superellipse 3d models

Superellipse inspired cable holder for screws. Made for mounting under desks. ... Printed in ABS, but could also be made in PETG.

The vital file is superellipse.scad, featuring the 'superellipse()' module with customizable parameters for various shapes. Despite generating 2-manifold objects, CSG operations prove expensive. ...Download the .scad files, tweak parameters, view...

But, instead of starting right away with the SuperFormula, I thought I'd start with the SuperEllipse, which is very close, and a step along the way anyway. This thing is an implementation of the SuperEllipse formula in OpenScad. What good is a...

Two sets of files are available for 10cm x 10cm and 10cm x 15cm photo frames. ...If you need additional sizes, simply request them.

... for smooth morphing between them. The derivation is in my blog; however, high layer numbers raise generation time. Printing remains unproven. http://kitwallace.posterous.com/piet-hein-and-the-superegg; http://en.wikipedia.org/wiki/Superellipse

... to radius ratio). Utilize superegg.scad or similar files post-script execution. Learn more about Piet Hein and superellipses via Wikipedia: en.wikipedia.org/wiki/Piet_Hein_(scientist) and en.wikipedia.org/wiki/Superellipse, respectively.

A customizable script generates a circular bowl featuring a super-ellipse profile, with adjustable parameters including radius, height, wall thickness, and shape (ranging from round to Piet Hein's superellipse and squircle). No printing issues are...

A torus can be defined by its cross-sectional profile function, which in this case is the SuperEllipse formula (http://en.wikipedia.org/wiki/Superellipse). You could use other 2D formulas to create more unique tori. The key code involves creating a...

A Superellipse is a form between a square and a circle. This can be done in 3D too.</p><p>&nbsp;A normal dices motion, with flat sides, is stopped on each side. ...While a super elliptic form let the dice not only role over the edges but also along the...

... order 4. The bowl looks good and holds a lot of coins. There are no sharp corners, and the bowl is smooth and easy to clean from inside. About the shape: https://en.wikipedia.org/wiki/Superellipse Dimensions: 96 x 96 x 48 mm Wall thickness: 8mm

In this case, I've used the SuperEllipse formula: http://en.wikipedia.org/wiki/Superellipse You could just as easily substitute a 2D superformula and make even more wild Torii. The critical piece of code is right here: local seprofiler =...

It's a geometrically precise solid crafted by revolving a superellipse. Its sharp points exhibit zero curvature, allowing it to stand firmly upright on its ends. Conceived by the brilliant scientist and poet Piet Hein as a response to combining the...

These 2 are smaller versions of https://www.thingiverse.com/thing:4597929 (where there's a short explanation of what a superellipse is.) Because of their smaller size these 2 are more easily printed: #2 took a little over 14 hours and #3just under 20...

These 2 are smaller versions of https://www.thingiverse.com/thing:4597929 (where there's a short explanation of what a superellipse is.) Because of their smaller size these 2 are more easily printed: #2 took a little over 14 hours and #3just under 20...

The superellipse seat shape is a key feature of this model, and all objects and materials are carefully named to ensure ease of use. The realistic sizes and proportions were created using centimeters, making it easy to scale up or down as needed. ...If...

Superellipse seat shape is featured. All objects and materials have been properly named. Made according realistic sizes (centimeters) and proportions. The 3D model is fully quad-polygonal so you can add more subdivision iterations as needed. Model...

The eccentricity of the superellipses varies with the height, but the exponent is constant at 2.5, except at the very top, where it goes towards 2 for the circular fan but to infinity for the rectangular one. Incidentally, the value 2.5 is used in...

The eccentricity of the superellipses varies with the height, but the exponent is constant at 2.5, except at the very top, where it goes towards 2 for the circular fan but to infinity for the rectangular one. Incidentally, the value 2.5 is used in...

This is a hinged case design based on a rounded rectangular prism (superellipse or Squircle https://en.wikipedia.org/wiki/Squircle) that's been transformed into a crescent shape through inversion on a sphere...

So I returned to the superellipse motif and made a couple of clamping supports, and added indentations in the holder ring so they could lock into place. The fit on these is somewhat precise, so the standard .4 mm nozzle works best, and PETG gives it...

... with many limits? * Skipping calculations and tweaking tolerances * Overcoming jump values in power functions used to generate superellipse data * Getting enough data points for good approximation of perimeter length/tooth placement Have fun!