Hurricane::BasicLayer Class Reference

BasicLayer description (API) More...

Inheritance diagram for Hurricane::BasicLayer:

Classes
class	Material

Public Member Functions
const Material &	getMaterial () const
const Name &	getRealName () const
void	setBlockageLayer (BasicLayer *layer)
void	setRealName (const char *realName)
Public Member Functions inherited from Hurricane::Layer
Technology *	getTechnology () const
const Name &	getName () const
const Mask &	getMask () const
const Mask &	getExtractMask () const
const DbU::Unit &	getMinimalSize () const
const DbU::Unit &	getMinimalSpacing () const
virtual const Layer *	getOpposite (const Layer *) const
Layer *	getMetalAbove (bool useSymbolic=true) const
Layer *	getMetalBelow (bool useSymbolic=true) const
Layer *	getCutAbove (bool useSymbolic=true) const
Layer *	getCutBelow (bool useSymbolic=true) const
bool	above (const Layer *layer) const
bool	below (const Layer *layer) const
bool	contains (const Layer *layer) const
bool	intersect (const Layer *layer) const
void	setName (const Name &name)
void	setMinimalSize (const DbU::Unit &minimalSize)
void	setMinimalSpacing (const DbU::Unit &minimalSpacing)
virtual void	setEnclosure (const BasicLayer *layer, DbU::Unit, uint32_t flags)
virtual void	setExtentionCap (const BasicLayer *layer, DbU::Unit)
virtual void	setExtentionWidth (const BasicLayer *layer, DbU::Unit)
Public Member Functions inherited from Hurricane::DBo
virtual void	destroy ()
Property *	getProperty (const Name &) const
Properties	getProperties () const
bool	hasProperty () const
void	put (Property *)
void	remove (Property *)
void	removeProperty (const Name &)
void	clearProperties ()

Static Public Member Functions
static BasicLayer *	create (Technology *technology, const Name &name, const Material &material, uint32_t gds2Layer=0, uint32_t gds2Datatype=0, const DbU::Unit &minimalSize=0, const DbU::Unit &minimalSpacing=0)

Additional Inherited Members
Public Types inherited from Hurricane::Layer
typedef Hurricane::Mask< boost::multiprecision::uint128_t >	Mask

Detailed Description

BasicLayer description (API)

For a more complete description of the Layers object, please refer to Layer Introduction.

For purpose of BasicLayers, also see BasicLayer::Material.

Member Function Documentation

create()

BasicLayer * Hurricane::BasicLayer::create ( Technology *  technology, const Name &  name, const Material &  material, uint32_t  gds2Layer = 0, uint32_t  gds2Datatype = 0, const DbU::Unit &  minimalSize = 0, const DbU::Unit &  minimalSpacing = 0  )

static

creates and returns a new basic layer named <name>, of type <material> for the given technology (some geometrical characteristics can also be specified).

Caution: Throws an exception if the technology is null, if the name is

empty, if a layer of same name already exists or if we overflow the capacity of the bit field associated to the layer mask.

Remarks

The extract number is a kind of logic number. In example the CP layer which represent a poly layer should have the same extract number as the CPG layer which represent a poly layer used to realize the transistor gates. While extractions process, layers which have the same extract number are considered as equivalents. A null value indicates that the extraction should ignore this layer.

getMaterial()

const BasicLayer::Type & Hurricane::BasicLayer::getMaterial ( ) const

inline

Returns: the basic layer material.

getRealName()

const Name & Hurricane::BasicLayer::getRealName ( ) const

inline

Returns: the real (process) layer name, for GDS.

setBlockageLayer()

void Hurricane::BasicLayer::setBlockageLayer ( BasicLayer *  layer )

inline

Associate a blockage layer to this one. This is only meaningful for routing layers (RegularLayer).

setRealName()

void Hurricane::BasicLayer::setRealName ( const char *  realName )

inline

Set the real (process) layer name, for GDS.

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

• BasicLayer.h
• BasicLayer.dox