Regina Calculation Engine

Describes a triangulation or subcomplex of a triangulation whose structure is wellunderstood. More...
#include <subcomplex/nstandardtri.h>
Public Member Functions  
virtual  ~NStandardTriangulation () 
A destructor that does nothing. More...  
std::string  getName () const 
Returns the name of this specific triangulation as a humanreadable string. More...  
std::string  getTeXName () const 
Returns the name of this specific triangulation in TeX format. More...  
virtual NManifold *  getManifold () const 
Returns the 3manifold represented by this triangulation, if such a recognition routine has been implemented. More...  
virtual NAbelianGroup *  getHomologyH1 () const 
Returns the expected first homology group of this triangulation, if such a routine has been implemented. More...  
virtual std::ostream &  writeName (std::ostream &out) const =0 
Writes the name of this triangulation as a humanreadable string to the given output stream. More...  
virtual std::ostream &  writeTeXName (std::ostream &out) const =0 
Writes the name of this triangulation in TeX format to the given output stream. More...  
virtual void  writeTextShort (std::ostream &out) const 
Writes this object in short text format to the given output stream. More...  
Public Member Functions inherited from regina::ShareableObject  
ShareableObject ()  
Default constructor that does nothing. More...  
virtual  ~ShareableObject () 
Default destructor that does nothing. More...  
virtual void  writeTextLong (std::ostream &out) const 
Writes this object in long text format to the given output stream. More...  
std::string  str () const 
Returns the output from writeTextShort() as a string. More...  
std::string  toString () const 
A deprecated alias for str(), which returns the output from writeTextShort() as a string. More...  
std::string  detail () const 
Returns the output from writeTextLong() as a string. More...  
std::string  toStringLong () const 
A deprecated alias for detail(), which returns the output from writeTextLong() as a string. More...  
Static Public Member Functions  
static NStandardTriangulation *  isStandardTriangulation (NComponent *component) 
Determines whether the given component represents one of the standard triangulations understood by Regina. More...  
static NStandardTriangulation *  isStandardTriangulation (NTriangulation *tri) 
Determines whether the given triangulation represents one of the standard triangulations understood by Regina. More...  
Additional Inherited Members  
Protected Member Functions inherited from regina::boost::noncopyable  
noncopyable ()  
A constructor which does nothing. More...  
~noncopyable ()  
A destructor which does nothing. More...  
Describes a triangulation or subcomplex of a triangulation whose structure is wellunderstood.
An NStandardTriangulation is generally connected with a real triangulation, i.e., an NTriangulation object, which it describes some portion of.
In general NStandardTriangulation objects cannot be constructed directly, but are instead created through static identification routines such as NStandardTriangulation::isStandardTriangulation(NTriangulation*).
Subclasses corresponding to different families of triangulations do not need to override writeTextShort() since this routine is properly implemented in the base class NStandardTriangulation.

inlinevirtual 
A destructor that does nothing.

inlinevirtual 
Returns the expected first homology group of this triangulation, if such a routine has been implemented.
If the calculation of homology has not yet been implemented for this triangulation then this routine will return 0.
This routine does not work by calling NTriangulation::getHomologyH1() on the associated real triangulation. Instead the homology is calculated directly from the known properties of this standard triangulation.
The details of which standard triangulations have homology calculation routines can be found in the notes for the corresponding subclasses of NStandardTriangulation. The default implementation of this routine returns 0.
The homology group will be newly allocated and must be destroyed by the caller of this routine.
If this NStandardTriangulation describes an entire NTriangulation (and not just a part thereof) then the results of this routine should be identical to the homology group obtained by calling NTriangulation::getHomologyH1() upon the associated real triangulation.
Reimplemented in regina::NLayeredSolidTorus, regina::NTriSolidTorus, regina::NLayeredChain, regina::NSpiralSolidTorus, regina::NLayeredTorusBundle, regina::NSnapPeaCensusTri, regina::NLayeredLensSpace, regina::NLayeredLoop, regina::NSnappedBall, regina::NTrivialTri, regina::NL31Pillow, and regina::NLayeredChainPair.

