NAME

DESCRIPTION

offset(bytes)              information          data-type 
0                          elements             int
4                          driven               int
8                          parasitic            int
12                         min_frequency        double
20                         max_frequency        double
28                         design frequency     double
36                         step_frequency       double
44                         angular_step         double
52                         0                    double
92                         0                    double
Following the header, there starts the coordinates(x,y,l) of each
element and the voltage applied to each element. Then we write
the element currents one after the other, at each frequency.
Hence the element currents will be written 12,000 times with a
3 element yagi analysed at 4,000 different frequencies. All complex
data is stored in a structure of type fcomplex, defined as:
struct fcomplex {double real, double imaginary};
offset(bytes)              information          data-type 
100                        x1                   double /* coordinates */
108                        y1                   double
116                        l1                   double
100+(n-1)*24               x_n                  double
100+(n-1)*24+8             y_n                  double
100+(n-1)*24+16            l_n                  double
100+24*elements            Voltage1             fcomplex  /* voltage */
100+24*elements+(n-1)*16   Voltage_n            fcomplex
100+40*elements            Current1@f1          fcomplex /* current */
100+40*elements+(n-1)*16   Current_n@f1         fcomplex
100+56*elements            Current@f2           fcomplex
100+40*elements+(n-1)*16   Current_n@f2         fcomplex

FILES

SEE ALSO

AUTHORS