Transform Basis vs Origin

GDScript is a high-level, dynamically typed programming language used to create content. It uses a syntax similar to Python (blocks are indent-based and many keywords are similar). Its goal is to be optimized for and tightly integrated with Godot Engine, allowing great flexibility for content creation and integration.
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[@darkhunter777]

How formula rotation car - LEFT rotation >? RIGHT itz - rotate_y(0.1) but if write - rotate_y(- 0.1) him move back - NO LEFT ))

[@nightyummy]

Still don't get the difference between transform and basis classes. They just look the same to me. They have similar methods and constructors

[@GlitchedCode]

It's kind of like having a toy car and you have two statements telling you where the car is: "The car is in the kitchen" -origin "The car is facing forward in the kitchen" -basis There is some overlap, being positional data, but one(basis) can carry more detailed information. Origin: Represented with a Vector3(x, y, z) Basis: Represented by a matrix | basis.x.x basis.y.x basis.z.x | | basis.x.y basis.y.y basis.z.y | | basis.x.z basis.y.z basis.z.z |

[@kovitikus]

What's the difference between Node3D.transform and Node3D.global_transform? Does Node3D.transform.origin move the object relative to the object's origin? So Vector3(0, 0, -3) would move the object 3 down from its current position? Whereas setting Node3D.global_transform.origin to Vector3(0, 0, -3) would set it 3 meters down from the world origin? There's also a handy shortcut for Node3D.global_transform.origin, which is Node3D.global_position. At least there is in Godot 4, which is what I'm using right now.

[@GlitchedCode]

"What's the difference between Node3D.transform and Node3D.global_transform?" Node3D.transform.origin, it sets the position of the node relative to its local coordinate system's origin. Node3D.global_transform.origin sets the position of the node in the global coordinate system, regardless of its parent node. Node3D.global_position is indeed a shorthand for global_transform.origin, and it provides an easier way to set the global position of a node without having to access its global transform. Which one you use, local vs global can depend on your situation but yes. If i understand correctly(been up all night getting things done) you understand the concept differences between the two.

[@BurritoByte]

Hi GlitchedCode! Thanks so much for taking the time to make this video! This was absolutely monumental for me in trying to understand the difference between the two and also played a pivotal role in getting things working in my Godot 4 FPS Prototype! I recently just published a video on my page showcasing my prototype and added you in the game's credits as a form of thanks for sharing your knowledge to the Godot community. I'll be looking forward to your next uploads! :^)

[@GlitchedCode]

Awesome to hear, how much it helped!

[@mch43856]

thanks this is beautifully explained!

[@shardaojha7558]

Thank you. You solved the biggest problem i was facing in godot.

[@GlitchedCode]

Glad this was able to help!

[@winmillion]

scaled() returns the scaled transform, it doesn't modify (Godot 4.2). transform = transform.scaled(45) also its recommended not to scale transforms and instead scale its children

[@RegenerationOfficial]

this engine is weird, I just need to translate from world to local position. there is probably some function, but until now I've even build my own basic maths operations

[@GlitchedCode]

If you are just trying to convert a position from the global world space to a local space, you have the following two functions available in both 2D and 3D to_global() to_local()

[@dmok4493]

Hype intro