Scalable Vector Shapes 2D plugin for Godot 4.4

Scalable Vector Shapes 2D lets you do 3 things:

1. Draw seamless vector shapes using a Path Editor inspired by the awesome Inkscape with a new node type: ScalableVectorShape2D[^1]
2. Animate the shape of the curve using keyframes on a property-track in an AnimationPlayer
3. Import .svg files as seamless vector shapes in stead of as raster images[^2]

[^2]: Important sidenote: This plugin only supports a small - yet relevant - subset of the huge SVG Specification

Watch the A-Z explainer on Youtube

In this 10 minute video I explain how to use all the features of Scalable Vector Shapes 2D in short succession:

[^1]: Looking for EZ Curved Lines 2D? The renamed plugin deprecates the old DrawablePath2D custom node in favor of ScalableVectorShape2D. A Conversion button is provided: converter button. The reason is that ScalableVectorShape2D inherits directly from Node2D giving much more control to the plugin over how you can draw.

Table of Contents

• Scalable Vector Shapes 2D plugin for Godot 4.4
  • Watch the A-Z explainer on Youtube
• Table of Contents
• Drawing Shapes in the Godot 2D Viewport
  • Basic Drawing Explainer on youtube
  • Quick Start
• The Create Shapes Dock
  • Creating Paths based on Bézier curves
  • Creating 'primitive' shapes: Rectangle and Ellipse
  • Draw Settings
  • Futher reading
• The Import SVG File Dock
  • Watch an explainer on Youtube
  • Using the Import SVG File Dock
  • Line2D Stroke versus Polygon2D Stroke
  • The import log
• The Project Settings Dock
  • Editor Settings (how the 2D Viewport should behave):
  • Curve Settings
• The Advanced Tab
  • Basic export options
  • Bake Animations
• Manipulating shapes
  • Adding a point to a shape
  • Bending a curve
  • Creating, mirroring and dragging control point handles
  • Closing the loop and breaking the loop
  • Deleting points and control points
  • Setting the global position of a point / curve handle manually
  • Create a cutout/clip/merge shape (a hole, a clipped frame, ...)
    • Cutting out an empty shape
  • Converting a line segment into an arc-segment
  • Editing arc properties
  • Setting the pivot of your shape
• Manipulating 2D Shapes in the 3D export
  • Animating 3D curves
• Manipulating gradients
  • Changing the start- and endpoint of the gradient
  • Changing the color stop positions
  • Add new color stops
  • Ways to prevent 'over-selecting' ScalableVectorShape2D nodes
• Using the Inspector Form for ScalableVectorShape2D
  • Inspector Form
    • Convert to Path button
  • The Fill inspector form
  • The Stroke inspector form
    • Creating new Strokes
  • The Collision inspector form
  • The Navigation inspector form
  • The Curve settings inspector form
  • The Masking Inspector form
  • The Shape type inspector form
  • The Editor settings inspector form
  • The Export Options inspector form
    • Export as PNG button
    • Export as 'baked' scene button
      • Caveats when 'Baking'
• More about assigned Line2D, Polygon2D and CollisionObject2D
  • Watch the chapter about working with collisions, paint order and the node hierarchy on youtube
• Animating / Changing shapes at runtime
  • Youtube explainer on animating
  • A note up front (this being said)
  • Animating the shape and gradients at Runtime
  • Add keyframes in an animation player
  • Don't duplicate ScalableVectorShape2D, use the path_changed signal in stead
  • Performance impact
• FAQ's
  • The curve of my ScalableVectorShape2D won't animate at runtime, what do I do?
  • I want to change shapes while debugging my game. Is this even possible?
  • When I animate the curve of an imported scene, it animates all the other curves as well
  • When I duplicate a ScalableVectorShape2D and change its shape, the original ScalableVectorShape2D shape also changes
  • Can I draw shapes programmatically?
  • Should I draw shapes programmatically?
  • When should I draw shapes programmatically?
  • Can I change shapes in the 2D editor while running the game?
• Attributions
  • Lots of thanks go out to those who helped me out getting started:
  • And a big thank you goes to to @MewPurPur
  • Many thanks to @HannesParth/Permotion
  • And of course everyone who helped test and review the code thus far
• Reaching out / Contributing

Drawing Shapes in the Godot 2D Viewport

Basic Drawing Explainer on youtube

Quick Start

After activating this plugin a new bottom panel item appears, called "Scalable Vector Shapes 2D".

