static void HandleAgentInputs(ref GameParametersStruct gameParameters, ref GameState gs, ActionsTypes chosenPlayer1Actions, ActionsTypes chosenPlayer2Actions)
{
for (var i = 0; i < gs.players.Length; i++)
{
float rotationVelocity = 0.0f;
Vector2 velocity = new Vector2();
Player oldPlayer = gs.players[i];
ActionsTypes tempChosenActionPlayer = 0;
if (i == 0)
{
tempChosenActionPlayer = chosenPlayer1Actions;
}
else if (i == 1)
{
tempChosenActionPlayer = chosenPlayer2Actions;
}
//Debug.LogFormat("chosenPlayer1Actions : {0} / chosenPlayer2Actions : {1}", chosenPlayer1Actions, chosenPlayer2Actions);
switch (tempChosenActionPlayer)
{
case ActionsTypes.Nothing:
{
DecelerateVelocity(ref gameParameters, ref gs, ref oldPlayer, i);
DecelerateRotation(ref gameParameters, ref gs, ref oldPlayer, i);
gs.players[i] = oldPlayer;
break;
}
case ActionsTypes.RotateRightNS:
{
RotateRightAgent(ref gameParameters, ref gs, rotationVelocity, velocity, ref oldPlayer, i);
DecelerateVelocity(ref gameParameters, ref gs, ref oldPlayer, i);
gs.players[i] = oldPlayer;
break;
}
case ActionsTypes.RotateRightS:
{
RotateRightAgent(ref gameParameters, ref gs, rotationVelocity, velocity, ref oldPlayer, i);
DecelerateVelocity(ref gameParameters, ref gs, ref oldPlayer, i);
Shoot(ref gameParameters, ref gs, rotationVelocity, velocity, ref oldPlayer, i);
gs.players[i] = oldPlayer;
break;
}
case ActionsTypes.RotateLeftNS:
{
RotateLeftAgent(ref gameParameters, ref gs, rotationVelocity, velocity, ref oldPlayer, i);
DecelerateVelocity(ref gameParameters, ref gs, ref oldPlayer, i);
gs.players[i] = oldPlayer;
break;
}
case ActionsTypes.RotateLeftS:
{
RotateLeftAgent(ref gameParameters, ref gs, rotationVelocity, velocity, ref oldPlayer, i);
DecelerateVelocity(ref gameParameters, ref gs, ref oldPlayer, i);
Shoot(ref gameParameters, ref gs, rotationVelocity, velocity, ref oldPlayer, i);
gs.players[i] = oldPlayer;
break;
}
case ActionsTypes.MoveUpNS:
{
MoveUpAgent(ref gameParameters, ref gs, rotationVelocity, velocity, ref oldPlayer, i);
DecelerateRotation(ref gameParameters, ref gs, ref oldPlayer, i);
gs.players[i] = oldPlayer;
break;
}
case ActionsTypes.MoveUpS:
{
MoveUpAgent(ref gameParameters, ref gs, rotationVelocity, velocity, ref oldPlayer, i);
DecelerateRotation(ref gameParameters, ref gs, ref oldPlayer, i);
Shoot(ref gameParameters, ref gs, rotationVelocity, velocity, ref oldPlayer, i);
gs.players[i] = oldPlayer;
break;
}
case ActionsTypes.MoveDownNS:
{
MoveDownAgent(ref gameParameters, ref gs, rotationVelocity, velocity, ref oldPlayer, i);
DecelerateRotation(ref gameParameters, ref gs, ref oldPlayer, i);
gs.players[i] = oldPlayer;
break;
}
case ActionsTypes.MoveDownS:
{
MoveDownAgent(ref gameParameters, ref gs, rotationVelocity, velocity, ref oldPlayer, i);
DecelerateRotation(ref gameParameters, ref gs, ref oldPlayer, i);
Shoot(ref gameParameters, ref gs, rotationVelocity, velocity, ref oldPlayer, i);
gs.players[i] = oldPlayer;
break;
}
case ActionsTypes.NothingS:
{
DecelerateRotation(ref gameParameters, ref gs, ref oldPlayer, i);
DecelerateVelocity(ref gameParameters, ref gs, ref oldPlayer, i);
Shoot(ref gameParameters, ref gs, rotationVelocity, velocity, ref oldPlayer, i);
gs.players[i] = oldPlayer;
break;
}
case ActionsTypes.RotateRightUp:
{
RotateRightAgent(ref gameParameters, ref gs, rotationVelocity, velocity, ref oldPlayer, i);
MoveUpAgent(ref gameParameters, ref gs, rotationVelocity, velocity, ref oldPlayer, i);
gs.players[i] = oldPlayer;
break;
}
case ActionsTypes.RotateLeftUp:
{
RotateLeftAgent(ref gameParameters, ref gs, rotationVelocity, velocity, ref oldPlayer, i);
MoveUpAgent(ref gameParameters, ref gs, rotationVelocity, velocity, ref oldPlayer, i);
gs.players[i] = oldPlayer;
break;
}
}
}
for (int i = 0; i < 2; i++)
{
Player oldPlayer = gs.players[i];
Vector2 position = oldPlayer.position;
Vector2 velocity = oldPlayer.velocity;
if (AllowMovement(ref gameParameters, ref gs, position + gs.players[i].velocity))
{
position += gs.players[i].velocity;
}
else
{
velocity = new Vector2(0, 0);
}
Vector2 lookDirection = Quaternion.Euler(0, 0, gs.players[i].rotationVelocity) * gs.players[i].lookDirection;
velocity = Vector2.ClampMagnitude(velocity, gameParameters.MaxVelocity);
float rotationVelocity = Mathf.Clamp(gs.players[i].rotationVelocity, -2, 2);
gs.players[i] = createPlayer(oldPlayer.score, oldPlayer.speed, position,
oldPlayer.lastShootStep, oldPlayer.isGameOver, velocity, rotationVelocity, lookDirection);
}
}
public static void Step(ref GameParametersStruct gameParameters, ref GameState gs, ActionsTypes actionPlayer1, ActionsTypes actionPlayer2)
{
UpdateAsteroids(ref gameParameters, ref gs);
UpdateProjectiles(ref gs);
HandleAgentInputs(ref gameParameters, ref gs, actionPlayer1, actionPlayer2);
if (gs.players[0].isGameOver || gs.players[1].isGameOver)
{
return;
}
else
{
HandleCollisions(ref gameParameters, ref gs);
}
gs.currentGameStep += 1;
if (gs.currentGameStep - gs.scoreStepDelay < 100)
{
return;
}
gs.scoreStepDelay = gs.currentGameStep;
}