Expressions and Variables in Rig Cad
The expression language behind every parametric Rig Cad project: grammar, functions, degrees vs radians, text, variable types, readouts, validators, handles.
Rig Cad
Browser-based parametric CAD for designing, configuring, and exporting 3D models.
Design systems driven by dimensions, constraints, variables, and reusable relationships.
Browse all articlesThe expression language behind every parametric Rig Cad project: grammar, functions, degrees vs radians, text, variable types, readouts, validators, handles.
Name tags, photo lamps, photo figurines, desk plates: the four personalized 3D-print families that sell, and what each one has to hold in the model.
If you know group and hole in Tinkercad, you already know the operations. Here is where they live in Rig Cad.
If you already use a timeline, Combine, and user parameters, you already know this editor. Here is where those habits live.
If you already write union, difference, and modules, you already know this editor. The tree is the program.
Record project revisions, production profiles, generated files, and inspection results so customized 3D-printed orders remain reproducible.
Turn measured printer behavior into dependable sliding, push, press, and cavity fits across customized 3D-printed product families.
Sliders define choices; reliable products need relationships between them. Derive dimensions, constrain combinations, handle failures, and test the family.
From font glyphs and measured bounds to printable strokes, attachment rules, and production tests: reliable personalized goods treat text as geometry.
How parametric Rig Cad projects turn personalized orders into validated, priced, repeatable 3D-printed products, from listing options to fulfillment.
A concise guide to Rig Cad’s Add Object, Objects, Viewport, Properties, and Variables panels—and how selection connects them.
Build repeatable prices for customized 3D prints from material, machine time, labor, yield, selling fees, and margin.