How to use get_position method in keyboard

Best Python code snippet using keyboard

grid.py

Source:grid.py

...89        return self.grid[x][y]90    91    #returns a cell neighbour in given direction92    def get_cell_neighbour(self, cell,direction):93        x,y = cell.get_position()  94        if direction == "up":95            #check if cell is in bounds96            if y-1 >= 0:  97                return self.grid[x][y-1]98            else:99                return Cell(Types.wall,x,y-1)100        elif direction == "down":101            if y+1 < self.height:102                return self.grid[x][y+1]103            else:104                return Cell(Types.wall,x,y+1)105        elif direction == "left":106            if x-1 >= 0:107                return self.grid[x-1][y]108            else:109                return Cell(Types.wall,x-1,y)110        elif direction == "right":111            if x+1 < self.width:112                return self.grid[x+1][y]113            else:114                return Cell(Types.wall,x+1,y)115        else:116            return None117    def get_all_neighbours(self, cell):118        directions = ["up", "down", "left", "right"]119        x,y = cell.get_position()120        neighbours = []121        for i in range(4):122            if self.get_cell_neighbour(cell, directions[i]).get_type() != Types.wall and self.get_cell_neighbour(cell, directions[i]).get_type() != Types.empty:123                neighbours.append(self.get_cell_neighbour(cell, directions[i]))124                log(f"found neighbour at {self.get_cell_neighbour(cell, directions[i]).get_position()}({self.get_cell_neighbour(cell, directions[i]).get_type()})",weight=70)125        if len(neighbours) == 0:126            log("no neighbours found",weight=70)127            return None128        return neighbours129    #moves cells in given direction  130    def move_cell(self, x, y, direction):131        log(f"moving cell at {(x,y)} in direction {direction} ({self.grid[x][y].get_position()})",weight=8)132        if x >= self.width or x < 0 or y >= self.height or y < 0:133            log(f"cell at {(x,y)} is out of bounds, ignoring.")134            return135        if direction == "up":136            self.grid[x][y].set_position(x, y-1)137        elif direction == "down":138            self.grid[x][y].set_position(x, y + 1)139        elif direction == "left":140            self.grid[x][y].set_position(x - 1, y)141        elif direction == "right":142            self.grid[x][y].set_position(x + 1, y)143        log(f"new position: {self.grid[x][y].get_position()}",weight=8)144        self.update_positions()145    def swap_cells(self, cell1, cell2):146        log(f"swapping cells {cell1.get_position()} and {cell2.get_position()}",weight=60)147        cell1_type = cell1.get_type()148        cell2_type = cell2.get_type()149        cell1.set_type(cell2_type)150        cell2.set_type(cell1_type)151        cell1.set_status(True)152        cell2.set_status(True)153        self.update_positions()     154    #Update cell position when it is moved155    def update_positions(self):156        for x in range(self.width):157            for y in range(self.height):158                if not self.grid[x][y].get_position() == (x,y):159                    log(f"updating position of cell on {(x,y)} with position {self.grid[x][y].get_position()}",weight=10)160                    #If cells position is not the same as the current cell in loop, set in array to new position161                    cell = self.grid[x][y]162                    self.grid[cell.get_position()[0]][cell.get_position()[1]] = cell  163                    self.grid[cell.get_position()[0]][cell.get_position()[1]].set_status(False)164                    self.grid[x][y] = Cell(Types.empty, x, y)165    #Update cell position based on its type166    #Main function for updating cell positions based on their type167    def update_physics(self):168        for x in range(self.width):169            for y in range(self.height):170                self.grid[x][y].set_status(True)171        for x in range(self.width):172            for y in range(self.height):173                cell = self.grid[x][y]174                def move_sides():175                    rnd1=random.randint(0,3)176                    if rnd1 == 0:177                        if self.get_cell_neighbour(cell,"left").get_type() == Types.empty:178                            self.move_cell(cell.get_position()[0], cell.get_position()[1], "left")179                    elif rnd1 == 1:180                        if self.get_cell_neighbour(cell,"right").get_type() == Types.empty:181                            self.move_cell(cell.get_position()[0], cell.get_position()[1], "right")182                       183                #-------------CLONE-------------184                if cell.get_type() == Types.clone:185                    if "cloning" in cell.get_data():186                        if self.get_cell_neighbour(cell,"down").get_type() == Types.empty:187                            self.set_cell_type(cell.get_position()[0], cell.get_position()[1]+1, cell.get_data()["cloning"])188                    else:189                        190                        neighbours = self.get_all_neighbours(cell)191                        if neighbours != None:192                            selected = neighbours[random.randint(0,len(neighbours)-1)]193                            log(f"cell at {cell.get_position()} cloning {selected.get_type()}",weight=70)194                            195                            cell.set_data({"cloning":selected.get_type()})196                            if self.get_cell_neighbour(cell,"down").get_type() == Types.empty:197                                self.set_cell_type(cell.get_position()[0], cell.get_position()[1]+1, cell.get_data()["cloning"])198                        199                #-------------SAND-------------200                elif cell.get_type() == Types.sand:201                    if cell.get_status() == False: #check if cell was updated in previous loop202                        #log(f"status blocked {cell.get_position()}")203                        continue204                    #Check if cell is on edge of grid205                    if cell.get_position()[1] >= self.height - 1:206                        continue207                    #Check if cell under current cell NOT empty208                    if not self.get_cell_neighbour(cell,"down").get_type() == Types.empty:209                        