// Update is called once per frame
void Update()
{
delayTime = (Random.Range(delayMin, delayMax));
if (canShoot == true)
{
//The Bullet Instantiation happens here.
GameObject Temporary_Bullet_handler;
Temporary_Bullet_handler = Instantiate(projectile, gameObject.transform.position, gameObject.transform.rotation) as GameObject;
//Sometimes bullets may appear rotated incorrectly due to the way its pivot was set from the original modeling package.
//This is EASILY corrected here, you might have to rotate it from a different axis and/or angle based on your particular mesh.
Temporary_Bullet_handler.transform.Rotate(Vector3.left);
//Retrieve the Rigidbody component from the instantiated Bullet and control it.
Rigidbody Temporary_RigidBody;
Temporary_RigidBody = Temporary_Bullet_handler.GetComponent <Rigidbody>();
//Tell the bullet to be "pushed" forward by an amount set by Bullet_Forward_Force.
Temporary_RigidBody.AddForce(transform.forward * projectileForce, ForceMode.Impulse);
//Basic Clean Up, set the Bullets to self destruct after 10 Seconds, I am being VERY generous here, normally 3 seconds is plenty.
Destroy(Temporary_Bullet_handler, projectileLifetime);
canShoot = false;
StartCoroutine(ShootDelay());
}
}
public void ShootFunction()
{
//The Bullet Instantiation happens here.
GameObject Temporary_Bullet_handler;
Temporary_Bullet_handler = Instantiate(bullet, gameObject.transform.position, gameObject.transform.rotation) as GameObject;
Temporary_Bullet_handler.GetComponent <BulletScript> ().myPlayer = gameObject;
Temporary_Bullet_handler.GetComponent <BulletScript> ().myParticles.startColor = myColor;
//Sometimes bullets may appear rotated incorrectly due to the way its pivot was set from the original modeling package.
//This is EASILY corrected here, you might have to rotate it from a different axis and/or angle based on your particular mesh.
Temporary_Bullet_handler.transform.Rotate(Vector3.left);
}
// Update is called once per frame
void Update()
{
highScoreText.text = topScore.ToString();
if (menuRef == false)
{
if (wallKillsPlayer == true)
{
// wallWarnings.SetActive(true);
fogFX.SetActive(true);
}
if (wallKillsPlayer == false)
{
// wallWarnings.SetActive(false);
fogFX.SetActive(false);
}
if (Input.GetKeyDown(KeyCode.P))
{
PauseGame();
}
if (paused == true)
{
pauseMenu.SetActive(true);
}
if (paused == false)
{
pauseMenu.SetActive(false);
}
scoreText.text = playerScore.ToString();
if (playerScore > baseHighScore)
{
topScore = playerScore;
newHighScore.SetActive(true);
}
rend.material = currentMat;
Ray cameraRay = mainCamera.ScreenPointToRay(Input.mousePosition);
Plane groundPlane = new Plane(Vector3.up, Vector3.zero);
float rayLength;
RaycastHit hit;
if (groundPlane.Raycast(cameraRay, out rayLength) && paused == false)
{
Vector3 pointToLook = cameraRay.GetPoint(rayLength);
Debug.DrawLine(cameraRay.origin, pointToLook, Color.blue);
// gunRotate.transform.LookAt(new Vector3(pointToLook.x, transform.position.y, pointToLook.z));
//mainCamera.transform.LookAt (new Vector3(pointToLook.x,transform.position.y, pointToLook.z));
gunRotate.transform.LookAt(new Vector3(pointToLook.x, transform.position.y, pointToLook.z));
gunRotate.transform.rotation = Quaternion.Euler(new Vector3(0, gunRotate.transform.rotation.eulerAngles.y, 0));
}
if (Input.GetMouseButtonDown(0) && paused == false)
{
//The Bullet Instantiation happens here.
GameObject Temporary_Bullet_handler;
Temporary_Bullet_handler = Instantiate(bullet, emitter.transform.position, emitter.transform.rotation) as GameObject;
//Sometimes bullets may appear rotated incorrectly due to the way its pivot was set from the original modeling package.
//This is EASILY corrected here, you might have to rotate it from a different axis and/or angle based on your particular mesh.
Temporary_Bullet_handler.transform.Rotate(Vector3.left);
//Retrieve the Rigidbody component from the instantiated Bullet and control it.
Rigidbody Temporary_RigidBody;
Temporary_RigidBody = Temporary_Bullet_handler.GetComponent <Rigidbody>();
//Tell the bullet to be "pushed" forward by an amount set by Bullet_Forward_Force.
Temporary_RigidBody.AddForce(gunRotate.transform.forward * bulletForce, ForceMode.Impulse);
//Basic Clean Up, set the Bullets to self destruct after 10 Seconds, I am being VERY generous here, normally 3 seconds is plenty.
Destroy(Temporary_Bullet_handler, bulletLifetime);
myRigidbody.AddForce(gunRotate.transform.forward * -thrust);
}
// if (Input.GetMouseButtonDown(1) && lightMode == true && darkMode == false)
// {
// lightMode = false;
// darkMode = true;
// }
// if (Input.GetMouseButtonDown(1) && darkMode == true && lightMode == false)
// {
// darkMode = false;
// lightMode = true;
// }
// if (lightMode == false)
// {
// darkMode = true;
// }
// if (darkMode == false)
// {
// lightMode = true;
// }
if (Input.GetMouseButtonDown(1))
{
lightMode = !lightMode;
darkMode = !darkMode;
}
if (lightMode == true)
{
bullet = lightBullet;
gameObject.layer = 11;
currentMat = lightMat;
lightParticles.SetActive(true);
darkParticles.SetActive(false);
}
if (darkMode == true)
{
bullet = darkBullet;
gameObject.layer = 12;
currentMat = darkMat;
darkParticles.SetActive(true);
lightParticles.SetActive(false);
}
if (playerScore <= 100)
{
emitterSide1.GetComponent <EmitterScript>().delayMax = 50;
emitterSide2.GetComponent <EmitterScript>().delayMax = 50;
emitterSide3.GetComponent <EmitterScript>().delayMax = 50;
emitterSide4.GetComponent <EmitterScript>().delayMax = 50;
emitterSide1.GetComponent <EmitterScript>().delayMin = 20;
emitterSide2.GetComponent <EmitterScript>().delayMin = 20;
emitterSide3.GetComponent <EmitterScript>().delayMin = 20;
emitterSide4.GetComponent <EmitterScript>().delayMin = 20;
}
if (playerScore > 100 && playerScore <= 200)
{
emitterSide1.GetComponent <EmitterScript>().delayMax = 45;
emitterSide2.GetComponent <EmitterScript>().delayMax = 45;
emitterSide3.GetComponent <EmitterScript>().delayMax = 45;
emitterSide4.GetComponent <EmitterScript>().delayMax = 45;
emitterSide1.GetComponent <EmitterScript>().delayMin = 19;
emitterSide2.GetComponent <EmitterScript>().delayMin = 19;
emitterSide3.GetComponent <EmitterScript>().delayMin = 19;
emitterSide4.GetComponent <EmitterScript>().delayMin = 19;
}
if (playerScore > 200 && playerScore <= 300)
{
emitterSide1.GetComponent <EmitterScript>().delayMax = 45;
emitterSide2.GetComponent <EmitterScript>().delayMax = 45;
emitterSide3.GetComponent <EmitterScript>().delayMax = 45;
emitterSide4.GetComponent <EmitterScript>().delayMax = 45;
emitterSide1.GetComponent <EmitterScript>().delayMin = 18;
emitterSide2.GetComponent <EmitterScript>().delayMin = 18;
emitterSide3.GetComponent <EmitterScript>().delayMin = 18;
emitterSide4.GetComponent <EmitterScript>().delayMin = 18;
}
if (playerScore > 300 && playerScore <= 400)
{
emitterSide1.GetComponent <EmitterScript>().delayMax = 40;
emitterSide2.GetComponent <EmitterScript>().delayMax = 40;
emitterSide3.GetComponent <EmitterScript>().delayMax = 40;
emitterSide4.GetComponent <EmitterScript>().delayMax = 40;
emitterSide1.GetComponent <EmitterScript>().delayMin = 17;
emitterSide2.GetComponent <EmitterScript>().delayMin = 17;
emitterSide3.GetComponent <EmitterScript>().delayMin = 17;
emitterSide4.GetComponent <EmitterScript>().delayMin = 17;
}
if (playerScore > 400 && playerScore <= 500)
{
emitterSide1.GetComponent <EmitterScript>().delayMax = 35;
emitterSide2.GetComponent <EmitterScript>().delayMax = 35;