There are 2 recommended ways to start drawing:

1. Creating a Circle/Ellipse, Rectangle or empty Path using the bottom panel item
2. Using the .svg importer

The Create Shapes Dock

The Create Shapes tab gives you some basic choices:

Creating Paths based on Bézier curves

Pressing the Create Empty Path or one of the Create Path buttons will add a new shape to an open 2D Scene in 'Path' mode, meaning all points in the 'Bézier' curve are editable.

Creating 'primitive' shapes: Rectangle and Ellipse

It's probably easier to start out with a basic primitive shape (like you would in Inkscape <3) using the Create Rectangle or Create Ellipse button. This will expose less features, but will make it a lot easier to manipulate shapes:

Ellipses will only have one handle to change the size property with (representing the x and y diameter). This will set the rx and ry property indirectly.

Rectangles will have a handle for size and 2 handles for rounded corners rx and ry property.

Draw Settings

• Enable/Disable Fill (when creating new shapes via this bottom panel)
• Fill color (when creating new shapes in this bottom panel)
• Enable/Disable Stroke (when creating new shapes this this bottom panel)
• Stroke color (when creating new shapes in this bottom panel)
• Choose a CollisionObject2D type (when creating new shapes in this bottom panel, default is no collision object assignment)
• Paint order: a toggle which represent what comes in front of what (when creating new shapes in the bottom panel)
• Stroke Settings:
• Stroke Width (when creating new shapes via this bottom panel)
• Use Line2D: when flagged off, a Polygon2D will be used to draw strokes with in stead (see also: Line2D Stroke versus Polygon2D Stroke )
• Begin- and End Cap modes
• Line Joint Mode

Futher reading

Read more about manipulating shapes

The Import SVG File Dock

Watch an explainer on Youtube

Using the Import SVG File Dock

On the left side of this panel is a form with a couple of options:

• Import as ScalableVectorShape2D: check this Off if you want to import the svg file with only built-in godot nodes, without being able to edit/animate the curves in the editor.
• Lock imported shapes in editor: this simply flags on the lock so that the Polygon2D, Line2D, etc are not selected on click, but the owning ScalableVectorShape2D is
• Flag on antialiased on Polygon2D and Line2D: flags on the antialiased property of either
• Use Line2D for Strokes: when flagged Off a Polygon2D is used for strokes in stead of a Line2D
• Pick a CollisionObject2D type to also generate collision polygons when importing the svg file

Line2D Stroke versus Polygon2D Stroke

A tooltip highlights the costs and benefits when picking either of these to draw strokes with:

• A Polygon2D stroke can be more neatly clipped than a Line2D
• CollisionPolygon2D's match Polygon2D Stroke better
• A Polygon2D stroke can be textured with gradients like fills are textured
• Line2D has sharper caps and line joints at high zoom
• Line2D can be textured directionally in stead of like a Fill texture
• Line2D can set different Begin and End Cap Modes where Polygon2D can only pick one

The import log

On the right side is an import log, which will show warnings of known problems, usually unsupported stuff.

The link it shows is to the issues list on the github repository hosting this plugin. Here you can report any encountered bugs while importing SVG files using this plugin.

The Project Settings Dock

Editor Settings (how the 2D Viewport should behave):

• Enable/Disable ScalableVectorShape2D Editing (when checked off, you can edit nodes the normal, built-in, godot-way. You are going to need this)
• Show/Hide Edit hints
• Show Point Details (which are the exact indices of each point on the Curve2D of this shape, what is it's global position)
• Snap to Pixel (snaps points and curve handles to whole pixels on the global transform)
• Snap distance (the snap step / resolution)

Curve Settings

These settings are applied to the Curve Settings of new shapes when added via the bottom panel docks (either SVG importer or via Create Shapes).

For more information on these settings, please refer to the section on The Curve settings inspector form

The Advanced Tab

Since release 2.13.0 a tab named 'Advanced' is added to the bottom dock.

Basic export options

• PNG file (see Export as PNG Button )
• A 'Baked' scene (see Export as 'baked' scene button)
• 3D scene: creates a new 3D scene, in which all the Fills and Strokes in the scene are turned into instances of CSGPolygon3D[^6]

[^6]: Coming soon: a 3D Node with an editable outline using a ScalableVectorShape2D node

Bake Animations

Since 2.14.0 you can export your animated scene as sprite frames in one PNG spritesheet or separate PNG files.

