Convert cudensitymat CUDA datatype enum

Define N detectors by pairing two measurement vectors element-wise. Standard form for cross-round detectors: each detector ``i`` is th

Prints this node and its dependencies to llvm::outs()

Calculate the Taylor approximation to the exponential of the given matrix.

Return an MLIR `IntegerType` of the given bit width (defaults to 64 bits).

Returns the physical qubit on which virtual qubit \p vr is placed

Return a `quake.VeqType`. Pass the size of the `quake.veq` if known.

@brief return whether value is a binary array @sa https://json.nlohmann.me/api/basic_json/is_binary/

Measure the qubit along the y-axis.

Add all required dialects to the provided registry.

Run the provided `kernel` with the given kernel `arguments` over the specified number of circuit executions (`shots_count`) asynchronously on the spe

@brief Returns a new phase equal to the sum of `p1` and `p2` @returns A new phase containing the exclusive or of `p1` and `p2`

@brief exchanges the values @sa https://json.nlohmann.me/api/basic_json/swap/

@brief Default constructor

Define common 2 qubit operations.

Architecture-portable busy-wait hint. ARM yield / x86 pause.

This operation applies a `controlled-ry` operation to the given target qubit, with the provided control qubit/s.

+-----------------------------------------------------------------------+ */ | INTEGER Function DIRGetlevel |

Emit a warning, providing the user with source file information and the offending code.

@brief Fermionic SWAP rotation at a specific angle This kernel performs a rotation in the adjacent Fermionic modes under the Jordan-Wigner mapping re

Create a constant integer operation and return its MLIR result Value. Takes as input the concrete integer value. Can specify the inte

Returns the number of physical qubits in the device.

Return a `quake.RefType`.

@brief Return the quantum circuit simulator for qubits.

@brief Initialize the state of the given qudits to the provided simulation state.

\returns true if \p ty is a quantum reference type.

Assign virtual qubit \p vr to be placed on physical qubit \p phy

return time in seconds since some arbitrary point in the past */

Set the current QPU Id