emitterSide3.GetComponent <EmitterScript>().delayMax = 35;
emitterSide4.GetComponent <EmitterScript>().delayMax = 35;
emitterSide1.GetComponent <EmitterScript>().delayMin = 16;
emitterSide2.GetComponent <EmitterScript>().delayMin = 16;
emitterSide3.GetComponent <EmitterScript>().delayMin = 16;
emitterSide4.GetComponent <EmitterScript>().delayMin = 16;
}
if (playerScore > 500 && playerScore <= 600)
{
//emitterSide1.SetActive(true);
//emitterSide2.SetActive(true);
emitterSide1.GetComponent <EmitterScript>().delayMax = 35;
emitterSide2.GetComponent <EmitterScript>().delayMax = 35;
emitterSide3.GetComponent <EmitterScript>().delayMax = 35;
emitterSide4.GetComponent <EmitterScript>().delayMax = 35;
emitterSide1.GetComponent <EmitterScript>().delayMin = 15;
emitterSide2.GetComponent <EmitterScript>().delayMin = 15;
emitterSide3.GetComponent <EmitterScript>().delayMin = 15;
emitterSide4.GetComponent <EmitterScript>().delayMin = 15;
}
if (playerScore > 600 && playerScore <= 700)
{
emitterSide1.GetComponent <EmitterScript>().delayMax = 30;
emitterSide2.GetComponent <EmitterScript>().delayMax = 30;
emitterSide3.GetComponent <EmitterScript>().delayMax = 30;
emitterSide4.GetComponent <EmitterScript>().delayMax = 30;
emitterSide1.GetComponent <EmitterScript>().delayMin = 14;
emitterSide2.GetComponent <EmitterScript>().delayMin = 14;
emitterSide3.GetComponent <EmitterScript>().delayMin = 14;
emitterSide4.GetComponent <EmitterScript>().delayMin = 14;
}
if (playerScore > 700 && playerScore <= 800)
{
emitterSide1.GetComponent <EmitterScript>().delayMax = 27;
emitterSide2.GetComponent <EmitterScript>().delayMax = 27;
emitterSide3.GetComponent <EmitterScript>().delayMax = 27;
emitterSide4.GetComponent <EmitterScript>().delayMax = 27;
emitterSide1.GetComponent <EmitterScript>().delayMin = 13;
emitterSide2.GetComponent <EmitterScript>().delayMin = 13;
emitterSide3.GetComponent <EmitterScript>().delayMin = 13;
emitterSide4.GetComponent <EmitterScript>().delayMin = 13;
}
if (playerScore > 800 && playerScore <= 900)
{
emitterSide1.GetComponent <EmitterScript>().delayMax = 25;
emitterSide2.GetComponent <EmitterScript>().delayMax = 25;
emitterSide3.GetComponent <EmitterScript>().delayMax = 25;
emitterSide4.GetComponent <EmitterScript>().delayMax = 25;
emitterSide1.GetComponent <EmitterScript>().delayMin = 13;
emitterSide2.GetComponent <EmitterScript>().delayMin = 13;
emitterSide3.GetComponent <EmitterScript>().delayMin = 13;
emitterSide4.GetComponent <EmitterScript>().delayMin = 13;
}
if (playerScore > 900 && playerScore <= 1000)
{
emitterSide1.GetComponent <EmitterScript>().delayMax = 25;
emitterSide2.GetComponent <EmitterScript>().delayMax = 25;
emitterSide3.GetComponent <EmitterScript>().delayMax = 25;
emitterSide4.GetComponent <EmitterScript>().delayMax = 25;
emitterSide1.GetComponent <EmitterScript>().delayMin = 12;
emitterSide2.GetComponent <EmitterScript>().delayMin = 12;
emitterSide3.GetComponent <EmitterScript>().delayMin = 12;
emitterSide4.GetComponent <EmitterScript>().delayMin = 12;
}
if (playerScore > 1000 && playerScore <= 1100)
{
emitterSide1.GetComponent <EmitterScript>().delayMax = 22;
emitterSide2.GetComponent <EmitterScript>().delayMax = 22;
emitterSide3.GetComponent <EmitterScript>().delayMax = 22;
emitterSide4.GetComponent <EmitterScript>().delayMax = 22;
emitterSide1.GetComponent <EmitterScript>().delayMin = 12;
emitterSide2.GetComponent <EmitterScript>().delayMin = 12;
emitterSide3.GetComponent <EmitterScript>().delayMin = 12;
emitterSide4.GetComponent <EmitterScript>().delayMin = 12;
}
if (playerScore > 1100 && playerScore <= 1200)
{
emitterSide1.GetComponent <EmitterScript>().delayMax = 20;
emitterSide2.GetComponent <EmitterScript>().delayMax = 20;
emitterSide3.GetComponent <EmitterScript>().delayMax = 20;
emitterSide4.GetComponent <EmitterScript>().delayMax = 20;
emitterSide1.GetComponent <EmitterScript>().delayMin = 12;
emitterSide2.GetComponent <EmitterScript>().delayMin = 12;
emitterSide3.GetComponent <EmitterScript>().delayMin = 12;
emitterSide4.GetComponent <EmitterScript>().delayMin = 12;
}
if (playerScore > 1200 && playerScore <= 1300)
{
emitterSide1.GetComponent <EmitterScript>().delayMax = 20;
emitterSide2.GetComponent <EmitterScript>().delayMax = 20;
emitterSide3.GetComponent <EmitterScript>().delayMax = 20;
emitterSide4.GetComponent <EmitterScript>().delayMax = 20;
emitterSide1.GetComponent <EmitterScript>().delayMin = 11;
emitterSide2.GetComponent <EmitterScript>().delayMin = 11;
emitterSide3.GetComponent <EmitterScript>().delayMin = 11;
emitterSide4.GetComponent <EmitterScript>().delayMin = 11;
}
if (playerScore > 1300 && playerScore <= 1400)
{
emitterSide1.GetComponent <EmitterScript>().delayMax = 18;
emitterSide2.GetComponent <EmitterScript>().delayMax = 18;
emitterSide3.GetComponent <EmitterScript>().delayMax = 18;
emitterSide4.GetComponent <EmitterScript>().delayMax = 18;
emitterSide1.GetComponent <EmitterScript>().delayMin = 11;
emitterSide2.GetComponent <EmitterScript>().delayMin = 11;
emitterSide3.GetComponent <EmitterScript>().delayMin = 11;
emitterSide4.GetComponent <EmitterScript>().delayMin = 11;
}
if (playerScore > 1400 && playerScore <= 1500)
{
emitterSide1.GetComponent <EmitterScript>().delayMax = 17;
emitterSide2.GetComponent <EmitterScript>().delayMax = 17;
emitterSide3.GetComponent <EmitterScript>().delayMax = 17;
emitterSide4.GetComponent <EmitterScript>().delayMax = 17;
emitterSide1.GetComponent <EmitterScript>().delayMin = 11;
emitterSide2.GetComponent <EmitterScript>().delayMin = 11;
emitterSide3.GetComponent <EmitterScript>().delayMin = 11;
emitterSide4.GetComponent <EmitterScript>().delayMin = 11;
}
if (playerScore > 1500 && playerScore <= 1600)
{
emitterSide1.GetComponent <EmitterScript>().delayMax = 15;
emitterSide2.GetComponent <EmitterScript>().delayMax = 15;
emitterSide3.GetComponent <EmitterScript>().delayMax = 15;
emitterSide4.GetComponent <EmitterScript>().delayMax = 15;
emitterSide1.GetComponent <EmitterScript>().delayMin = 11;
emitterSide2.GetComponent <EmitterScript>().delayMin = 11;
emitterSide3.GetComponent <EmitterScript>().delayMin = 11;
emitterSide4.GetComponent <EmitterScript>().delayMin = 11;
}
if (playerScore > 1600 && playerScore <= 1700)
{
emitterSide1.GetComponent <EmitterScript>().delayMax = 15;
emitterSide2.GetComponent <EmitterScript>().delayMax = 15;
emitterSide3.GetComponent <EmitterScript>().delayMax = 15;
emitterSide4.GetComponent <EmitterScript>().delayMax = 15;
emitterSide1.GetComponent <EmitterScript>().delayMin = 10;
emitterSide2.GetComponent <EmitterScript>().delayMin = 10;
emitterSide3.GetComponent <EmitterScript>().delayMin = 10;
emitterSide4.GetComponent <EmitterScript>().delayMin = 10;
}
if (playerScore > 1700 && playerScore <= 1800)
{
emitterSide1.GetComponent <EmitterScript>().delayMax = 13;
emitterSide2.GetComponent <EmitterScript>().delayMax = 13;
emitterSide3.GetComponent <EmitterScript>().delayMax = 13;
emitterSide4.GetComponent <EmitterScript>().delayMax = 13;
emitterSide1.GetComponent <EmitterScript>().delayMin = 9;
emitterSide2.GetComponent <EmitterScript>().delayMin = 9;
emitterSide3.GetComponent <EmitterScript>().delayMin = 9;
emitterSide4.GetComponent <EmitterScript>().delayMin = 9;
}
if (playerScore > 1800 && playerScore <= 1900)
{
emitterSide1.GetComponent <EmitterScript>().delayMax = 12;
emitterSide2.GetComponent <EmitterScript>().delayMax = 12;
emitterSide3.GetComponent <EmitterScript>().delayMax = 12;
emitterSide4.GetComponent <EmitterScript>().delayMax = 12;
