A segment of a code or a program segment displays different or multiple behaviors when it is executed for multiple numbers of times or when the program is on fly. This divergence of behavior associated within the runtime behavior of a program segment implies that we can apply different optimization strategies on the same piece of code or even for a bunch of code which are collectively referred as modules which together makes a system or a component that aims in proper functioning of a system. In this paper we focus on an aggressive optimization strategy that can be applied to any part of a code segment to identify the number of actors (operators, modules, loops) and also to analyze statically the involvement of those actors over the program and to reduce the program complexity and memory.