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Add technology description for the new LSxLib symbolic layout.

This commit is contained in:
Jean-Paul Chaput 2023-07-14 12:33:03 +02:00
parent ce084fcf73
commit 947026cced
12 changed files with 1345 additions and 0 deletions
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42
crlcore/python/technos/symbolic/lcmos/__init__.py Normal file
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# This file is part of the Coriolis Software.
# Copyright (c) Sorbonne Université 2019-2023, All Rights Reserved
#
# +-----------------------------------------------------------------+
# | C O R I O L I S |
# | Alliance / Hurricane Interface |
# | |
# | Author : Jean-Paul CHAPUT |
# | E-mail : Jean-Paul.Chaput@lip6.fr |
# | =============================================================== |
# | Python : "./etc/symbolic/lcmos/__init__.py" |
# +-----------------------------------------------------------------+
import coriolis.Cfg as Cfg
from coriolis.helpers import truncPath, tagConfModules
from coriolis.helpers.io import vprint
vprint( 1, ' o Loading "symbolic.lcmos" technology.' )
vprint( 2, ' - "%s".' % truncPath(__file__) )
from coriolis.Hurricane import DataBase
from coriolis.CRL import System
Cfg.Configuration.pushDefaultPriority( Cfg.Parameter.Priority.ConfigurationFile )
if not DataBase.getDB(): DataBase.create()
System.get()
from . import misc
from . import technology
from . import display
from . import analog
from . import alliance
from . import etesian
from . import kite
from . import plugins
from . import stratus1
Cfg.Configuration.popDefaultPriority()
tagConfModules()

56
crlcore/python/technos/symbolic/lcmos/alliance.py Normal file
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# This file is part of the Coriolis Software.
# Copyright (c) Sorbonne Université 2019-2023, All Rights Reserved
#
# +-----------------------------------------------------------------+
# | C O R I O L I S |
# | Alliance / Hurricane Interface |
# | |
# | Author : Jean-Paul CHAPUT |
# | E-mail : Jean-Paul.Chaput@lip6.fr |
# | =============================================================== |
# | Python : "./etc/symbolic/lcmos/alliance.py" |
# +-----------------------------------------------------------------+
import os
import os.path
from coriolis.helpers import truncPath
from coriolis.helpers.io import vprint
vprint( 2, ' - "{}".'.format(truncPath(__file__)) )
from coriolis.CRL import Environment, AllianceFramework
allianceTop = None
if 'ALLIANCE_TOP' in os.environ:
allianceTop = os.environ['ALLIANCE_TOP']
if not os.path.isdir(allianceTop):
allianceTop = None
if not allianceTop: allianceTop = '/soc/alliance'
cellsTop = allianceTop+'/cells'
af = AllianceFramework.get()
env = af.getEnvironment()
env.setSCALE_X ( 100 )
env.setCATALOG ( 'CATAL' )
env.setIN_LO ( 'vst' )
env.setIN_PH ( 'ap' )
env.setOUT_LO ( 'vst' )
env.setOUT_PH ( 'ap' )
env.setPOWER ( 'vdd' )
env.setGROUND ( 'vss' )
env.setCLOCK ( '.*ck.*|.*nck.*' )
env.setBLOCKAGE ( 'blockage[Nn]et.*' )
env.setPad ( '.*_px$' )
env.setRegister ( 'sff.*' )
env.setWORKING_LIBRARY( '.' )
env.addSYSTEM_LIBRARY ( library=cellsTop+'/sxlib' , mode=Environment.Append )
env.addSYSTEM_LIBRARY ( library=cellsTop+'/dp_sxlib', mode=Environment.Append )
env.addSYSTEM_LIBRARY ( library=cellsTop+'/ramlib' , mode=Environment.Append )
env.addSYSTEM_LIBRARY ( library=cellsTop+'/romlib' , mode=Environment.Append )
env.addSYSTEM_LIBRARY ( library=cellsTop+'/rflib' , mode=Environment.Append )
env.addSYSTEM_LIBRARY ( library=cellsTop+'/rf2lib' , mode=Environment.Append )
env.addSYSTEM_LIBRARY ( library=cellsTop+'/pxlib' , mode=Environment.Append )
env.addSYSTEM_LIBRARY ( library=cellsTop+'/padlib' , mode=Environment.Append )

20
crlcore/python/technos/symbolic/lcmos/analog.py Normal file
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# This file is part of the Coriolis Software.
# Copyright (c) Sorbonne Université 2019-2023, All Rights Reserved
#
# +-----------------------------------------------------------------+
# | C O R I O L I S |
# | Alliance / Hurricane Interface |
# | |
# | Author : Jean-Paul CHAPUT |
# | E-mail : Jean-Paul.Chaput@lip6.fr |
# | =============================================================== |
# | Python : "./etc/symbolic/lcmos/analog.py" |
# +-----------------------------------------------------------------+
from coriolis.helpers import truncPath
from coriolis.helpers.io import vprint
vprint( 2, ' - "%s".' % truncPath(__file__) )
from ...common import analog

474
crlcore/python/technos/symbolic/lcmos/display.py Normal file
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# This file is part of the Coriolis Software.
# Copyright (c) Sorbonne Université 2019-2023, All Rights Reserved
#
# +-----------------------------------------------------------------+
# | C O R I O L I S |
# | Alliance / Hurricane Interface |
# | |
# | Author : Jean-Paul CHAPUT |
# | E-mail : Jean-Paul.Chaput@lip6.fr |
# | =============================================================== |
# | Python : "./etc/symbolic/lcmos/display.py" |
# +-----------------------------------------------------------------+
from coriolis.helpers import truncPath
from coriolis.helpers.io import vprint
import coriolis.Cfg as Cfg
import coriolis.Viewer as Viewer
from coriolis.helpers import overlay, l, u, n
from coriolis.technos.common.colors import toRGB
from coriolis.technos.common.patterns import toHexa
vprint( 2, ' - "%s".' % truncPath(__file__) )
def createStyles ( scale=1.0 ):
with overlay.CfgCache(priority=Cfg.Parameter.Priority.UserFile) as cfg:
cfg.viewer.minimumSize = 500
cfg.viewer.pixelThreshold = 5
# ----------------------------------------------------------------------
# Style: Alliance.Coriolis [black].
style = Viewer.DisplayStyle( 'Alliance.Coriolis [black]' )
style.setDescription( 'Alliance Coriolis Look - black background' )
style.setDarkening ( Viewer.DisplayStyle.HSVr(1.0, 3.0, 2.5) )
style.addDrawingStyle( group='Viewer', name='fallback' , color=toRGB('Gray238' ), border=1, pattern='55AA55AA55AA55AA' )
style.addDrawingStyle( group='Viewer', name='background' , color=toRGB('Gray50' ), border=1 )
style.addDrawingStyle( group='Viewer', name='foreground' , color=toRGB('White' ), border=1 )
style.addDrawingStyle( group='Viewer', name='rubber' , color=toRGB('192,0,192' ), border=2, threshold=0.02*scale )
style.addDrawingStyle( group='Viewer', name='phantom' , color=toRGB('Seashell4' ), border=1 )
style.addDrawingStyle( group='Viewer', name='boundaries' , color=toRGB('208,199,192'), border=1, pattern='0000000000000000', threshold=0 )
style.addDrawingStyle( group='Viewer', name='marker' , color=toRGB('80,250,80' ), border=1 )
style.addDrawingStyle( group='Viewer', name='selectionDraw' , color=toRGB('White' ), border=1 )
style.addDrawingStyle( group='Viewer', name='selectionFill' , color=toRGB('White' ), border=1 )
style.addDrawingStyle( group='Viewer', name='grid' , color=toRGB('White' ), border=1, threshold=2.0*scale )
style.addDrawingStyle( group='Viewer', name='spot' , color=toRGB('White' ), border=2, threshold=6.0*scale )
style.addDrawingStyle( group='Viewer', name='ghost' , color=toRGB('White' ), border=1 )
style.addDrawingStyle( group='Viewer', name='text.ruler' , color=toRGB('White' ), border=1, threshold=0.0*scale )
style.addDrawingStyle( group='Viewer', name='text.instance' , color=toRGB('Black' ), border=1, threshold=4.0*scale )
style.addDrawingStyle( group='Viewer', name='text.reference' , color=toRGB('White' ), border=1, threshold=20.0*scale )
style.addDrawingStyle( group='Viewer', name='undef' , color=toRGB('Violet' ), border=0, pattern='2244118822441188' )
style.addDrawingStyle( group='Viewer', name='mauka.container', color=toRGB('Magenta4' ), border=4, pattern='0000000000000000', goMatched=False )
# Group: Active Layer.
style.addDrawingStyle( group='Active Layer', name='nWell' , color=toRGB('Tan' ), pattern='55AA55AA55AA55AA' , threshold=1.5 *scale )
style.addDrawingStyle( group='Active Layer', name='pWell' , color=toRGB('LightYellow'), pattern='55AA55AA55AA55AA' , threshold=1.50*scale )
style.addDrawingStyle( group='Active Layer', name='nImplant', color=toRGB('LawnGreen' ), pattern='55AA55AA55AA55AA' , threshold=1.50*scale )
style.addDrawingStyle( group='Active Layer', name='pImplant', color=toRGB('Yellow' ), pattern='55AA55AA55AA55AA' , threshold=1.50*scale )
style.addDrawingStyle( group='Active Layer', name='active' , color=toRGB('White' ), pattern=toHexa('antihash1.8'), threshold=1.50*scale )
style.addDrawingStyle( group='Active Layer', name='poly' , color=toRGB('Red' ), pattern='55AA55AA55AA55AA' , threshold=1.50*scale )
# Group: Routing Layer.
style.addDrawingStyle( group='Routing Layer', name='metal1' , color=toRGB('Blue' ), pattern=toHexa('poids2.8' ), threshold=0.80*scale )
style.addDrawingStyle( group='Routing Layer', name='metal2' , color=toRGB('Aqua' ), pattern=toHexa('light_antihash0.8'), threshold=0.02*scale )
style.addDrawingStyle( group='Routing Layer', name='metal3' , color=toRGB('LightPink'), pattern=toHexa('light_antihash1.8'), threshold=0.02*scale )
style.addDrawingStyle( group='Routing Layer', name='metal4' , color=toRGB('Green' ), pattern=toHexa('light_antihash2.8'), threshold=0.02*scale )
style.addDrawingStyle( group='Routing Layer', name='metal5' , color=toRGB('Yellow' ), pattern='1144114411441144' , threshold=0.02*scale )
style.addDrawingStyle( group='Routing Layer', name='metal6' , color=toRGB('Violet' ), pattern=toHexa('light_antihash0.8'), threshold=0.02*scale )
style.addDrawingStyle( group='Routing Layer', name='metal7' , color=toRGB('Violet' ), pattern=toHexa('light_antihash0.8'), threshold=0.02*scale )
style.addDrawingStyle( group='Routing Layer', name='metal8' , color=toRGB('Violet' ), pattern=toHexa('light_antihash0.8'), threshold=0.02*scale )
style.addDrawingStyle( group='Routing Layer', name='metal9' , color=toRGB('Violet' ), pattern=toHexa('light_antihash0.8'), threshold=0.02*scale )
style.addDrawingStyle( group='Routing Layer', name='metal10', color=toRGB('Violet' ), pattern=toHexa('light_antihash0.8'), threshold=0.02*scale )
# Group: Cuts (VIA holes).
style.addDrawingStyle( group='Cuts (VIA holes)', name='cut0', color=toRGB('0,150,150'), threshold=1.50*scale )
style.addDrawingStyle( group='Cuts (VIA holes)', name='cut1', color=toRGB('Aqua' ), threshold=0.80*scale )
style.addDrawingStyle( group='Cuts (VIA holes)', name='cut2', color=toRGB('LightPink'), threshold=0.80*scale )
style.addDrawingStyle( group='Cuts (VIA holes)', name='cut3', color=toRGB('Green' ), threshold=0.80*scale )
style.addDrawingStyle( group='Cuts (VIA holes)', name='cut4', color=toRGB('Yellow' ), threshold=0.80*scale )
style.addDrawingStyle( group='Cuts (VIA holes)', name='cut5', color=toRGB('Violet' ), threshold=0.80*scale )
style.addDrawingStyle( group='Cuts (VIA holes)', name='cut6', color=toRGB('Violet' ), threshold=0.80*scale )
style.addDrawingStyle( group='Cuts (VIA holes)', name='cut7', color=toRGB('Violet' ), threshold=0.80*scale )
style.addDrawingStyle( group='Cuts (VIA holes)', name='cut8', color=toRGB('Violet' ), threshold=0.80*scale )
style.addDrawingStyle( group='Cuts (VIA holes)', name='cut9', color=toRGB('Violet' ), threshold=0.80*scale )
