import sys
import openaccess
from openaccess import *

args=sys.argv
cdsInitNonCDSApp("clsbd");
args=oaDBInit(args)

class cell:
    def __init__(self,libnamestr,cellnamestr,viewnamestr):
        print 'Opening cell ' + cellnamestr
        self.ns=oaNativeNS()
        self.libname=oaScalarName(self.ns,libnamestr)
        self.cellname=oaScalarName(self.ns,cellnamestr)
        self.viewname=oaScalarName(self.ns,viewnamestr)
        self.cv=oaCellView.open(self.libname,self.cellname,self.viewname,'r')

    def close():
        self.cv.close()

c=cell('mylib','counter','autoLayout')

bBox=oaBox()
point=oaPoint()
oldpoint=oaPoint()
xform=oaTransform()

for net in c.cv.getNetsIter():
    print net
    term=[]
    for term in net.getTermsIter():
        break
    if term:
        print '\t',term,
        for pin in term.getPinsIter():
            break
        fig=pin.getFig()
        fig.getBBox(bBox)
        bBox.getCenter(point)
        print str(long(point.x())), str(long(point.y()))

    for it in net.getInstTermsIter():
        print '\t',it,
        term=it.getTerm()
        inst=it.getInst()
        inst.getTransform(xform)
        pin=[]
        for pin in term.getPinsIter():
            break
        fig=pin.getFig()
        fig.getBBox(bBox)
        bBox.getCenter(oldpoint)
        oldpoint.transform(xform,point)
        print str(long(point.x())), str(long(point.y()))