eldo_user

Eldo Control Language
Statistical Processing
/* Increase its width to reduce the delay
* (this must be done before _simu_set_mc_flow).
*/
fprint(stdout,
+ "Increase width of %s to %.2g\n",
+ device[i],
+ width[i]*2)
_simu_set("E", device[i], "W", width[i]*2)
endfor
_simu_set_mc_flow()
/* Re-run nominal. */
run_nominal()
endif
_simu_end()
endif
.end_define_task
.define_function run_nominal()
set res = 0
set delay1 = 0
set delay2 = 0
fprint(stdout, "Running nominal...\n")
res = _simu_run(mode="nom")
if (res.simu_status == 0)
delay1 = _simu_get_extract("DELAY1")
delay2 = _simu_get_extract("DELAY2")
fprint(stdout, "DELAY1 = %.3g Sec\nDELAY2 = %.3g Sec\n",
delay1, delay2)
else
fprint(stdout, "Nominal failed!\n")
return 0
endif
return 1
.end_define_function
.define_function find_important_params(p_extract_name = "",
+ @p_important_params[] = 0)
set res = 0
set conv = 0
set sens_list[] = 0
set i = 0
set nb_para_runs = 20
set nb_important_params = 0
set extract_res[] = 0
set nbmc = 0
set sampling_saved[] = 0
set global_sampling[] = 0
while (conv == 0)
/* Execute in parallel 20 more Monte-Carlo runs. */
fprint(stdout, "Running 20 Monte-Carlo...\n")
para_for(i = 1; i