Libraries for Beziers and paths for openscad 3d models

... density. Furthermore, paths.scad houses various modules for enabling objects to traverse specified pathways. However, it's crucial to note that STLs for these objects are yet to be generated and the rendering process may take considerable time.

They introduced the 'BezWall' function, which accepts between 1-8 bezier control points and static values for width and height to define the wall shape. Alternatively, the function can use arrays of 'widthCtls' and 'heightCtls' to interpolate along...

I don't need BezPolygonCoordinates anymore, but I will leave it there because it may become useful at some point. [2018-02-25] Uploaded v2, with fixed module names and improved comments [2019-07-20] Added bezier_stroke Instructions Download...

The only modifications I made to the original library were adding the module bezier_polygon to create a single polygon from a list of points and fixing a few deprecated usages. [2017-03-13] I updated the BezPolygon module. I added a boolean...

This is a 40mm test cube featuring a 15mm circle and square inside, designed to assess tool path strategies in slicer software and actual print performance. Observe and listen as the print head moves, stopping at 30-50% print status to inspect print...

Splitter with "only" 5 paths for MMU2S. Used with 5 PC4-M10 and PTFE OD4mm ID3mm 2 versions available, Both versions are OK. ... If your filament tips are not perfect, please use the version V2.

Splitter with "only" 5 paths for MMU2S. Used with 5 PC4-M10 and PTFE OD4mm ID3mm 2 versions available, Both versions are OK. If your filament tips are not perfect, please use the version V2. Print instructionsNo support is needed. DON'T USE THIN...

This suite of is designed to simplify building a filament library, either for colour reference, or for scanning using the ColorReader photospectrometer, which will tell you the precise RGB, CMYK or Hex colour values of the scanned colour, which is...

The vector library is part of the tools I am developing for making it easier the use of Openscad. These tools are called obiscad. ...They are located in this repo: https://github.com/Obijuan/obiscad/ More information (in spanish) in this page: ...

Openscad library for easily attaching parts. This is an experimental work on enhancing the openscad tool. Usually the code written by users is difficult to read and understand. If we want to share the code and to reuse parts made by others, it is...

... to parts is similar but one connector points to inside bisector. Three examples provided with STLs. Code for beveled edges: 'difference(){My_part();bevel(a1, a2, cr = 8, l=10); //First beveled edge; bevel(b1, b2, ...); //Second beveled edge; ...}'

This library stands out for its precision, flexibility, and ease of use. It takes a 2D polygon, extrudes it much like linear_extrude and rotate_extrude do. 2018-02-24: A default value for the number of segments (precision) has been added when $fn is...

... module. Repeat for the second part, then attach it to the first one by invoking the attach operator with the connectors as arguments and your desired part as 'your_part()'. This allows for clearer code and easier sharing of parts in OpenSCAD.

I have given some examples in this post: http://www.iearobotics.com/blog/2012/09/13/enhancing-openscad-ii-bevel-library/ The bevel library is part of the obiscad tools I am developing: https://github.com/Obijuan/obiscad More information in this wiki...

Key features include: - Enhanced thread profiles (2 and 3) enhance the functionality of screws/nuts when printed at 0.10 mm - Incorporates Higbee cut (first/last screw and nut thread tapers for easier thread initiation) - Commented code highlights...

This vector library aids in designing robots and viewing their kinematics within Openscad. It also assists in part design through auxiliary vectors and frames of reference display. The "orientate()" operator helps in directing child objects along...

This is a powerful triangulation library for OpenSCAD. It will expertly triangulate either a 2D or a 3D polygon (without holes). The 3D polygon should be at least approximately all on one plane, but minor deviations are acceptable. Call: ``` use...

This is an extensive database designed to produce a dynamic hexagonal lattice system where the pattern originates from the central axis and expands outward consistently. ...Sample documentation serves as an exemplary representation of this...

This open-source library simplifies thread creation for screws and nuts in your custom designs. This user-friendly library provides simple functions with preset parameters by default, ensuring efficient CPU consumption during previsualization and...

The only hardware needed is PC4-M6 bowden couplers (2 per buffer unit) and 8mm all-thread/nuts for mounting hardware.Feel free to remix or create additional face designs!I printed mine with a .4 nozzle; 2 perimeters/top/bottom Shells; 18% infill;...

The only hardware needed is PC4-M6 bowden couplers (2 per buffer unit) and 8mm all-thread/nuts for mounting hardware.Feel free to remix or create additional face designs!I printed mine with a .4 nozzle; 2 perimeters/top/bottom Shells; 18% infill;...

Perfect resource for innovative architects envisioning majestic buildings and roads that inspire awe. ...Sample models available within this collection cater specifically to exterior design requirements, empowering creatives with precision tools for...

Library for the creation of gears This library provides a simple way to create gears in OpenSCAD. To use it, simply include lib-gear-dh.scad and then call the gear function with the following parameters: gear(teeth, thick, scale); Here's what each...

To use this library, you can opt for three methods: A) Open the .scad file and paste its content into your script; B) Include the file in your script using 'include' or 'use', ensuring it's located in the same folder as your script; C) Save the file...

... into your project, place numbers.scad in the same directory as your .scad file and import it using "use ;". Verify that your printer's output ruler measures precisely 100x15x1mm for optimal accuracy; although it may not be ideal for Z calibration.

The interface comprises of functions such as chamfer (for rounding edges along z-axis), cylinder_chamfer (for circular rounding), rnd_wedge (for wedges with one rounded angle), and circular_rnd_wedge (for circular wedges with one rounded angle). ...For...

... useful? Let me know. Printables insists that I upload a picture with this, but I don't think a picture of a library is very interesting, so what you can see is a quick and dirty photo of a quick and dirty print of a spoiler for a future upload…

To use, begin with: include The syntax for the main library call is as follows: renderString(string, font=font_8x8, halign="left", valign="bottom", invert=false, spacing=1, size=10, pixelScale=1.01, height=0) string: text to be rendered; only...

To use this library in your OpenSCAD project, call the curvedPipe module with required parameters: points (3D array), segments (number of curve segments), radii (array of corner radii), od (outer diameter), and id (internal diameter). ...Check examples...

To utilize the library, start by importing it: include The primary function for rendering pixelly fonts is renderString(), which accepts various parameters to customize its output. The default settings are indicated in parentheses:...