Modular Origami §

Group: 4 #group-4

Relations §

• Patterns: The arrangement of the units or modules creates patterns in modular origami.
• Origami Mathematics: Modular origami involves the assembly of multiple origami units into larger structures.
• Origami: Modular origami involves creating complex structures by assembling multiple folded units.
• Repetition: Modular origami relies on the repetition of folding the same unit or module multiple times.
• Folding Patterns: Modular origami involves creating complex structures by folding and assembling multiple units following specific patterns.
• Geometric Shapes: The units or modules in modular origami are often based on geometric shapes.
• Origami Crease Patterns: Modular origami involves assembling multiple origami units with crease patterns.
• Symmetry: Many modular origami designs exhibit symmetry in their patterns and structures.
• Modularity: Modular origami is based on the principle of modularity, where individual units are combined.
• Origami Modulars: Modular origami is a type of origami that involves assembling multiple units or modules.
• Fold Geometry: Modular origami, which involves folding multiple sheets of paper, is a type of fold geometry.
• Folding Techniques: Modular origami involves folding multiple units and assembling them into a larger, more complex structure.
• Sonobe Units: Sonobe units are a popular type of unit used in modular origami.
• Origami Design: Modular origami involves creating complex designs from multiple folded units.
• Origami Architecture: Modular origami principles can be applied to origami architecture and structural design.
• Kusudama: Kusudama are a type of modular origami involving the assembly of multiple units into a spherical form.
• Origami Engineering: Modular origami has applications in origami engineering and the design of deployable structures.
• Origami Sculpture: Modular origami involves creating complex sculptures by assembling multiple origami units.
• Tessellations: Modular origami can create tessellated or tiled patterns with the units or modules.
• 3D Structures: The units or modules in modular origami are assembled into 3D structures.
• Origami Sculptures: Modular origami can be used to create complex origami sculptures.
• Unit Folding: Modular origami involves folding individual units or modules.
• Origami Tessellations: Modular origami can create origami tessellations or tiled patterns.
• Folding Technique: Modular origami involves folding multiple units and assembling them into larger, more complex structures.
• Origami Mathematics: Modular origami involves mathematical principles related to geometry and symmetry.
• Origami Design: Modular origami requires careful design and planning of the units and their assembly.
• Polyhedra: Modular origami can be used to create polyhedra or geometric solids.
• Fold Angle: In modular origami, fold angles are critical for connecting multiple paper units.
• Origami Art: Modular origami can be used to create artistic origami sculptures and installations.
• Origami Tessellations: Modular origami, where individual folded units are combined, is a common technique used in origami tessellations.
• Folding Technique: Modular origami involves folding multiple identical units and assembling them into larger, more complex structures.