eldo_user

Eldo Control Language
.MPRUN with Monte Carlo Analysis Example
See “Testbenches” on page 809, “Tasks” on page 814, “Variables” on page 821, “Flow Control
Statements” on page 835, “Defining and Running Simulations” on page 841, and the fprint
function for more information on the concepts used in the example.
Tip
See “.OPTIMIZE” in the Eldo Reference Manual.
Related Topics
Examples Using ECL as an Alternative to Standard Eldo Commands
.MPRUN with Monte Carlo Analysis Example
This example shows how the .MPRUN command works at the testbench level. For a given
simulation (run from an ECL task), if the netlist to simulate contains a .MPRUN command and
a .MC command for example, then the Monte Carlo runs of this simulation will be distributed as
usual.
.define_testbench tb_netlist (param_tb_value = 1 )
[netlist]
* parameter for the ECL step loop
.param p = param_tb_value
* parameter for the .mc
.param pv=3 lot=0.01
.mc 100
.mprun host=myhost1, myhost2, myhost3
.end_define_testbench
.define_task t1
set loop_param = 1
set wave_res[] = 0
set res = 0
/* step loop similar to the .step command. */
step (type=step, param=loop_param, start=1, stop=10, step=1)
/* run the simulation. */
res = simulation(tb_netlist(param_tb_value=loop_param),
+ name="res/simu" + loop_param + ".cir",
+ wave_res[loop_param]=@res_wave)
if (res.simu_status != 0)
fprint(stdout, "Error: simulation failed!\n")
return -1
endif
endstep
.end_define_task
.t1
Eldo® User's Manual, 15.3 1133