Manipulating shapes

The hints in the 2D viewport should have you covered, but this section lists all the operations available to you. You can also watch the chapter on sculpting paths on youtube:

Adding a point to a shape

Using Ctrl[^5] + Left Click you can add a point anywhere in the 2D viewport, while your shape is selected.

[^5]: Use Cmd in stead of Ctrl on a mac

By double clicking on a line segment you can add a point inbetween 2 existing points:

Bending a curve

Holding the mouse over line segment you can start dragging it to turn it into a curve.

Creating, mirroring and dragging control point handles

When you have new node you can drag out curve manipulation control points while holding the Shift button. The 2 control points will be mirrored for a symmetrical / round effect.

Dragging control point handles while holding Shift will keep them mirrored / round:

Dragging them without holding shift will allow for unmirrored / shap corners:

Closing the loop and breaking the loop

Double clicking on the start node, or end node of an unclosed shape will close the loop.

Double clicking on the start-/endpoint again will break the loop back up:

You can recognise the start-/endpoint(s) by the infinity symbol: ∞

Deleting points and control points

You can delete points and control points by using right click.

Setting the global position of a point / curve handle manually

Using Alt+Click you can now open a form to set the global position of a point manually:

Create a cutout/clip/merge shape (a hole, a clipped frame, ...)

While holding Ctrl+Shift[^5] on a selected shape you can start adding cutouts to your selected shape:

• Use mousewheel to change shapes (rectangle, ellipse, or empty path)
• Use right click to change operation (cut out, clip, or merge)
• Use left click on your selected shape to create and select the new ScalableVectorShape2D which acta as a cutout, a frame clipping, or merged shape:

Cutting out an empty shape

When cutting out an empty shapem, the created cutout will have only one point, so to see the effect you'd need to add more points to using regular Ctrl+Click[^5]:

Converting a line segment into an arc-segment

Use Right click on a line segment to convert it into an arc[^3] (a an ellipse-shaped bend with an x- and y-radius).

Use Right click on an arc again to convert it back into a normal line segment.

Editing arc properties

Using Left click on an arc segment opens a popup form to edit the properties of the arc:

• radius (rx / ry)
• rotation (rotates the arc around its elliptical center; is only noticable when radius is non-uniform)
• large arc (when the arc's radius is greater than distance between its start- and endpoint it can be drawn the short and the long way 'round)
• sweep (determines the direction the arc points are drawn: clockwise / counter-clockwise; this effectively flips the arc)

[^3]: Arcs are implemented the same way as specified by the w3c for scalable vecor graphics.

Setting the pivot of your shape

You can use the Change pivot mode to change the origin of your shape, just like you would a Sprite2D. In this case, the 'pivot' will actually be the position property of you ScalableVectorShape2D node.

This rat will want to rotate it's head elsewhere:

Like this:

Manipulating 2D Shapes in the 3D export

Using the new Export to 3D Scene in the Advanced Editing Tab produces the new AdaptableVectorShape3D node, which holds instances of CSGPolygon3D with:

Pressing the button Add 2D Shape Editor will instantiate a new ScalableVectorShape2D that can be used to edit with. For now I will suffice with a screenshot. I'm hope to record a long explainer about this soon.

This screenshot was made using the DualEditor plugin by @Meta-Ben, which is very useful for this purpose:

Animating 3D curves

You can also use the Batch insert button for curve key frames to animate the 3D shape's curve. Of course the performace impact for this is not negligable.

Manipulating gradients

Once a gradient is assigned to the 'Fill' of your shape via the inspector, its properties can be changed using the same controls as will the other handles.

Changing the start- and endpoint of the gradient

Drag the outer orbit of the start- and endpoint of a the gradient line using the left mouse button to move them:

Changing the color stop positions

Drag the color stops along the gradient line to change their position.

Right click to remove a color stop.

Add new color stops

Double clicking on the gradient line will add a new color stop (the assigned color will be sampled from the existing color at that point)

Ways to prevent 'over-selecting' ScalableVectorShape2D nodes

This plugin can sometimes get in the way of the default 2D viewport behavior. Sometimes it is hard not to select a ScalableVectorShape2D.