if self.get_cell_neighbour(cell,"down").get_type() == Types.smoke or self.get_cell_neighbour(cell,"down").get_type() == Types.water:210                            self.swap_cells(cell,self.get_cell_neighbour(cell,"down"))211                            continue212                        rnd1=random.randint(0,6)213                        #move cell randomly214                        if rnd1 == 0:215                            if self.get_cell_neighbour(cell,"left").get_type() == Types.empty:216                                if self.get_cell(cell.get_position()[0]-1,cell.get_position()[1]+1).get_type() == Types.empty:217                                    self.move_cell(cell.get_position()[0], cell.get_position()[1], "left")218                                else:219                                    if self.get_cell_neighbour(cell,"left").get_type() == Types.smoke or self.get_cell_neighbour(cell,"left").get_type() == Types.water:220                                        self.swap_cells(cell,self.get_cell_neighbour(cell,"left"))221                            elif self.get_cell_neighbour(cell,"right").get_type() == Types.empty:222                                if self.get_cell(cell.get_position()[0]+1,cell.get_position()[1]+1).get_type() == Types.empty:223                                    self.move_cell(cell.get_position()[0], cell.get_position()[1], "right")224                                else:225                                    if self.get_cell_neighbour(cell,"right").get_type() == Types.smoke or self.get_cell_neighbour(cell,"right").get_type() == Types.water:226                                        self.swap_cells(cell,self.get_cell_neighbour(cell,"right"))227                        elif rnd1 == 1:228                            if self.get_cell_neighbour(cell,"right").get_type() == Types.empty:229                                if self.get_cell(cell.get_position()[0]+1,cell.get_position()[1]+1).get_type() == Types.empty:230                                    self.move_cell(cell.get_position()[0], cell.get_position()[1], "right")231                                else:232                                    if self.get_cell_neighbour(cell,"right").get_type() == Types.smoke or self.get_cell_neighbour(cell,"right").get_type() == Types.water:233                                        self.swap_cells(cell,self.get_cell_neighbour(cell,"right"))234                            elif self.get_cell_neighbour(cell,"left").get_type() == Types.empty:235                                if self.get_cell(cell.get_position()[0]-1,cell.get_position()[1]+1).get_type() == Types.empty:236                                    self.move_cell(cell.get_position()[0], cell.get_position()[1], "left")237                                else:238                                    if self.get_cell_neighbour(cell,"left").get_type() == Types.smoke or self.get_cell_neighbour(cell,"left").get_type() == Types.water:239                                        self.swap_cells(cell,self.get_cell_neighbour(cell,"left"))240                                241                        continue242                    243                    #move cell down244                    self.move_cell(cell.get_position()[0], cell.get_position()[1], "down")245                #-------------WATER-------------246                elif cell.get_type()==Types.water:247                    if cell.get_status() == False:#check if cell was updated in previous loop248                        #log(f"status blocked {cell.get_position()}")249                        continue250                    rnd0 = random.randint(0,3)251                    rnd1 = random.randint(0,2)252                    253                    #if it's on the floor, move it left or right from time to time254                    if cell.get_position()[1] >= self.height - 1:255                        move_sides()256                        continue257                    #Check if cell under current cell NOT empty258                    if not self.get_cell_neighbour(cell,"down").get_type() == Types.empty:259                        #if cell under current cell is smoke, swap cells260                        if self.get_cell_neighbour(cell,"down").get_type() == Types.smoke:261                            self.swap_cells(cell,self.get_cell_neighbour(cell,"down"))262                            continue263                        rnd1=random.randint(0,3)264                        #move cell randomly265                        if rnd1 == 0:266                            if self.get_cell_neighbour(cell,"left").get_type() == Types.empty:267                                self.move_cell(cell.get_position()[0], cell.get_position()[1], "left")268                            elif self.get_cell_neighbour(cell,"right").get_type() == Types.empty:269                                self.move_cell(cell.get_position()[0], cell.get_position()[1], "right")270                        elif rnd1 == 1:271                            if self.get_cell_neighbour(cell,"right").get_type() == Types.empty:272                                self.move_cell(cell.get_position()[0], cell.get_position()[1], "right")273                            elif self.get_cell_neighbour(cell,"left").get_type() == Types.empty:274                                self.move_cell(cell.get_position()[0], cell.get_position()[1], "left")275                        continue276                    277                             278                    #move cell down279                    self.move_cell(cell.get_position()[0], cell.get_position()[1], "down")280                #-------------SMOKE-------------281                elif cell.get_type()==Types.smoke:282                    if cell.get_status() == False:#check if cell was updated in previous loop283                        #log(f"status blocked {cell.get_position()}")284                        continue285                    #if it's on the floor, move it left or right from time to time286                    if cell.get_position()[1] <=0:287                        move_sides()288                        continue289                    #Check if cell under current cell NOT empty290                    if not self.get_cell_neighbour(cell,"up").get_type() == Types.empty:291                        #move cell randomly left or right, the same as on floor292                        move_sides()293                        continue294                    295                    #move cell down...

