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coriolis/crlcore/etc/cmos/kite.conf

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More configuration sharing. * Change: In CRL Core, .../etc/, put all that's shared under .../common/, all layouts and some settings not technologically dependant.
2014-05-27 08:40:42 -05:00
# -*- Mode:Python; explicit-buffer-name: "kite.conf<cmos>" -*-
import helpers
# Contains the layout (shared by all technologies).
execfile( helpers.sysConfDir+'/common/kite.conf' )
* All Tools: - A complete sweep of cleanup to suppress allmost all compiler warnings. * ./crlcore: - New: Extented Python support for all objects needed to configure Coriolis. - New: Configuration files and load helpers completly written in Python. An XML emulation mode is still avalaible. - New: UsersGuide, as a replacement for README, written in ReST. - New: Start of Doxygen documentation (mostly for documenting the initialisation objects & methods).
2012-11-16 06:49:47 -06:00
parametersTable = \
More configuration sharing. * Change: In CRL Core, .../etc/, put all that's shared under .../common/, all layouts and some settings not technologically dependant.
2014-05-27 08:40:42 -05:00
( ("katabatic.globalLengthThreshold",TypeInt ,1450 ) # Katabatic parameters.
, ("katabatic.saturateRatio" ,TypePercentage,80 )
, ("katabatic.saturateRp" ,TypeInt ,8 )
Express "xEdgeCapacity" ratio as "xTracksReservedLocal" a number of tracks. * Change: In Kite, Katabatic & Knik, express the number of tracks truly available to the global router by the number of tracks reserved to the local routage inside a GCell. Replace the ratio parameter "hEdgeCapacity" by an integer parameter "hTracksReservedLocal" (duplicate for verticals). It is more explicit to give directly the number of tracks that are to be used locally, and potentially saves us from rouding problems when calculating the number of availables tracks. Note: we cannot do that for the layer saturateRatio as it uses the density ratio that take account local wires, leading to fractional results. * Change: In Katabatic, in <GCellGrid>, rename checkEdgeSaturation() into checkEdgeOverflow(), more explicit. * Change: In Knik, in <Graph>, display the computed capacities of the lower left node edges (should be the same througout all the grid). * Change: In Unicorn, in <cgt.py>, uses the new parameters names for edge density.
2014-06-10 09:58:52 -05:00
, ('katabatic.topRoutingLayer' ,TypeString , 'METAL5')
* All Tools: - A complete sweep of cleanup to suppress allmost all compiler warnings. * ./crlcore: - New: Extented Python support for all objects needed to configure Coriolis. - New: Configuration files and load helpers completly written in Python. An XML emulation mode is still avalaible. - New: UsersGuide, as a replacement for README, written in ReST. - New: Start of Doxygen documentation (mostly for documenting the initialisation objects & methods).
2012-11-16 06:49:47 -06:00
# Kite parameters.
Express "xEdgeCapacity" ratio as "xTracksReservedLocal" a number of tracks. * Change: In Kite, Katabatic & Knik, express the number of tracks truly available to the global router by the number of tracks reserved to the local routage inside a GCell. Replace the ratio parameter "hEdgeCapacity" by an integer parameter "hTracksReservedLocal" (duplicate for verticals). It is more explicit to give directly the number of tracks that are to be used locally, and potentially saves us from rouding problems when calculating the number of availables tracks. Note: we cannot do that for the layer saturateRatio as it uses the density ratio that take account local wires, leading to fractional results. * Change: In Katabatic, in <GCellGrid>, rename checkEdgeSaturation() into checkEdgeOverflow(), more explicit. * Change: In Knik, in <Graph>, display the computed capacities of the lower left node edges (should be the same througout all the grid). * Change: In Unicorn, in <cgt.py>, uses the new parameters names for edge density.
2014-06-10 09:58:52 -05:00
, ("kite.hTracksReservedLocal" ,TypeInt ,3 , { 'min':0, 'max':20 } )
, ("kite.vTracksReservedLocal" ,TypeInt ,3 , { 'min':0, 'max':20 } )
, ("kite.eventsLimit" ,TypeInt ,4000002 )
, ("kite.ripupCost" ,TypeInt ,3 , { 'min':0 } )
, ("kite.strapRipupLimit" ,TypeInt ,16 , { 'min':1 } )
, ("kite.localRipupLimit" ,TypeInt ,9 , { 'min':1 } )
, ("kite.globalRipupLimit" ,TypeInt ,5 , { 'min':1 } )
, ("kite.longGlobalRipupLimit" ,TypeInt ,5 , { 'min':1 } )
* All Tools: - A complete sweep of cleanup to suppress allmost all compiler warnings. * ./crlcore: - New: Extented Python support for all objects needed to configure Coriolis. - New: Configuration files and load helpers completly written in Python. An XML emulation mode is still avalaible. - New: UsersGuide, as a replacement for README, written in ReST. - New: Start of Doxygen documentation (mostly for documenting the initialisation objects & methods).
2012-11-16 06:49:47 -06:00
)
New coriolis launcher. Configuration files cleanup. * Change: In CRL Core, simplify the loading sequence. The technology, both symbolic and real is now loaded directly from coriolisInit.py and not through the Alliance loader. This was a leftover from the time configuration was in XML. Remove others traces of XML loading. Remove SYMB_TECHNO_NAME, REAL_TECHNO_NAME & DISPLAY from the Alliance environement, as they was no longer used. Note that technology *still* need to be loader *after* Alliance framework has been initialized. Gauge information is moved from <alliance.conf> to <kite.conf>. * Bug: In Coloquinte, in optimization_subproblems.cxx static variables must not be inlined. Generate a problem when linking in debug mode (seems the symbol gets optimised out). * Bug: In Katabatic, in Grid::getGCell(), when the coordinate is *outside* the area, do not try to find a GCell, directly return NULL. * New: In Unicorn, create a generic command launcher named "coriolis" which automatically take cares of all environement setup, then run a command by default, it's <cgt>, but it can be anything. For example: <zsh>.
2015-04-13 11:54:09 -05:00
# Format of routingGaugesTable (dictionary):
# A list of entry of the form:
# ( METAL_NAME, (Direction, Type, depth, density, offset, pitch, wire_width, via_width) )
routingGaugesTable = {}
routingGaugesTable['sxlib'] = \
( ( 'METAL1', ( Gauge.Vertical , Gauge.PinOnly, 0, 0.0, 0, 5, 2, 1 ) )
, ( 'METAL2', ( Gauge.Horizontal, Gauge.Default, 1, 7.0, 0, 5, 2, 1 ) )
, ( 'METAL3', ( Gauge.Vertical , Gauge.Default, 2, 0.0, 0, 5, 2, 1 ) )
, ( 'METAL4', ( Gauge.Horizontal, Gauge.Default, 3, 0.0, 0, 5, 2, 1 ) )
, ( 'METAL5', ( Gauge.Vertical , Gauge.Default, 4, 0.0, 0, 5, 2, 1 ) )
#, ( 'METAL6', ( Gauge.Horizontal, Gauge.Default, 5, 0.0, 0, 5, 2, 1 ) )
#, ( 'METAL7', ( Gauge.Vertical , Gauge.Default, 6, 0.0, 0, 5, 2, 1 ) )
)
# Format of cellGaugesTable (dictionary):
# A list of entry of the form:
# ( METAL_PIN, xy_common_pitch, slice_height, slice_step )
cellGaugesTable = {}
cellGaugesTable['sxlib'] = ('metal2', 5.0, 50.0, 5.0)