There are 4 ways to get around this:

1. Locking the ScalableVectorShape2D using the lock toggle button above the 2D viewport
2. Hiding the ScalableVectorShape2D via the scene tree
3. Saving the branch containing the ScalableVectorShape2D as a new scene via the scene tree and importing it will also prevent selection
4. Toggling off Enable/Disable ScalableVectorShape2D Editing altogether in the bottom panel

Using the Inspector Form for ScalableVectorShape2D

The following custom forms were added, with extensive tooltips to help explain the actual functions they provide:

• Fill (actually the assigned Polygon2D)
• Stroke (actually the assigned Line2D or Polygon2D)
• Collision (manages an assigned CollisionObject2D)
• Navigation (manages an assigned NavigationRegion2D)
• Curve Settings
• Masking
• Shape Type Settings
• Editor Settings
• Export Options

Inspector Form

Convert to Path button

When a primitive shape (basic rectangle or ellipse) is selected, a Convert to Path-button is available at the top of the inspector.

The Fill inspector form

When the selected shape has no fill, an Add Fill button is provided. Clicking that will create and assign a new Polygon2D to the selected ScalableVectorShape2D:

Once assigned, the following options are available:

• Fill color, changes the color property of the assigned Polygon2D
• Gradient, will assign or remove a GradientTexture2D to the Polygon2D
• Stop colors (if a gradient is set), one color button per color
• A Edit Polygon2D button, which will make the editor select the assigned Polygon2D

Below that, a standard godot Assign ...-field is also available to set the polygon-property directly with and to enable unassignment.

The Stroke inspector form

With this form the following ScalableVectorShape2D properties can be edited:

• stroke_color
• stroke_width
• begin_cap_mode (in case of a Polygon2D-based stroke, this will also set the end cap)
• end_cap_mode
• line_joint_mode

When a Line2D is assigned to draw the stroke with, these properties will be kept synchronized with the ScalableVectorShape2D properties.

In case of a Polygon2D based stroke, the stroke_color will be kept synchronized with the Polygon2D color.

Creating new Strokes

When the selected shape has no stroke, an extra set of buttons is provided:

• Add Line2D Stroke
• Add Polygon2D Stroke

Clicking either will create and assign a new Line2D or Polygon2D to the selected ScalableVectorShape2D:

Below that, a standard godot Assign ...-field is also available to set these properties:

• line: a Line2D assignment
• poly_stroke: a Polygon2D assignment

The Collision inspector form

This works the same as the Fill- and Stroke forms, but in this case a descendant of a CollisionObject2D is assigned to the collision_object-property[^4]:

[^4]: Note that the collision_polygon property of ScalableVectorShape2D remains supported for backward compatibility, even though the inspector form will now show a deprecation warning and suggest replacing it by assigning a CollisionObject2D to the collision_object property.

Every time the shape is changed, one or more Polygon2D nodes will be added/updated as direct children of this collision_object. The descendants of CollisionObject2D are:

• StaticBody2D
• Area2D
• AnimatableBody2D
• RigidBody2D
• CharacterBody2D
• PhysicalBone2D

The Navigation inspector form

This form can hold a reference to an assigned NavigationRegion2D. When the shape changes, a new navigation polygon is calculated.

The Curve settings inspector form

The curve settings inspector form provides the following options

• A Batch insert keyframes button for all the Curve2D's control points (the whole shape). This will be active when a valid track is being edited in a AnimationPlayer via the bottom panel
• The standard godot built-in editor for Curve2D resources, assigned to the curve property of the selected ScalableVectorShape2D
• The update_curve_at_runtime checkbox, which enables animating the entire shape
• The max_stages property which influences smoothness (and performance!) of curve drawing; a higher value means smoother lines
• The tolerance_degrees property, which also influences smoothness (and performance) of curve drawing: a lower value adds a smoother curve, especially for very subtle bends
• The arc_list property: a container for the metadata-objects describing elliptical arc segments of the curve (implemented via ScalableArc2D and ScalableArcList resource-classes).

The Masking Inspector form

These properties are used for clipping this shape and cutting out of this shape.

