Kite - Detailed Router


Public Member Functions | Static Public Member Functions | List of all members
KiteEngine Class Reference

The Kite Tool. More...

Inheritance diagram for KiteEngine:
Inheritance graph
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Public Member Functions

KatabaticEnginebase ()
 
Configuration * getKiteConfiguration ()
 
virtual Configuration * getConfiguration ()
 
NetgetBlockageNet ()
 
bool getToolSuccess () const
 
unsigned long getEventsLimit () const
 
unsigned int getRipupLimit (unsigned int type) const
 
unsigned int getRipupCost () const
 

Static Public Member Functions

static const NamestaticGetName ()
 
static KiteEnginecreate (Cell *)
 
static KiteEngineget (const Cell *)
 

Detailed Description

The Kite Tool.

Lookup Mechanism

Please look at Kite::Session for an explanation of the lookup mechanism from Hurricane::Segment or Katabatic::AutoSegment to TrackSegment.

Member Function Documentation

◆ staticGetName()

const Name & staticGetName ( )
static

Returns: The unique string identifier for the KiteEngine class of ToolEngine.

◆ create()

KiteEngine * create ( Cell cell)
static

Create a KiteEngine on cell.

◆ get()

KiteEngine * get ( const Cell cell)
static

Returns: The KiteEngine associated to cell. NULL if there isn't.

◆ base()

KatabaticEngine * base ( )
inline

Returns: The KiteEngine, casted as it's base class (KatabaticEngine).

◆ getKiteConfiguration()

Configuration * getKiteConfiguration ( )
inline

Returns: The KiteEngine configuration. The Kite Configuration is a derived class of KatabaticConfiguration.

◆ getConfiguration()

Configuration * getConfiguration ( )
virtual

Returns: The KiteEngine configuration.

Reimplemented from KatabaticEngine.

◆ getBlockageNet()

Net * getBlockageNet ( )
inline

Returns: The Net which is used to mark the blockage segments. It's not part of the Configuration per se but an isolated attribute.

◆ getToolSuccess()

bool getToolSuccess ( ) const
inline

Returns: true if the tool was successful, that is, all the Net were routeds.

◆ getEventsLimit()

unsigned long getEventsLimit ( ) const
inline

Returns: The maximal number of allowed routing events. This limit is a security against infinite looping, be sure that it is great enough not to prevent normal routing completion.

◆ getRipupLimit()

unsigned long getRipupLimit ( unsigned int  type) const
inline

Returns: the maximum ripup allowed of a segment of type.

Referenced by Manipulator::canRipup(), and SegmentAction::doAction().

◆ getRipupCost()

unsigned long getRipupCost ( ) const
inline

Returns: the differential used while comparing two ripup costs.


The documentation for this class was generated from the following files:


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