def testFunction(function,
param_one,
param_two,
param_three,
param_four=False):
result = function(param_one, param_two, param_three, param_four)
formatted_start = converter.asBoardRepresentation(param_one)
formatted_end = converter.asBoardRepresentation(result)
print("At:", stringInterpret.pieceToString(param_two))
print("Input".center(8))
print(formatted_start)
print("Output".center(8))
print(formatted_end)
def CheckNorthWest(game_state, stringID, turn_colour, isTesting=False):
NofChanges = 0 #Counts the number of pieces to change.
PlaceHolder = "" #This will be sections of string.
slice_new_state = "" #This will make a bigger section of the game state string from PlaceHolders.
new_state = "" #This is going to be the new string for the games state.
MoveXID = 0 #This is going to be where the token across from
other_colour = OtherColour(turn_colour) #Determines the other colour.
MoveID = stringID #Makes a copy of the index of the current player's move.
copy_state = game_state
if stringID + constants.NORTHWEST > len(
game_state) or stringID + constants.NORTHWEST < 0:
return copy_state
if game_state[stringID + constants.NORTHWEST] == "N":
print("N detected")
return copy_state
#While the next token to check is the other colour.
#NORTHWEST = -9
while game_state[stringID + constants.NORTHWEST] == other_colour:
#Catch invalid moves
if NofChanges > (MoveID // 8) - 1:
print("Out of bounds!")
return copy_state
if game_state[stringID + constants.NORTHWEST] == "N":
print("N detected")
return copy_state
# if game_state[stringID + constants.NORTHWEST] != other_colour and game_state[stringID + constants.NORTHWEST] != turn_colour:
# print("!= any colour")
# return game_state
#Move to the next piece.
stringID = stringID + constants.NORTHWEST
#Counts one more for the number of pieces to change.
NofChanges = NofChanges + 1
#If the next piece is the turn player's colour....
if game_state[stringID + constants.NORTHWEST] == turn_colour:
#The token across is the ID of the last piece to change plus NORTHWEST
MoveXID = stringID + constants.NORTHWEST
#While there is still a number of pieces left to change.
while NofChanges != 0:
#Create a block of string with the character changed at the beginning
PlaceHolder = turn_colour + game_state[stringID + 1:stringID -
constants.NORTHWEST]
if turn_colour == "W":
colour = "White"
else:
colour = "Black"
ColumnRow = stringInterpret.pieceToString(stringID)
column = ColumnRow[0]
row = int(ColumnRow[1])
# turtleMove.placePiece(column, row, colour)
#Create another block of string that was assembled from the blocks of Placeholder.
slice_new_state = slice_new_state + PlaceHolder
#Moveing backwards through the index of the pieces that need to be changed.
stringID = stringID - constants.NORTHWEST
#One less piece to change.
NofChanges = NofChanges - 1
#Testing
if isTesting:
print(PlaceHolder, "PlaceHolder")
print(slice_new_state, "slice_new_state")
print(stringID, "Index of Change")
print(NofChanges, "Number of Changes left")
#If there are no pieces left to change, assemble the new string.
if NofChanges == 0:
new_state = game_state[:MoveXID - constants.
NORTHWEST] + slice_new_state + game_state[
MoveID:]
#Testing
if isTesting:
print("01234567890123456789012345678901234567890")
print(game_state)
print(new_state)
#Return the new string with all the pieces changed in the corresponding direction.
return new_state
return game_state
def CheckWest(game_state, stringID, turn_colour, isTesting=False):
NofChanges = 0 #Counts the number of pieces to change.
PlaceHolder = "" #This will be a section of the new string.
slice_new_state = "" #This will be a bigger section of the new game state string.
new_state = "" #This going to be the new game stat.
MoveID = 0 #This will make a copy of the index of the players move.
MoveXID = 0 #This will be a marker for where the players piece is accross from their move.
other_colour = OtherColour(
turn_colour) #This Determines the colour of the other player's piece.
MoveID = stringID #This will make a copy of the index of the players move.
copy_state = game_state
if stringID + constants.WEST > len(
game_state) or stringID + constants.WEST < 0:
return copy_state
if game_state[stringID + constants.WEST] == "N":
print("N detected")
return copy_state
#While the next token to check is the other colour.
#WEST = -1
while game_state[stringID + constants.WEST] == other_colour:
#Possible statements for catching invalid moves.
if NofChanges > (MoveID % 8) - 1:
print("out of bounds")
return copy_state
if game_state[stringID + constants.WEST] == "N":
print("N detected")
return copy_state
#Testing.
if isTesting:
print(NofChanges, "NofChanges Number of other colours")
print(stringID + (constants.WEST), "index of other_colour")
#Move on to the Next Token
stringID = stringID + constants.WEST
NofChanges = NofChanges + 1
if game_state[stringID + constants.WEST] == turn_colour:
NofPieces = NofChanges
while NofChanges != 0:
if turn_colour == "W":
colour = "White"
else:
colour = "Black"
ColumnRow = stringInterpret.pieceToString(stringID)
column = ColumnRow[0]
row = int(ColumnRow[1])
# turtleMove.placePiece(column, row, colour)
stringID = stringID - constants.WEST
NofChanges = NofChanges - 1
if NofChanges == 0:
new_state = game_state[:MoveID + 1] + (
turn_colour * NofPieces) + game_state[MoveID + NofPieces +
1:]
return new_state
return game_state
def CheckSouth(game_state, stringID, turn_colour, isTesting=False):
NofChanges = 0 #Counts the number of pieces to change.
