Regina Calculation Engine
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regina::XMLNormalHypersurfaceReader Class Reference

An XML element reader that reads a single normal hypersurface in a 4-manifold triangulation. More...

#include <hypersurface/xmlhypersurfacereader.h>

Inheritance diagram for regina::XMLNormalHypersurfaceReader:
regina::XMLElementReader

Public Member Functions

 XMLNormalHypersurfaceReader (const Triangulation< 4 > *tri, HyperCoords coords)
 Creates a new normal hypersurface reader. More...
 
NormalHypersurfacehypersurface ()
 Returns the normal hypersurface that has been read. More...
 
virtual void startElement (const std::string &tagName, const regina::xml::XMLPropertyDict &tagProps, XMLElementReader *parentReader) override
 Signifies that parsing of this XML element is beginning. More...
 
virtual void initialChars (const std::string &chars) override
 Signifies that the initial text belonging to this XML element has been read. More...
 
virtual XMLElementReaderstartSubElement (const std::string &subTagName, const regina::xml::XMLPropertyDict &subTagProps) override
 Signifies that a subelement of this XML element is about to be parsed. More...
 
virtual void endSubElement (const std::string &subTagName, XMLElementReader *subReader)
 Signifies that parsing has finished for a subelement of this XML element. More...
 
virtual void endElement ()
 Signifies that parsing of this XML element is finished. More...
 
virtual void usingParser (regina::xml::XMLParser *parser)
 Called for the top-level element in an XML file when parsing begins. More...
 
virtual void abort (XMLElementReader *subReader)
 Signifies that XML parsing has been aborted. More...
 

Detailed Description

An XML element reader that reads a single normal hypersurface in a 4-manifold triangulation.

Python
Not present.

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

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This software is released under the GNU General Public License, with some additional permissions; see the source code for details.
For further information, or to submit a bug or other problem, please contact Ben Burton (bab@maths.uq.edu.au).