You can use the following code snippet to start working on MiniMax: class MiniMax(?): def choose(self, board): print("\n

[answerhappygod]

You Can Use The Following Code Snippet To Start Working On Minimax Class Minimax Def Choose Self Board Print N 1 (40 KiB) Viewed 27 times

You Can Use The Following Code Snippet To Start Working On Minimax Class Minimax Def Choose Self Board Print N 2 (40 KiB) Viewed 27 times

this code anove sjould be in correspondence to this code below

You Can Use The Following Code Snippet To Start Working On Minimax Class Minimax Def Choose Self Board Print N 3 (26.56 KiB) Viewed 27 times

will upvote of down correctly. i will downvote if nonsense is written as rhe answer
You can use the following code snippet to start working on MiniMax: class MiniMax(?): def choose(self, board): print("\n(self.?}, {self.?}: Enter a cell [A-C][1-3]: ") cell-MiniMax.minimax(self, board, True, True) print(cell) board.set(cell, self.sign) def minimax(self, board, self_player, start): #check the base conditions if board.isdone(): #self is a winner if board.get_winner() - ? return 1 #is a tie elif board.get_winner()?: return 0 #self is a looser (opponent is a winner) else: return -1 #make a move (choose a cell) recursively #use the pseudocode given to you above to implement the missing code 722 Goog cut
class Player: def 4 an zel ort n zell se nne se elf. poar tylst 11.b retur retur init (self,name, sign): self.name name self.sign sign def get sign(self): return self.sign der get nane(self): return self.name. ocf choose(self, board): while Trues cell=input("(,0): Enter a cell [A-CI [1-3].format(self.get_name(), self.get_sign())) index (3 int(cell[1])) (ord(cell(01) - 65) - 3 if(index>0 and index 9 and board.isEmpty (index)): board.set(index,self.get_sign()) break print("You did not choose correctly") I