'a1': Net.create(cell, 'a1'),
'vco_test_ana': Net.create(cell, 'vco_test_ana'),
'out_v': Net.create(cell, 'out_v'),
+ 'vdd': Net.create(cell, 'vdd'),
+ 'vss': Net.create(cell, 'vss'),
}
+ nets['vdd'].setGlobal(True)
+ nets['vss'].setGlobal(True)
# set net directions
nets['ref_v'].setDirection( Net.Direction.IN )
nets = {
'*': Net.create(cell, '*'),
'clk': Net.create(cell, 'clk'),
- #'vdd': Net.create(cell, 'vdd'),
- #'vss': Net.create(cell, 'vss'),
+ 'vdd': Net.create(cell, 'vdd'),
+ 'vss': Net.create(cell, 'vss'),
}
+ nets['vss'].setGlobal(True)
+ nets['vdd'].setGlobal(True)
for name, qty in (('a', 9),
('d', 64),
('q', 64),
'a1': Net.create(cell, 'a1'),
'vco_test_ana': Net.create(cell, 'vco_test_ana'),
'out_v': Net.create(cell, 'out_v'),
+ 'vdd': Net.create(cell, 'vdd'),
+ 'vss': Net.create(cell, 'vss'),
}
+ nets['vdd'].setGlobal(True)
+ nets['vss'].setGlobal(True)
# set net directions
nets['ref_v'].setDirection( Net.Direction.IN )