everywhere else.
- pulse(IloIntervalVar, int) - Method in class ilog.cp.IloCP
-
This method returns an elementary cumul function expression that, whenever interval variable
a is present, is equal to v between the start and the end of interval variable
a and equal to 0 everywhere else.
- pulse(IloIntervalVar, int, int) - Method in class ilog.cp.IloCP
-
This method returns an elementary cumul function expression that, whenever interval variable
a is present, is equal to a value v such that vmin <= v <= vmax
everywhere between the start and the end of interval variable a and equal to 0
everywhere else.
Q
- QCPConvergeTol - Static variable in class ilog.opl.IloCplex.Param.Barrier
-
QCPConvergeTol.
- QCPDuals - Static variable in class ilog.opl.IloCplex.Param.Preprocessing
-
QCPDuals.
- qpIndefCertificate(IloNumVar[], double[]) - Method in class ilog.opl.IloCplex
-
Returns a vector proving that the Q matrix of QP is not positive
semi-definite.
- QPMakePSD - Static variable in class ilog.opl.IloCplex.Param.Preprocessing
-
QPMakePSD.
- QPmakePSDInd - Static variable in class ilog.opl.IloCplex.BooleanParam
-
Deprecated.
- QPNonzeros - Static variable in class ilog.opl.IloCplex.Param.Read
-
Deprecated.
- QPNzReadLim - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- QPNzReadLim - Static variable in class ilog.opl.IloCplex.LongParam
-
Deprecated.
- QToLin - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- QToLin - Static variable in class ilog.opl.IloCplex.Param.Preprocessing
-
QToLin.
- Quiet - Static variable in class ilog.cp.IloCP.ParameterValues
-
Parameter value of LogVerbosity indicating there should be no log output.
- quot(IloNumExpr, IloNumExpr) - Method in class ilog.cp.IloCP
-
Creates and returns the new expression
e1 / e2.
- quot(double, IloNumExpr) - Method in class ilog.cp.IloCP
-
Creates and returns the new expression
e1 / e2.
- quot(IloNumExpr, double) - Method in class ilog.cp.IloCP
-
Creates and returns the new expression
e1 / e2.
R
- RandomSeed - Static variable in class ilog.cp.IloCP.IntParam
-
Integer control parameter.
- RandomSeed - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- RandomSeed - Static variable in class ilog.opl.IloCplex.Param
-
RandomSeed.
- range(double, IloNumExpr, double) - Method in interface ilog.concert.IloModeler
-
Creates and returns an instance of
IloRange
initialized to represent the constraint
lb <= expr <= ub.
- range(double, IloNumExpr, double, String) - Method in interface ilog.concert.IloModeler
-
Creates and returns an instance of
IloRange
initialized to represent the constraint
lb <= expr <= ub
and assigned the name name.
- range(double, double) - Method in interface ilog.concert.IloMPModeler
-
Creates and returns an empty
IloRange object.
- range(double, double, String) - Method in interface ilog.concert.IloMPModeler
-
Creates and returns an empty
IloRange object with the name specified by
name.
- range(IloNumExpr, double) - Method in class ilog.cp.IloCP
-
Creates and returns an
IloRange object.
- Range - Static variable in class ilog.opl.IloCplex.FilterType
-
- range(double, double, String) - Method in class ilog.opl.IloCplex
-
- range(double, double) - Method in class ilog.opl.IloCplex
-
- rangeIterator() - Method in class ilog.opl.IloCplex
-
Returns an iterator over all instances of
IloRange in the active
model.
- readAnnotations(String) - Method in class ilog.opl.IloCplex
-
Read annotations from a file.
- readBasis(String) - Method in class ilog.opl.IloCplex
-
Reads a simplex basis from the BAS file indicated by
name, and
copies that basis into the invoking object.
- readMIPStarts(String) - Method in class ilog.opl.IloCplex
-
Reads the SOL file denoted by
name and copies the MIP start
information into the invoking object.
- readOrder(String) - Method in class ilog.opl.IloCplex
-
Reads the ORD file indicated by
name and copies the priority
order information into the invoking CPLEX problem object.
- readParam(String) - Method in class ilog.opl.IloCplex
-
Reads parameters and their settings from the file indicated by
name and applies them to the invoking object.
- ReadProjectSettings(istream, String, ilog.cplex.cppimpl.IloCplex, ilog.cplex.cppimpl.IloCplex__ParameterSet, IloOplSettings) - Static method in class ilog.opl.IloOplProject
-
- readSolution(String) - Method in class ilog.opl.IloCplex
-
Reads a solution from the SOL file denoted by
name and copies
this information into the invoking object.
- Record - Static variable in class ilog.opl.IloCplex.BooleanParam
-
Deprecated.
- Record - Static variable in class ilog.opl.IloCplex.Param
-
Record.
- Reduce - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- Reduce - Static variable in class ilog.opl.IloCplex.Param.Preprocessing
-
Reduce.
- Refactor - Static variable in class ilog.opl.IloCplex.Param.Simplex
-
Refactor.
- refineConflict() - Method in class ilog.cp.IloCP
-
This method identifies a minimal conflict for the infeasibility of the
current model.
- refineConflict(IloConstraint[]) - Method in class ilog.cp.IloCP
-
This method identifies a minimal conflict for the infeasibility of a subset
of the constraints of the current model.
- refineConflict(IloConstraint[], double[]) - Method in class ilog.cp.IloCP
-
This method identifies a minimal conflict for the infeasibility of a subset
of the constraints of the current model.
- refineConflict(IloConstraint[], double[]) - Method in class ilog.opl.IloCplex
-
The method
IloCplex.refineConflict tries to compute a minimal
conflict for the infeasibility of the current model or for a subset of the
constraints of the current model.
- refineConflict(IloConstraint[], double[], int, int) - Method in class ilog.opl.IloCplex
-
This method resembles
IloCplex.refineConflict(ilog.concert.IloConstraint[], double[]) but considers only
num constraints, starting at the index indicated by
start.
- Reformulations - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- Reformulations - Static variable in class ilog.opl.IloCplex.Param.Preprocessing
-
Reformulations.
- registerLicense(String, int) - Static method in class ilog.opl.IloCplex
-
Passes memory-based information to the ILOG License Manager.
- registerLicense(String, int) - Static method in class ilog.opl.IloOplFactory
-
Entry point for runtime licenses.
- ReInv - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- reject() - Method in class ilog.opl.IloCplex.IncumbentCallback
-
Rejects the proposed incumbent solution.
- RelativeOptimalityTolerance - Static variable in class ilog.cp.IloCP.DoubleParam
-
This parameter sets a relative tolerance on the objective value for optimization models.
- Relax - Static variable in class ilog.opl.IloCplex.Param.Preprocessing
-
Relax.
- RelaxationUnbounded - Static variable in class ilog.opl.IloCplex.CplexStatus
-
Solution Status constant.
- RelaxPreInd - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- releaseLicense() - Static method in class ilog.opl.IloOplFactory
-
Forces OPL to release the license it is currently holding.
- RelGap - Static variable in class ilog.opl.IloCplex.Param.MIP.Pool
-
RelGap.
- RelObjDif - Static variable in class ilog.opl.IloCplex.DoubleParam
-
Deprecated.
- RelObjDifference - Static variable in class ilog.opl.IloCplex.Param.MIP.Tolerances
-
RelObjDifference.
- remove(IloConstraint) - Method in interface ilog.concert.IloAnd
-
This method removes the constraints from the invoking
and-constraint.
- remove(IloConstraint[]) - Method in interface ilog.concert.IloAnd
-
This method removes the array of constraints
from the invoking and-constraint.
- remove(IloConstraint[], int, int) - Method in interface ilog.concert.IloAnd
-
This method removes constraints from the invoking instance of
IloAnd.
- remove(IloIntVar) - Method in interface ilog.concert.IloLinearIntExpr
-
Removes a variable from the invoking
IloLinearIntExpr expression.
- remove(IloIntVar[], int, int) - Method in interface ilog.concert.IloLinearIntExpr
-
Removes a set of variables from the invoking
IloLinearIntExpr
expression.
- remove(IloIntVar[]) - Method in interface ilog.concert.IloLinearIntExpr
-
Removes a set of variables from the invoking
IloLinearIntExpr
expression.
- remove(IloNumVar) - Method in interface ilog.concert.IloLinearNumExpr
-
Removes a variable from the invoking
IloLinearNumExpr expression.
- remove(IloNumVar[], int, int) - Method in interface ilog.concert.IloLinearNumExpr
-
Removes variables from the invoking
IloLinearNumExpr
expression.
- remove(IloNumVar[]) - Method in interface ilog.concert.IloLinearNumExpr
-
Removes variables from the invoking
IloLinearNumExpr
expression.
- remove(IloAddable) - Method in interface ilog.concert.IloModel
-
This method removes the extractable object from the invoking
model.
- remove(IloAddable[]) - Method in interface ilog.concert.IloModel
-
This method removes the array of extractable objects
from the invoking model.
- remove(IloAddable[], int, int) - Method in interface ilog.concert.IloModel
-
This method removes modeling objects from the
invoking instance of
IloModel.
- remove(IloConstraint) - Method in interface ilog.concert.IloOr
-
This method removes a constraint from the invoking
or-constraint.
- remove(IloConstraint[]) - Method in interface ilog.concert.IloOr
-
This method removes an array of constraints
from the invoking or-constraint.
- remove(IloConstraint[], int, int) - Method in interface ilog.concert.IloOr
-
This method removes constraints from the invoking instance of
IloOr.
- remove(IloIntVar) - Method in interface ilog.concert.IloSolution
-
Removes
extr from the invoking
solution.
- remove(IloIntVar[]) - Method in interface ilog.concert.IloSolution
-
Removes each element of
extr from the invoking
solution.
- remove(IloIntervalVar) - Method in interface ilog.concert.IloSolution
-
Removes extractable
extr from the invoking
solution.
- remove(IloIntervalVar[]) - Method in interface ilog.concert.IloSolution
-
Removes each element of
array from the invoking
solution.
- remove(String) - Method in interface ilog.concert.IloSymbolSet
-
This method removes
elt from the invoking set.
- remove() - Method in class ilog.concert.IloTupleIterator
-
- remove(IloAddable) - Method in class ilog.cp.IloCP
-
- remove(IloAddable) - Method in class ilog.opl.IloCplex
-
- removeAllCallbacks() - Method in class ilog.cp.IloCP
-
This method removes all the callbacks from the invoking CP Optimizer instance.
- removeAllKPIs() - Method in class ilog.cp.IloCP
-
This method removes all the KPIs from CP Optimizer.
- removeCallback(IloCP.Callback) - Method in class ilog.cp.IloCP
-
This method removes user callback
cb from the invoking
CP Optimizer instance.
- removeFromKeepRefs(Object) - Method in class ilog.opl.IloOplFactory
-
- removeKPI(String) - Method in class ilog.cp.IloCP
-
This method removes a KPI.
- removeProfiler() - Method in class ilog.opl.IloOplSettings
-
Deactivates the OPL profiling feature.
- removeValue(IloIntVar, int) - Method in class ilog.cp.IloCustomConstraint
-
This function can be called from the
execute member function of your subclass.
- Repair - Static variable in class ilog.opl.IloCplex.MIPStartEffort
-
CPLEX attempts to repair the MIP start, if it is infeasible, according to the
RepairTries parameter.
- RepairTries - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- RepairTries - Static variable in class ilog.opl.IloCplex.LongParam
-
Deprecated.
- RepairTries - Static variable in class ilog.opl.IloCplex.Param.MIP.Limits
-
RepairTries.
- Repeat - Static variable in class ilog.opl.IloCplex.Param.Tune
-
Repeat.
- RepeatPresolve - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- RepeatPresolve - Static variable in class ilog.opl.IloCplex.Param.Preprocessing
-
RepeatPresolve.
- Replace - Static variable in class ilog.opl.IloCplex.Param.MIP.Pool
-
Replace.
- resolvePath(String) - Method in class ilog.opl.IloOplModel
-
Resolves a resource name as file path.
- resolveStream(String) - Method in class ilog.opl.IloOplModel
-
Resolves a resource name as stream.
- Restart - Static variable in class ilog.cp.IloCP.ParameterValues
-
Parameter value of SearchType indicating that a search based around frequent search restarts should be used.
- restartElement(String) - Method in class ilog.opl.IloOplDataHandler
-
Continue defining a named data element.
- RestartFailLimit - Static variable in class ilog.cp.IloCP.IntParam
-
Integer control parameter.
- RestartGrowthFactor - Static variable in class ilog.cp.IloCP.DoubleParam
-
When
IloCP.IntParam.SearchType is set to IloCP.ParameterValues.Restart, a depth-first
search is restarted after a certain number of failures.
- restore(IloSolution) - Method in class ilog.cp.IloCP
-
This method uses the invoking CP Optimizer object to instantiate the variables in
solution with
their saved values.
- RINSHeur - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- RINSHeur - Static variable in class ilog.opl.IloCplex.LongParam
-
Deprecated.
- RINSHeur - Static variable in class ilog.opl.IloCplex.Param.MIP.Strategy
-
RINSHeur.
- RLT - Static variable in class ilog.opl.IloCplex.CutType
-
= CPX_CUT_RLT
- RLT - Static variable in class ilog.opl.IloCplex.Param.MIP.Cuts
-
RLT.
- RLTCuts - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- ROOT - Static variable in class ilog.opl.IloOplProfilerI.Section
-
- RootAlg - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- RootAlgorithm - Static variable in class ilog.opl.IloCplex.Param
-
RootAlgorithm.
- RowReadLim - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- runSeed(int) - Method in class ilog.opl.IloOplModel
-
- runSeeds(int) - Method in class ilog.cp.IloCP
-
This method runs
n times the CP Optimizer search
with different random seeds and computes statistics from the result of these runs.
S
- sameCommonSubsequence(IloIntervalSequenceVar, IloIntervalSequenceVar) - Method in class ilog.cp.IloCP
-
This function creates a same-common-subsequence constraint between sequence variables
seq1 and seq2.
- sameCommonSubsequence(IloIntervalSequenceVar, IloIntervalSequenceVar, String) - Method in class ilog.cp.IloCP
-
This function creates a same-common-subsequence constraint between sequence variables
seq1 and seq2.
- sameCommonSubsequence(IloIntervalSequenceVar, IloIntervalSequenceVar, IloIntervalVar[], IloIntervalVar[]) - Method in class ilog.cp.IloCP
-
This function creates a same-common-subsequence constraint between sequence variables
seq1 and seq2.
- sameCommonSubsequence(IloIntervalSequenceVar, IloIntervalSequenceVar, IloIntervalVar[], IloIntervalVar[], String) - Method in class ilog.cp.IloCP
-
This function creates a same-common-subsequence constraint between sequence variables
seq1 and seq2.
- sameSequence(IloIntervalSequenceVar, IloIntervalSequenceVar) - Method in class ilog.cp.IloCP
-
This function creates a same-sequence constraint between sequence variables
seq1 and seq2.
