def doLayout ( self ):
#print 'HorizontalRail[%s] @%d' % (self.order,DbU.toLambda(self.axis))
railVias = [ self.side.corner0(self.order)
, self.side.corner1(self.order) ]
for via in list(self.vias.values()):
if via[1].getNet() != via[2].getNet(): continue
via[1].doLayout()
#print ' Connect:', via[2], via[1].getVia( via[2].getLayer() )
Vertical.create( via[1].getVia( via[2].getLayer() )
, via[2]
, via[2].getLayer()
, via[2].getX()
, via[2].getWidth()
)
railVias.append( via[1].getVia( self.side.getVLayer()) )
railVias.sort( key=methodcaller('getY') )
for i in range(1,len(railVias)):
Horizontal.create( railVias[i-1]
, railVias[i]
, self.side.getHLayer()
, self.axis
, self.side.hRailWidth
)
return
def _routePads(self):
for i in range(len(self._corona._powerRails)):
if self._type == chip.South:
Horizontal.create(self._corona._corners[chip.SouthWest][i],
self._corona._corners[chip.SouthEast][i],
self._corona._powerRails[i][1],
self.getAxis(i),
self._corona._powerRails[i][3])
elif self._type == chip.North:
Horizontal.create(self._corona._corners[chip.NorthWest][i],
self._corona._corners[chip.NorthEast][i],
self._corona._powerRails[i][1],
self.getAxis(i),
self._corona._powerRails[i][3])
elif self._type == chip.East:
Vertical.create(self._corona._corners[chip.SouthEast][i],
self._corona._corners[chip.NorthEast][i],
self._corona._powerRails[i][1],
self.getAxis(i),
self._corona._powerRails[i][3])
elif self._type == chip.West:
Vertical.create(self._corona._corners[chip.SouthWest][i],
self._corona._corners[chip.NorthWest][i],
self._corona._powerRails[i][1],
self.getAxis(i),
self._corona._powerRails[i][3])
return
def _rpAccess ( self, rp, flags ):
trace( 550, ',+', '\t_rpAccess() %s\n' % str(rp) )
if flags & GaugeConf.DeepDepth:
hdepth = self._horizontalDeepDepth
vdepth = self._verticalDeepDepth
else:
hdepth = self._horizontalDepth
vdepth = self._verticalDepth
hpitch = self._routingGauge.getLayerGauge(hdepth).getPitch()
hoffset = self._routingGauge.getLayerGauge(hdepth).getOffset()
contact1 = Contact.create( rp, self._routingGauge.getContactLayer(0), 0, 0 )
midSliceY = contact1.getY() - (contact1.getY() % self._cellGauge.getSliceHeight()) \
+ self._cellGauge.getSliceHeight() / 2
midTrackY = midSliceY - ((midSliceY - hoffset) % hpitch)
dy = midSliceY - contact1.getY()
if flags & GaugeConf.OffsetBottom1: dy += hpitch
if flags & GaugeConf.OffsetTop1: dy -= hpitch
contact1.setDy( dy )
trace( 550, contact1 )
if flags & GaugeConf.HAccess: stopDepth = hdepth
else: stopDepth = vdepth
for depth in range(1,stopDepth):
xoffset = 0
if flags & GaugeConf.OffsetRight1 and depth == 1:
xoffset = self._routingGauge.getLayerGauge(depth+1).getPitch()
contact2 = Contact.create( rp.getNet()
, self._routingGauge.getContactLayer(depth)
, contact1.getX() + xoffset
, contact1.getY()
, self._routingGauge.getLayerGauge(depth).getViaWidth()
, self._routingGauge.getLayerGauge(depth).getViaWidth()
)
trace( 550, contact2 )
if self._routingGauge.getLayerGauge(depth).getDirection() == RoutingLayerGauge.Horizontal:
