// ================== Generic Attacks ==================
protected void RunAttack(AttackTime time, Attack a)
{
switch (a.type)
{
case AttackType.SPIN:
SpinAttack(time, a);
break;
case AttackType.TARGET_PLAYER:
TargetPlayerAttack(time, a);
break;
case AttackType.CIRCLE_BURST:
CircleBurstAttack(time, a);
break;
case AttackType.DIRECTIONAL_BURST:
DirectionalBurstAttack(time, a);
break;
case AttackType.CUSTOM:
CustomAttack(time, a);
break;
}
}
protected virtual void StepIntoPhase()
{
expectedPhaseTime = -1;
waitTime = -1;
phaseTime = 0;
if (phase >= phases.Length)
{
return;
}
PhaseInfo info = phases[phase];
times = new AttackTime[info.attacks.Length];
for (int i = 0; i < times.Length; i++)
{
times[i] = new AttackTime();
}
Wait(info.wait);
Expect(info.expected);
}
protected virtual void CustomAttack(AttackTime time, Attack a)
{
}
protected void DirectionalBurstAttack(AttackTime time, Attack a)
{
time.Deduct(a.delay, i => SpawnDirectionalBurst(a.bulletSpeed, targets[a.start].transform.position, (a.offset + (float)i * a.rotation * a.delay) * Mathf.Deg2Rad, a.spread * Mathf.Deg2Rad, a.color, a.size));
}
protected void CircleBurstAttack(AttackTime time, Attack a)
{
time.Deduct(a.delay, i => SpawnCircleBurst(a.bulletSpeed, targets[a.start].transform.position, (float)i * a.rotation + (i % 2) * a.offset, a.spread, a.color, a.size));
}
protected void TargetPlayerAttack(AttackTime time, Attack a)
{
time.Deduct(a.delay, i => SpawnPlayerTrackingBullet(a.bulletSpeed, targets[a.start].transform.position, a.color, a.size));
}
protected void SpinAttack(AttackTime time, Attack a)
{
time.Deduct(a.delay, i => SpawnBullet((float)i * a.rotation + a.offset, a.bulletSpeed, targets[a.start].transform.position, a.color, a.size));
}