# Group: MIM6.
style.addDrawingStyle( group='MIM6', name='metbot_r', color=toRGB('Aqua' ), pattern=toHexa('light_antihash0.8'), threshold=0.80*scale )
style.addDrawingStyle( group='MIM6', name='cut6' , color=toRGB('LightPink'), pattern=toHexa('light_antihash1.8'), threshold=0.80*scale )
style.addDrawingStyle( group='MIM6', name='metal7' , color=toRGB('Green' ), pattern=toHexa('light_antihash2.8'), threshold=0.80*scale )
# Group: Blockages.
style.addDrawingStyle( group='Blockages', name='blockage1' , color=toRGB('Blue' ), pattern='006070381c0e0703' , threshold=0.80*scale, border=2 )
style.addDrawingStyle( group='Blockages', name='blockage2' , color=toRGB('Aqua' ), pattern='8103060c183060c0' , threshold=0.80*scale, border=2 )
style.addDrawingStyle( group='Blockages', name='blockage3' , color=toRGB('LightPink'), pattern=toHexa('poids4.8' ), threshold=0.80*scale, border=2 )
style.addDrawingStyle( group='Blockages', name='blockage4' , color=toRGB('Green' ), pattern=toHexa('light_antihash2.8'), threshold=0.80*scale, border=2 )
style.addDrawingStyle( group='Blockages', name='blockage5' , color=toRGB('Yellow' ), pattern='1144114411441144' , threshold=0.80*scale, border=2 )
style.addDrawingStyle( group='Blockages', name='blockage6' , color=toRGB('Violet' ), pattern=toHexa('light_antihash0.8'), threshold=0.80*scale, border=2 )
style.addDrawingStyle( group='Blockages', name='blockage7' , color=toRGB('Violet' ), pattern=toHexa('light_antihash0.8'), threshold=0.80*scale, border=2 )
style.addDrawingStyle( group='Blockages', name='blockage8' , color=toRGB('Violet' ), pattern=toHexa('light_antihash0.8'), threshold=0.80*scale, border=2 )
style.addDrawingStyle( group='Blockages', name='blockage9' , color=toRGB('Violet' ), pattern=toHexa('light_antihash0.8'), threshold=0.80*scale, border=2 )
style.addDrawingStyle( group='Blockages', name='blockage10', color=toRGB('Violet' ), pattern=toHexa('light_antihash0.8'), threshold=0.80*scale, border=2 )
# Group: Knik & Kite.
style.addDrawingStyle( group='Knik & Kite', name='SPL1' , color=toRGB('Red' ) )
style.addDrawingStyle( group='Knik & Kite', name='AutoLayer' , color=toRGB('Magenta' ) )
style.addDrawingStyle( group='Knik & Kite', name='gmetalh' , color=toRGB('128,255,200'), pattern=toHexa('light_antihash0.8'), border=1 )
style.addDrawingStyle( group='Knik & Kite', name='gmetalv' , color=toRGB('200,200,255'), pattern=toHexa('light_antihash1.8'), border=1 )
style.addDrawingStyle( group='Knik & Kite', name='gcut' , color=toRGB('255,255,190'), border=1 )
style.addDrawingStyle( group='Knik & Kite', name='Anabatic::Edge' , color=toRGB('255,255,190'), pattern='0000000000000000', threshold=0.02*scale, border=4 )
style.addDrawingStyle( group='Knik & Kite', name='Anabatic::GCell', color=toRGB('255,0,0' ), pattern='0000000000000000', threshold=0.02*scale, border=4 )
Viewer.Graphics.addStyle( style )
# ----------------------------------------------------------------------
# Style: Alliance.Coriolis [white].
style = Viewer.DisplayStyle( 'Alliance.Coriolis [white]' )
style.inheritFrom( 'Alliance.Coriolis [black]' )
style.setDescription( 'Alliance Coriolis Look - white background' )
style.setDarkening ( Viewer.DisplayStyle.HSVr(1.0, 3.0, 2.5) )
style.addDrawingStyle( group='Viewer', name='fallback' , color=toRGB('Gray238' ), border=1, pattern='55AA55AA55AA55AA' )
style.addDrawingStyle( group='Viewer', name='background' , color=toRGB('Gray50' ), border=1 )
style.addDrawingStyle( group='Viewer', name='foreground' , color=toRGB('White' ), border=1 )
style.addDrawingStyle( group='Viewer', name='rubber' , color=toRGB('192,0,192' ), border=4, threshold=0.02*scale )
style.addDrawingStyle( group='Viewer', name='phantom' , color=toRGB('Seashell4' ), border=1 )
style.addDrawingStyle( group='Viewer', name='boundaries' , color=toRGB('208,199,192'), border=1, pattern='0000000000000000', threshold=0 )
style.addDrawingStyle( group='Viewer', name='marker' , color=toRGB('80,250,80' ), border=1 )
style.addDrawingStyle( group='Viewer', name='selectionDraw' , color=toRGB('White' ), border=1 )
style.addDrawingStyle( group='Viewer', name='selectionFill' , color=toRGB('White' ), border=1 )
style.addDrawingStyle( group='Viewer', name='grid' , color=toRGB('White' ), border=1, threshold=2.0*scale )
style.addDrawingStyle( group='Viewer', name='spot' , color=toRGB('White' ), border=2, threshold=6.0*scale )
style.addDrawingStyle( group='Viewer', name='ghost' , color=toRGB('White' ), border=1 )
style.addDrawingStyle( group='Viewer', name='text.ruler' , color=toRGB('White' ), border=1, threshold=0.0 *scale )
style.addDrawingStyle( group='Viewer', name='text.instance' , color=toRGB('White' ), border=1, threshold=400.0 *scale )
style.addDrawingStyle( group='Viewer', name='text.reference', color=toRGB('White' ), border=1, threshold=200.0*scale )
style.addDrawingStyle( group='Viewer', name='undef' , color=toRGB('Violet' ), border=0, pattern='2244118822441188' )
# Active Layers.
style.addDrawingStyle( group='Active Layer', name='nWell' , color=toRGB('Tan' ), pattern=toHexa('urgo.8' ), border=1, threshold=0*scale )
style.addDrawingStyle( group='Active Layer', name='pWell' , color=toRGB('LightYellow'), pattern=toHexa('urgo.8' ), border=1, threshold=0*scale )
style.addDrawingStyle( group='Active Layer', name='nImplant', color=toRGB('LawnGreen' ), pattern=toHexa('antihash0.8'), border=1, threshold=0*scale )
style.addDrawingStyle( group='Active Layer', name='pImplant', color=toRGB('Yellow' ), pattern=toHexa('antihash0.8'), border=1, threshold=0*scale )
style.addDrawingStyle( group='Active Layer', name='active' , color=toRGB('White' ), pattern=toHexa('antihash1.8'), border=1, threshold=0*scale )
style.addDrawingStyle( group='Active Layer', name='poly' , color=toRGB('Red' ), pattern=toHexa('poids2.8' ), border=1, threshold=0*scale )
style.addDrawingStyle( group='Active Layer', name='poly2' , color=toRGB('Orange' ), pattern=toHexa('poids2.8' ), border=1, threshold=0*scale )
# Routing Layers.
style.addDrawingStyle( group='Routing Layer', name='metal1' , color=toRGB('Blue' ), pattern=toHexa('slash.8' ), border=1, threshold=0.0*scale )
style.addDrawingStyle( group='Routing Layer', name='metal2' , color=toRGB('Aqua' ), pattern=toHexa('poids4.8'), border=1, threshold=0.0*scale )
style.addDrawingStyle( group='Routing Layer', name='metcap' , color=toRGB('DarkTurquoise'), pattern=toHexa('poids2.8'), border=2, threshold=0.0*scale )
style.addDrawingStyle( group='Routing Layer', name='metal3' , color=toRGB('LightPink' ), pattern=toHexa('poids4.8'), border=1, threshold=0.0*scale )
style.addDrawingStyle( group='Routing Layer', name='metal4' , color=toRGB('Green' ), pattern=toHexa('poids4.8'), border=1, threshold=0.0*scale )
style.addDrawingStyle( group='Routing Layer', name='metal5' , color=toRGB('Yellow' ), pattern=toHexa('poids4.8'), border=1, threshold=0.0*scale )
style.addDrawingStyle( group='Routing Layer', name='metal6' , color=toRGB('Violet' ), pattern=toHexa('poids4.8'), border=1, threshold=0.0*scale )
style.addDrawingStyle( group='Routing Layer', name='metal7' , color=toRGB('Red' ), pattern=toHexa('poids4.8'), border=1, threshold=0.0*scale )
style.addDrawingStyle( group='Routing Layer', name='metal8' , color=toRGB('Blue' ), pattern=toHexa('poids4.8'), border=1, threshold=0.0*scale )
style.addDrawingStyle( group='Routing Layer', name='metal9' , color=toRGB('Blue' ), pattern=toHexa('poids4.8'), border=1, threshold=0.0*scale )
style.addDrawingStyle( group='Routing Layer', name='metal10', color=toRGB('Blue' ), pattern=toHexa('poids4.8'), border=1, threshold=0.0*scale )
# Cuts (VIA holes).
style.addDrawingStyle( group='Cuts (VIA holes)', name='cut0', color=toRGB('0,150,150'), threshold=0*scale )
style.addDrawingStyle( group='Cuts (VIA holes)', name='cut1', color=toRGB('Aqua' ), threshold=0.0*scale )
style.addDrawingStyle( group='Cuts (VIA holes)', name='cut2', color=toRGB('LightPink'), threshold=0.0*scale )
style.addDrawingStyle( group='Cuts (VIA holes)', name='cut3', color=toRGB('Green' ), threshold=0.0*scale )
style.addDrawingStyle( group='Cuts (VIA holes)', name='cut4', color=toRGB('Yellow' ), threshold=0.0*scale )
style.addDrawingStyle( group='Cuts (VIA holes)', name='cut5', color=toRGB('Violet' ), threshold=0.0*scale )
style.addDrawingStyle( group='Cuts (VIA holes)', name='cut6', color=toRGB('Red' ), threshold=0.0*scale )
style.addDrawingStyle( group='Cuts (VIA holes)', name='cut7', color=toRGB('Blue' ), threshold=0.0*scale )
style.addDrawingStyle( group='Cuts (VIA holes)', name='cut8', color=toRGB('Blue' ), threshold=0.0*scale )
style.addDrawingStyle( group='Cuts (VIA holes)', name='cut9', color=toRGB('Blue' ), threshold=0.0*scale )
# MIM6.
style.addDrawingStyle( group='MIM6', name='metbot_r', color=toRGB('Aqua' ), pattern=toHexa('light_antihash0.8'), threshold=0.80*scale )
style.addDrawingStyle( group='MIM6', name='metal7' , color=toRGB('Green'), pattern=toHexa('light_antihash2.8'), threshold=0.80*scale )
# Blockages.
style.addDrawingStyle( group='Blockages', name='blockage1' , color=toRGB('Blue' ), pattern=toHexa('light_antislash0.8'), threshold=0.80*scale, border=4 )
style.addDrawingStyle( group='Blockages', name='blockage2' , color=toRGB('Aqua' ), pattern=toHexa('poids4.8' ), threshold=0.80*scale, border=4 )
style.addDrawingStyle( group='Blockages', name='blockage3' , color=toRGB('LightPink'), pattern=toHexa('poids4.8' ), threshold=0.80*scale, border=4 )
style.addDrawingStyle( group='Blockages', name='blockage4' , color=toRGB('Green' ), pattern=toHexa('poids4.8' ), threshold=0.80*scale, border=4 )
style.addDrawingStyle( group='Blockages', name='blockage5' , color=toRGB('Yellow' ), pattern=toHexa('poids4.8' ), threshold=0.80*scale, border=4 )
style.addDrawingStyle( group='Blockages', name='blockage6' , color=toRGB('Violet' ), pattern=toHexa('poids4.8' ), threshold=0.80*scale, border=4 )
style.addDrawingStyle( group='Blockages', name='blockage7' , color=toRGB('Red' ), pattern=toHexa('poids4.8' ), threshold=0.80*scale, border=4 )
style.addDrawingStyle( group='Blockages', name='blockage8' , color=toRGB('Blue' ), pattern=toHexa('poids4.8' ), threshold=0.80*scale, border=4 )
style.addDrawingStyle( group='Blockages', name='blockage9' , color=toRGB('Blue' ), pattern=toHexa('poids4.8' ), threshold=0.80*scale, border=4 )
style.addDrawingStyle( group='Blockages', name='blockage10', color=toRGB('Blue' ), pattern=toHexa('poids4.8' ), threshold=0.80*scale, border=4 )
