public float[] ExpertDecide(List <float> vectorObs)
{
System.Random r = new System.Random();
if (r.NextDouble() < noise)
{
return(new float[] { r.Next(0, 5) });
}
MLInput input = new MLInput(vectorObs.ToArray());
if (input.GetOpponentAction() == MLAction.DODGE_LEFT)
{
return(MLActionFactory.GetVectorAction(MLAction.PUNCH_RIGHT));
}
if (input.GetOpponentAction() == MLAction.DODGE_RIGHT)
{
return(MLActionFactory.GetVectorAction(MLAction.PUNCH_LEFT));
}
if (input.GetOpponentAction() == MLAction.PUNCH_LEFT)
{
return(MLActionFactory.GetVectorAction(MLAction.DODGE_LEFT));
}
if (input.GetOpponentAction() == MLAction.PUNCH_RIGHT)
{
return(MLActionFactory.GetVectorAction(MLAction.DODGE_RIGHT));
}
return(new float[] { 0f });
}
public override float[] Decide(List <float> vectorObs, List <Texture2D> visualObs, float reward, bool done, List <float> memory)
{
if (done)
{
moveIdx = 0;
return(NOTHING);
}
MLInput input = new MLInput(vectorObs.ToArray());
if (input.GetMyMove() == MLAction.NOTHING && input.IsDodgeReady()) // Can dodge
{
if (input.GetOpponentAction() == MLAction.PUNCH_LEFT)
{
int rand = Random.Range(0, 100);
if (rand <= 30)
{
return(LEFT_DODGE);
}
else if (rand <= 50)
{
return(RIGHT_DODGE);
}
else
{
// Run the normal moves
}
}
if (input.GetOpponentAction() == MLAction.PUNCH_RIGHT)
{
int rand = Random.Range(0, 100);
if (rand <= 30)
{
return(RIGHT_DODGE);
}
else if (rand <= 50)
{
return(LEFT_DODGE);
}
else
{
// Run the normal moves
}
}
}
return(MLActionFactory.GetVectorAction(runMoves(vectorObs, moves)));
}
public float[] OnlyDoAndDodge(List <float> vectorObs, MLAction action)
{
MLInput input = new MLInput(vectorObs.ToArray());
if (lastAction != input.GetOpponentAction() && input.GetOpponentAction() == MLAction.PUNCH_LEFT)
{
lastAction = input.GetOpponentAction();
return(MLActionFactory.GetVectorAction(MLAction.DODGE_RIGHT));
}
if (lastAction != input.GetOpponentAction() && input.GetOpponentAction() == MLAction.PUNCH_RIGHT)
{
lastAction = input.GetOpponentAction();
return(MLActionFactory.GetVectorAction(MLAction.DODGE_LEFT));
}
lastAction = input.GetOpponentAction();
return(MLActionFactory.GetVectorAction(action));
}
public float[] RepeatActions(List <float> vectorObs, List <MLAction> actions, bool shouldDodge)
{
MLInput input = new MLInput(vectorObs.ToArray());
// Sequence
if (input.IsDodgeReady()) // Can punch / dodge
{
// Dodging
if (shouldDodge && lastAction != input.GetOpponentAction() && input.GetOpponentAction() == MLAction.PUNCH_LEFT)
{
lastAction = input.GetOpponentAction();
actionIdx = 0;
return(MLActionFactory.GetVectorAction(MLAction.DODGE_RIGHT));
}
if (shouldDodge && lastAction != input.GetOpponentAction() && input.GetOpponentAction() == MLAction.PUNCH_RIGHT)
{
lastAction = input.GetOpponentAction();
actionIdx = 0;
return(MLActionFactory.GetVectorAction(MLAction.DODGE_LEFT));
}
lastAction = input.GetOpponentAction();
}
if (input.IsPunchReady())
{
int myComboState = input.GetMyComboState();
if (actions.Count == 2)
{
switch (myComboState)
{
case 0: return(MLActionFactory.GetVectorAction(actions[0]));
case 1: return(MLActionFactory.GetVectorAction(actions[1]));
case 2: return(MLActionFactory.GetVectorAction(actions[1]));
default: return(MLActionFactory.GetVectorAction(MLAction.NOTHING));
}
}
if (actions.Count == 3)
{
switch (myComboState)
{
case 0: return(MLActionFactory.GetVectorAction(actions[0]));
case 1: return(MLActionFactory.GetVectorAction(actions[1]));
case 2: return(MLActionFactory.GetVectorAction(actions[1]));
case 3: return(MLActionFactory.GetVectorAction(actions[2]));
case 4: return(MLActionFactory.GetVectorAction(actions[2]));
default: return(MLActionFactory.GetVectorAction(MLAction.NOTHING));
}
}
return(MLActionFactory.GetVectorAction(actions[0]));
}
return(MLActionFactory.GetVectorAction(MLAction.NOTHING));
}
