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coriolis/crlcore/etc/common/technology.py

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Migrating the initialisation system to be completely Python-like. * New: In bootstrap/coriolisEnv.py, add the "etc" directory to the PYTHONPATH as initialization are now Python modules. * New: In Hurricane/analogic, first groundwork for the integration of PIP/MIM/MOM multi-capacitors. Add C++ and Python interface for the allocation matrix and the list of capacities values. * Change: In Hurricane::RegularLayer, add a layer parameter to the constructor so the association between the RegularLayer and it's BasicLayer can readily be done. * Change: In Hurricane::Layer, add a new getCut() accessor to get the cut layer in ViaLayer. * Change: In Hurricane::DataBase::get(), the Python wrapper should no longer consider an error if the data-base has not been created yet. Just return None. * Bug: In Isobar::PyLayer::getEnclosure() wrapper, if the overall enclosure is requested, pass the right parameter to the C++ function. * Change: In AllianceFramework, make public _bindLibraries() and export it to the Python interface. * Change: In AllianceFramework::create(), do not longer call bindLibraries(). This now must be done explicitely and afterwards. * Change: In AllianceFramework::createLibrary() and Environement::addSYSTEM_LIBRARY(), minor bug corrections that I don't recall. * Change: In SearchPath::prepend(), set the selected index to zero and return it. * Change: In CRL::System CTOR, add "etc" to the PYTHONPATH as the configuration files are now organized as Python modules. * New: In PyCRL, export the CRL::System singleton, it's creation is no longer triggered by the one of AllianceFramework. * New: In CRL/etc/, convert most of the configuration files into the Python module format. For now, keep the old ".conf", but that are no longer used. For the real technologies, we cannot keep the directory name as "180" or "45" as it not allowed by Python syntax, so we create "node180" or "node45" instead. Most of the helpers and coriolisInit.py are no longer used now. To be removed in future commits after being sure that everything works... * Bug: In AutoSegment::makeDogleg(AutoContact*), the layer of the contacts where badly computed when one end of the original segment was attached to a non-preferred direction segment (mostly on terminal contacts). Now use the new AutoContact::updateLayer() method. * Bug: In Dijkstra::load(), limit symetric search area only if the net is a symmetric one ! * Change: In Katana/python/katanaInit.py, comply with the new initialisation scheme. * Change: In Unicorn/cgt.py, comply to the new inititalization scheme. * Change: In cumulus various Python scripts remove the call to helpers.staticInitialization() as they are not needed now (we run in only *one* interpreter, so we correctly share all init). In plugins/__init__.py, read the new NDA directory variable. * Bug: In cumulus/plugins/Chip.doCoronafloorplan(), self.railsNb was not correctly managed when there was no clock. * Change: In cumulus/plugins/Configuration.coronaContactArray(), compute the viaPitch from the technology instead of the hard-coded 4.0 lambdas. In Configuration.loadConfiguration(), read the "ioring.py" from the new user's settings module. * Bug: In stratus.dpgen_ADSB2F, gives coordinates translated into DbU to the XY functions. In st_model.Save(), use the VstUseConcat flag to get correct VST files. In st_net.hur_net(), when a net is POWER/GROUND or CLOCK also make it global. * Change: In Oroshi/python/WIP_Transistor.py, encapsulate the generator inside a try/except block to get prettier error (and stop at the first).
2019-10-28 12:09:14 -05:00
# This file is part of the Coriolis Software.
# Copyright (c) UPMC 2019-2019, 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/common/technology.py" |
# +-----------------------------------------------------------------+
from helpers import l, u, n
from Hurricane import DataBase
from Hurricane import Technology
from Hurricane import Layer
from Hurricane import BasicLayer
from Hurricane import DiffusionLayer
from Hurricane import TransistorLayer
from Hurricane import RegularLayer
from Hurricane import ContactLayer
from Hurricane import ViaLayer
tech = DataBase.getDB().getTechnology()
def createBL ( layerName, material ):
global tech
return BasicLayer.create( tech, layerName, BasicLayer.Material(material) )
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.
Bug fix, restore the FreePDK 45 (real) support. * Change: In CRL::LefParser::_macroCbk(), create a Catalog entry for the newly read MACRO (that is Cell) and sets the Logical, Physical, InMemory and TerminalNetlist flags. * Bug: In CRL::LefParser::_siteCbk(), check for NULL cell gauge. * New: In CRL::AllianceFramework, add setCellGauge(), to set the default cell gauge. Exported to Python. * Change: In CRL/etc/common/technology.py, create variables for VIA layers, so we can modify their properties afterwards. * New: In CRL/etc/node45/freepdk45, port the configuration files to the new Python "importable" format. Note: in kite.py, all the gauges (Routing & Cells) must be named "LEF.CoreSite" to please my LEF parser, so it can match the gauge name with the SITE name for standard cells. * Bug: In Anabatic::NetBuilderVH::_do_2G(), forgotten to be reimplemented from the base class. Simply redirect to _do_xG(). * Change: In Katana::PowerRailsPlanes::PowerRailsplanes(), create plane from the layers in the RoutingGauge and their associated blockages instead of sweeping through all the basic layers. Allow to distinguish bewteen "METAL" (symbolic) and "metal" (real).
