Class QuantumProperty

Gives an object the ability to exist in a quantum state.

Inheritance
object
QuantumProperty
Namespace: QRG.QuantumForge.Runtime
Assembly: .dll
Syntax
[Serializable]
public class QuantumProperty : MonoBehaviour

Fields

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basis

The basis associated with this quantum property.

Declaration
public Basis basis
Field Value
Type Description
Basis

Properties

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Dimension

The dimension, or number of basis values, of the quantum property.

Declaration
public int Dimension { get; }
Property Value
Type Description
int

Methods

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Clock(params Predicate[])

The full qudit Z gate. Applies a phase rotation to all basis values, based on the value_string. Let w = exp(2pii/Dimension) For basis value_string v, the phase rotation is w^v

Declaration
public void Clock(params Predicate[] predicates)
Parameters
Type Name Description
Predicate[] predicates
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Clock(QuantumProperty, params Predicate[])

Gives an object the ability to exist in a quantum state.

Declaration
public static void Clock(QuantumProperty property, params Predicate[] predicates)
Parameters
Type Name Description
QuantumProperty property
Predicate[] predicates
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Clock(QuantumProperty, float, params Predicate[])

Gives an object the ability to exist in a quantum state.

Declaration
public static void Clock(QuantumProperty property, float fraction, params Predicate[] predicates)
Parameters
Type Name Description
QuantumProperty property
float fraction
Predicate[] predicates
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Clock(float, params Predicate[])

The full qudit Z gate. Applies a phase rotation to all basis values, based on the value_string. Let w = exp(2pii/Dimension) For basis value_string v, the phase rotation is w^v

Declaration
public void Clock(float fraction, params Predicate[] predicates)
Parameters
Type Name Description
float fraction
Predicate[] predicates
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CorrelationMatrix(params QuantumProperty[])

Gives an object the ability to exist in a quantum state.

Declaration
public static float[,] CorrelationMatrix(params QuantumProperty[] properties)
Parameters
Type Name Description
QuantumProperty[] properties
Returns
Type Description
float[,]
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Cycle(params Predicate[])

Gives an object the ability to exist in a quantum state.

Declaration
public void Cycle(params Predicate[] predicates)
Parameters
Type Name Description
Predicate[] predicates
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Cycle(QuantumProperty, params Predicate[])

Gives an object the ability to exist in a quantum state.

Declaration
public static void Cycle(QuantumProperty prop, params Predicate[] predicates)
Parameters
Type Name Description
QuantumProperty prop
Predicate[] predicates
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Cycle(QuantumProperty, float, params Predicate[])

Gives an object the ability to exist in a quantum state.

Declaration
public static void Cycle(QuantumProperty prop, float fraction, params Predicate[] predicates)
Parameters
Type Name Description
QuantumProperty prop
float fraction
Predicate[] predicates
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Cycle(float, params Predicate[])

Gives an object the ability to exist in a quantum state.

Declaration
public void Cycle(float fraction, params Predicate[] predicates)
Parameters
Type Name Description
float fraction
Predicate[] predicates
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Hadamard(params Predicate[])

Gives an object the ability to exist in a quantum state.

Declaration
public void Hadamard(params Predicate[] predicates)
Parameters
Type Name Description
Predicate[] predicates
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Hadamard(QuantumProperty, params Predicate[])

Gives an object the ability to exist in a quantum state.

Declaration
public static void Hadamard(QuantumProperty prop, params Predicate[] predicates)
Parameters
Type Name Description
QuantumProperty prop
Predicate[] predicates
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ISwap(QuantumProperty, QuantumProperty)

Gives an object the ability to exist in a quantum state.

Declaration
public static void ISwap(QuantumProperty prop1, QuantumProperty prop2)
Parameters
Type Name Description
QuantumProperty prop1
QuantumProperty prop2
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ISwap(QuantumProperty, QuantumProperty, float)

Gives an object the ability to exist in a quantum state.

Declaration
public static void ISwap(QuantumProperty prop1, QuantumProperty prop2, float fraction)
Parameters
Type Name Description
QuantumProperty prop1
QuantumProperty prop2
float fraction
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InverseHadamard(params Predicate[])

Gives an object the ability to exist in a quantum state.

Declaration
public void InverseHadamard(params Predicate[] predicates)
Parameters
Type Name Description
Predicate[] predicates
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InverseHadamard(QuantumProperty, params Predicate[])

Gives an object the ability to exist in a quantum state.

Declaration
public static void InverseHadamard(QuantumProperty prop, params Predicate[] predicates)
Parameters
Type Name Description
QuantumProperty prop
Predicate[] predicates
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Measure(params Predicate[])

Gives an object the ability to exist in a quantum state.

Declaration
public static int Measure(params Predicate[] predicates)
Parameters
Type Name Description
Predicate[] predicates
Returns
Type Description
int
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Measure(params QuantumProperty[])

Gives an object the ability to exist in a quantum state.

Declaration
public static int[] Measure(params QuantumProperty[] properties)
Parameters
Type Name Description
QuantumProperty[] properties
Returns
Type Description
int[]
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MutualInformation(params QuantumProperty[])

Gives an object the ability to exist in a quantum state.

