Change log

[0.1.2] - 2022-10-30

Updated code and repository to new hosting platform (switched from Gitlab to Github).

Details

Added

Add first elements for Gitlab --> Github migration (#2)

Fixed

Update resources to Github (#3)
[CI/CD] Fixed wrong name for master branch in workflow (b29383024240ec89568b5281de5a0b21e300549e)
[Docs] Updated CHANGELOG (2de3256d3f3302830f518c6879df8f1642abd185)
[Docs] Updated manual documentation (4bae25676c203ed56287a7d492f37c372bb52b60)
Update documentation (#4)

[0.1.1] - 2022-06-28

Fixes one bug (partially). This release is created to test the new CI/CD pipeline and to update the installation tutorial in the documentation.

Details

Fixed

Error on creating new Bloch Sphere (!34)

[0.1.0] - 2021-04-28

First release of the add-on. This version implements the first nodes. See the added section for more details.

Details

Added

Nodes

Quantum gates
- Single qubit gates
  - Hadamard gate (H)
  - I gate (Id)
  - S gate (S)
  - SDG gate (SDG)
  - T gate (T)
  - TDG gate (TDG)
  - X gate (X)
  - Y gate (Y)
  - Z gate (Z)
- R gates
  - RX gate (RX)
  - RY gate (RY)
  - RZ gate (RZ)
- C gates
  - CH gate (CH)
  - CX gate (CX)
  - CY gate (CY)
  - CZ gate (CZ)
  - CCX gate (CCX)
  - CSWAP gate (CSWAP)
- SWAP gate (SWAP)
Quantum circuits initialization
- Classical register
- Quantum register
- Quantum circuit
Outputs
- Visualization
  - Bloch sphere
  - Histogram
  - State city (3D model still WIP)
- Circuit output
  - Get count
  - IBM output (still WIP)
  - Output state
  - Measure
James Wootton QuantumBlur
- QuantumBlur input
- QuantumBlur output
Numpy complex128
- Split complex128
Azercoco 2D simulation of Schrödinger equation
- Schrödinger equation simulation

Sockets

Classical register
Quantum register
Quantum circuit
Quantum count
Numpy long complex (complex128)

Visualization

Bloch sphere
Histogram

UI

Quantum nodes menu (references all the nodes)
Quantum nodes panel (references all the nodes, visualization tools and IBM connection)

Demo add-on

Add a new mesh panel
- Add a new mesh
- Subdivide a mesh
Demo panel
- Select a new target
- Delete the current target
- Settings
  - Select axis
  - Select qubit
  - Add a gate (H, X or Y)
- Visualize the circuit
- Reset circuits
- Apply quantum algorithm
- Duplicate creation
- Advanced (redirection to the animation nodes editor)
- 'Need help ?' button
- 'Creation gallery' button

Fixed

Changed