void AimTurret()
{
GameObject currentTargetObj = turretCurrentTarget == 1 ? target1 : target2;
turretAimWaitTimer -= Time.deltaTime;
Quaternion newRot = GenericFunctions.GetLookRotation(transform, currentTargetObj.transform);
Vector3 adjustedRot = newRot.eulerAngles;
adjustedRot = new Vector3(0, 0, adjustedRot.z + 180f);
if (transform.rotation.eulerAngles.z >= adjustedRot.z - 10 && transform.rotation.eulerAngles.z <= adjustedRot.z + 10)
{
if (turretAimWaitTimer <= 0)
{
turretAimWaitTimer = turretWaitTimer;
}
turretCurrentTarget = turretCurrentTarget == 1 ? 2 : 1;
}
if (turretAimWaitTimer <= 0)
{
transform.rotation = Quaternion.Slerp(transform.rotation, Quaternion.Euler(adjustedRot), Time.deltaTime / 1f);
}
}
void AimTurretTowardsPlayer()
{
Quaternion newRot = GenericFunctions.GetLookRotation(transform, Dima.transform);
Vector3 adjustedRot = newRot.eulerAngles;
adjustedRot = new Vector3(0, 0, adjustedRot.z + 180f);
transform.rotation = Quaternion.Slerp(transform.rotation, Quaternion.Euler(adjustedRot), Time.deltaTime / 0.5f);
}
void RotationAdjust()
{
Quaternion newRot = GenericFunctions.GetLookRotation(transform, crosshair);
Vector3 adjustedRot = newRot.eulerAngles;
adjustedRot = dimaScript.spriteRotation == 1 ? new Vector3(0, 0, adjustedRot.z + 160f) : new Vector3(0, 0, adjustedRot.z + 20f);
transform.rotation = Quaternion.Euler(adjustedRot);
}
void Start()
{
Vector3 middlePoint = (rail_end_1.transform.position + rail_end_2.transform.position) / 2;
Quaternion lookRot = GenericFunctions.GetLookRotation(rail_end_1.transform, rail_end_2.transform);
float distance = GenericFunctions.GetDistance(rail_end_1, rail_end_2);
wire.position = middlePoint;
wire.rotation = lookRot;
wire.localScale = new Vector3(distance - (distance / 1.21f), wire.transform.localScale.y, wire.transform.localScale.z);
}
void Start()
{
overlord = GameObject.Find("OVERLORD").GetComponent <Overlord_script>();
Dima = GameObject.Find("Dima");
dimaScript = Dima.GetComponent <Dima_script>();
Vector3 middlePoint = (laser_A.transform.Find("Laser_Target_A").position + laser_B.transform.Find("Laser_Target_B").position) / 2;
middlePointObject = Instantiate(new GameObject(), middlePoint, Quaternion.identity);
Quaternion lookRot = GenericFunctions.GetLookRotation(laser_A.transform, laser_B.transform);
float distance = GenericFunctions.GetDistance(laser_A.transform.Find("Laser_Target_A").gameObject, laser_B.transform.Find("Laser_Target_B").gameObject);
if (isDeathLaser)
{
beam_A1.SetActive(false);
beam_A2.SetActive(false);
beam_D.transform.position = middlePoint;
beam_D.transform.rotation = lookRot;
beam_D.transform.localScale = new Vector3(distance - (distance / 7), beam_D.transform.localScale.y, beam_D.transform.localScale.z);
}
else
{
beam_D.SetActive(false);
beam_A1.transform.position = middlePoint;
beam_A1.transform.rotation = lookRot;
beam_A1.transform.localScale = new Vector3(distance - (distance / 7), beam_A1.transform.localScale.y, beam_A1.transform.localScale.z);
beam_A2.transform.position = middlePoint;
beam_A2.transform.rotation = lookRot;
beam_A2.transform.localScale = new Vector3(distance - (distance / 7), beam_A2.transform.localScale.y, beam_A2.transform.localScale.z);
}
laser_Ball_A = laser_A.transform.Find("Laser_ball").gameObject;
laser_Ball_D_A = laser_A.transform.Find("Laser_ball_D").gameObject;
laser_Ball_A1_A = laser_A.transform.Find("Laser_ball_A1").gameObject;
laser_Ball_A2_A = laser_A.transform.Find("Laser_ball_A2").gameObject;
laser_Ball_B = laser_B.transform.Find("Laser_ball").gameObject;
laser_Ball_D_B = laser_B.transform.Find("Laser_ball_D").gameObject;
laser_Ball_A1_B = laser_B.transform.Find("Laser_ball_A1").gameObject;
laser_Ball_A2_B = laser_B.transform.Find("Laser_ball_A2").gameObject;
}
void LookAtTarget() // rotate head to look at crosshair
{
float maxRotUp = dimaScript.spriteRotation == 1 ? 125 : 240;
float maxRotDown = dimaScript.spriteRotation == 1 ? 412 : 300;
Quaternion lookRot = GenericFunctions.GetLookRotation(crosshair, transform);
Vector3 adjustedRot = lookRot.eulerAngles;
adjustedRot = new Vector3(0, 0, adjustedRot.z + 90);
if (dimaScript.spriteRotation != latestSpriteRot)
{
if (latestRot.z <= 92 || latestRot.z <= 240)
{
latestRot.z = dimaScript.spriteRotation == 1 ? latestRot.z + 230 : latestRot.z - 230; // TODO: adjust thse more precicely
}
else if (adjustedRot.z >= 450 || adjustedRot.z >= 300)
{
latestRot.z = dimaScript.spriteRotation == 1 ? latestRot.z + 100 : latestRot.z - 100; // TODO: adjust thse more precicely
}
latestSpriteRot = dimaScript.spriteRotation;
}
if (dimaScript.spriteRotation == 1)
{
latestRot = new Vector3(0, 0, Mathf.Abs(latestRot.z));
}
else
{
transform.rotation = Quaternion.Euler(new Vector3(0, 0, -transform.rotation.z));
}
if (dimaScript.spriteRotation == 1 && adjustedRot.z >= 92 && adjustedRot.z <= 125 ||
dimaScript.spriteRotation == 1 && adjustedRot.z <= 450 && adjustedRot.z >= 412)
{
latestRot = adjustedRot;
}
else if (dimaScript.spriteRotation == -1 && adjustedRot.z >= 240 && adjustedRot.z <= 300)
{
latestRot = adjustedRot;
}
transform.rotation = Quaternion.Euler(latestRot);
}
void RotateConnector()
{
Quaternion lookRot = GenericFunctions.GetLookRotation(controlScript.rail_end_1.transform, controlScript.rail_end_2.transform);
transform.rotation = lookRot;
}
void LookAtCrosshair()
{
parent.position = isRightHand ? target_R.position : target_L.position;
parent.rotation = GenericFunctions.GetLookRotation(crosshair, transform);
}
void SetStartDirection() // set intitial direction and rotation
{
direction = GenericFunctions.Vector3ZeroZ(crosshair.transform.position - transform.position).normalized;
transform.rotation = GenericFunctions.GetLookRotation(crosshair.transform, transform);
}