Update 'README.md'

README.md

@@ -1,11 +1,14 @@
 *| JavaECS*
-# JavaECS-Docs
+# JavaECS Docs
 
-## *Documentation for the Java Entity-Component-System*
+### [View the Documentation](./docs/overview.md)
 
-Traditional game-engine designs typically follow the standard functional or object-oriented design paradigms. 
+## *About Entity-Component-Systems*
 
-Functional-paradigm games focus on a 'this-then-that' model, e.g.
+Traditional game-engine designs typically follow the standard functional or object-oriented design paradigms.
+This choice of paradigm is as important as it is in typical applications.
+
+A functional-paradigm game usually focuses on a 'this-then-that' model, e.g.:
 
 ***Simple Driving Game***
 
@@ -20,6 +23,7 @@ else:
 ```
 
 Such a system works well for some game-designs; it is simplistic and follows a deterministic sequence of steps. But it lacks scalability and extensibility. 
+
 An Object-Oriented approach could be used instead:
 ``` py
 # Create a base-class that is a vehicle, with basic properties:
@@ -54,6 +58,9 @@ def GameLoop():
             if v.IsCrashed = False:
                 anyNotCollided = True
                 break
-
-
 ```
+
+Which allows the instancing of objects. Each action also results in an objective state, which can be simply compared to determine the result.
+
+ECS are typically built on object-oriented ideas, but make specfic attempts to reduce overheads that come from object-oriented ideas.
+The primary reduction made in ECS is to eliminate or otherwise minimise inhertance cycles to reduce the amount of virtual calls required.