Model Generation Parameters:
Width: mm       Height: mm Match Aspect Ratio
Relief Thickness: mm   Base Thickness: mm
Layer Height: mm     Horizontal Detail: mm (Suggested to be close to nozzle diameter)

Image Adjustment:
Power Deepening: (1 is the original value)
Contrast: (0 is the original value)



User Guide:
Thank you all for helping me test🤣, enjoy the endless bugs!
Ctrl+Z to undo, Ctrl+Y or Ctrl+Shift+Z to redo.

The 3D preview on the right will appear after importing the image, made up of layers that match the count, drag to rotate the view.
Pixels with over 50% transparency in the imported image will be subtracted from the model, please be sure to try it out.
Changing the parameters below "Image Adjustment" can adjust the brightness curve of the image.
The brightness curve of the image will affect the thickness distribution of the relief, but the heights of the highest and lowest points will not change.

Drag the cards in the material bar below to the color change layer preview area on the left to add color change layers.
Dragging the small label on the right of the added color change layer can move the layer, overlapping layers will be covered.
Drag the small label outside the color change layer preview area to remove the corresponding color change layer.
The number on the small label is the layer of the color change operation after adding the base layers.

The height of the color change layer preview area on the left is equal to the relief thickness, and the base is a monochrome base plate used to thicken the print.
For performance reasons, there is only one thin slice of the base layer in the preview, but it will be fully included in the exported STL model.
When printing, you can set the material change layer according to the number on the label.

The translucent thickness of each material needs to be measured by yourself and filled in the material information below.
Do not trust these default Blending Distances (BD values), I roughly filled them in. The BD values only affect the preview and is unrelated to model generation.
The model in this link can conveniently measure the BD value of the material.
For usage methods, please refer to the PDF document on the model file page, which also details many related concepts.
There is a non-linear relationship between BD and TD, and in most cases, BD can be estimated as one-tenth of TD.
Colors Mixed Using MIXBOX 2.0 (c) 2022 Secret Weapons