Best experienced on desktop — cage-handle drag, curve-editor drag and per-turn arrow-key playback are pointer/keyboard interactions.
Printer:
–
Filament:

Shape

Shape
Radius (mm)
Height (mm)
Layer height
XY twist (turns)

Asymmetry


Base & adhesion

Bottom  
Base layers
Brim loops
Base style
Skirt loops
Hybrid base height (mm)
Hybrid wall count
Hybrid infill density
Hybrid infill pattern
First layer height (mm)
Base line spacing

Texture pattern

Texture pattern

Z waves


Silhouette Setting

ⓘ
ⓘ
Nozzle (mm)
Print speed (mm/s)
Variable speed by radius
Line width override
Line width over height
--hover or drag a point
Scales bead width at each height (0.6-1.8×). Double-click to add a point, right-click to remove, drag to shape. Shift = fine.

Print it

Produces the specialized single-wall, non-planar G-code toolpath that this slicer creates. This is ready to be sent straight to your 3D printer.

                

Save design

Saves all your current design parameters (shape, texture, silhouette, and print settings) as a native .trident file so you can safely reload and edit it later.

Export as solid

Exports the sculpted surface as a watertight 3D model (STL). Use this if you want to slice the design as a thick, SOLID part in a standard slicer (like Orca or PrusaSlicer) instead of printing it in vase mode.
Click to choose a .gcode file
or drag & drop anywhere

Display

Bed: dimensions × dimensions mm. Z up to dimensions mm. Path colored low→high shows the Z modulation. Drag = orbit, scroll = zoom, right-drag = pan.

Playback: space = play/pause · ← → step one turn · Home/End = start/finish.
G-code is outdated — design changed since last generate