- sameSequence(IloIntervalSequenceVar, IloIntervalSequenceVar, String) - Method in class ilog.cp.IloCP
-
This function creates a same-sequence constraint between sequence variables
seq1 and seq2.
- sameSequence(IloIntervalSequenceVar, IloIntervalSequenceVar, IloIntervalVar[], IloIntervalVar[]) - Method in class ilog.cp.IloCP
-
This function creates a same-sequence constraint between sequence variables
seq1 and seq2.
- sameSequence(IloIntervalSequenceVar, IloIntervalSequenceVar, IloIntervalVar[], IloIntervalVar[], String) - Method in class ilog.cp.IloCP
-
This function creates a same-sequence constraint between sequence variables
seq1 and seq2.
- ScaInd - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- Scale - Static variable in class ilog.opl.IloCplex.Param.MIP.SubMIP
-
Scale.
- Scale - Static variable in class ilog.opl.IloCplex.Param.Read
-
Scale.
- scalProd(IloNumVar[], double[]) - Method in interface ilog.concert.IloModeler
-
Creates and returns a linear expression representing
the scalar product of the
provided values with the provided variables.
- scalProd(IloNumVar[], double[], int, int) - Method in interface ilog.concert.IloModeler
-
Creates and returns a linear expression
representing the scalar product of the
values provided from
coefs[start]
to coefs[start+num-1]
with the variables provided from
vars[start] to vars[start+num-1].
- scalProd(double[], IloNumVar[]) - Method in interface ilog.concert.IloModeler
-
Creates and returns a linear expression representing
the scalar product of the
provided values with the provided variables.
- scalProd(double[], IloNumVar[], int, int) - Method in interface ilog.concert.IloModeler
-
Creates and returns a linear expression
representing the scalar product of the
values provided from
coefs[start] to
coefs[start+num-1]
with the variables provided from
vars[start] to vars[start+num-1].
- scalProd(IloNumVar[], int[]) - Method in interface ilog.concert.IloModeler
-
Creates and returns a linear expression
representing the scalar product of the
provided values with the provided variables.
- scalProd(int[], IloNumVar[]) - Method in interface ilog.concert.IloModeler
-
Creates and returns a linear expression
representing the scalar product of the
provided values with the provided variables.
- scalProd(IloNumVar[], IloNumVar[]) - Method in interface ilog.concert.IloModeler
-
Creates and returns a linear expression representing the scalar product
of the variables provided as arguments.
- scalProd(IloNumVar[], IloNumVar[], int, int) - Method in interface ilog.concert.IloModeler
-
Creates and returns a linear expression representing the scalar product
of the variables provided from
vars1[start] to vars1[start+num-1]
with the variables prodived from
vars2[start] to vars2[start+num-1].
- scalProd(int[], IloIntVar[]) - Method in interface ilog.concert.IloModeler
-
Creates and returns an integer linear expression
representing the scalar
product of the provided integer values with
the provided integer variables.
- scalProd(int[], IloIntVar[], int, int) - Method in interface ilog.concert.IloModeler
-
Creates and returns an integer linear expression representing the scalar
product of the integer values provided from
vals[start] to vals[start+num-1]
with the integer variables provided from
vars[start] to vars[start+num-1].
- scalProd(IloIntVar[], int[]) - Method in interface ilog.concert.IloModeler
-
Creates and returns an integer linear expression representing
the scalar product of the provided integer values
with the provided integer variables.
- scalProd(IloIntVar[], int[], int, int) - Method in interface ilog.concert.IloModeler
-
Creates and returns an integer linear expression representing
the scalar product of the integer values provided from
vals[start] to vals[start+num-1]
with the integer variables provided from
vars[start] to vars[start+num-1].
- scalProd(IloIntVar[], IloIntVar[]) - Method in interface ilog.concert.IloModeler
-
Creates and returns a linear expression representing the scalar product
of the provided variables.
- scalProd(IloIntVar[], IloIntVar[], int, int) - Method in interface ilog.concert.IloModeler
-
Creates and returns a linear expression representing the scalar product
of the variables provided as arguments.
- Search - Static variable in class ilog.opl.IloCplex.Param.MIP.Strategy
-
Search.
- SearchCompleted - Static variable in class ilog.cp.IloCP.ParameterValues
-
Possible value of the SearchStatus information indicating that search has completed fully with CP Optimizer proving optimality, feasibility, or infeasibility.
- SearchHasNotBeenStopped - Static variable in class ilog.cp.IloCP.ParameterValues
-
Possible value of the SearchStopCause information indicating that in fact the search has not been stopped at all.
- SearchNotStarted - Static variable in class ilog.cp.IloCP.ParameterValues
-
Possible value of the SearchStatus information indicating that no search has been started (before any call to IloCP.startNewSearch() or IloCP.solve())
- SearchOngoing - Static variable in class ilog.cp.IloCP.ParameterValues
-
Possible value of the SearchStatus information indicating that search is ongoing (has started but has not completed).
- searchPhase(IloIntVar[]) - Method in class ilog.cp.IloCP
-
This method creates a search phase with an array of variables only.
- searchPhase(IloIntVar[], IloIntVarChooser, IloIntValueChooser) - Method in class ilog.cp.IloCP
-
This method creates a search phase with an array of variable and choosers.
- searchPhase(IloIntVarChooser, IloIntValueChooser) - Method in class ilog.cp.IloCP
-
This method creates a search phase with a variable and a value chooser.
- searchPhase(IloIntervalVar[]) - Method in class ilog.cp.IloCP
-
This method creates a search phase with an array of interval variables.
- searchPhase(IloIntervalSequenceVar[]) - Method in class ilog.cp.IloCP
-
This method creates a search phase with an array of interval sequence variables.
- SearchStatus - Static variable in class ilog.cp.IloCP.IntInfo
-
This information gives the search status of the invoking
IloCP instance.
- SearchStopCause - Static variable in class ilog.cp.IloCP.IntInfo
-
This information gives the cause of the search stopping prematurely (before
an optimality or feasibility proof was delivered) by the invoking
IloCP instance when the IloCP.IntInfo.SearchStatus
information value is IloCP.ParameterValues.SearchStopped.
- SearchStopped - Static variable in class ilog.cp.IloCP.ParameterValues
-
Possible value of the SearchStatus information indicating that search was stopped before it could be fully completed, normally by a limit or abort.
- SearchStoppedByAbort - Static variable in class ilog.cp.IloCP.ParameterValues
-
Possible value of the SearchStopCause information indicating that the search was stopped by the user calling IloCP.abortSearch()
- SearchStoppedByLimit - Static variable in class ilog.cp.IloCP.ParameterValues
-
Possible value of the SearchStopCause information indicating that the search was stopped because a search limit was reached (for instance a time limit).
- SearchStoppedByUnknownCause - Static variable in class ilog.cp.IloCP.ParameterValues
-
Possible value of the SearchStopCause information indicating that the reason for the search stopping cannot be determined.
- SearchType - Static variable in class ilog.cp.IloCP.IntParam
-
Integer control parameter.
- SECTION_ASSERT - Static variable in class ilog.opl.IloOplProfilerI.Section
-
- SECTION_CP - Static variable in class ilog.opl.IloOplProfilerI.Section
-
- SECTION_CPLEX - Static variable in class ilog.opl.IloOplProfilerI.Section
-
- SECTION_END - Static variable in class ilog.opl.IloOplProfilerI.Section
-
- SECTION_EXTRACT - Static variable in class ilog.opl.IloOplProfilerI.Section
-
- SECTION_FORCE_USAGE - Static variable in class ilog.opl.IloOplProfilerI.Section
-
- SECTION_LOAD_DATA - Static variable in class ilog.opl.IloOplProfilerI.Section
-
- SECTION_LOAD_MODEL - Static variable in class ilog.opl.IloOplProfilerI.Section
-
- SECTION_OBJECTIVE - Static variable in class ilog.opl.IloOplProfilerI.Section
-
- SECTION_ODM - Static variable in class ilog.opl.IloOplProfilerI.Section
-
- SECTION_OTHER - Static variable in class ilog.opl.IloOplProfilerI.Section
-
- SECTION_POST_PROCESSING - Static variable in class ilog.opl.IloOplProfilerI.Section
-
- SECTION_PRE_PROCESSING - Static variable in class ilog.opl.IloOplProfilerI.Section
-
- SECTION_PUBLISH_RESULTS - Static variable in class ilog.opl.IloOplProfilerI.Section
-
- SECTION_READ_DEFINITION - Static variable in class ilog.opl.IloOplProfilerI.Section
-
- SECTION_UNDEFINED - Static variable in class ilog.opl.IloOplProfilerI.Section
-
- SECTION_USER - Static variable in class ilog.opl.IloOplProfilerI.Section
-
- seek(double) - Method in interface ilog.concert.IloNumToNumSegmentFunctionCursor
-
This member function sets the cursor to specify the segment of the
function that contains the argument.
- seek(double) - Method in interface ilog.concert.IloNumToNumStepFunctionCursor
-
This member function sets the cursor to specify the step of the function
that contains the argument.
- selectLargest(double, IloIntVarEval) - Method in class ilog.cp.IloCP
-
This method returns a selector of integer variables that selects at least
minNumber variables
having the largest evaluation according to the evaluator e.
- selectLargest(IloIntVarEval) - Method in class ilog.cp.IloCP
-
This method returns a selector of integer variables that selects all variables having the largest evaluation
according to the evaluator
e.
- selectLargest(IloIntVarEval, double) - Method in class ilog.cp.IloCP
-
This method returns a selector of integer variables that selects all variables whose evaluations are in the
range
[max - tol, max], where max is is the maximum valuation by e over
the variables to be evaluated.
- selectLargest(double, IloIntValueEval) - Method in class ilog.cp.IloCP
-
This method returns a selector of value assignments to a variable that selects at least
minNumber
values having the largest evaluation according to the evaluator e.
- selectLargest(IloIntValueEval) - Method in class ilog.cp.IloCP
-
This method returns a selector of value assignments to a variable that selects all values having the largest
evaluation according to the evaluator
e.
- selectLargest(IloIntValueEval, double) - Method in class ilog.cp.IloCP
-
This method returns a selector of integer variable assignments that selects all domain values whose evaluations
are in the range
[max - tol, max], where max is is the maximum valuation by
e over the domain values to be evaluated.
- selectNode(int) - Method in class ilog.opl.IloCplex.NodeCallback
-
Selects the next node to be processed by its number.
- selectRandomValue() - Method in class ilog.cp.IloCP
-
This method returns a selector of integer variable value assignments that selects a domain value randomly.
- selectRandomVar() - Method in class ilog.cp.IloCP
-
This method returns a selector of integer variables that selects a variable randomly from those available.
- selectSmallest(double, IloIntVarEval) - Method in class ilog.cp.IloCP
-
This method returns a selector of integer variables that selects at least
minNumber variables
having the smallest evaluation according to the evaluator e.
- selectSmallest(IloIntVarEval) - Method in class ilog.cp.IloCP
-
This method returns a selector of integer variables that selects all variables having the smallest evaluation
according to the evaluator
e.
- selectSmallest(IloIntVarEval, double) - Method in class ilog.cp.IloCP
-
This method returns a selector of integer variables that selects all variables whose evaluations are in the
range
[min, min + tol], where min is is the minimum valuation by e over
the variables to be evaluated.
- selectSmallest(double, IloIntValueEval) - Method in class ilog.cp.IloCP
-
This method returns a selector of integer variable assignments that selects at least
minNumber
domain values having the smallest evaluation according to the evaluator e.
- selectSmallest(IloIntValueEval) - Method in class ilog.cp.IloCP
-
This method returns a selector of value assignments to a variable that selects all values having the smallest
evaluation according to the evaluator
e.
- selectSmallest(IloIntValueEval, double) - Method in class ilog.cp.IloCP
-
This method returns a selector of integer variable assignments that selects all domain values whose evaluations
are in the range
[min, min + tol], where min is is the minimum valuation by
e over the domain values to be evaluated.
- semiContVar(double, double, IloNumVarType) - Method in interface ilog.concert.IloMPModeler
-
Creates and returns a new semi-continuous modeling variable with a specified semi-continuous
lower bound, upper bound, and type.
- semiContVar(double, double, IloNumVarType, String) - Method in interface ilog.concert.IloMPModeler
-
Creates and returns a new semi-continuous modeling variable with specified bounds, type, and
name.
- semiContVar(IloColumn, double, double, IloNumVarType) - Method in interface ilog.concert.IloMPModeler
-
Creates and returns a new semi-continuous modeling variable with specified type and bounds, for
column-wise modeling.
- semiContVar(IloColumn, double, double, IloNumVarType, String) - Method in interface ilog.concert.IloMPModeler
-
Creates and returns a new semi-continuous modeling variable, with specified bounds, type, and
name, for column-wise modeling.
- semiContVar(double, double, IloNumVarType, String) - Method in class ilog.opl.IloCplex
-
- semiContVar(double, double, IloNumVarType) - Method in class ilog.opl.IloCplex
-
- semiContVar(IloColumn, double, double, IloNumVarType, String) - Method in class ilog.opl.IloCplex
-
- semiContVar(IloColumn, double, double, IloNumVarType) - Method in class ilog.opl.IloCplex
-
- semiContVarArray(int, double, double, IloNumVarType, String[]) - Method in interface ilog.concert.IloMPModeler
-
Creates and returns
n semi-continuous modeling variables, all with the same type,
semi-continuous lower bound, and upper bound, but with individually specified name.
- semiContVarArray(int, double, double, IloNumVarType) - Method in interface ilog.concert.IloMPModeler
-
Creates and returns
n semi-continuous modeling variables, all of the same type,
with the same semi-continuous lower bound and upper bound.
- semiContVarArray(int, double[], double[], IloNumVarType[], String[]) - Method in interface ilog.concert.IloMPModeler
-
Creates and returns
n semi-continuous modeling variables, all of the same type,
with the same semi-continuous lower bound and upper bound, and individually specified name.
- semiContVarArray(int, double[], double[], IloNumVarType[]) - Method in interface ilog.concert.IloMPModeler
-
Creates and returns
n semi-continuous modeling variables, with individually
specified type, semi-continuous lower bound, and upper bound.
- semiContVarArray(IloColumnArray, double, double, IloNumVarType, String[]) - Method in interface ilog.concert.IloMPModeler
-
Creates and returns semi-continuous modeling variables with individually specified type,
semi-continuous lower bound, upper bound, and name, for column-wise modeling.
- semiContVarArray(IloColumnArray, double, double, IloNumVarType) - Method in interface ilog.concert.IloMPModeler
-
Creates and returns semi-continuous modeling variables, all with the same type and bounds, for
column-wise modeling.
- semiContVarArray(IloColumnArray, double[], double[], IloNumVarType[]) - Method in interface ilog.concert.IloMPModeler
-
Creates and returns semi-continuous modeling variables, with individually specified type,
semi-continuous lower bound, and upper bound, for column-wise modeling.
