Examples

Basic Sensor Simulation

• Basic Sensor Simulation
  • Quickstart sensor sim
  • Scalar field sensor sim
  • Vector and tensor field sensors
  • Multi-physics experiment simulation

DIC

• DIC
  • Selecting a Region of Interest (ROI)
  • 2D Plate with a Hole
  • Strain and Deformation Gradient Calculations
  • Render a known displacement and recover it with DIC
  • Comparison to the 2.0 2D DIC Challenge
  • HRDIC
  • 2D Incremental DIC
  • Stereo Calibration + DIC
  • Stereo DIC rigid body motion of a plate
  • Stereo DIC and strain calculation of a plate with a hole
  • Stereo Reconstruction from the DIC Challenge 1.0

Render 3D

• Render 3D
  • Riley: Rendering Quickstart
  • Riley: Speckle sphere
  • Riley: Multi Shader, Multi Element Rabbits
  • Riley: Digital Image Correlation UQ
  • Riley: DIC UQ from Exodus
  • Riley: Stereo Calibration Target
  • Riley: Point spread functions
  • Riley: Feature Zoo
  • Blender: Scene for 2D DIC
  • Blender: 2D Deformation
  • Blender: Stereo Scene
  • Blender: Stereo Camera Calibration & Parameters
  • Blender: Stereo Image Deformation
  • Blender: Calibration Target Render

Render UVs

• Render UVs
  • Render UVs: Intro and planar projection
  • Render UVs: Texture aspect and fit modes
  • Render UVs: Compare texture boundary modes
  • Render UVs: Projection onto an arbitrary plane
  • Render UVs: Translate, rotate, and scale a mapping

Extended Sensor Simulation

• Extended Sensor Simulation
  • Bring your own simulation data
  • Mesh-free virtual sensors
  • Scalar field sensors in 2D
  • Scalar field sensors in 3D
  • Vector field sensors in 2D
  • Vector field sensors in 3D
  • Tensor field sensors in 2D
  • Tensor field sensors in 3D
  • Errors: basics
  • Errors: field-based
  • Errors: field-based with angles
  • Errors: field-based position/angle locking
  • Errors: field-based chaining
  • Errors: calibration
  • Errors: spatial averaging
  • Experiment simulation in 2D
  • Experiment simulation in 3D

Mooseherder

• Mooseherder
  • Creating a configuration file
  • Modifying moose input files
  • Modifying gmsh input files
  • Running MOOSE once
  • Running Gmsh once
  • Run Gmsh then MOOSE once
  • Running a parameter sweep of a MOOSE simulation
  • Running a parameter sweep of a Gmsh and MOOSE simulation
  • Using multiple calls to run parallel sweeps
  • Reading exodus output from a MOOSE simulation
  • Reading exodus output from a parameter sweep
  • Read parameter sweep results for a MOOSE simulation
  • Read parameter sweep results for a Gmsh and MOOSE simulation
  • Using read config to extract specific variables from a sweep
  • Reading results from a pre-run parameter sweep