## An interaction probability density approach to human gravity |

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### Contents

PREFACE xii | xxii |

THE VARIOUS FORMS AND THEORIES OF HUMAN | 1 |

The Argument by Analogy | 23 |

Copyright | |

14 other sections not shown

### Common terms and phrases

analysis argument by analogy assumed attitude toward distance attrac attractor located basic behavior Bessel function Choukroun concept considered constraint context corresponding deciding to interact decision process defined deterrence function discrete probability distribution discrete random variable distance hypothesis distance tc disutility entropy maximization equation fact formulation function G(t gamma distributions Gaussian hypothesis Gaussian surface given gravity expression gravity formula gravity hypothesis Gravity Model H(fcc He(t hermit's human gravity human interaction Information Theory inter interaction decision function interaction involving interaction occurs interaction probability density interaction probability function interdependence interpretation inverse-distance hypothesis involving a distance justify macro interaction decision mass effect micro approach micro model multiple-purpose trips negative exponential hypothesis normal distribution number of attractors number of interactions one-dimensional Pareto distribution population possible probability theory reality Regional Science relation second stage spatial discrimination statistical theoretical threshold density tion tors total number Trip Distribution tripmaking two-dimensional space whereas Wilson