- semiContVarArray(IloColumnArray, double[], double[], IloNumVarType[], String[]) - Method in interface ilog.concert.IloMPModeler
-
Creates and returns semi-continuous modeling variables, with individually specified type,
semi-continuous lower bound, upper bound, and name, for column-wise modeling.
- semiContVarArray(int, double, double, IloNumVarType) - Method in class ilog.opl.IloCplex
-
- semiContVarArray(int, double[], double[], IloNumVarType[]) - Method in class ilog.opl.IloCplex
-
- semiContVarArray(int, double, double, IloNumVarType, String[]) - Method in class ilog.opl.IloCplex
-
- semiContVarArray(int, double[], double[], IloNumVarType[], String[]) - Method in class ilog.opl.IloCplex
-
- sequence(int, int, int, IloIntVar[], int[], IloIntVar[]) - Method in class ilog.cp.IloCP
-
This methods create new constraint that limits occurences of specified values in an array of expressions.
- SequenceInferenceLevel - Static variable in class ilog.cp.IloCP.IntParam
-
Integer control parameter.
- set(int, IloConstraint) - Method in interface ilog.concert.IloConstraintMap
-
This method sets the element
index in the current map to v.
- set(double, IloConstraint) - Method in interface ilog.concert.IloConstraintMap
-
This method sets the element
index in the current map to v.
- set(String, IloConstraint) - Method in interface ilog.concert.IloConstraintMap
-
This method sets the element
index in the current map to v.
- set(IloTuple, IloConstraint) - Method in interface ilog.concert.IloConstraintMap
-
This method sets the element
index in the current map to v.
- set(int, IloCumulFunctionExpr) - Method in interface ilog.concert.IloCumulFunctionExprMap
-
This method sets the element
index in the current map to v.
- set(double, IloCumulFunctionExpr) - Method in interface ilog.concert.IloCumulFunctionExprMap
-
This method sets the element
index in the current map to v.
- set(String, IloCumulFunctionExpr) - Method in interface ilog.concert.IloCumulFunctionExprMap
-
This method sets the element
index in the current map to v.
- set(IloTuple, IloCumulFunctionExpr) - Method in interface ilog.concert.IloCumulFunctionExprMap
-
This method sets the element
index in the current map to v.
- set(int, IloIntervalSequenceVar) - Method in interface ilog.concert.IloIntervalSequenceVarMap
-
This method sets the element
index from the map to v.
- set(double, IloIntervalSequenceVar) - Method in interface ilog.concert.IloIntervalSequenceVarMap
-
This method sets the element
index from the map to v.
- set(String, IloIntervalSequenceVar) - Method in interface ilog.concert.IloIntervalSequenceVarMap
-
This method sets the element
index from the map to v.
- set(IloTuple, IloIntervalSequenceVar) - Method in interface ilog.concert.IloIntervalSequenceVarMap
-
This method sets the element
index from the map to v.
- set(int, IloIntervalVar) - Method in interface ilog.concert.IloIntervalVarMap
-
This method sets the element
index from the map to v.
- set(double, IloIntervalVar) - Method in interface ilog.concert.IloIntervalVarMap
-
This method sets the element
index from the map to v.
- set(String, IloIntervalVar) - Method in interface ilog.concert.IloIntervalVarMap
-
This method sets the element
index from the map to v.
- set(IloTuple, IloIntervalVar) - Method in interface ilog.concert.IloIntervalVarMap
-
This method sets the element
index from the map to v.
- set(int, int) - Method in interface ilog.concert.IloIntMap
-
This method sets the element
index in the current map to v.
- set(double, int) - Method in interface ilog.concert.IloIntMap
-
This method sets the element
index in the current map to v.
- set(String, int) - Method in interface ilog.concert.IloIntMap
-
This method sets the element
index in the current map to v.
- set(IloTuple, int) - Method in interface ilog.concert.IloIntMap
-
This method sets the element
index in the current map to v.
- set(int, IloIntSet) - Method in interface ilog.concert.IloIntSetMap
-
This method sets the element
index in the current map to v.
- set(double, IloIntSet) - Method in interface ilog.concert.IloIntSetMap
-
This method sets the element
index in the current map to v.
- set(String, IloIntSet) - Method in interface ilog.concert.IloIntSetMap
-
This method sets the element
index in the current map to v.
- set(IloTuple, IloIntSet) - Method in interface ilog.concert.IloIntSetMap
-
This method sets the element
index in the current map to v.
- set(int, IloIntVar) - Method in interface ilog.concert.IloIntVarMap
-
This method sets the element
index in the current map to v.
- set(double, IloIntVar) - Method in interface ilog.concert.IloIntVarMap
-
This method sets the element
index in the current map to v.
- set(String, IloIntVar) - Method in interface ilog.concert.IloIntVarMap
-
This method sets the element
index in the current map to v.
- set(IloTuple, IloIntVar) - Method in interface ilog.concert.IloIntVarMap
-
This method sets the element
index in the current map to v.
- set(int, double) - Method in interface ilog.concert.IloNumMap
-
This method sets the element
index in the current map to v.
- set(double, double) - Method in interface ilog.concert.IloNumMap
-
This method sets the element
index in the current map to v.
- set(String, double) - Method in interface ilog.concert.IloNumMap
-
This method sets the element
index in the current map to v.
- set(IloTuple, double) - Method in interface ilog.concert.IloNumMap
-
This method sets the element
index in the current map to v.
- set(int, IloNumSet) - Method in interface ilog.concert.IloNumSetMap
-
This method sets the element
index in the current map to v.
- set(double, IloNumSet) - Method in interface ilog.concert.IloNumSetMap
-
This method sets the element
index in the current map to v.
- set(String, IloNumSet) - Method in interface ilog.concert.IloNumSetMap
-
This method sets the element
index in the current map to v.
- set(IloTuple, IloNumSet) - Method in interface ilog.concert.IloNumSetMap
-
This method sets the element
index in the current map to v.
- set(int, IloNumVar) - Method in interface ilog.concert.IloNumVarMap
-
This method sets the element
index in the current map to v.
- set(double, IloNumVar) - Method in interface ilog.concert.IloNumVarMap
-
This method sets the element
index in the current map to v.
- set(String, IloNumVar) - Method in interface ilog.concert.IloNumVarMap
-
This method sets the element
index in the current map to v.
- set(IloTuple, IloNumVar) - Method in interface ilog.concert.IloNumVarMap
-
This method sets the element
index in the current map to v.
- set(int, IloPiecewiseFunctionExpr) - Method in interface ilog.concert.IloPiecewiseFunctionExprMap
-
This method sets the element
index in the current map to v.
- set(double, IloPiecewiseFunctionExpr) - Method in interface ilog.concert.IloPiecewiseFunctionExprMap
-
This method sets the element
index in the current map to v.
- set(String, IloPiecewiseFunctionExpr) - Method in interface ilog.concert.IloPiecewiseFunctionExprMap
-
This method sets the element
index in the current map to v.
- set(IloTuple, IloPiecewiseFunctionExpr) - Method in interface ilog.concert.IloPiecewiseFunctionExprMap
-
This method sets the element
index in the current map to v.
- set(int, IloStateFunctionExpr) - Method in interface ilog.concert.IloStateFunctionExprMap
-
This method sets the element
index in the current map to v.
- set(double, IloStateFunctionExpr) - Method in interface ilog.concert.IloStateFunctionExprMap
-
This method sets the element
index in the current map to v.
- set(String, IloStateFunctionExpr) - Method in interface ilog.concert.IloStateFunctionExprMap
-
This method sets the element
index in the current map to v.
- set(IloTuple, IloStateFunctionExpr) - Method in interface ilog.concert.IloStateFunctionExprMap
-
This method sets the element
index in the current map to v.
- set(int, String) - Method in interface ilog.concert.IloSymbolMap
-
This method sets the element
index in the current map to v.
- set(double, String) - Method in interface ilog.concert.IloSymbolMap
-
This method sets the element
index in the current map to v.
- set(String, String) - Method in interface ilog.concert.IloSymbolMap
-
This method sets the element
index in the current map to v.
- set(IloTuple, String) - Method in interface ilog.concert.IloSymbolMap
-
This method sets the element
index in the current map to v.
- set(int, IloSymbolSet) - Method in interface ilog.concert.IloSymbolSetMap
-
This method sets the element
index in the current map to v.
- set(double, IloSymbolSet) - Method in interface ilog.concert.IloSymbolSetMap
-
This method sets the element
index in the current map to v.
- set(String, IloSymbolSet) - Method in interface ilog.concert.IloSymbolSetMap
-
This method sets the element
index in the current map to v.
- set(IloTuple, IloSymbolSet) - Method in interface ilog.concert.IloSymbolSetMap
-
This method sets the element
index in the current map to v.
- set(int, IloTupleSet) - Method in interface ilog.concert.IloTupleSetMap
-
This method sets the element
index in the current map to v.
- set(double, IloTupleSet) - Method in interface ilog.concert.IloTupleSetMap
-
This method sets the element
index in the current map to v.
- set(String, IloTupleSet) - Method in interface ilog.concert.IloTupleSetMap
-
This method sets the element
index in the current map to v.
- set(IloTuple, IloTupleSet) - Method in interface ilog.concert.IloTupleSetMap
-
This method sets the element
index in the current map to v.
- setAbsent() - Method in interface ilog.concert.IloIntervalVar
-
This member function specifies that the invoking interval variable must be absent.
- setAbsent(IloIntervalVar) - Method in interface ilog.concert.IloSolution
-
Sets the absence status of interval
variable
a to be true in the invoking solution.
- setAnyCollectionValue(int, IloAnyCollection) - Method in interface ilog.concert.IloTupleBuffer
-
Sets the string-collection column
columnIndex of the IloTupleSet set with
value.
- setAnyCollectionValue(String, IloAnyCollection) - Method in interface ilog.concert.IloTupleBuffer
-
Sets the string collection column
col of the IloTupleSet
with value.
- setAt(IloMapIndexArray, IloCumulFunctionExpr) - Method in interface ilog.concert.IloCumulFunctionExprMap
-
This method sets the element pointed to by
indices from
the map to v.
- setAt(IloMapIndexArray, IloIntervalSequenceVar) - Method in interface ilog.concert.IloIntervalSequenceVarMap
-
This method sets the value of the element to
v.
- setAt(IloMapIndexArray, IloIntervalVar) - Method in interface ilog.concert.IloIntervalVarMap
-
This method sets the value of the element to
v.
- setAt(IloMapIndexArray, int) - Method in interface ilog.concert.IloIntMap
-
This method sets the value of the element to
v.
- setAt(IloMapIndexArray, IloIntSet) - Method in interface ilog.concert.IloIntSetMap
-
This method sets the value of the element to
v.
- setAt(IloMapIndexArray, IloIntVar) - Method in interface ilog.concert.IloIntVarMap
-
This method sets the value of the element to
v.
- setAt(IloMapIndexArray, double) - Method in interface ilog.concert.IloNumMap
-
This method sets the value of the element to
v.
- setAt(IloMapIndexArray, IloNumSet) - Method in interface ilog.concert.IloNumSetMap
-
This method sets the value of the element to
v.
- setAt(IloMapIndexArray, IloNumVar) - Method in interface ilog.concert.IloNumVarMap
-
This method sets the value of the element to
v.
- setAt(IloMapIndexArray, IloPiecewiseFunctionExpr) - Method in interface ilog.concert.IloPiecewiseFunctionExprMap
-
This method sets the value of the element to
v.
- setAt(IloMapIndexArray, IloStateFunctionExpr) - Method in interface ilog.concert.IloStateFunctionExprMap
-
This method sets the value of the element to
v.
- setAt(IloMapIndexArray, String) - Method in interface ilog.concert.IloSymbolMap
-
This method sets the value of the element to
v.
- setAt(IloMapIndexArray, IloSymbolSet) - Method in interface ilog.concert.IloSymbolSetMap
-
This method sets the value of the element to
v.
- setAt(IloMapIndexArray, IloTuple) - Method in interface ilog.concert.IloTupleMap
-
Sets the element pointed to by
indexes from the map to v.
- setAt(IloMapIndexArray, IloTupleSet) - Method in interface ilog.concert.IloTupleSetMap
-
This method sets the element pointed to by
indices from
the map to v.
- setBasis(IloCplex) - Method in class ilog.opl.IloOplCplexBasis
-
Restores basis information for a CPLEX instance.
- setBasisStatuses(IloNumVar[], IloCplex.BasisStatus[], IloRange[], IloCplex.BasisStatus[]) - Method in class ilog.opl.IloCplex
-
Sets basis statuses for variables and constraints.
- setBasisStatuses(IloNumVar[], IloCplex.BasisStatus[], int, int, IloConstraint[], IloCplex.BasisStatus[], int, int) - Method in class ilog.opl.IloCplex
-
Sets basis statuses for a set of variables and constraints.
- setBigMapThreshold(int) - Method in class ilog.opl.IloOplSettings
-
- setBounds(double, double) - Method in interface ilog.concert.IloRange
-
Sets the lower and upper bound of the ranged constraints.
- setBounds(IloNumVar, double, double) - Method in class ilog.opl.IloCplex.HeuristicCallback
-
Changes the upper and lower bounds of the variable
var.
- setBounds(IloNumVar[], double[], double[]) - Method in class ilog.opl.IloCplex.HeuristicCallback
-
Changes the upper and lower bounds of variables in the array
var.
- setBounds(IloNumVar[], double[], double[], int, int) - Method in class ilog.opl.IloCplex.HeuristicCallback
-
Changes the upper and lower bounds of the specified variables in the array
var.
- setConstant(int) - Method in interface ilog.concert.IloLinearIntExpr
-
Sets the constant term from the invoking
IloLinearIntExpr
to val.
- setConstant(double) - Method in interface ilog.concert.IloLinearNumExpr
-
Sets the constant term from the invoking
IloLinearIntExpr
to val.
- setConstant(double) - Method in interface ilog.concert.IloObjective
-
Sets the constant term from the invoking
IloObjective
to val.
- setCP(IloCP) - Method in class ilog.opl.IloOplRunConfiguration
-
This member function specifies the instance of the CP engine to use.
- setCplex(IloCplex) - Method in class ilog.opl.IloOplRunConfiguration
-
This member function specifies the instance of the CPLEX engine to use.
- setDebugMode(boolean) - Static method in class ilog.opl.IloOplFactory
-
Sets debug mode on/off.
- setDebugModeWarning(boolean) - Static method in class ilog.opl.IloOplFactory
-
Sets the debug-mode warning message on/off.
- setDefaults() - Method in class ilog.opl.IloCplex
-
Resets all parameters to their default values.
- setDeleteMode(IloCplex.DeleteMode) - Method in class ilog.opl.IloCplex
-
Sets the delete mode.
- setDirection(IloNumVar, IloCplex.BranchDirection) - Method in class ilog.opl.IloCplex
-
Sets the branching direction for a variable.
- setDirections(IloNumVar[], IloCplex.BranchDirection[]) - Method in class ilog.opl.IloCplex
-
Sets branching directions for an array of variables.
