def testIsOccupied():
location = Location(2, 6)
opLocationList = [
Location(2, 6),
Location(4, 6),
Location(6, 6),
Location(4, 4)
]
checker = Checkers(location, opLocationList)
print('Location at %s is occupied, %s' %
(Location(4, 6), checker.isOccupied(Location(4, 6))))
print('Location at %s is occupied, %s' %
(Location(4, 8), checker.isOccupied(Location(4, 8))))
def testAdjacentOpponents():
location = Location(3, 5)
opLocationList = [
Location(2, 6),
Location(4, 6),
Location(6, 6),
Location(4, 4)
]
checker = Checkers(location, opLocationList)
list = checker.adjacentOpponents()
print('Checker at %s has adjacent opponents %s' %
(location, toLocationListString(list)))
location = Location(3, 5)
opLocationList = [
Location(5, 7),
Location(4, 6),
Location(6, 6),
Location(4, 4)
]
checker = Checkers(location, opLocationList)
list = checker.adjacentOpponents()
print('Checker at %s has adjacent opponents %s' %
(location, toLocationListString(list)))
from clsLocation import Location
from clsCheckers import Checkers
turn = input("What is your move? ")
turnList = turn.split(", ")
currentRow = int(turnList[0])
currentColumn = int(turnList[1])
opponentNumber = int(turnList[2])
checker = Checkers((Location(currentRow, currentColumn)))
for count in range(3, ((opponentNumber * 2) + 3), 2):
row = int(turnList[count])
column = int(turnList[count+1])
checker.addOpponentLocation(Location(row, column))
checker.jump()
print('%d%s' % (checker.jumps, ", KING" if checker.king else ""))
def testIsAdjacent():
opLocationList = [
Location(2, 6),
Location(4, 6),
Location(6, 6),
Location(4, 4)
]
location = Location(3, 5)
opLocation = Location(2, 6)
checker = Checkers(location, opLocationList)
print('Checker at %s adjacent to opponent %s, %s' %
(location, opLocation, checker.isAdjacent(opLocation)))
location = Location(3, 5)
opLocation = Location(4, 6)
checker = Checkers(location, opLocationList)
print('Checker at %s adjacent to opponent %s, %s' %
(location, opLocation, checker.isAdjacent(opLocation)))
location = Location(3, 5)
opLocation = Location(4, 4)
checker = Checkers(location, opLocationList)
print('Checker at %s adjacent to opponent %s, %s' %
(location, opLocation, checker.isAdjacent(opLocation)))
location = Location(8, 5)
opLocation = Location(7, 6)
checker = Checkers(location, opLocationList)
checker.king = True
print('Checker at %s adjacent to opponent %s, %s' %
(location, opLocation, checker.isAdjacent(opLocation)))
location = Location(8, 5)
opLocation = Location(7, 4)
checker = Checkers(location, opLocationList)
checker.king = True
print('Checker at %s adjacent to opponent %s, %s' %
(location, opLocation, checker.isAdjacent(opLocation)))
location = Location(8, 5)
opLocation = Location(2, 6)
checker = Checkers(location, opLocationList)
checker.king = True
print('Checker at %s adjacent to opponent %s, %s' %
(location, opLocation, checker.isAdjacent(opLocation)))
def testJump():
location = Location(1, 5)
opLocationList = [Location(2, 6), Location(4, 6), Location(6, 6)]
checker = Checkers(location, opLocationList)
checker.jump()
print(
'Checker at %s jumps, new location %s, jumps %d times, king status %s'
% (location, checker.location, checker.jumps, checker.king))
location = Location(2, 2)
opLocationList = [
Location(3, 3),
Location(5, 3),
Location(7, 3),
Location(7, 5)
]
checker = Checkers(location, opLocationList)
checker.jump()
print(
'Checker at %s jumps, new location %s, jumps %d times, king status %s'
% (location, checker.location, checker.jumps, checker.king))
location = Location(1, 7)
opLocationList = [Location(2, 6), Location(4, 4)]
checker = Checkers(location, opLocationList)
checker.jump()
print(
'Checker at %s jumps, new location %s, jumps %d times, king status %s'
% (location, checker.location, checker.jumps, checker.king))
location = Location(2, 2)
opLocationList = [Location(3, 3), Location(5, 5), Location(7, 7)]
checker = Checkers(location, opLocationList)
checker.jump()
print(
'Checker at %s jumps, new location %s, jumps %d times, king status %s'
% (location, checker.location, checker.jumps, checker.king))
location = Location(1, 5)
opLocationList = [
Location(2, 4),
Location(2, 6),
Location(3, 7),
Location(3, 3)
]
checker = Checkers(location, opLocationList)
checker.jump()
print(
'Checker at %s jumps, new location %s, jumps %d times, king status %s'
% (location, checker.location, checker.jumps, checker.king))
location = Location(1, 3)
opLocationList = [
Location(2, 4),
Location(3, 5),
Location(2, 2),
Location(4, 2),
Location(5, 3)
]
checker = Checkers(location, opLocationList)
checker.jump()
print(
'Checker at %s jumps, new location %s, jumps %d times, king status %s'
