// Calculating the step size for each iteration
const stepSize = topmostChordPos / circlesPerHalf;
// Loop from topmostChordPos down to 0
for (let i = topmostChordPos; i > 0; i -= stepSize) {
// Adding current position (positive and negative) to the chordYPositions array
chordYPositions.push(i);
# This code snippet defines a method named `_mixture_` in a class.
# The method returns a list of tuples, where each tuple contains the probability and unitary of a gate option.
def _mixture_(self):
# Calculate the probability for each gate option
probability = 1 / len(self.gate_options)
# Human-Readable Python Code:
The following code snippet is an asynchronous method named `cancel_reservation_async` that cancels a quantum reservation. It takes in three arguments: `project_id`, `processor_id`, and `reservation_id`, all of which are strings.
```python
async def cancel_reservation_async(
self, project_id: str, processor_id: str, reservation_id: str
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