segment = Horizontal.create( contact1
, contact2
, self._routingGauge.getRoutingLayer(depth)
, contact1.getY()
, self._routingGauge.getLayerGauge(depth).getWireWidth()
)
trace( 550, segment )
else:
segment = Vertical.create( contact1
, contact2
, self._routingGauge.getRoutingLayer(depth)
, contact1.getX()
, self._routingGauge.getLayerGauge(depth).getWireWidth()
)
trace( 550, segment )
contact1 = contact2
trace( 550, '-' )
return contact1
def doLayout ( self ):
#print 'VerticalRail[%s] @%d' % (self.order,DbU.toLambda(self.axis))
railVias = [ self.side.corner0(self.order)
, self.side.corner1(self.order) ]
for via in list(self.vias.values()):
if via[1].getNet() != via[2].getNet(): continue
via[1].doLayout()
Horizontal.create( via[1].getVia( via[2].getLayer() )
, via[2]
, via[2].getLayer()
, via[2].getY()
, via[2].getHeight()
)
railVias.append( via[1].getVia(self.side.getVLayer()) )
railVias.sort( key=methodcaller('getY') )
for i in range(1,len(railVias)):
Vertical.create( railVias[i-1]
, railVias[i]
, self.side.getVLayer()
, self.axis
, self.side.vRailWidth
)
#routingGauge = CRL.AllianceFramework.get().getRoutingGauge()
#for depth in range(self.side.verticalDepth-2,self.vias.values()[0][1]._bottomDepth,-2):
# blockageLayer = routingGauge.getRoutingLayer(depth).getBlockageLayer()
# pitch = routingGauge.getLayerPitch(depth)
#
# for i in range(1,len(railVias)):
# Vertical.create( self.side.blockageNet
# , blockageLayer
# , self.axis
# , self.side.vRailWidth + 2*pitch
# , railVias[i-1].getBoundingBox().getYMax() + pitch
# , railVias[i ].getBoundingBox().getYMin() - pitch
# )
return
def _createHorizontal ( self, source, target, y, flags ):
if flags & GaugeConf.DeepDepth: depth = self._horizontalDeepDepth
else: depth = self._horizontalDepth
layer = self._routingGauge.getRoutingLayer(depth)
if flags & GaugeConf.UseContactWidth: width = source.getBoundingBox(layer.getBasicLayer()).getHeight()
else: width = self._routingGauge.getLayerGauge(depth).getWireWidth()
if flags & GaugeConf.ExpandWidth: width += DbU.fromLambda( 1.0 )
segment = Horizontal.create( source, target, layer, y, width )
trace( 550, segment )
return segment
def addBlockages ( self, sideXMin, sideXMax ):
spans = IntervalSet()
for rail in self._rails:
for via in list(rail.vias.values()):
if via[1].getNet() != via[2].getNet(): continue
spans.merge( via[1]._y - via[1]._height/2, via[1]._y + via[1]._height/2 )
routingGauge = CRL.AllianceFramework.get().getRoutingGauge()
for depth in range(list(self.getInnerRail(0).vias.values())[0][1].bottomDepth
,list(self.getInnerRail(0).vias.values())[0][1].topDepth ):
blockageLayer = routingGauge.getRoutingLayer(depth).getBlockageLayer()
pitch = routingGauge.getLayerPitch(depth)
for chunk in spans.chunks:
Horizontal.create( self.blockageNet
, blockageLayer
, (chunk.getVMax()+chunk.getVMin())/2
, chunk.getVMax() - chunk.getVMin() + pitch*2
, sideXMin
, sideXMax
)
return
def px2mpx(editor, pxCell):
global framework
if pxCell == None:
raise ErrorMessage(
3, 'px2mpx.px2mpx(): Mandatory pxCell argument is None.')
