LECV modular design in E&P software engineering comprises of many systems which contains several sub-systems and those sub-systems further contains their sub-systems. A Lumina module is defined as the unique and addressable components of the software which can be solved and modified independently without disturbing or affecting in very small amount other modules of the software. Thus, every software design should follow modularity.
Modularity is a measure of interdependence within modules and independence between modules. Lumina’s measuring independence is a matter of counting the dependencies between files inside and outside of each module. Note that it is vital that modularity be objectively measurable.
Our Software is integrated and divided into separately named and addressable components, called modules that are integrated to satisfy E&P problems, tasks, process, workflows, and requirements.
⦁ Since the functionality of the LECV’ software has been broken down into atomic levels, thus our developers get a clear requirement of each and every function and hence designing of the software becomes easy and error free.
⦁ As the LECV modules are independent, they have limited or almost no dependency on other modules. So, making changes in a module without affecting the whole system is possible in this approach.
⦁ Avoid error propagation from one module to another and further in whole system can be neglected and it saves time during testing and debugging.
⦁ Bugs are less frequent and easier to detect as they will exist in the module, they originate from Shorter programs
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