# Knick & Kite.
style.addDrawingStyle( group='Knik & Kite', name='SPL1' , color=toRGB('Red' ) )
style.addDrawingStyle( group='Knik & Kite', name='AutoLayer' , color=toRGB('Magenta' ) )
style.addDrawingStyle( group='Knik & Kite', name='gmetalh' , color=toRGB('128,255,200'), pattern=toHexa('antislash2.32' ), border=1 )
style.addDrawingStyle( group='Knik & Kite', name='gmetalv' , color=toRGB('200,200,255'), pattern=toHexa('light_antihash1.8'), border=1 )
style.addDrawingStyle( group='Knik & Kite', name='gcut' , color=toRGB('255,255,190'), border=1 )
style.addDrawingStyle( group='Knik & Kite', name='Anabatic::Edge' , color=toRGB('255,255,190'), pattern='0000000000000000', border=4, threshold=0.02*scale )
style.addDrawingStyle( group='Knik & Kite', name='Anabatic::GCell', color=toRGB('255,255,190'), pattern='0000000000000000', border=2, threshold=0.10*scale )
Viewer.Graphics.addStyle( style )
# ----------------------------------------------------------------------
# Style: Alliance.Classic [black]
style = Viewer.DisplayStyle( 'Alliance.Classic [black]' )
style.setDescription( 'Alliance Classic Look - black background' )
style.setDarkening ( Viewer.DisplayStyle.HSVr(1.0, 3.0, 2.5) )
# Viewer.
style.addDrawingStyle( group='Viewer', name='fallback' , color=toRGB('Gray238' ), border=1, pattern='55AA55AA55AA55AA' )
style.addDrawingStyle( group='Viewer', name='background' , color=toRGB('Gray50' ), border=1 )
style.addDrawingStyle( group='Viewer', name='foreground' , color=toRGB('White' ), border=1 )
style.addDrawingStyle( group='Viewer', name='rubber' , color=toRGB('192,0,192' ), border=4, threshold=0.02*scale )
style.addDrawingStyle( group='Viewer', name='phantom' , color=toRGB('Seashell4' ), border=1 )
#style.addDrawingStyle( group='Viewer', name='boundaries' , color=toRGB('208,199,192'), border=2, threshold=0 )
style.addDrawingStyle( group='Viewer', name='boundaries' , color=toRGB('wheat1') , border=2, pattern='0000000000000000', threshold=0 )
style.addDrawingStyle( group='Viewer', name='marker' , color=toRGB('80,250,80' ), border=1 )
style.addDrawingStyle( group='Viewer', name='selectionDraw' , color=toRGB('White' ), border=1 )
style.addDrawingStyle( group='Viewer', name='selectionFill' , color=toRGB('White' ), border=1 )
style.addDrawingStyle( group='Viewer', name='grid' , color=toRGB('White' ), border=1, threshold=8.0*scale )
style.addDrawingStyle( group='Viewer', name='spot' , color=toRGB('White' ), border=2, threshold=6.0*scale )
style.addDrawingStyle( group='Viewer', name='ghost' , color=toRGB('White' ), border=1 )
style.addDrawingStyle( group='Viewer', name='text.ruler' , color=toRGB('White' ), border=1, threshold= 0.0*scale )
style.addDrawingStyle( group='Viewer', name='text.instance' , color=toRGB('White' ), border=1, threshold=400.0*scale )
style.addDrawingStyle( group='Viewer', name='text.reference', color=toRGB('White' ), border=1, threshold=200.0*scale )
style.addDrawingStyle( group='Viewer', name='undef' , color=toRGB('Violet' ), border=0, pattern='2244118822441188' )
# Active Layers.
style.addDrawingStyle( group='Active Layers', name='nWell' , color=toRGB('Tan' ), pattern=toHexa('urgo.8' ), border=1, threshold=0.00*scale )
style.addDrawingStyle( group='Active Layers', name='pWell' , color=toRGB('LightYellow'), pattern=toHexa('urgo.8' ), border=1, threshold=0.00*scale )
style.addDrawingStyle( group='Active Layers', name='nImplant', color=toRGB('LawnGreen' ), pattern=toHexa('antihash0.8'), border=1, threshold=0.00*scale )
style.addDrawingStyle( group='Active Layers', name='pImplant', color=toRGB('Yellow' ), pattern=toHexa('antihash0.8'), border=1, threshold=0.00*scale )
style.addDrawingStyle( group='Active Layers', name='active' , color=toRGB('White' ), pattern='0000000000000000' , border=1, threshold=0.00*scale )
style.addDrawingStyle( group='Active Layers', name='poly' , color=toRGB('Red' ), pattern=toHexa('poids2.8' ), border=1, threshold=0.00*scale )
style.addDrawingStyle( group='Active Layers', name='poly2' , color=toRGB('Orange' ), pattern=toHexa('poids2.8' ), border=1, threshold=0.00*scale )
# Routing Layers.
style.addDrawingStyle( group='Routing Layers', name='metal1' , color=toRGB('Blue' ), pattern=toHexa('slash.8' ), border=1, threshold=0.80*scale )
style.addDrawingStyle( group='Routing Layers', name='metal2' , color=toRGB('Aqua' ), pattern=toHexa('poids4.8' ), border=1, threshold=0.00*scale )
style.addDrawingStyle( group='Routing Layers', name='metcap' , color=toRGB('DarkTurquoise'), pattern=toHexa('poids2.8' ), border=2, threshold=0.00*scale )
style.addDrawingStyle( group='Routing Layers', name='metal3' , color=toRGB('LightPink' ), pattern=toHexa('poids4.8' ), border=1, threshold=0.00*scale )
style.addDrawingStyle( group='Routing Layers', name='metal4' , color=toRGB('Green' ), pattern=toHexa('poids4.8' ), border=1, threshold=0.00*scale )
style.addDrawingStyle( group='Routing Layers', name='metal5' , color=toRGB('Yellow' ), pattern=toHexa('poids4.8' ), border=1, threshold=0.00*scale )
style.addDrawingStyle( group='Routing Layers', name='metal6' , color=toRGB('Violet' ), pattern=toHexa('poids4.8' ), border=1, threshold=0.00*scale )
style.addDrawingStyle( group='Routing Layers', name='metal7' , color=toRGB('Red' ), pattern=toHexa('poids4.8' ), border=1, threshold=0.00*scale )
style.addDrawingStyle( group='Routing Layers', name='metal8' , color=toRGB('Blue' ), pattern=toHexa('poids4.8' ), border=1, threshold=0.00*scale )
style.addDrawingStyle( group='Routing Layers', name='metal9' , color=toRGB('Blue' ), pattern=toHexa('poids4.8' ), border=1, threshold=0.00*scale )
style.addDrawingStyle( group='Routing Layers', name='metal10', color=toRGB('Blue' ), pattern=toHexa('poids4.8' ), border=1, threshold=0.00*scale )
# Cuts (VIA holes).
style.addDrawingStyle( group='Cuts (VIA holes)', name='cut0', color=toRGB('0,150,150'), threshold=0.0*scale )
style.addDrawingStyle( group='Cuts (VIA holes)', name='cut1', color=toRGB('Aqua' ), threshold=0.0*scale )
style.addDrawingStyle( group='Cuts (VIA holes)', name='cut2', color=toRGB('LightPink'), threshold=0.0*scale )
style.addDrawingStyle( group='Cuts (VIA holes)', name='cut3', color=toRGB('Green' ), threshold=0.0*scale )
style.addDrawingStyle( group='Cuts (VIA holes)', name='cut4', color=toRGB('Yellow' ), threshold=0.0*scale )
style.addDrawingStyle( group='Cuts (VIA holes)', name='cut5', color=toRGB('Violet' ), threshold=0.0*scale )
style.addDrawingStyle( group='Cuts (VIA holes)', name='cut6', color=toRGB('Red' ), threshold=0.0*scale )
style.addDrawingStyle( group='Cuts (VIA holes)', name='cut7', color=toRGB('Blue' ), threshold=0.0*scale )
style.addDrawingStyle( group='Cuts (VIA holes)', name='cut8', color=toRGB('Blue' ), threshold=0.0*scale )
style.addDrawingStyle( group='Cuts (VIA holes)', name='cut9', color=toRGB('Blue' ), threshold=0.0*scale )
# MIM6.
style.addDrawingStyle( group='MIMI6', name='metbot_r', color=toRGB('Aqua' ), pattern=toHexa('light_antihash0.8'), threshold=0.80*scale )
style.addDrawingStyle( group='MIMI6', name='metal7' , color=toRGB('Green'), pattern=toHexa('light_antihash2.8'), threshold=0.80*scale )
# Blockages.
style.addDrawingStyle( group='Blockages', name='blockage1' , color=toRGB('Blue' ), pattern=toHexa('light_antislash0.8'), threshold=0.80*scale, border=4 )
style.addDrawingStyle( group='Blockages', name='blockage2' , color=toRGB('Aqua' ), pattern=toHexa('poids4.8' ), threshold=0.80*scale, border=4 )
style.addDrawingStyle( group='Blockages', name='blockage3' , color=toRGB('LightPink'), pattern=toHexa('poids4.8' ), threshold=0.80*scale, border=4 )
style.addDrawingStyle( group='Blockages', name='blockage4' , color=toRGB('Green' ), pattern=toHexa('poids4.8' ), threshold=0.80*scale, border=4 )
style.addDrawingStyle( group='Blockages', name='blockage5' , color=toRGB('Yellow' ), pattern=toHexa('poids4.8' ), threshold=0.80*scale, border=4 )
style.addDrawingStyle( group='Blockages', name='blockage6' , color=toRGB('Violet' ), pattern=toHexa('poids4.8' ), threshold=0.80*scale, border=4 )
style.addDrawingStyle( group='Blockages', name='blockage7' , color=toRGB('Red' ), pattern=toHexa('poids4.8' ), threshold=0.80*scale, border=4 )
style.addDrawingStyle( group='Blockages', name='blockage8' , color=toRGB('Blue' ), pattern=toHexa('poids4.8' ), threshold=0.80*scale, border=4 )
style.addDrawingStyle( group='Blockages', name='blockage9' , color=toRGB('Blue' ), pattern=toHexa('poids4.8' ), threshold=0.80*scale, border=4 )
style.addDrawingStyle( group='Blockages', name='blockage10', color=toRGB('Blue' ), pattern=toHexa('poids4.8' ), threshold=0.80*scale, border=4 )
# Knick & Kite.
style.addDrawingStyle( group='Knik & Kite', name='SPL1' , color=toRGB('Red' ) )
style.addDrawingStyle( group='Knik & Kite', name='AutoLayer' , color=toRGB('Magenta' ) )
style.addDrawingStyle( group='Knik & Kite', name='gmetalh' , color=toRGB('128,255,200'), pattern=toHexa('antislash2.32' ), border=1 )
style.addDrawingStyle( group='Knik & Kite', name='gmetalv' , color=toRGB('200,200,255'), pattern=toHexa('light_antihash1.8'), border=1 )
style.addDrawingStyle( group='Knik & Kite', name='gcut' , color=toRGB('255,255,190'), border=1 )
style.addDrawingStyle( group='Knik & Kite', name='Anabatic::Edge' , color=toRGB('255,255,190'), pattern='0000000000000000' , border=4, threshold=0.02*scale )
style.addDrawingStyle( group='Knik & Kite', name='Anabatic::GCell', color=toRGB('255,255,190'), pattern='0000000000000000' , border=2, threshold=0.10*scale )
Viewer.Graphics.addStyle( style )
# ----------------------------------------------------------------------
# Style: Alliance.Classic [white].
style = Viewer.DisplayStyle( 'Alliance.Classic [white]' )
style.inheritFrom( 'Alliance.Classic [black]' )
style.setDescription( 'Alliance Classic Look - white background' )
style.setDarkening ( Viewer.DisplayStyle.HSVr(1.0, 3.0, 2.5) )