- setDirections(IloNumVar[], IloCplex.BranchDirection[], int, int) - Method in class ilog.opl.IloCplex
-
Sets branching directions for a set of variables.
- setDisplayOnePerLine(boolean) - Method in class ilog.opl.IloOplSettings
-
Displays only one item per line, or not.
- setDisplayPrecision(int) - Method in class ilog.opl.IloOplSettings
-
- setDisplayWidth(int) - Method in class ilog.opl.IloOplSettings
-
- setDisplayWithComponentName(boolean) - Method in class ilog.opl.IloOplSettings
-
Shows tuple component names, or not, when serializing model elements.
- setDisplayWithIndex(boolean) - Method in class ilog.opl.IloOplSettings
-
Shows item indices, or not, when serializing model elements.
- setDo4dsxDebug(boolean) - Method in class ilog.opl.IloOplSettings
-
Enables or disables Javascript support.
- setDomain(IloIntVar, int, int) - Method in interface ilog.concert.IloSolution
-
- setElement(IloOplElement) - Method in class ilog.opl.IloOplDataElements
-
Replaces an element in this collection.
- setEnd(IloIntervalVar, int) - Method in interface ilog.concert.IloSolution
-
Sets the end value (both minimum and
maximum) of interval variable
a to v in
the invoking solution.
- setEndMax(int) - Method in interface ilog.concert.IloIntervalVar
-
This member function sets
t as the maximal end value of the invoking interval variable.
- setEndMax(IloIntervalVar, int) - Method in interface ilog.concert.IloSolution
-
Sets the maximal end value of interval
variable
a in the invoking solution to
max.
- setEndMin(int) - Method in interface ilog.concert.IloIntervalVar
-
This member function sets
t as the minimal end value of the invoking interval variable.
- setEndMin(IloIntervalVar, int) - Method in interface ilog.concert.IloSolution
-
Sets the minimal end value of interval
variable
a in the invoking solution to
min.
- setError(OutputStream) - Method in class ilog.cp.IloCP
-
Sets the error stream of the invoking
IloCP object.
- setError(OutputStream) - Method in class ilog.opl.IloCplex
-
Sets the error stream of the invoking
IloCplex object.
- setError(OutputStream) - Method in class ilog.opl.IloOplFactory
-
Redirects all error messages to the given stream
- setErrorHandler(IloOplErrorHandler) - Method in class ilog.opl.IloOplRunConfiguration
-
This member function specifies what error handler to use.
- setExportExternalData(String) - Method in class ilog.opl.IloOplSettings
-
Sets the file name used by OPL to export the external data.
- setExportInternalData(String) - Method in class ilog.opl.IloOplSettings
-
Sets the file name used by OPL to export the internal data.
- setExpr(IloNumExpr) - Method in interface ilog.concert.IloObjective
-
Sets the expression of the invoking
IloObjective object.
- setExpr(IloNumExpr) - Method in interface ilog.concert.IloRange
-
Sets the expression of the invoking
IloRange object to
expr.
- setForceElementPostProcessingUsage(boolean) - Method in class ilog.opl.IloOplSettings
-
Forces the usage of all model elements, or not.
- setForceElementUsage(boolean) - Method in class ilog.opl.IloOplSettings
-
Forces the usage of all model elements, or not.
- setGC(boolean) - Method in class ilog.opl.IloOplSettings
-
Set the Javascript garbage collector mode.
- setImpl(IloOplProgressListenerI) - Method in class ilog.opl.IloOplProgressListener
-
- setIndex(int) - Method in interface ilog.concert.IloTuple
-
Sets the index that points to the collection.
- setIndex(int) - Method in class ilog.opl.IloCplex.FilterIndex
-
- setIntCollectionValue(int, IloIntCollection) - Method in interface ilog.concert.IloTupleBuffer
-
Sets the integer collection column
columnIndex of the IloTupleSet with
value.
- setIntCollectionValue(String, IloIntCollection) - Method in interface ilog.concert.IloTupleBuffer
-
Sets the integer collection column
col of the IloTupleSet
with value.
- setIntensity(IloNumToNumStepFunction, int) - Method in interface ilog.concert.IloIntervalVar
-
This member function specifies an intensity function
intensity and a granularity
granularity for the invoking interval variable.
- setIntensity(IloNumToNumStepFunction) - Method in interface ilog.concert.IloIntervalVar
-
This member function specifies an intensity function
intensity
for the invoking interval variable.
- setIntMapValue(int, IloIntMap) - Method in interface ilog.concert.IloTupleBuffer
-
Sets the integer array column
columnIndex of the IloTupleSet
with value.
- setIntMapValue(String, IloIntMap) - Method in interface ilog.concert.IloTupleBuffer
-
Sets the integer array column
col of the IloTupleSet
with value.
- setIntValue(int, int) - Method in interface ilog.concert.IloTupleBuffer
-
Provides an integer value for the column index of the
IloTupleSet.
- setIntValue(String, int) - Method in interface ilog.concert.IloTupleBuffer
-
Sets the integer column
col of the IloTupleSet with value.
- setIntVar(IloIntVar) - Method in interface ilog.concert.IloLinearIntExprIterator
-
Sets the
IloIntVar of the last linear
term in the scalar product.
- setItemIntIndex(int) - Method in class ilog.opl.IloOplDataHandler
-
- setItemName(String) - Method in class ilog.opl.IloOplDataHandler
-
Sets the next item's component name.
- setItemNumIndex(double) - Method in class ilog.opl.IloOplDataHandler
-
Sets the next item's index.
- setItemStringIndex(String) - Method in class ilog.opl.IloOplDataHandler
-
Sets the next item's index.
- setKeepTmpFiles(boolean) - Method in class ilog.opl.IloOplSettings
-
Keep temporary files.
- setLB(double) - Method in interface ilog.concert.IloNumVar
-
Sets the lower bound of the invoking
IloNumVar object.
- setLB(double) - Method in interface ilog.concert.IloRange
-
Sets the lower bound of the ranged constraints.
- setLength(IloIntervalVar, int) - Method in interface ilog.concert.IloSolution
-
Sets the length value (both minimum and
maximum) of interval variable
a to v in
the invoking solution.
- setLengthMax(int) - Method in interface ilog.concert.IloIntervalVar
-
This member function sets
t as the maximal length value of the invoking interval
variable.
- setLengthMax(IloIntervalVar, int) - Method in interface ilog.concert.IloSolution
-
Sets the maximal length value of interval
variable
a in the invoking solution to
max.
- setLengthMin(int) - Method in interface ilog.concert.IloIntervalVar
-
This member function sets
t as the minimal length value of the invoking interval
variable.
- setLengthMin(IloIntervalVar, int) - Method in interface ilog.concert.IloSolution
-
Sets the minimal length value of interval
variable
a in the invoking solution to
min.
- setLinearCoef(IloObjective, double, IloNumVar) - Method in interface ilog.concert.IloMPModeler
-
Sets linear coefficient for variable
var to val in the expression of
the specified IloObjective object.
- setLinearCoef(IloObjective, IloNumVar, double) - Method in interface ilog.concert.IloMPModeler
-
Sets linear coefficient for variable
var to val in the expression of
the specified IloObjective object.
- setLinearCoef(IloRange, double, IloNumVar) - Method in interface ilog.concert.IloMPModeler
-
Sets linear coefficient for variable
var to val in the expression of
the specified IloRange object.
- setLinearCoef(IloRange, IloNumVar, double) - Method in interface ilog.concert.IloMPModeler
-
Sets linear coefficient for variable
var to val in the expression of
the specified IloRange object.
- setLinearCoef(IloForAllRange, IloNumVar, double) - Method in class ilog.opl.IloCplex
-
setLinearCoef method.
- setLinearCoef(IloForAllRange, double, IloNumVar) - Method in class ilog.opl.IloCplex
-
setLinearCoef method.
- setLinearCoef(IloObjective, double, IloNumVar) - Method in class ilog.opl.IloCplex
-
- setLinearCoef(IloObjective, IloNumVar, double) - Method in class ilog.opl.IloCplex
-
- setLinearCoef(IloRange, double, IloNumVar) - Method in class ilog.opl.IloCplex
-
- setLinearCoef(IloRange, IloNumVar, double) - Method in class ilog.opl.IloCplex
-
- setLinearCoefs(IloObjective, double[], IloNumVar[]) - Method in interface ilog.concert.IloMPModeler
-
Sets linear coefficients for variables in the expression of the specified
IloObjective object.
- setLinearCoefs(IloObjective, IloNumVar[], double[]) - Method in interface ilog.concert.IloMPModeler
-
Sets linear coefficients for variables in the expression of the specified
IloObjective object.
- setLinearCoefs(IloObjective, double[], IloNumVar[], int, int) - Method in interface ilog.concert.IloMPModeler
-
Sets linear coefficients for variables in the expression of the specified
IloObjective object.
- setLinearCoefs(IloObjective, IloNumVar[], double[], int, int) - Method in interface ilog.concert.IloMPModeler
-
Sets linear coefficients for variables in the expression of the specified
IloObjective object.
- setLinearCoefs(IloRange, double[], IloNumVar[]) - Method in interface ilog.concert.IloMPModeler
-
Sets linear coefficients for variables in the expression of the specified
IloRange
object.
- setLinearCoefs(IloRange, IloNumVar[], double[]) - Method in interface ilog.concert.IloMPModeler
-
Sets linear coefficients for variables in the expression of the specified
IloRange
object.
- setLinearCoefs(IloRange, double[], IloNumVar[], int, int) - Method in interface ilog.concert.IloMPModeler
-
Sets linear coefficients for variables in the expression of the specified
IloRange
object.
- setLinearCoefs(IloRange, IloNumVar[], double[], int, int) - Method in interface ilog.concert.IloMPModeler
-
Sets linear coefficients for variables in the expression of the specified
IloRange
object.
- setLinearCoefs(IloForAllRange, double[], IloNumVar[]) - Method in class ilog.opl.IloCplex
-
setLinearCoef method.
- setLinearCoefs(IloForAllRange, IloNumVar[], double[]) - Method in class ilog.opl.IloCplex
-
setLinearCoef method.
- setLinearCoefs(IloForAllRange, double[], IloNumVar[], int, int) - Method in class ilog.opl.IloCplex
-
setLinearCoef method.
- setLinearCoefs(IloForAllRange, IloNumVar[], double[], int, int) - Method in class ilog.opl.IloCplex
-
setLinearCoef method.
- setLinearCoefs(IloObjective, double[], IloNumVar[]) - Method in class ilog.opl.IloCplex
-
- setLinearCoefs(IloObjective, IloNumVar[], double[]) - Method in class ilog.opl.IloCplex
-
- setLinearCoefs(IloObjective, double[], IloNumVar[], int, int) - Method in class ilog.opl.IloCplex
-
- setLinearCoefs(IloObjective, IloNumVar[], double[], int, int) - Method in class ilog.opl.IloCplex
-
- setLinearCoefs(IloRange, double[], IloNumVar[]) - Method in class ilog.opl.IloCplex
-
- setLinearCoefs(IloRange, IloNumVar[], double[]) - Method in class ilog.opl.IloCplex
-
- setLinearCoefs(IloRange, double[], IloNumVar[], int, int) - Method in class ilog.opl.IloCplex
-
- setLinearCoefs(IloRange, IloNumVar[], double[], int, int) - Method in class ilog.opl.IloCplex
-
- setMainEndEnabled(boolean) - Method in class ilog.opl.IloOplSettings
-
Enables object ending for flow control scripting.
- setMax(int) - Method in interface ilog.concert.IloIntVar
-
Sets a new initial maximum for this integer variable.
- setMax(double, double, double) - Method in interface ilog.concert.IloNumToNumSegmentFunction
-
This member function sets the value of the invoking piecewise linear
function to be the maximum between the current value and
v
everywhere on the interval [x1,x2).
- setMax(double, double, double, double) - Method in interface ilog.concert.IloNumToNumSegmentFunction
-
This member function sets the value of the invoking piecewise linear
function to be the maximum between the current value and the value of the
linear function:
x --> v1 + (x-x1)*(v2-v1)/(x2-x1) everywhere on the
interval [x1, x2).
- setMax(IloNumToNumSegmentFunction) - Method in interface ilog.concert.IloNumToNumSegmentFunction
-
This member function sets the value of the invoking piecewise linear
function to be the maximum between the current value and the value of
fct everywhere on the definition interval of the invoking
function.
- setMax(double, double, double) - Method in interface ilog.concert.IloNumToNumStepFunction
-
This member function sets the value of the invoking step function to be
the maximum between the current value and
v everywhere on the
interval [x1, x2).
- setMax(IloNumToNumStepFunction) - Method in interface ilog.concert.IloNumToNumStepFunction
-
This member function sets the value of the invoking step function to be
the maximum between the current value and the value of
fct
everywhere on the definition interval of the invoking function.
- setMax(IloNumVar, double) - Method in interface ilog.concert.IloSolution
-
- setMax(IloIntVar, int) - Method in interface ilog.concert.IloSolution
-
- setMax(IloNumVar, double) - Method in class ilog.cp.IloCustomConstraint
-
This function can be called from the
execute member function of your subclass.
- setMin(int) - Method in interface ilog.concert.IloIntVar
-
Sets a new initial minimum for this integer variable.
- setMin(double, double, double) - Method in interface ilog.concert.IloNumToNumSegmentFunction
-
This member function sets the value of the invoking piecewise linear
function to be the minimum between the current value and
v
everywhere on the interval [x1,x2).
- setMin(double, double, double, double) - Method in interface ilog.concert.IloNumToNumSegmentFunction
-
This member function sets the value of the invoking piecewise linear
function to be the minimum between the current value and the value of the
linear function:
x --> v1 + (x-x1)*(v2-v1)/(x2-x1) everywhere on the
interval [x1,x2).
- setMin(IloNumToNumSegmentFunction) - Method in interface ilog.concert.IloNumToNumSegmentFunction
-
This member function sets the value of the invoking piecewise linear
function to be the minimum between the current value and the value of
fct everywhere on the definition interval of the invoking
function.
- setMin(double, double, double) - Method in interface ilog.concert.IloNumToNumStepFunction
-
This member function sets the value of the invoking step function to be
the minimum between the current value and
v everywhere on the
interval [x1, x2).
- setMin(IloNumToNumStepFunction) - Method in interface ilog.concert.IloNumToNumStepFunction
-
This member function sets the value of the invoking step function to be
the minimum between the current value and the value of
fct
everywhere on the definition interval of the invoking function.
- setMin(IloNumVar, double) - Method in interface ilog.concert.IloSolution
-
- setMin(IloIntVar, int) - Method in interface ilog.concert.IloSolution
-
- setMin(IloNumVar, double) - Method in class ilog.cp.IloCustomConstraint
-
This function can be called from the
execute member function of your subclass.
- setModel(IloModel) - Method in interface ilog.concert.IloMPModeler
-
Sets
model as the active model.
- setModel(IloModel) - Method in class ilog.opl.IloCplex
-
- setName(String) - Method in interface ilog.concert.IloAddable
-
Sets the name of the invoking addable object.
