Usage

The following flow solves the optimization problem. The number of flow corresponds the comment in the program example.

1. Define your Algorithm and/or Solver

   • Of course, classes that py2dmat defines are available

2. Prepare the input parameter, info: py2dmat.Info

   • Make a dictionary as your favorite way

     • The below example uses a TOML formatted input file for generating a dictionary

3. Instantiate solver: Solver, runner: py2dmat.Runner, and algorithm: Algorithm

4. Invoke algorithm.main()

Example

import sys
import tomli
import py2dmat

# (1)
class Solver(py2dmat.solver.SolverBase):
    # Define your solver
    ...

class Algorithm(py2dmat.algorithm.AlgorithmBase):
    # Define your algorithm
    ...


# (2)
with open(sys.argv[1]) as f:
    inp = tomli.load(f)
info = py2dmat.Info(inp)

# (3)
solver = Solver(info)
runner = py2dmat.Runner(solver, info)
algorithm = Algorithm(info, runner)

# (4)
algorithm.main()