Minimum score value shown on the ring

Maximum score value shown on the ring

Radius at which score numbers are placed [mm]. auto = midpoint between inner and outer radii

Extra rotation applied to every label [degrees]. 0 = face outward, 180 = face inward

Comma-separated custom score labels, e.g. +1,+2,-1,-2. Use prefix '!' to rotate 180° the letter, eg. +1,+2,!+1,!+2. When non-empty this overrides min/max entirely.

Minimum score value shown on the ring

Maximum score value shown on the ring

Radius at which score numbers are placed [mm]. auto = midpoint between inner and outer radii

Extra rotation applied to every label [degrees]. 0 = face outward, 180 = face inward

Comma-separated custom score labels, e.g. +1,+2,-1,-2. Use prefix '!' to rotate 180° the letter, eg. +1,+2,!+1,!+2. When non-empty this overrides min/max entirely.

Font family for engraved text

Primary font size [mm]

Size of every line after the first, as a fraction of the primary size (for multi-line text entered via "\n")

Bold font weight

Italic font style

Convert text to paths for maximum laser-app compatibility

Add gear-like crenels on the outer rim (one crenel per score value)

Depth of each outer crenel [mm]

Crenel gap width as a fraction of the sector (0.1 = narrow gap, 0.9 = wide gap)

Crenel wall shape: symmetric = straight walls perpendicular to the rim; radial = walls converge toward the center; blade = half-ellipse per sector, bases touching (no flat surface between teeth)

Round the crenel corners instead of sharp right angles

Corner radius for rounded crenels [mm]

Add gear-like crenels on the outer rim (one crenel per score value)

Depth of each outer crenel [mm]

Crenel gap width as a fraction of the sector (0.1 = narrow gap, 0.9 = wide gap)

Crenel wall shape: symmetric = straight walls perpendicular to the rim; radial = walls converge toward the center; blade = half-ellipse per sector, bases touching (no flat surface between teeth)

Round the crenel corners instead of sharp right angles

Corner radius for rounded crenels [mm]

Outer diameter of wheel 1 ring [mm]

Outer diameter of wheel 2 ring [mm]

Margin between each wheel centre and the board edge [mm]

Shape of the base board: rectangle or capsule (two half-circles connected)

Diameter of the central magnet hole on each wheel (0 = no hole) [mm]

Centre-to-centre distance between wheels [mm]. auto = ro1 + spacing + ro2

Thickness of the material [mm]

Burn correction [mm] (bigger values for tighter fit)

Format of the resulting file

Label the parts (where available)

Reference rectangle length [mm]

Print the reference rectangle

Width of tabs holding parts in place [mm]

Add a QR Code with link or command line to the generated output

Style for inner corners

Spacing around parts (multiples of thickness [: extra space in mm])

Print surrounding boxes for some structures