- setName(String) - Method in interface ilog.concert.IloMap
-
This method sets the name of the map to
name.
- setName(String) - Method in interface ilog.concert.IloNumVar
-
Sets the name of the invoking variable.
- setName(String) - Method in class ilog.cp.IloCustomConstraint
-
- setNodeData(Object) - Method in class ilog.opl.IloCplex.ControlCallback
-
- setNodeData(Object) - Method in class ilog.opl.IloCplex.IncumbentCallback
-
- setNodeData(long, Object) - Method in class ilog.opl.IloCplex.NodeCallback
-
- setNumCollectionValue(int, IloNumCollection) - Method in interface ilog.concert.IloTupleBuffer
-
Sets the float-collection column
columnIndex of the IloTupleSet set with
value.
- setNumCollectionValue(String, IloNumCollection) - Method in interface ilog.concert.IloTupleBuffer
-
Sets the float collection column
col of the IloTupleSet
with value.
- setNumMapValue(int, IloNumMap) - Method in interface ilog.concert.IloTupleBuffer
-
Sets the float array column
columnIndex of the IloTupleSet with
value.
- setNumMapValue(String, IloNumMap) - Method in interface ilog.concert.IloTupleBuffer
-
Sets the float array column
col of the IloTupleSet with
value.
- setNumValue(int, double) - Method in interface ilog.concert.IloTupleBuffer
-
Provides a floating-point value for the column index of the
IloTupleSet.
- setNumValue(String, double) - Method in interface ilog.concert.IloTupleBuffer
-
Sets the float column
col of the IloTupleSet with value.
- setNumVar(IloNumVar) - Method in interface ilog.concert.IloLinearNumExprIterator
-
Sets the
IloNumVar of the last linear term
in the scalar product.
- setOptional() - Method in interface ilog.concert.IloIntervalVar
-
This member function specifies that the invoking interval variable is optional; that is, the presence
status of the interval is a decision variable of the problem.
- setOptional(IloIntervalVar) - Method in interface ilog.concert.IloSolution
-
This member function states that interval variable
a is optional in the invoking solution, that is, its
presence/absence status is unbound.
- setOut(OutputStream) - Method in class ilog.cp.IloCP
-
Sets the default output stream of the invoking
IloCP object.
- setOut(OutputStream) - Method in class ilog.opl.IloCplex
-
Sets the default output stream of the invoking
IloCplex object.
- setOut(OutputStream) - Method in class ilog.opl.IloOplFactory
-
Redirects all output messages to the given stream
- setOutputLimit(int) - Method in class ilog.opl.IloOplDataSerializer
-
- setOwnEngine(boolean) - Method in class ilog.opl.IloOplRunConfiguration
-
- setOwnHandle(boolean) - Method in class ilog.opl.IloOplModel
-
- setParam(IloCplex.IntParam, int) - Method in class ilog.opl.IloCplex.ParameterSet
-
Sets an integer parameter to value
val.
- setParam(IloCplex.StringParam, String) - Method in class ilog.opl.IloCplex.ParameterSet
-
Sets a string parameter to value
val.
- setParam(IloCplex.BooleanParam, boolean) - Method in class ilog.opl.IloCplex.ParameterSet
-
Sets a Boolean parameter to value
val.
- setParam(IloCplex.DoubleParam, double) - Method in class ilog.opl.IloCplex.ParameterSet
-
Sets a double parameter to value
val.
- setParam(IloCplex.IntParam, int) - Method in class ilog.opl.IloCplex
-
Sets an integer parameter to value
val.
- setParam(IloCplex.BooleanParam, boolean) - Method in class ilog.opl.IloCplex
-
Sets a Boolean parameter to value
val.
- setParam(IloCplex.LongParam, long) - Method in class ilog.opl.IloCplex
-
Sets a Long parameter to value
val.
- setParam(IloCplex.DoubleParam, double) - Method in class ilog.opl.IloCplex
-
Sets a double parameter to value
val.
- setParam(IloCplex.StringParam, String) - Method in class ilog.opl.IloCplex
-
Sets a string parameter to value
val.
- setParameter(IloCP.IntParam, IloCP.ParameterValues) - Method in class ilog.cp.IloCP
-
This method sets the integer parameter
param to the value value in the invoked IloCP
instance.
- setParameter(IloCP.IntParam, int) - Method in class ilog.cp.IloCP
-
This method sets the integer parameter
param to the value value in the invoked IloCP
instance.
- setParameter(IloCP.DoubleParam, IloCP.ParameterValues) - Method in class ilog.cp.IloCP
-
This method sets the floating-point parameter
param to the value value in the
invoked IloCP instance.
- setParameter(IloCP.DoubleParam, double) - Method in class ilog.cp.IloCP
-
This method sets the floating-point parameter
param to the value value in the
invoked IloCP instance.
- setParameterSet(IloCplex.ParameterSet) - Method in class ilog.opl.IloCplex
-
Sets the parameter state using a parameter set.
- setPeriodic(IloNumToNumSegmentFunction, double, double, double) - Method in interface ilog.concert.IloNumToNumSegmentFunction
-
This member function initializes the invoking function as a piecewise
linear function that repeats the piecewise linear function
f,
n times after x0.
- setPeriodic(IloNumToNumStepFunction, double, double, double) - Method in interface ilog.concert.IloNumToNumStepFunction
-
This member function initializes the invoking function as a step function
that repeats the step function
f, n times after
x0.
- setPeriodic(IloNumToNumStepFunction, double, double) - Method in interface ilog.concert.IloNumToNumStepFunction
-
This member function initializes the invoking function as a
step function that repeats the step function
f,
n times after x0.
- setPeriodic(IloNumToNumStepFunction, double) - Method in interface ilog.concert.IloNumToNumStepFunction
-
This member function initializes the invoking function as a step
function that repeats the step function
f after x0
until the end of the definition interval of the invoking function.
- setPeriodicValue(double, double, IloNumToNumSegmentFunction, double) - Method in interface ilog.concert.IloNumToNumSegmentFunction
-
This member function changes the value of the invoking function
on the interval
[x1,x2).
- setPeriodicValue(double, double, IloNumToNumStepFunction, double) - Method in interface ilog.concert.IloNumToNumStepFunction
-
This member function changes the value of the invoking function
on the interval
[x1,x2).
- setPeriodicValue(double, double, IloNumToNumStepFunction) - Method in interface ilog.concert.IloNumToNumStepFunction
-
This member function changes the value of the invoking function
on the interval
[x1,x2).
- setPoints(IloNumArray, IloNumArray) - Method in interface ilog.concert.IloNumToNumSegmentFunction
-
This member function initializes the invoking function as a piecewise
linear function whose segments are defined by the two argument arrays
x and v.
- setPoolSolution(int) - Method in class ilog.opl.IloOplModel
-
- setPresent() - Method in interface ilog.concert.IloIntervalVar
-
This member function specifies that the invoking interval variable must be present.
- setPresent(IloIntervalVar) - Method in interface ilog.concert.IloSolution
-
Sets the presence status of interval
variable
a to be true in the invoking solution.
- setPriorities(IloNumVar[], int[]) - Method in class ilog.opl.IloCplex
-
Sets branch priorities for an array of variables.
- setPriorities(IloNumVar[], int[], int, int) - Method in class ilog.opl.IloCplex
-
Sets branch priorities for a set of variables.
- setPriority(IloNumVar, int) - Method in class ilog.opl.IloCplex
-
Sets the branch priority for the variable
var.
- setProfiler(IloOplProfiler) - Method in class ilog.opl.IloOplSettings
-
Activates the OPL profiling feature.
- setRange(IloNumVar, double, double) - Method in class ilog.cp.IloCustomConstraint
-
This function can be called from the
execute member function of your subclass.
- setRelaxationLevel(int) - Method in class ilog.opl.IloOplSettings
-
- setResolverPath(String) - Method in class ilog.opl.IloOplSettings
-
Sets the path used to find resources (sub-models, data files, external libraries).
- setSearchPhases() - Method in class ilog.cp.IloCP
-
This method clears the search phases set on the
IloCP instance.
- setSearchPhases(IloSearchPhase) - Method in class ilog.cp.IloCP
-
This method specifies a search phase that need to be used to
instantiate variables in CP Optimizer embedded search.
- setSearchPhases(IloSearchPhase[]) - Method in class ilog.cp.IloCP
-
This method specifies the array of search phases that need to be used to
instantiate variables in CP Optimizer embedded search.
- setSense(IloObjectiveSense) - Method in interface ilog.concert.IloObjective
-
Sets the optimization sense of the invoking
IloObjective object.
- setSettings(IloOplSettings) - Method in class ilog.opl.IloOplModel
-
Replaces the settings object.
- setSettings(IloOplSettings) - Method in class ilog.opl.IloOplRunConfiguration
-
This member function specifies what OPL settings to use.
- setSize(IloIntervalVar, int) - Method in interface ilog.concert.IloSolution
-
Sets the size value (both minimum and
maximum) of interval variable
a to v in
the invoking solution.
- setSizeMax(int) - Method in interface ilog.concert.IloIntervalVar
-
This member function sets
t as the maximal size value of the invoking interval
variable.
- setSizeMax(IloIntervalVar, int) - Method in interface ilog.concert.IloSolution
-
Sets the maximal size value of interval
variable
a in the invoking solution to
max.
- setSizeMin(int) - Method in interface ilog.concert.IloIntervalVar
-
This member function sets
t as the minimal size value of the invoking interval
variable.
- setSizeMin(IloIntervalVar, int) - Method in interface ilog.concert.IloSolution
-
Sets the minimal size value of interval
variable
a in the invoking solution to
min.
- setSkipAssert(boolean) - Method in class ilog.opl.IloOplSettings
-
Skips the evaluation of model assert statements, or not.
- setSkipWarnNeverUsedElements(boolean) - Method in class ilog.opl.IloOplSettings
-
Skips the the detection of unused OPL elements.
- setSlicingCache(boolean) - Method in class ilog.opl.IloOplSettings
-
Tells OPL if the OPL slicing can cache results to get possible performance improvements.
- setSlope(double, double, double, double) - Method in interface ilog.concert.IloNumToNumSegmentFunction
-
This member function sets the value of the invoking piecewise linear function equal to
f,
associating for each x in [x1,x2) -> f(x) = v + slope * (x-x1).
- setSolution(IloNumVar[], double[], int, int) - Method in class ilog.opl.IloCplex.HeuristicCallback
-
Injects a solution to be used as the potential new incumbent.
- setSolution(IloNumVar[], double[]) - Method in class ilog.opl.IloCplex.HeuristicCallback
-
Injects a solution to be used as the potential new incumbent.
- setStart(IloIntervalVar, int) - Method in interface ilog.concert.IloSolution
-
Sets the start value (both minimum and
maximum) of interval variable
a to v in
the invoking solution.
- setStart(double[], double[], IloNumVar[], double[], double[], IloRange[]) - Method in class ilog.opl.IloCplex
-
- setStart(double[], double[], IloNumVar[], int, int, double[], double[], IloRange[], int, int) - Method in class ilog.opl.IloCplex
-
- setStart(double[], IloNumVar[], double[], IloRange[]) - Method in class ilog.opl.IloCplex.SolveCallback
-
Specifies a starting point for the next invocation of method
solve.
- setStart(double[], IloNumVar[], int, int, double[], IloRange[], int, int) - Method in class ilog.opl.IloCplex.SolveCallback
-
Specifies a starting point for the next invocation of the method
solve.
- setStart(IloCplex) - Method in class ilog.opl.IloOplCplexVectors
-
Restores the MIP start information.
- setStartingPoint(IloSolution) - Method in class ilog.cp.IloCP
-
This method sets solution
sp as the new
starting point for subsequent searches of the invoking CP
Optimizer engine.
- setStartMax(int) - Method in interface ilog.concert.IloIntervalVar
-
This member function sets
t as the maximal start value of the invoking interval
variable.
- setStartMax(IloIntervalVar, int) - Method in interface ilog.concert.IloSolution
-
Sets the maximal start value of interval
variable
a in the invoking solution to
max.
- setStartMin(int) - Method in interface ilog.concert.IloIntervalVar
-
This member function sets
t as the minimal start value of the invoking interval
variable.
- setStartMin(IloIntervalVar, int) - Method in interface ilog.concert.IloSolution
-
Sets the minimal start value of interval
variable
a in the invoking solution to
min.
- setSteps(IloNumArray, IloNumArray) - Method in interface ilog.concert.IloNumToNumStepFunction
-
This member function initializes the invoking function as a step function
whose steps are defined by the two arguments arrays
x and
v.
- setSymbolValue(int, String) - Method in interface ilog.concert.IloTupleBuffer
-
Sets the string column
columnIndex of the IloTupleSet with value.
- setSymbolValue(String, String) - Method in interface ilog.concert.IloTupleBuffer
-
Sets the string column
col of the IloTupleSet with value.
- setTmpDir(String) - Method in class ilog.opl.IloOplSettings
-
Sets the path to a directory for temporary files.
- setTupleValue(int, IloTuple) - Method in interface ilog.concert.IloTupleBuffer
-
Sets the sub-tuple
columnIndex of the IloTupleSet with value.
- setTupleValue(String, IloTuple) - Method in interface ilog.concert.IloTupleBuffer
-
Sets the sub-tuple
col of the IloTupleSet with value.
- setUB(double) - Method in interface ilog.concert.IloNumVar
-
Sets the upper bound of the invoking
IloNumVar object.
- setUB(double) - Method in interface ilog.concert.IloRange
-
Sets the upper bound of the ranged constraints.
- setValue(int) - Method in interface ilog.concert.IloLinearIntExprIterator
-
Sets the coefficient related to the
IloIntVar
accessed by the last call to the method next().
- setValue(double) - Method in interface ilog.concert.IloLinearNumExprIterator
-
Sets the coefficient related to the
IloIntVar
accessed by the last call to the method next().
- setValue(double, double, double) - Method in interface ilog.concert.IloNumToNumSegmentFunction
-
This member function sets the value of the invoking piecewise linear function to beant and equal to
v on the interval [x1,x2).
- setValue(double, double, double) - Method in interface ilog.concert.IloNumToNumStepFunction
-
This member function sets the value of the invoking step function to be
v on the interval
[x1, x2).
- setValue(IloNumVar, double) - Method in interface ilog.concert.IloSolution
-
- setValue(IloIntVar, int) - Method in interface ilog.concert.IloSolution
-
- setValue(int, int, int) - Method in interface ilog.concert.IloTransitionDistance
-
This member function sets the value of the invoking transition distance.
- setValue(IloNumVar, double) - Method in class ilog.cp.IloCustomConstraint
-
This function can be called from the
execute member function of your subclass.
- setWarning(OutputStream) - Method in class ilog.cp.IloCP
-
Sets the warning stream of the invoking
IloCP object.
- setWarning(OutputStream) - Method in class ilog.opl.IloCplex
-
Sets the warning stream of the invoking
IloCplex object.
