MarioCoefficients.txt

	/// Mario's Movement is something like: Speed + sum[ Speed * (Friction ^ time), 1, time]
	/// Normal Speed: 0.6
	/// Fast Speed: 1.2
	/// Friction: 0.89
	/// 
	/// Marios Speeddown: Velocity * 0.89;
	///
	/// Gravity force is something like this:
	/// FallSpeed + sum[ FallSpeed * (GFriction ^ time), 1, time]
	/// FallSpeed: 3.0
	/// Friction: 0.85
	/// 
	/// Gravity force acts weird!
	///
	/// On a jump:
	/// 
	/// It is: 7 * 1.9 TWICE
	/// Then 6 5 4 3 2 1
	/// Then only ONCE 1 again.
	/// JumpSpeed: 1.9
	/// JumpTime: 7
	///
	/// !!!
	/// Now gravity comes in: 3 - 1.9 * .85
	/// Then it's: ((3 - 1.9* .85) * .85 + 3)
	/// So it's LAST * .85 + 3
	/// Remember that G (FallSpeed) == 3.0
	/// .85 is the G friction
	///
	/// Note... if mario goes like this >>>>>>>>>> and suddenly he does <<<<<... the thing is like this.
	/// (PastSpeed * .89) - 0.6 
	/// THE .6 IS NOT AFFECTED... so he can really stop moving :)
	/// Then his stop is linear.
	/// IT WONT GO BELOW 0... if it's 0.54 - 0.6 = 0!
	///
	/// Movimiento Tortuga:
	/// Constante +- 1.75
	/// Cambio de velocidad: 1.75 a -0.5 a -1.75
	/// -1.75 a -1.25 a 1.75
	///
	///
	/// Mario siempre está en el 11,11 de la matriz de 22 x 22
	/// Si empieza en el 32, entonces está en el bloque 2 -> 3 porque empezamos desde cero