this_module.def(modShortDifference, "modShortDifference");
BOOST_PYTHON_MODULE_INIT(uctbx){# include <cctbx/basic/from_bpl_import.h>  python::module_builder this_module("uctbx");  const std::string Revision = "$Revision$";  this_module.add(ref(to_python(      Revision.substr(11, Revision.size() - 11 - 2))), "__version__");  python::import_converters<af::shared<double> >  py_shared_double("cctbx_boost.arraytbx.shared", "double");  python::import_converters<af::shared<Miller::Index> >  py_shared_Miller_Index("cctbx_boost.arraytbx.shared", "Miller_Index");  class_builder<UnitCell> UnitCell_class(this_module, "UnitCell");  python::export_converters(UnitCell_class);  UnitCell_class.def(constructor<>());  UnitCell_class.def(constructor<const uc_params&>());  UnitCell_class.def(UnitCell_repr, "__repr__");  UnitCell_class.def(UnitCell_getinitargs, "__getinitargs__");  UnitCell_class.def(&UnitCell::getParameters, "getParameters");  UnitCell_class.def(UnitCell_getParameters_0, "getParameters");  UnitCell_class.def(&UnitCell::getVolume, "getVolume");  UnitCell_class.def(&UnitCell::getMetricalMatrix, "getMetricalMatrix");  UnitCell_class.def(UnitCell_getMetricalMatrix_0, "getMetricalMatrix");  UnitCell_class.def(&UnitCell::getFractionalizationMatrix,                               "getFractionalizationMatrix");  UnitCell_class.def(&UnitCell::getOrthogonalizationMatrix,                               "getOrthogonalizationMatrix");  UnitCell_class.def(UnitCell_Length2, "Length2");  UnitCell_class.def(UnitCell_Length, "Length");  UnitCell_class.def(UnitCell_Distance2, "Distance2");  UnitCell_class.def(UnitCell_Distance, "Distance");  UnitCell_class.def(UnitCell_modShortLength2, "modShortLength2");  UnitCell_class.def(UnitCell_modShortLength, "modShortLength");  UnitCell_class.def(UnitCell_modShortDistance2, "modShortDistance2");  UnitCell_class.def(UnitCell_modShortDistance, "modShortDistance");  UnitCell_class.def(&UnitCell::MaxMillerIndices, "MaxMillerIndices");  UnitCell_class.def(UnitCell_ChangeBasis_1, "ChangeBasis");  UnitCell_class.def(    (UnitCell (UnitCell::*)(const af::double9&, double) const)    &UnitCell::ChangeBasis, "ChangeBasis");  UnitCell_class.def(    (double (UnitCell::*)(const Miller::Index&) const)    &UnitCell::Q, "Q");  UnitCell_class.def(    (af::shared<double> (UnitCell::*)(const af::shared<Miller::Index>&) const)    &UnitCell::Q, "Q");  UnitCell_class.def(    (double (UnitCell::*)(const Miller::Index&) const)    &UnitCell::s, "s");  UnitCell_class.def(    (af::shared<double> (UnitCell::*)(const af::shared<Miller::Index>&) const)    &UnitCell::s, "s");  UnitCell_class.def(    (double (UnitCell::*)(const Miller::Index&) const)    &UnitCell::d, "d");  UnitCell_class.def(    (af::shared<double> (UnitCell::*)(const af::shared<Miller::Index>&) const)    &UnitCell::d, "d");  UnitCell_class.def(UnitCell_fractionalize, "fractionalize");  UnitCell_class.def(UnitCell_orthogonalize, "orthogonalize");  UnitCell_class.def(&UnitCell::getLongestVector2, "getLongestVector2");  UnitCell_class.def(UnitCell_isEqual_1, "isEqual");  UnitCell_class.def(&UnitCell::isEqual, "isEqual");}