[VEX for Algorithmic Design] E25 _ Force Extended
Ғылым және технология
This is a new series I've started explaining the basics of VEX for algorithmic design / procedural modeling which I'm using on daily basis.
In this 25th episode, I'm going to show how you can implement variety of forces using VEX.
I've also started a Patreon, it would be great if I could get your support to continue creating tutorial contents.
00:00:00 Intro / What are Extended Forces?
00:01:04 Attractor Force Algorithm
00:06:55 Simple Attractor Force
00:30:33 Multiple Attracted Objects
00:38:09 Multiple Attractors
00:51:52 Attracted Objects with Heading
01:09:33 Angular Force Algorithm
01:16:53 Orbit with Angular Force
01:34:56 Angular Motion Algorithm
01:37:45 Self Rotation with Angular Motion
01:48:29 Pendulum Algorithm
01:55:28 Single Pendulum
02:20:02 Multiple Pendulums
02:37:40 Spring Force Algorithm
02:47:11 Simple Spring
03:15:51 Chained Spring (Rope)
03:49:58 Next Topic: Recursive Basics
[Project Data Downloads]
github.com/jhorikawa/VEXForAl...
[Patreon page]
/ junichirohorikawa
[Episodes]
Episode 1 - Attribute Basics: • [VEX for Algorithmic D...
Episode 2 - Group Basics: • [VEX for Algorithmic D...
Episode 3 - Parameter Basics: • [VEX for Algorithmic D...
Episode 4 - Variables and Operations: • [VEX for Algorithmic D...
Episode 5 - Array: • [VEX for Algorithmic D...
Episode 6 - Strings: • [VEX for Algorithmic D...
Episode 7 - Loop: • [VEX for Algorithmic D...
Episode 8 - Conditional: • [VEX for Algorithmic D...
Episode 9 - Function: • [VEX for Algorithmic D...
Episode 10 - Volume Basics: • [VEX for Algorithmic D...
Episode 11 - Dictionary Basics: • [VEX for Algorithmic D...
Episode 12 - Vector Basics: • [VEX for Algorithmic D...
Episode 13 - Trigonometry Basics: • [VEX for Algorithmic D...
Episode 14 - Quaternion Basics: • [VEX for Algorithmic D...
Episode 15 - Matrix Basics 1: • [VEX for Algorithmic D...
Episode 16 - Geometry Functions: • [VEX for Algorithmic D...
Episode 17 - Intrinsic Attribute: • [VEX for Algorithmic D...
Episode 18 - Randomness Basics: • [VEX for Algorithmic D...
Episode 19 - Noise Basics: • [VEX for Algorithmic D...
Episode 20 - Solver Basics: • [VEX for Algorithmic D...
Episode 21 - Half-Edge Basics: • [VEX for Algorithmic D...
Episode 22 - Remapping Basics: • [VEX for Algorithmic D...
Episode 23 - SDF Basics: • [VEX for Algorithmic D...
Episode 24 - Force Basics: • [VEX for Algorithmic D...
Episode 25 - Force Extended: • [VEX for Algorithmic D...
Episode 26 - Recursion Basics: • [VEX for Algorithmic D...
[Houdini Related Playlists]
VEX for Algorithmic Design: • VEX for Algorithmic De...
Houdini Tutorial: • Houdini Tutorials
Houdini Algorithmic Live: • Houdini Algorithmic Live
Houdini Snippets: • Houdini Snippets
Houdini Tips: • Playlist
[Portal Page]
Facebook Page: / parametricproceduralho...
[Books]
Algorithmic Design Workbook with Houdini: gum.co/GOZFw
Tiling Pattern with Houdini: gumroad.com/l/OVDgY
Algorithmic Design with Houdini: www.bnn.co.jp/books/9788/
Books on BOOTH: orangejellies.booth.pm/
[Contact]
Twitter: / jhorikawa_err
![[VEX for Algorithmic Design] E26 _ Recursion Basics](/img/d.gif)
Пікірлер: 9
You have no idea how happy I am for the series to go on. Thanks to you I got hooked on VEX from scratch and you are the best at giving this type of content. Hope you have in mind to continue with advanced VEX and maybe even a Python series for Houdini .... that would be great. I'll support you on Patreon.
Best VEX tutorial series!
This series is the best VEX series out there. It is my pleasure supporting you on Patreon. Arigato gozaimasu!!
Great as usual ! I'll support you on Patron. Thank you.
Wow. Very, very, very cool. Thank you so much. Your work best in understanding solver setups. I began to understand the use of the solver better.🔥🔥🔥🙌🏻🙂💪
Recursion coming next! yyyeeeeesssss!!!
Hello Junichiro , i love all your videos and i was thinking if you'd ever tackle something like this: SHAPING PARTICLE SIMULATIONS WITH INTERACTION FORCES IN HOUDINI , this is a paper written by Juraj Tomori or rather his houdini implementation of a dreamworks articles from 2014 of essentially creating a bunch of axis the modify the behaviour of clumps of particles , in a sense it's a none flip simulation water sim lol. Kind of like a faux surface tension. I think you'd be able to tackle this thing better than anyone.
Pure gold, thank you for this gift! I got a question: what's the best way to tweek the wrangler so that the mover will stop when it hits the attractor? i'm trying to implement this logic to atoms forming molecules and the idea is to make movers (atoms) move towards attractor (their final position within a molecule)
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