QPanda3
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Public Member Functions | List of all members
pyqpanda3.quantum_info.quantum_info.Choi Class Reference

Public Member Functions

None __init__ (self, other)
 init(*args, **kwargs) Overloaded function.
 
None __init__ (self, Choi other)
 init(*args, **kwargs) Overloaded function.
 
None __init__ (self, other)
 init(*args, **kwargs) Overloaded function.
 
None __init__ (self, Chi other)
 init(*args, **kwargs) Overloaded function.
 
None __init__ (self, other)
 init(*args, **kwargs) Overloaded function.
 
 evolve (self, *args, **kwargs)
 evolve(*args, **kwargs) Overloaded function.
 
int get_input_dim (self)
 get_input_dim(self: quantum_info.Choi) -> int
 
int get_output_dim (self)
 get_output_dim(self: quantum_info.Choi) -> int
 
bool __eq__ (self, Choi other)
 eq(self: quantum_info.Choi, other: quantum_info.Choi) -> bool
 

Constructor & Destructor Documentation

◆ __init__() [1/5]

None pyqpanda3.quantum_info.quantum_info.Choi.__init__ ( self,
other )

init(*args, **kwargs) Overloaded function.

  1. init(self: quantum_info.Choi, other: QPanda3::QuantumInformation::Kraus) -> None

Generate Choi object based on a Kraus object

Parameters
othera quantum channel as a Kraus object
  1. init(self: quantum_info.Choi, other: quantum_info.Choi) -> None

Generate Choi object based on a Choi object

Parameters
othera quantum channel as a Choi object
  1. init(self: quantum_info.Choi, other: QPanda3::QuantumInformation::PTM) -> None

Generate Choi object based on a PTM object

Parameters
othera quantum channel as a PTM object
  1. init(self: quantum_info.Choi, other: quantum_info.Chi) -> None

Generate Choi object based on a Chi object

Parameters
othera quantum channel as a Chi object
  1. init(self: quantum_info.Choi, other: QPanda3::QuantumInformation::SuperOp) -> None

Generate Choi object based on a SuperOp object

Parameters
othera quantum channel as a SuperOp object

◆ __init__() [2/5]

None pyqpanda3.quantum_info.quantum_info.Choi.__init__ ( self,
Choi other )

init(*args, **kwargs) Overloaded function.

  1. init(self: quantum_info.Choi, other: QPanda3::QuantumInformation::Kraus) -> None

Generate Choi object based on a Kraus object

Parameters
othera quantum channel as a Kraus object
  1. init(self: quantum_info.Choi, other: quantum_info.Choi) -> None

Generate Choi object based on a Choi object

Parameters
othera quantum channel as a Choi object
  1. init(self: quantum_info.Choi, other: QPanda3::QuantumInformation::PTM) -> None

Generate Choi object based on a PTM object

Parameters
othera quantum channel as a PTM object
  1. init(self: quantum_info.Choi, other: quantum_info.Chi) -> None

Generate Choi object based on a Chi object

Parameters
othera quantum channel as a Chi object
  1. init(self: quantum_info.Choi, other: QPanda3::QuantumInformation::SuperOp) -> None

Generate Choi object based on a SuperOp object

Parameters
othera quantum channel as a SuperOp object

◆ __init__() [3/5]

None pyqpanda3.quantum_info.quantum_info.Choi.__init__ ( self,
other )

init(*args, **kwargs) Overloaded function.

  1. init(self: quantum_info.Choi, other: QPanda3::QuantumInformation::Kraus) -> None

Generate Choi object based on a Kraus object

Parameters
othera quantum channel as a Kraus object
  1. init(self: quantum_info.Choi, other: quantum_info.Choi) -> None

Generate Choi object based on a Choi object

Parameters
othera quantum channel as a Choi object
  1. init(self: quantum_info.Choi, other: QPanda3::QuantumInformation::PTM) -> None

Generate Choi object based on a PTM object

Parameters
othera quantum channel as a PTM object
  1. init(self: quantum_info.Choi, other: quantum_info.Chi) -> None

Generate Choi object based on a Chi object

Parameters
othera quantum channel as a Chi object
  1. init(self: quantum_info.Choi, other: QPanda3::QuantumInformation::SuperOp) -> None

Generate Choi object based on a SuperOp object

Parameters
othera quantum channel as a SuperOp object

◆ __init__() [4/5]

None pyqpanda3.quantum_info.quantum_info.Choi.__init__ ( self,
Chi other )

init(*args, **kwargs) Overloaded function.

