public override void Tick(float dt, ref Pawn.Input_t input)
{
if (_critter.hasLastKnownPosition && _critter.wary > 0)
{
var diff = _critter.lastKnownPosition - _critter.position;
input.look = diff.normalized;
input.movement = Vector3.zero;
}
else
{
patrolTimer -= dt;
if (patrolTimer <= 0)
{
patrolTimer = Random.Range(data.patrolTimeMin, data.patrolTimeMax);
GetNewPatrolPoint(_critter);
}
var diff = patrolPos - _critter.position;
diff.y = 0;
if (diff.magnitude > data.destinationTolerance)
{
input.movement = diff.normalized * data.patrolSpeed;
input.look = input.movement;
}
}
}
public override void Tick(float dt, ref Pawn.Input_t input)
{
input.movement = Vector3.zero;
if (_critter.hasLastKnownPosition)
{
var diff = _critter.lastKnownPosition - _critter.position;
input.look = diff.normalized;
}
}
override public void Tick(float dt, ref Pawn.Input_t input)
{
float dist = getDistToAttackPos();
bool isInAttackChain = attackCount < data.attackCount;
bool canStartAttacking = dist > minRange && dist < maxRange && _critter.canAttack && _critter.activity == Pawn.Activity.OnGround;
if (attacked)
{
waitTimer += dt;
}
else if (data.attackCount > 0 && attackCount == 0)
{
}
else if (isInAttackChain || canStartAttacking)
{
input.look = _critter.lastKnownPosition - _critter.position;
if (weapon.CanCast())
{
if (_critter.CanSee(_critter.gameMode.players[0].playerPawn) > 0)
{
input.attacks[weaponIndex] = new AttackState(weaponIndex, attackIndex, InputState.JustReleased);
attackCount--;
if (attackCount <= 0)
{
attacked = true;
}
}
}
}
else if (!attacked)
{
var desiredPos = _critter.lastKnownPosition + desiredOffset * ((maxRange - minRange) / 2 + minRange);
var move = desiredPos - _critter.position;
move.y = 0;
if (dist > data.walkDistance)
{
input.movement = move.normalized * data.runSpeed;
input.look = input.movement.normalized;
}
else
{
input.movement = move.normalized * data.walkSpeed;
input.look = _critter.lastKnownPosition - _critter.position;
}
if (_critter.rigidBody.position.y - _critter.lastKnownPosition.y <= -data.enemyElevationDeltaToJump)
{
if (_critter.canJump && _critter.activity == Pawn.Activity.OnGround)
{
input.inputs[(int)InputType.Jump] = InputState.JustPressed;
}
}
}
}
override public void Tick(float dt, ref Pawn.Input_t input)
{
if (timer == 0)
{
input.inputs[(int)InputType.Dodge] = InputState.Clicked;
var diff = _critter.position - _critter.lastKnownPosition;
diff.y = 0;
input.movement = diff.normalized;
input.look = -input.movement;
}
timer += dt;
}
override public void Tick(float dt, ref Pawn.Input_t input)
{
input.inputs[(int)InputType.Jump] = InputState.Released;
input.inputs[(int)InputType.AttackRight] = InputState.Released;
if (_critter.hasLastKnownPosition)
{
var diff = _critter.position - _critter.lastKnownPosition;
diff.y = 0;
if (diff.magnitude > data.destinationTolerance)
{
input.movement = diff.normalized;
input.look = input.movement;
}
}
if (_critter.canJump && _critter.activity == Pawn.Activity.OnGround)
{
input.inputs[(int)InputType.Jump] = InputState.JustPressed;
}
}
override public void Tick(float dt, ref Pawn.Input_t input)
{
var move = desiredPosition - _critter.position;
move.y = 0;
if (move.magnitude > data.destinationTolerance)
{
input.movement = move.normalized * data.walkSpeed;
input.look = input.movement.normalized;
}
else
{
reachedPosition = true;
input.look = _critter.lastKnownPosition - _critter.position;
}
if (reachedPosition)
{
waitTimer += dt;
}
}
abstract public void Tick(float dt, ref Pawn.Input_t input);
