Gui

.github/workflows/pylint.yml

@@ -18,6 +18,9 @@ jobs:
       run: |
         python -m pip install --upgrade pip
         pip install pylint
+        pip install numpy
+        pip install numba
+        pip install black
     - name: Analysing the code with pylint
       run: |
         pylint $(git ls-files '*.py')

.gitignore

@@ -212,3 +212,7 @@ flycheck_*.el
 
 # network security
 /network-security.data
+
+.vscode
+.\vscode
+./vscode

README.org

@@ -18,6 +18,19 @@ Each device design stems from the Abstract Base Class ~GenericDevice(ABC)~,
 implemented in [[file:./quasi/devices/generic_device.py][quasi/devices/generic_device.py]].
 
 * Usage
+Currently QuaSi is in development process, so you should use it as a developer.
+Please read the notes on Conributing.
+** GUI
++ in the *gui* branch
+The gui is implemented in [[quasi/gui]] directory. To run the gui
+execute the ~main.py~ file by:
+#+begin_src bash :results output
+flet main.py
+#+end_src
+
+Flet is a flutter wrapper library.
+
+
 
 * Contributing
 

examples/beam_splitter_from_yaml.py

@@ -0,0 +1,6 @@
+from quasi.simulation import Simulation
+
+S = Simulation(yml="./beam_splitter.yml")
+
+S.run()
+

examples/beam_splitter_yaml_example/beam_splitter_example.yaml

@@ -0,0 +1,118 @@
+project_name: Beam Splitter Example
+
+simulation:
+  dimensions: 50
+
+components:
+  sps1:
+    type: quasi.devices.ideal.SinglePhotonSource
+    # Trigger means that experiment will trigger devices
+    # with this property at x ps after the experiment began
+    trigger: 0 #ps
+
+  sps2:
+    type: quasi.devices.ideal.SinglePhotonSource
+    trigger: 0 #ps
+
+  bs:
+    type: quasi.devices.ideal.BeamSplitter
+
+  spd1:
+    type: quasi.devices.ideal.SinglePhotonDetector
+
+  spd2:
+    type: quasi.devices.ideal.SinglePhotonDetector
+
+  fib1:
+    type: quasi.devices.ideal.Fiber
+    params:
+      length: 10 #km
+
+  fib2:
+    type: quasi.devices.ideal.Fiber
+    params:
+      length: 10 #km
+
+  fib3:
+    type: quasi.devices.ideal.Fiber
+    params:
+      length: 10 #km
+
+  fib4:
+    type: quasi.devices.ideal.Fiber
+    params:
+      length: 10 #km
+
+
+connections:
+  qc1:
+    type: quasi.signals.GenericQuantumSignal
+    in:
+      device: sps1
+      port: OUT
+    out:
+      device: fib1
+      port: IN
+
+  qc2:
+    type: quasi.signals.GenericQuantumSignal
+    in:
+      device: sps2
+      port: OUT
+    out:
+      device: fib1
+      port: IN
+
+  qc3:
+    type: quasi.signals.GenericQuantumSignal
+    in:
+      device: fib1
+      port: OUT
+    out:
+      device: bs
+      port: A
+
+  qc4:
+    type: quasi.signals.GenericQuantumSignal
+    in:
+      device: fib2
+      port: OUT
+    out:
+      device: bs
+      port: B
+
+  qc5:
+    type: quasi.signals.GenericQuantumSignal
+    in:
+      device: bs
+      port: C
+    out:
+      device: fib3
+      port: IN
+
+  qc6:
+    type: quasi.signals.GenericQuantumSignal
+    in:
+      device: bs
+      port: D
+    out:
+      device: fib4
+      port: IN
+
+  qc7:
+    type: quasi.signals.GenericQuantumSignal
+    in:
+      device: fib3
+      port: OUT
+    out:
+      device: spd1
+      port: IN
+
+  qc8:
+    type: quasi.signals.GenericQuantumSignal
+    in:
+      device: fib4
+      port: OUT
+    out:
+      device: spd2
+      port: IN

examples/beam_splitter_yaml_example/beam_splitter_from_yaml.py

@@ -0,0 +1,6 @@
+from quasi.simulation import Simulation
+
+S = Simulation(yml="./beam_splitter.yml")
+
+S.run()
+