recursive centaur 3d models

Human: I used a customized version of thingiverse.com to create this object, with settings you can customize too: http://www.thingiverse.com/apps/customizer/run?thing_id=781532 Created Using Options Options Used: Iterations Set At: 2 Randomization...

This is recursive Openscad code to generate Gosper curves of any order desired.  By invoking gosper_f(order, x1, y1, x2, y2); it will create a Gosper curve of the desired order starting at (x1, y1) and ending at (x2, y2).  You can play...

http://www.thingiverse.com/apps/customizer/run?thing_id=288157 Instructions Using the following options: appendage = 10 build_plate_manual_y = 100 build_plate_manual_x = 100 build_plate_selector = 0 base_size = 100 recursion = 3 custom_shape =...

http://www.thingiverse.com/apps/customizer/run?thing_id=290803 Instructions Using the following options: custom_shape = [[[1,1.5],[1,0.5],[4.1,0]],[[0,1,2]]] build_plate_manual_y = 100 build_plate_manual_x = 100 base_size = 100 selected_shape = 3...

Nested Polyhedra Nested structures are ubiquitous in mathematics - recursive algorithms that unfold like Russian dolls. Consider a sequence of 15 nested dodecahedron shells, each with an exterior edge length ranging from 48mm to 6mm. You can choose...

As with the snowflake generator, a random seed can be set to produce a predictable maze. To make the OpenSCAD code simpler, recursive lists are used as data stores, which are a common (but frequently hidden) construct in functional languages. ...As...

Fractals' properties allow for patterns that are symmetrical as well as repeating themselves continuously in self-similarity manner within their composition forming intricate visuals which never end or begin elsewhere except as a part of larger...

Generate a complex maze using the recursive backtracking algorithm, focusing on creating an optimized endpoint where the longest path converges from a corner point. The default dimensions assume an 11mm sphere. The walls are deliberately flared to...

A parametric OpenSCAD script that generates snowflakes of many\* shapes and sizes following a simple recursive algorithm. Optionally you can add some LEDs, I used 3mm flickering ones for great effect. I highly recommend using the Customizer in...

http://www.thingiverse.com/apps/customizer/run?thing_id=288157 Instructions Using the following options: appendage = 13 build_plate_manual_y = 100 build_plate_manual_x = 100 custom_shape = [[[1,0.732],[2,-0.134],[1,-1],[5.4,0]],[[0,1,2,3]]]...

... The scad-file uses recursion to do its thing. The design is extremely basic with overlapping hollow cylinders. Top of the scad has 3 parameters. ...that should be self explanatory cableDiameters=[10,15,10]; wallThickness=2; length=10;

Nested Dodecahedra Mathematics is full of nested structures and recursive functions everywhere. A sequence of 15 dodecahedron shells showcases this phenomenon - their exterior edge lengths range from 48mm to a mere 6mm. You can choose any number in...

This technique involves numerous, interchangeable components that can be assembled recursively. It's a practical exercise to contemplate upon. 𐛡 The process is surprisingly swift, especially when the size of parts allows for double-walled...

It applies OOP principles to mechanical designs and allows users to create objects using recursion while benefitting from hundreds of geometry libraries. With no external dependencies, it can be used on any computer with a standard C++ compiler and...

The README provides instructions on using it, and notably, the extCAD parser now supports OpenSCAD modules - even recursive ones! To use ImplicitCAD, follow the installation steps in the README (make sure to install the development branch), then run...

It's based on a parametric equation for a heart and features a pattern of holes generated by a recursive function in Python. The designer initially tried OpenSCAD but switched to ImplicitCAD due to its simpler method for rounded edges. The design can...

To print this object, set build_plate_selector to 0, manual build plate positions at X = 100 and Y = 100, use a custom shape defined by [[[2,-1], [3,1], [5,1], [6,0], [9,0]]][[[0,1,2,3,4]]] with a precision of 0.001, recursion level of 3, and select...

... dimensions to x = 100 and y = 100. An appendage of 40 was added, recursion was set to 4, and a custom shape defined by [[[1,-1.1],[2,0],[4,0]],[[0,1,2]]] was incorporated into the design. ...The build plate selector was kept at default value of 0.

The following options were used for customization: base size of 98, a custom shape defined by [[[2,0.75],[2,-0.75],[5,-0.75],[5,0],[9,0]],[[0,1,2,3,4]]], build plate manual coordinates of 100 in both X and Y axes, selected shape number 1, no...

... However, it also regenerates when saving, so you cannot select a shape and save that exact same shape. Also, be aware that for certain settings of the parameters, the script fails due to excessive recursion. ... Definitely still a work in progress.

To print this custom design, follow these instructions and set the options as follows: - custom_shape: [[[1,0],[3,1],[3,-1],[6,0],[10,0]]],[[0,1,2,3,4]]] - build_plate_manual_y: 100 - build_plate_manual_x: 100 - base_size: 100 - selected_shape: 3 -...

The customization process included setting the appendage to 10, adjusting build_plate_manual_y and build_plate_manual_x to 100 each, utilizing a custom shape with specific coordinates, selecting build_plate_selector as 0, enabling recursion up to...

The base size is set at 100 with recursion level at 3 and precision of 0.0001. The build plate's manual coordinates are X = 100 and Y = 100. A custom shape, defined by [[[1,2],[1,3],[3,3],[3,0],[9.01,0]] ,[[0,1,2,3,4]]], has been added. ...Additionally,...

Recursive angler fish: frangler. It's anglers all the way down!! and.... maybe all the way up too?? If you 3D print based on any of these files, I would love to see it! Please tag me if you post on social media, or email me a pic if you're not...

When I learned that Penrose tilings can be constructed top down recursively, never running into dead ends. Bottom up random tiling extensions (as you'd be able to do manually) can run into dead ends. And deviously a bad move may reveal itself as...

What's truly remarkable is how this tool can execute recursion with ease, making complex shapes accessible to users. To explore this project further, visit the community page at...

The specifications for this particular object include a custom shape defined by [[[1,1.5],[1,0.5],[4.1,0]]] and [[0,1,2]], a build plate set manually at x = 100 and y = 100, a base size of 100, the selection of shape number 3, a build plate selector...

This puzzle is one of many recursive type puzzles that challenge solvers to replicate the shape of individual pieces on a larger scale. ...The goal here is to combine four puzzle pieces shaped like the Sphinx in such a way as to create a larger outline...

A mesmerizing Menger sponge 3D fractal comes to life, crafted with precision using an innovative recursive OpenSCAD script that weaves its intricate pattern. The image before us is a stunning rendering, born from the digital canvas of Blender...

To print this design, use the following settings: custom_shape = [[[0,-0.01], [3,-0.01], [3,1], [2,1], [3,2.25], [6,2.25], [7,1], [6,1], [6,-0.01], [9,-0.01]],[[0,1,2,3,4,5,6,7,8,9]]]; build_plate_manual_y = 100; build_plate_manual_x = 100;...