Seed Kusudama | Piquant Origami Tutorial [Modular Origami] скачать в хорошем качестве

Seed Kusudama | Piquant Origami Tutorial [Modular Origami]

Seed is a complex organic-looking kusudama that I found very fun to assemble. There is the option of using tape to hold down some flaps of the modules, but it is not required. This kusudama is comparatively smaller than many others. Folding Difficulty: 🌕🌕🌕🌑🌑 Folding has one inverse fold that can be hard to master Assembly Difficulty: 🌕🌕🌕🌑🌑 Assembly can be difficult if you don't know the strategy, but it is easy to do once you get the hang of it. Optional Tools: Tape/Glue Paper Size: Square, 7.5cm x 7.5cm Units: 30, Icosahedron (3 to a face, 5 to a vertex) Model Height: ~6.1 cm Model Strength: 🌕🌕🌕🌗🌑 Could come apart, but very easy to repair Tips: During assembly, focus on getting the two slits of the H shape done separately; it will make it easier. First, get the slit closest to the center of a triangle group of 3. For the outside slit, you can wiggle around the modules and completely disfigure some parts of the module to get the connection in as long as you can undo the disfigurement. You can notice me using this technique at 7:27, 7:50, and 8:45. You can use optional tape to hold down flaps, but it is not required. I thought it looked better when they were stuck to the module and not flapping around, so I used tape for my module. I recommend using tape rollers (I didn't use them for this video since they were still shipping to my house). Tape rollers work similar to white-out, but instead of a white strip, there are little plastic dots that are adhesive on both sides. They are transparent and thin, so they are ideal for any assemblies that require glue or if you accidentally damage something. Chapters: 0:00 Intro 0:08 Part 1 - Modules 6:39 Tape (Optional) 7:12 Part 2 - Assembly 9:14 Final Product Kusudama is a form of modular origami. The word originates from Japanese, meaning "medicine ball". The first stage in making kusudama is to fold 4, 6, 12, or, usually, 30 identical modules. Then, you assemble them into one large platonic solid, usually a dodecahedron or icosahedron, by connecting modules together. The result is a sturdy kaleidoscopic sphere that contains beautiful geometrical patterns. Please let me know what you think in the comments, and remember to like and subscribe! Thanks for watching! Music Credits: Song 1: Lights by Sappheiros   / sappheirosmusic   Creative Commons — Attribution 3.0 Unported — CC BY 3.0 Free Download / Stream: https://bit.ly/LightsSappheiros Music promoted by Audio Library    • Lights – Sappheiros (No Copyright Music)   Song 2: Dive by Seborgium    • Dive   Seborgium:    / seborgium26   Song 3: Space Exploration by Seborgium    • Space Exploration | Seborgium   Seborgium:    / seborgium26