/// <summary>
/// Nota: Si hay errores de Quaternion to Matrix comprobar que los parametros enviados son validos para el ejercicio indicado
/// </summary>
/// <param name="e"></param>
/// <param name="param"></param>
public void PrepareExercise(Exercise e, BehaviourParams param)
{
param.Angle = AngleFixer.FixAngle(param.Angle, e.Movement);
if (param.Variations == null || param.Variations.Count == 0)
{
behaviour = AnimationBehaviour.GetBehaviour(e.Movement, e.Limb);
}
else
{
behaviour = AnimationBehaviour.GetCentralBehaviour(e.Movement, e.Limb);
}
if (behaviour == null)
{
Debug.LogError("No se encontró la máquina de estado. (Ejercicio = " + e.Movement + " "
+ (int)e.Movement + ") (Limb = " + e.Limb + ")" +
"). Posiblemente se deba a una mala combinación de esos parámetros o el MonitoAnimatorController se bugeó");
return;
}
behaviour.Prepare(param);
behaviour.RepetitionEnd += behaviour_PrepareEnd;
if (param.Variations == null || param.Variations.Count == 0)
{
CurrentExercise = e;
}
else
{
CurrentExercise = new Exercise(behaviour.randomAnimations[0], e.Limb);
}
}
public void RunExerciseWeb(string s)
{
BehaviourParams p = JsonConvert.DeserializeObject <BehaviourParams>(s);
behaviour = AnimationBehaviour.GetBehaviour(CurrentExercise.Movement, CurrentExercise.Limb);
behaviour.Stop();
p.Angle = AngleFixer.FixAngle(p.Angle, CurrentExercise.Movement);
StartCoroutine(RunWebInSeconds(0.4f, p));
}