mpxCell = None
print '\nProcessing', pxCell
UpdateSession.open()
try:
if pxCell.getName() != 'padreal':
mpxCellName = pxCell.getName()[:-2] + 'mpx'
else:
mpxCellName = pxCell.getName() + '_mpx'
mpxCell = framework.createCell(mpxCellName)
if editor:
editor.setCell(mpxCell)
Left = 0x0001
Right = 0x0002
Middle = 0x0000
AllSpan = Left | Right
ab = pxCell.getAbutmentBox()
mpxCell.setAbutmentBox(
Box(ab.getXMin() * 2,
ab.getYMin() * 2,
ab.getXMax() * 2,
ab.getYMax() * 2))
for instance in pxCell.getInstances():
masterCell = instance.getMasterCell()
if masterCell.getName() == 'padreal':
masterCell = framework.getCell('padreal_mpx',
CRL.Catalog.State.Physical)
originTransf = instance.getTransformation()
mpxInstance = Instance.create(
mpxCell, instance.getName(), masterCell,
Transformation(originTransf.getTx() * 2,
originTransf.getTy() * 2,
originTransf.getOrientation()))
mpxInstance.setPlacementStatus(Instance.PlacementStatus.PLACED)
for net in pxCell.getNets():
mpxNet = Net.create(mpxCell, net.getName())
if net.isExternal(): mpxNet.setExternal(True)
if net.isGlobal(): mpxNet.setGlobal(True)
mpxNet.setType(net.getType())
mpxNet.setDirection(net.getDirection())
for component in net.getComponents():
layer = component.getLayer()
dupComponent = None
print ' Processing', component
if isinstance(component, Contact):
dupComponent = Contact.create(mpxNet, layer,
component.getX() * 2,
component.getY() * 2,
component.getWidth() * 2,
component.getHeight() * 2)
elif isinstance(component, Horizontal):
dL, dW, mW = getDeltas(layer)
dLLeft = dL
dLRight = dL
skipComponent = False
bb = component.getBoundingBox()
if component.getSourceX() > component.getTargetX():
component.invert()
if isinstance(layer, RegularLayer):
if layer.getBasicLayer().getMaterial().getCode(
) == BasicLayer.Material.blockage:
print ' Blockage BB:%s vs. AB:%s' % (bb, ab)
if layer.getName()[-1] == '2' or layer.getName(
)[-1] == '4':
state = 0
if bb.getXMin() <= ab.getXMin(): state |= Left
if bb.getXMax() >= ab.getXMax(): state |= Right
if not (state & Left):
print ' Shrink left.'
dLLeft = dL - DbU.fromLambda(1.5)
if not (state & Right):
print ' Shrink right.'
dLRight = dL - DbU.fromLambda(1.5)
if layer.getName(
)[-1] == '4' and state == AllSpan:
print ' Skipping component.'
skipComponent = True
width = mW
if component.getWidth() > mW:
width = component.getWidth() * 2 + dW
#print DbU.toLambda(bb.getWidth()), DbU.toLambda( dLLeft-dLRight)
if bb.getWidth() * 2 > abs(dLLeft +
dLRight) and not skipComponent:
dupComponent = Horizontal.create(
mpxNet, layer,
component.getY() * 2, width,
component.getDxSource() * 2 - dLLeft,
component.getDxTarget() * 2 + dLRight)
print ' Copy:', dupComponent
else:
print ' Horizontal component too small *or* skipped, not converted'
elif isinstance(component, Vertical):
dL, dW, mW = getDeltas(component.getLayer())
dLTop = dL
dLBottom = dL
dX = 0
skipComponent = False
if component.getSourceY() > component.getTargetY():
component.invert()
if isinstance(layer, RegularLayer):
if layer.getBasicLayer().getMaterial().getCode(
) == BasicLayer.Material.blockage:
if layer.getName()[-1] == '3' or layer.getName(
)[-1] == '5':
state = 0
bb = component.getBoundingBox()
if bb.getXMin() <= ab.getXMin(): state |= Left
if bb.getXMax() >= ab.getXMax(): state |= Right
if state == Left:
dX = DbU.fromLambda(-2.0)
dW += DbU.fromLambda(-2.0)
elif state == Right:
dX = DbU.fromLambda(2.0)
dW += DbU.fromLambda(-2.0)
elif state == 0:
dX = 0
dW += DbU.fromLambda(-4.0)
if layer.getName()[-1] == '5':
if state == AllSpan:
print ' Skipping component.'
skipComponent = True
else:
dLTop = DbU.fromLambda(
120.0
) - component.getDyTarget() * 2
if dW < component.getWidth() and not skipComponent:
width = mW
if component.getWidth() > mW:
width = component.getWidth() * 2 + dW
dupComponent = Vertical.create(
mpxNet, layer,
component.getX() * 2 + dX, width,
component.getDySource() * 2 - dLBottom,
component.getDyTarget() * 2 + dLTop)
else:
print ' Vertical component too small *or* skipped, not converted'
else:
print '[WARNING] Unchanged component:', component
if dupComponent and NetExternalComponents.isExternal(
component):
NetExternalComponents.setExternal(dupComponent)
if editor: editor.fit()
except ErrorMessage, e:
print e
errorCode = e.code