PlaceHolder = "" #This will be a section of the new string.
slice_new_state = "" #This will be a bigger section of the new game state string.
new_state = "" #This going to be the new game stat.
MoveID = 0 #This will make a copy of the index of the players move.
MoveXID = 0 #This will be a marker for where the players piece is accross from their move.
other_colour = OtherColour(
turn_colour) #This Determines the colour of the other player's piece.
MoveID = stringID #This will make a copy of the index of the players move.
copy_state = game_state
if stringID + constants.SOUTH > len(
game_state) or stringID + constants.SOUTH < 0:
print("Out of range")
return copy_state
if game_state[stringID + constants.SOUTH] == "N":
print("N detected")
return copy_state
#while game_state[stringID + constants.SOUTH] != "N":
#While the next token to check is the other colour.
#SOUTH = 8
while game_state[stringID + constants.SOUTH] == other_colour:
#Check if move is invalid
if NofChanges > (8 - (MoveID // 8)) - 1:
print("Out of bounds")
return copy_state
if game_state[stringID + constants.SOUTH] == "N":
print("N detected")
return copy_state
#Move to the next piece.
stringID = stringID + constants.SOUTH
#Counts one more for the number of pieces to change.
NofChanges = NofChanges + 1
#If the next piece is the turn player's colour....
if game_state[stringID + constants.SOUTH] == turn_colour:
#The token across is the ID of the last piece to change plus SOUTH.
MoveXID = stringID + constants.SOUTH
#While there is still a number of pieces left to change.
while NofChanges != 0:
#Create a block of string with the character changed at the beginning.
PlaceHolder = turn_colour + game_state[stringID + 1:stringID +
constants.SOUTH]
if turn_colour == "W":
colour = "White"
else:
colour = "Black"
ColumnRow = stringInterpret.pieceToString(stringID)
column = ColumnRow[0]
row = int(ColumnRow[1])
# turtleMove.placePiece(column, row, colour)
#Create another block of string that was assembled from the blocks of Placeholder.
slice_new_state = PlaceHolder + slice_new_state
#Moving backwards through the index of the pieces that need to be changed.
stringID = stringID - constants.SOUTH
#One less piece to change.
NofChanges = NofChanges - 1
#Testing
if isTesting:
print(PlaceHolder, "PlaceHolder")
print(slice_new_state, "slice_new_state")
print(stringID, "Index of Change")
print(NofChanges, "Number of Changes left")
#If there are no pieces left to change, assemble the new string.
if NofChanges == 0:
new_state = game_state[:MoveID + constants.
SOUTH] + slice_new_state + game_state[
MoveXID:]
#Testing.
if isTesting:
print(MoveID + constants.SOUTH, " MoveID")
print(MoveXID, " MoveXID")
print(
"012345678901234567890123456789012345678901234567890123"
)
print(game_state)
print(new_state)
#Return the new string with all the pieces changed in the corresponding direction.
return new_state
return game_state
def CheckEast(game_state, stringID, turn_colour, isTesting=False):
NofChanges = 0 #Counts the number of pieces to change.
MoveID = 0 #This will make a copy of the index of the players move.
NofPieces = 0
other_colour = OtherColour(
turn_colour) #This Determines the colour of the other player's piece.
MoveID = stringID #This will make a copy of the index of the players move.
new_state = ""
copy_state = game_state
if stringID + constants.EAST > len(
game_state) - 1 or stringID + constants.EAST < 0:
return copy_state
#While the next token to check is the other colour.
#EAST = 1
#while game_state[stringID + constants.EAST] != "N":
while game_state[stringID + constants.EAST] == other_colour:
#Possible statements for catching invalid moves.
if NofChanges > ((8 - (MoveID % 8)) - 1):
print("Out of bounds.")
return copy_state
if game_state[stringID + constants.EAST] == "N":
print("N detected")
return copy_state
#Testing.
if isTesting:
print(NofChanges, "NofChanges Number of other colours")
print(stringID + (constants.EAST), "index of other_colour")
#Move on to the Next Token
stringID = stringID + constants.EAST
NofChanges = NofChanges + 1
if game_state[stringID + constants.EAST] == turn_colour:
NofPieces = NofChanges
while NofChanges != 0:
if turn_colour == "W":
colour = "White"
else:
colour = "Black"
ColumnRow = stringInterpret.pieceToString(stringID)
column = ColumnRow[0]
row = int(ColumnRow[1])
# turtleMove.placePiece(column, row, colour)
stringID = stringID - constants.EAST
NofChanges = NofChanges - 1
if NofChanges == 0:
new_state = game_state[:MoveID + 1] + (
turn_colour * NofPieces) + game_state[MoveID + NofPieces +
1:]
return new_state
return game_state