A S C I / A S A P screenshot gallery

sample work compilation: santiago v lombeyda 1998-2005

associations asci/asap cacr caltech data visualization corridors work gallery amroc cluster paraview visual programming environments links paraview open inventor vis-it the cacr atelier amroc	************ NOW: Featuring AMR PARAVIEW Visualizations! ************ [ see VTF gallery ]	featured work: VTF pasadena, ca, 2000-2007 this gallery is a small sample collection of images resulting from different parts of the ASC project at caltech. for a more uniform view of current work, please referr to the vtf-wiki online documentation manual and tutorials (coming soon). current focus of the visualization effort includes: enabling scalable visulization of AMR data sets on researchers workstations (data dumped by amroc, visualizaed using paraview) research into algorithms for large data visualization (such as point based realtime exploration of large unstructured meshes) investigation of visual frameworks (visual programming environments) to enable large simulation setup, steering, debugging, and visualizing of results exploring the creation of a small size visualization cluster for use by researchers to interactively visualize indiscriminately large datasets
	the rayleigh-taylor instability Shown in these figures are composites of several different renderings of the denisity field arising from the simulation of the Rayleigh-Taylor instability - a fundamental instability which occurs whenever light fluid is accelerated into heavy fluid and which gives rise to turbulence and mixing. An isosurface of density has been superposed on the three dimensional grid used in the simulation. At each point in the grid the local density is indicated via a small sphere color coded by the density. The simulation (with a resolution of 512 points in each direction) was performed on the LLNL ASCI Blue machine by Dr. A. Cook of LLNL. The data sets were then analyzed at Caltech. isosurface for density=2 of two liquids of density 1 and 3 during time sterp 0.2240 of reaction. isosurface of density=1.25 of time step 0.2280, intersected with orthagonal slice with color index of density. isosurface of density=1.41 of time step 0.2280, intersected with orthagonal slice with color index of density, inmersed in rendered field of point density samples evenly spaced. isosurface of density=2.65 of time step 0.2280, intersected with orthagonal slice with color index of density. isosurface of density=1.41 of time step 0.2280, intersected with orthagonal slice with color index of density, inmersed in rendered field of point density samples evenly spaced. [no bar | XL versions] isosurface for density=2 for reaction of liquids of density 1 and 3 during time step 0.2240. isosurface of density=2 on the left, for timestep 0.2270, accompanied on the right with with color indexed slice at mid-height of reaction, displaced according to density. color indexed slice at mid-height of reaction, displaced according to density for time frame=0.2270.