eldo_user

Eldo Control Language
Library of Functions for Tasks
.option set_eldo_cl_verbose=0
.define_testbench tb_rc
.param period=10
.param pw=1
.step param pw 1 period 1
v1 1 0 pulse (0 5 0 10n 10n 'pw' 'period')
r1 1 2 1k
c1 2 0 1m ic=0
.tran 1 20 uic
.plot tran uc=v(2,0)
.extract tran catvect label=pw_vect pw
.end_define_testbench
* First task using directly the waveform functions on the compound
waveform (more complicated)
.define_task t_simu_rc_compound_arg
set compound_uc = 0
set pw [] = 0
set i = 0
set j = 0
set res_xup4 [] = 0
if (simulation(name="simu_rc/simu_rc.cir", tb_rc(), \
compound_uc=@uc, pw=@pw_vect).simu_status == 0)
/* compound_uc is a compound waveform and pw is the array containing
the different values of the 'pw' parameter. */
res_xup4 = xup(compound_uc, 4)
/* res_xup4 is indeed a matrix. res_xup4[i] is the array containing the
time values where 'uc' rises above 4V when the 'pw' parameter has
the value pw[i]. */
fprint(stdout, "\nExample with compound argument\nuc rises above 4V
at:\n")
/* In the loops below, i is the index of the waveform in the compound
and j iterates through the result values of xup applied to the
waveform with index i of compound_uc. */
for (i=res_xup4.imin; i