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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 )
Migrating the initialisation system to be completely Python-like. * New: In bootstrap/coriolisEnv.py, add the "etc" directory to the PYTHONPATH as initialization are now Python modules. * New: In Hurricane/analogic, first groundwork for the integration of PIP/MIM/MOM multi-capacitors. Add C++ and Python interface for the allocation matrix and the list of capacities values. * Change: In Hurricane::RegularLayer, add a layer parameter to the constructor so the association between the RegularLayer and it's BasicLayer can readily be done. * Change: In Hurricane::Layer, add a new getCut() accessor to get the cut layer in ViaLayer. * Change: In Hurricane::DataBase::get(), the Python wrapper should no longer consider an error if the data-base has not been created yet. Just return None. * Bug: In Isobar::PyLayer::getEnclosure() wrapper, if the overall enclosure is requested, pass the right parameter to the C++ function. * Change: In AllianceFramework, make public _bindLibraries() and export it to the Python interface. * Change: In AllianceFramework::create(), do not longer call bindLibraries(). This now must be done explicitely and afterwards. * Change: In AllianceFramework::createLibrary() and Environement::addSYSTEM_LIBRARY(), minor bug corrections that I don't recall. * Change: In SearchPath::prepend(), set the selected index to zero and return it. * Change: In CRL::System CTOR, add "etc" to the PYTHONPATH as the configuration files are now organized as Python modules. * New: In PyCRL, export the CRL::System singleton, it's creation is no longer triggered by the one of AllianceFramework. * New: In CRL/etc/, convert most of the configuration files into the Python module format. For now, keep the old ".conf", but that are no longer used. For the real technologies, we cannot keep the directory name as "180" or "45" as it not allowed by Python syntax, so we create "node180" or "node45" instead. Most of the helpers and coriolisInit.py are no longer used now. To be removed in future commits after being sure that everything works... * Bug: In AutoSegment::makeDogleg(AutoContact*), the layer of the contacts where badly computed when one end of the original segment was attached to a non-preferred direction segment (mostly on terminal contacts). Now use the new AutoContact::updateLayer() method. * Bug: In Dijkstra::load(), limit symetric search area only if the net is a symmetric one ! * Change: In Katana/python/katanaInit.py, comply with the new initialisation scheme. * Change: In Unicorn/cgt.py, comply to the new inititalization scheme. * Change: In cumulus various Python scripts remove the call to helpers.staticInitialization() as they are not needed now (we run in only *one* interpreter, so we correctly share all init). In plugins/__init__.py, read the new NDA directory variable. * Bug: In cumulus/plugins/Chip.doCoronafloorplan(), self.railsNb was not correctly managed when there was no clock. * Change: In cumulus/plugins/Configuration.coronaContactArray(), compute the viaPitch from the technology instead of the hard-coded 4.0 lambdas. In Configuration.loadConfiguration(), read the "ioring.py" from the new user's settings module. * Bug: In stratus.dpgen_ADSB2F, gives coordinates translated into DbU to the XY functions. In st_model.Save(), use the VstUseConcat flag to get correct VST files. In st_net.hur_net(), when a net is POWER/GROUND or CLOCK also make it global. * Change: In Oroshi/python/WIP_Transistor.py, encapsulate the generator inside a try/except block to get prettier error (and stop at the first).
2019-10-28 12:09:14 -05:00
# 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, nWell )
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 , active, cut0, metal1, nWell )
CONT_BODY_P = ContactLayer .create( tech, 'CONT_BODY_P', pImplant , active, cut0, metal1, pWell )
CONT_DIF_N = ContactLayer .create( tech, 'CONT_DIF_N' , nImplant , active, cut0, metal1, None )
CONT_DIF_P = ContactLayer .create( tech, 'CONT_DIF_P' , pImplant , active, cut0, 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( 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(0.0) )
PWELL.setExtentionCap( pWell, l(0.0) )
NTIE.setMinimalSize ( l(3.0) )
NTIE.setExtentionCap ( nWell , l(1.5) )
NTIE.setExtentionWidth( nWell , l(0.5) )
NTIE.setExtentionCap ( nImplant, l(1.0) )
NTIE.setExtentionWidth( nImplant, l(0.5) )
NTIE.setExtentionCap ( active , l(0.5) )
NTIE.setExtentionWidth( active , l(0.0) )
PTIE.setMinimalSize ( l(3.0) )
PTIE.setExtentionCap ( nWell , l(1.5) )
PTIE.setExtentionWidth( nWell , l(0.5) )
PTIE.setExtentionCap ( nImplant, l(1.0) )
PTIE.setExtentionWidth( nImplant, l(0.5) )
PTIE.setExtentionCap ( active , l(0.5) )
PTIE.setExtentionWidth( active , l(0.0) )
NDIF.setMinimalSize ( l(3.0) )
NDIF.setExtentionCap ( nImplant, l(1.0) )
NDIF.setExtentionWidth( nImplant, l(0.5) )
NDIF.setExtentionCap ( active , l(0.5) )
NDIF.setExtentionWidth( active , l(0.0) )
PDIF.setMinimalSize ( l(3.0) )
PDIF.setExtentionCap ( pImplant, l(1.0) )
PDIF.setExtentionWidth( pImplant, l(0.5) )
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(-1.0) )
NTRANS.setExtentionWidth( nImplant, l( 2.5) )
NTRANS.setExtentionCap ( active , l(-1.5) )
NTRANS.setExtentionWidth( active , l( 2.0) )
PTRANS.setMinimalSize ( l( 1.0) )
PTRANS.setExtentionCap ( nWell , l(-1.0) )
PTRANS.setExtentionWidth( nWell , l( 4.5) )
PTRANS.setExtentionCap ( pImplant, l(-1.0) )
PTRANS.setExtentionWidth( pImplant, l( 4.0) )
PTRANS.setExtentionCap ( active , l(-1.5) )
PTRANS.setExtentionWidth( active , l( 3.0) )
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(0.5) )
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( 1.5), 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( 1.5), Layer.EnclosureH|Layer.EnclosureV )
CONT_BODY_P.setEnclosure ( pImplant, l( 1.5), 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 ( active , l( 0.5), 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 ( active , l( 0.5), 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) )