# Group: Viewer.
style.addDrawingStyle( group='Viewer', name='fallback' , color=toRGB('Black'), border=1, pattern='55AA55AA55AA55AA' )
style.addDrawingStyle( group='Viewer', name='background' , color=toRGB('White'), border=1 )
style.addDrawingStyle( group='Viewer', name='foreground' , color=toRGB('Black'), border=1 )
style.addDrawingStyle( group='Viewer', name='selectionDraw' , color=toRGB('Black'), border=1 )
style.addDrawingStyle( group='Viewer', name='selectionFill' , color=toRGB('Black'), border=1 )
style.addDrawingStyle( group='Viewer', name='grid' , color=toRGB('Black'), border=1, threshold=6.0*scale )
style.addDrawingStyle( group='Viewer', name='spot' , color=toRGB('Black'), border=1, threshold=6.0*scale )
style.addDrawingStyle( group='Viewer', name='ghost' , color=toRGB('Black'), border=1 )
style.addDrawingStyle( group='Viewer', name='text.ruler' , color=toRGB('Black'), border=1, threshold=0.0 *scale )
style.addDrawingStyle( group='Viewer', name='text.instance' , color=toRGB('Black'), border=1, threshold=4.0 *scale )
style.addDrawingStyle( group='Viewer', name='text.reference', color=toRGB('Black'), border=1, threshold=20.0*scale )
style.addDrawingStyle( group='Viewer', name='undef' , color=toRGB('Black'), border=0, pattern='2244118822441188' )
Viewer.Graphics.addStyle( style )
# ----------------------------------------------------------------------
# Style: Layout Design [black]
style = Viewer.DisplayStyle( 'Layout Design [black]' )
style.inheritFrom( 'Alliance.Classic [black]' )
style.setDescription( 'Alliance Classic Look - white background' )
style.setDarkening ( Viewer.DisplayStyle.HSVr(1.0, 3.0, 2.5) )
# Active Layers.
style.addDrawingStyle( group='Active Layers', name='nWell' , color=toRGB('Tan' ), pattern='0000000000000000', threshold=1.50*scale, border=2 )
style.addDrawingStyle( group='Active Layers', name='pWell' , color=toRGB('LightYellow'), pattern='0000000000000000', threshold=1.50*scale, border=2 )
style.addDrawingStyle( group='Active Layers', name='nImplant', color=toRGB('LawnGreen' ), pattern='0000000000000000', threshold=1.50*scale, border=2 )
style.addDrawingStyle( group='Active Layers', name='pImplant', color=toRGB('Yellow' ), pattern='0000000000000000', threshold=1.50*scale, border=2 )
style.addDrawingStyle( group='Active Layers', name='active' , color=toRGB('White' ), pattern='0000000000000000', threshold=1.50*scale, border=2 )
style.addDrawingStyle( group='Active Layers', name='poly' , color=toRGB('Red' ), pattern='0000000000000000', threshold=1.50*scale, border=2 )
# Routing Layers.
style.addDrawingStyle( group='Routing Layers', name='metal1' , color=toRGB('Blue' ), pattern='0000000000000000', threshold=0.80*scale, border=2 )
style.addDrawingStyle( group='Routing Layers', name='metal2' , color=toRGB('Aqua' ), pattern='0000000000000000', threshold=0.40*scale, border=2 )
style.addDrawingStyle( group='Routing Layers', name='metal3' , color=toRGB('LightPink'), pattern='0000000000000000', threshold=0.02*scale, border=2 )
style.addDrawingStyle( group='Routing Layers', name='metal4' , color=toRGB('Green' ), pattern='0000000000000000', threshold=0.02*scale, border=2 )
style.addDrawingStyle( group='Routing Layers', name='metal5' , color=toRGB('Yellow' ), pattern='0000000000000000', threshold=0.02*scale, border=2 )
style.addDrawingStyle( group='Routing Layers', name='metal6' , color=toRGB('Violet' ), pattern='0000000000000000', threshold=0.02*scale, border=2 )
style.addDrawingStyle( group='Routing Layers', name='metal7' , color=toRGB('Violet' ), pattern='0000000000000000', threshold=0.02*scale, border=2 )
style.addDrawingStyle( group='Routing Layers', name='metal8' , color=toRGB('Violet' ), pattern='0000000000000000', threshold=0.02*scale, border=2 )
style.addDrawingStyle( group='Routing Layers', name='metal9' , color=toRGB('Violet' ), pattern='0000000000000000', threshold=0.02*scale, border=2 )
style.addDrawingStyle( group='Routing Layers', name='metal10', color=toRGB('Violet' ), pattern='0000000000000000', threshold=0.02*scale, border=2 )
# Cuts (VIA holes).
style.addDrawingStyle( group='Cuts (VIA holes)', name='cut0', color=toRGB('0,150,150'), pattern=toHexa('poids4.8'), threshold=1.50*scale, border=1 )
style.addDrawingStyle( group='Cuts (VIA holes)', name='cut1', color=toRGB('Aqua' ), pattern='0000000000000000', threshold=0.80*scale, border=1 )
style.addDrawingStyle( group='Cuts (VIA holes)', name='cut2', color=toRGB('LightPink'), pattern='0000000000000000', threshold=0.80*scale, border=1 )
style.addDrawingStyle( group='Cuts (VIA holes)', name='cut3', color=toRGB('Green' ), pattern='0000000000000000', threshold=0.80*scale, border=1 )
style.addDrawingStyle( group='Cuts (VIA holes)', name='cut4', color=toRGB('Yellow' ), pattern='0000000000000000', threshold=0.80*scale, border=1 )
style.addDrawingStyle( group='Cuts (VIA holes)', name='cut5', color=toRGB('Violet' ), pattern='0000000000000000', threshold=0.80*scale, border=1 )
style.addDrawingStyle( group='Cuts (VIA holes)', name='cut6', color=toRGB('Violet' ), pattern='0000000000000000', threshold=0.80*scale, border=1 )
style.addDrawingStyle( group='Cuts (VIA holes)', name='cut7', color=toRGB('Violet' ), pattern='0000000000000000', threshold=0.80*scale, border=1 )
style.addDrawingStyle( group='Cuts (VIA holes)', name='cut8', color=toRGB('Violet' ), pattern='0000000000000000', threshold=0.80*scale, border=1 )
style.addDrawingStyle( group='Cuts (VIA holes)', name='cut9', color=toRGB('Violet' ), pattern='0000000000000000', threshold=0.80*scale, border=1 )
Viewer.Graphics.addStyle( style )
# ----------------------------------------------------------------------
# Style: Layout Design [white]
style = Viewer.DisplayStyle( 'Layout Design [white]' )
style.inheritFrom( 'Layout Design [black]' )
style.setDescription( 'Layout Design Look - white background' )
style.setDarkening ( Viewer.DisplayStyle.HSVr(1.0, 3.0, 2.5) )
# Group: Viewer.
style.addDrawingStyle( group='Viewer', name='background' , color=toRGB('White'), border=1 )
style.addDrawingStyle( group='Viewer', name='grid' , color=toRGB('Black'), border=1, threshold=2.0 *scale )
style.addDrawingStyle( group='Viewer', name='spot' , color=toRGB('Black'), border=1, threshold=2.0 *scale )
style.addDrawingStyle( group='Viewer', name='text.ruler' , color=toRGB('Black'), border=1, threshold=0.0 *scale )
style.addDrawingStyle( group='Viewer', name='text.reference', color=toRGB('Black'), border=1, threshold=20.0*scale )
# Group: Active Layers.
style.addDrawingStyle( group='Active Layers', name='active', color=toRGB('175,175,175'), pattern='0000000000000000', threshold=1.50*scale, border=2 )
Viewer.Graphics.addStyle( style )
# ----------------------------------------------------------------------
# Style: For Printers [white]
style = Viewer.DisplayStyle( 'For Printers' )
style.setDescription( 'For Printers' )
style.setDarkening ( Viewer.DisplayStyle.HSVr(1.0, 3.0, 2.5) )
# Group: Viewer.
style.addDrawingStyle( group='Viewer', name='fallback' , color=toRGB('Gray238' ), border=1, pattern='55AA55AA55AA55AA' )
style.addDrawingStyle( group='Viewer', name='background' , color=toRGB('White' ), border=1 )
style.addDrawingStyle( group='Viewer', name='foreground' , color=toRGB('Black' ), border=1 )
style.addDrawingStyle( group='Viewer', name='rubber' , color=toRGB('192,0,192'), border=4, threshold=0.02*scale )
style.addDrawingStyle( group='Viewer', name='phantom' , color=toRGB('Seashell4'), border=1 )
style.addDrawingStyle( group='Viewer', name='boundaries' , color=toRGB('Black' ), border=1, pattern='0000000000000000', threshold=0 )
style.addDrawingStyle( group='Viewer', name='marker' , color=toRGB('80,250,80'), border=1 )
style.addDrawingStyle( group='Viewer', name='selectionDraw' , color=toRGB('Black' ), border=1 )
style.addDrawingStyle( group='Viewer', name='selectionFill' , color=toRGB('Black' ), border=1 )
style.addDrawingStyle( group='Viewer', name='grid' , color=toRGB('Black' ), border=1, threshold=2.0*scale )
style.addDrawingStyle( group='Viewer', name='spot' , color=toRGB('Black' ), border=2, threshold=6.0*scale )
style.addDrawingStyle( group='Viewer', name='ghost' , color=toRGB('Black' ), border=1 )
style.addDrawingStyle( group='Viewer', name='text.ruler' , color=toRGB('Black' ), border=1, threshold=0.0 *scale )
style.addDrawingStyle( group='Viewer', name='text.instance' , color=toRGB('Black' ), border=1, threshold=4.0 *scale )
style.addDrawingStyle( group='Viewer', name='text.reference' , color=toRGB('Black' ), border=1, threshold=20.0*scale )
style.addDrawingStyle( group='Viewer', name='undef' , color=toRGB('Violet' ), border=0, pattern='2244118822441188' )
style.addDrawingStyle( group='Viewer', name='mauka.container', color=toRGB('Magenta4' ), border=4, pattern='0000000000000000', goMatched=False )
# Group: Active Layers.
style.addDrawingStyle( group='Active Layers', name='nWell' , color=toRGB('Tan' ), pattern=toHexa('urgo.32' ), border=1, threshold=0.02*scale )
style.addDrawingStyle( group='Active Layers', name='pWell' , color=toRGB('LightYellow'), pattern=toHexa('antipoids2.32'), border=1, threshold=0.02*scale )
style.addDrawingStyle( group='Active Layers', name='nImplant', color=toRGB('LawnGreen' ), pattern=toHexa('diffusion.32' ), border=0, threshold=0.02*scale )
style.addDrawingStyle( group='Active Layers', name='pImplant', color=toRGB('Yellow' ), pattern=toHexa('diffusion.32' ), border=0, threshold=0.02*scale )
style.addDrawingStyle( group='Active Layers', name='active' , color=toRGB('White' ), pattern=toHexa('active.32' ), border=0, threshold=0.02*scale )
style.addDrawingStyle( group='Active Layers', name='poly' , color=toRGB('Red' ), pattern=toHexa('antipoids2.32'), border=1, threshold=0.02*scale )
style.addDrawingStyle( group='Active Layers', name='poly2' , color=toRGB('Orange' ), pattern=toHexa('antipoids2.32'), border=1, threshold=0.02*scale )
