What does solvespace/solvespace do?

SolveSpace ist eine parametrische CAD-Software und ein 3D-Solid-Modeler. Sie fungiert als constraint-basierter Geometrie-Solver, der die Erstellung von 2D- und 3D-Modellen ermöglicht, bei denen Positionen und Größen durch geometrische Regeln und mathematische Beziehungen gesteuert werden.

What are the main features of solvespace/solvespace?

The main features of solvespace/solvespace are: Geometric Constraint Solvers, Mechanical Assembly Systems, Profile Extrusions and Revolves, 3D Geometry Generators, 3D Solid Modelers, Assembly Hierarchies, Solid Boolean Operations, Constrained Sketching Engines.

What are some open-source alternatives to solvespace/solvespace?

Open-source alternatives to solvespace/solvespace include: cadquery/cadquery — CadQuery is a programmatic 3D modeling library and parametric CAD framework that allows for the generation of complex… xiangechen/chili3d — Chili3D is a browser-based parametric 3D modeling tool that uses boundary representation (B-Rep) to define and… freecad/freecad — FreeCAD is an open-source engineering design suite designed for parametric 3D modeling, architectural planning, and… hannobraun/fornjot — Fornjot is a CAD modeling kernel and 3D geometry engine designed for the creation and manipulation of precise… openscad/openscad — OpenSCAD is a script-based 3D modeler and parametric CAD tool that generates three-dimensional solid objects from… google-deepmind/mujoco_menagerie — mujoco_menagerie is a curated library of physical robot specifications and XML model definitions designed for…

Solvespace - Parametrische 2D- und 3D-Geometr…

Solvespace - Parametrische 2D- und 3D-Geometr… | Awesome Repos

Features

Geometric Constraint Solvers - Functions as a core constraint-based geometry solver that calculates entity positions via algebraic equations.
Mechanical Assembly Systems - Constructs parametric mechanical assemblies where part positions are maintained by geometric constraints.
Profile Extrusions and Revolves - Generates 3D volumes by applying extrusion, revolution, and sweep operations to 2D profiles.
3D Geometry Generators - Generates 3D geometry by extruding, revolving, lathing, or creating helical sweeps from 2D sketches.
3D Solid Modelers - Provides a full workspace for generating 3D objects through extrusions, revolves, and Boolean operations.
Assembly Hierarchies - Maintains a hierarchical tree of linked 3D components with relative transformations for position and scale.
Solid Boolean Operations - Implements 3D volumetric generation via Boolean operations to add or subtract volumes from solid models.
Constrained Sketching Engines - Implements a constrained sketching engine for defining 2D geometry that drives 3D modeling.
Kinematic Linkage Simulations - Provides a dedicated mechanical linkage simulator to analyze pin and ball joint motions and trace component paths.
Mechanical 3D Modeling - Provides precise mechanical 3D modeling using extrusions, revolves, and boolean volume operations.
Parametric Modeling Engines - Provides a parametric modeling environment using constrained sketches and history-based workflows.
Parametric CAD Software - Implements a full parametric system where geometry is driven by constraints and dimensions.
Parametric Design Constraints - Maintains spatial relationships between assembly components through parametric design constraints.
Workplane Coordinate Systems - Provides local 2D workplane coordinate systems to organize geometry relative to 3D faces or offsets.
Constructive Solid Geometry Operations - Implements boolean operations for combining and subtracting solid volumes using constructive solid geometry.
Constraint Definitions - Applies rules such as distance, angle, parallelism, and tangency to control the size and position of geometric entities.
Parametric Dimensions - Drives geometry using specific values or reference dimensions that update automatically as the model changes.
Kinematic Path Exporters - Records the motion path of points within a mechanism and exports the resulting coordinates as CSV files.
3D Printing - Provides tools for building solid geometry and exporting STL meshes for additive manufacturing.
3D Model Exporters - Generates triangle meshes or exact NURBS surfaces for use in CAM and 3D printing software.
Technical Drawing Generators - Projects 3D models onto 2D planes or cuts sections to create manufacturing-ready technical drawings.
Pattern Duplicators - Duplicates entities by translating or rotating them in a series of steps along linear or circular paths.
Mesh Exporters - Converts exact mathematical solid representations into triangle meshes for STL export and 3D printing.
CAD Surface Exporters - Exports high-precision NURBS surfaces and triangle meshes for compatibility with CAM and 3D printing software.
Geometric Pattern Generators - Copies elements multiple times along linear paths or circular arcs using step-and-repeat settings.
Kinematics Simulators - Simulates mechanical linkages by calculating degrees of freedom for pin and ball joints.
G-code Generators - Produces CNC machining instructions and toolpaths from 2D vector paths.
Cutter Radius Compensations - Generates CNC G-code with integrated cutter radius compensation for precise toolpathing.
Technical Section Drawing - Creates technical 2D sections and exports them as vector files for manufacturing.
Geometric Property Calculations - Calculates physical properties like the volume of 3D solids and the area of 2D sketches.
Mechanical Linkage Simulators - Provides a physics-based tool for modeling pin and ball joints to analyze the motion of mechanical assemblies.
External File Linking - Supports importing external project files as independent components within a larger assembly.
Interference Detection - Verifies part fit by computing intersections between components in an assembly to prevent overlap.

