The benchmark circuits used in our paper.

• ".qasm" files: circuits from Qiskit Lib and those used in SABRE.
• ".txt" files: circuits from RevLib. Each one is a sequence of "tq [$x_i$]", where "q" is the number of qubits on which the gate performs and "[$x_i$]" represents the qubits.

The the experimental results.

• ".qasm" files: physical circuits
• ".qasm.txt" files: scheduling sequences. A scheduling sequence is a sequence of (start execution time, duration, qubits). For example, "1 2 3 4" represents that a gate whose duration is 2 is executed at time 1 on qubits $q_3$ and $q_4$.

tetris argv[1...5]

• argv[1]: directory where benchmark circuits are inputed
• argv[2]: directory where physical circuits and scheduling sequences are outputed
• argv[3]: ".txt" file where the experimental data are outputed, including execution time of secheduling sequence, compile time
• argv[4]: $l$ in Fig.8 in our paper, set as 45 in our experiment
• argv[5]: $k$ in Fig.7 in our paper, set as 256 in our experiment

Run the following command in the build directory

"cmake .."

"make"

"tetris ../input/debug ../output/debug ../output/debug/debug.txt 45 256"