Intalling the techno files for gf180mcu_c4m from CRL. #73
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robtaylor
approved these changes
Oct 20, 2023
robtaylor
requested changes
Oct 25, 2023
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| 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 | ||
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alliance as a dependency?
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| 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 |
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A preview of ff4738f is uploaded and can be seen here: ✨ https://lip6.github.io/coriolis/pull/73/ ✨ Changes may take a few minutes to propagate. Since this is a preview of production, content with |
* Returns the set of biggest rectangles inscribed inside the Rectilinear. This is *not* a partition, the rectangles overlaps. This is intended for the router to select the biggest rectangle in the direction he sees fit and making it a RoutingPad.
This is pursing me!
* Instead of choosing the kind of segments in accordance to the rounting gauge, use the form factor of the rectangle.
* In AnabaticEngine::loadGlobalRouting(), call relaxOverConstraineds() only if M1 is vertical (may write another one for M1 horizontal). * In AnabaticEngine::computeEdgeCapacities(), don't complain for offgrid M1 if it is allowed... * In AutoContactTerminal::updateGeometry(), implement dragging on horizontal M1. * In AutoSegment::getExtensionCap(), manage the case when neither source nor target is requested. Return the bottom layer cap in that instance (for M1 terminals). * In AutoVertical::updatePositions(), on non-preferred segments, the extention must be further extendend as to include perpendiculars axis of tracks that we may impact. * In AutoHorizontal::updatePositions(), idem. * In Configuration::selectRpComponent(), detect M1 offgrid components and flag them. HSmall & VSmall are now forced to be flagged as *punctual*. * In NetBuilderHV, support for M1 offgrid terminals. Systematically use doRp_Accesss() and never call directly doRp_AutoContacts(). * In NetBuilderVH, general overhaul & bug fixes. * In RoutingPad, add a flag to tell that a component has been selected. * In RoutingPlane::getTrackByPosition(), add failsafe when we are before the first track axis or after the last.
* TrackBlockage do not rely on an existing AutoSegment, or even a Segment, it is a portion of Track that we declare as blocked. * Used to manage the blockages coming for the LocalOnly planes, typically terminal planes. As it is not related to a Segment, we do not need to flatten the obstacles coming from the standard cells (would be a lot of them). * In PowerRails, also support blockages from Rectilinear, decomposed in vertical rectangles. * In Session, add a mechanism for TrackElement that have been put in their track *before* closing the session (used for TrackBlockage).
* Renaming TrackBlockage into a more flexible TrackFixedSpan than can
handle both blockage and terminal reservation.
Allow to change the associated net of a TrackFixedSegment, to
easily manage conflicts.
* Manage the segment unbreakble flag at the AutoSegment::create() flag
level (need to be added to Constant).
* In AutoSegment::makeDogleg(AutoContact*), don't check if the break
point is under the source/target GCell, in some case it could be
slightly outside (SegForOffgrid case).
* In AutoSegment::create(), get the correct wire with for metal1 segments.
* In RoutingPad, add the ability to manually select what is to be
considered as the center of the RP. See Configuration::selectRpComponent().
* In Configuration::selectRpComponent(), force the center of the
RoutingPad so it is in the GCell that have an accessible track
(due to offgrid).
* In Disjkstra::load(), use RoutingPad::getUserCenter() to locate the
relevant GCell.
* In NetBuilderVH::doRp_Access(), more complex creation of wiring for
offgrid metal1 terminals. Allow local metal2 to be one track outside
it's owning GCell (set the SegForOffgrid flag).
* In Anabatic::propagateConstraintsFromRp(), manage the case of offgrid
RoutingPad. Allow a one pitch margin on each side (widow of two pitchs
which should contains at least a grid point).
* In GlobalRoute::runGlobalRouter(), protect the RoutingPad in
Constant::LocalOnly layer gauge.
* In protectRoutingpads(), manage conflicts when a part of a track may
be reached by multiple terminals or overlap a blockage. Use a simple
strategy : in case of overlap, change into blockage.
Session must be revalidated after each terminal so the tracks are
up to date for overlap search for the next one.
* In RoutingEvent::revalidate(), expand the track axis constraint of
one pitch in case of an offgrid flagged segment (set in
NetBuilderVH::doRp_Access()).
* In Track::getBeginIndex(), finally manage the case where consecutive
segments of a same net are *not* overlapping (was assumed so before).
* In Track::expandFreeInterval(), fix wrong management of the case
BeginIsSegmentMax with a begin index of 0. This is a very corner
case causing error only at the very beginning of a track.
* New proxy method TrackElement::isForOffgrid().
* In AutoContact, add a flag to tag metal-only contact (for offgrid segments on metal1 mostly. * In DataNegociate::update(), when computing perpandicular constraints, when processing a non-pref, if S/T is metal-only, add a one pitch slack. * In PowerPlanes, when decomposing Rectilinear, do it *perpandicular* to the preferred routing direction. If it's horizontal, then slice vertically. * In protectRoutingpads(), full rework on how the track fixed span intervals are computeds. Must give a set of non-overlaping ones. So if they are changed into blockages they won't generate overlaps in tracks. * In Track, beginning of support for partial reorder (may give some speed-up in the end).
* Restrict the RoutingPad boxes to the cell abutment box. * Check that there are overlaping bounds returned by Tracks::getOverlapBounds(). * Pass the current net to Track::getFreeInterval(), so it is not considered a blockage...
* Returns the set of biggest rectangles inscribed inside the Rectilinear. This is *not* a partition, the rectangles overlaps. This is intended for the router to select the biggest rectangle in the direction he sees fit and making it a RoutingPad.
* In AnabaticEngine::loadGlobalRouting(), call relaxOverConstraineds() only if M1 is vertical (may write another one for M1 horizontal). * In AnabaticEngine::computeEdgeCapacities(), don't complain for offgrid M1 if it is allowed... * In AutoContactTerminal::updateGeometry(), implement dragging on horizontal M1. * In AutoSegment::getExtensionCap(), manage the case when neither source nor target is requested. Return the bottom layer cap in that instance (for M1 terminals). * In AutoVertical::updatePositions(), on non-preferred segments, the extention must be further extendend as to include perpendiculars axis of tracks that we may impact. * In AutoHorizontal::updatePositions(), idem. * In Configuration::selectRpComponent(), detect M1 offgrid components and flag them. HSmall & VSmall are now forced to be flagged as *punctual*. * In NetBuilderHV, support for M1 offgrid terminals. Systematically use doRp_Accesss() and never call directly doRp_AutoContacts(). * In NetBuilderVH, general overhaul & bug fixes. * In RoutingPad, add a flag to tell that a component has been selected. * In RoutingPlane::getTrackByPosition(), add failsafe when we are before the first track axis or after the last.
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This should have be already integrated trough the merge of |
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Continuation of the
wip-gf180mcu-2branch (skipped botched attempt withwip-gf180mcu_c4m-3).