#include <lines.h>
Data Fields | |
char | chSumTyp |
char | chALab [5] |
float | xLineEnergy |
double | sumlin [2] |
double | emslin [2] |
float | wavelength |
Definition at line 105 of file lines.h.
char t_tag_LineSv::chALab[5] |
the four char string label for the line
Definition at line 111 of file lines.h.
Referenced by IterStart(), linadd(), lindst(), optimize_func(), and PunchDo().
double t_tag_LineSv::emslin[2] |
the emissivity, per unit vol, for current conditions,
Definition at line 125 of file lines.h.
Referenced by cdEmis(), cdEmis_ip(), linadd(), lindst(), and lines_continuum().
double t_tag_LineSv::sumlin[2] |
>>chng 06 mar 09, make intrinsic and emergent one array integrated intensity of the line, [0] is intrinsic, [1] emergent
Definition at line 122 of file lines.h.
Referenced by cdDLine(), cdH2_Line(), cdLine(), cdLine_ip(), FeIIPunchLines(), H2_PunchDo(), iter_end_check(), linadd(), lindst(), lines(), lines_continuum(), lines_hydro(), optimize_func(), PrtFinal(), and totlin().
float t_tag_LineSv::wavelength |
the wavelength of the line
Definition at line 129 of file lines.h.
Referenced by IterStart(), linadd(), lindst(), optimize_func(), prt_LineLabels(), PrtFinal(), and PunchDo().
xLineEnergy is energy of line in Rydbergs, also serves as sentinel saying this line should be added as a contributor to total spectrum when plotting continuum. For each real line there are many components added into the line stack, only the first, the real total intensity, has this non-zero
Definition at line 118 of file lines.h.
Referenced by IterStart(), and lindst().