def port_name(self, x):
return ["P", "N"][x]
def value_name(self):
return "incomplete"
s = myvs()
# s._y[0] not yet. how to do that?
s._y[0]
print("mtest", s.max_nodes(), s.long_label())
s2 = s.clone()
print("mtest", s2.max_nodes(), s2.long_label())
# s.clone()
print("TT", type(s))
a = install_device("myvs", s)
# b = gnucap.command_installer("myvs", s)
gnucap.command("set lang=verilog")
gnucap.parse("resistor #(.r(1)) r(1 0)")
# gnucap.parse("vsource #(.dc(1)) s(1 0)")
gnucap.parse("myvs #() s(1 0)")
gnucap.command("list")
gnucap.command("print dc fourtytwo(s) i(r) v(s) nodeprobe(s) v(nodes)")
gnucap.command("dc r 1 3 .5")
print("done")
def clone(self):
return __class__(self)
def ac_iwant_matrix(self):
pass
def tr_iwant_matrix(self):
pass
def tr_probe_num(self, s):
return 1.
d1 = mytype()
a = install_device("mytype", d1)
class dummy(ELEMENT):
def custom(self):
return 41
def dev_type(self):
return "not_reached"
def clone(self):
return mytype(self)
d2 = dummy()
b = install_device("dummy", d2)
else:
ELEMENT.__init__(self, other)
self.HACK=[]
def custom(self):
return 42
def clone(self):
print("somelt clone")
x = mytype(self)
self.HACK.append(x)
x.__class__ = mytype
return x
s = mytype()
d1 = install_device("mytype", s)
command("set lang verilog")
parse("mytype #() a();")
parse("resistor #() r(0,0);")
cl = CARD_LIST().card_list_()
print("tst")
for a in cl:
print(a.long_label(), "..")
if(isinstance(a, mytype)):
print(".. is mytype")
assert(42==a.custom())
assert(isinstance(a, ELEMENT))
if(isinstance(a, ELEMENT)):
return 0;
def port_number(self):
return 2
def port_name(self,x):
return ["P","N"][x]
def value_name(self):
return "incomplete"
s = somecomponent()
print("mtest", s.max_nodes(), s.long_label())
s2 = s.clone()
# s2.tr_begin()
print("mtest", s2.max_nodes(), s2.long_label())
# s.clone()
print("TT", type(s))
a = install_device("somecomp", s)
# b = gnucap.command_installer("somecomp2", s)
gnucap.command("set lang=verilog")
gnucap.parse("vsource #(.dc(1)) v(1 0)")
gnucap.parse("somecomp #() s(1 0)")
gnucap.command("list")
gnucap.command("print dc fourtytwo(s) v(s)")
gnucap.command("dc v 0 1 .5")
gnucap.command("print transient fourtytwo(s) v(s)")
gnucap.command("transient 0 1 .5")
print("done")
return self.tr_involts()
elif s == "nodeprobe":
return self._n[0].v0()
return 0
def port_number(self):
return 2
def port_name(self, x):
return ["P", "N"][x]
def value_name(self):
return "incomplete"
s = pzsrc()
a = install_device("pzsrc", s)
###################################################
class mysim(SIM):
def do_it(self, cmd, scope):
self._scope = scope
self.sim_().set_command_ac()
self.setup(cmd)
self.sim_().init()
self.sim_().alloc_vectors()
acx = self.sim_()._acx
acx.reallocate()
self._scope = scope