# Group: Routing Layers.
style.addDrawingStyle( group='Routing Layers', name='metal1' , color=toRGB('Blue' ), pattern=toHexa('slash.32' ), border=4, threshold=0.02*scale )
style.addDrawingStyle( group='Routing Layers', name='metal2' , color=toRGB('Aqua' ), pattern=toHexa('antislash2.32'), border=1, threshold=0.02*scale )
style.addDrawingStyle( group='Routing Layers', name='metcap' , color=toRGB('DarkTurquoise'), pattern=toHexa('poids2.32' ), border=2, threshold=0.02*scale )
style.addDrawingStyle( group='Routing Layers', name='metal3' , color=toRGB('LightPink' ), pattern=toHexa('antislash3.32'), border=1, threshold=0.02*scale )
style.addDrawingStyle( group='Routing Layers', name='metal4' , color=toRGB('Green' ), pattern=toHexa('antislash4.32'), border=1, threshold=0.02*scale )
style.addDrawingStyle( group='Routing Layers', name='metal5' , color=toRGB('Yellow' ), pattern=toHexa('antislash5.32'), border=1, threshold=0.02*scale )
style.addDrawingStyle( group='Routing Layers', name='metal6' , color=toRGB('Violet' ), pattern=toHexa('antislash2.32'), border=1, threshold=0.02*scale )
style.addDrawingStyle( group='Routing Layers', name='metal7' , color=toRGB('Violet' ), pattern=toHexa('antislash2.32'), border=1, threshold=0.02*scale )
style.addDrawingStyle( group='Routing Layers', name='metal8' , color=toRGB('Violet' ), pattern=toHexa('antislash2.32'), border=1, threshold=0.02*scale )
style.addDrawingStyle( group='Routing Layers', name='metal9' , color=toRGB('Violet' ), pattern=toHexa('antislash2.32'), border=1, threshold=0.02*scale )
style.addDrawingStyle( group='Routing Layers', name='metal10', color=toRGB('Violet' ), pattern=toHexa('antislash2.32'), border=1, threshold=0.02*scale )
# Group: Cuts (VIA holes)
style.addDrawingStyle( group='Cuts (VIA holes)', name='cut0', color=toRGB('Blue' ), pattern=toHexa('poids2.8' ), border=2, threshold=0.02*scale )
style.addDrawingStyle( group='Cuts (VIA holes)', name='cut1', color=toRGB('Aqua' ), pattern=toHexa('antipoids2.8'), border=2, threshold=0.02*scale )
style.addDrawingStyle( group='Cuts (VIA holes)', name='cut2', color=toRGB('LightPink'), pattern=toHexa('poids2.8' ), border=2, threshold=0.02*scale )
style.addDrawingStyle( group='Cuts (VIA holes)', name='cut3', color=toRGB('Green' ), pattern=toHexa('antipoids2.8'), border=2, threshold=0.02*scale )
style.addDrawingStyle( group='Cuts (VIA holes)', name='cut4', color=toRGB('Yellow' ), pattern=toHexa('poids2.8' ), border=2, threshold=0.02*scale )
style.addDrawingStyle( group='Cuts (VIA holes)', name='cut5', color=toRGB('Violet' ), pattern=toHexa('antipoids2.8'), border=2, threshold=0.02*scale )
style.addDrawingStyle( group='Cuts (VIA holes)', name='cut6', color=toRGB('Violet' ), pattern=toHexa('antipoids2.8'), border=2, threshold=0.02*scale )
style.addDrawingStyle( group='Cuts (VIA holes)', name='cut7', color=toRGB('Violet' ), pattern=toHexa('antipoids2.8'), border=2, threshold=0.02*scale )
style.addDrawingStyle( group='Cuts (VIA holes)', name='cut8', color=toRGB('Violet' ), pattern=toHexa('antipoids2.8'), border=2, threshold=0.02*scale )
style.addDrawingStyle( group='Cuts (VIA holes)', name='cut9', color=toRGB('Violet' ), pattern=toHexa('antipoids2.8'), border=2, threshold=0.02*scale )
# Group: MIM6.
style.addDrawingStyle( group='MIM6', name='metbot_r', color=toRGB('Aqua' ), pattern=toHexa('light_antihash0.8'), threshold=0.80*scale )
style.addDrawingStyle( group='MIM6', name='cut6' , color=toRGB('LightPink'), pattern=toHexa('light_antihash1.8'), threshold=0.80*scale )
style.addDrawingStyle( group='MIM6', name='metal7' , color=toRGB('Green' ), pattern=toHexa('light_antihash2.8'), threshold=0.80*scale )
# Group: Blockages.
style.addDrawingStyle( group='Blockages', name='blockage1' , color=toRGB('Blue' ), pattern='006070381c0e0703' , threshold=0.80*scale, border=2 )
style.addDrawingStyle( group='Blockages', name='blockage2' , color=toRGB('Aqua' ), pattern='8103060c183060c0' , threshold=0.80*scale, border=2 )
style.addDrawingStyle( group='Blockages', name='blockage3' , color=toRGB('LightPink'), pattern=toHexa('poids4.8' ), threshold=0.80*scale, border=2 )
style.addDrawingStyle( group='Blockages', name='blockage4' , color=toRGB('Green' ), pattern=toHexa('light_antihash2.8'), threshold=0.80*scale, border=2 )
style.addDrawingStyle( group='Blockages', name='blockage5' , color=toRGB('Yellow' ), pattern='1144114411441144' , threshold=0.80*scale, border=2 )
style.addDrawingStyle( group='Blockages', name='blockage6' , color=toRGB('Violet' ), pattern=toHexa('light_antihash0.8'), threshold=0.80*scale, border=2 )
style.addDrawingStyle( group='Blockages', name='blockage7' , color=toRGB('Violet' ), pattern=toHexa('light_antihash0.8'), threshold=0.80*scale, border=2 )
style.addDrawingStyle( group='Blockages', name='blockage8' , color=toRGB('Violet' ), pattern=toHexa('light_antihash0.8'), threshold=0.80*scale, border=2 )
style.addDrawingStyle( group='Blockages', name='blockage9' , color=toRGB('Violet' ), pattern=toHexa('light_antihash0.8'), threshold=0.80*scale, border=2 )
style.addDrawingStyle( group='Blockages', name='blockage10', color=toRGB('Violet' ), pattern=toHexa('light_antihash0.8'), threshold=0.80*scale, border=2 )
# Group: Knik & Kite.
style.addDrawingStyle( group='Knik & Kite', name='SPL1' , color=toRGB('Red' ) )
style.addDrawingStyle( group='Knik & Kite', name='AutoLayer' , color=toRGB('Magenta' ) )
style.addDrawingStyle( group='Knik & Kite', name='gmetalh' , color=toRGB('128,255,200'), pattern=toHexa('light_antihash0.8') , border=1 )
style.addDrawingStyle( group='Knik & Kite', name='gmetalv' , color=toRGB('200,200,255'), pattern=toHexa('light_antihash1.8') , border=1 )
style.addDrawingStyle( group='Knik & Kite', name='gcut' , color=toRGB('255,255,190'), border=1 )
style.addDrawingStyle( group='Knik & Kite', name='Anabatic::Edge' , color=toRGB('255,255,190'), pattern='0000000000000000', border=2 )
style.addDrawingStyle( group='Knik & Kite', name='Anabatic::GCell', color=toRGB('Black' ), pattern='0000000000000000', border=2, threshold=0.80*scale )
Viewer.Graphics.addStyle( style )
Viewer.Graphics.setStyle( 'Alliance.Classic [black]' )
createStyles( scale=1.0 )

20
crlcore/python/technos/symbolic/lcmos/etesian.py Normal file
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# This file is part of the Coriolis Software.
# Copyright (c) Sorbonne Université 2019-2023, All Rights Reserved
#
# +-----------------------------------------------------------------+
# | C O R I O L I S |
# | Alliance / Hurricane Interface |
# | |
# | Author : Jean-Paul CHAPUT |
# | E-mail : Jean-Paul.Chaput@lip6.fr |
# | =============================================================== |
# | Python : "./etc/symbolic/lcmos/etesian.py" |
# +-----------------------------------------------------------------+
from coriolis.helpers import truncPath
from coriolis.helpers.io import vprint
vprint( 2, ' - "%s".' % truncPath(__file__) )
from ...common import etesian

194
crlcore/python/technos/symbolic/lcmos/kite.py Normal file
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# This file is part of the Coriolis Software.
# Copyright (c) Sorbonne Université 2019-2023, All Rights Reserved
#
# +-----------------------------------------------------------------+
# | C O R I O L I S |
# | Alliance / Hurricane Interface |
# | |
# | Author : Jean-Paul CHAPUT |
# | E-mail : Jean-Paul.Chaput@lip6.fr |
# | =============================================================== |
# | Python : "./etc/symbolic/lcmos/kite.py" |
# +-----------------------------------------------------------------+
import coriolis.Cfg as Cfg
from coriolis.Hurricane import DataBase
from coriolis.CRL import AllianceFramework, RoutingGauge, \
RoutingLayerGauge, CellGauge
from coriolis.helpers import truncPath, l, u, n
from coriolis.helpers.io import vprint
vprint( 2, ' - "%s".' % truncPath(__file__) )
from ...common import kite
p = Cfg.getParamDouble ( 'lefImport.minTerminalWidth' ).setDouble ( 0.0 )
p = Cfg.getParamString ( 'katabatic.routingGauge' ).setString ( 'sxlib' )
p = Cfg.getParamInt ( "katabatic.globalLengthThreshold" ).setInt ( 1450 )
p = Cfg.getParamPercentage( "katabatic.saturateRatio" ).setPercentage( 80 )
p = Cfg.getParamInt ( "katabatic.saturateRp" ).setInt ( 8 )
p = Cfg.getParamString ( 'katabatic.topRoutingLayer' ).setString ( 'METAL5' )
# Kite parameters.
p = Cfg.getParamInt( "kite.hTracksReservedLocal" ); p.setInt( 3 ); p.setMin( 0 ); p.setMax( 20 )
p = Cfg.getParamInt( "kite.vTracksReservedLocal" ); p.setInt( 3 ); p.setMin( 0 ); p.setMax( 20 )
p = Cfg.getParamInt( "kite.eventsLimit" ); p.setInt( 4000002 )
p = Cfg.getParamInt( "kite.ripupCost" ); p.setInt( 3 ); p.setMin( 0 )
p = Cfg.getParamInt( "kite.strapRipupLimit" ); p.setInt( 16 ); p.setMin( 1 )
p = Cfg.getParamInt( "kite.localRipupLimit" ); p.setInt( 9 ); p.setMin( 1 )
p = Cfg.getParamInt( "kite.globalRipupLimit" ); p.setInt( 5 ); p.setMin( 1 )
p = Cfg.getParamInt( "kite.longGlobalRipupLimit" ); p.setInt( 5 ); p.setMin( 1 )
# Anabatic & Katana parameters are temporarily hosted here.
p = Cfg.getParamString ( 'anabatic.routingGauge' ); p.setString ( 'sxlib' )
p = Cfg.getParamInt ( "anabatic.globalLengthThreshold" ); p.setInt ( 1450 )
p = Cfg.getParamPercentage( "anabatic.saturateRatio" ); p.setPercentage( 80 )
p = Cfg.getParamInt ( "anabatic.saturateRp" ); p.setInt ( 8 )
p = Cfg.getParamString ( 'anabatic.topRoutingLayer' ); p.setString ( 'METAL5' )
p = Cfg.getParamInt ( "anabatic.edgeLength" ); p.setInt ( 24 )
p = Cfg.getParamInt ( "anabatic.edgeWidth" ); p.setInt ( 4 )
p = Cfg.getParamDouble ( "anabatic.edgeCostH" ); p.setDouble ( 19.0 )
p = Cfg.getParamDouble ( "anabatic.edgeCostK" ); p.setDouble ( -60.0 )
p = Cfg.getParamDouble ( "anabatic.edgeHScaling" ); p.setDouble ( 1.0 )
p = Cfg.getParamInt ( "anabatic.globalIterations" ); p.setInt ( 10 ); p.setMin(1); p.setMax(100)
p = Cfg.getParamEnumerate ( "anabatic.gcell.displayMode" ); p.setInt ( 1 )
p.addValue( "Boundary", 1 )
p.addValue( "Density" , 2 )
p = Cfg.getParamBool ( "katana.useGlobalEstimate" ); p.setBool ( False );
p = Cfg.getParamInt ( "katana.hTracksReservedLocal" ); p.setInt ( 3 ); p.setMin(0); p.setMax(20)
p = Cfg.getParamInt ( "katana.vTracksReservedLocal" ); p.setInt ( 3 ); p.setMin(0); p.setMax(20)
p = Cfg.getParamInt ( "katana.hTracksReservedMin" ); p.setInt ( 1 ); p.setMin(0); p.setMax(20)
p = Cfg.getParamInt ( "katana.vTracksReservedMin" ); p.setInt ( 1 ); p.setMin(0); p.setMax(20)
p = Cfg.getParamInt ( "katana.termSatReservedLocal" ); p.setInt ( 8 )
p = Cfg.getParamInt ( "katana.termSatThreshold" ); p.setInt ( 9 )
p = Cfg.getParamInt ( "katana.eventsLimit" ); p.setInt ( 4000002 )
p = Cfg.getParamInt ( "katana.ripupCost" ); p.setInt ( 3 ); p.setMin(0)
p = Cfg.getParamInt ( "katana.strapRipupLimit" ); p.setInt ( 16 ); p.setMin(1)
p = Cfg.getParamInt ( "katana.localRipupLimit" ); p.setInt ( 9 ); p.setMin(1)
p = Cfg.getParamInt ( "katana.globalRipupLimit" ); p.setInt ( 5 ); p.setMin(1)
p = Cfg.getParamInt ( "katana.longGlobalRipupLimit" ); p.setInt ( 5 ); p.setMin(1)
p = Cfg.getParamString( 'chip.padCoreSide' ); p.setString( 'South' )
tech = DataBase.getDB().getTechnology()
af = AllianceFramework.get()
rg = RoutingGauge.create( 'sxlib' )
rg.addLayerGauge( RoutingLayerGauge.create( tech.getLayer('METAL1') # metal.
