CAD software is precise, but BlobCG is expressive. Automotive designers are using VR headsets to "grow" concept cars from blobs. By moving their hands through space, they attract or repel the blob's surface, generating aerodynamic forms that no spline tool could predict.
Students can walk through an electron cloud. BlobCG allows for the visualization of probability densities as volumetric blobs. When a student reaches out, their hand acts as a charged particle, repelling the cloud and showing how wave functions collapse—all in real-time volume rendering.
In a VR context, this allows for the manipulation of non-Newtonian physics in real-time. You aren't grabbing a rock; you are displacing volume.
CAD software is precise, but BlobCG is expressive. Automotive designers are using VR headsets to "grow" concept cars from blobs. By moving their hands through space, they attract or repel the blob's surface, generating aerodynamic forms that no spline tool could predict.
Students can walk through an electron cloud. BlobCG allows for the visualization of probability densities as volumetric blobs. When a student reaches out, their hand acts as a charged particle, repelling the cloud and showing how wave functions collapse—all in real-time volume rendering. vr blobcg
In a VR context, this allows for the manipulation of non-Newtonian physics in real-time. You aren't grabbing a rock; you are displacing volume. CAD software is precise, but BlobCG is expressive