emitterSide1.GetComponent <EmitterScript>().delayMin = 8;
emitterSide2.GetComponent <EmitterScript>().delayMin = 8;
emitterSide3.GetComponent <EmitterScript>().delayMin = 8;
emitterSide4.GetComponent <EmitterScript>().delayMin = 8;
}
if (playerScore > 1900 && playerScore <= 2000)
{
emitterSide1.GetComponent <EmitterScript>().delayMax = 10;
emitterSide2.GetComponent <EmitterScript>().delayMax = 10;
emitterSide3.GetComponent <EmitterScript>().delayMax = 10;
emitterSide4.GetComponent <EmitterScript>().delayMax = 10;
emitterSide1.GetComponent <EmitterScript>().delayMin = 7;
emitterSide2.GetComponent <EmitterScript>().delayMin = 7;
emitterSide3.GetComponent <EmitterScript>().delayMin = 7;
emitterSide4.GetComponent <EmitterScript>().delayMin = 7;
}
if (playerScore > 2000 && playerScore <= 2100)
{
emitterSide1.GetComponent <EmitterScript>().delayMax = 10;
emitterSide2.GetComponent <EmitterScript>().delayMax = 10;
emitterSide3.GetComponent <EmitterScript>().delayMax = 10;
emitterSide4.GetComponent <EmitterScript>().delayMax = 10;
emitterSide1.GetComponent <EmitterScript>().delayMin = 6;
emitterSide2.GetComponent <EmitterScript>().delayMin = 6;
emitterSide3.GetComponent <EmitterScript>().delayMin = 6;
emitterSide4.GetComponent <EmitterScript>().delayMin = 6;
}
if (playerScore > 2100 && playerScore <= 2200)
{
emitterSide1.GetComponent <EmitterScript>().delayMax = 10;
emitterSide2.GetComponent <EmitterScript>().delayMax = 10;
emitterSide3.GetComponent <EmitterScript>().delayMax = 10;
emitterSide4.GetComponent <EmitterScript>().delayMax = 10;
emitterSide1.GetComponent <EmitterScript>().delayMin = 5;
emitterSide2.GetComponent <EmitterScript>().delayMin = 5;
emitterSide3.GetComponent <EmitterScript>().delayMin = 5;
emitterSide4.GetComponent <EmitterScript>().delayMin = 5;
}
if (playerScore > 2200 && playerScore <= 2300)
{
emitterSide1.GetComponent <EmitterScript>().delayMax = 10;
emitterSide2.GetComponent <EmitterScript>().delayMax = 10;
emitterSide3.GetComponent <EmitterScript>().delayMax = 10;
emitterSide4.GetComponent <EmitterScript>().delayMax = 10;
emitterSide1.GetComponent <EmitterScript>().delayMin = 4;
emitterSide2.GetComponent <EmitterScript>().delayMin = 4;
emitterSide3.GetComponent <EmitterScript>().delayMin = 4;
emitterSide4.GetComponent <EmitterScript>().delayMin = 4;
}
if (playerScore > 2300 && playerScore <= 2400)
{
emitterSide1.GetComponent <EmitterScript>().delayMax = 10;
emitterSide2.GetComponent <EmitterScript>().delayMax = 10;
emitterSide3.GetComponent <EmitterScript>().delayMax = 10;
emitterSide4.GetComponent <EmitterScript>().delayMax = 10;
emitterSide1.GetComponent <EmitterScript>().delayMin = 3;
emitterSide2.GetComponent <EmitterScript>().delayMin = 3;
emitterSide3.GetComponent <EmitterScript>().delayMin = 3;
emitterSide4.GetComponent <EmitterScript>().delayMin = 3;
}
if (playerScore > 2400 && playerScore <= 2500)
{
emitterSide1.GetComponent <EmitterScript>().delayMax = 10;
emitterSide2.GetComponent <EmitterScript>().delayMax = 10;
emitterSide3.GetComponent <EmitterScript>().delayMax = 10;
emitterSide4.GetComponent <EmitterScript>().delayMax = 10;
emitterSide1.GetComponent <EmitterScript>().delayMin = 2;
emitterSide2.GetComponent <EmitterScript>().delayMin = 2;
emitterSide3.GetComponent <EmitterScript>().delayMin = 2;
emitterSide4.GetComponent <EmitterScript>().delayMin = 2;
}
if (playerScore > 2500 && playerScore <= 2600)
{
emitterSide1.GetComponent <EmitterScript>().delayMax = 9;
emitterSide2.GetComponent <EmitterScript>().delayMax = 9;
emitterSide3.GetComponent <EmitterScript>().delayMax = 9;
emitterSide4.GetComponent <EmitterScript>().delayMax = 9;
emitterSide1.GetComponent <EmitterScript>().delayMin = 2;
emitterSide2.GetComponent <EmitterScript>().delayMin = 2;
emitterSide3.GetComponent <EmitterScript>().delayMin = 2;
emitterSide4.GetComponent <EmitterScript>().delayMin = 2;
}
if (playerScore > 2600 && playerScore <= 2700)
{
emitterSide1.GetComponent <EmitterScript>().delayMax = 8;
emitterSide2.GetComponent <EmitterScript>().delayMax = 8;
emitterSide3.GetComponent <EmitterScript>().delayMax = 8;
emitterSide4.GetComponent <EmitterScript>().delayMax = 8;
emitterSide1.GetComponent <EmitterScript>().delayMin = 2;
emitterSide2.GetComponent <EmitterScript>().delayMin = 2;
emitterSide3.GetComponent <EmitterScript>().delayMin = 2;
emitterSide4.GetComponent <EmitterScript>().delayMin = 2;
}
if (playerScore > 2700 && playerScore <= 2800)
{
emitterSide1.GetComponent <EmitterScript>().delayMax = 7;
emitterSide2.GetComponent <EmitterScript>().delayMax = 7;
emitterSide3.GetComponent <EmitterScript>().delayMax = 7;
emitterSide4.GetComponent <EmitterScript>().delayMax = 7;
emitterSide1.GetComponent <EmitterScript>().delayMin = 1;
emitterSide2.GetComponent <EmitterScript>().delayMin = 1;
emitterSide3.GetComponent <EmitterScript>().delayMin = 1;
emitterSide4.GetComponent <EmitterScript>().delayMin = 1;
}
if (playerScore > 2800 && playerScore <= 2900)
{
emitterSide1.GetComponent <EmitterScript>().delayMax = 6;
emitterSide2.GetComponent <EmitterScript>().delayMax = 6;
emitterSide3.GetComponent <EmitterScript>().delayMax = 6;
emitterSide4.GetComponent <EmitterScript>().delayMax = 6;
emitterSide1.GetComponent <EmitterScript>().delayMin = 1;
emitterSide2.GetComponent <EmitterScript>().delayMin = 1;
emitterSide3.GetComponent <EmitterScript>().delayMin = 1;
emitterSide4.GetComponent <EmitterScript>().delayMin = 1;
}
if (playerScore > 2900 && playerScore <= 3000)
{
emitterSide1.GetComponent <EmitterScript>().delayMax = 5;
emitterSide2.GetComponent <EmitterScript>().delayMax = 5;
emitterSide3.GetComponent <EmitterScript>().delayMax = 5;
emitterSide4.GetComponent <EmitterScript>().delayMax = 5;
emitterSide1.GetComponent <EmitterScript>().delayMin = 0.5f;
emitterSide2.GetComponent <EmitterScript>().delayMin = 0.5f;
emitterSide3.GetComponent <EmitterScript>().delayMin = 0.5f;
emitterSide4.GetComponent <EmitterScript>().delayMin = 0.5f;
}
}
// if (playerScore > Top10Scores[0])
// {
// Debug.Log("Score 1 beaten");
// Top10Scores[9] = Top10Scores[8];
// Top10Scores[8] = Top10Scores[7];
// Top10Scores[7] = Top10Scores[6];
// Top10Scores[6] = Top10Scores[5];
// Top10Scores[5] = Top10Scores[4];
// Top10Scores[4] = Top10Scores[3];
// Top10Scores[3] = Top10Scores[2];
// Top10Scores[2] = Top10Scores[1];
// Top10Scores[1] = Top10Scores[0];
//
// playerScore = Top10Scores[0];
// newHighScore.SetActive(true);
//
//
// }
// if (playerScore > Top10Scores[1] && playerScore <= Top10Scores[0])
// {
// Debug.Log("Score 2 beaten");
//
// Top10Scores[9] = Top10Scores[8];
// Top10Scores[8] = Top10Scores[7];
// Top10Scores[7] = Top10Scores[6];
// Top10Scores[6] = Top10Scores[5];
// Top10Scores[5] = Top10Scores[4];
// Top10Scores[4] = Top10Scores[3];
// Top10Scores[3] = Top10Scores[2];
// Top10Scores[2] = Top10Scores[1];
// playerScore = Top10Scores[1];
// newHighScore.SetActive(true);
//
//
// }
// if (playerScore > Top10Scores[2] && playerScore <= Top10Scores[1])
// {
// Debug.Log("Score 3 beaten");
//
// Top10Scores[9] = Top10Scores[8];
// Top10Scores[8] = Top10Scores[7];
// Top10Scores[7] = Top10Scores[6];
// Top10Scores[6] = Top10Scores[5];
// Top10Scores[5] = Top10Scores[4];
// Top10Scores[4] = Top10Scores[3];
// Top10Scores[3] = Top10Scores[2];
//
// playerScore = Top10Scores[2];
// newHighScore.SetActive(true);
//
//
// }
// if (playerScore > Top10Scores[3] && playerScore <= Top10Scores[2])
// {
// Debug.Log("Score 4 beaten");
//
// Top10Scores[9] = Top10Scores[8];
