eldo_user

Eldo Control Language
Statistical Processing
.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_important_params = 0
set extract_res[] = 0
set nbmc = 0
while (conv == 0)
/* Execute 20 more Monte-Carlo runs. */
fprint(stdout, "Running 20 Monte-Carlo...\n")
res = _simu_run(mode="mc 20")
nbmc += 20
if (res.simu_status != 0)
fprint(stdout, "Simulation failed!\n")
return 0;
endif
/* Get the result. */
extract_res = _simu_get_extract(p_extract_name);
/* See if it has converged. */
conv = mcconv(extract_res,
+ "AVG",
+ "CONFIDENCE",
+ 50,
+ 0.99,
+ 0.00,
+ 5.0e-3)
/* Prevent infinite loop. */
if (nbmc > 10000)
fprint(stdout, "Failed to converge!\n")
return 0;
endif
endwhile
1070
Eldo® User's Manual, 15.3