def build(self):
h_margin = 25.0
- v_margin = 75.0
+ v_margin = 50.0
if not self.build_submodules():
return False
height = self.from_dbu(max([
self.ab.getHeight(), add.ab.getHeight(), sub.ab.getHeight()
])) + 2*v_margin
+
+ # experiment, over-ride
+ width = 1500
+ height = 450
+
self.ab = Box(0, 0, self.to_dbu(width), self.to_dbu(height))
- self.place_submodule(add, h_margin, v_margin)
- self.place_submodule(sub, width-sub.ab_width-h_margin, v_margin)
+ add_wid = self.from_dbu(add.ab.getWidth())
+ sub_ht = self.from_dbu(sub.ab.getHeight())
+ self.place_submodule(add, h_margin, v_margin+add_wid)
+ self.place_submodule(sub, width-sub.ab_width-h_margin+sub_ht-25,
+ v_margin)
# TODO: replace with some form of lazy evaluation?
y_north = self.from_dbu(self.ab.getYMax())
# this puts all the remaining cells (little ones)
# into this (small) space so that they do not go
# "all over the place" around the add and sub
+
+ # XXX this doesn't work: box is far too big, covers the entire
+ # area (including "under" the add and sub)
self.ab = Box(
self.to_dbu((width-self.ab_width)/2 - h_margin),
self.to_dbu(v_margin),
self.to_dbu((width+self.ab_width)/2 + h_margin),
self.to_dbu(height - v_margin)
)
- self.place()
+ self.ab = Box(self.to_dbu(550), self.to_dbu(25),
+ self.to_dbu(1000), self.to_dbu(450))
+ self.place() # place only
# then route (globally)
# this connects up not just in the remaining (little) cells,
# it connects *to add and sub and the outside world as well*
self.ab = Box(0, 0, self.to_dbu(width), self.to_dbu(height))
- result = self.place_and_route()
+ result = self.route()
self.save()
return result
'BLOCKAGE2', 'BLOCKAGE3', 'BLOCKAGE4',
),
},
- orientation=Transformation.Orientation.ID,
+ orientation=Transformation.Orientation.R3,
)
sub = AddSub(
'sub', editor,
'BLOCKAGE2', 'BLOCKAGE3', 'BLOCKAGE4',
),
},
- orientation=Transformation.Orientation.XR,
+ orientation=Transformation.Orientation.R1,
)
alu16 = ALU16(