Releases: foxfixfax/PyCCE
PyCCE 1.1.1
Corrected corr.py error
PyCCE 1.1
PyCCE 1.0.1.3a
Fixed a hamiltonian broadcasting bug.
PyCCE 1.0.1.3
Fixed a bug when gcce calculation with delay provided in pulse sequence but no bath spin pulses produced incorrect results.
PyCCE 1.0.1.2
Fixed bug with interlaced averaging
PyCCE 1.0.1.1
Bug fixes:
Fixed bug with broadcasting
Fixed bug with attributes of heterogeneous bath
PyCCE 1.0.1
Fixed a bug in projected_addition for the case of multiple central spins.
PyCCE 1.0.0a
Major release! Reupload due to the crutial bug. Highlights include:
- Support for several central spins with the new class
CenterArray! Check out a new tutorial to see how to use PyCCE to study the entanglement between two dipolarly coupled NV centers in diamond. - Direct definition of the bath spin states with
BathArray.stateattribute.Expanded the control over pulse sequences. SeePulseclass for details. - EXPERIMENTAL FEATURE. Added ability to define your own single particle Hamiltonian. See
BathArray.handCenterArray.hfor details. - Significant overhaul of computseveral central spins with the new class
CenterArray! Check out a new tutorial to see how to use PyCCE to study the entanglement between two dipolarly coupled NV centers in diamond. - Direct definition of the bath spin states with
BathArray.stateattribute.Expanded the control over pulse sequences. SeePulseclass for details. - EXPERIMENTAL FEATURE. Added ability to define your own single particle Hamiltonian. See
BathArray.handCenterArray.hfor details. - Significant overhaul of computational expensive parts of the code with Numba. This makes the first run of PyCCE quite slow, but after compilation it should run observably faster.
- Various bug fixes and ational expensive parts of the code with Numba. This makes the first run of PyCCE quite slow, but after compilation it should run observably faster.
- Various bug fixes and QoL changes.
See the updated documentations and instructions to instal at https://pycce.readthedocs.io/en/latest/
Pulses bugfixes
Fixes several bugs:
When no rotation is given for both the central spin and the spins in the cluster it now properly ignores it
parallel=True keyword in gcce works properly
Doesn't raise an error if sum of the delays is very close to the timesteps