public Vector3 applyForces(ref Vector3 shipPos, float shipMass, float timestep)
{
Vector3 r = shipPos - transform.position;
Vector3 pushVelocity = new Vector3(0.0f, 0.0f, 0.0f);
Vector3 pushForce = new Vector3(0.0f, 0.0f, 0.0f);
if (r.magnitude < innerRadius)
{
//destroy ship via explosion
ObjectGeneratorScript obs = GameObject.Find("ObjectGenerator").GetComponent <ObjectGeneratorScript>();
GamePlayManagerScript gms = GameObject.Find("GamePlayManager").GetComponent <GamePlayManagerScript>();
ShipScript shipscript = obs.playerShip.GetComponent <ShipScript>();
shipscript.DieWithExplosion();
gms.StartCoroutine("GameOverandReset");
}
else
{
pushVelocity.x = (outerRadius / r.x) * strength;
pushVelocity.y = (outerRadius / r.y) * strength;
pushVelocity.z = (outerRadius / r.z) * strength;
pushForce = pushVelocity * (shipMass / timestep);
}
return(pushForce);
}
// Use this for initialization
void Start()
{
ogs = GameObject.Find("ObjectGenerator").GetComponent <ObjectGeneratorScript> ();
gms = GameObject.Find("GamePlayManager").GetComponent <GamePlayManagerScript>();
camera = GameObject.Find("Main Camera");
fuelBar = gms.fuelBar;
//set camera so that it starts off behind and above the ship
Vector3 camVec = transform.position;
camVec.y += 40.0f;
camVec += 18 * -transform.forward;
camera.transform.position = camVec;
//set fuel levels
currentFuel = MaxFuel;
fuelBar.value = MaxFuel;
fixPositionalHeight = transform.position;
//for win condition
stageCleared = gms.stageCleared;
stageCleared.SetActive(false);
}
// Use this for initialization
void Start()
{
gameOver.SetActive(false);
timerScript = Timer.GetComponent<TimerScript>();
generatorScript = objectGenerator.GetComponent<ObjectGeneratorScript>();
InitializeObjectPositions();
}
public void _wm_unlinkInteractProgram()
{
interactProgram = null;
}
public Vector3 applyForces(ref Vector3 shipPos, ref Vector3 shipVel, float shipMass, float timestep)
{
Vector3 r = shipPos - transform.position;
float actualStrength = strength;
Vector3 rdash = new Vector3(r.x - innerRadius, r.y - innerRadius, r.z - innerRadius);
Vector3 temp = new Vector3(outerRadius - rdash.x, outerRadius - rdash.y, outerRadius - rdash.z);
Vector3 pullVelocity = new Vector3(0.0f, 0.0f, 0.0f);
Vector3 pullForce = new Vector3(0.0f, 0.0f, 0.0f);
if (r.magnitude < innerRadius)
{
//destroyship byt sucking it in the blackhole
ObjectGeneratorScript obs = GameObject.Find("ObjectGenerator").GetComponent <ObjectGeneratorScript>();
GamePlayManagerScript gms = GameObject.Find("GamePlayManager").GetComponent <GamePlayManagerScript>();
ShipScript shipscript = obs.playerShip.GetComponent <ShipScript>();
shipscript.Die();
gms.StartCoroutine("GameOverandReset");
}
else if (r.magnitude < middle1Radius)
{
actualStrength *= 2.0f;
pullVelocity.x = (-r.x / r.sqrMagnitude) * (temp.x / outerRadius) * (actualStrength * innerRadius);
pullVelocity.y = (-r.y / r.sqrMagnitude) * (temp.y / outerRadius) * (actualStrength * innerRadius);
pullVelocity.z = (-r.z / r.sqrMagnitude) * (temp.z / outerRadius) * (actualStrength * innerRadius);
pullForce = pullVelocity * (shipMass / timestep);
}
else if (r.magnitude < middle2Radius)
{
actualStrength *= 1.8f;
pullVelocity.x = (-r.x / r.sqrMagnitude) * (temp.x / outerRadius) * (actualStrength * innerRadius);
pullVelocity.y = (-r.y / r.sqrMagnitude) * (temp.y / outerRadius) * (actualStrength * innerRadius);
pullVelocity.z = (-r.z / r.sqrMagnitude) * (temp.z / outerRadius) * (actualStrength * innerRadius);
pullForce = pullVelocity * (shipMass / timestep);
}
else if (r.magnitude < middle3Radius)
{
actualStrength *= 1.5f;
//change velocity such that it locks to a stable orbit
if ((orbitalSpeed < (shipVel.magnitude + epsilon)) || (orbitalSpeed > (shipVel.magnitude + epsilon)))
{
orbitalSpeed = shipVel.magnitude;
orbitalAcceleration = -r.normalized * (orbitalSpeed * orbitalSpeed / r.magnitude);
}
pullForce = orbitalAcceleration * shipMass;
}
else
{
pullVelocity.x = (-r.x / r.sqrMagnitude) * (temp.x / outerRadius) * (actualStrength * innerRadius);
pullVelocity.y = (-r.y / r.sqrMagnitude) * (temp.y / outerRadius) * (actualStrength * innerRadius);
pullVelocity.z = (-r.z / r.sqrMagnitude) * (temp.z / outerRadius) * (actualStrength * innerRadius);
pullForce = pullVelocity * (shipMass / timestep);
}
return(pullForce);
}
