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It's been too long, but maybe you could look at my code here :) : github.com/simongalasso/planet_sentry

Je l'ai fait chez les passagers du vent à Annecy avec David Eyraud 👍

Honestly, it's been a while I don't remember 😅 There's my code I you want to spy a little bit : github.com/simongalasso/planet_sentry

Ive managed to get the camera to follow my player .. however i cant walk around the entire planet i get stuck.. The code i used for my gravity looks the same as yours

Its weird because yours seem to work

​@@jeandredegenaar9292 I checked on my project, I defined the Camera as child of an empty object with this script that handle position and rotation of it: github.com/simongalasso/planet_sentry/blob/main/Assets/Scripts/PlayerPlaceHolder.cs

Ah thank you so much .. the problem was how i moved .. you used transform.translate where i used rigidbody.moveposition

I would say you're right for normal flights but it's still a school wing. As soon as you try to go outside the flight limits like stall manoeuvers and you will feel that the wing want to flight straight, it shoot strong and I did not managed to SAT properly with it. It a really nice wing for beginners (Hands up and it fly), nice in "ploufs", nice in thermals, I did a 38km circle without difficulties with it.

@@simongalasso I have a Hook (EN_B), and I bet it doesn´t fly as well as my Koyot4. Even so, you´re right; it´s a school wing. Even so, my friends don´t leave me behind, they don´t outfly me when they fly with teir B´s, even advanced B ones.

@@simongalasso With all this said, I was talking about safety; nothing else.

@@simongalasso Yes; I like normal flights. I don´t like acro, nor do I like paragliding competition. I like paragliding, because I like fliying. Of course I respect a lot, other people´s likings.

Hi, well it's been a while, maybe look at github.com/simongalasso/planet_sentry

there's my code if you want to see : github.com/simongalasso/planet_sentry

Hi, sorry for the delay I finaly add the code on github, this is the version at that time : github.com/simongalasso/planet_sentry

@@simongalasso oh very cool, thank you! Gonna check this out

Hi, well first you project the vector from the enemy to the player on the enemy up-plane, then you calculate the angle between the enemy forward vector and the projected vector, then you apply the rotation :)

Btw the alert distance is the pure distance from the two objects (through the planet) It works fine !

@@simongalasso I will try this one out. Thank you!

@@simongalasso I can't get it to work. Could you share like pseudo code for me to enlighten a bit :D. Thank you!

// create a vector from the entity to the target Vector3 v = Player.transform.position - transform.position; // project the vector on the target up plane Vector3 d = Vector3.Project(v, transform.up.normalized); // calculate the angle between the target.forward and the projected entity point Vector3 projectedPoint = Player.transform.position - d; float angle = Vector3.Angle(-transform.forward, (transform.position - projectedPoint)); float sign = Mathf.Sign(Vector3.Dot((transform.position - projectedPoint), -transform.right)); float finalAngle = angle * sign; // apply the rotation to the entity transform.Rotate(0, finalAngle, 0);

Hi, well I am calculating the angle between the player forward vector and the one that pass from the player position to the projected point of the mouse position on a plane of center the center of the planet, you have to make this plane to move and rotate as the camera otherwise it won't work.. Good luck !

@@simongalasso tnx man <3

@@simongalasso Well I try but when character going downside of the planet its didnt follow the mouse position i search documentation but i cant fix it can u share github if u want ?

@@EgemenEMRE-xh6lc Yes it's probably because your projection plan is turning/moving not as the camera, maybe try to display it then you can see what happens ?

Egemen EMRE No worries, I will put my code this week ! My github username is sgalasso42 ✌️

Hello, If you mean the rotations of the ennemie, I am doing it with transform.Rotate: there is my code for it -> if (distance < alertDistance) { //ROTATIONS TO PLAYER Vector3 point = Player.transform.position; Vector3 v = point - transform.position; Vector3 d = Vector3.Project(v, transform.up.normalized); Vector3 projectedPoint = point - d; float angle = Vector3.Angle(-transform.forward, (transform.position - projectedPoint)); float sign = Mathf.Sign(Vector3.Dot((transform.position - projectedPoint), -transform.right)); float finalAngle = angle * sign; transform.Rotate(0, finalAngle, 0); }