10.06.2016 Views

eldo_user

Create successful ePaper yourself

Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.

Eldo Control Language<br />

Statistical Processing<br />

Command<br />

_simu_lock_stat_param<br />

_simu_reset_random_gene<br />

rators<br />

_simu_run<br />

_simu_set_mc_flow<br />

_simu_set_stat_param_sa<br />

mpling_val<br />

_simu_unlock_stat_param<br />

Running Monte Carlo<br />

Runs in Parallel<br />

Table 18-5. Statistical Processing Functions (cont.)<br />

Description<br />

Specifies that the value of the parameter identified by the<br />

index stat_param_index must not vary during the Monte<br />

Carlo simulation and remain equal to its nominal value.<br />

Resets the random number generators. This can be useful to<br />

reset the random number generators between two Monte<br />

Carlo simulations if you want them to use the same random<br />

numbers.<br />

_simu_run(mode="nom") runs the nominal Monte Carlo<br />

simulation and returns a result structure (as the simulation<br />

function).<br />

Activates the ECL Monte Carlo flow. The netlist may or<br />

may not contain a .MC command; it is entirely ignored if the<br />

ECL Monte Carlo flow is activated.<br />

Sets the current sampling value of the parameter identified<br />

by the index stat_param to the value val. It will be the value<br />

used for the next Monte Carlo run.<br />

Specifies that the value of the parameter identified by the<br />

index stat_param_index must vary during the Monte Carlo<br />

simulation according to its distribution.<br />

Running ECL Monte Carlo simulations in parallel requires<br />

to call _simu_load, _simu_set_mc_flow, simu_run and<br />

_simu_end inside the para_for loop. This means the Monte<br />

Carlo simulations will be performed by different simulators.<br />

1062<br />

Eldo® User's Manual, 15.3

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!