Game_Controller.py

Source:Game_Controller.py

...21        if (cell.get_y() >= self.game_board.get_board_dimenstion()[1]) or (cell.get_y() < 0):22            return False23        if self.game_board.get_board()[cell.get_x()][cell.get_y()] != '-':24            return False25        return ((abs(cell.get_x() - blob.get_position().get_x()) == 1) and (26                abs(cell.get_y() - blob.get_position().get_y()) <= 1)) or (27                       (abs(cell.get_x() - blob.get_position().get_x()) <= 1) and (28                       abs(cell.get_y() - blob.get_position().get_y()) == 1))29    # blob can move to 2 cell away30    def can_move(self, blob, cell):31        if (cell.get_x() >= self.game_board.get_board_dimenstion()[0]) or (cell.get_x() < 0):32            return False33        if (cell.get_y() >= self.game_board.get_board_dimenstion()[1]) or (cell.get_y() < 0):34            return False35        if self.game_board.get_board()[cell.get_x()][cell.get_y()] != '-':36            return False37        return ((abs(cell.get_x() - blob.get_position().get_x()) == 2) and (38                abs(cell.get_y() - blob.get_position().get_y()) <= 2)) or (39                       (abs(cell.get_x() - blob.get_position().get_x()) <= 2) and (40                       abs(cell.get_y() - blob.get_position().get_y()) == 2))41    # copy a blob to a specific cell42    def copy_blob_to(self, blob, cell_to_copy):43        new_blob = Blob(Position(cell_to_copy.get_x(), cell_to_copy.get_y()), blob.get_player())44        self.game_board.get_blobs_list().append(new_blob)  # add the new blob45        self.attack_adjacent_blobs(new_blob)46    # move a blob to a specific cell47    def move_blob_to(self, blob, cell_to_move):48        blob.set_position(Position(cell_to_move.get_x(), cell_to_move.get_y()))  # set the new position to blob49        self.attack_adjacent_blobs(blob)50    # apply blob movement51    def make_move_to_blob(self, blob_cell, cell_to_move, player):52        blob = None53        for iter_blob in self.game_board.get_blobs_list():54            if iter_blob.get_position().get_x() == blob_cell.get_x() and iter_blob.get_position().get_y() == blob_cell.get_y():55                blob = iter_blob56                break57        # if no blob has found58        if blob is None or blob.get_player().get_type() != player.get_type():59            return False60        if self.can_copy(blob, cell_to_move):61            self.copy_blob_to(blob, cell_to_move)62        elif self.can_move(blob, cell_to_move):63            self.move_blob_to(blob, cell_to_move)64        else:65            return False66        return True67    # turn the adjacent opponents into blob's team68    def attack_adjacent_blobs(self, blob):69        # check the upper cell70        if ((blob.get_position().get_x() - 1 >= 0) and (71                self.game_board.get_board()[blob.get_position().get_x() - 1][blob.get_position().get_y()] != '-')):72            temp_position = Position(blob.get_position().get_x() - 1, blob.get_position().get_y())73            for iter_blob in self.game_board.get_blobs_list():74                if iter_blob.get_position().get_x() == temp_position.get_x() and iter_blob.get_position().get_y() == temp_position.get_y():75                    iter_blob.set_player(blob.get_player())76                    break77        # check the upper right