RCS Computation Toolkit This repository provides C++ and Python tools for computing radar cross section (RCS) from surface currents or analytical models
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// VTR.H
#ifndef VTR_H
#define VTR_H
#include "dgtd-performance.hpp"
class vtr {
friend fp_t dotP(vtr, vtr);
friend fp_t Length(vtr);
friend fp_t Determinant(vtr, vtr, vtr);
private:
fp_t x, y, z;
public:
// constructor
explicit vtr (fp_t =0.0, fp_t =0.0, fp_t =0.0);
// operators
vtr operator+(const vtr &) const;
vtr operator-(const vtr &) const;
vtr operator*(const vtr &) const;
vtr operator*(const fp_t &) const;
vtr operator/(const fp_t &) const;
int operator==(const vtr &) const;
int operator!=(const vtr &) const;
int operator>(const vtr &) const;
int operator<(const vtr &) const;
vtr& operator=(const vtr &);
// set functions
void setvtr(fp_t, fp_t, fp_t);
void reset();
void unitvtr();
void addvtr(fp_t = 0.0, fp_t = 0.0, fp_t = 0.0);
void subvtr(fp_t = 0.0, fp_t = 0.0, fp_t = 0.0);
void Scale(fp_t = 1.0);
void negate();
// get functions
fp_t getx() const;
fp_t gety() const;
fp_t getz() const;
fp_t magnitude();
fp_t magSquare();
// print
void print();
};
// added by MV 05/27/03
fp_t findArea( vtr *ndArray, int ndNum );
fp_t triArea( vtr nd0, vtr nd1, vtr nd2 );
#endif