Flight Control

Unity Engine
1

I have a flight script but im having massive turbulence issues. it shakes then it destabilizes and flies crazy when it collides with other objects. What should i do?

this is my script…

var gameover=0;//Flugzeug an und abschalten. Wird später interessant. Game Over || Turn on and off the airplane code. Becomes interesting at a later point. Game over …
static var airplaneangley: float=0.0;//Diese Variable geht zum Blob Shadow. || This goes to the blob shadow.

//Rotation und Position unseres Flugzeugs. || Rotaton and position of our airplane
var rotationx=0;
var rotationy=0;
var rotationz=0;
var positionx: float=0.0;
var positiony: float=0.0;
var positionz: float=0.0;

var speed:float =0.0;// speed Variable gibt die Geschwindigkeit an || speed variable is the speed
var uplift:float =0.0;

function Update () {

//Schattenzeug || Shadowstuff-----------------------------------------------------------------------------------------------------------------------------------------

//Schatten auf gleiche Drehung wie Flugzeug || shadow to the same angle than the airplane
airplaneangley= transform.eulerAngles.y;

//Maincode fliegen || Maincode flying ----------------------------------------------------------------------------------------------------------------------------------

// Mit varwhatmoves 1 ist der Code aktiv || Code is active when varwhatmoves is 1
if(gameover==0){

// Drehungen des Flugzeugs || Rotations of the airplane
if (speed>595)transform.Rotate(Input.GetAxis(“Vertical”)Time.deltaTime100,0,0); //Hoch Runter, limitiert auf eine Minimalgeschwindigkeit || Up Down, limited to a minimum speed
transform.Rotate(0,Input.GetAxis(“Horizontal”)Time.deltaTime100,0,Space.World); //Rechts Links || Left Right
if (groundtrigger.triggered==0) transform.Rotate(0,0,Input.GetAxis(“Horizontal”)Time.deltaTime50*-1); //Seitenneigung. Mal Minus 1 um in die richtige Richtung zu drehen || Tilt multiplied with minus 1 to go into the right direction

//Seitenneigung limitieren damit flugzeug in Kurve keine Rolle schlägt || limit tilt so that airplane doesn`t fly a roll while flying a curve
if ((Input.GetAxis (“Horizontal”)<0)(rotationz >45)(rotationz <90)) transform.Rotate(0,0,Time.deltaTime*-50);//linksrum || to the left
if ((Input.GetAxis (“Horizontal”)>0)(rotationz <315)(rotationz >270)) transform.Rotate(0,0,Time.deltaTime*50);//rechtsrum ||to the right

// Geschwindigkeit || Speed
transform.Translate(0,0,speed/20*Time.deltaTime);

//Variablen auf Position und Rotation des Objekts einstellen || Turn variables to rotation and position of the object
rotationx=transform.eulerAngles.x;
rotationy=transform.eulerAngles.y;
rotationz=transform.eulerAngles.z;
positionx=transform.position.x;
positiony=transform.position.y;
positionz=transform.position.z;

//Zurückdrehen Z Achse. Limitiert auf Horizontal Button ist nicht gedrückt|| Rotate back in z axis , limited by no horizontal button pressed
if ((rotationz >0) (rotationz < 90)(!Input.GetButton (“Horizontal”))) transform.Rotate(0,0,Time.deltaTime*-50);
if ((rotationz >0) (rotationz > 270)(!Input.GetButton (“Horizontal”))) transform.Rotate(0,0,Time.deltaTime50);
if ((rotationz >180) (rotationz < 270)(!Input.GetButton (“Horizontal”))) transform.Rotate(0,0,Time.deltaTime-50);
if ((rotationz <180) (rotationz > 90)(!Input.GetButton (“Horizontal”))) transform.Rotate(0,0,Time.deltaTime*50);

//Zurückdrehen X Achse || Rotate back X axis

if ((rotationx >0) (rotationx < 180)(!Input.GetButton (“Vertical”))) transform.Rotate(Time.deltaTime*-50,0,0);
if ((rotationx >0) (rotationx > 180)(!Input.GetButton (“Vertical”))) transform.Rotate(Time.deltaTime*50,0,0);

