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It’s the first thing your eyes look for when you’re switching tabs.

Hipflask adds to the Houdini Made Easy series with a new Houdini Geometry Essentials class where you can learn about components and primitives.

Torrent Tracker help Torrent client like ( uTorrent, BitTorrent, Transmission,) to communicate with additional seeds and peers for increasing the Downloading speed of the torrent file Wondering how? The speed of torrent downloads depends on the number of seeds and peers and quality bandwidth it has. Let Me Explain in Detail about Torrent Trackers Torrent […]

Clear, comprehensive online courses and tutorials to help you master Houdini. Designed for beginners by an award-winning 3D artist.

how can i use transformation data x from a move component? I get a list of 10 locally defined values e.g. move 0,2,0 move 0,4,0 move 0,6,0 etc can i convert t…

Organize anything, together. Trello is a collaboration tool that organizes your projects into boards. In one glance, know what's being worked on, who's working on what, and where something is in a process.

Welcome to Varomix Trix, in this series I'll show you tricks that I've learned along the way in my career, some are really simple but I think all of them will be useful. In this lesson we'll learn how to make awesome looking shapes using a simple method, Modular Multiplication is really simple still produces beautiful patterns. Support us by buying our NEW training Poly Modeling - http://mixtrn.com/course/poly-modeling-the-lamp-project-1/ Understanding Fluid Solvers vol.1 - http://mixtrn.com/course/understanding-fluid-solvers-volume-1/ Support our work on Patreon, thank you https://www.patreon.com/mixtraining

You’ve probably heard of the three variations of the C programming language among C#, C++, and C. Before you learn all, you need to understand each.

A system of curve generation takes a sequence of control points and constraint codes for each control point, and outputs a curve in which each of the constraints is satisfied. The set of constraints is chosen from the tangent angle, curvature, first derivative of curvature, and second derivative of curvature. The interactive curve design uses as its primitive, a curve whose curvature is a polynomial function of arclength (whose intrinsic equation is a polynomial). At each control point, a choice of G2 curvature continuity (tangent angle and curvature) or G4 curvature continuity (tangent angle and curvature plus first and second derivatives of curvature are continuous) is input. The desired curve is expressed as the solution to the chosen set of constraints.