ZX-calculus diagram to matrix plugin
To run this version of Quantomatic, you need:
- Python3
- numpy (python package, more info here)
tldr :pip3 install numpyshould do the trick - JRE version 7 or newer
For now, if you need only the .jar version and if you can't compile for a reason, ask me directly at [email protected]
To use the functionnality added by this project, simply open a graph in Quantomatic and clic on the right most button (in shape of a matrix) or press M.
At this point, a prompt will ask you to give the I/O for the compitation, write them with a comma between each (no space). For example, if the wire are b0, b1, b2 and b3, you could have:
Inputs : b3,b1
Outputs : b0,b2
Alternatively, you can annotate the edges going to the wire, with input/in/i or output/out/o and the number of the I/O, to follow the previous example, we would have :
b0 b1
| |
output0 input1
| |
...
| |
output1 input0
| |
b2 b3
If the I/O fields are not completely filled, a last step is executed : if the label of the edges contain input/in/i or output/out/o without any numbers, the arder will be assumed (randomly) and displayed above the result with a warning.
To compile Quantomatic, you need:
- JDK version 7 or newer
- sbt
Don't forget to install the pieces of software listed in the Run section for this one
$ cd [project directory]/scala
$ sbt run
$ cd [project directory]/scala
$ sbt assembly
On linux and Mac OS, you can use the stript Quantomatic.sh to run the compiled version.
Use Quantomatic.bat instead on Windows.
You can compile the documentation using Sphinx (I used Sphinx v1.7.2).
To compile, simply run :
$ [project directory]/doc/_templates/make html
This software is a for of the Quantomatic project from akissinger.
Exept from the matrix bit, everything has been done there.
This project may eventually be included in the official Quantomatic.