!pip install quri-parts[qulacs]
!pip install exrex| Command | Quantum Circuit Manipulation |
|---|---|
| > | Make the next qubit the target of operation (pointer +1 ) |
| < | Make the previous qubit the target of operation (pointer -1) |
| +, H | Apply Hadamard gate |
| ~, T | Apply |
| -, D | Apply |
| x, X | Apply Pauli-X gate |
| @, C | Apply CNOT gate (target is the next qubit or specified by following number) |
| : | Estimate measurements from state vector (no actual measurement) |
| , | Initialize state vector |
| ; | State vector randomization |
| [ | Start of loop |
| ] | Conditional loop termination (exits loop if measured value is 0, otherwise returns to beginning of loop) |
| ?, Q | Hadamard gate or |
| ! | Randomly move the qubit (pointer) to be manipulated |
| *, R | Randomly move execution point |
# Instantiate class
num = 5
qf = QF(num, regex=False, debug=False)
# Execute code
code = "[+!?~#!~@:]"
state, history, command, circuit = qf.parse(code)
# Output history of state vector
for i, s in enumerate(history):
print(f"Step {i}: {s}")This project is licensed under the MIT License - see the LICENSE file for details.