// Top10Scores[8] = Top10Scores[7];
// Top10Scores[7] = Top10Scores[6];
// Top10Scores[6] = Top10Scores[5];
// Top10Scores[5] = Top10Scores[4];
// Top10Scores[4] = Top10Scores[3];
//
// playerScore = Top10Scores[3];
// newHighScore.SetActive(true);
//
//
// }
// if (playerScore > Top10Scores[4] && playerScore <= Top10Scores[3])
// {
// Debug.Log("Score 5 beaten");
//
// Top10Scores[9] = Top10Scores[8];
// Top10Scores[8] = Top10Scores[7];
// Top10Scores[7] = Top10Scores[6];
// Top10Scores[6] = Top10Scores[5];
// Top10Scores[5] = Top10Scores[4];
//
// playerScore = Top10Scores[4];
// newHighScore.SetActive(true);
//
//
// }
// if (playerScore > Top10Scores[5] && playerScore <= Top10Scores[4])
// {
// Debug.Log("Score 6 beaten");
//
// Top10Scores[9] = Top10Scores[8];
// Top10Scores[8] = Top10Scores[7];
// Top10Scores[7] = Top10Scores[6];
// Top10Scores[6] = Top10Scores[5];
//
// playerScore = Top10Scores[5];
// newHighScore.SetActive(true);
//
//
// }
// if (playerScore > Top10Scores[6] && playerScore <= Top10Scores[5])
// {
// Debug.Log("Score 7 beaten");
//
// Top10Scores[9] = Top10Scores[8];
// Top10Scores[8] = Top10Scores[7];
// Top10Scores[7] = Top10Scores[6];
//
// playerScore = Top10Scores[6];
// newHighScore.SetActive(true);
//
//
// }
// if (playerScore > Top10Scores[7] && playerScore <= Top10Scores[6])
// {
// Debug.Log("Score 8 beaten");
//
// Top10Scores[9] = Top10Scores[8];
// Top10Scores[8] = Top10Scores[7];
//
// playerScore = Top10Scores[7];
// newHighScore.SetActive(true);
//
//
// }
// if (playerScore > Top10Scores[8] && playerScore <= Top10Scores[7])
// {
// Debug.Log("Score 9 beaten");
//
// Top10Scores[9] = Top10Scores[8];
// playerScore = Top10Scores[8];
// newHighScore.SetActive(true);
//
//
// }
// if (playerScore > Top10Scores[9] && playerScore <= Top10Scores[8])
// {
// Debug.Log("Score 10 beaten");
//
// playerScore = Top10Scores[9];
// newHighScore.SetActive(true);
//
//
// }
// if (menuRef == true)
// {
// score1Text.text = Top10Scores[0].ToString();
// score2Text.text = Top10Scores[1].ToString();
// score3Text.text = Top10Scores[2].ToString();
// score4Text.text = Top10Scores[3].ToString();
// score5Text.text = Top10Scores[4].ToString();
// score6Text.text = Top10Scores[5].ToString();
// score7Text.text = Top10Scores[6].ToString();
// score8Text.text = Top10Scores[7].ToString();
// score9Text.text = Top10Scores[8].ToString();
// score10Text.text = Top10Scores[9].ToString();
//
// }
}
// Update is called once per frame
void Update()
{
Ray cameraRay = mainCamera.ScreenPointToRay(Input.mousePosition);
Plane groundPlane = new Plane(Vector3.up, Vector3.zero);
float rayLength;
RaycastHit hit;
if (groundPlane.Raycast(cameraRay, out rayLength))
{
Vector3 pointToLook = cameraRay.GetPoint(rayLength);
Debug.DrawLine(cameraRay.origin, pointToLook, Color.blue);
// gunRotate.transform.LookAt(new Vector3(pointToLook.x, transform.position.y, pointToLook.z));
//mainCamera.transform.LookAt (new Vector3(pointToLook.x,transform.position.y, pointToLook.z));
gunRotate.transform.LookAt(new Vector3(pointToLook.x, transform.position.y, pointToLook.z));
}
if (Input.GetMouseButtonDown(0))
{
//The Bullet Instantiation happens here.
GameObject Temporary_Bullet_handler;
Temporary_Bullet_handler = Instantiate(bullet, emitter.transform.position, emitter.transform.rotation) as GameObject;
//Sometimes bullets may appear rotated incorrectly due to the way its pivot was set from the original modeling package.
//This is EASILY corrected here, you might have to rotate it from a different axis and/or angle based on your particular mesh.
Temporary_Bullet_handler.transform.Rotate(Vector3.left);
//Retrieve the Rigidbody component from the instantiated Bullet and control it.
Rigidbody Temporary_RigidBody;
Temporary_RigidBody = Temporary_Bullet_handler.GetComponent <Rigidbody>();
//Tell the bullet to be "pushed" forward by an amount set by Bullet_Forward_Force.
Temporary_RigidBody.AddForce(transform.forward * bulletForce, ForceMode.Impulse);
//Basic Clean Up, set the Bullets to self destruct after 10 Seconds, I am being VERY generous here, normally 3 seconds is plenty.
Destroy(Temporary_Bullet_handler, bulletLifetime);
myRigidbody.AddForce(gunRotate.transform.forward * -thrust);
}
// if (Input.GetMouseButtonDown(1) && lightMode == true && darkMode == false)
// {
// lightMode = false;
// darkMode = true;
// }
// if (Input.GetMouseButtonDown(1) && darkMode == true && lightMode == false)
// {
// darkMode = false;
// lightMode = true;
// }
// if (lightMode == false)
// {
// darkMode = true;
// }
// if (darkMode == false)
// {
// lightMode = true;
// }
if (Input.GetMouseButtonDown(1) && lightMode == true)
{
lightMode = false;
//darkMode = true;
}
if (Input.GetMouseButtonDown(1) && lightMode == false)
{
//darkMode = false;
lightMode = true;
}
}
// Update is called once per frame
void Update()
{
//if (npc.GetComponent<BasicAI> ().currentTarget != null) {
// chaseTarget = npc.GetComponent<BasicAI> ().currentTarget;
//}
if (laserHeat >= heatMax)
{
laserHeat = heatMax;
overheat = true;
}
if (laserHeat > heatMin)
{
laserHeat -= laserCool * Time.deltaTime;
}
if (laserHeat <= heatMin)
{
laserHeat = heatMin;
}
if (laserHeat <= afterOverheat)
{
overheat = false;
}
if (team1 == true)
{
Bullet.GetComponent <BulletScript> ().forTeam1 = true;
}
if (team2 == true)
{
Bullet.GetComponent <BulletScript> ().forTeam2 = true;
}
if (team1 == false)
{
Bullet.GetComponent <BulletScript> ().forTeam1 = false;
}
if (team2 == false)
{
Bullet.GetComponent <BulletScript> ().forTeam2 = false;
}
if (detectedHostile.Count > 0)
{
permitShoot = true;
}
if (detectedHostile.Count == 0)
{
detectedHostile.Clear();
permitShoot = false;
}
// if (detectedHostile[0] != null && team2 == true)
// {
// permitShoot = true;
// }
// if (detectedHostile[0] == null && team2 == true)
// {
// detectedHostile.Clear();
// permitShoot = false;
// }
if (canTrack == true)
{
if (trackingEmitter1 != null)
{
trackingEmitter1.transform.rotation = Quaternion.Slerp(transform.rotation, Quaternion.LookRotation(chaseTarget.transform.position + transform.position), trackRotSpeed * Time.deltaTime);
}
if (trackingEmitter2 != null)
{
trackingEmitter2.transform.rotation = Quaternion.Slerp(transform.rotation, Quaternion.LookRotation(chaseTarget.transform.position + transform.position), trackRotSpeed * Time.deltaTime);
}
if (trackingEmitter3 != null)
{
trackingEmitter3.transform.rotation = Quaternion.Slerp(transform.rotation, Quaternion.LookRotation(chaseTarget.transform.position + transform.position), trackRotSpeed * Time.deltaTime);
}
if (trackingEmitter4 != null)
{
trackingEmitter4.transform.rotation = Quaternion.Slerp(transform.rotation, Quaternion.LookRotation(chaseTarget.transform.position + transform.position), trackRotSpeed * Time.deltaTime);
}
}
if (canTrack == false)
{
if (trackingEmitter1 != null)
{
trackingEmitter1.transform.rotation = Quaternion.Euler(0, 0, 0);
}
if (trackingEmitter2 != null)
{
trackingEmitter2.transform.rotation = Quaternion.Euler(0, 0, 0);
}
if (trackingEmitter3 != null)
{
trackingEmitter3.transform.rotation = Quaternion.Euler(0, 0, 0);
}
if (trackingEmitter4 != null)
{
trackingEmitter4.transform.rotation = Quaternion.Euler(0, 0, 0);
}
}
if (npc != null && npc.GetComponent <BasicAI>().onOffense == true && permitShoot == true && canShoot == true && overheat == false ||
npc == null && permitShoot == true && canShoot == true && overheat == false)
{
//The Bullet Instantiation happens here.
