)
inst = Instance(("%s" % master), param, None, ("I%d" % i))
inst.setOrigin( Point( x, y))
i += 1
if (i % 20):
x += 20
else:
x = 0
y += 20
print("Total number of instances created: %d" % i)
self.save()
# TEST is defined externally from this file.
# For building the test cases, invoke like this:
# cnpy -c "TEST='SMALL';execfile('Via.py')"
if "TEST" in vars():
if vars()["TEST"] == "SMALL":
ViaTemplate.unitTest(lambda: ParamArray(), "MyPyCellLib", "UNITTEST_Via", "layout")
DloGen.withNewDlo( smalltest, "MyPyCellLib", "SMALLTEST_Via", "layout")
elif vars()["TEST"] == "BIG":
DloGen.withNewDlo( bigtest, "MyPyCellLib", "BIGTEST_Via", "layout")
else:
DloGen.withNewDlo( smalltest, "MyPyCellLib", "SMALLTEST_Via", "layout")
# end
inst = PyTransistorUnitInstance("PyTransistor", param, None, ("I%d" % i))
inst.setOrigin( Point( x, y))
i += 1
if (i % 20):
x += 10
else:
x = 0
y += 10
print("Total number of instances created: %d" % i)
self.save()
# TEST is defined externally from this file.
# For building the test cases, invoke like this:
# cnpy -c "TEST='SMALL';execfile('transistorUnit.py')"
if "TEST" in vars():
if vars()["TEST"] == "SMALL":
PyTransistorUnit.unitTest(lambda: ParamArray(), "MyPyCellLib", "UNITTEST_transistorUnit", "layout")
DloGen.withNewDlo( smalltest, "MyPyCellLib", "SMALLTEST_transistorUnit", "layout")
elif vars()["TEST"] == "BIG":
DloGen.withNewDlo( bigtest, "MyPyCellLib", "BIGTEST_transistorUnit", "layout")
else:
DloGen.withNewDlo( smalltest, "MyPyCellLib", "SMALLTEST_transistorUnit", "layout")
# end
