import os
from solve import Classcasesolver
config = {
"name": os.getcwd().split(os.sep)[-1],
"casefilepath": "tests/D-large.in",
"split": False
}
# FileLoader attributes:
# self.file
# self.casesnumber
# self.casesdeque
files = FileLoader(config["name"], config["casefilepath"])
############################Loads case################################
def caseloader(file):
return
############################Loads case################################
#Initializes case solving class.
#Classcasesolver.casesolve(case) method takes case and calls necessary functions to solve it. Returns solution.
casesolver = Classcasesolver()
files.loadcustom(caseloader)
files.solve(casesolver.casesolve, True)
#Case number input is 1 less than real case number. 0 indexed deque.
# files.solvesingle(40, casesolver, True)
# self.casesnumber
# self.casesdeque
files = FileLoader(config["name"], config["casefilepath"])
############################Loads case################################
#Return case dictionary to be stored in _Case object.
def caseloader(file):
line = [int(x) for x in file.readline().split()]
dictionary = {}
dictionary['radius'] = line[0]
dictionary['paint'] = line[1]
return dictionary
############################Loads case################################
#Initializes case solving class.
#Classcasesolver.casesolve(case) method takes case and calls necessary functions to solve it. Returns solution.
casesolver = Classcasesolver()
files.loadcustom(caseloader)
# files.solve(casesolver.casesolve)
#Large input solver
files.solve(casesolver.casesolvelarge)
#Case number input is 1 less than real case number. 0 indexed deque.
# files.solvesingle(1, casesolver.casesolve, True)