The Boys (Season 3 & 4)
High-energy procedural destruction, volumetric plasma dispersion, and complex organic gore simulations engineered for hyper-realistic cinematic sequences.
Visual Effects Supervision, Look Development, and photorealistic volumetric simulations. Directing high-throughput pipelines from initial lookdev exploration through USD stage assembly and final ACEScg composite finishing.
High-energy procedural destruction, volumetric plasma dispersion, and complex organic gore simulations engineered for hyper-realistic cinematic sequences.
Photorealistic elemental bending phenomena: multi-phase fluid simulations, swirling fire vortices, and procedural earth shattering.
Surreal ethereal dreamscapes, metaphysical disintegration effects, and macro-crystalline light refractions rendered in ACEScg.
High-density ocean hydrodynamic interactions, massive pressure waves, and atmospheric underwater turbulence.
Sci-fi alien plasma weaponry, hard-surface kinetic impacts, and procedural energy shield deflection networks.
Rigorous on-set data capture: calibrated HDRI chrome ball acquisition, terrestrial LiDAR mesh scanning, lens grid undistortion charts, and camera metadata tracking.
Custom Houdini Digital Assets (HDAs) with embedded OpenVDB level sets, adaptive FLIP domain partitioning, and VEX math routines built for farm parallelization.
Pure ACEScg spectral lookdev in Solaris USD, deep compositing AOVs, cryptomattes, and photometrically calibrated exposure ramps for seamless live-action integration.