Highlights C++ Code

README.md

@@ -48,17 +48,22 @@ Using qu3e is about creating rigid bodies and attaching boxes to them. When a ri
 
 The only header that should need to be included is **q3.h**. First create a physics scene. Usually only one physics scene needs to ever be created. The user must specify a fixed timestep upon scene creation:
 
+```c++
     #include "q3.h"
 
     q3Scene scene( 1.0 / 60.0 );
+```
 
 A rigid body is created from a physics scene, and rigid bodies (or shapes) cannot be shared between different scenes. Rigid bodies are created by first creating a **q3BodyDef** object. Def objects can be created right on the stack:
 
+```c++
     q3BodyDef bodyDef;
 	q3Body* body = scene.CreateBody( bodyDef );
+```
 
 The **q3BodyDef** can be passed to a scene in return for a new rigid body. The body definition lets the user specify many settings. See q3Body.h for details. Once a rigid body is constructed any number of boxes can be added to it by providing the body with a **q3BoxDef**:
 
+```c++
     q3BoxDef boxDef; // See q3Box.h for settings details
 	q3Transform localSpace; // Contains position and orientation, see q3Transform.h for details
 	q3Identity( localSpace ); // Specify the origin, and identity orientation
@@ -67,7 +72,8 @@ The **q3BodyDef** can be passed to a scene in return for a new rigid body. The b
 	// and add it to a rigid body. The transform is defined relative to the owning body
 	boxDef.Set( localSpace, q3Vec3( 1.0, 1.0, 1.0 ) );
 	body->AddBox( boxDef );
-
+```	
+
 To simulate the scene simply call **scene.Step( )**. This will simulate the world forward in time by the timestep specified at the scene's construction (usually 1/60 or 1/30).
 
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