Creates an array of length n initialized to n new modeling variables of the type NumVarType.Float.

Creates an array of length n initialized to n new modeling variables of type NumVarType.Float.

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.

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.

Creates n new numeric variable objects and returns them in an array.

Creates an array of length n initialized to n new modeling variables of type NumVarType.Float.

Creates n new numeric variables and returns them in an array.

Creates an array of length n initialized to n new modeling variables of type NumVarType.Float.

Creates and returns modeling variables, all of the same specified type, all with same upper bound, all with the same lower bound, as specified, for column-wise modeling.

Creates and returns continuous modeling variables, all of type Float, with the same specified bounds, but with individually specified names, for column-wise modeling.

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.

Creates and returns continuous modeling variables, all of type Float with individually specified upper bound, lower bound, and name, for column-wise modeling.

Creates n new numeric variable objects and returns them in an array.

Creates n new numeric variable objects and returns them in an array.

Creates and returns an array of modeling variables with distinctive names, all with the same lower bound, and all with the same upper bound, as specified, for column-wise modeling.

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.