attempt 2 at fixing readme

README.md

@@ -23,9 +23,9 @@ Placeholder
 #### `-x` & `-y`:
 Canvas width/height
 ### `-m`: 
-Defines a state machine, can later be used when defining a ant with `-a`.  Can be chained using `;` 
-Example:
-- `-m LRRRRRLLR;RLLLLLRRL`: Creates two state machines with index 0 and 1
+Defines a state machine, can later be used when defining a ant with `-a`.  Can be chained using `;`  
+Example:  
+`-m LRRRRRLLR;RLLLLLRRL`: Creates two state machines with index 0 and 1
 #### `-a`:
 Defines ants using the following format `P(X,Y)D(DX,DY)M(M)S(S)F(W?)` which can be chained using `;`
 - `P` Initial position
@@ -34,14 +34,14 @@ Defines ants using the following format `P(X,Y)D(DX,DY)M(M)S(S)F(W?)` which can
 - `S` Defines the step size
 - `F` Optional section that defines flags (W: Wrap)
 
-Example usage:
-- `-a P(500,500)D(0,-1)M(RL)`: Creates a single ant with the state machine `RL`
-- `-a P(500,500)D(0,-1)M(0)S(10)F(W);P(500,500)D(0,1)M(1)`: Creates two ants using state machine 0 and 1, ant 0 wraps and has a step size of 10
+Example:  
+`-a P(500,500)D(0,-1)M(RL)`: Creates a single ant with the state machine `RL`
+`-a P(500,500)D(0,-1)M(0)S(10)F(W);P(500,500)D(0,1)M(1)`: Creates two ants using state machine 0 and 1, ant 0 wraps and has a step size of 10
 #### `-i`:
-Defines how many iterations should be evaluated, by default it will run until all ants run out of bounds or (if wrap is enabled) will run indefinitely. Alternatively it can be specified as time to signal that it should run based on time instead of iterations.
-Example usage: 
-- `-i i50b`: Run for 50 billion iterations
-- `-i t100s`: Run a maximum of 100 seconds
+Defines how many iterations should be evaluated, by default it will run until all ants run out of bounds or (if wrap is enabled) will run indefinitely. Alternatively it can be specified as time to signal that it should run based on time instead of iterations.  
+Example:  
+`-i i50b`: Run for 50 billion iterations
+`-i t100s`: Run a maximum of 100 seconds
 #### `-s`:
 Defines when a canvas snapshot should be taken. Can be chained using `;`
 - `i<interval?>`: Snapshots every `interval` iterations (if not specified 1 is assumed)