rtc_currd         299 src/simh/sim_timer.c static int32  rtc_currd[SIM_NTIMERS+1]                   = { 0 }; /* current delay */
rtc_currd         377 src/simh/sim_timer.c if (rtc_currd[tmr])
rtc_currd         378 src/simh/sim_timer.c     time = rtc_currd[tmr];
rtc_currd         393 src/simh/sim_timer.c rtc_currd[tmr]                    = time;
rtc_currd         425 src/simh/sim_timer.c     rtc_currd[tmr] = (int32)(sim_timer_inst_per_sec()/ticksper);
rtc_currd         435 src/simh/sim_timer.c return rtc_currd[tmr];                                  /* return now avoiding counting catchup tick in calibration */
rtc_currd         510 src/simh/sim_timer.c     fprintf (st, "  Current Insts Per Tick:    %lu\n",   (unsigned long)rtc_currd[tmr]);
rtc_currd         812 src/simh/sim_timer.c             sim_activate (sim_clock_unit[tmr], rtc_currd[tmr]);
rtc_currd         823 src/simh/sim_timer.c             _sim_activate (cptr, accum*rtc_currd[tmr]);
rtc_currd         841 src/simh/sim_timer.c inst_per_sec = ((double)rtc_currd[sim_calb_tmr])*rtc_hz[sim_calb_tmr];
rtc_currd         843 src/simh/sim_timer.c     inst_per_sec = ((double)rtc_currd[sim_calb_tmr])*sim_int_clk_tps;