Update to README

README.md

@@ -22,7 +22,6 @@ from ecstremity import (Engine, Component)
 
 ecs = Engine()
 
-# Define some simple components to start with.
 class Position(Component):
     name: str = "POSITION"
     def __init__(self, x: int, y: int) -> None:
@@ -37,35 +36,39 @@ class Velocity(Component):
 
 class Frozen(Component):
     name: str = "FROZEN"
+```
+
+ All components must be registered with the engine. Component registration must use the class symbol (i.e. do not use the component name attribute).
 
-# All components must be registered with the engine.
-# Component registration must use the class symbol (i.e. do not use the component name attribute).
+```python
 ecs.register_component(Position)
 ecs.register_component(Velocity)
 ecs.register_component(Frozen)
+```
+
+Instruct the engine to make a new entity, then add components to it.
+Once a component is registered, it can be accessed using the class symbol or the name attribute. The name attribute is not case-sensitive.
 
-# Tell the engine to make an entity.
-# You can call `entity.uid` to get the entity's unique ID.
+```python
 entity = ecs.create_entity()
 
-# Add components to the entity.
-# Once a component is registered, it can be accessed using the class symbol, but the name
-# attribute can also be used. The component name is not case-sensitive.
 entity.add(Position)
 entity.add("Velocity")
-entity.add("FROZEN")
+```
+
+The ecstremity library has no actual "system" class. Instead, instruct the engine to produce a query. For example, make a query that tracks all components that have both a `Position` and `Velocity` component, but not a `Frozen` component. A query can have any combination of the `all_of`, `any_of`, and `none_of` quantifiers.
 
-# Create a query that tracks all components that have both a `Position` and `Velocity`
-# component, but not a a `Frozen` component. A query can have any combination of the
-# `all_of`, `any_of`, and `none_of` quantifiers.
+```python
 kinematics = ecs.create_query(
     all_of = ['POSITION', 'VELOCITY'],
     none_of = ['FROZEN']
     )
+```
+
+Loop over the result set to update the position for all entities in the query. The query will always reutrn an up-to-date list containing entities that match.
 
+```python
 def loop(dt):
-    # Loop over the result set to update the position for all entities in the query.
-    # The query will always return an up-to-date list containing entities that match.
     for entity in kinematics.result:
         entity['POSITION'].x += entity['VELOCITY'].x * dt
         entity['POSITION'].y += entity['VELOCITY'].y * dt