Open-Source-Alternativen zu Solvespace

Ähnliche Open-Source-Projekte, sortiert nach der Anzahl der gemeinsamen Funktionen mit Solvespace.

cadquery/cadquery
CadQuery/cadquery
5,351Auf GitHub ansehen
CadQuery is a programmatic 3D modeling library and parametric CAD framework that allows for the generation of complex geometric solids and assemblies using a fluent Python API. It functions as a B-Rep geometry engine, enabling the construction of models through code rather than a graphical user interface. The project is built on the Open CASCADE Technology kernel and utilizes a method-chaining API to link geometric commands in sequence. It distinguishes itself through a workplane-based coordinate system and a powerful selection system that uses topological and spatial filtering to target spec
Python3dbrepcad
Auf GitHub ansehen5,351
xiangechen/chili3d
xiangechen/chili3d
4,293Auf GitHub ansehen
Chili3D is a browser-based parametric 3D modeling tool that uses boundary representation (B-Rep) to define and manipulate precise solid geometry. It functions as a constructive solid geometry (CSG) engine, combining primitive shapes through union, difference, and intersection operations, while also serving as a parametric constraint system that maintains geometric relationships and dimensions through adjustable parameters. The software distinguishes itself by running entirely in a web browser without requiring installation, while providing industry-standard CAD file format support for importi
TypeScript3dbrowser-basedcad
Auf GitHub ansehen4,293
freecad/freecad
FreeCAD/FreeCAD
31,553Auf GitHub ansehen
FreeCAD is an open-source engineering design suite designed for parametric 3D modeling, architectural planning, and mechanical assembly. It functions as a professional-grade platform that utilizes history-based operations to allow for non-destructive design updates, enabling users to construct complex geometry through a sequence of constrained sketches and solid operations. The platform distinguishes itself through a highly modular, workbench-based architecture that allows users to tailor the interface and toolsets to specific engineering domains. It features deep Python integration, which se
C++3d3d-printingarchitecture
Auf GitHub ansehen31,553
hannobraun/fornjot
hannobraun/fornjot
2,550Auf GitHub ansehen
Fornjot is a CAD modeling kernel and 3D geometry engine designed for the creation and manipulation of precise mechanical shapes. It functions as a B-Rep 3D modeling kernel, using boundary representation to define the shapes and topologies of three-dimensional models. The project provides a B-Rep geometry visualizer to render 3D models in a windowed environment for visual verification. It also includes a pipeline to export internal geometric representations into external data formats for compatibility with other software. The engine covers geometric modeling through primitive-based constructi
Rustcadrust
Auf GitHub ansehen2,550

Alle 30 Alternativen zu Solvespace anzeigen

solvespacesolvespace

Solvespace

Features

Open-Source-Alternativen zu Solvespace

CadQuery/cadquery

xiangechen/chili3d

FreeCAD/FreeCAD

hannobraun/fornjot

Frequently asked questions

Star-Verlauf

Open-Source-Alternativen zu Solvespace

CadQuery/cadquery

xiangechen/chili3d

FreeCAD/FreeCAD

hannobraun/fornjot

Frequently asked questions