• The clip_paths property: an array of assigned ScalableVectorShape2D-nodes, which describe the shapes to cut out of this shape
• When the use_interect_when_clipping property is checked on and this ScalableVectorShape2D is used in another's clip_paths array, the Geometry2D.intersect_polygons(...) operation is used in stead of the Geometry2D.clip_polygons(...) operation
• When the use_union_in_stead_of_clipping property is check on and this ScalableVectorShape2D is used in another's clip_paths array, the Geometry2D.merge_polygons(...) operation is used in stead of the Geometry2D.clip_polygons(...) operation[^8]

[^8]: see also: the cloud example

The Shape type inspector form

This form allows manipulation of the properties of primitive shape types (rectangle, ellipsis):

• Shape type, here you can selected the type of the shape: Path, Rect and Ellipse. (Be warned: changing a shape from a path to a primitive shape is a destructive action and cannot be undone)
• Offset: this represents the position of the pivot relative to the shape's natural center.
• Size: the box size of the entire shape (stroke thickness excluded)
• Rx: the x-radius of the shape
• Ry: the y-radius of the shape

It is best to change these properties via the handles in the 2D editor. They are, however, quite useful for animating key frames.

The Editor settings inspector form

This form exposes 2 settings:

• Shape Hint Color: the color of the line with which this shape is drawn, when selected
• Lock Assigned Shapes: when this is checked, added strokes, fills and collision polygons will be locked in the editor, once created.

The Export Options inspector form

Export as PNG button

With the Export as PNG-button you can save any ScalableVectorShape2D and its children as a new .png-file. Note that nodes which are assigned as Fill or Stroke that are higher up in the hierarchy will be excluded from the exported file.

You can however change the type of any Node2D to ScalableVectorShape2D temporarily in order to export group of shapes as a PNG file.

Export as 'baked' scene button

With the Export as baked scene button you can generate a new scene (like Save branch as scene), with all the ScalableVectorShape2D-nodes converted to basic Node2D-nodes.

Use this when you are done drawing entirely and do not want to update curves at runtime, or when you want to keep the shapes but drop the dependency of this plugin from your project.

Caveats when 'Baking'

An exported AnimationPlayer will not support animated curves, track references will, however, remain.

More about assigned Line2D, Polygon2D and CollisionObject2D

Using the Add ... buttons in the inspector simply adds a new node as a child to ScalableVectorShape2D but it does not need to be a child. The important bit is that the new node is assigned to it via its properties: polygon, line and collision_object.

Watch the chapter about working with collisions, paint order and the node hierarchy on youtube

This video gives more context on how Line2D, Polygon2D and CollisionPolygon2D are assigned to the ScalableVectorShape2D:

Animating / Changing shapes at runtime

Youtube explainer on animating

Watch this explainer on youtube on animating:

A note up front (this being said)

The shapes you create will work fine with basic key-frame operations.

You can even detach the Line2D, Polygon2D and CollisionObject2D from ScalableVectorShape2D entirely, once you're done drawing and aligning, and change the ScalableVectorShape2D to a simple Node2D if necessary.

Animating the shape and gradients at Runtime

Sometimes, however, you want your shape to change at runtime (or even your collision shape!)

You can use the Update Curve at Runtime checkbox in the inspector to enable dynamic changing of your curved shapes at runtime.

Add keyframes in an animation player

You can then add an AnimationPlayer node to your scene, create a new animation and (batch) insert key frames for the following:

• The entire shape of your ScalableVectorShape2D, which are:
  • curve:point_*/position
  • curve:point_*/in
  • curve:point_*/out
  • arc_list:arc_*/radius
  • arc_list:arc_*/rotation_deg
  • arc_list:arc_*/large_arc_flag
  • arc_list:arc_*/sweep_flag
• All the gradient properties of your fill (Polygon2D assigned to ScalableVectorShape2D), which are:
  • texture:gradient:colors (the entire PackedColorArray)
  • texture:gradient:offsets (the entire PackedFloat32Array)
  • texture:fill_from
  • texture:fill_to
• Fill color, i.e.: the color of the assigned Polygon2D

* Note: the keyframes of stroke properties are set directly on ScalableVectorShape2D as of release 2.12

Don't duplicate ScalableVectorShape2D, use the path_changed signal in stead

When the update_curve_at_runtime property is checked, every time the curve changes in your game the path_changed signal is emitted.

Duplicating a ScalableVectorShape2D will not make a new Curve2D, but use a reference. This means line-segments will be calculated multiple times on one and the same curve! Very wasteful.

If however you want to, for instance, animate 100 blades of grass, just use one ScalableVectorShape2D and have the 100 Line2D node listen to the path_changed signal and overwrite their points property with the PackedVector2Array argument of your listener func:

This very short section of the youtube video illustrates how to do this: https://youtu.be/IwS2Rf65i18?feature=shared&t=55

Performance impact

Animating curve points at runtime does, however, impact performance of your game, because calculating segments is an expensive operation.

