31 docs tagged with "OCCT"

Learn to create a parametric 3D cube using OpenCascade (OCCT) and TypeScript in the Bitbybit environment.

Learn how to create a parametric cube using the Bitbybit Blockly editor, OpenCascade (OCCT), and variables.

Learn how to create a parametric cube using the Bitbybit Rete visual programming editor, OpenCascade (OCCT), and a number slider.

Learn how to create a surface by lofting between several wire shapes.

Learn how to create a surface by lofting between several wire shapes and use various advanced options that help you make more intricate shapes.

Learn how to create a 3D shape by extruding a 2D wire profile or face.

Learn about the different ways to use our platform, including 3D Model Configurators, Rete, Blockly, and Monaco (TypeScript) editors.

Learn about Blockly, the visual programming framework used on the Bitbybit platform, its benefits, and how to interact with Blockly scripts.

Learn about OCCT fillets, which create roundings on the edges of shapes (solids, shells, or wires) to produce smooth transitions, with examples in Bitbybit.

Learn about TypeScript, how it enhances JavaScript for safer and more robust coding, and how it's used with the Monaco editor on the Bitbybit platform.

Learn how to apply OCCT chamfers to non-linear edges, such as circular or elliptical edges (e.g., around a hole), in Bitbybit using Rete, Blockly, and TypeScript.

Learn how to apply chamfers with different distances to specific edges of an OCCT solid using edge indexes in Bitbybit's Rete, Blockly, and TypeScript editors.

Learn how to apply fillets to the corners of 2D wires in OCCT to create rounded transitions between connected edges, using Bitbybit's Rete, Blockly, and TypeScript editors.

Learn how to apply fillets to the corners of 3D wires (non-planar) in OCCT, including variable radii on specific corners, using Bitbybit's Rete, Blockly, and TypeScript editors.

Learn how to apply fillets with different radii to specific edges of an OCCT solid using edge indexes in Bitbybit's Rete, Blockly, and TypeScript editors.

Learn how to apply fillets with different radii to specific corners (vertices) of 2D OCCT wires in Bitbybit using Rete, Blockly, and TypeScript.

Discover the open-source NPM packages that power Bitbybit, allowing you to integrate our 3D CAD algorithms into your own applications.

Learn about the Rete visual programming editor on the Bitbybit platform, its origins from Rete.js, and why we chose this approach for computational design.

Learn how to create 3D spiral or helical shapes by extruding a 2D wire profile along an axis while rotating it.

Learn how to use and visualize edge indexes in OCCT for operations like filleting or chamfering specific edges, and how to adjust their display in Bitbybit.

Learn about the fundamental OCCT boolean operations (Union, Difference, Intersection) for combining and modifying 3D shapes in Bitbybit, with examples in Rete, Blockly, and TypeScript.

Learn about OCCT chamfers, which create straight, beveled cuts on the edges of solids or shells, and see examples of applying chamfers in Bitbybit's Rete, Blockly, and TypeScript editors.

Explore the different types of shapes in OpenCascade Technology (OCCT) and understand their hierarchical relationship, from vertices to solids and compounds.

Learn about OpenCascade Technology (OCCT), its role as a powerful open-source 3D geometry kernel in Bitbybit, OpenCascade.js, and the @bitbybit-dev/occt NPM package.

Learn how to set up and use the @bitbybit-dev/babylonjs package with Vite to create 3D CAD applications, and control which geometry kernels (OCCT, JSCAD, Manifold) are initialized.

Learn how to set up and use the @bitbybit-dev/threejs package with Vite to create 3D CAD applications, and control which geometry kernels (OCCT, JSCAD, Manifold) are initialized.

Learn about OCCT edges, how to create linear and curved edges, analyze their properties, use them to construct wires, and deconstruct other shapes into edges in Bitbybit.

Learn about OCCT wires, how to create them from edges or points (polylines, splines, Bezier curves), their role in constructing faces, and how faces can have multiple wires (e.g., for holes).

Learn how to create your first 3D "Hello World" program using the Bitbybit Blockly visual programming editor.

Learn how to create your first 3D "Hello World" program using the Bitbybit Rete visual programming editor.

Learn how to create your first 3D "Hello World" program using the Bitbybit Monaco programming editor.