start:selection
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| start:selection [2010/02/04 13:15] – created nchiap | start:selection [2010/02/05 09:04] (current) – nchiap | ||
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| ====== Simple Selections ====== | ====== Simple Selections ====== | ||
| There are many different ways to achieve the same within the LHCb computing environment. | There are many different ways to achieve the same within the LHCb computing environment. | ||
| - | This page collects examples on how to write a J/psi -> mu- mu+ selection. | + | This page collects examples on how one can write a selection. |
| ===== Using CombineParticles ===== | ===== Using CombineParticles ===== | ||
| - | This is probably the fastest way to achieve a Selection and allows to uses | + | This is probably the fastest way to achieve a Selection and allows to easily use the available tools. No packages need to be locally installed for this. The **Introduction** [[https:// |
| - | <code python mySelection.py> | + | A basic step-by-step example is available under [[start: |
| - | + | ===== Using a C++ Algorithm ===== | |
| - | </code> | + | A more complex possibility is to write a C++ algorithm the //Advanced// [[https:// |
start/selection.1265285721.txt.gz · Last modified: 2010/02/04 13:15 by nchiap
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