% (location, checker.location, checker.jumps, checker.king))
location = Location(2, 2)
opLocationList = [
Location(3, 3),
Location(5, 5),
Location(7, 7),
Location(3, 1),
Location(4, 2)
]
checker = Checkers(location, opLocationList)
checker.jump()
print(
'Checker at %s jumps, new location %s, jumps %d times, king status %s'
% (location, checker.location, checker.jumps, checker.king))
def testJumpOne():
location = Location(3, 5)
opLocation = Location(4, 6)
opLocationList = [
Location(2, 6),
Location(4, 6),
Location(6, 6),
Location(4, 4)
]
checker = Checkers(location, opLocationList)
checker.jumpOne(opLocation)
print('Checker at %s jumps over opponent at %s, new location %s' %
(location, opLocation, checker.location))
location = Location(3, 5)
opLocation = Location(4, 4)
opLocationList = [
Location(2, 6),
Location(4, 6),
Location(6, 6),
Location(4, 4)
]
checker = Checkers(location, opLocationList)
checker.jumpOne(opLocation)
print('Checker at %s jumps over opponent at %s, new location %s' %
(location, opLocation, checker.location))
location = Location(8, 5)
opLocation = Location(7, 6)
opLocationList = [
Location(2, 6),
Location(4, 6),
Location(7, 6),
Location(4, 4)
]
checker = Checkers(location, opLocationList)
checker.king = True
checker.jumpOne(opLocation)
print('Checker at %s jumps over opponent at %s, new location %s' %
(location, opLocation, checker.location))
location = Location(8, 5)
opLocation = Location(7, 4)
opLocationList = [
Location(7, 4),
Location(4, 6),
Location(6, 6),
Location(4, 4)
]
checker = Checkers(location, opLocationList)
checker.king = True
checker.jumpOne(opLocation)
print('Checker at %s jumps over opponent at %s, new location %s' %
(location, opLocation, checker.location))
def testCanJump():
location = Location(3, 5)
opLocation = Location(2, 6)
opLocationList = [
Location(2, 6),
Location(4, 6),
Location(6, 6),
Location(4, 4)
]
checker = Checkers(location, opLocationList)
print('Checker at %s can jump over opponent at %s, %s' %
(location, opLocation, checker.canJump(opLocation)))
location = Location(3, 5)
opLocation = Location(4, 6)
opLocationList = [
Location(2, 6),
Location(4, 6),
Location(6, 6),
Location(4, 4)
]
checker = Checkers(location, opLocationList)
print('Checker at %s can jump over opponent at %s, %s' %
(location, opLocation, checker.canJump(opLocation)))
location = Location(3, 5)
opLocation = Location(4, 4)
opLocationList = [
Location(2, 6),
Location(4, 6),
Location(6, 6),
Location(4, 4)
]
checker = Checkers(location, opLocationList)
print('Checker at %s can jump over opponent at %s, %s' %
(location, opLocation, checker.canJump(opLocation)))
location = Location(8, 5)
opLocation = Location(7, 6)
opLocationList = [
Location(2, 6),
Location(4, 6),
Location(6, 6),
Location(4, 4)
]
checker = Checkers(location, opLocationList)
checker.king = True
print('Checker at %s can jump over opponent at %s, %s' %
(location, opLocation, checker.canJump(opLocation)))
location = Location(8, 5)
opLocation = Location(7, 4)
opLocationList = [
Location(2, 6),
Location(4, 6),
Location(6, 6),
Location(4, 4)
]
checker = Checkers(location, opLocationList)
checker.king = True
print('Checker at %s can jump over opponent at %s, %s' %
(location, opLocation, checker.canJump(opLocation)))
location = Location(8, 5)
opLocation = Location(2, 6)
opLocationList = [
Location(2, 6),
Location(4, 6),
Location(6, 6),
Location(4, 4)
]
checker = Checkers(location, opLocationList)
checker.king = True
print('Checker at %s can jump over opponent at %s, %s' %
(location, opLocation, checker.canJump(opLocation)))
def testAttempt():
opLocationList = [
Location(2, 6),
Location(4, 6),
Location(6, 6),
Location(4, 4)
]
location = Location(3, 5)
opLocation = Location(4, 6)
checker = Checkers(location, opLocationList)
print('Checker at %s jumps over opponent at %s, new location, %s' %
(location, opLocation, checker.attempt(opLocation)))
location = Location(3, 5)
opLocation = Location(4, 4)
checker = Checkers(location, opLocationList)
print('Checker at %s jumps over opponent at %s, new location, %s' %
(location, opLocation, checker.attempt(opLocation)))
location = Location(8, 5)
opLocation = Location(7, 6)
checker = Checkers(location, opLocationList)
checker.king = True
print('Checker at %s jumps over opponent at %s, new location, %s' %
(location, opLocation, checker.attempt(opLocation)))
location = Location(8, 5)
opLocation = Location(7, 4)
checker = Checkers(location, opLocationList)
checker.king = True
print('Checker at %s jumps over opponent at %s, new location, %s' %
(location, opLocation, checker.attempt(opLocation)))