GPU-Accelerated Rigid Body Physics Simulation via WebGPU Compute
Solving impulse-based collision responses and rotational momentum equations for thousands of active rigid bodies in parallel WGSL compute workgroups.
Read Article →Technical insights, CAD workflows, engineering guides, and digital architecture notes.
Solving impulse-based collision responses and rotational momentum equations for thousands of active rigid bodies in parallel WGSL compute workgroups.
Read Article →Implementing energy-conserving dual-kawase downsampling and bright-pass threshold filters for cinematic lighting effects in 3D web applications.
Read Article →Extracting thermal transmittance (U-values), material layer properties, and window-to-wall ratios automatically from IFC building models.
Read Article →Simulating structural strain limits, dynamic edge removal, and runtime index buffer modification using parallel WGSL compute passes.
Read Article →Simulating heterogenous fog density fields, Beer-Lambert light extinction, and 3D noise ray marching for immersive architectural environments.
Read Article →Extracting room enclosure surface areas, material sound absorption coefficients, and airborne noise isolation metrics directly from IFC spatial entities.
Read Article →Evaluating Phillips and Tessendorf wave spectra using parallel 2D Fast Fourier Transform (FFT) passes in WGSL compute workgroups.
Read Article →Simulating chromatic light distortion across glass media and crepuscular light rays in dusty atmospheric interior CAD viewports.
Read Article →Evaluating egress walking distances, exit capacity bottlenecks, and fire resistance rating property sets directly inside browser-based BIM tools.
Read Article →Simulating physically accurate area light penumbras and soft contact shadows using ray intersection queries and Monte Carlo sampling in WGSL.
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