ambiguous illusions 3d models

Ambiguous Object Heegyung Kim October 12, 2021 George Mason University MATH 401: Mathematics Through 3D Printing This object represents an ambiguous object, a mathematical optical illusion discovered by Kokichi Sugihara. He is a professor at Meiji...

The 4x model is a group of four of these shapes merged together to produce the illusion of either four connected cubes or four overlapping cylinders. The models ending in correct have been reworked to use a more mathematically correct construction...

Summary Originally crafted on Orchard: https://3DOrchard.com/#!/single/581042cda58e20ad0826e5eb/581042d2a58e20ad0826e5f1 A unique cylinder was designed, then a handle was attached to transform it into a compact espresso cup (the 'ambiguous' viewing...

A 3D illusion I designed after watching MakeAnything's video. ...I am a professional magician and this is why I choose these shapes :)

The cup was designed to be ambiguous, with a cylindrical shape that can be viewed from multiple angles. To turn it into a small espresso cup, a handle was added for ease of use. However, we strongly advise against using this cup to drink from unless...

A unique cylinder was crafted, and a handle was attached to transform it into a compact espresso cup (the 'ambiguous' viewing angle is designed specifically for the drinker). However, we strongly advise against consuming liquids from this cup unless...

The 'ambiguous' viewing angle is particularly suited for the drinker's perspective. We caution against actually using this cup for drinking unless made from food-safe filament like PETG; ideally, it should be ceramic instead. ...This design can be...

I'm trying to crack the code of those ambiguous shapes from that YouTube video. The link is right here: https://www.youtube.com/watch?v=oWfFco7K9v8. I've got a close approximation, but it's not quite there yet. Feel free to remix and improve on my...

I created this model a couple years back using Autodesk Inventor - it's a pretty cool ambiguous cylinder. From one perspective, it looks like a standard cylinder, but when you spin it 180 degrees horizontally, it transforms into a rectangular prism.

... Sugihara . I am remodeling it for Tomica Town. [Japanese] This work was based on Sugihara Kokichi's Optical Illusion "The Garage Roof Changes". I modified it to use in Tomica Town. ...You can add sidewalks to Tomica Town and arrange them together.

Math 401-001 Assignment 4: Optical illusions Sang Hyun Yun This ambiguous cylinder object was developed for George Mason University's Math 401: Mathematics through 3D Printing class, taught by Dr. Evelyn Sander. This object belongs to the...

This is 3D Printed Stairs Optical Illusion See Video in here: https://youtu.be/-KAimTR8STU

I designed this mug from scratch based on the popular illusion called the ambiguous cylinder. If you use ABS and give it an acetone bath, you can actually use this mug. ... The cross-section of the handle is the same shape as the mug body itself.

This is an Ambiguous Design for 3d printing

Ambiguous Cylinder: Feline Form / Heartbeat Pantea Ferdosian George Mason University – MATH 401 Math Through 3D Printing October 6, 2019 For this assignment, we explored the workings of the ambiguous cylinder. We discovered that mirror symmetry is...

that optical illusion can be a real thing

Viewing the object from a further distance will improve the effect of the illusion since the slight difference in angle becomes inconsequential to the viewer. A "view from infinity" refers to this, in which a slight difference in location on the...

#A Paradox Illusions design phone stand! ... It's designed in a Paradox Illusions "Penrose triangle". Size:90mm x 50mm x 50mm #Can not use those corner is round. ... #Printing do not require support.

#Paradox Illusions Design ! "Penrose triangle" Printing do not require support. (Case by case) #Update! Mar 12, 2015 New： Paradox_Design_01_2.stlI to adjust the accuracy of overlap of the corner . Perspective approaches a little . Penrose...

Crafted with precision, this phone stand is engineered in the unique Paradox Illusions "Penrose triangle" design. Measuring a compact 3.5 inches by 2 inches by 2 inches, it takes up minimal space on any surface. The clever geometry of the design...

Paradox Illusions Incarnation "Penrose Pyramid" Printing doesn't require supports. (Exceptions apply) Update! Mar 12, 2015 New: Paradox_Design_01_2.stlTo tweak the accuracy of corner overlaps . Perspective slightly improved . Penrose Pyramid - 3D...

Take your drinking games to the next level with the Ambiguous Shot Glass. I challenge you not to spill any! Works best with clear liquids like Vodka or Gin (Maybe even water). Make sure you’re printing with food/alcohol safe material. ...You don’t...

Key changes include: * Elimination of parts that are hidden from view when observing the correct angle for the illusion, resulting in a quicker print time, reduced material usage, and an even more puzzling shape that conceals its triangular form...

The changes are: * Parts that are hidden anyway when viewing from the correct angle for the illusion, have been removed. This means a quicker print, less material, and a more puzzling shape (it isn't obvious how this could represent a triangle when...

The 6x model is six shapes merged together, creating the illusion of either eight connected cubes or two full cylinders and six half-cylinders. Print Settings Printer Brand: LulzBot Printer: TAZ 5 Rafts: No Supports: Yes Resolution: 0.2 Notes:...

Cardboard Illusions word illusion for school project

Cardboard Illusions word illusion for school project

(My first is still loading XD) The Ambiguous Cylinder is an optical illusion that's generated from a super ellipse - a perfect cross between a circle and a square. In cylindrical form, this gives a stunning optical illusion in the mirror! Hope you...

... that ensure a nearly perfect shape. Check out my other mind-bending illusions at https://www.thingiverse.com/Matsemann/collections/matsemanns-ambiguous-cylinders Get the code and technical details at https://github.com/Matsemann/impossible-objects