- setWarning(OutputStream) - Method in class ilog.opl.IloOplFactory
-
Redirects all warning messages to the given stream
- setWithDataChecks(boolean) - Method in class ilog.opl.IloOplSettings
-
Tells OPL to perform data integrity checks for inputs or not.
- setWithJavaScript(boolean) - Method in class ilog.opl.IloOplSettings
-
Enables or disables Javascript support.
- setWithLocations(boolean) - Method in class ilog.opl.IloOplSettings
-
Generates locations for Concert objects, or not.
- setWithMultiEnv(boolean) - Method in class ilog.opl.IloOplSettings
-
Enables multi-env mode.
- setWithNames(boolean) - Method in class ilog.opl.IloOplSettings
-
Generates names for decision variables and constraints in Concert objects, or not.
- setWithWarnings(boolean) - Method in class ilog.opl.IloOplSettings
-
Forces OPL to output warnings or not
- shift(double, double) - Method in interface ilog.concert.IloNumToNumSegmentFunction
-
This member function shifts the invoking function from
dx to
the right if dx > 0 or -dx to the left if
dx < 0.
- shift(double) - Method in interface ilog.concert.IloNumToNumStepFunction
-
This member function shifts the invoking function from
dx to
the right if dx > 0 or from -dx to the left if
dx < 0.
- shift(double, double) - Method in interface ilog.concert.IloNumToNumStepFunction
-
This member function shifts the invoking function from
dx to
the right if dx > 0 or from -dx to the left if
dx < 0.
- SiftAlg - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- SiftDisplay - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- Sifting - Static variable in class ilog.opl.IloCplex.Algorithm
-
Selects the sifting algorithm.
- SiftingSimplex - Static variable in class ilog.opl.IloCplex.BooleanParam
-
Deprecated.
- SiftItLim - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- SiftItLim - Static variable in class ilog.opl.IloCplex.LongParam
-
Deprecated.
- SimDisplay - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- Simplex - Static variable in class ilog.opl.IloCplex.Param.Sifting
-
Simplex.
- SingleLine - Static variable in class ilog.cp.IloCP.ParameterValues
-
Parameter value of KPIDisplay indicating that all KPIs should be displayed on a single line in the log.
- SingLim - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- Singularity - Static variable in class ilog.opl.IloCplex.Param.Simplex.Limits
-
Singularity.
- sizeEval(IloIntervalVar, IloNumToNumSegmentFunction) - Method in class ilog.cp.IloCP
-
This method returns a numerical expression that represents the value of function
f evaluated on the size of interval variable a whenever the interval variable is
present.
- sizeEval(IloIntervalVar, IloNumToNumSegmentFunction, double) - Method in class ilog.cp.IloCP
-
This method returns a numerical expression that represents the value of function
f evaluated on the size of interval variable a whenever the interval variable is
present.
- sizeOf(IloIntervalVar) - Method in class ilog.cp.IloCP
-
This method returns an integer expression that represents the size of interval variable
a whenever the interval variable is present.
- sizeOf(IloIntervalVar, int) - Method in class ilog.cp.IloCP
-
This method returns an integer expression that represents the size of interval variable
a whenever the interval variable is present.
- sizeOfNext(IloIntervalSequenceVar, IloIntervalVar, int) - Method in class ilog.cp.IloCP
-
This method returns an integer expression that represents
the size of the interval variable that is next to interval
a in sequence variable seq.
- sizeOfNext(IloIntervalSequenceVar, IloIntervalVar, int, int) - Method in class ilog.cp.IloCP
-
This method returns an integer expression that represents
the size of the interval variable that is next to interval
a in sequence variable seq.
- sizeOfPrevious(IloIntervalSequenceVar, IloIntervalVar, int) - Method in class ilog.cp.IloCP
-
This method returns an integer expression that represents
the size of the interval variable that is previous to interval
a in sequence variable seq.
- sizeOfPrevious(IloIntervalSequenceVar, IloIntervalVar, int, int) - Method in class ilog.cp.IloCP
-
This method returns an integer expression that represents
the size of the interval variable that is previous to interval
a in sequence variable seq.
- SolLim - Static variable in class ilog.opl.IloCplex.CplexStatus
-
Solution Status constant.
- SolnPool - Static variable in class ilog.opl.IloCplex.CutType
-
= CPX_CUT_SOLNPOOL
- SolnPoolAGap - Static variable in class ilog.opl.IloCplex.DoubleParam
-
Deprecated.
- SolnPoolCapacity - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- SolnPoolGap - Static variable in class ilog.opl.IloCplex.DoubleParam
-
Deprecated.
- SolnPoolIntensity - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- SolnPoolReplace - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- solution() - Method in class ilog.cp.IloCP
-
This method creates and returns an instance of
IloSolution.
- solutionGoal(IloNumVar[], double[]) - Method in class ilog.opl.IloCplex
-
Creates and returns a solution goal.
- SolutionLimit - Static variable in class ilog.cp.IloCP.IntParam
-
Integer control parameter.
- Solutions - Static variable in class ilog.opl.IloCplex.Param.MIP.Limits
-
Solutions.
- Solutions - Static variable in class ilog.opl.IloCplex.Param.MIP.PolishAfter
-
Solutions.
- SolutionType - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- SolutionType - Static variable in class ilog.opl.IloCplex.Param
-
SolutionType.
- solve() - Method in class ilog.cp.IloCP
-
This method solves a problem using CP Optimizer's built-in strategy.
- Solve - Static variable in class ilog.opl.IloCplex.ConflictAlgorithm
-
Use full solve
- solve(int) - Method in class ilog.opl.IloCplex.HeuristicCallback
-
Solves the current node relaxation using a chosen algorithm.
- solve() - Method in class ilog.opl.IloCplex.HeuristicCallback
-
Solves the current node relaxation using the default algorithm.
- solve() - Method in class ilog.opl.IloCplex
-
Solves the active model.
- solve(IloCplex.Goal) - Method in class ilog.opl.IloCplex
-
This method solves the active MIP model using the search strategy specified
by
goal.
- solve(int) - Method in class ilog.opl.IloCplex.SolveCallback
-
Solves the current node using the algorithm
alg.
- solve() - Method in class ilog.opl.IloCplex.SolveCallback
-
Solves the current node using the default algorithm
(
IloCplex.Algorithm.Auto).
- SolveFixed - Static variable in class ilog.opl.IloCplex.MIPStartEffort
-
CPLEX solves the fixed problem specified by the MIP start.
- solveFixed() - Method in class ilog.opl.IloCplex
-
Solves the fixed active model.
- solveFixed(int) - Method in class ilog.opl.IloCplex
-
Solves the fixed active model.
- SolveMIP - Static variable in class ilog.opl.IloCplex.MIPStartEffort
-
CPLEX solves a subMIP specified by the MIP start.
- SolveTime - Static variable in class ilog.cp.IloCP.DoubleInfo
-
Double info parameter.
- SOS1(IloNumVar[], double[]) - Method in interface ilog.concert.IloMPModeler
-
Creates an SOS of type 1 with the specified variables and weights.
- SOS1(IloNumVar[], double[], int, int) - Method in interface ilog.concert.IloMPModeler
-
Creates an SOS of type 1 with the
num specified variables and weights, starting
from the index specified by start.
- SOS1(IloNumVar[], double[], String) - Method in interface ilog.concert.IloMPModeler
-
Creates an SOS of type 1 with the specified variables and weights and names the new SOS.
- SOS1(IloNumVar[], double[], int, int, String) - Method in interface ilog.concert.IloMPModeler
-
Creates an SOS of type 1 with the
num specified variables and weights, starting
from the index specified by start, and assigns the new SOS a name.
- SOS1(IloNumVar[], double[]) - Method in class ilog.opl.IloCplex
-
- SOS1(IloNumVar[], double[], int, int) - Method in class ilog.opl.IloCplex
-
- SOS1(IloNumVar[], double[], String) - Method in class ilog.opl.IloCplex
-
- SOS1(IloNumVar[], double[], int, int, String) - Method in class ilog.opl.IloCplex
-
- SOS1iterator() - Method in class ilog.opl.IloCplex
-
Returns an iterator over all
IloSOS1 objects in the active
model.
- SOS1Reform - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- SOS1Reform - Static variable in class ilog.opl.IloCplex.Param.Preprocessing
-
SOS1Reform.
- SOS2(IloNumVar[], double[]) - Method in interface ilog.concert.IloMPModeler
-
Creates an SOS of type 2 with the specified variables and weights.
- SOS2(IloNumVar[], double[], int, int) - Method in interface ilog.concert.IloMPModeler
-
Creates an SOS of type 2 with the
num specified variables and weights, starting
from the index specified by start.
- SOS2(IloNumVar[], double[], String) - Method in interface ilog.concert.IloMPModeler
-
Creates an SOS of type 2 with the specified variables and weights, and assigns the new SOS its
name.
- SOS2(IloNumVar[], double[], int, int, String) - Method in interface ilog.concert.IloMPModeler
-
Creates an SOS of type 2 with the
num specified variables and weights, starting
from the index specified by start, and assigns the new SOS its name.
- SOS2(IloNumVar[], double[]) - Method in class ilog.opl.IloCplex
-
- SOS2(IloNumVar[], double[], int, int) - Method in class ilog.opl.IloCplex
-
- SOS2(IloNumVar[], double[], String) - Method in class ilog.opl.IloCplex
-
- SOS2(IloNumVar[], double[], int, int, String) - Method in class ilog.opl.IloCplex
-
- SOS2iterator() - Method in class ilog.opl.IloCplex
-
Returns an iterator over all
IloSOS2 objects in the active
model.
- SOS2Reform - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- SOS2Reform - Static variable in class ilog.opl.IloCplex.Param.Preprocessing
-
SOS2Reform.
- span(IloIntervalVar, IloIntervalVar[], String) - Method in class ilog.cp.IloCP
-
This method creates a span constraint between interval variable
a and the set
of interval variables in the array bs.
- span(IloIntervalVar, IloIntervalVar[]) - Method in class ilog.cp.IloCP
-
This method creates a span constraint between interval variable
a and the set
of interval variables in the array bs.
- square(IloNumExpr) - Method in interface ilog.concert.IloModeler
-
Creates and returns an expression representing the
square of the expression
e (that is, e * e).
- square(IloIntExpr) - Method in interface ilog.concert.IloModeler
-
Creates and returns the new integer expression
e^2.
- standardDeviation(IloIntExpr[]) - Method in class ilog.cp.IloCP
-
This method creates a new constrained numeric expression which is equal to the standard deviation of the values
of the expressions in the array
exprs.
- standardDeviation(IloIntExpr[], double, double) - Method in class ilog.cp.IloCP
-
This method creates a new constrained numeric expression which is equal to the standard deviation of the values
of the expressions in the array
exprs.
- standardDeviation(IloIntExprArray, double, double) - Method in class ilog.cp.IloCP
-
- StartAlg - Static variable in class ilog.opl.IloCplex.Param.Barrier
-
StartAlg.
- StartAlg - Static variable in class ilog.opl.IloCplex.Param.MIP.SubMIP
-
StartAlg.
- startArray() - Method in class ilog.opl.IloOplDataHandler
-
Start defining an array.
- startAtEnd(IloIntervalVar, IloIntervalVar) - Method in class ilog.cp.IloCP
-
This method returns a constraint that states that whenever both interval variables
a and b are present, the distance end(b)-start(a)between the start of
interval a and the end of interval b must be equal to 0.
- startAtEnd(IloIntervalVar, IloIntervalVar, int) - Method in class ilog.cp.IloCP
-
This method returns a constraint that states that whenever both interval variables
a and b are present, the distance end(b)-start(a)between the start of
interval a and the end of interval b must be equal to z.
- startAtEnd(IloIntervalVar, IloIntervalVar, IloIntExpr) - Method in class ilog.cp.IloCP
-
This method returns a constraint that states that whenever both interval variables
a and b are present, the distance end(b)-start(a)between the start of
interval a and the end of interval b must be equal to z.
- startAtStart(IloIntervalVar, IloIntervalVar) - Method in class ilog.cp.IloCP
-
This method returns a constraint that states that whenever both interval variables
a and b are present, the distance start(b)-start(a)between the start of
interval a and the start of interval b must be equal to 0.
- startAtStart(IloIntervalVar, IloIntervalVar, int) - Method in class ilog.cp.IloCP
-
This method returns a constraint that states that whenever both interval variables
a and b are present, the distance start(b)-start(a)between the start of
interval a and the start of interval b must be equal to z.
- startAtStart(IloIntervalVar, IloIntervalVar, IloIntExpr) - Method in class ilog.cp.IloCP
-
This method returns a constraint that states that whenever both interval variables
a and b are present, the distance start(b)-start(a)between the start of
interval a and the start of interval b must be equal to z.
- startBeforeEnd(IloIntervalVar, IloIntervalVar) - Method in class ilog.cp.IloCP
-
This method returns a constraint that states that whenever both interval variables
a and b are present, the distance end(b)-start(a)between the start of
interval a and the end of interval b must be greater than or equal to 0.
- startBeforeEnd(IloIntervalVar, IloIntervalVar, int) - Method in class ilog.cp.IloCP
-
This method returns a constraint that states that whenever both interval variables
a and b are present, the distance end(b)-start(a)between the start of
interval a and the end of interval b must be greater than or equal to z.
- startBeforeEnd(IloIntervalVar, IloIntervalVar, IloIntExpr) - Method in class ilog.cp.IloCP
-
This method returns a constraint that states that whenever both interval variables
a and b are present, the distance end(b)-start(a)between the start of
interval a and the end of interval b must be greater than or equal to z.
- startBeforeStart(IloIntervalVar, IloIntervalVar) - Method in class ilog.cp.IloCP
-
This method returns a constraint that states that whenever both interval variables
a and b are present, the distance start(b)-start(a)between the start of
interval a and the start of interval b must be greater than or equal to 0.
- startBeforeStart(IloIntervalVar, IloIntervalVar, int) - Method in class ilog.cp.IloCP
-
This method returns a constraint that states that whenever both interval variables
a and b are present, the distance start(b)-start(a)between the start of
interval a and the start of interval b must be greater than or equal to z.
- startBeforeStart(IloIntervalVar, IloIntervalVar, IloIntExpr) - Method in class ilog.cp.IloCP
-
This method returns a constraint that states that whenever both interval variables
a and b are present, the distance start(b)-start(a)between the start of
interval a and the start of interval b must be greater than or equal to z.
- startElement(String) - Method in class ilog.opl.IloOplDataHandler
-
Start defining a named data element.
- startEval(IloIntervalVar, IloNumToNumSegmentFunction) - Method in class ilog.cp.IloCP
-
This method returns a numerical expression that represents the value of function
f evaluated on the start of interval variable a whenever the interval variable is
present.
- startEval(IloIntervalVar, IloNumToNumSegmentFunction, double) - Method in class ilog.cp.IloCP
-
This method returns a numerical expression that represents the value of function
f evaluated on the start of interval variable a whenever the interval variable is
present.
- startIndexedArray() - Method in class ilog.opl.IloOplDataHandler
-
Starts defining an indexed array, providing item indices and values.
