Quantum API Reference
Comprehensive API documentation for the Quantum Computing Ing Inc SDK - classes, methods, and parameters.
QuantumCircuit
QuantumCircuit
Represents a quantum circuit with a register of qubits. Supports gate operations, simulations, and visualizations.
Constructor
new QuantumCircuit(qubitCount: number): QuantumCircuit
Initializes a new quantum circuit with the specified number of qubits.
Methods
h(qubit: number)
Applies a Hadamard gate to the specified qubit.
cx(control: number, target: number)
Applies a CNOT (controlled-X) gate between control and target qubits.
measure(qubit: number)
Measures the specified qubit and adds a classical bit to the circuit.
simulate(iterations: number)
Simulates the circuit and returns measurement statistics.
draw()
Renders the circuit as a visual representation.
QuantumGate
QuantumGate
Base class for quantum gates. Provides common operations and matrix transformations.
Static Properties
- Gate.H:
[[1,1],[1,-1]]/√2 - Gate.X:
[[0,1],[1,0]] - Gate.Z:
[[1,0],[0,-1]]
Custom Gates
rx(theta: number)
Rotates a qubit around the X-axis by theta radians.
ry(theta: number)
Rotates a qubit around the Y-axis by theta radians.
swap(a: number, b: number)
Swaps the states of two qubits.
add(control: number, target: number)
Applies a Toffoli (controlled-controlled-X) gate.
Simulator
Simulator
High-performance quantum state simulator with configurable backend settings.
simulate()
Returns a result object with probabilities and measurement counts.
setBackend(backend: string)
Configures the simulation backend (e.g., "vector", "matrix", "gpu").