quantum

Guppy standard module for quantum operations.

Classes

Measurement()	Represents the result of a lazy measurement which needs to be explicitly read before being used.
qubit()

Functions

ch(control, target)	Controlled-H gate command.
collect_measurements(measurements)	Block on each measurement until it is available and collect results into an array of bools.
crz(control, target, angle)	Controlled-Rz gate command.
cx(control, target)	Controlled-X gate command.
cy(control, target)	Controlled-Y gate command.
cz(control, target)	Controlled-Z gate command.
discard(q)	Discard a single qubit.
discard_array(qubits)	Discard an array of qubits.
h(q)	Hadamard gate command
maybe_qubit()	Try to allocate a qubit, returning some(qubit) if allocation succeeds or nothing if it fails.
measure(q)	Request a destructive lazy measurement of a qubit, returning a Measurement value.
measure_array(qubits)	Request a destructive lazy measurement of an array of qubits, returning an array of Measurement values.
project_z(q)	Project a single qubit into the Z-basis (a non-destructive measurement).
reset(q)	Reset a single qubit to the \(|0\rangle\) state.
rx(q, angle)	Rx gate.
ry(q, angle)	Ry gate.
rz(q, angle)	Rz gate.
s(q)	S gate.
sdg(q)	Sdg gate.
t(q)	T gate.
tdg(q)	Tdg gate.
toffoli(control1, control2, target)	A Toffoli gate command.
v(q)	V gate.
vdg(q)	Vdg gate.
x(q)	X gate.
y(q)	Y gate.
z(q)	Z gate.

functional

Guppy standard module for functional quantum operations.