A workflow for production teams
PaintGenAI
Diamond-painting detail is limited by the number of grid cells, not photo resolution. Choose the grid dimensions first, then inspect faces, text and small objects. PaintGenAI supports a digital pattern and preliminary material plan; real drills need separate checks.
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The workflow
Give the subject enough cells: a close-up face is usually easier to recognise than a small face in a landscape. Select diamond painting. The PaintGenAI planner uses a 2.5 mm pitch; compare it with the actual material before release.
Inspect the grid without a smoothed thumbnail: do eyes retain their shape, do thin lines survive and are adjacent shades distinct? If an important element occupies only one or two cells and loses its shape, change the crop or format, not just the colour count.
The planner estimates drill quantities with a 10% allowance. Check actual drill colours, sizes and shapes on a small section. Save the reviewed pattern and QA findings; a preliminary count does not prove purchasing or kit readiness.
One working context
Practical answers
At the planner's 2.5 mm pitch, a 20 × 30 cm image has 80 × 120 cells: 200 ÷ 2.5 and 300 ÷ 2.5. That is 9,600 positions, not 9,600 colours. A face occupying a small part of the photo receives fewer cells still. This illustrates the planner grid, not a universal size for all drills.
Not if canvas size and grid pitch stay unchanged: the cell count remains the same. Crop a small face more tightly or increase the physical format, then inspect the grid again and match shades to available drills.
It keeps the technique, source, versions, pattern and numbering review, material links, QA and release export in one project.
Yes. The AI studio can explore options from a description and reference or refine a selected area. The team chooses and reviews the source before pattern preparation.
No. PaintGenAI supports digital preparation. Material approval, calibration and the final physical-release decision remain with the responsible team.
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