sph2000 results

Table of Contents

2 D pictures

We have generated some films, but they are very large, so we can't show them here. The simulation has 250.000 particles, the films show the particles, the density, the pressure and the temperature, plotted with gnuplot.

3 D pictures

The picture shows a simulation with 2.5 million particles, generated with VolRen. The distribution is interpolated on a grid with 100x100x100 points for the volume renderer.

Diesel injection with 2.5 million particles, showing the density

You see the density, the blue part is the diesel, which is injected in the air filled chamber. The grey part is the shock wave of the injected diesel jet in the air.

In the second picture you see the same simulation, plotted with pointcloud.

Diesel injection with 2.5 million particles, showing the particles

speedup

speedup of sph2000 on the kepler-cluster

using plot

plot is include in the sph2000 package. It uses gnuplot to show the distributions of sph2000 simulations.
  1. download sph2000
  2. install sph2000 (README)
  3. call plot --help for more details

using pointcloud

Our cooperation partner VIS (Institute for Visualization and Interactive Systems ) in Stuttgart maintains the pointcloud code. Please contact Matthias Hopf for more informations.

Convert a data file saved by sph2000 to the pointcloud format and start pointcloud:

To save a camera state and reuse it for a sequence of images:

  1. Start pointcloud with a statefile
    ../src/pointcloud sph2000.1.pcld -s ./film.state
  2. Move your camera to the desired position
  3. Save the state
    "/", "q"
  4. Start pointcloud with all data sets with the saved statefile for an automatic image save
    ../src/pointcloud sph2000.2.pcld -S ./film.state -i pic_%05d.png -q

To list all options call pointcloud without any arguments.

using VolRen

Our cooperation partner WSI/GRIS (GRaphical-Interactive Systems) in Tübingen maintains the VolRen code. Please contact Gregor Wetekam.

Last modified: $Date: 2007/03/12 09:40:33 $
Sven Ganzenmüller


back to the sph2000 homepage

back to the homepage