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# Python Script
import pysimulavr
class XPin(pysimulavr.Pin):
def SetInState(self, pin):
pysimulavr.Pin.SetInState(self, pin)
print "<pin: id=%s, in=%s/%0.2fV, out=%s, aPin=%0.2fV>" % (id(self),
pin.toChar(),
pin.GetAnalogValue(vcc),
self.toChar(),
self.GetAnalogValue(vcc)),
def printPin(pid, pin, withID = False):
if withID:
print " pin %d: id=%s, (char)pin='%s', (bool)pin=%s, pin.GetAnalogValue(vcc)=%0.2fV" % (pid,
id(pin),
pin.toChar(),
pin.toBool(),
pin.GetAnalogValue(vcc))
else:
print " pin %d: (char)pin='%s', (bool)pin=%s, pin.GetAnalogValue(vcc)=%0.2fV" % (pid,
pin.toChar(),
pin.toBool(),
pin.GetAnalogValue(vcc))
if __name__ == "__main__":
vcc = 5.0
print "set vcc=%0.2fV ..." % vcc
print "create 2 pins ..."
p1 = XPin()
p1.outState = pysimulavr.Pin.LOW
printPin(1, p1, True)
p2 = XPin()
p2.outState = pysimulavr.Pin.TRISTATE
printPin(2, p2, True)
print "\ncreate net ..."
n = pysimulavr.Net()
print " add pin 1:",
n.Add(p1)
print ""
print " add pin 2:",
n.Add(p2)
print ""
printPin(1, p1)
printPin(2, p2)
print "\nset pin 2 output to PULLUP:",
p2.SetPin("h")
print ""
printPin(1, p1)
printPin(2, p2)
print "\nset pin 1 output to HIGH:",
p1.SetPin("H")
print ""
printPin(1, p1)
printPin(2, p2)
print "\nset pin 2 output to TRISTATE:",
p2.SetPin("t")
print ""
printPin(1, p1)
printPin(2, p2)
print "\nset pin 1 output to TRISTATE:",
p1.SetPin("t")
print ""
printPin(1, p1)
printPin(2, p2)
print "\nset pin 2 output to LOW:",
p2.SetPin("L")
print ""
printPin(1, p1)
printPin(2, p2)
# EOF
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