GameObject Temporary_Bullet_handler;
// Temporary_Bullet_handler = Instantiate (Bullet, bulletEmitter1.transform.position, bulletEmitter1.transform.rotation) as GameObject;
// //Sometimes bullets may appear rotated incorrectly due to the way its pivot was set from the original modeling package.
// //This is EASILY corrected here, you might have to rotate it from a different axis and/or angle based on your particular mesh.
// Temporary_Bullet_handler.transform.Rotate (Vector3.left);
//Retrieve the Rigidbody component from the instantiated Bullet and control it.
Rigidbody Temporary_RigidBody;
// Temporary_RigidBody = Temporary_Bullet_handler.GetComponent<Rigidbody> ();
//
// //Tell the bullet to be "pushed" forward by an amount set by Bullet_Forward_Force.
// Temporary_RigidBody.AddForce (transform.forward * Bullet_Forward_Force, ForceMode.Impulse);
//
// //Basic Clean Up, set the Bullets to self destruct after 10 Seconds, I am being VERY generous here, normally 3 seconds is plenty.
// Destroy (Temporary_Bullet_handler, bulletLifetime);
if (bulletEmitter1 != null)
{
Temporary_Bullet_handler = Instantiate(Bullet, bulletEmitter1.transform.position, bulletEmitter1.transform.rotation) as GameObject;
//Sometimes bullets may appear rotated incorrectly due to the way its pivot was set from the original modeling package.
//This is EASILY corrected here, you might have to rotate it from a different axis and/or angle based on your particular mesh.
Temporary_Bullet_handler.transform.Rotate(Vector3.left);
//Retrieve the Rigidbody component from the instantiated Bullet and control it.
Temporary_RigidBody = Temporary_Bullet_handler.GetComponent <Rigidbody>();
//Tell the bullet to be "pushed" forward by an amount set by Bullet_Forward_Force.
Temporary_RigidBody.AddForce(transform.forward * Bullet_Forward_Force, ForceMode.Impulse);
//Basic Clean Up, set the Bullets to self destruct after 10 Seconds, I am being VERY generous here, normally 3 seconds is plenty.
Destroy(Temporary_Bullet_handler, bulletLifetime);
}
if (bulletEmitter2 != null)
{
Temporary_Bullet_handler = Instantiate(Bullet, bulletEmitter2.transform.position, bulletEmitter2.transform.rotation) as GameObject;
//Sometimes bullets may appear rotated incorrectly due to the way its pivot was set from the original modeling package.
//This is EASILY corrected here, you might have to rotate it from a different axis and/or angle based on your particular mesh.
Temporary_Bullet_handler.transform.Rotate(Vector3.left);
//Retrieve the Rigidbody component from the instantiated Bullet and control it.
Temporary_RigidBody = Temporary_Bullet_handler.GetComponent <Rigidbody>();
//Tell the bullet to be "pushed" forward by an amount set by Bullet_Forward_Force.
Temporary_RigidBody.AddForce(transform.forward * Bullet_Forward_Force, ForceMode.Impulse);
//Basic Clean Up, set the Bullets to self destruct after 10 Seconds, I am being VERY generous here, normally 3 seconds is plenty.
Destroy(Temporary_Bullet_handler, bulletLifetime);
}
if (bulletEmitter3 != null)
{
Temporary_Bullet_handler = Instantiate(Bullet, bulletEmitter3.transform.position, bulletEmitter3.transform.rotation) as GameObject;
//Sometimes bullets may appear rotated incorrectly due to the way its pivot was set from the original modeling package.
//This is EASILY corrected here, you might have to rotate it from a different axis and/or angle based on your particular mesh.
Temporary_Bullet_handler.transform.Rotate(Vector3.left);
//Retrieve the Rigidbody component from the instantiated Bullet and control it.
Temporary_RigidBody = Temporary_Bullet_handler.GetComponent <Rigidbody>();
//Tell the bullet to be "pushed" forward by an amount set by Bullet_Forward_Force.
Temporary_RigidBody.AddForce(transform.forward * Bullet_Forward_Force, ForceMode.Impulse);
//Basic Clean Up, set the Bullets to self destruct after 10 Seconds, I am being VERY generous here, normally 3 seconds is plenty.
Destroy(Temporary_Bullet_handler, bulletLifetime);
}
if (bulletEmitter4 != null)
{
Temporary_Bullet_handler = Instantiate(Bullet, bulletEmitter4.transform.position, bulletEmitter4.transform.rotation) as GameObject;
//Sometimes bullets may appear rotated incorrectly due to the way its pivot was set from the original modeling package.
//This is EASILY corrected here, you might have to rotate it from a different axis and/or angle based on your particular mesh.
Temporary_Bullet_handler.transform.Rotate(Vector3.left);
//Retrieve the Rigidbody component from the instantiated Bullet and control it.
Temporary_RigidBody = Temporary_Bullet_handler.GetComponent <Rigidbody>();
//Tell the bullet to be "pushed" forward by an amount set by Bullet_Forward_Force.
Temporary_RigidBody.AddForce(transform.forward * Bullet_Forward_Force, ForceMode.Impulse);
//Basic Clean Up, set the Bullets to self destruct after 10 Seconds, I am being VERY generous here, normally 3 seconds is plenty.
Destroy(Temporary_Bullet_handler, bulletLifetime);
}
if (trackingEmitter1 != null)
{
Temporary_Bullet_handler = Instantiate(Bullet, trackingEmitter1.transform.position, trackingEmitter1.transform.rotation) as GameObject;
//Sometimes bullets may appear rotated incorrectly due to the way its pivot was set from the original modeling package.
//This is EASILY corrected here, you might have to rotate it from a different axis and/or angle based on your particular mesh.
Temporary_Bullet_handler.transform.Rotate(Vector3.left);
//Retrieve the Rigidbody component from the instantiated Bullet and control it.
Temporary_RigidBody = Temporary_Bullet_handler.GetComponent <Rigidbody>();
//Tell the bullet to be "pushed" forward by an amount set by Bullet_Forward_Force.
Temporary_RigidBody.AddForce(transform.forward * Bullet_Forward_Force, ForceMode.Impulse);
//Basic Clean Up, set the Bullets to self destruct after 10 Seconds, I am being VERY generous here, normally 3 seconds is plenty.
Destroy(Temporary_Bullet_handler, bulletLifetime);
}
if (trackingEmitter2 != null)
{
Temporary_Bullet_handler = Instantiate(Bullet, trackingEmitter2.transform.position, trackingEmitter2.transform.rotation) as GameObject;
//Sometimes bullets may appear rotated incorrectly due to the way its pivot was set from the original modeling package.
//This is EASILY corrected here, you might have to rotate it from a different axis and/or angle based on your particular mesh.
Temporary_Bullet_handler.transform.Rotate(Vector3.left);
//Retrieve the Rigidbody component from the instantiated Bullet and control it.
Temporary_RigidBody = Temporary_Bullet_handler.GetComponent <Rigidbody>();
//Tell the bullet to be "pushed" forward by an amount set by Bullet_Forward_Force.
Temporary_RigidBody.AddForce(transform.forward * Bullet_Forward_Force, ForceMode.Impulse);
//Basic Clean Up, set the Bullets to self destruct after 10 Seconds, I am being VERY generous here, normally 3 seconds is plenty.
Destroy(Temporary_Bullet_handler, bulletLifetime);
}
if (trackingEmitter3 != null)
{
Temporary_Bullet_handler = Instantiate(Bullet, trackingEmitter3.transform.position, trackingEmitter3.transform.rotation) as GameObject;
//Sometimes bullets may appear rotated incorrectly due to the way its pivot was set from the original modeling package.
