AOP PSD Pattern Layer Solver
AOP PSD Pattern Layer Solver
Plan uniform, seamless square placements before moving the layout into your Photoshop production workflow. The AOP solver applies global no-overlap rules, per-layer center-distance controls, blue-noise distribution, loose gap filling, and targeted large-gap relocation. Configure the pattern, run one deterministic placement pass, review the result, then export the placement data or a visual preview.
Plan uniform, seamless square placements before moving the layout into your Photoshop production workflow. The AOP solver applies global no-overlap rules, per-layer center-distance controls, blue-noise distribution, loose gap filling, and targeted large-gap relocation. Configure the pattern, run one deterministic placement pass, review the result, then export the placement data or a visual preview.
SYSTEM NOTES
Build controlled pattern layouts, not random scatter
Build controlled pattern layouts, not random scatter
Build controlled pattern layouts, not random scatter
Random placement can create collisions, obvious clusters, and empty regions that are difficult to correct by hand. The AOP solver evaluates the whole square layout as a system. It distributes placements across a seamless canvas while keeping every accepted square inside the selected spacing rules.
Random placement can create collisions, obvious clusters, and empty regions that are difficult to correct by hand. The AOP solver evaluates the whole square layout as a system. It distributes placements across a seamless canvas while keeping every accepted square inside the selected spacing rules.
WHAT THE SOLVER CONTROLS
What the solver controls
What the solver controls
What the solver controls
Global no-overlap validation across all square placements.
Per-layer minimum center-distance rules.
Blue-noise target distribution for a more even visual spread.
Loose gap filling without breaking the active constraints.
Targeted relocation in selected large-gap regions.
Seamless placement across the square pattern boundary.
Global no-overlap validation across all square placements.
Per-layer minimum center-distance rules.
Blue-noise target distribution for a more even visual spread.
Loose gap filling without breaking the active constraints.
Targeted relocation in selected large-gap regions.
Seamless placement across the square pattern boundary.
PRODUCTION HANDOFF
Export the result for production
Export the result for production
Export the result for production
When the layout is ready, download the placement data as JSON for the downstream Photoshop/UXP workflow. You can also export a PNG preview to review the distribution, share the layout, or compare iterations before production.
When the layout is ready, download the placement data as JSON for the downstream Photoshop/UXP workflow. You can also export a PNG preview to review the distribution, share the layout, or compare iterations before production.
The tool is intended for designers and technical production teams building repeatable Photoshop pattern workflows. It solves placement geometry; it does not replace the visual judgment required to choose assets, set spacing rules, and approve the final composition.
The tool is intended for designers and technical production teams building repeatable Photoshop pattern workflows. It solves placement geometry; it does not replace the visual judgment required to choose assets, set spacing rules, and approve the final composition.
FAQ
A few useful answers
A few useful answers
A few useful answers
Is the AOP solver an AI image generator?
Is the AOP solver an AI image generator?
Is the AOP solver an AI image generator?
No. It’s a constraint-based placement solver. It calculates where squares can be placed under the rules you set and exports the resulting layout data or a visual preview.
No. It’s a constraint-based placement solver. It calculates where squares can be placed under the rules you set and exports the resulting layout data or a visual preview.
What files does it export?
What files does it export?
What files does it export?
The current solver exports a JSON placement file and a PNG preview. Keep both with the corresponding production project so the approved layout and its visual reference stay together.
The current solver exports a JSON placement file and a PNG preview. Keep both with the corresponding production project so the approved layout and its visual reference stay together.