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. 00:08 ns_Version: Files/Pyton Scripts Location 00:45 ns_Version: ns_FolderMaker 01:17 ns_Version: Create Project 02:17
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)
Did some similar in Softimage ICE – years ago (ns_ThreadFromCurve). Here my Houdini version. Rendered in Redshift.
Tryin some stuff with the nice volumtrail-SOP and some curl-noises with SDF bounces. Rendered in Redshift.