inlinevirtual 
Returns the 3manifold represented by this triangulation, if such a recognition routine has been implemented.
If the 3manifold cannot be recognised then this routine will return 0.
The details of which standard triangulations have 3manifold recognition routines can be found in the notes for the corresponding subclasses of NStandardTriangulation. The default implementation of this routine returns 0.
It is expected that the number of triangulations whose underlying 3manifolds can be recognised will grow between releases.
The 3manifold will be newly allocated and must be destroyed by the caller of this routine.
Reimplemented in regina::NLayeredSolidTorus, regina::NTriSolidTorus, regina::NLayeredChain, regina::NAugTriSolidTorus, regina::NSpiralSolidTorus, regina::NLayeredTorusBundle, regina::NPlugTriSolidTorus, regina::NBlockedSFSTriple, regina::NPluggedTorusBundle, regina::NSnapPeaCensusTri, regina::NLayeredLensSpace, regina::NLayeredLoop, regina::NBlockedSFSLoop, regina::NSnappedBall, regina::NBlockedSFSPair, regina::NTrivialTri, regina::NL31Pillow, regina::NLayeredChainPair, and regina::NBlockedSFS.
std::string regina::NStandardTriangulation::getName  (  )  const 
Returns the name of this specific triangulation as a humanreadable string.
std::string regina::NStandardTriangulation::getTeXName  (  )  const 
Returns the name of this specific triangulation in TeX format.
No leading or trailing dollar signs will be included.

static 
Determines whether the given component represents one of the standard triangulations understood by Regina.
The list of recognised triangulations is expected to grow between releases.
If the standard triangulation returned has boundary triangles then the given component must have the same corresponding boundary triangles, i.e., the component cannot have any further identifications of these boundary triangles with each other.
Note that the triangulationbased routine isStandardTriangulation(NTriangulation*) may recognise more triangulations than this routine, since passing an entire triangulation allows access to more information.
component  the triangulation component under examination. 

static 
Determines whether the given triangulation represents one of the standard triangulations understood by Regina.
The list of recognised triangulations is expected to grow between releases.
If the standard triangulation returned has boundary triangles then the given triangulation must have the same corresponding boundary triangles, i.e., the triangulation cannot have any further identifications of these boundary triangles with each other.
This routine may recognise more triangulations than the componentbased isStandardTriangulation(NComponent*), since passing an entire triangulation allows access to more information.
tri  the triangulation under examination. 

pure virtual 
Writes the name of this triangulation as a humanreadable string to the given output stream.
out  the output stream to which to write. 
Implemented in regina::NLayeredSolidTorus, regina::NTriSolidTorus, regina::NLayeredChain, regina::NAugTriSolidTorus, regina::NSpiralSolidTorus, regina::NLayeredTorusBundle, regina::NPlugTriSolidTorus, regina::NBlockedSFSTriple, regina::NPluggedTorusBundle, regina::NSnapPeaCensusTri, regina::NLayeredLensSpace, regina::NLayeredLoop, regina::NBlockedSFSLoop, regina::NSnappedBall, regina::NBlockedSFSPair, regina::NTrivialTri, regina::NL31Pillow, regina::NLayeredChainPair, and regina::NBlockedSFS.

pure virtual 
Writes the name of this triangulation in TeX format to the given output stream.
No leading or trailing dollar signs will be included.
out  the output stream to which to write. 
Implemented in regina::NLayeredSolidTorus, regina::NTriSolidTorus, regina::NLayeredChain, regina::NAugTriSolidTorus, regina::NSpiralSolidTorus, regina::NLayeredTorusBundle, regina::NPlugTriSolidTorus, regina::NBlockedSFSTriple, regina::NPluggedTorusBundle, regina::NSnapPeaCensusTri, regina::NLayeredLensSpace, regina::NLayeredLoop, regina::NBlockedSFSLoop, regina::NSnappedBall, regina::NBlockedSFSPair, regina::NTrivialTri, regina::NL31Pillow, regina::NLayeredChainPair, and regina::NBlockedSFS.

inlinevirtual 
Writes this object in short text format to the given output stream.
The output should be humanreadable, should fit on a single line, and should not end with a newline.
out  the output stream to which to write. 
Implements regina::ShareableObject.