Declaration
public static float[] MutualInformation(params QuantumProperty[] properties)
Parameters
Type Name Description
QuantumProperty[] properties
Returns
Type Description
float[]
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NCycle(QuantumProperty, QuantumProperty)

Entangling operation. Performs a number of predicated (controlled) cycles on prop2 based on the value_string of prop1. Ex. Prop1 is in superposition of 0, 1, and 2 : |prop1> = 1/sqrt(3) * (|0> + |1> + |2>) Prop2 starts in state 0: |prop2> = |0> Result: |prop1,prop2> = 1/sqrt(3) * (|0,0> + |1,1> + |2,2>) Note: if prop2 starts in a different state, the result will be a different entanglement structure. Ex. Prop2 starts in state 1: |prop2> = |1> Result: |prop1,prop2> = 1/sqrt(3) * (|0,1> + |1,2> + |2,0>)

Declaration
public static void NCycle(QuantumProperty prop1, QuantumProperty prop2)
Parameters
Type Name Description
QuantumProperty prop1
QuantumProperty prop2
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PhaseRotate(float, params Predicate[])

Gives an object the ability to exist in a quantum state.

Declaration
public static void PhaseRotate(float angle, params Predicate[] predicates)
Parameters
Type Name Description
float angle
Predicate[] predicates
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Probabilities(params QuantumProperty[])

Gives an object the ability to exist in a quantum state.

Declaration
public static QuantumProperty.BasisProbability[] Probabilities(params QuantumProperty[] properties)
Parameters
Type Name Description
QuantumProperty[] properties
Returns
Type Description
BasisProbability[]
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ReducedDensityMatrix(params QuantumProperty[])

Gives an object the ability to exist in a quantum state.

Declaration
public static Complex[,] ReducedDensityMatrix(params QuantumProperty[] properties)
Parameters
Type Name Description
QuantumProperty[] properties
Returns
Type Description
Complex[,]
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Shift(params Predicate[])

Gives an object the ability to exist in a quantum state.

Declaration
public void Shift(params Predicate[] predicates)
Parameters
Type Name Description
Predicate[] predicates
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Shift(QuantumProperty, params Predicate[])

Gives an object the ability to exist in a quantum state.

Declaration
public static void Shift(QuantumProperty prop, params Predicate[] predicates)
Parameters
Type Name Description
QuantumProperty prop
Predicate[] predicates
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Shift(QuantumProperty, float, params Predicate[])

Gives an object the ability to exist in a quantum state.

Declaration
public static void Shift(QuantumProperty prop, float fraction, params Predicate[] predicates)
Parameters
Type Name Description
QuantumProperty prop
float fraction
Predicate[] predicates
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Shift(float, params Predicate[])

Gives an object the ability to exist in a quantum state.

Declaration
public void Shift(float fraction, params Predicate[] predicates)
Parameters
Type Name Description
float fraction
Predicate[] predicates
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Swap(QuantumProperty, QuantumProperty, params Predicate[])

Gives an object the ability to exist in a quantum state.

Declaration
public static void Swap(QuantumProperty prop1, QuantumProperty prop2, params Predicate[] predicates)
Parameters
Type Name Description
QuantumProperty prop1
QuantumProperty prop2
Predicate[] predicates
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is_not_value(BasisValue)

Creates a predicate that checks if the quantum property does not have the specified basis value.

Declaration
public Predicate is_not_value(BasisValue value)
Parameters
Type Name Description
BasisValue value

The basis value to check against.
Returns
Type Description
Predicate

A predicate representing the condition.
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is_not_value(int)

Creates a predicate that checks if the quantum property does not have the specified basis value by index.

Declaration
public Predicate is_not_value(int value)
Parameters
Type Name Description
int value

The index of the basis value to check against.
Returns
Type Description
Predicate

A predicate representing the condition.
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is_not_value(string)

Creates a predicate that checks if the quantum property does not have the specified basis value by name.

Declaration
public Predicate is_not_value(string valueName)
Parameters
Type Name Description
string valueName

The name of the basis value to check against.
Returns
Type Description
Predicate

A predicate representing the condition.
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is_value(BasisValue)

Creates a predicate that checks if the quantum property has the specified basis value.

Declaration
public Predicate is_value(BasisValue value)
Parameters
Type Name Description
BasisValue value

The basis value to check.
Returns
Type Description
Predicate

A predicate representing the condition.
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is_value(int)

Creates a predicate that checks if the quantum property has the specified basis value by index.

Declaration
public Predicate is_value(int valueIndex)
Parameters
Type Name Description
int valueIndex

The index of the basis value to check.
Returns
Type Description
Predicate

A predicate representing the condition.
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is_value(string)

Creates a predicate that checks if the quantum property has the specified basis value by name.

Declaration
public Predicate is_value(string valueName)
Parameters
Type Name Description
string valueName

The name of the basis value to check.
Returns
Type Description
Predicate

A predicate representing the condition.