In a8de6406c5 a change was made to many menus in an effort to improve performance. The menus were made to be lazy, so that they are mounted only while open.
This causes unexpected behaviour when there is some logic in the menu that may need to execute after the user selects a menu item.
In this case, when you click to load a workflow from file, the file picker opens but then the menuitem unmounts, taking the input element and all uploading logic with it. When you select a file, nothing happens because we've nuked the handlers by unmounting everything.
Easy fix - un-lazy-fy the menu.
Closes#7240
The validation on this node causes graph validation to valid. It must be validated _after_ instantiation.
Also, it was a bit too strict. The only case we explicitly do not handle is when both bboxes and points are provided. It's acceptable if neither are provided.
Closes#7248
When filtering, we use a listener to trigger processing the image whenever a filter setting changes. For example, if the user changes from canny to depth, and auto-process is enabled, we re-process the layer with new filter settings.
The filterer has a method to reset its ephemeral state. This includes the filter settings, so resetting the ephemeral state is expected to trigger processing of the filter.
When we exit filtering, we reset the ephemeral state before resetting everything else, like the listeners.
This can cause problem when we exit filtering. The sequence:
- Start filtering a layer.
- Auto-process the filter in response to starting the filter process.
- Change the filter settings.
- Auto-process the filter in response to the changed settings.
- Apply the filter.
- Exit filtering, first by resetting the ephemeral state.
- Auto-process the filter in response to the reset settings.*
- Finish exiting, including unsubscribing from listeners.
*Whoops! That last auto-process has now borked the layer's rendering by processing a filter when we shouldn't be processing a filter.
We need to first unsubscribe from listeners, so we don't react to that change to the filter settings and erroneously process the layer.
Also, add a check to the `processImmediate` method to prevent processing if that method is accidentally called without first starting the filterer.
The same issue could affect the segmenyanything module - same fixes are implemented there.
The root issue is the compositing cache. When we save the canvas to gallery, we need to first composite raster layers together and then upload the image.
The compositor makes extensive use of caching to reduce the number of images created and improve performance. There are two "layers" of caching:
1. Caching the composite canvas element, which is used both for uploading the canvas and for generation mode analysis.
2. Caching the uploaded composite canvas element as an image.
The combination of these caches allows for the various processes that require composite canvases to do minimal work.
But this causes a problem in this situation, because the user expects a new image to be uploaded when they click save to gallery.
For example, suppose we have already composited and uploaded the raster layer state for use in a generation. Then, we ask the compositor to save the canvas to gallery.
The compositor sees that we are requesting an image for the current canvas state, and instead of recompositing and uploading the image again, it just returns the cached image.
In this case, no image is uploaded and it the button does nothing.
We need to be able to opt out of the caching at some level, for certain actions. A `forceUpload` arg is added to the compositor's high-level `getCompositeImageDTO` method to do this.
When true, we ignore the uppermost caching layer (the uploaded image layer), but still use the lower caching layer (the canvas element layer). So we don't recompute the canvas element, but we do upload it as a new image to the server.
Previously, we cleared the canvas progress image when the canvas had no active generations. This allowed for a brief flash of canvas state between the last progress image for a given generation, and when the output image for that generation rendered. Here's the sequence:
- Progress images are received and rendered
- Generation completes - no active canvas generations
- Clear the progress image -> canvas layers visible unexpectedly, creating an awkward jarring change
- Generation output image is rendered -> output image overlaid on canvas layers
In 83538c4b2b I attempted to fix this by only clearing the progress image while we were not staging.
This isn't quite right, though. We are often staging with no active generations - for example, you have a few images completed and are waiting to choose one.
In this situation, if you cancel a pending generation, the logic to clear the progress image doesn't fire because it sees staging is in progress.
What we really need is:
- Staging area module clears the progress image once it has rendered an output image.
- Progress image module clears the progress image when a generation is canceled or failed, in which case there will be no output image.
To do this, we can add an event listener to the progress image module to listen for queue item status changes, and when we get a cancelation or failure, clear the progress image.
pip's dependency resolution doesn't take into account transitive
dependencies when choosing package versions for download.
Even though `torch=~2.4.1` is required by `diffusers`, pip will
download 2.5.0 and higher, but only install 2.4.1.
Pinning torch to <2.5.0 prevents this behaviour.
## Summary
This change mimics the unet padding strategy to align T2I featuremaps
with the latents during denoising. It also slightly adjusts the crop and
scale logic so that the control will match the input image without
shifting when it needs to pad.
## Related Issues / Discussions
<!--WHEN APPLICABLE: List any related issues or discussions on github or
discord. If this PR closes an issue, please use the "Closes #1234"
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merges.-->
## QA Instructions
Image generated at 1032x1024
Image generated at 1080x1040 to prove feature alignment.
Edge artifacts on the bottom and right are a result of SDXL's unet
padding, and t2i influence will be cut off in those regions.
## Merge Plan
Contingent on #7205
Currently the Canvas UI prevents users from generating non-64
resolutions while t2i adapter layers are active. Will leave this as a
draft until fixing that.
## Checklist
- [x] _The PR has a short but descriptive title, suitable for a
changelog_
- [ ] _Tests added / updated (if applicable)_
- [ ] _Documentation added / updated (if applicable)_
Previously we maintained an `isInteractable` flag, which was derived from these layer flags:
- Locked/unlocked
- Enabled/disabled
- Layer's type visible/hidden
When a layer was not interactable, we blocked all layer actions.
After comparing to the behaviour in Affinity and considering user feedback, I've loosened these restrictions while maintaining safety. First, some definitions.
There two kinds of layer actions - mutating actions and non-mutating actions.
- Mutating actions are drawing on the layer, cropping it, filtering it, converting it, etc. Anything that changes the layer.
- Non-mutating actions are copying the layer, saving the layer to gallery, etc. Anything that _uses_ the layer.
Then, there are two broad canvas states - busy and not busy. "Busy" means the canvas is actively filtering, staging, compositing layers together, etc - something that is "single-threaded" by nature.
And here are the revised restrictions:
- When canvas is busy, you cannot initiate any layer actions.
- When the canvas is not busy, and the layer is locked, you initiate any mutating actions.
- When the canvas is not busy and the layer is not locked, you can initiate any layer action.
Besides safely giving users more freedom, it also fixes an issue where the context menu for a layer was disabled if it was not the selected layer.
