/// <summary>
/// This function is called whenever a combatant takes damage. We perform a check to see if this combatant is the target. If so, we push a flinch action to the front of
/// the queue.
/// </summary>
public void Flinch(Combatant combatant)
{
if (combatant == this)
{
Flinch flinchAction = this.gameObject.AddComponent <Flinch>();
this.Actions.AddToFront(flinchAction);
}
}
protected void Awake()
{
anim = GetComponent <Animator>();
Shaker = GameObject.FindGameObjectWithTag("Shake");
maxGrip = fighter.weight;
HP = fighter.HitPoints;
jumpHeight = fighter.jumpHeight;
moveSpeed = fighter.speed;
maxJumpCount = fighter.jumpCount;
rigidBody = GetComponent <Rigidbody2D>();
Target = GameObject.FindGameObjectWithTag("Floor").GetComponent <GravAttractor>();
Shield = GetComponentInChildren <Barrier>(true).gameObject;
if (isPlayer)
{
player = ReInput.players.GetPlayer(playerID); //The player controlling this fighter
}
gameObject.name = fighter.name.ToString() + playerID;
statemachine = new StateMachine();
var flinch = new Flinch(this);
var walk = new Walk(this);
var run = new Run(this);
var idle = new Idle(this);
var jump = new Jump(this);
var groundattack = new GroundAttack(this, attack);
var airattack = new AirAttack(this, attack);
var stun = new Stun(this);
var leapprep = new LeapPrep(this);
var blocking = new Blocking(this);
var dodge = new AirDodge(this);
var leap = new Leaping(this);
var prone = new Prone(this);
At(dodge, idle, landed());
At(flinch, idle, stunless());
At(run, idle, stop());
At(walk, idle, stop());
At(idle, jump, jumping());
At(idle, jump, unground());
At(jump, jump, jumping());
At(walk, jump, unground());
At(run, jump, unground());
At(walk, jump, jumping());
At(run, jump, jumping());
At(walk, run, running());
At(run, walk, walking());
At(idle, walk, walking());
At(idle, run, running());
At(idle, groundattack, offensive());
At(walk, groundattack, offensive());
At(run, groundattack, offensive());
At(jump, airattack, offensive());
At(groundattack, idle, unoffensive());
At(airattack, jump, unoffensive());
At(airattack, idle, landed());
At(jump, airattack, offensive());
At(jump, idle, landed());
At(jump, dodge, guard());
At(blocking, stun, pierce());
At(idle, blocking, guard());
At(walk, blocking, guard());
At(run, blocking, guard());
At(leapprep, idle, cancelleap());
At(leapprep, leap, gravityChange());
At(blocking, idle, unguard());
At(leap, idle, landed());
At(prone, idle, stunless());
statemachine.AddAnyTransition(leapprep, () => LeapPrep && leapCooldown <= 0);
statemachine.AddAnyTransition(stun, () => stunned);
statemachine.AddAnyTransition(flinch, () => isDamaged);
statemachine.AddAnyTransition(prone, () => slam);
Func <bool> stunless() => () => doneStun == true;
Func <bool> walking() => () => speed > 0.3 && speed < 0.7;
Func <bool> running() => () => speed > 0.7;
Func <bool> stop() => () => speed < 0.3;
Func <bool> jumping() => () => (jumpTimer > Time.time) && (maxJumpCount > jumpCount) && !action && actionCooldown > 0;
Func <bool> offensive() => () => attack != null && actionCooldown > 0;
Func <bool> unoffensive() => () => attack == null;
Func <bool> landed() => () => grounded;
Func <bool> pierce() => () => Guard <= 0;
Func <bool> guard() => () => isBlocking && actionCooldown > 0;
Func <bool> unguard() => () => !isBlocking;
Func <bool> gravityChange() => () => LeapRelease;
Func <bool> cancelleap() => () => cancelled;
Func <bool> unground() => () => !grounded;
statemachine.SetState(idle);
}
