🔏
brainless
  • What is this?
  • Responsibility
  • Changelog
  • meta
    • Sharing
      • Inspirations
      • Workflows
      • Social Media
    • Geography
      • Life
      • Death
        • Family Death
    • Research
      • Project Index
      • 3D Printing
      • Photogrammetry
      • Drone Building
    • External Websites
    • [unreleased]
      • [Template]
      • [TEMP] CL V0.0.5 or whatever
      • Skincare
      • Travel
      • Working and Staying Busy
      • Stride
      • Funeral Playlist
      • Notes and Ideas
      • Boredom
      • Four Noble Truths of "Thermo"
      • Respect
      • Work
  • STE[A]M
    • [guide]
    • Science
      • Materials Modeling
        • Syllabus Description
        • Lecture Slides
        • Student Notes
        • Assignments
          • index
          • Carbon Nanotubes
    • Technology
      • Computer Science
        • Commands
      • Photogrammetry
      • Quantum Computing
      • Computers
      • Programs
        • Matlab and Octave
        • Audacity
        • Google Chrome
          • Websites
            • Google Suite Sites
            • Github
              • Version Control
            • Product Hunt
            • Twitter
            • Youtube
              • Channels
            • Vimeo
          • Extensions
            • Dark Reader
            • Vimium
        • [miscellaneous]
          • Octave
          • PureRef
          • git
          • gnu stow
          • mermaid.js
        • Excel
        • Blender
        • LaTeX
        • Sublime: Text Editor
        • Spotify
        • VLC Media Player
      • Android and iOS
      • Operating Systems
        • macOS
          • mackup
        • Unix
          • folder structure
        • Windows
          • App Installation
          • Meshroom
          • Corsair Utility Engine
      • 3D Printing
    • Engineering
      • Accreditation
        • Fundamentals of Engineering
        • Professional Engineering
      • Continuum Mechanics
        • Fluid Mechanics
          • Incompressible Flow
            • corona final
            • indexhw4
            • indexhw3
            • index
            • hw2
            • hw1
          • Syllabus Description
          • Lecture Slides
          • Student Notes
            • Dynamic or Kinematic Viscosity
          • Assignments
            • Homeworks
              • Homework 1
              • Homework 2
              • Homework 3
              • Homework 4
              • Homework 5
            • Vortex Project
        • Solid Mechanics
          • Syllabus Description
          • Lecture Slides
          • Student Notes
          • Assignments
        • Incompresible Flow
          • Syllabus Description
          • Lecture Slides
          • Student Notes
          • Assignments
      • Experimental Mechanics
        • Syllabus Description
        • Lecture Slides
        • Student Notes
        • Assignments
      • Finite Element Methods
        • Intro to Finite Elements
          • Syllabus Description
          • Lecture Slides
          • Student Notes
          • Assignments
        • Fundamentals of FEM
          • Syllabus Description
            • index
          • Lecture Slides
          • Student Notes
          • Assignments
            • Project
              • index
              • Untitled
            • Homework 1
            • Homework 4
            • index
      • Heat Transfer
        • Syllabus Description
        • Lecture Slides
        • Student Notes
        • Assignments
          • homework
            • hw10
            • q9
            • q8
            • q7
            • hw7
            • hw6
            • q5
            • q3
            • 1 ec
          • Discussions
            • d11
            • d10
            • d9
            • d8
            • d6
            • d4
            • d3
          • Project Notes
      • Machine Dynamics
        • Syllabus Description
        • Lecture Slides
        • Student Notes
        • Assignments
    • Art
      • Color Theory
      • Origami
        • FolderMath
          • Surveying Origami Math
          • Represent a Folded Object
          • Creating a Crease Pattern
          • Making the Folds
          • Simulating Folding Origami
          • List of Resources
            • Codes
            • Papers, Programs, and Inspirations
    • Mathematics
      • Complex Numbers
        • What is i^i?
      • Analytic Hierarchy Process
      • Probability
      • Conway's Game of Life
      • Metallic Numbers
      • Cauchy's Formula for Repeated Integration
      • Wavelet Transform
      • Laplace Tidal Equation
      • Alternating Summation of Ones
      • Constants
      • Bad Maths
      • Calculus
        • Syllabus Description
        • Miscellaneous
  • Thoughts
    • Marksmanship
      • Archery
    • Schooling
    • ...and Ideas?
      • Perceived Time and Learning
      • Content Comprehension
    • Comics and Games
      • Rubik's Cube
      • Dungeons and Dragons
      • Beyond-All-Reason
      • Sekiro: Shadows Die Twice
      • Super Smash Bros
        • Project M
        • Project +
      • League of Legends
      • Satisfactory
    • Literature and Art
      • Books
      • Reading is Hard
      • Various Words and Phrases
      • Poems
      • Interviews
      • Quotes
        • Phrases
      • Jokes
      • ASCII Art
    • Shows and Films
      • Cowboy Bebop
      • My Hero Academia
      • Sword of the Stranger
    • Working and Life Balance
  • Projects
Powered by GitBook
On this page
  1. STE[A]M
  2. Art
  3. Origami
  4. FolderMath