//This is EASILY corrected here, you might have to rotate it from a different axis and/or angle based on your particular mesh.
Temporary_Bullet_handler.transform.Rotate(Vector3.left);
//Retrieve the Rigidbody component from the instantiated Bullet and control it.
Temporary_RigidBody = Temporary_Bullet_handler.GetComponent <Rigidbody>();
//Tell the bullet to be "pushed" forward by an amount set by Bullet_Forward_Force.
Temporary_RigidBody.AddForce(transform.forward * Bullet_Forward_Force, ForceMode.Impulse);
//Basic Clean Up, set the Bullets to self destruct after 10 Seconds, I am being VERY generous here, normally 3 seconds is plenty.
Destroy(Temporary_Bullet_handler, bulletLifetime);
}
if (trackingEmitter4 != null)
{
Temporary_Bullet_handler = Instantiate(Bullet, trackingEmitter4.transform.position, trackingEmitter4.transform.rotation) as GameObject;
//Sometimes bullets may appear rotated incorrectly due to the way its pivot was set from the original modeling package.
//This is EASILY corrected here, you might have to rotate it from a different axis and/or angle based on your particular mesh.
Temporary_Bullet_handler.transform.Rotate(Vector3.left);
//Retrieve the Rigidbody component from the instantiated Bullet and control it.
Temporary_RigidBody = Temporary_Bullet_handler.GetComponent <Rigidbody>();
//Tell the bullet to be "pushed" forward by an amount set by Bullet_Forward_Force.
Temporary_RigidBody.AddForce(transform.forward * Bullet_Forward_Force, ForceMode.Impulse);
//Basic Clean Up, set the Bullets to self destruct after 10 Seconds, I am being VERY generous here, normally 3 seconds is plenty.
Destroy(Temporary_Bullet_handler, bulletLifetime);
}
laserHeat += laserHeatPlus;
canShoot = false;
StartCoroutine(fireDelay());
}
detectedHostile.Clear();
}
// IEnumerator coolLaser ()
// {
// laserHeat -= laserHeatCooldown * Time.deltaTime;
// if (laserHeat <= 0f)
// {
// laserHeat = 0f;
// yield return(coolLaser());
// }
// }
// Update is called once per frame
void Update()
{
if (playerObject.GetComponent <PauseScript>().paused == false)
{
if (playerObject.GetComponent <WeaponSelectScript>().activePrimary == gameObject)
{
isActiveWeapon = true;
}
if (playerObject.GetComponent <WeaponSelectScript>().activePrimary != gameObject)
{
isActiveWeapon = false;
}
if (team1 == true)
{
Bullet.GetComponent <BulletScript>().forTeam1 = true;
Bullet.GetComponent <BulletScript>().forTeam2 = false;
}
if (team2 == true)
{
Bullet.GetComponent <BulletScript>().forTeam2 = true;
Bullet.GetComponent <BulletScript>().forTeam1 = false;
}
if (laserHeat >= maxLaserHeat && canShoot == true)
{
canShoot = false;
overheated = true;
}
if (laserHeat == laserHeatMin)
{
canShoot = true;
overheated = false;
}
if (Input.GetMouseButton(0) && canShoot == true && isActiveWeapon == true && instantiateAsChild == false)
{
Bullet.GetComponent <BulletScript>().player = playerObject;
Bullet.GetComponent <BulletScript>().isPlayerBullet = true;
//Debug.Log ("Player fired");
//The Bullet Instantiation happens here.
GameObject Temporary_Bullet_handler;
Temporary_Bullet_handler = Instantiate(Bullet, bulletEmitter1.transform.position, bulletEmitter1.transform.rotation) as GameObject;
//Sometimes bullets may appear rotated incorrectly due to the way its pivot was set from the original modeling package.
//This is EASILY corrected here, you might have to rotate it from a different axis and/or angle based on your particular mesh.
Temporary_Bullet_handler.transform.Rotate(Vector3.left);
//Retrieve the Rigidbody component from the instantiated Bullet and control it.
Rigidbody Temporary_RigidBody;
Temporary_RigidBody = Temporary_Bullet_handler.GetComponent <Rigidbody>();
//Tell the bullet to be "pushed" forward by an amount set by Bullet_Forward_Force.
Temporary_RigidBody.AddForce(transform.forward * Bullet_Forward_Force, ForceMode.Impulse);
//Basic Clean Up, set the Bullets to self destruct after 10 Seconds, I am being VERY generous here, normally 3 seconds is plenty.
Destroy(Temporary_Bullet_handler, bulletLifetime);
Temporary_Bullet_handler = Instantiate(Bullet, bulletEmitter2.transform.position, bulletEmitter2.transform.rotation) as GameObject;
//Sometimes bullets may appear rotated incorrectly due to the way its pivot was set from the original modeling package.
//This is EASILY corrected here, you might have to rotate it from a different axis and/or angle based on your particular mesh.
Temporary_Bullet_handler.transform.Rotate(Vector3.left);
//Retrieve the Rigidbody component from the instantiated Bullet and control it.
Temporary_RigidBody = Temporary_Bullet_handler.GetComponent <Rigidbody>();
//Tell the bullet to be "pushed" forward by an amount set by Bullet_Forward_Force.
Temporary_RigidBody.AddForce(transform.forward * Bullet_Forward_Force, ForceMode.Impulse);
//Basic Clean Up, set the Bullets to self destruct after 10 Seconds, I am being VERY generous here, normally 3 seconds is plenty.
Destroy(Temporary_Bullet_handler, bulletLifetime);
laserHeat = laserHeat + laserHeatPlus;
StartCoroutine(coolDelay());
StopCoroutine(coolDelay());
// StopCoroutine (coolLaser ());
cantCooldown = true;
heatCooldown = false;
canShoot = false;
StartCoroutine(fireDelay());
}
if (Input.GetMouseButton(0) && canShoot == true && isActiveWeapon == true && instantiateAsChild == true)
{
//Bullet.transform.SetParent(gameObject.transform);
Bullet.GetComponent <BulletScript>().player = playerObject;
//Debug.Log ("Player fired");
//The Bullet Instantiation happens here.
GameObject Temporary_Bullet_handler;
Temporary_Bullet_handler = Instantiate(Bullet, (bulletEmitter1.transform.position), Quaternion.identity) as GameObject;
//Sometimes bullets may appear rotated incorrectly due to the way its pivot was set from the original modeling package.
//This is EASILY corrected here, you might have to rotate it from a different axis and/or angle based on your particular mesh.
Temporary_Bullet_handler.transform.parent = bulletEmitter1.transform;
//Retrieve the Rigidbody component from the instantiated Bullet and control it.
Rigidbody Temporary_RigidBody;
Temporary_RigidBody = Temporary_Bullet_handler.GetComponent <Rigidbody>();
//Tell the bullet to be "pushed" forward by an amount set by Bullet_Forward_Force.
Temporary_RigidBody.AddForce(transform.forward * Bullet_Forward_Force, ForceMode.Impulse);
//Basic Clean Up, set the Bullets to self destruct after 10 Seconds, I am being VERY generous here, normally 3 seconds is plenty.
Destroy(Temporary_Bullet_handler, bulletLifetime);
Temporary_Bullet_handler = Instantiate(Bullet, (bulletEmitter2.transform.position), Quaternion.identity) as GameObject;
//Sometimes bullets may appear rotated incorrectly due to the way its pivot was set from the original modeling package.
//This is EASILY corrected here, you might have to rotate it from a different axis and/or angle based on your particular mesh.
Temporary_Bullet_handler.transform.parent = bulletEmitter2.transform;
//Retrieve the Rigidbody component from the instantiated Bullet and control it.
Temporary_RigidBody = Temporary_Bullet_handler.GetComponent <Rigidbody>();
//Tell the bullet to be "pushed" forward by an amount set by Bullet_Forward_Force.
Temporary_RigidBody.AddForce(transform.forward * Bullet_Forward_Force, ForceMode.Impulse);
//Basic Clean Up, set the Bullets to self destruct after 10 Seconds, I am being VERY generous here, normally 3 seconds is plenty.
