Solver of Q-Coverage and Q-Connectivity

1. Firstly, open cmd and run command pip install -r requirements.txt to install necessary packages.
2. Run python main.py with different flags to customize the generated data.

• --N: number of targets
• --qm: maximum q of all the targets (default = 5)
• --rs: sensing radius (default = 40)
• --rc: communication radius (default = 80)
• --rcl: cluster radius (default = 80) (note that rcl >= 2rs)
• --ra: random q or not (boolean) (default = True)
• --a: area width (=height) (default = 1000)
• --b: base station location (default = [0, 0])

For example: python main.py --N 100 --qm 5 --rs 30 --rc 80 --rcl 80 --ra True --b 10,10

The output includes: target locations, base location, sensor locations and relay locations. All of them are dumped into a json file out.json. The visualization of the results is also created.