Font Titan:
Color: FFB301
Outline: 4F2C10FF



// To create a new world
Step 1: Add new scene (NOTE: Make sure the scene name is correct! For reference look at the unity version)
Step 2: Change folder names if necessary to match the unity version. Also use the existing scenes in PlayCanvas as a reference

When you're 
Step 3: Copy the prefabs from a different scene and update them if uncessary.
Step 4: Setup the ground. Use the transform from Unity. 
Step 4: Setup the static enviroment. Make sure that the position is similar as the Unity. Position => x, y, -z. (So if z = -71 in Unity set it to z = 71)
Step 5: The orientation is difficult, because it's not the same. Here are some simple rules which you could use.
- If x is 0 or 270 en z is 0 =>
    x = 0; y = 180 - y; z = 0

- If x, y, z is not zero, it's very complicated. Check the script rotate.js for reference. If that doesn't help, rotate it manual.
Step 6: Add the skybox by using the script SkyboxLoader.js
Step 7: Add the levels. Use the prefabs. Remove the PathEditor.cs, so you can see the positions of each path point. Also for the PathPoint: x, y, -z.

[For: Pipes, ]
- Rule 1: If the orientation is set to zero in Unity and PlayCanvas and the orientation is way off, use these rules
rotation: x = x - 270; y = 180 - y; z = 0   (PARENT, set scale to 1)
          x = 0; y = -z; z = 0              (CHILD, set scale to Unity values)

[For: Fans, Goal Rings]
- Rule 2: Else use this rule
rotation: x = x; y = 180 - y; z = 0
          x = 0; y = 0; z = -z
          
- Rule 3: Chinese_lamp
rotation: x = x; y = -y; z = 0

- Rule 4: speedzonering_china [Not working]
rotation: x = x - 270; y = -y; z = z - 180

- Rule 5: Goal ring
rotation: x = x; y = 180 - y; z = 0
          x = 0; y = 0; z = -z
          
- Rule 6: Power slide
rotation: x = x - 90; y = 180 - y; z = 0
          x = 0; y = z; z = 0
          
- Rule 7: Loop
rotation: x = x - 270; y = 90 - y; z = 0// y = 180 - y
          x = 0; y = 180 - z; z = 0
          
- Rule 7.1: Reverser
rotation: x = x - 270; y = 180 - y; z = 0
          x = 0; y = -z; z = 0

- Rule 8: Bomb
rotation: x = -x; y = 180 - y; z = 0
          x = 0; y = 0; z = z

- Rule 9: Level
rotation: x = 180; y = y - 180; z = -180

- Rule 10: Attractor
rotation: x = -x; y = -y; z = 0
          x = 0; y = 0; z = z;
          
- Rule 6.5: Spiral
rotation: x = x - 270; y = 180 - y; z = 0
          x = 0; y = -z; z = 0     
          
- Rule 7: Level
rotation: x = 180; y = y - 180; z = -180

- Rule 11: Ring
rotation: x = 270 - x; y = -y; z = 0
          x = 0; y = -z; z = 0