Destroy(Temporary_Bullet_handler, bulletLifetime);
laserHeat = laserHeat + laserHeatPlus;
StartCoroutine(coolDelay());
StopCoroutine(coolDelay());
// StopCoroutine (coolLaser ());
cantCooldown = true;
heatCooldown = false;
canShoot = false;
StartCoroutine(fireDelay());
}
}
}
// Update is called once per frame
void Update()
{
if (playerObject.GetComponent <WeaponSelectScript>().activeSecondary == gameObject)
{
isActiveWeapon = true;
}
if (playerObject.GetComponent <WeaponSelectScript>().activeSecondary != gameObject)
{
isActiveWeapon = false;
}
if (ammoCount > 0 && overShoot == false)
{
canFire = true;
}
if (ammoCount <= 0)
{
//noAmmoText.enabled = true;
ammoCount = 0;
canFire = false;
}
if (missileShootValue > 0)
{
missileShootValue -= missileCooldown * Time.deltaTime;
}
if (missileShootValue >= missileLimit)
{
missileShootValue = missileLimit;
}
if (missileShootValue > missileMax)
{
canFire = false;
overShoot = true;
}
if (missileShootValue < missileMax)
{
overShoot = false;
}
if (playerObject.GetComponent <TargettingScript>().currentTarget != null)
{
lockedTarget = playerObject.GetComponent <TargettingScript>().currentTarget;
}
if (lockedTarget == null)
{
lockedOn = false;
}
if (playerObject.GetComponent <TargettingScript>().currentTargetIsFriendly == true)
{
targetIsHostile = false;
}
if (playerObject.GetComponent <TargettingScript>().currentTargetIsFriendly == false)
{
targetIsHostile = true;
}
Bullet.GetComponent <MissileScript>().playerMissile = true;
Bullet.GetComponent <MissileScript> ().seekTarget = lockedTarget;
if (team1 == true)
{
Bullet.GetComponent <MissileScript>().team1 = true;
}
if (team2 == true)
{
Bullet.GetComponent <MissileScript>().team2 = true;
}
if (isActiveWeapon == true)
{
weaponHighlight.SetActive(true);
ammoHighlight.SetActive(true);
}
if (isActiveWeapon == false)
{
weaponHighlight.SetActive(false);
ammoHighlight.SetActive(false);
lockedOn = false;
}
if (lockedOn == true && targetIsHostile == true && isActiveWeapon == true)
{
lockedTarget.GetComponent <Team2LockOnMe> ().isLockedOnByPlayer = true;
lockText.SetActive(true);
Bullet.GetComponent <MissileScript> ().lockedOnTarget = true;
lockedOnSFX.Play();
}
if (lockedOn == false)
{
lockedOnSFX.Stop();
//lockText.SetActive(false);
//lockedTarget.GetComponent<Team2LockOnMe> ().isLockedOnByPlayer = false;
Bullet.GetComponent <MissileScript> ().lockedOnTarget = false;
}
if (isEmitter1 == true)
{
currentEmitter = bulletEmitter1;
}
if (isEmitter2 == true)
{
currentEmitter = bulletEmitter2;
}
if (Input.GetMouseButtonDown(2) && canFire == true && isActiveWeapon == true && alternateEmitters == false)
{
Bullet.GetComponent <MissileScript>().playerObject = playerObject;
Bullet.GetComponent <MissileScript>().isPlayerMissile = true;
ammoCount = ammoCount - ammoSpend;
missileShootValue += missileIncrease;
//The Bullet Instantiation happens here.
GameObject Temporary_Bullet_handler;
Temporary_Bullet_handler = Instantiate(Bullet, bulletEmitter1.transform.position, bulletEmitter1.transform.rotation) as GameObject;
//Sometimes bullets may appear rotated incorrectly due to the way its pivot was set from the original modeling package.
//This is EASILY corrected here, you might have to rotate it from a different axis and/or angle based on your particular mesh.
Temporary_Bullet_handler.transform.Rotate(Vector3.left);
//Retrieve the Rigidbody component from the instantiated Bullet and control it.
Rigidbody Temporary_RigidBody;
Temporary_RigidBody = Temporary_Bullet_handler.GetComponent <Rigidbody>();
//Tell the bullet to be "pushed" forward by an amount set by Bullet_Forward_Force.
Temporary_RigidBody.AddForce(transform.forward * Bullet_Forward_Force, ForceMode.Impulse);
//Basic Clean Up, set the Bullets to self destruct after 10 Seconds, I am being VERY generous here, normally 3 seconds is plenty.
Destroy(Temporary_Bullet_handler, bulletLifetime);
}
if (Input.GetMouseButtonDown(2) && canFire == true && isActiveWeapon == true && alternateEmitters == true)
{
Bullet.GetComponent <MissileScript>().playerObject = playerObject;
Bullet.GetComponent <MissileScript>().isPlayerMissile = true;
isEmitter1 = !isEmitter1;
isEmitter2 = !isEmitter2;
ammoCount = ammoCount - ammoSpend;
missileShootValue += missileIncrease;
//The Bullet Instantiation happens here.
GameObject Temporary_Bullet_handler;
Temporary_Bullet_handler = Instantiate(Bullet, currentEmitter.transform.position, currentEmitter.transform.rotation) as GameObject;
//Sometimes bullets may appear rotated incorrectly due to the way its pivot was set from the original modeling package.
//This is EASILY corrected here, you might have to rotate it from a different axis and/or angle based on your particular mesh.
Temporary_Bullet_handler.transform.Rotate(Vector3.left);
//Retrieve the Rigidbody component from the instantiated Bullet and control it.
Rigidbody Temporary_RigidBody;
Temporary_RigidBody = Temporary_Bullet_handler.GetComponent <Rigidbody>();
//Tell the bullet to be "pushed" forward by an amount set by Bullet_Forward_Force.
Temporary_RigidBody.AddForce(transform.forward * Bullet_Forward_Force, ForceMode.Impulse);
//Basic Clean Up, set the Bullets to self destruct after 10 Seconds, I am being VERY generous here, normally 3 seconds is plenty.
Destroy(Temporary_Bullet_handler, bulletLifetime);
}
if (lockedTarget != null && lockedTarget.GetComponent <Team2LockOnMe>() == true && lockedTarget.GetComponent <Team2LockOnMe>().isDead == true)
{
lockedOn = false;
lockText.SetActive(false);
}
//lockedTarget = null;
}
// Update is called once per frame
void Update()
{
if (overShoot == false)
{
canFire = true;
}
if (missileShootValue > 0)
{
missileShootValue -= missileCooldown * Time.deltaTime;
}
if (missileShootValue >= missileLimit)
{
missileShootValue = missileLimit;
}
if (missileShootValue > missileMax)
{
canFire = false;
overShoot = true;
}
if (missileShootValue < missileMax)
{
overShoot = false;
}
if (NPC.GetComponent <BasicAI>() == true)
{
lockedTarget = NPC.GetComponent <BasicAI>().currentTarget;
}
if (lockedTarget == null)
{
lockedOn = false;
}
if (NPC.GetComponent <BasicAI>().playerIsTarget == true)
{
Bullet.GetComponent <MissileScript>().targetIsPlayer = true;
}
// if (NPC.GetComponent<BasicAI>().currentTargetIsFriendly == true)
// {
// targetIsHostile = false;
// }
// if (NPC.GetComponent<BasicAI>().currentTargetIsFriendly == false)
// {
// targetIsHostile = true;
// }
Bullet.GetComponent <MissileScript>().seekTarget = lockedTarget;
if (lockValue <= 0)
{
lockValue = 0;
}
if (team1 == true)
{
Bullet.GetComponent <MissileScript>().team1 = true;
if (lockedOn == true)
{
//lockedTarget.GetComponent<Team2LockOnMe>().isTargetted = true;
Bullet.GetComponent <MissileScript>().lockedOnTarget = true;
if (lockValue < lockMax)
{
lockValue += lockIncrease * Time.deltaTime;
}
}
if (lockedOn == false)
{
//lockedTarget.GetComponent<Team2LockOnMe>().isTargetted = false;
//Bullet.GetComponent<MissileScript>().lockedOnTarget = false;
lockValue -= lockDecrease * Time.deltaTime;
}
}
if (team2 == true)
{
Bullet.GetComponent <MissileScript>().team2 = true;
if (lockedOn == true)
{
//lockedTarget.GetComponent<Team2LockOnMe>().isTargetted = true;
Bullet.GetComponent <MissileScript>().lockedOnTarget = true;
if (lockValue < lockMax)
{
lockValue += lockIncrease * Time.deltaTime;
}
}
if (lockedOn == false)
{
//lockedTarget.GetComponent<Team2LockOnMe>().isTargetted = false;
//Bullet.GetComponent<MissileScript>().lockedOnTarget = false;
lockValue -= lockDecrease * Time.deltaTime;
}
}
if (lockValue < lockThresh)
{
permitFire = false;
}
if (lockValue >= lockThresh && lockedOn == true)
{
permitFire = true;
}
if (lockValue >= lockMax && snapBack == true)
{
lockValue = lockSnap;
}
if (missileShootValue > 0)
{
missileShootValue -= missileCooldown * Time.deltaTime;
}
if (missileShootValue >= missileLimit)
{
missileShootValue = missileLimit;
}
if (missileShootValue > missileMax)