Under Tesselation settings you can lower Max Stages or bump up Tolerance Degrees to reduce curve smoothness and increase performance (and vice-versa)

FAQ's

The curve of my ScalableVectorShape2D won't animate at runtime, what do I do?

Check the box:

I want to change shapes while debugging my game. Is this even possible?

Yes, when you check the box Update Curve at Runtime box.

When I animate the curve of an imported scene, it animates all the other curves as well

This is a common issue: there is one Curve2D instance being referenced by all scenes. You fix this by checking On "Local To Scene" for the Curve2D:

When I duplicate a ScalableVectorShape2D and change its shape, the original ScalableVectorShape2D shape also changes

This is a common issue: there is one Curve2D instance being referenced by both nodes. At the moment there is not a quick fix, but you can always follow these steps:

1. Right click on your copy in the scene tree
2. Pick "Save branch as Scene"
3. Make the Curve2D "Local to Scene" like in the previous faq example

Can I draw shapes programmatically?

Yes you can. There are a couple of small things to be aware of:

1. You need to set my_shape.up_date_curve_at_runtime = true
2. To draw anything, your shape needs a Stroke, Fill, or Collision Object:
3. Setting a stroke: my_shape.line = Line2D.new()
4. Setting a fill: my_shape.polygon = Polygon2D.new()
5. Setting a collision object: my_shape.collision_object = StaticBody2D.new()
6. The Stroke, Fill, Collision Object need to be inside the scene tree, i.e.: my_shape.add_child(my_shape.line)

I added a small example based on this question

Should I draw shapes programmatically?

This depends on the complexity of what you want to achieve.

In many cases just drawing something in the editor and saving it as a scene to import elsewhere (or instantiate() via preloading) is a better option, adhering to the Keep it Simple principle.

But that's just my personal opinion.

When should I draw shapes programmatically?

There are very many situations left where you might want to do exactly this, but that is up to your own creativity.

One powerful feature I can think of is 'mining': use ScalableVectorShape2D-nodes to make cuts in collision shapes and navigation areas.

Playing Rat's Return will give a first impression how this might work:

ScalableVectorShape2D already ships quite some convenience methods like:

• clipped_polygon_has_point(global_pos : Vector2) -> bool and
• add_clip_path(other_shape : ScalableVectorShape2D)

But I have not come around to documenting yet.

Can I change shapes in the 2D editor while running the game?

When the Update Curve At Runtime checkbox is checked, the shape will also sync up with a scene running in debug mode.

Once you're done drawing and do not need the shape to change anymore at runtime you can turn this checkbox off again.

Attributions

Lots of thanks go out to those who helped me out getting started:

• This plugin was first inspired by Mark Hedberg's blog on rendering curves in Godot.
• The suggestion to support both Polygon2D and collisions was done by GeminiSquishGames, who's pointers inspired me to go further
• The SVG Importer code was adapted from the script hosted on github in the pixelriot/SVG2Godot repository
• The code for making cutout shapes was adapted from the great knife tool plugin by @mrkdji
• The inspiration for using Geometry2D.offset_polyline for strokes came from @theshaggydev, who recorded this video about it.

And a big thank you goes to to @MewPurPur

The author of GodSVG for writing a great SVG Arc command implementation I could reuse here:

• Download from the GodSVG website
• Or try out the web version
• Also on itch.io

Many thanks to @HannesParth/Permotion

As an early adopter Hannes was quick to point out good quality of life improvements like snap to pixel, setting global position exactly and exporting as PNG.

Make sure to try out "Spring Ball" on Itch, a 48h game jam solo project that used ScalableVectorShape2D for all level objects, including a wrapper script to change the block that makes up the majority of the level between cube and triangle shapes:

And of course everyone who helped test and review the code thus far

• @hedberg-games
• @thiagola92
• @HannesParth

Reaching out / Contributing

If you have feedback on this project, feel free to post an issue on github, or to:

• Ask a question on reddit
• Follow my channel on youtube: @zucht2.bsky.social
• Contact me on bluesky: @zucht2.bsky.social.
• Try my free to play games on itch.io: @renevanderark.itch.io

If you'd like to improve on the code yourself, ideally use a fork and make a pull request.

This stuff makes me zero money, so you can always branch off in your own direction if you're in a hurry.