AsymmetricEnge.cpp

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#include "AbsBeamline/EndFieldModel/AsymmetricEnge.h"
 
namespace endfieldmodel {
 
AsymmetricEnge::AsymmetricEnge() : engeStart_m(new Enge()),
    engeEnd_m(new Enge()) {
}
 
AsymmetricEnge::AsymmetricEnge(const AsymmetricEnge& rhs) 
  : engeStart_m(rhs.engeStart_m->clone()), engeEnd_m(rhs.engeEnd_m->clone()) {
}
 
AsymmetricEnge::AsymmetricEnge(const std::vector<double> aStart,
                       double x0Start,
                       double lambdaStart, 
                       const std::vector<double> aEnd,
                       double x0End,
                       double lambdaEnd) : engeStart_m(new Enge()),
    engeEnd_m(new Enge()) {
    engeStart_m->setCoefficients(aStart);
    engeStart_m->setX0(x0Start);
    engeStart_m->setLambda(lambdaStart);
    // x0 is held in this
    engeEnd_m->setCoefficients(aEnd);
    engeEnd_m->setX0(x0End);
    engeEnd_m->setLambda(lambdaEnd);
}
 
void AsymmetricEnge::rescale(double scaleFactor) {
    engeStart_m->rescale(scaleFactor);
    engeEnd_m->rescale(scaleFactor);
}
 
std::ostream& AsymmetricEnge::print(std::ostream& out) const {
    out << "AsymmetricEnge start ";
    engeStart_m->print(out);
    out  << " end ";
    engeStart_m->print(out);
    return out;
}
}