, RoutingLayerGauge.Vertical # preferred routing direction.
, RoutingLayerGauge.PinOnly # layer usage.
, 0 # depth.
, 0.0 # density (deprecated).
, l(0) # track offset from AB.
, l(5) # track pitch.
, l(2) # wire width.
, 0 # perpandicular wire width.
, l(1) # VIA side (that is VIA12).
, l(4) # obstacle dW.
) )
rg.addLayerGauge( RoutingLayerGauge.create( tech.getLayer('METAL2') # metal.
, RoutingLayerGauge.Horizontal # preferred routing direction.
, RoutingLayerGauge.Default # layer usage.
, 1 # depth.
, 0.0 # density (deprecated).
, l(0) # track offset from AB.
, l(5) # track pitch.
, l(2) # wire width.
, 0 # perpandicular wire width.
, l(1) # VIA side (that is VIA23).
, l(4) # obstacle dW.
) )
rg.addLayerGauge( RoutingLayerGauge.create( tech.getLayer('METAL3') # metal.
, RoutingLayerGauge.Vertical # preferred routing direction.
, RoutingLayerGauge.Default # layer usage.
, 2 # depth.
, 0.0 # density (deprecated).
, l(0) # track offset from AB.
, l(5) # track pitch.
, l(2) # wire width.
, 0 # perpandicular wire width.
, l(1) # VIA side (that is VIA34).
, l(4) # obstacle dW.
) )
rg.addLayerGauge( RoutingLayerGauge.create( tech.getLayer('METAL4') # metal.
, RoutingLayerGauge.Horizontal # preferred routing direction.
, RoutingLayerGauge.Default # layer usage.
, 3 # depth.
, 0.0 # density (deprecated).
, l(0) # track offset from AB.
, l(5) # track pitch.
, l(2) # wire width.
, 0 # perpandicular wire width.
, l(1) # VIA side (that is VIA23).
, l(4) # obstacle dW.
) )
rg.addLayerGauge( RoutingLayerGauge.create( tech.getLayer('METAL5') # metal.
, RoutingLayerGauge.Vertical # preferred routing direction.
, RoutingLayerGauge.Default # layer usage.
, 4 # depth.
, 0.0 # density (deprecated).
, l(0) # track offset from AB.
, l(5) # track pitch.
, l(2) # wire width.
, 0 # perpandicular wire width.
, l(1) # VIA side (that is VIA23).
, l(4) # obstacle dW.
) )
af.addRoutingGauge( rg )
rg = RoutingGauge.create( 'sxlib-2M' )
rg.addLayerGauge( RoutingLayerGauge.create( tech.getLayer('METAL1') # metal.
, RoutingLayerGauge.Vertical # preferred routing direction.
, RoutingLayerGauge.PinOnly # layer usage.
, 0 # depth.
, 0.0 # density (deprecated).
, l(0) # track offset from AB.
, l(5) # track pitch.
, l(2) # wire width.
, 0 # perpandicular wire width.
, l(1) # VIA side (that is VIA12).
, l(4) # obstacle dW.
) )
rg.addLayerGauge( RoutingLayerGauge.create( tech.getLayer('METAL2') # metal.
, RoutingLayerGauge.Horizontal # preferred routing direction.
, RoutingLayerGauge.Default # layer usage.
, 1 # depth.
, 0.0 # density (deprecated).
, l(0) # track offset from AB.
, l(5) # track pitch.
, l(2) # wire width.
, 0 # perpandicular wire width.
, l(1) # VIA side (that is VIA23).
, l(4) # obstacle dW.
) )
af.addRoutingGauge( rg )
af.setRoutingGauge( 'sxlib' )
# Gauge for standard cells.
cg = CellGauge.create( 'sxlib'
, 'metal2' # pin layer name.
, l( 5.0) # pitch.
, l( 50.0) # cell slice height.
, l( 5.0) # cell slice step.
)
af.addCellGauge( cg )
# Gauge for Alliance symbolic I/O pads.
cg = CellGauge.create( 'pxlib'
, 'metal2' # pin layer name.
, l( 5.0) # pitch.
, l(400.0) # cell slice height.
, l(200.0) # cell slice step.
)
af.addCellGauge( cg )

20
crlcore/python/technos/symbolic/lcmos/misc.py Normal file
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# This file is part of the Coriolis Software.
# Copyright (c) Sorbonne Université 2019-2023, All Rights Reserved
#
# +-----------------------------------------------------------------+
# | C O R I O L I S |
# | Alliance / Hurricane Interface |
# | |
# | Author : Jean-Paul CHAPUT |
# | E-mail : Jean-Paul.Chaput@lip6.fr |
# | =============================================================== |
# | Python : "./etc/symbolic/lcmos/misc.py" |
# +-----------------------------------------------------------------+
from coriolis.helpers import truncPath
from coriolis.helpers.io import vprint
vprint( 2, ' - "%s".' % truncPath(__file__) )
from ...common import misc

20
crlcore/python/technos/symbolic/lcmos/patterns.py Normal file
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# This file is part of the Coriolis Software.
# Copyright (c) Sorbonne Université 2019-2023, All Rights Reserved
#
# +-----------------------------------------------------------------+
# | C O R I O L I S |
# | Alliance / Hurricane Interface |
# | |
# | Author : Jean-Paul CHAPUT |
# | E-mail : Jean-Paul.Chaput@lip6.fr |
# | =============================================================== |
# | Python : "./etc/symbolic/lcmos/patterns.py" |
# +-----------------------------------------------------------------+
from coriolis.helpers import truncPath
from coriolis.helpers.io import vprint
vprint( 2, ' - "%s".' % truncPath(__file__) )
from ...common import patterns

32
crlcore/python/technos/symbolic/lcmos/plugins.py Normal file
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# This file is part of the Coriolis Software.
# Copyright (c) Sorbonne Université 2019-2023, All Rights Reserved
#
# +-----------------------------------------------------------------+
# | C O R I O L I S |
# | Alliance / Hurricane Interface |
# | |
# | Author : Jean-Paul CHAPUT |
# | E-mail : Jean-Paul.Chaput@lip6.fr |
# | =============================================================== |
# | Python : "./etc/symbolic/lcmos/plugins.py" |
# +-----------------------------------------------------------------+
import coriolis.Cfg as Cfg
from coriolis.helpers import truncPath, l, u, n
from coriolis.helpers.io import vprint
vprint( 2, ' - "%s".' % truncPath(__file__) )
Cfg.getParamInt ( "chip.block.rails.count" ).setInt ( 5 )
Cfg.getParamInt ( "chip.block.rails.hWidth" ).setInt ( l( 12) )
Cfg.getParamInt ( "chip.block.rails.vWidth" ).setInt ( l( 12) )
Cfg.getParamInt ( "chip.block.rails.hSpacing" ).setInt ( l( 3) )
Cfg.getParamInt ( "chip.block.rails.vSpacing" ).setInt ( l( 3) )
Cfg.getParamBool ( "chip.useAbstractPads" ).setBool ( True )
Cfg.getParamInt ( 'clockTree.minimumSide' ).setInt ( l(600) )
Cfg.getParamString( 'clockTree.buffer' ).setString( 'buf_x2')
Cfg.getParamString( 'clockTree.placerEngine' ).setString( 'Etesian')
Cfg.getParamInt ( 'block.spareSide' ).setInt ( 10 )
Cfg.getParamString( 'spares.buffer' ).setString( 'buf_x8')
Cfg.getParamInt ( 'spares.maxSinks' ).setInt ( 31 )

26
crlcore/python/technos/symbolic/lcmos/stratus1.py Normal file
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# This file is part of the Coriolis Software.
# Copyright (c) Sorbonne Université 2019-2023, All Rights Reserved
#
# +-----------------------------------------------------------------+
# | C O R I O L I S |
# | Alliance / Hurricane Interface |
# | |
# | Author : Jean-Paul CHAPUT |
# | E-mail : Jean-Paul.Chaput@lip6.fr |
# | =============================================================== |
# | Python : "./etc/symbolic/lcmos/stratus1.py" |
# +-----------------------------------------------------------------+
import os.path
import coriolis.Cfg as Cfg
from coriolis.helpers import sysConfDir, truncPath
from coriolis.helpers.io import vprint
vprint( 2, ' - "%s".' % truncPath(__file__) )
from ...common import stratus1
Cfg.getParamString( "stratus1.format" ).setString( "vst" )
Cfg.getParamString( "stratus1.simulator" ).setString( "asimut" )
Cfg.getParamString( "stratus1.mappingName" ).setString( os.path.join(sysConfDir,'symbolic/cmos/stratus2sxlib.xml') )

401
crlcore/python/technos/symbolic/lcmos/technology.py Normal file
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# This file is part of the Coriolis Software.
# Copyright (c) Sorbonne Université 2019-2023, All Rights Reserved
#
# +-----------------------------------------------------------------+
# | C O R I O L I S |
# | Alliance / Hurricane Interface |
# | |
# | Author : Jean-Paul CHAPUT |
# | E-mail : Jean-Paul.Chaput@lip6.fr |
# | =============================================================== |
# | Python : "./etc/symbolic/lcmos/technology.py" |
# +-----------------------------------------------------------------+
from coriolis.helpers import l, u, n, truncPath
from coriolis.helpers.io import WarningMessage, vprint
vprint( 2, ' - "{}".'.format(truncPath(__file__)) )
from coriolis.Hurricane import DbU, DataBase, Technology, Layer, BasicLayer, \
DiffusionLayer, TransistorLayer, \
RegularLayer, ContactLayer, ViaLayer
def createBL ( layerName, material ):
global tech
return BasicLayer.create( tech, layerName, BasicLayer.Material(material) )
tech = DataBase.getDB().getTechnology()
if tech:
print( WarningMessage( 'lcmos.technology: Technology already exists, "{}"'.format(tech.getName()) ))
else:
tech = Technology.create( DataBase.getDB(), 'lcmos' )
DbU.setPrecision ( 2 )
DbU.setPhysicalsPerGrid ( 0.5, DbU.UnitPowerMicro )
DbU.setGridsPerLambda ( 2 )
DbU.setSymbolicSnapGridStep( DbU.fromLambda(1.0) )
DbU.setPolygonStep ( DbU.fromGrid (2.0) )
from ...common import loadGdsLayers
nWell = createBL( 'nWell' , BasicLayer.Material.nWell ) # Non-Routing Layers.
pWell = createBL( 'pWell' , BasicLayer.Material.pWell )
nImplant = createBL( 'nImplant' , BasicLayer.Material.nImplant )
pImplant = createBL( 'pImplant' , BasicLayer.Material.pImplant )
active = createBL( 'active' , BasicLayer.Material.active )
poly = createBL( 'poly' , BasicLayer.Material.poly )
poly2 = createBL( 'poly2' , BasicLayer.Material.poly )
cut0 = createBL( 'cut0' , BasicLayer.Material.cut ) # Routing Layers & VIA Cuts.
metal1 = createBL( 'metal1' , BasicLayer.Material.metal ) # WARNING: order *is* meaningful.
cut1 = createBL( 'cut1' , BasicLayer.Material.cut )
metal2 = createBL( 'metal2' , BasicLayer.Material.metal )
metcap = createBL( 'metcap' , BasicLayer.Material.other )
cut2 = createBL( 'cut2' , BasicLayer.Material.cut )
metal3 = createBL( 'metal3' , BasicLayer.Material.metal )
cut3 = createBL( 'cut3' , BasicLayer.Material.cut )
metal4 = createBL( 'metal4' , BasicLayer.Material.metal )
cut4 = createBL( 'cut4' , BasicLayer.Material.cut )
metal5 = createBL( 'metal5' , BasicLayer.Material.metal )
cut5 = createBL( 'cut5' , BasicLayer.Material.cut )
metal6 = createBL( 'metal6' , BasicLayer.Material.metal )
cut6 = createBL( 'cut6' , BasicLayer.Material.cut )
metal7 = createBL( 'metal7' , BasicLayer.Material.metal )
cut7 = createBL( 'cut7' , BasicLayer.Material.cut )
metal8 = createBL( 'metal8' , BasicLayer.Material.metal )
cut8 = createBL( 'cut8' , BasicLayer.Material.cut )
metal9 = createBL( 'metal9' , BasicLayer.Material.metal )
cut9 = createBL( 'cut9' , BasicLayer.Material.cut )
metal10 = createBL( 'metal10' , BasicLayer.Material.metal )
blockage1 = createBL( 'blockage1' , BasicLayer.Material.blockage )
blockage2 = createBL( 'blockage2' , BasicLayer.Material.blockage )
blockage3 = createBL( 'blockage3' , BasicLayer.Material.blockage )
blockage4 = createBL( 'blockage4' , BasicLayer.Material.blockage )
blockage5 = createBL( 'blockage5' , BasicLayer.Material.blockage )
blockage6 = createBL( 'blockage6' , BasicLayer.Material.blockage )
blockage7 = createBL( 'blockage7' , BasicLayer.Material.blockage )
blockage8 = createBL( 'blockage8' , BasicLayer.Material.blockage )
blockage9 = createBL( 'blockage9' , BasicLayer.Material.blockage )
blockage10 = createBL( 'blockage10', BasicLayer.Material.blockage )
metal1 .setBlockageLayer( blockage1 )
metal2 .setBlockageLayer( blockage2 )
metal3 .setBlockageLayer( blockage3 )
metal4 .setBlockageLayer( blockage4 )
metal5 .setBlockageLayer( blockage5 )
metal6 .setBlockageLayer( blockage6 )
metal7 .setBlockageLayer( blockage7 )
metal8 .setBlockageLayer( blockage8 )
metal9 .setBlockageLayer( blockage9 )
metal10.setBlockageLayer( blockage10 )
textCell = createBL( 'text.cell' , BasicLayer.Material.other ) # Misc. non-physical layers.
textInst = createBL( 'text.instance', BasicLayer.Material.other ) # Used by the software for visualization
SPL1 = createBL( 'SPL1' , BasicLayer.Material.other ) # purposes only.
