Waveguide::Waveguide(Magnitude::Magnitude* magnitude,
const Geometry::Element::Group<const Geometry::Surf>& elem,
const ExcitationMode excMode,
const std::pair<Math::UInt,Math::UInt> mode)
: Port(magnitude, elem) {
excitationMode_ = excMode;
mode_ = mode;
// Performs checks
if (!this->getBound().isSurface()) {
throw std::logic_error("Waveport elements must be contained "
"in a coplanar Geometry::Surface");
}
Math::CVecR3 diagonal = this->getBound().getMax() -
this->getBound().getMin();
if (!diagonal.isContainedInPlane(Math::Constants::xy)) {
throw std::logic_error("Waveport must be contained in plane xy.");
}
if (this->size() == 0) {
throw std::logic_error("Waveport must contain some elements.");
}
check();
}
void TEMCoaxial::set(
const Geometry::Element::Group<const Geometry::Elem>& elemGroup) {
// Reescales internal dimensions.
Geometry::BoxR3 box = elemGroup.getBound();
const Math::CVecR3 diagonal = box.getMax()-box.getMin();
if (!diagonal.isContainedInPlane(Math::Constants::CartesianPlane::xy)) {
throw std::logic_error("Port is not contained in a XY plane");
}
const Math::Real width = box.getMax()(Math::Constants::x) -
box.getMin()(Math::Constants::x);
const Math::Real height = box.getMax()(Math::Constants::y) -
box.getMin()(Math::Constants::y);
const Math::Real averageNewRadius = (width + height)/4;
innerRadius_ *= averageNewRadius;
outerRadius_ *= averageNewRadius;
const Math::CVecR3 averageNewOrigin = (box.getMax() + box.getMin()) / 2;
origin_ = averageNewOrigin;
//
Source<Geometry::Surf>::set(elemGroup);
}
