Package com.quantum4j.core.circuit

Class QuantumCircuit

java.lang.Object

com.quantum4j.core.circuit.QuantumCircuit

public final class QuantumCircuit
extends Object

Method Summary

Modifier and Type	Method	Description
QuantumCircuit	addInstruction(Instruction instruction)
QuantumCircuit	apply(Gate gate, int... qubits)
QuantumCircuit	ccx(int control1, int control2, int target)
QuantumCircuit	ch(int control, int target)
static QuantumCircuit	create(int numQubits)
QuantumCircuit	cx(int control, int target)
QuantumCircuit	cz(int control, int target)
String	drawAscii()	Render this circuit as ASCII art.
List<Instruction>	getInstructions()
int	getNumQubits()
QuantumCircuit	h(int qubit)
QuantumCircuit	iswap(int q0, int q1)
QuantumCircuit	measure(int qubit, int classicalBit)
QuantumCircuit	measureAll()
Result	run(RunOptions options)	Execute this circuit with the given options using the configured backend.
QuantumCircuit	rx(int qubit, double theta)
QuantumCircuit	ry(int qubit, double theta)
QuantumCircuit	rz(int qubit, double theta)
QuantumCircuit	s(int qubit)
QuantumCircuit	swap(int q0, int q1)
QuantumCircuit	t(int qubit)
String	toSvg()	Render this circuit as SVG.
QuantumCircuit	u1(int qubit, double lambda)
QuantumCircuit	u2(int qubit, double phi, double lambda)
QuantumCircuit	u3(int qubit, double theta, double phi, double lambda)
QuantumCircuit	x(int qubit)
QuantumCircuit	y(int qubit)
QuantumCircuit	z(int qubit)

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Method Details

create

public static QuantumCircuit create(int numQubits)

getNumQubits

public int getNumQubits()

getInstructions

public List<Instruction> getInstructions()

apply

public QuantumCircuit apply(Gate gate,
 int... qubits)

h

public QuantumCircuit h(int qubit)

x

public QuantumCircuit x(int qubit)

y

public QuantumCircuit y(int qubit)

z

public QuantumCircuit z(int qubit)

s

public QuantumCircuit s(int qubit)

t

public QuantumCircuit t(int qubit)

rx

public QuantumCircuit rx(int qubit,
 double theta)

ry

public QuantumCircuit ry(int qubit,
 double theta)

rz

public QuantumCircuit rz(int qubit,
 double theta)

cx

public QuantumCircuit cx(int control,
 int target)

cz

public QuantumCircuit cz(int control,
 int target)

swap

public QuantumCircuit swap(int q0,
 int q1)

iswap

public QuantumCircuit iswap(int q0,
 int q1)

ch

public QuantumCircuit ch(int control,
 int target)

ccx

public QuantumCircuit ccx(int control1,
 int control2,
 int target)

measure

public QuantumCircuit measure(int qubit,
 int classicalBit)

measureAll

public QuantumCircuit measureAll()

addInstruction

public QuantumCircuit addInstruction(Instruction instruction)

u3

public QuantumCircuit u3(int qubit,
 double theta,
 double phi,
 double lambda)

u2

public QuantumCircuit u2(int qubit,
 double phi,
 double lambda)

u1

public QuantumCircuit u1(int qubit,
 double lambda)

run

public Result run(RunOptions options)

Execute this circuit with the given options using the configured backend.

Parameters:

options - execution options

Returns:

result of execution

drawAscii

public String drawAscii()

Render this circuit as ASCII art.

Returns:

ASCII diagram

toSvg

public String toSvg()

Render this circuit as SVG.

Returns:

SVG string