{
canFire = false;
overShoot = true;
}
if (missileShootValue < missileMax)
{
overShoot = false;
}
if (overShoot == false)
{
canFire = true;
}
if (permitFire == true && canFire == true && lockedOn == true && NPC.GetComponent <BasicAI>().onPath == false)
{
//canFire = false;
StartCoroutine(fireDelay());
if (NPC.GetComponent <BasicAI>().wingman == true)
{
NPC.GetComponent <BasicAI>().subtitleObject.GetComponent <DialogueScript>().WingmanLockedOn();
}
if (NPC.GetComponent <BasicAI>().genericEnemy == true)
{
NPC.GetComponent <BasicAI>().subtitleObject.GetComponent <DialogueScript>().GenericEnemyLockedOn();
}
if (NPC.GetComponent <BasicAI>().genericAlpha == true)
{
NPC.GetComponent <BasicAI>().subtitleObject.GetComponent <DialogueScript>().GenericEnemyLockedOn();
}
if (NPC.GetComponent <BasicAI>().genericBeta == true)
{
NPC.GetComponent <BasicAI>().subtitleObject.GetComponent <DialogueScript>().GenericBetaLockedOn();
}
if (NPC.GetComponent <BasicAI>().genericDelta == true)
{
NPC.GetComponent <BasicAI>().subtitleObject.GetComponent <DialogueScript>().GenericDeltaLockedOn();
}
if (NPC.GetComponent <BasicAI>().genericDelta == true)
{
NPC.GetComponent <BasicAI>().subtitleObject.GetComponent <DialogueScript>().GenericEnemyLockedOn();
}
if (NPC.GetComponent <BasicAI>().genericGamma == true)
{
NPC.GetComponent <BasicAI>().subtitleObject.GetComponent <DialogueScript>().GenericEnemyLockedOn();
}
if (NPC.GetComponent <BasicAI>().genericOmega == true)
{
NPC.GetComponent <BasicAI>().subtitleObject.GetComponent <DialogueScript>().GenericEnemyLockedOn();
}
if (NPC.GetComponent <BasicAI>().genericSigma == true)
{
NPC.GetComponent <BasicAI>().subtitleObject.GetComponent <DialogueScript>().GenericEnemyLockedOn();
}
if (NPC.GetComponent <BasicAI>().genericTheta == true)
{
NPC.GetComponent <BasicAI>().subtitleObject.GetComponent <DialogueScript>().GenericEnemyLockedOn();
}
if (NPC.GetComponent <BasicAI>().genericZeta == true)
{
NPC.GetComponent <BasicAI>().subtitleObject.GetComponent <DialogueScript>().GenericEnemyLockedOn();
}
if (NPC.GetComponent <BasicAI>().usesList1OnLock == true)
{
NPC.GetComponent <BasicAI>().subtitleObject.GetComponent <DialogueScript>().SubtitleList1();
}
if (NPC.GetComponent <BasicAI>().usesList2OnLock == true)
{
NPC.GetComponent <BasicAI>().subtitleObject.GetComponent <DialogueScript>().SubtitleList2();
}
if (NPC.GetComponent <BasicAI>().usesList3OnLock == true)
{
NPC.GetComponent <BasicAI>().subtitleObject.GetComponent <DialogueScript>().SubtitleList3();
}
if (NPC.GetComponent <BasicAI>().usesList4OnLock == true)
{
NPC.GetComponent <BasicAI>().subtitleObject.GetComponent <DialogueScript>().SubtitleList4();
}
if (NPC.GetComponent <BasicAI>().usesList5OnLock == true)
{
NPC.GetComponent <BasicAI>().subtitleObject.GetComponent <DialogueScript>().SubtitleList5();
}
if (NPC.GetComponent <BasicAI>().usesList6OnLock == true)
{
NPC.GetComponent <BasicAI>().subtitleObject.GetComponent <DialogueScript>().SubtitleList6();
}
if (NPC.GetComponent <BasicAI>().usesList7OnLock == true)
{
NPC.GetComponent <BasicAI>().subtitleObject.GetComponent <DialogueScript>().SubtitleList7();
}
if (NPC.GetComponent <BasicAI>().usesList8OnLock == true)
{
NPC.GetComponent <BasicAI>().subtitleObject.GetComponent <DialogueScript>().SubtitleList8();
}
if (NPC.GetComponent <BasicAI>().usesList9OnLock == true)
{
NPC.GetComponent <BasicAI>().subtitleObject.GetComponent <DialogueScript>().SubtitleList9();
}
if (NPC.GetComponent <BasicAI>().usesList10OnLock == true)
{
NPC.GetComponent <BasicAI>().subtitleObject.GetComponent <DialogueScript>().SubtitleList10();
}
if (isEmitter1 == true)
{
currentEmitter = bulletEmitter1;
}
if (isEmitter2 == true)
{
currentEmitter = bulletEmitter2;
}
if (alternateEmitters == false)
{
missileShootValue += missileIncrease;
}
//The Bullet Instantiation happens here.
GameObject Temporary_Bullet_handler;
//Temporary_Bullet_handler = Instantiate(Bullet, bulletEmitter1.transform.position, bulletEmitter1.transform.rotation) as GameObject;
//Sometimes bullets may appear rotated incorrectly due to the way its pivot was set from the original modeling package.
//This is EASILY corrected here, you might have to rotate it from a different axis and/or angle based on your particular mesh.
//Temporary_Bullet_handler.transform.Rotate(Vector3.left);
//Retrieve the Rigidbody component from the instantiated Bullet and control it.
Rigidbody Temporary_RigidBody;
//Temporary_RigidBody = Temporary_Bullet_handler.GetComponent<Rigidbody>();
//Tell the bullet to be "pushed" forward by an amount set by Bullet_Forward_Force.
//Temporary_RigidBody.AddForce(transform.forward * Bullet_Forward_Force, ForceMode.Impulse);
//Basic Clean Up, set the Bullets to self destruct after 10 Seconds, I am being VERY generous here, normally 3 seconds is plenty.
//Destroy(Temporary_Bullet_handler, bulletLifetime);
{
if (bulletEmitter1 != null)
{
Temporary_Bullet_handler = Instantiate(Bullet, bulletEmitter1.transform.position, bulletEmitter1.transform.rotation) as GameObject;
//Sometimes bullets may appear rotated incorrectly due to the way its pivot was set from the original modeling package.
//This is EASILY corrected here, you might have to rotate it from a different axis and/or angle based on your particular mesh.
Temporary_Bullet_handler.transform.Rotate(Vector3.left);
//Retrieve the Rigidbody component from the instantiated Bullet and control it.
Temporary_RigidBody = Temporary_Bullet_handler.GetComponent <Rigidbody>();
//Tell the bullet to be "pushed" forward by an amount set by Bullet_Forward_Force.
Temporary_RigidBody.AddForce(transform.forward * Bullet_Forward_Force, ForceMode.Impulse);
//Basic Clean Up, set the Bullets to self destruct after 10 Seconds, I am being VERY generous here, normally 3 seconds is plenty.
Destroy(Temporary_Bullet_handler, bulletLifetime);
}
if (bulletEmitter2 != null)
{
Temporary_Bullet_handler = Instantiate(Bullet, bulletEmitter2.transform.position, bulletEmitter2.transform.rotation) as GameObject;
//Sometimes bullets may appear rotated incorrectly due to the way its pivot was set from the original modeling package.
//This is EASILY corrected here, you might have to rotate it from a different axis and/or angle based on your particular mesh.
Temporary_Bullet_handler.transform.Rotate(Vector3.left);
//Retrieve the Rigidbody component from the instantiated Bullet and control it.
Temporary_RigidBody = Temporary_Bullet_handler.GetComponent <Rigidbody>();
//Tell the bullet to be "pushed" forward by an amount set by Bullet_Forward_Force.
Temporary_RigidBody.AddForce(transform.forward * Bullet_Forward_Force, ForceMode.Impulse);
//Basic Clean Up, set the Bullets to self destruct after 10 Seconds, I am being VERY generous here, normally 3 seconds is plenty.
Destroy(Temporary_Bullet_handler, bulletLifetime);
}
}
if (alternateEmitters == true)
{
isEmitter1 = !isEmitter1;
isEmitter2 = !isEmitter2;
missileShootValue += missileIncrease;
Temporary_Bullet_handler = Instantiate(Bullet, currentEmitter.transform.position, currentEmitter.transform.rotation) as GameObject;
//Sometimes bullets may appear rotated incorrectly due to the way its pivot was set from the original modeling package.
//This is EASILY corrected here, you might have to rotate it from a different axis and/or angle based on your particular mesh.
Temporary_Bullet_handler.transform.Rotate(Vector3.left);
//Retrieve the Rigidbody component from the instantiated Bullet and control it.
Temporary_RigidBody = Temporary_Bullet_handler.GetComponent <Rigidbody>();
//Tell the bullet to be "pushed" forward by an amount set by Bullet_Forward_Force.
Temporary_RigidBody.AddForce(transform.forward * Bullet_Forward_Force, ForceMode.Impulse);
//Basic Clean Up, set the Bullets to self destruct after 10 Seconds, I am being VERY generous here, normally 3 seconds is plenty.
Destroy(Temporary_Bullet_handler, bulletLifetime);
}
}
}
