def fetch_results(nodes):
w = gnucap.CKT_BASE_find_wave(nodes)
xs = []
ys = []
for x, y in w:
xs.append(x)
ys.append(y)
return (xs, ys)
# Copyright (C) 2019 Felix Salfelder
# Author: Felix Salfelder <*****@*****.**>
import gnucap
print("testing key error")
gnucap.command("op")
try:
gnucap.CKT_BASE_find_wave("doesntexist")
print("FAIL")
except KeyError as e:
print("OK, KeyError", e)
print("DONE")
g = coo_matrix((raw, zip(*coot)))
print("shape2", f.get_shape())
b = f.todense()
print(b[0, 0])
print(b[1, 1])
print(b[:3, :3])
acx.unallocate()
# invalidates M
self._sim.unalloc_vectors()
def setup(self, cmd):
pass
def sweep(self):
pass
myac = MyAC()
d0 = gnucap.install_command("myac", myac)
gnucap.command("op")
gnucap.command("myac")
w = gnucap.CKT_BASE_find_wave("vm(2)")
# d0=gnucap.install_command("myac", myac)
# vim:et
# Author: Felix Salfelder <*****@*****.**>
from __future__ import print_function
import gnucap
gnucap.command("set lang spice")
gnucap.parse("V1 1 0 ac 1")
gnucap.command("set lang verilog")
gnucap.parse("capacitor #(.c(1u)) c(1 nout)")
gnucap.parse("resistor #(.r(1k)) s(nout 0)")
gnucap.command("store ac v(nout)")
gnucap.command("ac 1 1024 * 4")
w = gnucap.CKT_BASE_find_wave("v(nout)")
b = iter(w)
for i in range(6):
n = next(b)
print(n[0], ' {:.6e}'.format(n[1]))
try:
next(b)
assert (False)
except StopIteration:
pass
for i in w:
print(i[0], ' {:.6e}'.format(i[1]))
#!/usr/bin/env python
import gnucap
gnucap.command("print op hidden(0)")
gnucap.command("store op hidden(0)")
gnucap.command("op")
w = gnucap.CKT_BASE_find_wave("hidden(0)")
gnucap.command("param test=17")
gnucap.command("eval test")
gnucap.command("measure mm at(probe='hidden(0)')")
assert (17 == gnucap.eval("test"))
assert (0 == gnucap.eval("mm"))
for i in w:
print(i)