- startItemTupleIndex() - Method in class ilog.opl.IloOplDataHandler
-
Starts the next item's index.
- startNamedTuple() - Method in class ilog.opl.IloOplDataHandler
-
Starts defining a named tuple, providing component names and values.
- startNewSearch() - Method in class ilog.cp.IloCP
-
This method starts a new search using the built-in strategy of
IloCP
- startOf(IloIntervalVar) - Method in class ilog.cp.IloCP
-
This method returns an integer expression that represents the start of interval variable
a whenever the interval variable is present.
- startOf(IloIntervalVar, int) - Method in class ilog.cp.IloCP
-
This method returns an integer expression that represents the start of interval variable
a whenever the interval variable is present.
- startOfNext(IloIntervalSequenceVar, IloIntervalVar, int) - Method in class ilog.cp.IloCP
-
This method returns an integer expression that represents
the start of the interval variable that is next to interval
a in sequence variable seq.
- startOfNext(IloIntervalSequenceVar, IloIntervalVar, int, int) - Method in class ilog.cp.IloCP
-
This method returns an integer expression that represents
the start of the interval variable that is next to interval
a in sequence variable seq.
- startOfPrevious(IloIntervalSequenceVar, IloIntervalVar, int) - Method in class ilog.cp.IloCP
-
This method returns an integer expression that represents
the start of the interval variable that is previous to interval
a in sequence variable seq.
- startOfPrevious(IloIntervalSequenceVar, IloIntervalVar, int, int) - Method in class ilog.cp.IloCP
-
This method returns an integer expression that represents
the start of the interval variable that is previous to interval
a in sequence variable seq.
- startSet() - Method in class ilog.opl.IloOplDataHandler
-
Starts defining a set.
- startTuple() - Method in class ilog.opl.IloOplDataHandler
-
Starts defining a tuple.
- stateFunction() - Method in class ilog.cp.IloCP
-
This method creates an instance of state function.
- stateFunction(String) - Method in class ilog.cp.IloCP
-
This method creates an instance of state function.
- stateFunction(IloTransitionDistance) - Method in class ilog.cp.IloCP
-
This method creates an instance of state function with transition distance
t.
- stateFunction(IloTransitionDistance, String) - Method in class ilog.cp.IloCP
-
This method creates an instance of state function with transition distance
t.
- StateFunctionInferenceLevel - Static variable in class ilog.cp.IloCP.IntParam
-
Integer control parameter.
- staticLex(IloNumExpr[], String) - Method in class ilog.cp.IloCP
-
This function defines a multicriteria expression for lexicographic ordering.
- staticLex(IloNumExpr[]) - Method in class ilog.cp.IloCP
-
This function defines a multicriteria expression for lexicographic ordering.
- staticLex(IloNumExpr, IloNumExpr) - Method in class ilog.cp.IloCP
-
This function defines a multicriteria expression for lexicographic ordering.
- staticLex(IloNumExpr, IloNumExpr, IloNumExpr) - Method in class ilog.cp.IloCP
-
This function defines a multicriteria expression for lexicographic ordering.
- staticLex(IloNumExpr, IloNumExpr, IloNumExpr, IloNumExpr) - Method in class ilog.cp.IloCP
-
This function defines a multicriteria expression for lexicographic ordering.
- Steep - Static variable in class ilog.opl.IloCplex.DualPricing
-
Steepest-edge pricing.
- Steep - Static variable in class ilog.opl.IloCplex.PrimalPricing
-
Steepest-edge pricing.
- SteepQStart - Static variable in class ilog.opl.IloCplex.DualPricing
-
Steepest- edge pricing, unit initial norms.
- SteepQStart - Static variable in class ilog.opl.IloCplex.PrimalPricing
-
Steepest-edge pricing with slack initial norms.
- step(int, int) - Method in class ilog.cp.IloCP
-
This method returns an elementary cumul function expression that is equal to
0
before point t and equal to v after point t.
- stepAtEnd(IloIntervalVar, int) - Method in class ilog.cp.IloCP
-
This method returns an elementary cumul function expression that, whenever interval variable
a is present, is equal to 0 before the end of a and equal to
v after the end of a.
- stepAtEnd(IloIntervalVar, int, int) - Method in class ilog.cp.IloCP
-
This method returns an elementary cumul function expression that, whenever interval variable
a is present, is equal to a 0 before the end of a and equal to a value
v such that vmin <= v <= vmax after the end of a.
- stepAtStart(IloIntervalVar, int) - Method in class ilog.cp.IloCP
-
This method returns an elementary cumul function expression that, whenever interval variable
a is present, is equal to 0 before the start of a and equal to
v after the start of a.
- stepAtStart(IloIntervalVar, int, int) - Method in class ilog.cp.IloCP
-
This method returns an elementary cumul function expression that, whenever interval variable
a is present, is equal to a 0 before the start of a and equal to a value
v such that vmin <= v <= vmax after the start of a.
- store() - Method in interface ilog.concert.IloSolution
-
Stores the values of the objects added to the solution.
- store(IloSolution) - Method in class ilog.cp.IloCP
-
This method stores the values of the objects added to
solution by examining their current
values in the invoking IloCP
- Strategy - Static variable in class ilog.opl.IloCplex.Param.Benders
-
Strategy.
- strictLexicographic(IloIntExpr[], IloIntExpr[]) - Method in class ilog.cp.IloCP
-
Creates and returns a constraint which maintains two arrays to be lexicographically ordered.
- StringType - Static variable in class ilog.opl.IloCplex.Parameter
-
- strong(IloIntVar[]) - Method in class ilog.cp.IloCP
-
An instance of a
strong constraint strengthens the model on the
variables of the array given as argument.
- Strong - Static variable in class ilog.opl.IloCplex.VariableSelect
-
Strong branching.
- StrongCand - Static variable in class ilog.opl.IloCplex.Param.MIP.Limits
-
StrongCand.
- StrongCandLim - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- StrongIt - Static variable in class ilog.opl.IloCplex.Param.MIP.Limits
-
StrongIt.
- StrongItLim - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- StrongItLim - Static variable in class ilog.opl.IloCplex.LongParam
-
Deprecated.
- sub(IloCumulFunctionExpr) - Method in interface ilog.concert.IloCumulFunctionExpr
-
This operator subtracts cumul function expression
f from the invoking cumul function expression.
- sub(IloNumToNumSegmentFunction) - Method in interface ilog.concert.IloNumToNumSegmentFunction
-
This operator subtracts the argument function
fct from the
invoking piecewise linear function.
- sub(IloNumToNumStepFunction) - Method in interface ilog.concert.IloNumToNumStepFunction
-
This operator subtracts the argument function
fct from the
invoking step function.
- SubAlg - Static variable in class ilog.opl.IloCplex.Param.MIP.SubMIP
-
SubAlg.
- subCircuit(IloIntExpr[]) - Method in class ilog.cp.IloCP
-
Creates and returns a circuit-imposing constraint in a model.
- SubMIPNodeLimit - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- SubMIPNodeLimit - Static variable in class ilog.opl.IloCplex.LongParam
-
Deprecated.
- SubMIPScale - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- SubMIPStartAlg - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- SubMIPSubAlg - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- subsume(double, double) - Method in class ilog.opl.IloCplex.NodeEvaluator
-
When choosing the next node to be processed,
IloCplex maintains
a candidate node to pick.
- sum(IloNumExpr, double) - Method in interface ilog.concert.IloModeler
-
Creates and returns an expression representing the
sum of a numeric expression and a value.
- sum(double, IloNumExpr) - Method in interface ilog.concert.IloModeler
-
Creates and returns an expression representing the
sum of a value and a numeric expression.
- sum(IloNumExpr, IloNumExpr) - Method in interface ilog.concert.IloModeler
-
Adds two numeric expressions and returns the sum.
- sum(IloNumExpr, IloNumExpr, IloNumExpr) - Method in interface ilog.concert.IloModeler
-
Adds three numeric expressions and returns their sum.
- sum(IloNumExpr, IloNumExpr, IloNumExpr, IloNumExpr) - Method in interface ilog.concert.IloModeler
-
Adds four numeric expressions and returns the sum.
- sum(IloNumExpr, IloNumExpr, IloNumExpr, IloNumExpr, IloNumExpr) - Method in interface ilog.concert.IloModeler
-
Adds five numeric expressions and returns the sum.
- sum(IloNumExpr, IloNumExpr, IloNumExpr, IloNumExpr, IloNumExpr, IloNumExpr) - Method in interface ilog.concert.IloModeler
-
Adds six numeric expressions and returns the sum.
- sum(IloNumExpr, IloNumExpr, IloNumExpr, IloNumExpr, IloNumExpr, IloNumExpr, IloNumExpr) - Method in interface ilog.concert.IloModeler
-
Adds seven numeric expressions and returns the sum.
- sum(IloNumExpr, IloNumExpr, IloNumExpr, IloNumExpr, IloNumExpr, IloNumExpr, IloNumExpr, IloNumExpr) - Method in interface ilog.concert.IloModeler
-
Adds eight numeric expressions and returns the sum.
- sum(IloNumExpr[], int, int) - Method in interface ilog.concert.IloModeler
-
Creates and returns an expression representing the sum of
the
num expressions provided as terms
in the array expr
starting with element start.
- sum(IloNumExpr[]) - Method in interface ilog.concert.IloModeler
-
Creates and returns an expression representing the sum of
the expressions provided as terms in the array
expr.
- sum(IloIntExpr, int) - Method in interface ilog.concert.IloModeler
-
Creates and returns an integer expression representing the sum of
an integer expression and a value.
- sum(int, IloIntExpr) - Method in interface ilog.concert.IloModeler
-
Creates and returns an integer expression representing the sum of
a value and an integer expression.
- sum(IloIntExpr, IloIntExpr) - Method in interface ilog.concert.IloModeler
-
Adds two integer expressions and returns the sum.
- sum(IloIntExpr, IloIntExpr, IloIntExpr) - Method in interface ilog.concert.IloModeler
-
Adds three integer expressions and returns the sum.
- sum(IloIntExpr, IloIntExpr, IloIntExpr, IloIntExpr) - Method in interface ilog.concert.IloModeler
-
Adds four integer expressions and returns the sum.
- sum(IloIntExpr, IloIntExpr, IloIntExpr, IloIntExpr, IloIntExpr) - Method in interface ilog.concert.IloModeler
-
Adds five integer expressions and returns the sum.
- sum(IloIntExpr, IloIntExpr, IloIntExpr, IloIntExpr, IloIntExpr, IloIntExpr) - Method in interface ilog.concert.IloModeler
-
Adds six integer expressions and returns the sum.
- sum(IloIntExpr, IloIntExpr, IloIntExpr, IloIntExpr, IloIntExpr, IloIntExpr, IloIntExpr) - Method in interface ilog.concert.IloModeler
-
Adds seven integer expressions and returns the sum.
- sum(IloIntExpr, IloIntExpr, IloIntExpr, IloIntExpr, IloIntExpr, IloIntExpr, IloIntExpr, IloIntExpr) - Method in interface ilog.concert.IloModeler
-
Adds eight integer expressions and returns the sum.
- sum(IloIntExpr[], int, int) - Method in interface ilog.concert.IloModeler
-
Creates and returns an integer expression representing the sum of
the
num expressions provided in the array expr
starting with element start.
- sum(IloIntExpr[]) - Method in interface ilog.concert.IloModeler
-
Creates and returns an integer expression representing the sum of
the expressions provided in the array
expr.
- sum(IloIntExpr[]) - Method in class ilog.cp.IloCP
-
Creates and returns an integer expression representing the sum of the expressions provided in the array
exprs.
- sum(IloNumExpr[]) - Method in class ilog.cp.IloCP
-
Creates and returns an expression representing the sum of the expressions provided as terms in the array
expr.
- sum(IloCumulFunctionExpr, IloCumulFunctionExpr) - Method in class ilog.cp.IloCP
-
This operator returns a cumul function expression equal to the sum of its arguments.
- SumCompSlack - Static variable in class ilog.opl.IloCplex.QualityType
-
- SumDualInfeas - Static variable in class ilog.opl.IloCplex.QualityType
-
- SumDualResidual - Static variable in class ilog.opl.IloCplex.QualityType
-
- SumIntInfeas - Static variable in class ilog.opl.IloCplex.QualityType
-
- SumPi - Static variable in class ilog.opl.IloCplex.QualityType
-
- SumPrimalInfeas - Static variable in class ilog.opl.IloCplex.QualityType
-
- SumPrimalResidual - Static variable in class ilog.opl.IloCplex.QualityType
-
- SumRedCost - Static variable in class ilog.opl.IloCplex.QualityType
-
- SumScaledDualInfeas - Static variable in class ilog.opl.IloCplex.QualityType
-
- SumScaledDualResidual - Static variable in class ilog.opl.IloCplex.QualityType
-
- SumScaledPi - Static variable in class ilog.opl.IloCplex.QualityType
-
- SumScaledPrimalInfeas - Static variable in class ilog.opl.IloCplex.QualityType
-
- SumScaledPrimalResidual - Static variable in class ilog.opl.IloCplex.QualityType
-
- SumScaledRedCost - Static variable in class ilog.opl.IloCplex.QualityType
-
- SumScaledSlack - Static variable in class ilog.opl.IloCplex.QualityType
-
- SumScaledX - Static variable in class ilog.opl.IloCplex.QualityType
-
- SumSlack - Static variable in class ilog.opl.IloCplex.QualityType
-
- SumX - Static variable in class ilog.opl.IloCplex.QualityType
-
- symbolSet() - Method in class ilog.opl.IloOplFactory
-
Creates a set of strings.
- Symmetry - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- Symmetry - Static variable in class ilog.opl.IloCplex.Param.Preprocessing
-
Symmetry.
- synchronize(IloIntervalVar, IloIntervalVar[], String) - Method in class ilog.cp.IloCP
-
Deprecated.
Deprecated since V20.1
This method creates a synchronization constraint between interval variable a
and the set of interval variables in the array bs.
Note: This constraint cannot be used in a logical constraint.
The use of this method is deprecated since V20.1. Please use combination of
startAtStart and endAtEnd constraints instead.
- synchronize(IloIntervalVar, IloIntervalVar[]) - Method in class ilog.cp.IloCP
-
Deprecated.
Deprecated since V20.1
This method creates a synchronization constraint between interval variable a
and the set of interval variables in the array bs.
Note: This constraint cannot be used in a logical constraint.
The use of this method is deprecated since V20.1. Please use combination of
startAtStart and endAtEnd constraints instead.
T
- Table - Static variable in class ilog.opl.IloCplex.CutType
-
= CPX_CUT_TABLE
- TemporalRelaxation - Static variable in class ilog.cp.IloCP.IntParam
-
Integer control parameter.
- Terse - Static variable in class ilog.cp.IloCP.ParameterValues
-
Parameter value of LogVerbosity indicating there should be terse log output.
- Threads - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- Threads - Static variable in class ilog.opl.IloCplex.Param
-
Threads.
