##
Package org.jscience.physics.nuclear.kinematics.montecarlo

Monte Carlo simulations, including spectograph/YLSA coincidences.
**See:**

**Description**

**Interface Summary** |

**WeightingFunction** |
Used by `DataSet` to define a weighting function
in obtaining summary statistics. |

**Class Summary** |

**DataSet** |
Contains a set of numbers, can return set size, mean, and standard
deviation. |

**DetectorFrame** |
DOCUMENT ME! |

**Direction** |
Class which provides an abstraction for a direction in 3-dimensional
space. |

**EngePlusSilicon_Simulation** |
This class will produce a Monte Carlo simulation of the in-flight decay
of a nucleus in an excited state produced and (presumably) tagged by the
Enge SplitPole. |

**EngeYLSA_Simulation** |
This class will produce a Monte Carlo simulation of the in-flight decay
of a nucleus in an excited state produced and (presumably) tagged by the
Enge SplitPole. |

**MicronDetector** |
This class represents the geometry of a Micron LEDA-type detector, to
use for deciding if an virtual vector will hit and which strip. |

**RandomWill** |
DOCUMENT ME! |

##
Package org.jscience.physics.nuclear.kinematics.montecarlo Description

Monte Carlo simulations, including spectograph/YLSA coincidences.

###### OSI Certified Open Source Software

This package is free software; you can redistribute it and/or
modify it under the terms of the University of Illinois/NCSA Open
Source License.

This package is distributed in the hope that it will be useful, but
*without any warranty*; without even the implied warranty of
*merchantability* or *fitness for a particular purpose*. See the
University of Illinois/NCSA Open Source License for more details.

You should have received a copy of the University of Illinois/NCSA
Open Source License along with this program; if not, see
http://www.opensource.org/