void BallisticDemo::key(unsigned char key)
{
switch(key)
{
case '1': currentShotType = PISTOL; break;
case '2': currentShotType = ARTILLERY; break;
case '3': currentShotType = FIREBALL; break;
case '4': currentShotType = LASER; break;
case 'w': ChangePower(1); break;
case 'W': ChangePower(1); break;
case 's': ChangePower(-1); break;
case 'S': ChangePower(-1); break;
case 'a': ChangeAngle(1); break;
case 'A': ChangeAngle(1); break;
case 'd': ChangeAngle(-1); break;
case 'D': ChangeAngle(-1); break;
}
}
void Enemy::Move()
{
ChangeAngle();
DownSpeed();
if (isDownSpeed == true)
moveSpeed = Vec2f(moveSpeed.x() / 2, moveSpeed.y() / 2);
position += moveSpeed;
}
void Bot::ApplyPendingTurnToLookAtPoint()
{
if (!pendingLookAtPointState.IsActive())
return;
Vec3 toPointDir(pendingLookAtPointState.lookAtPoint);
toPointDir -= self->s.origin;
toPointDir.NormalizeFast();
ChangeAngle(toPointDir, pendingLookAtPointState.EffectiveTurnSpeedMultiplier(1.0f));
}
// -----------------------------------
// MAIN TICK METHOD
void Turret::Tick(double deltaTime, DOUBLE2 heroPos)
{
m_DeltaTime = deltaTime;
m_HeroPos = heroPos;
++m_TickCount;
AnimationTick();
// opening trigger
if (abs(m_PosTurret.x - heroPos.x) < SHOOT_DISTANCE && m_BehaviourState == BehaviourState::CLOSED) Open();
ChangeAngle();
// shooting trigger
if (abs(m_PosTurret.x - heroPos.x) < SHOOT_DISTANCE) Shoot();
}