This function creates and returns a floating-point expression constrained to be the maximum returned by the function f over its domain, aSet.

These functions create and return a new constrained expression equal to the greatest of the values returned by the function F applied to the elements assigned to the constrained set variable setVar.

The value returned by the function F can be an integer value (IlcInt) or an integer constrained expression (IlcIntExp).

The minimum value of the expression is the greatest value returned by F when applied to the required elements of the variable setVar. If there is no required element, the minimum value of the expression corresponds to the least value returned by F when applied to the possible elements of setVar. When F returns an integer expression, the maximum value of the expression is computed with the lower bounds of F(x).

The maximum value of the expression is the greatest value returned by F when applied to the possible elements of the variable setVar. If F returns an integer expression, it corresponds to the greatest upper bound of F(x).

Because the maximum value of an empty set has no meaning, the bounds of this expression are computed only when the set variable is surely not empty, that is, when its cardinality is greater than 0 (zero). The initial bounds of the expression are the minimum and the maximum value returned by F when applied to the possible elements of setVar.

This function returns the maximum of its argument or arguments.

When its argument is an array of constrained expressions, it creates a new constrained expression equal to the maximum of the elements in that array.

When its arguments include at least one constrained expression, it creates a new constrained expression equal to the maximum of the arguments.

When both its arguments are numeric (that is, values of type IloInt or IloNum), it simply creates and returns a value of that type.

This function creates and returns a new constrained expression equal to the greatest of the integer elements that are assigned to the constrained set variable setVar.

The minimum value of the expression is the largest required integer element of the variable setVar, or, if there is none, the least possible element.

The maximum value of the expression is the largest possible integer element of the variable setVar.

Because the maximum value of an empty set has no meaning, the bounds of this expression are computed only when the set variable is surely not empty, that is, when its cardinality is greater than 0 (zero). The initial bounds of the expression are the minimum and the maximum possible elements.