Parametric Lamp Design with Sverchok - Blender Procedural Tutorial скачать в хорошем качестве

Parametric Lamp Design with Sverchok - Blender Procedural Tutorial

Get started with Geometry Nodes: https://www.canopy.games/p/bcs-geomet... In this video we model a BenQ ScreenBar Plus using Sverchok for Blender 2.91. Final node tree: https://imgur.com/sTLTFtk Parametric Profile scripts: https://imgur.com/iZc6Pja (Scripts are also at the bottom of the description) Grab the file on Patreon:   / 45118172   Thanks to BenQ for sending me the monitor light! Get your own here: https://www.amazon.com/dp/B07DP7RYXV https://www.benq.com/en-us/lamps/comp...   / usbenq   If you have any questions regarding proceduralism with Blender, Discord is the best place to ask them! It's also where we livestream, host community members streaming about proceduralism, and do weekly challenges! Hop on the Discord server:   / discord   Sverchok Addon: https://github.com/nortikin/sverchok FXNodes on Gumroad [affiliate]: https://gumroad.com/a/876082291 Contents: 00:00 - Introduction 00:06 - BenQ ScreenBar Plus 01:14 - Tutorial Starts 02:12 - Main Lamp Body 07:56 - End Caps 15:23 - Adding Lights 23:50 - Lamp Clip 29:30 - Profile Parametric Mk3 mini tutorial 31:35 - Making the Bracket 46:47 - Control Parameters in the 3D Viewport 48:07 - Using Parametric Design to Test Design 49:05 - Outro Twitter:   / erindale_xyz   Instagram:   / e.r.i.n.d.a.l.e   Patreon:   / erindale   Gumroad: https://gumroad.com/erindale Music attribution: Harris Heller Tracks from Ocularium PROFILE PARAMETRIC MK3 SCRIPTS: BracketTop ------------------------------ default topLength = 0.05; default bracketThickness = 0.01 let brac = {bracketThickness*0.5} M startX,startZ l -radius,{-radius*0.5} -topLength,0 a brac,brac 0 0 1 0,-bracketThickness l {topLength-0.002},0 0,-0.01 0.002,0 0,0.01 L endX,endZ x ------------------------------ BracketFoot ------------------------------ default topLength = 0.05; default bracketThickness = 0.01; default footLength = 0.04; default footRadius = 0.02; let brac = {bracketThickness*0.5} let footX = {startX-radius-topLength} let footZ = {startZ-(radius*0.5)} M footX,footZ a brac,brac 0 0 1 0,-bracketThickness l -footLength,0 a footRadius,footRadius 0 1 0 0,bracketThickness x