Simulating Folding Origami

PreviousMaking the FoldsNextList of Resources

Last updated 3 years ago

Assuming there is a crease pattern already available, one can virtually follow the steps If there is already a crease pattern that can be referenced, create a .fold object with and then view it .

{
  "file_spec": 1.1,
  "file_creator": "Crease Pattern Editor",
  "file_classes": [
    "singleModel"
  ],
  "frame_classes": [
    "creasePattern"
  ],
  "vertices_coords": [
    [0,0],
    [14,0],
    [14,14],
    [0,14],
    [7,7],
    [11,7],
    [10,10],
    [14,10],
    [7,3],
    [4,0],
    [4,4]
  ],
  "edges_vertices": [
    [0,9],
    [1,7],
    [2,3],
    [3,0],
    [4,1],
    [4,10],
    [4,6],
    [4,3],
    [6,2],
    [5,6],
    [4,5],
    [7,2],
    [7,5],
    [5,1],
    [4,8],
    [8,1],
    [9,1],
    [8,9],
    [3,6],
    [10,0],
    [10,8],
    [10,3]
  ],
  "edges_assignment": [
    "B",
    "B",
    "B",
    "B",
    "M",
    "M",
    "M",
    "M",
    "M",
    "M",
    "V",
    "B",
    "V",
    "V",
    "V",
    "V",
    "B",
    "V",
    "V",
    "M",
    "M",
    "V"
  ],
  "edges_foldAngle": [
    0,
    0,
    0,
    0,
    -180,
    -180,
    -180,
    -180,
    -180,
    -180,
    180,
    0,
    180,
    180,
    180,
    180,
    0,
    180,
    180,
    -180,
    -180,
    180
  ],
  "cpedit:page": {"xMin":0,"yMin":0,"xMax":14,"yMax":14},
  "file_title": " headlessFlappingCrane",
  "vertices_edges": [
    [0,19,3],
    [1,13,4,15,16],
    [8,11,2],
    [3,21,7,18,2],
    [5,14,4,10,6,7],
    [13,12,9,10],
    [6,9,8,18],
    [12,1,11],
    [17,15,14,20],
    [16,17,0],
    [19,20,5,21]
  ],
  "faces_vertices": [
    [0,10,3],
    [0,9,8,10],
    [1,5,4],
    [1,7,5],
    [1,4,8],
    [1,8,9],
    [2,3,6],
    [2,6,5,7],
    [3,10,4],
    [3,4,6],
    [4,5,6],
    [4,10,8]
  ],
  "faces_edges": [
    [3,19,21],
    [19,0,17,20],
    [4,13,10],
    [13,1,12],
    [15,4,14],
    [16,15,17],
    [8,2,18],
    [11,8,9,12],
    [7,21,5],
    [18,7,6],
    [6,10,9],
    [14,5,20]
  ]
}
here
opensource code
here