Pyqrack

A particular optimization case of `CNOT` in the underlying Qrack library that was bugged on edge cases has been cut, fixing the edge case.

Also, a new stabilizer optimization case has been added for controlled phase gates.

Users might want to instantiate a simulator that does _only_ traditional "ket" or "state vector" simulation. I have fixed a bug that previously caused a segmentation fault when attempting to instantiate such a simulator.

Windows build of Qrack were previously bugged on hybrid stabilizer simulation, which has been completely fixed. (The reason was use of C++ `std::swap()` with `std::vector<bool>`, which is strictly a violation of the language standard, though _only_ the Windows compiler is strictly adherent to the explicit standard, as far as I can tell.)

A bug in the `QrackSimulator` constructor has also been fixed; this release now allows non-default constructor Boolean options.

The Qrack binary has changed its convention slightly on the `QRACK_GPU_OFFSET_QB` environment variable: strictly greater-than values for processing element count round _up_ to the next power of 2, now, instead of rounding _down_, and the default value of the environment variable has been correspondingly reduced by 1.

Performance improvements in this release include OpenCL work item resizing, achieving ~2x on quantum Fourier transform performance on a test system, and (internal) stabilizer-to-ket conversion speed improvement.

In addition to several minor performance improvements, PyQrack v0.10.0 adds the `isHostPointer` constructor kwarg to `QrackSimulator`. This flag, when true, will attempt to force allocation of OpenCL objects in general host RAM, instead of potentially VRAM. In cases, this might help support wider qubit count simulations.

This release updates Qrack binaries with `TrySeparate()` improvements, for Pauli X and Y basis, and for the 2-qubit method variant.