- Tighten - Static variable in class ilog.opl.IloCplex.CutType
-
= CPX_CUT_TIGHTEN
- TiLim - Static variable in class ilog.opl.IloCplex.DoubleParam
-
Deprecated.
- Time - Static variable in class ilog.opl.IloCplex.Param.MIP.PolishAfter
-
Time.
- TimeLim - Static variable in class ilog.opl.IloCplex.TuningStatus
-
Tuning reached time limit.
- TimeLimit - Static variable in class ilog.cp.IloCP.DoubleParam
-
This parameter limits the CPU time spent solving before terminating a search.
- TimeLimit - Static variable in class ilog.opl.IloCplex.Param
-
TimeLimit.
- TimeLimit - Static variable in class ilog.opl.IloCplex.Param.Tune
-
TimeLimit.
- TimeMode - Static variable in class ilog.cp.IloCP.IntParam
-
Integer control parameter.
- Tolerance - Static variable in class ilog.opl.IloCplex.Param.Feasopt
-
Tolerance.
- toString() - Method in class ilog.opl.IloCplex.BasisStatus
-
Transforms the status into a human readable string.
- toString() - Method in class ilog.opl.IloCplex.BooleanParam
-
- toString() - Method in class ilog.opl.IloCplex.BranchDirection
-
- toString() - Method in class ilog.opl.IloCplex.BranchType
-
Returns a string representing the invoking branch type.
- toString() - Method in class ilog.opl.IloCplex.ConflictStatus
-
- toString() - Method in class ilog.opl.IloCplex.CplexStatus
-
- toString() - Method in class ilog.opl.IloCplex.DoubleParam
-
- toString() - Method in class ilog.opl.IloCplex.IntegerFeasibilityStatus
-
- toString() - Method in class ilog.opl.IloCplex.IntParam
-
- toString() - Method in class ilog.opl.IloCplex.LongParam
-
- toString() - Method in class ilog.opl.IloCplex.NodeId
-
Returns a string with the numeric value of the invoking node identifier.
- toString() - Method in class ilog.opl.IloCplex.Quality
-
Returns a string with the numeric value of the invoking quality measure.
- toString() - Method in class ilog.opl.IloCplex.Status
-
Transforms status into a human-readable string.
- toString() - Method in class ilog.opl.IloCplex.StringParam
-
- toString() - Method in class ilog.opl.IloOplDataElements
-
- toString() - Method in class ilog.opl.IloOplElement
-
- toString() - Method in class ilog.opl.IloOplModel
-
- toString() - Method in class ilog.opl.IloOplProfilerI.Section
-
- toStringDisplay() - Method in class ilog.opl.IloOplElement
-
- TotalTime - Static variable in class ilog.cp.IloCP.DoubleInfo
-
Double info parameter.
- Traditional - Static variable in class ilog.opl.IloCplex.MIPSearch
-
Use traditional branch-and-cut search.
- transitionDistance(int, String) - Method in class ilog.cp.IloCP
-
This method returns an instance of transition distance of the specified size
i.
- transitionDistance(int) - Method in class ilog.cp.IloCP
-
This method returns an instance of transition distance of the specified size
i.
- transitionDistance(int[][], String) - Method in class ilog.cp.IloCP
-
This method returns an instance of transition distance.
- transitionDistance(int[][]) - Method in class ilog.cp.IloCP
-
This method returns an instance of transition distance.
- TreeMemory - Static variable in class ilog.opl.IloCplex.Param.MIP.Limits
-
TreeMemory.
- TreLim - Static variable in class ilog.opl.IloCplex.DoubleParam
-
Deprecated.
- trueConstraint() - Method in class ilog.cp.IloCP
-
Creates and returns a new constraint that is always true.
- tuneParam() - Method in class ilog.opl.IloCplex
-
Tunes the parameters for improved optimizer performance on the current model.
- tuneParam(IloCplex.ParameterSet) - Method in class ilog.opl.IloCplex
-
Tunes the parameters for improved optimizer performance on the current model
while leaving some parameters unchanged.
- tuneParam(String[]) - Method in class ilog.opl.IloCplex
-
Tunes the parameters for improved optimizer performance on a set of models.
- tuneParam(String[], IloCplex.ParameterSet) - Method in class ilog.opl.IloCplex
-
Tunes the parameters for improved optimizer performance on a set of models
while leaving some parameters unchanged.
- tuneParam(IloCplex.ParameterSet, IloCplex.ParameterSet, IloStringArray) - Method in class ilog.opl.IloOplProject
-
- tuneParam(IloCplex.ParameterSet, IloCplex.ParameterSet, IloStringArray, IloOplSettings) - Method in class ilog.opl.IloOplProject
-
- TuningDetTiLim - Static variable in class ilog.opl.IloCplex.DoubleParam
-
Deprecated.
- TuningDisplay - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- TuningMeasure - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- TuningRepeat - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- TuningTiLim - Static variable in class ilog.opl.IloCplex.DoubleParam
-
Deprecated.
- typeOfNext(IloIntervalSequenceVar, IloIntervalVar, int) - Method in class ilog.cp.IloCP
-
This method returns an integer expression that represents
the type of the interval variable that is next to interval
a in sequence variable seq.
- typeOfNext(IloIntervalSequenceVar, IloIntervalVar, int, int) - Method in class ilog.cp.IloCP
-
This method returns an integer expression that represents
the type of the interval variable that is next to interval
a in sequence variable seq.
- typeOfPrevious(IloIntervalSequenceVar, IloIntervalVar, int) - Method in class ilog.cp.IloCP
-
This method returns an integer expression that represents
the type of the interval variable that is previous to interval
a in sequence variable seq.
- typeOfPrevious(IloIntervalSequenceVar, IloIntervalVar, int, int) - Method in class ilog.cp.IloCP
-
This method returns an integer expression that represents
the type of the interval variable that is previous to interval
a in sequence variable seq.
U
- Unbounded - Static variable in class ilog.opl.IloCplex.CplexStatus
-
Solution Status constant.
- Unbounded - Static variable in class ilog.opl.IloCplex.Status
-
The
Unbounded solution status indicates that the
IloCplex optimizer has determined that the model is unbounded.
- unconvertAllIntVars() - Method in class ilog.opl.IloOplModel
-
Undoes the effects of
IloOplModel.convertAllIntVars()
- Unknown - Static variable in class ilog.opl.IloCplex.CplexStatus
-
Solution Status constant.
- Unknown - Static variable in class ilog.opl.IloCplex.Status
-
The
Unknown solution status indicates that the optimizer has not
gathered any information about the active model.
- UnknownType - Static variable in class ilog.opl.IloCplex.Parameter
-
- Up - Static variable in class ilog.opl.IloCplex.BranchDirection
-
Upwards branch direction.
- Upper - Static variable in class ilog.concert.IloNumVarBoundType
-
Upper bound type.
- upperBound(IloNumVar) - Method in class ilog.opl.IloCplex
-
Creates and returns an object of type
IloNumVarBound to
represent the upper bound of variable var.
- UpperCutoff - Static variable in class ilog.opl.IloCplex.Param.MIP.Tolerances
-
UpperCutoff.
- UpperObj - Static variable in class ilog.opl.IloCplex.Param.Simplex.Limits
-
UpperObj.
- UpperObjStop - Static variable in class ilog.opl.IloCplex.DoubleParam
-
Deprecated.
- UpperObjStop - Static variable in class ilog.opl.IloCplex.Param.MIP.Limits
-
UpperObjStop.
- use(IloCplex.Aborter) - Method in class ilog.opl.IloCplex
-
Instructs the invoking object to use the aborter to control termination of
its solving and tuning methods.
- use(IloCplex.Callback) - Method in class ilog.opl.IloCplex
-
Installs a user-written callback.
- UseCutFilter - Static variable in class ilog.opl.IloCplex.CutManagement
-
The cut is treated exactly as cuts generated by CPLEX.
- UseCutForce - Static variable in class ilog.opl.IloCplex.CutManagement
-
The cut is added to the relaxation and remains there.
- UseCutPurge - Static variable in class ilog.opl.IloCplex.CutManagement
-
The cut is added to the relaxation, but can be purged later if CPLEX
determines that the cut is ineffective.
- UseFileLocations - Static variable in class ilog.cp.IloCP.IntParam
-
This parameter controls whether CP Optimizer processes file locations.
- User - Static variable in class ilog.opl.IloCplex.BendersStrategy
-
User
- User - Static variable in class ilog.opl.IloCplex.CutType
-
= CPX_CUT_USER
- UserSolution - Static variable in class ilog.opl.IloCplex.SolutionSource
-
The integral solution was found by the user's heuristic callback callback
function.
- usesGC() - Method in class ilog.opl.IloOplSettings
-
Returns
IloTrue if Javascript garbage collector is enabled.
- useSolution() - Method in class ilog.opl.IloCplex.SolveCallback
-
Instructs
IloCplex to use a solution.
V
- value() - Method in class ilog.cp.IloCP
-
This method returns a value evaluator.
- valueImpact() - Method in class ilog.cp.IloCP
-
This method returns a value evaluator.
- valueIndex(int[], int) - Method in class ilog.cp.IloCP
-
This method returns a value evaluator.
- valueIndex(int[]) - Method in class ilog.cp.IloCP
-
This method is a shortcut to
valueIndex(vals, -1);
- valueOf(String) - Static method in enum ilog.cp.IloCP.Callback.Reason
-
Returns the enum constant of this type with the specified name.
- valueOf(String) - Static method in enum ilog.cp.IloCP.ConflictStatus
-
Returns the enum constant of this type with the specified name.
- values() - Static method in enum ilog.cp.IloCP.Callback.Reason
-
Returns an array containing the constants of this enum type, in
the order they are declared.
- values() - Static method in enum ilog.cp.IloCP.ConflictStatus
-
Returns an array containing the constants of this enum type, in
the order they are declared.
- valueSuccessRate() - Method in class ilog.cp.IloCP
-
This method returns a value evaluator.
- Variables - Static variable in class ilog.opl.IloCplex.Param.Read
-
Deprecated.
- VariableSelect - Static variable in class ilog.opl.IloCplex.Param.MIP.Strategy
-
VariableSelect.
- varImpact() - Method in class ilog.cp.IloCP
-
This method returns a variable evaluator.
- varIndex(IloIntVar[]) - Method in class ilog.cp.IloCP
-
This method is a shortcut to
varIndex(vars, -1).
- varIndex(IloIntVar[], int) - Method in class ilog.cp.IloCP
-
This method returns a variable evaluator.
- varLocalImpact(int) - Method in class ilog.cp.IloCP
-
This method returns a variable evaluator.
- varLocalImpact() - Method in class ilog.cp.IloCP
-
This method is a shortcut to
varLocalImpact(-1).
- VarSel - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- varSuccessRate() - Method in class ilog.cp.IloCP
-
This method returns a variable evaluator.
- Verbose - Static variable in class ilog.cp.IloCP.ParameterValues
-
Parameter value of LogVerbosity indicating there should be a maximum amount of log output.
- violate() - Method in class ilog.cp.IloCustomConstraint
-
This function can be called from the
execute member function of your subclass.
W
- Warn - Static variable in class ilog.opl.IloCplex.DataCheck
-
Data checking on input.
- warning() - Method in class ilog.cp.IloCP
-
Returns the warning output stream of the invoking
IloCP object.
- warning() - Method in class ilog.opl.IloCplex
-
Returns the warning output stream of the invoking
IloCplex
object.
- WarningLevel - Static variable in class ilog.cp.IloCP.IntParam
-
This parameter controls the level of warnings issued by CP
Optimizer when a solve is launched.
- WarningLimit - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- WarningLimit - Static variable in class ilog.opl.IloCplex.LongParam
-
Deprecated.
- WarningLimit - Static variable in class ilog.opl.IloCplex.Param.Read
-
WarningLimit.
- WorkDir - Static variable in class ilog.opl.IloCplex.Param
-
WorkDir.
- WorkDir - Static variable in class ilog.opl.IloCplex.StringParam
-
Deprecated.
- WorkerAlgorithm - Static variable in class ilog.opl.IloCplex.Param.Benders
-
WorkerAlgorithm.
- WorkerId - Static variable in class ilog.cp.IloCPEngine.IntInfo
-
CP Optimizer assigns an ID to each local worker when solving
in parallel.
- Workers - Static variable in class ilog.cp.IloCP.IntParam
-
Integer control parameter.
- Workers - Static variable in class ilog.opl.IloCplex.BendersStrategy
-
Workers
- WorkMem - Static variable in class ilog.opl.IloCplex.DoubleParam
-
Deprecated.
- WorkMem - Static variable in class ilog.opl.IloCplex.Param
-
WorkMem.
- writeAnnotations(String) - Method in class ilog.opl.IloCplex
-
Write all annotations to a file.
- writeBasis(String) - Method in class ilog.opl.IloCplex
-
Writes the current simplex basis to the file indicated by
name.
- writeBendersAnnotation(String) - Method in class ilog.opl.IloCplex
-
Writes the annotation of the decompostion CPLEX automatically generates for
the model of the CPLEX problem object to the specified file.
- writeConflict(OutputStream) - Method in class ilog.cp.IloCP
-
This method displays the current conflict.
- writeConflict() - Method in class ilog.cp.IloCP
-
This method can be used as a shorthand for
cp.writeConflict(cp.output()).
- writeConflict(String) - Method in class ilog.opl.IloCplex
-
Writes a conflict file with the indicated
name.
- WriteLevel - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
- WriteLevel - Static variable in class ilog.opl.IloCplex.Param.Output
-
WriteLevel.
- writeMIPStarts(String) - Method in class ilog.opl.IloCplex
-
Writes all starting solutions from the solution pool for a MIP in the MST
format to the file denoted by
name.
- writeOrder(String) - Method in class ilog.opl.IloCplex
-
Writes a priority order file with the indicated
name.
- writeParam(String) - Method in class ilog.opl.IloCplex
-
Writes the parameter name and its current setting into the file indicated by
name for all the CPLEX parameters that are not currently set at
their default.
- WriteProjectSettings(ilog.cplex.cppimpl.IloCplex, ilog.cplex.cppimpl.IloCplex__ParameterSet, ostream, String) - Static method in class ilog.opl.IloOplProject
-
- writeSolution(String) - Method in class ilog.opl.IloCplex
-
Writes solution information from an optimization in SOL format to the file
indicated by
name.
- writeSolution(String, int) - Method in class ilog.opl.IloCplex
-
Writes solution information from an optimization in SOL format to the file
indicated by
name.
- writeSolutions(String) - Method in class ilog.opl.IloCplex
-
Writes solution information for all solutions in the solution pool in SOL
format to the file specified by
name.
Z
- ZeroHalf - Static variable in class ilog.opl.IloCplex.CutType
-
= CPX_CUT_ZEROHALF
- ZeroHalfCut - Static variable in class ilog.opl.IloCplex.Param.MIP.Cuts
-
ZeroHalfCut.
- ZeroHalfCuts - Static variable in class ilog.opl.IloCplex.IntParam
-
Deprecated.
A B C D E F G H I K L M N O P Q R S T U V W Z