* Add image segmentation node
This is a node which receives as input:
- An image.
- A mask, which consists of colors that define the image segments.
Each unique color in the mask defines an area where a segmen resides.
The node generates a `Vec<ImageFrame>` where the length of the result
is the number of unique colors in the mask.
Signed-off-by: Ică Alexandru-Gabriel <alexandru@seyhanlee.com>
* Add the Index node for image segments
Since the output of the image segmentation node is a `Vec<ImageFrame>`,
we want a way to access the segments individually. The Index node receives
a `Vec<ImageFrame>` as input and an index, and returns the image found
at that index in the vec.
Signed-off-by: Ică Alexandru-Gabriel <alexandru@seyhanlee.com>
* Integrate the image segmentation and index nodes into the editor
Signed-off-by: Ică Alexandru-Gabriel <alexandru@seyhanlee.com>
* Initialize the input of the index node with an empty image frame
Signed-off-by: Ică Alexandru-Gabriel <alexandru@seyhanlee.com>
* Don't expose the parameter for the index node
Signed-off-by: Ică Alexandru-Gabriel <alexandru@seyhanlee.com>
* Don't crash the editor when the number of segments exceeds the accepted limit
Signed-off-by: Ică Alexandru-Gabriel <alexandru@seyhanlee.com>
* Print a warning in the console when the number of segments exceeds the accepted limit
Signed-off-by: Ică Alexandru-Gabriel <alexandru@seyhanlee.com>
* Add a few more checks so that the editor doesn't crash on invalid input
Signed-off-by: Ică Alexandru-Gabriel <alexandru@seyhanlee.com>
* Replace the tagged value for the index node
Signed-off-by: Ică Alexandru-Gabriel <alexandru@seyhanlee.com>
* Fix merge conflicts
---------
Signed-off-by: Ică Alexandru-Gabriel <alexandru@seyhanlee.com>
Co-authored-by: Dennis Kobert <dennis@kobert.dev>
* Setup tauri component for graphite editor
Integrate graphite into tauri app
Split interpreted-executor out of graph-craft
* Add gpu execution node
* General Cleanup
* Add Executor abstraction
* Resolve inputs for proto nodes by adding compose nodes
* Add infrastructure for compiling gpu code
* Integrate nodegraph gpu execution into graph-crafter
* Extract graphene core path from env vars
* Make Color struct usable for gpu code
* Move the Subpath type to graphene-std
* Add the transform subpath node
* Delete selected nodes
* Inserting node list on right click
* Add several bitmap manipulator nodes
* Convert add node to use f64
* Add posterize node
* Rename names randomly
* Fix naming
* Exposure node
* Fix typo
* Adjust exposure node range
* Comment out vector nodes
* Adjust exposure range again
* Posterise as ints
* Rename input
* Use >= in the to hsl function