  1. init(self: quantum_info.Choi, other: QPanda3::QuantumInformation::Kraus) -> None

Generate Choi object based on a Kraus object

Parameters
othera quantum channel as a Kraus object
  1. init(self: quantum_info.Choi, other: quantum_info.Choi) -> None

Generate Choi object based on a Choi object

Parameters
othera quantum channel as a Choi object
  1. init(self: quantum_info.Choi, other: QPanda3::QuantumInformation::PTM) -> None

Generate Choi object based on a PTM object

Parameters
othera quantum channel as a PTM object
  1. init(self: quantum_info.Choi, other: quantum_info.Chi) -> None

Generate Choi object based on a Chi object

Parameters
othera quantum channel as a Chi object
  1. init(self: quantum_info.Choi, other: QPanda3::QuantumInformation::SuperOp) -> None

Generate Choi object based on a SuperOp object

Parameters
othera quantum channel as a SuperOp object

◆ __init__() [5/5]

None pyqpanda3.quantum_info.quantum_info.Choi.__init__ ( self,
other )

init(*args, **kwargs) Overloaded function.

  1. init(self: quantum_info.Choi, other: QPanda3::QuantumInformation::Kraus) -> None

Generate Choi object based on a Kraus object

Parameters
othera quantum channel as a Kraus object
  1. init(self: quantum_info.Choi, other: quantum_info.Choi) -> None

Generate Choi object based on a Choi object

Parameters
othera quantum channel as a Choi object
  1. init(self: quantum_info.Choi, other: QPanda3::QuantumInformation::PTM) -> None

Generate Choi object based on a PTM object

Parameters
othera quantum channel as a PTM object
  1. init(self: quantum_info.Choi, other: quantum_info.Chi) -> None

Generate Choi object based on a Chi object

Parameters
othera quantum channel as a Chi object
  1. init(self: quantum_info.Choi, other: QPanda3::QuantumInformation::SuperOp) -> None

Generate Choi object based on a SuperOp object

Parameters
othera quantum channel as a SuperOp object

Member Function Documentation

◆ __eq__()

bool pyqpanda3.quantum_info.quantum_info.Choi.__eq__ ( self,
Choi other )

eq(self: quantum_info.Choi, other: quantum_info.Choi) -> bool

Equality check. Determine if the internal data of two Choi objects are equal.

Parameters
otheranother Choi object
Returns
Bool if they are same, return true.

◆ evolve()

pyqpanda3.quantum_info.quantum_info.Choi.evolve ( self,
* args,
** kwargs )

evolve(*args, **kwargs) Overloaded function.

  1. evolve(self: quantum_info.Choi, state: QPanda3::QuantumInformation::DensityMatrix) -> QPanda3::QuantumInformation::DensityMatrix

Evolve a quantum state (density matrix) and return the result as a DensityMatrix object.

Parameters
statea DensityMatrix object as a quantum state
Returns
DensityMatrix a DensityMatrix object as result of evolving.
  1. evolve(self: quantum_info.Choi, state: QPanda3::QuantumInformation::StateVector) -> QPanda3::QuantumInformation::DensityMatrix

Evolve a quantum state (state vector).

Parameters
statea StateVector object as a quantum state
Returns
DensityMatrix a DensityMatrix object as result of evolving.

◆ get_input_dim()

int pyqpanda3.quantum_info.quantum_info.Choi.get_input_dim ( self)

get_input_dim(self: quantum_info.Choi) -> int

Get the input dimension of the QuantumChannel

Returns
size_t the input dimension of the QuantumChannel

◆ get_output_dim()

int pyqpanda3.quantum_info.quantum_info.Choi.get_output_dim ( self)

get_output_dim(self: quantum_info.Choi) -> int

Get the output dimension of the QuantumChannel

Returns
size_t the output dimension of the QuantumChannel
The documentation for this class was generated from the following file: