Thingiverse
Revolve2 OpenSCAD library module
von DarioPellegrini
93
Downloads
54
Likes
0
Makes
# Revolve2:
## **Better stability, clarity and added functionalities.**
If you liked Revolve, you will love Revolve2!
# Introduction
This OpenSCAD module allows for rotational extrusion of generic user-defined profiles,
introducing a pitch in the longitudinal direction, the most common application being
the creation of screws.
The solid is built as a single polyhedron by transforming the 2D points found in the
profile vector. No boolean operation is necessary, aiming at obtaining the ultimate
performance by producing the simplest possible object for the desired level of detail.
# Arguments
```
revolve(profile = [[]], length, nthreads=1, scale=1,
preserve_thread_depth=false, preserve_thread_shape=false,
$fn=$fn, force_alternate_construction=false)
```
* `profile` vector of 2D points defined as: [[z_1, f(z_1)], [z_2, f(z_2)] ... [z_n,f(z_n)]].
f(z) is defined over a closed interval (including the extremes) representing one period of the thread;
## **Better stability, clarity and added functionalities.**
If you liked Revolve, you will love Revolve2!
# Introduction
This OpenSCAD module allows for rotational extrusion of generic user-defined profiles,
introducing a pitch in the longitudinal direction, the most common application being
the creation of screws.
The solid is built as a single polyhedron by transforming the 2D points found in the
profile vector. No boolean operation is necessary, aiming at obtaining the ultimate
performance by producing the simplest possible object for the desired level of detail.
# Arguments
```
revolve(profile = [[]], length, nthreads=1, scale=1,
preserve_thread_depth=false, preserve_thread_shape=false,
$fn=$fn, force_alternate_construction=false)
```
* `profile` vector of 2D points defined as: [[z_1, f(z_1)], [z_2, f(z_2)] ... [z_n,f(z_n)]].
f(z) is defined over a closed interval (including the extremes) representing one period of the thread;
Hast du dieses Modell gedruckt? Einloggen und dein Make teilen!
Melde dich an, um einen Kommentar zu hinterlassen
AnmeldenNoch keine Kommentare – sei der Erste!
