20 | | 1. A program (`ElegentTDistributionSampler`) to build a number of distributions of interest (differential and cumulative cross-sections, etc.) at a given collision energy. The output is a ROOT file called ''datasheet'' (for details, please refer to the [[DatasheetStructure|datasheet description]]). |
21 | | 1. A class (`Generator`) that loads a specified cumulative distribution function from a datasheet and generates random events in the HepMC format. This class can easily be embedded in any program. As an example, you can have a look at the `TestElegent` program. |
| 20 | 1. Program `ElegentTDistributionSampler` to build a number of '''t-distributions''' of interest (t being four-momentum transfer squared), e.g. differential and cumulative cross-sections. The distributions are generated at a given collision energy and are saved as a ROOT file. For details please refer to the [[DatasheetStructure|datasheet description - TODO]]). |
| 21 | 1. Program `ElegentBDistributionSampler` to build a number of '''b-distributions''' of interest (b stands for impact parameter). At the moment, only profile functions are generated and saved as a ROOT file. |
| 22 | 1. Class `Generator` that loads a specified cumulative distribution function from a datasheet and generates random events in the HepMC format. This class can easily be embedded in any program. As an example, you can have a look at the [[source:/trunk/src/TestElegent.cc]]. |