Uses of Class
org.mathIT.quantum.NoWireException

Packages that use NoWireException

Package	Description
org.mathIT.quantum	Provides classes to simulate quantum computation, such as a quantum register and a quantum gate
org.mathIT.quantum.stabilizer	Provides classes to simulate quantum stabilizer states.

Uses of NoWireException in org.mathIT.quantum

Methods in org.mathIT.quantum that throw NoWireException

Modifier and Type	Method and Description
void	Circuit.addCNOT(int[] qubits, boolean yRegister) Adds a CNOT gate on the two qubits specified by the two numbers in the qubit array; if the flag yRegister is set, it is added to the y-register, otherwise to the x-register.
void	Circuit.addFunction(FunctionParser function) Adds a function evaluating gate to the circuit, specified by the input function.
void	Circuit.addGrover(int needle) Adds the Grover gate searching for the specified needle to the circuit.
void	Circuit.addHadamard(int i, boolean yRegister) Adds a Hadamard gate on the i-th qubit of the quantum circuit; if the flag yRegister is set, it is added to the i-th qubit of the y-register, otherwise it is the i-th qubit of the x-register.
void	Circuit.addInvQFT(boolean yRegister) Adds the inverse Fourier transform gate to the circuit; if the flag yRegister is set, it is added to the y-register, otherwise to the x-register.
void	Circuit.addInvSGate(int i, boolean yRegister) Adds an S* gate, the inverse or adjoint of the S gate, on the i-th qubit of the quantum circuit; if the flag yRegister is set, it is added to the i-th qubit of the y-register, otherwise it is the i-th qubit of the x-register.
void	Circuit.addMeasurement(int[] qubits, boolean yRegister) Adds a measurement gate on the qubits specified by the qubit array; if the flag yRegister is set, it is added to the y-register, otherwise to the x-register.
void	Circuit.addPauliX(int i, boolean yRegister) Adds a Pauli-X gate on the i-th qubit of the quantum circuit; if the flag yRegister is set, it is added to the i-th qubit of the y-register, otherwise it is the i-th qubit of the x-register.
void	Circuit.addPauliY(int i, boolean yRegister) Adds a Pauli-Y gate on the i-th qubit of the quantum circuit; if the flag yRegister is set, it is added to the i-th qubit of the y-register, otherwise it is the i-th qubit of the x-register.
void	Circuit.addPauliZ(int i, boolean yRegister) Adds a Pauli-Z gate on the i-th qubit of the quantum circuit; if the flag yRegister is set, it is added to the i-th qubit of the y-register, otherwise it is the i-th qubit of the x-register.
void	Circuit.addQFT(boolean yRegister) Adds the Fourier transform gate to the circuit; if the flag yRegister is set, it is added to the y-register, otherwise to the x-register.
void	Circuit.addRotation(int[] qubits, boolean yRegisterChosen, String axis, int phiAsPartOfPi) Adds a rotation gate to the circuit.
void	Circuit.addSGate(int i, boolean yRegister) Adds an S gate on the i-th qubit of the quantum circuit; if the flag yRegister is set, it is added to the i-th qubit of the y-register, otherwise it is the i-th qubit of the x-register.
void	Circuit.addSqrtX(int i, boolean yRegister) Adds a √X, or √NOT gate on the i-th qubit of the quantum circuit; if the flag yRegister is set, it is added to the i-th qubit of the y-register, otherwise it is the i-th qubit of the x-register.
void	Circuit.addTGate(int i, boolean yRegister) Adds a T gate on the i-th qubit of the quantum circuit; if the flag yRegister is set, it is added to the i-th qubit of the y-register, otherwise it is the i-th qubit of the x-register.
void	Circuit.addToffoli(int[] qubits, boolean yRegister) Adds a Toffoli gate on the three qubits specified by the three numbers in the qubit array; if the flag yRegister is set, it is added to the y-register, otherwise to the x-register.

Uses of NoWireException in org.mathIT.quantum.stabilizer

Methods in org.mathIT.quantum.stabilizer that throw NoWireException

Modifier and Type	Method and Description
void	Circuit.addCNOT(int[] qubits, boolean yRegister) Adds a CNOT gate on the two qubits specified by the two numbers in the qubit array; if the flag yRegister is set, it is added to the y-register, otherwise to the x-register.
void	Circuit.addFunction(FunctionParser function) Adds a function evaluating gate to the circuit, specified by the input function.
void	Circuit.addGrover(int needle) Adds the Grover gate searching for the specified needle to the circuit.
void	Circuit.addHadamard(int i, boolean yRegister) Adds a Hadamard gate on the i-th qubit of the quantum circuit; if the flag yRegister is set, it is added to the i-th qubit of the y-register, otherwise it is the i-th qubit of the x-register.
void	Circuit.addInvQFT(boolean yRegister) Adds the inverse Fourier transform gate to the circuit; if the flag yRegister is set, it is added to the y-register, otherwise to the x-register.
void	Circuit.addInvSGate(int i, boolean yRegister) Adds an S* gate, the inverse or adjoint of the S gate, on the i-th qubit of the quantum circuit; if the flag yRegister is set, it is added to the i-th qubit of the y-register, otherwise it is the i-th qubit of the x-register.
void	Circuit.addMeasurement(int[] qubits, boolean yRegister) Adds a measurement gate on the qubits specified by the qubit array; if the flag yRegister is set, it is added to the y-register, otherwise to the x-register.
void	Circuit.addPauliX(int i, boolean yRegister) Adds a Pauli-X gate on the i-th qubit of the quantum circuit; if the flag yRegister is set, it is added to the i-th qubit of the y-register, otherwise it is the i-th qubit of the x-register.
void	Circuit.addPauliY(int i, boolean yRegister) Adds a Pauli-Y gate on the i-th qubit of the quantum circuit; if the flag yRegister is set, it is added to the i-th qubit of the y-register, otherwise it is the i-th qubit of the x-register.
void	Circuit.addPauliZ(int i, boolean yRegister) Adds a Pauli-Z gate on the i-th qubit of the quantum circuit; if the flag yRegister is set, it is added to the i-th qubit of the y-register, otherwise it is the i-th qubit of the x-register.
void	Circuit.addQFT(boolean yRegister) Adds the Fourier transform gate to the circuit; if the flag yRegister is set, it is added to the y-register, otherwise to the x-register.
void	Circuit.addRotation(int[] qubits, boolean yRegisterChosen, String axis, int phiAsPartOfPi) Adds a rotation gate to the circuit.
void	Circuit.addSGate(int i, boolean yRegister) Adds an S gate on the i-th qubit of the quantum circuit; if the flag yRegister is set, it is added to the i-th qubit of the y-register, otherwise it is the i-th qubit of the x-register.
void	Circuit.addSqrtX(int i, boolean yRegister) Adds a √X, or √NOT gate on the i-th qubit of the quantum circuit; if the flag yRegister is set, it is added to the i-th qubit of the y-register, otherwise it is the i-th qubit of the x-register.
void	Circuit.addTGate(int i, boolean yRegister) Adds a T gate on the i-th qubit of the quantum circuit; if the flag yRegister is set, it is added to the i-th qubit of the y-register, otherwise it is the i-th qubit of the x-register.
void	Circuit.addToffoli(int[] qubits, boolean yRegister) Adds a Toffoli gate on the three qubits specified by the three numbers in the qubit array; if the flag yRegister is set, it is added to the y-register, otherwise to the x-register.