//Geschwindigkeit Fahren und Fliegen || Speed driving and flying ------------------------------------------------------------------------------------------
//Wir brauchen ein minimales Geschwindigkeitslimit in der Luft. Wir limitieren wieder mit der groundtrigger.triggered Variable
//We need a minimum speed limit in the air. We limit again with the groundtrigger.triggered variable

// Input Gas geben und abbremsen am Boden|| Input Accellerate and deccellerate at ground
if ((groundtrigger.triggered==1)(Input.GetButton(“Fire1”))(speed<800)) speed+=Time.deltaTime240;
if ((groundtrigger.triggered==1)(Input.GetButton(“Fire2”))(speed>0)) speed-=Time.deltaTime240;

// Input Gas geben und abbremsen in der Luft|| Input Accellerate and deccellerate in the air
if ((groundtrigger.triggered==0)(Input.GetButton(“Fire1”))(speed<800)) speed+=Time.deltaTime240;
if ((groundtrigger.triggered==0)(Input.GetButton(“Fire2”))(speed>600)) speed-=Time.deltaTime240;

//Auftrieb -------------------------------------------------------------------------------------------------------------------------------------------------------
//Wenn in der Luft weder Gasgeben noch Abbremsen gedrückt wird soll unser Flugzeug auf eine neutrale Geschwindigkeit gehen. Mit dieser Geschwindigkeit soll es auch neutral in der Höhe bleiben. Drüber soll es steigen, drunter soll es sinken. Auf diesem Wege lässt sich dann abheben und landen
//When we don`t accellerate or deccellerate we want to go to a neutral speed in the air. With this speed it has to stay at a neutral height. Above this value the airplane has to climb, with a lower speed it has to sink. That way we are able to takeoff and land then.

//Neutrale Geschwindigkeit bei 700 || Neutral speed at 700
//Dieser Code stellt in der Luft die Geschwindigkeit auf 700 zurück wenn nicht gasgegeben oder abgebremst wird. Maximum 800, minimum 600
//This code resets the speed to 700 when there is no acceleration or deccelleration. Maximum 800, minimum 600
if((Input.GetButton(“Fire1”)==false)(Input.GetButton(“Fire2”)==false)(speed>595)(speed<700)) speed+=Time.deltaTime240;
if((Input.GetButton(“Fire1”)==false)(Input.GetButton(“Fire2”)==false)(speed>595)(speed>700)) speed-=Time.deltaTime240;

//uplift - Auftrieb
transform.Translate(0,uplift*Time.deltaTime/10.0,0);

//Uplift kalkulieren. Der Auftrieb || Calculate uplift
uplift = -700+speed;
//Wir wollen am Boden keinen Abtrieb. Wenn die Uplift am Boden kleiner 0 ist, setzen wir sie auf 0. We don`t want downlift. So when the uplift value lower zero we set it to 0
if ((groundtrigger.triggered==1)(uplift < 0)) uplift=0;
}
}

493207–17352–$moveairplane.js (6.14 KB)

2

Do you have a rigidbody on the aeroplane object? Generally, you shouldn’t use a rigidbody and kinematic animation at the same time since they will sometimes “fight” with each other.

3

now the colliders wont respond. and it falls. how do i get the colliders to respond?

4

Do you want something like this?

5

yes exactly…thats including the shooting. how did he do it?

6

I have this version as a donation for my web, also I have a free version
http://www.unity3dev.com/SACFree.rar

But I’m gonna help you.
I’m pretty sure that the tubulences are problem of the gravity, or the collision and you have a camera with a “Smooth follow”.
Try one thing, just create a camera without smooth follow and attach it to the airplane as a child as the desired view.
Try it and tell me what happens when you collide, please.

Edit.
Ah, one more thing, your plane have to contain a rigidbody, just deactivate the gravity for this test.

7

ok i finally got the flight controls right but now i need help with the machine gun meaning i have no clue how to create one of those. can anyone give me a crash course?

8

Mate i know how you fell but really you should not be lazy and learn things before asking your never going to learn also it will be everyone who made your game and NOT you all you done is put it together. I mean no offence by this but i think people will agree and always walk before you run. Check out some tuts on the newboston.com or burgzergarcade thats a good start!

No offence and i am not putting you down just my opinion

9

Advice well taken