Concepts

• Running a Simulation
  • Running Windowless
  • Reproducible Simulations
• The Mechanica Universe
• Creating Particles and Particle Types
  • Particle Types
  • Particles
  • Clusters
• Finding and Accessing Objects
  • Finding Particles
  • Finding Bonds
  • Finding Simulation Objects
• Coordinate Systems
• Making Things Move
• Potentials
  • Creating, Plotting and Exploring Potentials
  • Built-in Potentials
• Forces
  • Creating Forces
  • Built-in Forces
• Bonded Interactions
  • Bonds
  • Angles
  • Dihedrals
• Binding
  • Binding Interactions Between Particles by Types
  • Binding Interactions Between Particles by Group
  • Binding Interactions within and Between Clusters
  • Binding Interactions with Boundaries
  • Binding Forces to Particles
  • Binding Species to Forces
• Boundary Conditions
  • Periodic
  • Free-slip and No-slip
  • Velocity
  • Potential
  • Reset
• Changing Type
• Splitting
  • Splitting Clusters
• Events
  • Working with Events
  • Timed Events
  • Events with Particles
  • Input-Driven Events
• Chemical Reactions, Flux and Transport
  • Working with Species
  • Spatial Transport
  • Production and Consumption
• Metrics and Derived Quantities
  • Pressure and Virial Tensors
  • Centroid
  • Radius of Gyration
  • Center of Mass
  • Moment of Inertia
• Style
  • Styling Particle Types in Python
• User Controls
  • Mouse Controls
  • Keyboard Controls
• Rendering and System Interaction
  • Controlling the Camera
  • Creating and Controlling Clip Planes
• I/O Operations
  • Loading and Saving a Simulation
  • 3D Model Formats
  • Serializing Mechanica Objects
• GPU Acceleration
  • GPU-Accelerated Simulator
  • GPU-Accelerated Engine
  • GPU-Accelerated Bonds