Difference between revisions of "Selection step"
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| − | A '''selection step''' or (somewhat [[Jargon|colloquially]]) '''cut''' is a requirement applied to a sample of [[Event|events]] or [[Object|objects]]. Only the events or objects satisfying the requirement ("passing the cut") are kept. An example of a selection step would be: ''keep events that have at least one [[jet]] with a [[transverse momentum]] of at least 50 [[GeV]]''. | + | [[Category:Physics analysis]] |
| + | A '''selection step''' or (somewhat [[Particle Wiki:Jargon|colloquially]]) '''cut''' is a requirement applied to a sample of [[Event|events]] or [[Object|objects]]. Only the events or objects satisfying the requirement ("passing the cut") are kept. An example of a selection step would be: ''keep events that have at least one [[jet]] with a [[transverse momentum]] of at least 50 [[GeV]]''. | ||
| − | Selection steps are applied to enrich the sample in those events or objects that one is interested in for producing results. Together, a sequence of steps | + | Selection steps are applied to enrich the sample in those events or objects that one is interested in for producing results. Together, a sequence of steps forms a [[selection]]. |
Selection steps can be arbitrarily simple or complicated, depending only on what is possible and meets the [[analysis]] needs. | Selection steps can be arbitrarily simple or complicated, depending only on what is possible and meets the [[analysis]] needs. | ||
Latest revision as of 16:35, 29 November 2016
A selection step or (somewhat colloquially) cut is a requirement applied to a sample of events or objects. Only the events or objects satisfying the requirement ("passing the cut") are kept. An example of a selection step would be: keep events that have at least one jet with a transverse momentum of at least 50 GeV.
Selection steps are applied to enrich the sample in those events or objects that one is interested in for producing results. Together, a sequence of steps forms a selection.
Selection steps can be arbitrarily simple or complicated, depending only on what is possible and meets the analysis needs.
