default ObjEntities.ObjEntity |
ProblemAPI.maximize(Types.TypeObjective type,
java.util.stream.Stream<XNode<IVar>> trees) |
|
default ObjEntities.ObjEntity |
ProblemAPI.maximize(Types.TypeObjective type,
java.util.stream.Stream<XNode<IVar>> trees,
int[] coeffs) |
|
default ObjEntities.ObjEntity |
ProblemAPI.maximize(Types.TypeObjective type,
IVar... list) |
Builds an objective (function) to maximize: the objective is defined by the specified type on the
specified array of variables.
|
default ObjEntities.ObjEntity |
ProblemAPI.maximize(Types.TypeObjective type,
IVar[][] list) |
Builds an objective (function) to maximize: the objective is defined by the specified type on the
specified 2-dimensional array of variables that will be flattened (i.e., converted into a 1-dimensional array of variables).
|
default ObjEntities.ObjEntity |
ProblemAPI.maximize(Types.TypeObjective type,
IVar[][][] list) |
Builds an objective (function) to maximize: the objective is defined by the specified type on the
specified 3-dimensional array of variables that will be flattened (i.e., converted into a 1-dimensional array of variables).
|
default ObjEntities.ObjEntity |
ProblemAPI.maximize(Types.TypeObjective type,
IVar[][][] list,
int[][][] coeffs) |
Builds an objective (function) to maximize: the objective is defined by the specified type on the
specified 3-dimensional array of variables, each of them being given a coefficient.
|
default ObjEntities.ObjEntity |
ProblemAPI.maximize(Types.TypeObjective type,
IVar[][][] list,
int[][][] coeffs,
FunctionalInterfaces.Intx3Predicate p) |
Builds an objective (function) to maximize: the objective is defined by the specified type on the
specified 3-dimensional array of variables, each of them being given a coefficient.
|
default ObjEntities.ObjEntity |
ProblemAPI.maximize(Types.TypeObjective type,
IVar[][] list,
int[][] coeffs) |
Builds an objective (function) to maximize: the objective is defined by the specified type on the
specified 2-dimensional array of variables, each of them being given a coefficient.
|
default ObjEntities.ObjEntity |
ProblemAPI.maximize(Types.TypeObjective type,
IVar[][] list,
int[][] coeffs,
FunctionalInterfaces.Intx2Predicate p) |
Builds an objective (function) to maximize: the objective is defined by the specified type on the
specified 2-dimensional array of variables, each of them being given a coefficient.
|
default ObjEntities.ObjEntity |
ProblemAPI.maximize(Types.TypeObjective type,
IVar[] list,
int[] coeffs) |
Builds an objective (function) to maximize: the objective is defined by the specified type on the
specified array of variables, each of them being given a coefficient.
|
default ObjEntities.ObjEntity |
ProblemAPI.maximize(Types.TypeObjective type,
XNode<IVar>[] trees) |
|
default ObjEntities.ObjEntity |
ProblemAPI.maximize(Types.TypeObjective type,
XNode<IVar>[] trees,
int[] coeffs) |
|
default ObjEntities.ObjEntity |
ProblemAPI.minimize(Types.TypeObjective type,
java.util.stream.Stream<XNode<IVar>> trees) |
|
default ObjEntities.ObjEntity |
ProblemAPI.minimize(Types.TypeObjective type,
java.util.stream.Stream<XNode<IVar>> trees,
int[] coeffs) |
|
default ObjEntities.ObjEntity |
ProblemAPI.minimize(Types.TypeObjective type,
IVar... list) |
Builds an objective (function) to minimize: the objective is defined by the specified type on the
specified array of variables.
|
default ObjEntities.ObjEntity |
ProblemAPI.minimize(Types.TypeObjective type,
IVar[][] list) |
Builds an objective (function) to minimize: the objective is defined by the specified type on the
specified 2-dimensional array of variables that will be flattened (i.e., converted into a 1-dimensional array of variables).
|
default ObjEntities.ObjEntity |
ProblemAPI.minimize(Types.TypeObjective type,
IVar[][][] list) |
Builds an objective (function) to minimize: the objective is defined by the specified type on the
specified 3-dimensional array of variables that will be flattened (i.e., converted into a 1-dimensional array of variables).
|
default ObjEntities.ObjEntity |
ProblemAPI.minimize(Types.TypeObjective type,
IVar[][][] list,
int[][][] coeffs) |
Builds an objective (function) to minimize: the objective is defined by the specified type on the
specified 3-dimensional array of variables, each of them being given a coefficient.
|
default ObjEntities.ObjEntity |
ProblemAPI.minimize(Types.TypeObjective type,
IVar[][][] list,
int[][][] coeffs,
FunctionalInterfaces.Intx3Predicate p) |
Builds an objective (function) to minimize: the objective is defined by the specified type on the
specified 3-dimensional array of variables, each of them being given a coefficient.
|
default ObjEntities.ObjEntity |
ProblemAPI.minimize(Types.TypeObjective type,
IVar[][] list,
int[][] coeffs) |
Builds an objective (function) to minimize: the objective is defined by the specified type on the
specified 2-dimensional array of variables, each of them being given a coefficient.
|
default ObjEntities.ObjEntity |
ProblemAPI.minimize(Types.TypeObjective type,
IVar[][] list,
int[][] coeffs,
FunctionalInterfaces.Intx2Predicate p) |
Builds an objective (function) to minimize: the objective is defined by the specified type on the
specified 2-dimensional array of variables, each of them being given a coefficient.
|
default ObjEntities.ObjEntity |
ProblemAPI.minimize(Types.TypeObjective type,
IVar[] list,
int[] coeffs) |
Builds an objective (function) to minimize: the objective is defined by the specified type on the
specified array of variables, each of them being given a coefficient.
|
default ObjEntities.ObjEntity |
ProblemAPI.minimize(Types.TypeObjective type,
XNode<IVar>[] trees) |
|
default ObjEntities.ObjEntity |
ProblemAPI.minimize(Types.TypeObjective type,
XNode<IVar>[] trees,
int[] coeffs) |
|