Prepare release (#1)

* prepare release

* change pr template

* mod tests

* change init

* sort imports

* rm CLIFFORD_CONJ

* readme & requirements changed

* fix tests

* fix ubuntu test

* fix ubuntu test

* rename file

* modify experiment

---------

Co-authored-by: Kazuki Tsuoka <[email protected]>

.github/pull_request_template.md

@@ -1,8 +1,8 @@
 Before submitting, please check the following:
-- Make sure you have tests for the new code and that test passes (run `pytest`)
-- format added code and tests by `black -l 120 <filename>`
+- Make sure you have tests for the new code and that test passes (run `tox`)
+- format added code by `black -l 120 <filename>`
 - If applicable, add a line to the [unreleased] part of CHANGELOG.md, following [keep-a-changelog](https://keepachangelog.com/en/1.0.0/).
- 
+
 Then, please fill in below:
 
 **Context (if applicable):**

.github/workflows/ci.yml

@@ -25,21 +25,12 @@ jobs:
     - uses: actions/checkout@v3
 
     - name: Set up Python ${{ matrix.python }}
-      uses: actions/setup-python@v3
+      uses: actions/setup-python@v4
       with:
         python-version: ${{ matrix.python }}
 
-    - name: Install dependencies
-      run: |
-        python -m pip install --upgrade pip
-        pip install pytest
-        pip install -r requirements.txt
-        pip install -e .[test]
+    - name: Install tox
+      run: pip install tox tox-gh-actions
 
-    - name: Install graphix
-      run: |
-        python setup.py install
-
-    - name: Test with pytest
-      run: |
-        python -m pytest
+    - name: Run tox
+      run: tox

.gitignore

@@ -6,3 +6,5 @@
 **/build
 dist/*
 docs/source/gallery/**
+.tox/
+.vscode/

MANIFEST.in

@@ -1,5 +1,6 @@
 include README.md
 include MANIFEST.in
 include LICENSE
-include graphix_ibmq/version.py
+include graphix_perceval/version.py
+include requirements.txt
 prune docs/*

README.md

@@ -0,0 +1,25 @@
+# Graphix Perceval interface
+<!--
+![PyPI](https://img.shields.io/pypi/v/graphix-perceval)
+![PyPI - Python Version](https://img.shields.io/pypi/pyversions/graphix-perceval) -->
+
+Provides an interface to run MBQC pattern (`graphix.Pattern`) on Quandela's optical quantum devices as well as Perceval's simulator backends.
+
+Requires [graphix](https://github.com/TeamGraphix/graphix) to generate the measurement pattern.
+
+## Installation
+
+install with `pip`
+
+```bash
+ $ pip install graphix-perceval
+```
+
+<!-- This can be installed as part of graphix, by
+```
+ $ pip install graphix[extra]
+``` -->
+
+## License
+
+[Apache License 2.0](LICENSE)

