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The search service can find package by either name (apache), provides(webserver), absolute file names (/usr/bin/apache), binaries (gprof) or shared libraries (libXm.so.2) in standard path. It does not support multiple arguments yet...
The System and Arch are optional added filters, for example System could be "redhat", "redhat-7.2", "mandrake" or "gnome", Arch could be "i386" or "src", etc. depending on your system.
X-Grav simulates the effect of gravity, collisions, heat dissipation and a simple chemical reaction. The simulation is in no way meant to be realistic but rather a toy with which you can create stars, planets and even simple solar systems.
| Package | Summary | Distribution | Download |
| xgrav-1.2.0-35.fc40.aarch64.html | A simple physics simulation for a large number of particles | Fedora Rawhide for aarch64 | xgrav-1.2.0-35.fc40.aarch64.rpm |
| xgrav-1.2.0-35.fc40.ppc64le.html | A simple physics simulation for a large number of particles | Fedora Rawhide for ppc64le | xgrav-1.2.0-35.fc40.ppc64le.rpm |
| xgrav-1.2.0-35.fc40.s390x.html | A simple physics simulation for a large number of particles | Fedora Rawhide for s390x | xgrav-1.2.0-35.fc40.s390x.rpm |
| xgrav-1.2.0-35.fc40.x86_64.html | A simple physics simulation for a large number of particles | Fedora Rawhide for x86_64 | xgrav-1.2.0-35.fc40.x86_64.rpm |
| xgrav-1.2.0-34.fc39.aarch64.html | A simple physics simulation for a large number of particles | Fedora 39 for aarch64 | xgrav-1.2.0-34.fc39.aarch64.rpm |
| xgrav-1.2.0-34.fc39.ppc64le.html | A simple physics simulation for a large number of particles | Fedora 39 for ppc64le | xgrav-1.2.0-34.fc39.ppc64le.rpm |
| xgrav-1.2.0-34.fc39.s390x.html | A simple physics simulation for a large number of particles | Fedora 39 for s390x | xgrav-1.2.0-34.fc39.s390x.rpm |
| xgrav-1.2.0-34.fc39.x86_64.html | A simple physics simulation for a large number of particles | Fedora 39 for x86_64 | xgrav-1.2.0-34.fc39.x86_64.rpm |
| xgrav-1.2.0-32.fc38.aarch64.html | A simple physics simulation for a large number of particles | Fedora 38 for aarch64 | xgrav-1.2.0-32.fc38.aarch64.rpm |
| xgrav-1.2.0-32.fc38.ppc64le.html | A simple physics simulation for a large number of particles | Fedora 38 for ppc64le | xgrav-1.2.0-32.fc38.ppc64le.rpm |
| xgrav-1.2.0-32.fc38.s390x.html | A simple physics simulation for a large number of particles | Fedora 38 for s390x | xgrav-1.2.0-32.fc38.s390x.rpm |
| xgrav-1.2.0-32.fc38.x86_64.html | A simple physics simulation for a large number of particles | Fedora 38 for x86_64 | xgrav-1.2.0-32.fc38.x86_64.rpm |
| xgrav-1.2.0-31.fc37.aarch64.html | A simple physics simulation for a large number of particles | Fedora 37 for aarch64 | xgrav-1.2.0-31.fc37.aarch64.rpm |
| xgrav-1.2.0-31.fc37.ppc64le.html | A simple physics simulation for a large number of particles | Fedora 37 for ppc64le | xgrav-1.2.0-31.fc37.ppc64le.rpm |
| xgrav-1.2.0-31.fc37.s390x.html | A simple physics simulation for a large number of particles | Fedora 37 for s390x | xgrav-1.2.0-31.fc37.s390x.rpm |
| xgrav-1.2.0-31.fc37.x86_64.html | A simple physics simulation for a large number of particles | Fedora 37 for x86_64 | xgrav-1.2.0-31.fc37.x86_64.rpm |
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