ausboss
45b27dd94a
Resolution Master is renamed Latent Size: the old name belongs to another
node pack. The node id AUSBOSS_NODES_Resolution is unchanged, so saved
workflows and API graphs load and run as before. Workflows only store a
title that differs from the default, so they pick up the new name; a saved
title that starts with "Resolution Master 🆎" gets the new name in its
place on load. The example, its thumbnail and the README image follow.
- Latent Size can be resized: wider stretches the chips, fields and size
picks, and taller gives the stage the room. It opens at 340 x 531 as
before and goes down to 320, where the size row tightens so W, H and MP
stay whole.
- LoRA Loader: gear -> Long names, end (the default, as before) or middle,
which keeps the checkpoint number at the end of a name in view. The
picker opens wide enough for long names and shortens the folder first.
- The frontend adds 104 px to a DOM panel's minWidth before using it as
the node's floor (LGraphNode.computeSize), so a node that opened
narrower jumped wider the moment its corner was touched: the LoRA Loader
could not go under 424. fillNodeHeight gains exactMinWidth, which
measures that padding and takes it back off, and holdVueNodeMinWidth
lends the floor to Nodes 2.0, whose corner drag reads the node's inline
min-width instead. Both nodes use them; the other panels keep their old
floors for now.
- README: the workflow-tools image shows Latent Size alone; the Seed card
is gone.
2.7 KiB
Latent Size 🆎
Choose the width and height of a canvas visually, then wire those integers or the empty latent into your workflow.
- Shape: the left button selects landscape or portrait. Ratio chips follow that choice; square retains it for the next selection. Clicking a chip uses its generated size near one megapixel. Enable Chips keep current budget in the gear to retain the current area.
- Canvas: drag a side to change one dimension; drag the corner to scale both. Shift frees the corner ratio, Alt removes snapping, and Escape cancels the drag. The bright readout shows dimensions and megapixels. Arrows nudge the focused canvas.
- Size & budget: scrub or type W, H, or MP. Typed dimensions are preserved exactly. The swap button exchanges dimensions. Size chips offer larger and smaller versions of the current ratio.
- Gear: set the Snap step, edit the Ratio rail, choose the Latent family (
latent) and Batch size (batch_size), and hide the Dot grid or MP cost curves. - Node size: drag the node's corner to make it wider or taller, so it lines up with the nodes around it. The controls stretch with it, and the canvas preview takes any extra height. It can be as narrow as 320 pixels.
Outputs and links
Outputs are width, height, and latent, in that order. The width and height inputs have separate sockets above the panel. Linking either locks the controls that would change both dimensions; the other dimension remains editable. Linked values are resolved during execution; the preview shows the locally stored dimensions.
The Latent family is 16ch (8× downsample), 4ch (8×), or 128ch (16×). Select the family required by your model. This is an empty image latent; video models should take the width and height outputs and construct their own audio/video latent.
Typed sizes need not be divisible by the latent downsample factor. The integer outputs retain the typed size, while the latent spatial dimensions round down to complete cells, matching the core empty-latent nodes. Use aligned dimensions when wiring the latent directly. Large dimensions and batches allocate correspondingly large tensors.
Limits
Dimensions range from 64 to 8192 pixels. Extreme custom ratios may not have an exact solution inside that range at the chosen snap; they use a bounded approximation. Fine custom ratios can likewise only approximate the ratio during a snapped drag. Longer custom ratio lists scroll within the shape area.
All execution inputs are ordinary widgets, so API runs do not depend on this panel. Orientation and snap preferences are saved with the node. This node has no model downloads, network requests, or additional pip dependencies.