* For now, this is limited to instances inside custom objects. This will be made available in the future for all instances in scenes if this works well.
* New actions are available to save & load the game state, making Saving & Loading as easy as adding 1 action to your game!
* While it will work in most cases, it has a few limitations and hasn't been thoroughly tested on all types of objects/behaviors and games, so it is for the moment tagged as **Experimental** while we gather feedback and improve it
* Check out the wiki for more info: https://wiki.gdevelop.io/gdevelop5/all-features/save-state
* This allows playing around with instances directly on the canvas instead of relying on the actions to flip or change opacity and needing to start a preview
This PR adds a new TileMap object that can be configured directly in GDevelop.
Import an atlas image, configure the tile size and start painting in the editor!
You can also configure which tiles should have a hit box and use them as platforms.
* An object changing layer during the game is now properly moved to the layer on the other players games
* Video object can be synced as well
* Pathfinding behavior is now properly synced, allowing a smooth prediction on other players games
* Spine object is now synced as well
* This opens the path to multiple performance improvements (faster WebGL rendering, and then WebGPU rendering) as well as optimised resources loading in the future.
* Actions, conditions and expressions related to opacity, size (width/height), scale, animations and other common features are now visible only once when you search for them in actions/conditions (instead of being shown once for every type of object supporting them). This reduces the risk of confusion for new or existing users, notably when multiple versions of the same action were returned by the search and was making it difficult to choose the proper one.
* Internally, this works thanks to default, built-in behaviors that are supported by the objects.
* Tilemaps made with [LDtk](https://ldtk.io/), a modern 2D level editor, can be now used directly. Make sure to save your map made in LDtk as a JSON file, create a new Tilemap object in GDevelop and in the Tilemap field, choose the LDtk file.
* Tilesets used by the LDtk Tilemap are automatically imported in your game - you don't need to import them separately.
* For more information, read about the [Tilemap object on the wiki](https://wiki.gdevelop.io/gdevelop5/objects/tilemap).
Co-authored-by: Davy Hélard <davy.helard@gmail.com>
Co-authored-by: Florian Rival <Florian.Rival@gmail.com>
* The collision mask is read from the tile maps exported by Tiled 1.9+.
* Several collision masks can be used for instance to have platforms and ladders.
* Take a look to the wiki for more details https://wiki.gdevelop.io/gdevelop5/objects/tilemap
* This includes BBText, Text, Tilemap, Tiled Sprite, Panel Sprite and the Video objects.
* Also add support for tweening the scale of a Panel Sprite object.
D8H