For full functionality of this site it is necessary to enable JavaScript. Here are the instructions how to enable JavaScript in your web browser.
Mandelbulb fractal visualization and variances. Little Math and VEX exercise. Kudos to Junichiro Horikawa and his channel, check it out and VEX-it yourself. .hip-file: 026_MultiFractal_MultiFractalSetup_Export_001__NS.zip Setup: Here some testing to solve the equation just in camera space, to scale the pointcounts. Phase shifting: For a phase shift, just add a “phaseShift” variable for the
The legendary Porsche 917 – one of my favourite cars. First 24h Le Mans winning Porsche in 1970. Responsable for all tasks. Modeling/Shading and Rigging in Softimage. UVs in UVLayout, Textures in SubstancePainter. Renderscene/Grassscatter/Platform in Houdini. Rendering with Redshift. Small CC and Comp in Fusion. Exhaust-Fire test with the Pyro-Solver: Some renders from shots that
I developed these scripts to make my “3D/Houdini” life a bit easier and cleaner. Was a lot of fun to create and i learned a lot! All done in Python/PyQT. Maybe a bit boring. If not, please watch in Fullscreen and Fullres. Updates: http://www.enoni.de/wp/?p=1619 00:08 ns_Version: Files/Pyton Scripts Location 00:45 ns_Version: ns_FolderMaker 01:17 ns_Version: Create
Testing and messing around with some volumes, vectorfields and DOPs. Done in Houdini with Redshift. Overview. Main Setup: Using an animated curve. I used velocity from particles to fill the volumes. I created a main “Vortex Particle” sim and a wide area sim and mix them together before sourcing. I also split up the ground
Some testing with photogrammetry, particle, lines and volumes. Done with Houdini, Redshift and Fusion. Overview. This is a older Setup. You dont have to instancing particles in Redshift anymore. For a couple of month they implemented their own particle primitive. Photogrammetry done with Agisoft, Canon6D, 2xRemote Flashes + Softbox and a Bluescreen. Displacement-map generation and remeshing
This visual test has two “main” procedual effects, the sin-deformer and the growing pattern. Done with Houdini, Redshift and Fusion. Scene: Deforming & Growing Setup Overview: The deforming VOP-SOP: The growing Part: volume & top-layer The point-wrangle SOP, polylines are rendered as strands in Redshift (Strip) 9 million points defining the polyline positions. Placed with
This setup creates a procedual dynamic system for a given tree-mesh with Houdini and Speedtree. The cool thing about SpeedTree, besides the generator itself, is that you can export any kind of step from the l-system with the relevant curves inclusive. Starting point: Setting some attributes/ids/groups also the wire-constrains, cache it and throw it into
The goal was to achieve a simple cloud setup with Houdini & Redshift, just with fractals and without simulations. To avoid one single huge VDB grid, i decided to pre-cache volume instances and scatter them back on geo. Down belowe i summarise some steps for my simple fluffy cloud setup. 1.Started with one single piece
RigidBody Sim. with 2700 Instances a 100k Polygons. SSS, DOF, MB – Redshift dont care. Highres Skull Collision Mesh (Quick&Dirty) Sim. Result Points for Instances (2700 Points)
@ Niclas Schlapmann 2018