AutoLayer = createBL( 'AutoLayer' , BasicLayer.Material.other )
gmetalh = createBL( 'gmetalh' , BasicLayer.Material.metal ) # Special BasicLayers for Knik & Kite Routers.
gcut = createBL( 'gcut' , BasicLayer.Material.cut ) # *Must be after all others*
gmetalv = createBL( 'gmetalv' , BasicLayer.Material.metal )
# VIAs for real technologies.
via12 = ViaLayer.create( tech, 'via12' , metal1, cut1, metal2 )
via23 = ViaLayer.create( tech, 'via23' , metal2, cut2, metal3 )
via34 = ViaLayer.create( tech, 'via34' , metal3, cut3, metal4 )
via45 = ViaLayer.create( tech, 'via45' , metal4, cut4, metal5 )
via56 = ViaLayer.create( tech, 'via56' , metal5, cut5, metal6 )
via67 = ViaLayer.create( tech, 'via67' , metal6, cut6, metal7 )
via78 = ViaLayer.create( tech, 'via78' , metal7, cut7, metal8 )
via89 = ViaLayer.create( tech, 'via89' , metal8, cut8, metal9 )
via910 = ViaLayer.create( tech, 'via910', metal9, cut9, metal10 )
# Composite/Symbolic layers.
NWELL = RegularLayer .create( tech, 'NWELL' , nWell )
PWELL = RegularLayer .create( tech, 'PWELL' , pWell )
NTIE = DiffusionLayer .create( tech, 'NTIE' , nImplant , active, nWell)
PTIE = DiffusionLayer .create( tech, 'PTIE' , pImplant , active, pWell)
NDIF = DiffusionLayer .create( tech, 'NDIF' , nImplant , active, None )
PDIF = DiffusionLayer .create( tech, 'PDIF' , pImplant , active, None )
GATE = DiffusionLayer .create( tech, 'GATE' , poly , active, None )
NTRANS = TransistorLayer.create( tech, 'NTRANS' , nImplant , active, poly, None )
PTRANS = TransistorLayer.create( tech, 'PTRANS' , pImplant , active, poly, None )
POLY = RegularLayer .create( tech, 'POLY' , poly )
POLY2 = RegularLayer .create( tech, 'POLY2' , poly2 )
METAL1 = RegularLayer .create( tech, 'METAL1' , metal1 )
METAL2 = RegularLayer .create( tech, 'METAL2' , metal2 )
metcapdum = RegularLayer .create( tech, 'metcapdum' , metcap )
metbot = RegularLayer .create( tech, 'metbot' , metal2 )
METAL3 = RegularLayer .create( tech, 'METAL3' , metal3 )
METAL4 = RegularLayer .create( tech, 'METAL4' , metal4 )
METAL5 = RegularLayer .create( tech, 'METAL5' , metal5 )
METAL6 = RegularLayer .create( tech, 'METAL6' , metal6 )
METAL7 = RegularLayer .create( tech, 'METAL7' , metal7 )
METAL8 = RegularLayer .create( tech, 'METAL8' , metal8 )
METAL9 = RegularLayer .create( tech, 'METAL9' , metal9 )
METAL10 = RegularLayer .create( tech, 'METAL10' , metal10 )
CONT_BODY_N = ContactLayer .create( tech, 'CONT_BODY_N', nImplant , cut0, active, metal1, None )
CONT_BODY_P = ContactLayer .create( tech, 'CONT_BODY_P', pImplant , cut0, active, metal1, None )
CONT_DIF_N = ContactLayer .create( tech, 'CONT_DIF_N' , nImplant , cut0, active, metal1, None )
CONT_DIF_P = ContactLayer .create( tech, 'CONT_DIF_P' , pImplant , cut0, active, metal1, None )
CONT_POLY = ViaLayer .create( tech, 'CONT_POLY' , poly , cut0, metal1 )
# VIAs for symbolic technologies.
VIA12 = ViaLayer .create( tech, 'VIA12' , metal1, cut1, metal2 )
VIA23 = ViaLayer .create( tech, 'VIA23' , metal2, cut2, metal3 )
VIA23cap = ViaLayer .create( tech, 'VIA23cap' , metcap, cut2, metal3 )
VIA34 = ViaLayer .create( tech, 'VIA34' , metal3, cut3, metal4 )
VIA45 = ViaLayer .create( tech, 'VIA45' , metal4, cut4, metal5 )
VIA56 = ViaLayer .create( tech, 'VIA56' , metal5, cut5, metal6 )
VIA67 = ViaLayer .create( tech, 'VIA67' , metal6, cut6, metal7 )
VIA78 = ViaLayer .create( tech, 'VIA78' , metal7, cut7, metal8 )
VIA89 = ViaLayer .create( tech, 'VIA89' , metal8, cut8, metal9 )
VIA910 = ViaLayer .create( tech, 'VIA910' , metal9, cut9, metal10 )
BLOCKAGE1 = RegularLayer.create( tech, 'BLOCKAGE1' , blockage1 )
BLOCKAGE2 = RegularLayer.create( tech, 'BLOCKAGE2' , blockage2 )
BLOCKAGE3 = RegularLayer.create( tech, 'BLOCKAGE3' , blockage3 )
BLOCKAGE4 = RegularLayer.create( tech, 'BLOCKAGE4' , blockage4 )
BLOCKAGE5 = RegularLayer.create( tech, 'BLOCKAGE5' , blockage5 )
BLOCKAGE6 = RegularLayer.create( tech, 'BLOCKAGE6' , blockage6 )
BLOCKAGE7 = RegularLayer.create( tech, 'BLOCKAGE7' , blockage7 )
BLOCKAGE8 = RegularLayer.create( tech, 'BLOCKAGE8' , blockage8 )
BLOCKAGE9 = RegularLayer.create( tech, 'BLOCKAGE9' , blockage9 )
BLOCKAGE10 = RegularLayer.create( tech, 'BLOCKAGE10', blockage10 )
gcontact = ViaLayer .create( tech, 'gcontact' , gmetalh , gcut, gmetalv )
tech.setSymbolicLayer( CONT_BODY_N.getName() )
tech.setSymbolicLayer( CONT_BODY_P.getName() )
tech.setSymbolicLayer( CONT_DIF_N .getName() )
tech.setSymbolicLayer( CONT_DIF_P .getName() )
tech.setSymbolicLayer( CONT_POLY .getName() )
tech.setSymbolicLayer( POLY .getName() )
tech.setSymbolicLayer( POLY2 .getName() )
tech.setSymbolicLayer( METAL1 .getName() )
tech.setSymbolicLayer( METAL2 .getName() )
tech.setSymbolicLayer( METAL3 .getName() )
tech.setSymbolicLayer( METAL4 .getName() )
tech.setSymbolicLayer( METAL5 .getName() )
tech.setSymbolicLayer( METAL6 .getName() )
tech.setSymbolicLayer( METAL7 .getName() )
tech.setSymbolicLayer( METAL8 .getName() )
tech.setSymbolicLayer( METAL9 .getName() )
tech.setSymbolicLayer( METAL10 .getName() )
tech.setSymbolicLayer( BLOCKAGE1 .getName() )
tech.setSymbolicLayer( BLOCKAGE2 .getName() )
tech.setSymbolicLayer( BLOCKAGE3 .getName() )
tech.setSymbolicLayer( BLOCKAGE4 .getName() )
tech.setSymbolicLayer( BLOCKAGE5 .getName() )
tech.setSymbolicLayer( BLOCKAGE6 .getName() )
tech.setSymbolicLayer( BLOCKAGE7 .getName() )
tech.setSymbolicLayer( BLOCKAGE8 .getName() )
tech.setSymbolicLayer( BLOCKAGE9 .getName() )
tech.setSymbolicLayer( BLOCKAGE10 .getName() )
tech.setSymbolicLayer( VIA12 .getName() )
tech.setSymbolicLayer( VIA23 .getName() )
tech.setSymbolicLayer( VIA34 .getName() )
tech.setSymbolicLayer( VIA45 .getName() )
tech.setSymbolicLayer( VIA56 .getName() )
tech.setSymbolicLayer( VIA67 .getName() )
tech.setSymbolicLayer( VIA78 .getName() )
tech.setSymbolicLayer( VIA89 .getName() )
tech.setSymbolicLayer( VIA910 .getName() )
tech.setSymbolicLayer( gcut .getName() )
tech.setSymbolicLayer( gmetalh .getName() )
tech.setSymbolicLayer( gmetalv .getName() )
tech.setSymbolicLayer( gcontact .getName() )
NWELL.setExtentionCap ( nWell, l(2.0) )
NWELL.setExtentionWidth( nWell, l(0.0) )
PWELL.setExtentionCap ( pWell, l(2.0) )
PWELL.setExtentionWidth( nWell, l(0.0) )
NTIE.setMinimalSize ( l(3.0) )
NTIE.setExtentionCap ( nWell , l(2.0) )
NTIE.setExtentionWidth( nWell , l(2.5) )
NTIE.setExtentionCap ( nImplant, l(1.5) )
NTIE.setExtentionWidth( nImplant, l(0.0) )
NTIE.setExtentionCap ( active , l(0.0) )
NTIE.setExtentionWidth( active , l(0.0) )
PTIE.setMinimalSize ( l(3.0) )
PTIE.setExtentionCap ( pWell , l(2.0) )
PTIE.setExtentionWidth( pWell , l(2.5) )
PTIE.setExtentionCap ( pImplant, l(1.5) )
PTIE.setExtentionWidth( pImplant, l(0.0) )
PTIE.setExtentionCap ( active , l(0.0) )
PTIE.setExtentionWidth( active , l(0.0) )
NDIF.setMinimalSize ( l(3.0) )
NDIF.setExtentionCap ( nImplant, l(0.5) )
NDIF.setExtentionWidth( nImplant, l(0.0) )
NDIF.setExtentionCap ( active , l(0.5) )
NDIF.setExtentionWidth( active , l(0.0) )
PDIF.setMinimalSize ( l(3.0) )
PDIF.setExtentionCap ( pImplant, l(0.5) )
PDIF.setExtentionWidth( pImplant, l(0.0) )
PDIF.setExtentionCap ( active , l(0.5) )
PDIF.setExtentionWidth( active , l(0.0) )
GATE.setMinimalSize ( l(1.0) )
GATE.setExtentionCap ( poly , l(1.5) )
NTRANS.setMinimalSize ( l( 1.0) )
NTRANS.setExtentionCap ( nImplant, l(-1.5) )
NTRANS.setExtentionWidth( nImplant, l( 3.0) )
NTRANS.setExtentionCap ( active , l(-1.5) )
NTRANS.setExtentionWidth( active , l( 2.0) )
PTRANS.setMinimalSize ( l( 1.0) )
PTRANS.setExtentionCap ( nWell , l(-1.5) )
PTRANS.setExtentionWidth( nWell , l( 2.5) )
PTRANS.setExtentionCap ( pImplant, l(-1.5) )
PTRANS.setExtentionWidth( pImplant, l( 2.5) )
PTRANS.setExtentionCap ( active , l(-1.5) )
PTRANS.setExtentionWidth( active , l( 2.5) )
POLY .setMinimalSize ( l(1.0) )
POLY .setExtentionCap ( poly , l(0.5) )
POLY2.setMinimalSize ( l(1.0) )
POLY2.setExtentionCap ( poly , l(0.5) )
METAL1 .setMinimalSize ( l(1.0) )
METAL1 .setExtentionCap ( metal1 , l(1.0) )
METAL2 .setMinimalSize ( l(1.0) )
METAL2 .setExtentionCap ( metal2 , l(1.0) )
METAL3 .setMinimalSize ( l(1.0) )
METAL3 .setExtentionCap ( metal3 , l(1.0) )
METAL4 .setMinimalSize ( l(1.0) )
METAL4 .setExtentionCap ( metal4 , l(1.0) )
METAL4 .setMinimalSpacing( l(3.0) )
METAL5 .setMinimalSize ( l(2.0) )
METAL5 .setExtentionCap ( metal5 , l(1.0) )
METAL6 .setMinimalSize ( l(2.0) )
METAL6 .setExtentionCap ( metal6 , l(1.0) )
METAL7 .setMinimalSize ( l(2.0) )
METAL7 .setExtentionCap ( metal7 , l(1.0) )
METAL8 .setMinimalSize ( l(2.0) )
METAL8 .setExtentionCap ( metal8 , l(1.0) )
METAL9 .setMinimalSize ( l(2.0) )
METAL9 .setExtentionCap ( metal9 , l(1.0) )
METAL10.setMinimalSize ( l(2.0) )
METAL10.setExtentionCap ( metal10 , l(1.0) )
