Since And goals and Or goals take other goals as arguments, goals can be combined into aggregate goals. In fact, this is how goals are typically used for specifying a branching strategy. A typical return goal of a user-written execute method for C++ looks like this:

return AndGoal(OrGoal(var <= IloFloor(val), var >= IloFloor(val)+1), this);

and for Java, it looks like this:

return cplex.and(cplex.or(cplex.leGoal(var, Math.floor(val)),
                          cplex.geGoal(var, Math.floor(val)+1)), this);

and for C#.NET, it looks like this:

return cplex.And(
            cplex.Or(cplex.GeGoal(_vars[bestj], System.Math.Floor(x[bestj])+1),
                     cplex.LeGoal(_vars[bestj], System.Math.Floor(x[bestj]))), 
            this);

For the C++ case, note that since this statement would be called from the execute method of a subclass of IloCplex::GoalI, the full name IloCplex::GoalI::OrGoal can be abbreviated to OrGoal. Likewise, the full name IloCplex::GoalI::AndGoal can be abbreviated to AndGoal.