PyNet Class Reference

#include <PyNet.h>

Inheritance diagram for PyNet:

List of all members.

Public Types
typedef complex< double >	cdouble
Public Member Functions
	PyNet (double d)
	Usual constructor via a desired tile 'width'.
	PyNet (string s)
	Accepts a filename and loads a pre-saved Net from it.
	~PyNet ()
	DESTROY THEM ALL.
void	save (std::string file)
	Save a generated Net into a file.
void	generate (dict &d, int max_depth)
	Accepts a python dictionary mapping gate labels => matrices.
std::string	approximate (boost::python::list &m)
	Return the closest approximating sequence to a matrix.
boost::python::list	evaluate (std::string s)
	Evaluate a string and return the resulting matrix as a flat list.
boost::python::list	solovay_kitaev (boost::python::list &m, int d)
	Wrap the Solovay-Kitaev function.

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Member Typedef Documentation

typedef complex<double> PyNet::cdouble

Reimplemented from Net.

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Constructor & Destructor Documentation

PyNet::PyNet (  double  d  )  [inline]

Usual constructor via a desired tile 'width'.

PyNet::PyNet (  string  s  )  [inline]

Accepts a filename and loads a pre-saved Net from it.

PyNet::~PyNet (   )  [inline]

DESTROY THEM ALL.

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Member Function Documentation

std::string PyNet::approximate (  boost::python::list &  m  )  [inline]

Return the closest approximating sequence to a matrix. The matrix needs to be passed as a flat list of length 4

boost::python::list PyNet::evaluate (  std::string  s  )  [inline]

Evaluate a string and return the resulting matrix as a flat list.

void PyNet::generate (  dict &  d, int  max_depth )  [inline]

Accepts a python dictionary mapping gate labels => matrices. Matrices should be passed as a flat list

void PyNet::save (  std::string  file  )  [inline]

Save a generated Net into a file.

boost::python::list PyNet::solovay_kitaev (  boost::python::list &  m, int  d )  [inline]

Wrap the Solovay-Kitaev function. Python has no concept of the Net::knot, or of the Matrix<cdouble>, so we'll return everything as a flat list and deal with it in the sk module

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

• python/PyNet.h

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