Quantum circuit tensor (QCT) is developed in PHP which allows to generate quantum circuits in an easy way as a PNG, PDF or Tex file
git clone https://github.com/EduinHSERNA/QCT-PHP
After clonning QCT into local, go to directory cd QCT, and execute
chmod 777 -R ./QCTInstall_v0.1.sh
./QCTInstall_v0.1.sh
You can verify current installation by openning localhost on your default browser.
Follow localhost instructions to set up your environment.
When everything's working you should see an image as this
If you don't see something like this port 80 could be busy by another process,
execute sudo ss -ntlp 'sport = 80' to verify if anyother process is using port 80.
Composer must be installed to execute unitary tests
After installation Composer install must be executed on QCT directory
to install dependencies
To test successfully, at start of QCT.php file are three lines which must be commented and another three lines which must be uncommented. Read carefully the commentaries on that file.
Then tests can be executed by executing this command line on terminal from QCT project directory.
vendor/bin/phpunit tests/*.php
Qubits on input expression must be separated by colons and inside brackets
[0,0,0]
Input expression's gates must be separated by semicolons and inside brackets
[I;CONTROL(3);X]
QCT recognizes LaTeX symbols
[R^\dagger;I;I][CONTROL(2);X;I][I;CONTROL(3);R_y\left(\theta\right)][CONTROL(2);X;I][R;I;I][b,0,1]
Is always necessary a set of qubits and at least another one of gates Each set represents a column on the quantum circuit
Full input expression example:
[I;Z;CONTROL(2)][CONTROL(2);U;I][H;H;H][0,0,0]
- Oracle
- Measure
- Circuit as a matrix
- Simulation