def StringInterpret(token, NewMove, turn):
column = NewMove[0].upper()
row = int(NewMove[1])
ColumnIDX = (Constants.COLUMN_LETTERS.index(column))
RowIDX = (Constants.ROW_NUMBERS.index(row))
MoveToString = (
(RowIDX * Constants.NUM_OF_ROWS) + ColumnIDX
) #Equation for converting a move coordinate to the index number to be changed
TurnColour = WhoseTurn(turn)
NewToken = token[:MoveToString] + TurnColour + token[MoveToString + 1:]
#StringToPiece(NewToken, 0)
if WhoseTurn(turn) == "B":
color = "White"
else:
color = "Black"
TurtleMove.place_piece(column, row, color)
if __name__ == "__main__":
#TESTING TESTING TESTING
##########################
print("Testing")
print("turn ", turn)
print(ColumnIDX, "Columnidx") # Column index number from letters
print(RowIDX, "Rowidx") #Row index number from numbers
print(column, "Column") #Prints the Column Letter
print(row, "Row") #Prints the Row Number
print(token[MoveToString], ": Character at the move's index number."
) #Prints the character at the index [MoveToString]
print(
MoveToString, "Index number of new move"
) #Takes the move and converts it to the index number for the string
print(
NewToken
) #Prints the NewToken with the character at index.MoveToString in place
print()
##########################
return NewToken #returns the NewToken, The updated move.
def StringToPiece(token, i):
for y in range(len(Constants.ROW_NUMBERS)):
for x in range(len(Constants.COLUMN_LETTERS)):
x_coord = Constants.COLUMN_LETTERS[x]
y_coord = Constants.ROW_NUMBERS[y]
if token[
i] == "N": #if index i on the string equals N place a green piece which is a non-piece.
TurtleMove.place_piece(x_coord, y_coord, "Green")
elif token[i] == "B":
TurtleMove.place_piece(x_coord, y_coord, "Black")
elif token[i] == "W":
TurtleMove.place_piece(x_coord, y_coord, "White")
i = i + 1