graphix_perceval/__init__.py

@@ -0,0 +1 @@
+from .converter import to_perceval

graphix_perceval/clifford.py

@@ -0,0 +1,59 @@
+import numpy as np
+import perceval.components as comp
+import sympy as sp
+
+# perceval representation of Clifford gates.
+# see graphix.clifford module for the definitions and details of Clifford operatos for each index.
+CLIFFORD_TO_PERCEVAL_BS = [
+    [comp.BS(theta=0.0)],
+    [comp.BS(theta=sp.pi, phi_bl=-sp.pi / 2, phi_br=-sp.pi / 2)],
+    [comp.BS(theta=sp.pi, phi_tl=-sp.pi / 2, phi_bl=sp.pi / 2, phi_tr=sp.pi / 2, phi_br=sp.pi / 2)],
+    [comp.BS(theta=0.0, phi_bl=sp.pi / 2, phi_br=sp.pi / 2)],
+    [comp.BS(theta=0.0, phi_br=sp.pi / 2)],
+    [comp.BS(theta=0.0, phi_br=-sp.pi / 2)],
+    [comp.BS(theta=sp.pi / 2, phi_bl=3 * sp.pi / 2, phi_br=3 * sp.pi / 2)],
+    [comp.BS(theta=sp.pi / 2, phi_tl=sp.pi / 2, phi_bl=-sp.pi / 2, phi_tr=-sp.pi / 2, phi_br=sp.pi / 2)],
+    [comp.BS(theta=sp.pi / 2, phi_bl=sp.pi / 2, phi_br=3 * sp.pi / 2)],
+    [comp.BS(theta=sp.pi, phi_tl=3 * sp.pi / 4, phi_tr=-3 * sp.pi / 4)],
+    [comp.BS(theta=sp.pi, phi_tl=-3 * sp.pi / 4, phi_tr=3 * sp.pi / 4)],
+    [comp.BS(theta=sp.pi / 2, phi_bl=sp.pi / 2, phi_br=sp.pi / 2)],
+    [comp.BS(theta=sp.pi / 2, phi_tl=3 * sp.pi / 4, phi_bl=sp.pi / 4, phi_tr=sp.pi / 4, phi_br=3 * sp.pi / 4)],
+    [comp.BS(theta=sp.pi / 2, phi_tr=sp.pi / 2, phi_br=3 * sp.pi / 2)],
+    [comp.BS(theta=sp.pi / 2, phi_tl=sp.pi / 2, phi_bl=3 * sp.pi / 2)],
+    [comp.BS(theta=sp.pi / 2, phi_tr=sp.pi, phi_br=3 * sp.pi)],
+    [comp.BS(theta=sp.pi / 2, phi_bl=sp.pi, phi_tr=3 * sp.pi / 4, phi_br=sp.pi / 4)],
+    [comp.BS(theta=sp.pi / 2, phi_tr=3 * sp.pi / 4, phi_br=5 * sp.pi / 4)],
+    [comp.BS(theta=sp.pi / 2, phi_bl=sp.pi, phi_tr=sp.pi / 4, phi_br=3 * sp.pi / 4)],
+    [comp.BS(theta=sp.pi / 2, phi_tr=5 * sp.pi / 4, phi_br=3 * sp.pi / 4)],
+    [comp.BS(theta=sp.pi / 2, phi_tl=5 * sp.pi / 4, phi_bl=3 * sp.pi / 4)],
+    [comp.BS(theta=sp.pi / 2, phi_tl=sp.pi / 2, phi_tr=sp.pi / 4, phi_br=5 * sp.pi / 4)],
+    [comp.BS(theta=sp.pi / 2, phi_bl=sp.pi / 2, phi_tr=sp.pi / 4, phi_br=5 * sp.pi / 4)],
+    [comp.BS(theta=sp.pi / 2, phi_tl=3 * sp.pi / 4, phi_bl=5 * sp.pi / 4)],
+]
+
+CLIFFORD_TO_PERCEVAL_POLAR = [
+    [comp.WP(delta=0.0, xsi=0.0)],
+    [comp.WP(delta=sp.pi / 2, xsi=sp.pi / 4), comp.PS(-sp.pi / 2)],
+    [comp.WP(delta=sp.pi / 2, xsi=0.0), comp.WP(delta=sp.pi / 2, xsi=sp.pi / 4), comp.PS(-sp.pi / 2)],
+    [comp.WP(delta=sp.pi / 2, xsi=0.0), comp.PS(-sp.pi / 2)],
+    [comp.WP(delta=-sp.pi / 4, xsi=0.0), comp.PS(sp.pi / 4)],
+    [comp.WP(delta=sp.pi / 4, xsi=0.0), comp.PS(7 * sp.pi / 4)],
+    [comp.WP(delta=sp.pi / 2, xsi=np.pi / 8), comp.PS(3 * sp.pi / 2)],
+    [comp.WP(delta=3 * sp.pi / 4, xsi=np.pi / 4), comp.PS(sp.pi)],
+    [comp.WP(delta=sp.pi / 2, xsi=sp.pi / 8), comp.WP(delta=sp.pi / 2, xsi=sp.pi / 4), comp.PS(sp.pi)],
+    [comp.WP(delta=-sp.pi / 4, xsi=sp.pi), comp.WP(delta=sp.pi / 2, xsi=sp.pi / 4), comp.PS(sp.pi)],
+    [comp.WP(delta=sp.pi / 4, xsi=sp.pi), comp.WP(delta=sp.pi / 2, xsi=sp.pi / 4), comp.PS(-sp.pi)],
+    [comp.WP(delta=sp.pi / 2, xsi=3 * sp.pi / 8), comp.PS(sp.pi / 2)],
+    [comp.WP(delta=sp.pi / 2, xsi=3 * sp.pi / 8), comp.WP(delta=sp.pi / 2, xsi=sp.pi / 4)],
+    [comp.WP(delta=sp.pi / 4, xsi=sp.pi / 4), comp.WP(delta=sp.pi / 2, xsi=0.0)],
+    [comp.WP(delta=sp.pi / 4, xsi=3 * sp.pi / 4), comp.WP(delta=sp.pi / 2, xsi=0.0)],
+    [comp.WP(delta=sp.pi / 4, xsi=sp.pi / 4), comp.PS(sp.pi)],
+    [comp.WP(delta=sp.pi / 4, xsi=0.0), comp.WP(delta=sp.pi / 2, xsi=sp.pi / 8)],
+    [comp.WP(delta=sp.pi / 4, xsi=0.0), comp.WP(delta=sp.pi / 2, xsi=3 * sp.pi / 8), comp.PS(sp.pi)],
+    [comp.WP(delta=sp.pi / 4, xsi=sp.pi / 2), comp.WP(delta=sp.pi / 2, xsi=3 * sp.pi / 8), comp.PS(sp.pi)],
+    [comp.WP(delta=sp.pi / 4, xsi=sp.pi / 2), comp.WP(delta=sp.pi / 2, xsi=5 * sp.pi / 8)],
+    [comp.WP(delta=sp.pi / 4, xsi=0.0), comp.WP(delta=sp.pi / 4, xsi=sp.pi / 4), comp.PS(sp.pi)],
+    [comp.WP(delta=sp.pi / 4, xsi=sp.pi / 4), comp.WP(delta=sp.pi / 2, xsi=sp.pi / 8)],
+    [comp.WP(delta=sp.pi / 4, xsi=0.0), comp.WP(delta=sp.pi / 4, xsi=3 * sp.pi / 4)],
+    [comp.WP(delta=sp.pi / 4, xsi=sp.pi / 2), comp.WP(delta=sp.pi / 4, xsi=sp.pi / 4), comp.PS(sp.pi)],
+]