Rational Linkages

Contents:

  • General Information
  • Tutorials
    • Loading Prepared Models
    • Plotting Examples
    • ARK 2024 Paper - Extended Information
    • Motion Factorization
    • Motion Interpolation
    • Motion Designer
    • Combinatorial search of collision-free mechanism
    • Synthesis of Bennett Mechanism (JupyterNTB Tutorial)
    • Mechanism in the World Frame
    • CAD Modeling
    • Direct (Forward) Kinematics
    • Inverse Kinematics (Numerical)
    • Velocity Motion Planning
    • Direct (Forward) Kinematics, Inverse Kinematics, and Trajectory Generation
    • Dynamics Simulations - Exudyn Integration
    • Symbolic Backend
    • Obtaining Rational Axes
    • Recovering Rational Motions
  • Background Math and Geometry
  • Rational Linkages API
Rational Linkages
  • Tutorials
  • View page source

Tutorials

Contents:

  • Loading Prepared Models
  • Plotting Examples
    • Static plotting
    • Interactive plotting
      • Scaling of plotted objects
      • Optional tool frames
      • Generating frames (for animation)
  • ARK 2024 Paper - Extended Information
    • Bennett mechanism example
      • Physical modelling of Bennett mechanism
  • Motion Factorization
    • Factorization of planar 4-bar
    • Factorization of spatial 6R mechanism
  • Motion Interpolation
    • Quadratic interpolation of 3 poses
    • Cubic interpolation of 4 poses
    • Quadratic interpolation of 5 points
    • Cubic interpolation of 7 points
  • Motion Designer
  • Combinatorial search of collision-free mechanism
  • Synthesis of Bennett Mechanism (JupyterNTB Tutorial)
    • Poses definition
    • Poses interpolation
    • Motion factorization
    • Collision-free design
    • Generation of physical parameters
  • Mechanism in the World Frame
    • Default (home) configuration
    • Changing base frame of the mechanism
  • CAD Modeling
    • Generating CAD Models
    • Visualizing Custom STL in MotionDesigner
  • Direct (Forward) Kinematics
  • Inverse Kinematics (Numerical)
  • Velocity Motion Planning
  • Direct (Forward) Kinematics, Inverse Kinematics, and Trajectory Generation
  • Dynamics Simulations - Exudyn Integration
  • Symbolic Backend
    • Example - DualQuaternionSymbolic
      • Basic construction
      • Automatic promotion when SymPy values are passed
      • Verifying the Study condition
      • Conversion to transformation matrix
  • Obtaining Rational Axes
  • Recovering Rational Motions
Previous Next

© Copyright 2026, Daniel Huczala.

Built with Sphinx using a theme provided by Read the Docs.