# Contacts (i.e. Active <--> Metal) (symbolic).
CONT_BODY_N.setMinimalSize( l( 1.0) )
#CONT_BODY_N.setEnclosure ( nWell , l( 1.5), Layer.EnclosureH|Layer.EnclosureV )
CONT_BODY_N.setEnclosure ( nImplant, l( 1.0), Layer.EnclosureH|Layer.EnclosureV )
CONT_BODY_N.setEnclosure ( cut0 , l( 0.0), Layer.EnclosureH|Layer.EnclosureV )
CONT_BODY_N.setEnclosure ( active , l( 1.0), Layer.EnclosureH|Layer.EnclosureV )
CONT_BODY_N.setEnclosure ( metal1 , l( 0.5), Layer.EnclosureH|Layer.EnclosureV )
CONT_BODY_P.setMinimalSize( l( 1.0) )
#CONT_BODY_P.setEnclosure ( pWell , l( 1.0), Layer.EnclosureH|Layer.EnclosureV )
CONT_BODY_P.setEnclosure ( pImplant, l( 1.0), Layer.EnclosureH|Layer.EnclosureV )
CONT_BODY_P.setEnclosure ( cut0 , l( 0.0), Layer.EnclosureH|Layer.EnclosureV )
CONT_BODY_P.setEnclosure ( active , l( 1.0), Layer.EnclosureH|Layer.EnclosureV )
CONT_BODY_P.setEnclosure ( metal1 , l( 0.5), Layer.EnclosureH|Layer.EnclosureV )
CONT_DIF_N.setMinimalSize( l( 1.0) )
CONT_DIF_N.setEnclosure ( nImplant, l( 1.0), Layer.EnclosureH|Layer.EnclosureV )
CONT_DIF_N.setEnclosure ( cut0 , l( 0.0), Layer.EnclosureH|Layer.EnclosureV )
CONT_DIF_N.setEnclosure ( active , l( 1.0), Layer.EnclosureH|Layer.EnclosureV )
CONT_DIF_N.setEnclosure ( metal1 , l( 0.5), Layer.EnclosureH|Layer.EnclosureV )
CONT_DIF_P.setMinimalSize( l( 1.0) )
CONT_DIF_P.setEnclosure ( pImplant, l( 1.0), Layer.EnclosureH|Layer.EnclosureV )
CONT_DIF_P.setEnclosure ( cut0 , l( 0.0), Layer.EnclosureH|Layer.EnclosureV )
CONT_DIF_P.setEnclosure ( active , l( 1.0), Layer.EnclosureH|Layer.EnclosureV )
CONT_DIF_P.setEnclosure ( metal1 , l( 0.5), Layer.EnclosureH|Layer.EnclosureV )
CONT_POLY.setMinimalSize( l( 1.0) )
CONT_POLY.setEnclosure ( poly , l( 0.5), Layer.EnclosureH|Layer.EnclosureV )
CONT_POLY.setEnclosure ( metal1 , l( 0.5), Layer.EnclosureH|Layer.EnclosureV )
# VIAs (i.e. Metal <--> Metal) (symbolic).
VIA12 .setMinimalSize ( l( 1.0) )
VIA12 .setEnclosure ( metal1 , l( 0.5), Layer.EnclosureH|Layer.EnclosureV )
VIA12 .setEnclosure ( metal2 , l( 0.5), Layer.EnclosureH|Layer.EnclosureV )
VIA12 .setMinimalSpacing( l( 4.0) )
VIA23 .setMinimalSize ( l( 1.0) )
VIA23 .setEnclosure ( metal2 , l( 0.5), Layer.EnclosureH|Layer.EnclosureV )
VIA23 .setEnclosure ( metal3 , l( 0.5), Layer.EnclosureH|Layer.EnclosureV )
VIA23 .setMinimalSpacing( l( 4.0) )
VIA34 .setMinimalSize ( l( 1.0) )
VIA34 .setEnclosure ( metal3 , l( 0.5), Layer.EnclosureH|Layer.EnclosureV )
VIA34 .setEnclosure ( metal4 , l( 0.5), Layer.EnclosureH|Layer.EnclosureV )
VIA34 .setMinimalSpacing( l( 4.0) )
VIA45 .setMinimalSize ( l( 1.0) )
VIA45 .setEnclosure ( metal4 , l( 0.5), Layer.EnclosureH|Layer.EnclosureV )
VIA45 .setEnclosure ( metal5 , l( 0.5), Layer.EnclosureH|Layer.EnclosureV )
VIA45 .setMinimalSpacing( l( 4.0) )
VIA56 .setMinimalSize ( l( 1.0) )
VIA56 .setEnclosure ( metal5 , l( 0.5), Layer.EnclosureH|Layer.EnclosureV )
VIA56 .setEnclosure ( metal6 , l( 0.5), Layer.EnclosureH|Layer.EnclosureV )
VIA56 .setMinimalSpacing( l( 4.0) )
VIA67 .setMinimalSize ( l( 1.0) )
VIA67 .setEnclosure ( metal6 , l( 0.5), Layer.EnclosureH|Layer.EnclosureV )
VIA67 .setEnclosure ( metal7 , l( 0.5), Layer.EnclosureH|Layer.EnclosureV )
VIA67 .setMinimalSpacing( l( 4.0) )
VIA78 .setMinimalSpacing( l( 4.0) )
VIA78 .setMinimalSize ( l( 1.0) )
VIA78 .setEnclosure ( metal7 , l( 0.5), Layer.EnclosureH|Layer.EnclosureV )
VIA78 .setEnclosure ( metal8 , l( 0.5), Layer.EnclosureH|Layer.EnclosureV )
VIA78 .setMinimalSpacing( l( 4.0) )
VIA89 .setMinimalSize ( l( 1.0) )
VIA89 .setEnclosure ( metal8 , l( 0.5), Layer.EnclosureH|Layer.EnclosureV )
VIA89 .setEnclosure ( metal9 , l( 0.5), Layer.EnclosureH|Layer.EnclosureV )
VIA89 .setMinimalSpacing( l( 4.0) )
VIA910.setMinimalSize ( l( 1.0) )
VIA910.setEnclosure ( metal9 , l( 0.5), Layer.EnclosureH|Layer.EnclosureV )
VIA910.setEnclosure ( metal10 , l( 0.5), Layer.EnclosureH|Layer.EnclosureV )
VIA910.setMinimalSpacing( l( 4.0) )
# Blockages (symbolic).
BLOCKAGE1 .setMinimalSize ( l( 1.0) )
BLOCKAGE1 .setExtentionCap( blockage1 , l( 0.5) )
BLOCKAGE2 .setMinimalSize ( l( 2.0) )
BLOCKAGE2 .setExtentionCap( blockage2 , l( 0.5) )
BLOCKAGE3 .setMinimalSize ( l( 2.0) )
BLOCKAGE3 .setExtentionCap( blockage3 , l( 0.5) )
BLOCKAGE4 .setMinimalSize ( l( 2.0) )
BLOCKAGE4 .setExtentionCap( blockage4 , l( 0.5) )
BLOCKAGE5 .setMinimalSize ( l( 2.0) )
BLOCKAGE5 .setExtentionCap( blockage5 , l( 1.0) )
BLOCKAGE6 .setMinimalSize ( l( 2.0) )
BLOCKAGE6 .setExtentionCap( blockage6 , l( 1.0) )
BLOCKAGE7 .setMinimalSize ( l( 2.0) )
BLOCKAGE7 .setExtentionCap( blockage7 , l( 1.0) )
BLOCKAGE8 .setMinimalSize ( l( 2.0) )
BLOCKAGE8 .setExtentionCap( blockage8 , l( 1.0) )
BLOCKAGE9 .setMinimalSize ( l( 2.0) )
BLOCKAGE9 .setExtentionCap( blockage9 , l( 1.0) )
BLOCKAGE10.setMinimalSize ( l( 2.0) )
BLOCKAGE10.setExtentionCap( blockage10, l( 1.0) )
gdsLayersTable = \
[ ("nWell" , "LNWELL" , 1, 0)
, ("nImplant", "LNIF" , 3, 0)
, ("pImplant", "LPDIF" , 4, 0)
, ("active" , "LACTIVE" , 2, 0)
, ("poly" , "LPOLY" , 7, 0)
, ("cut0" , "LCONT" , 10, 0)
, ("metal1" , "LALU1" , 11, 0)
, ("cut1" , "LVIA" , 14, 0)
, ("metal2" , "LALU2" , 16, 0)
, ("cut2" , "LVIA2" , 18, 0)
, ("metal3" , "LALU3" , 19, 0)
, ("cut3" , "LVIA3" , 21, 0)
, ("metal4" , "LALU4" , 22, 0)
, ("cut4" , "LVIA4" , 25, 0)
, ("metal5" , "LALU5" , 26, 0)
, ("cut5" , "LVIA5" , 28, 0)
, ("metal6" , "LALU6" , 29, 0)
]
loadGdsLayers( gdsLayersTable )

40
cumulus/src/designflow/technos.py
View File

@ -82,6 +82,46 @@ def setupCMOS ( checkToolkit=None ):
break
def setupLCMOS ( checkToolkit=None ):
Where( checkToolkit )
ShellEnv().export()
from .. import Cfg
from .. import Viewer
from .. import CRL
from ..helpers import overlay, l, u, n
from .yosys import Yosys
import coriolis.technos.symbolic.lcmos
with overlay.CfgCache(priority=Cfg.Parameter.Priority.UserFile) as cfg:
cfg.misc.catchCore = False
cfg.misc.info = False
cfg.misc.paranoid = False
cfg.misc.bug = False
cfg.misc.logMode = True
cfg.misc.verboseLevel1 = True
cfg.misc.verboseLevel2 = True
cfg.misc.minTraceLevel = 1900
cfg.misc.maxTraceLevel = 3000
cfg.katana.eventsLimit = 1000000
cfg.katana.termSatReservedLocal = 6
cfg.katana.termSatThreshold = 9
Viewer.Graphics.setStyle( 'Alliance.Classic [black]' )
af = CRL.AllianceFramework.get()
env = af.getEnvironment()
env.setCLOCK( '^ck$|m_clock|^clk$' )
Yosys.setLiberty( Where.checkToolkit / 'cells' / 'lsxlib' / 'lsxlib.lib' )
ShellEnv.RDS_TECHNO_NAME = (Where.allianceTop / 'etc' / 'cmos.rds').as_posix()
path = None
for pathVar in [ 'PATH', 'path' ]:
if pathVar in os.environ:
path = os.environ[ pathVar ]
os.environ[ pathVar ] = path + ':' + (Where.allianceTop / 'bin').as_posix()
break
def setupCMOS45 ( useNsxlib=False, checkToolkit=None, cellsTop=None ):
from .. import Cfg
from .. import Viewer