![]() Origami Modular Pyramid Step 12: Continue to attach the 3rd and 4th unit by simply inserting the tips into pockets.Īnd finally. Origami Modular Pyramid Step 11: The assembly of this modular pyramid is very simple. You will need to fold 4 of this to assemble the modular pyramid. Origami Modular Pyramid Step 10: Make 2 folds along the dotted lines shown below. The Sonobe collection is a series of modular origami lighting designs, made using squares of Italian parchment which are folded and glued together by hand. Origami Modular Pyramid Step 9: Fold AB over to meet AC. Origami Modular Pyramid Step 8: Fold on the dotted line shown below. It's a great type of origami to practice, because in general the modules are pretty simple and the result is impressive. Origami Modular Pyramid Step 7: Fold AB over (top layer only!) to meet AC. Modular Origami: Sonobe Polyhedra: Modular origami uses many identical modules joined without tape or glue to make a larger shape. Origami Modular Pyramid Step 6: Fold the paper on a diagonal on the dotted line shown below. Origami Modular Pyramid Step 5: Fold both the right and left sides to meet the center crease. Origami Modular Pyramid Step 4: Now fold the paper in half, bring the bottom edge to meet the top edge. ![]() Origami Modular Pyramid Step 3: Fold the bottom section in half on the dotted line shown below. Renaming the same model Kaaba makes it a figurative model with religious connotations. Origami Modular Pyramid Step 2: Fold the bottom half to meet the center crease. A modular origami cube folded from black paper and called Cube is just a simple abstract design. Fold on both the vertical and horizontal axis, crease well and unfold. Modular Origami Coaster Tutorial - Sonobe Units - Learn how to make some cool origami coasters with modified sonobe units You only need 4 units for this. Origami Modular Pyramid Step 1: Start with a 6 inch x 6 inch (15cm x 15cm) square origami paper color side down. Download this stock image: Modular origami, sonobe ball, on blue background - KR6JYA from Alamys library of millions of high resolution stock photos. This one is a dodecahedron-shaped (30 units), but a 90-unit truncated icosahedron should also be possible.Made this origami? Comment and Submit your photo using the comment box at the end of this page! I only learnt this after I started making these structures, so not all of them have this optimal colouring! The same 3-colour rule is true for the other Platonic solids, and also for the truncated icosahedron.įrancesco Mancini’s star-holes kusudama uses a similar module to the PHiZZ, but with a little back-bend that gives a nice 3D star effect. It’s fairly easy to work out which edge in the 2D diagram correspond to which edge in the thing you’re building.If you colour alternate edges of the Hamiltonian circuit in two of your chosen colours, and the rest of the edges in the third, then you’ll avoid having any colour-clashes. The diagram is a projection of a dodecahedron: imagine taking a wireframe of the dodecahedron and shining a torch through it: the Schlegel diagram is the 2D shadow this 3D polyhedron casts on the wall. ![]() You’ll notice that every vertex has one of each of the three coloured edges. Entry-level modular origami: the 12-unit Sonobe ball. The red and purple edges form the Hamiltonian circuit the grey edges are what is left over. I went home with a simple 12-unit Sonobe ball that afternoon and was very pleased with myself. Ill also be happy to answer any questions about modular origami. Hamiltonian circuit through the Schlegel diagram of a dodecahedron. This class serves as an introduction to Sonobe unit modular models - no prior modular.
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