cell78        if ((blob.get_position().get_x() - 1 >= 0) and (79                blob.get_position().get_y() + 1 < self.game_board.get_board_dimenstion()[1]) and (80                self.game_board.get_board()[blob.get_position().get_x() - 1][blob.get_position().get_y() + 1] != '-')):81            temp_position = Position(blob.get_position().get_x() - 1, blob.get_position().get_y() + 1)82            for iter_blob in self.game_board.get_blobs_list():83                if iter_blob.get_position().get_x() == temp_position.get_x() and iter_blob.get_position().get_y() == temp_position.get_y():84                    iter_blob.set_player(blob.get_player())85                    break86        # check the right cell87        if ((blob.get_position().get_y() + 1 < self.game_board.get_board_dimenstion()[1]) and (88                self.game_board.get_board()[blob.get_position().get_x()][blob.get_position().get_y() + 1] != '-')):89            temp_position = Position(blob.get_position().get_x(), blob.get_position().get_y() + 1)90            for iter_blob in self.game_board.get_blobs_list():91                if iter_blob.get_position().get_x() == temp_position.get_x() and iter_blob.get_position().get_y() == temp_position.get_y():92                    iter_blob.set_player(blob.get_player())93                    break94        # check the lower right cell95        if ((blob.get_position().get_x() + 1 < self.game_board.get_board_dimenstion()[0]) and (96                blob.get_position().get_y() + 1 < self.game_board.get_board_dimenstion()[1]) and (97                self.game_board.get_board()[blob.get_position().get_x() + 1][blob.get_position().get_y() + 1] != '-')):98            temp_position = Position(blob.get_position().get_x() + 1, blob.get_position().get_y() + 1)99            for iter_blob in self.game_board.get_blobs_list():100                if iter_blob.get_position().get_x() == temp_position.get_x() and iter_blob.get_position().get_y() == temp_position.get_y():101                    iter_blob.set_player(blob.get_player())102                    break103        # check the lower cell104        if ((blob.get_position().get_x() + 1 < self.game_board.get_board_dimenstion()[0]) and (105                self.game_board.get_board()[blob.get_position().get_x() + 1][blob.get_position().get_y()] != '-')):106            temp_position = Position(blob.get_position().get_x() + 1, blob.get_position().get_y())107            for iter_blob in self.game_board.get_blobs_list():108                if iter_blob.get_position().get_x() == temp_position.get_x() and iter_blob.get_position().get_y() == temp_position.get_y():109                    iter_blob.set_player(blob.get_player())110                    break111        # check the lower left cell112        if ((blob.get_position().get_x() + 1 < self.game_board.get_board_dimenstion()[0]) and (113                blob.get_position().get_y() - 1 >= 0) and (114                self.game_board.get_board()[blob.get_position().get_x() + 1][blob.get_position().get_y() - 1] != '-')):115            temp_position = Position(blob.get_position().get_x() + 1, blob.get_position().get_y() - 1)116            for iter_blob in self.game_board.get_blobs_list():117                if iter_blob.get_position().get_x() == temp_position.get_x() and iter_blob.get_position().get_y() == temp_position.get_y():118                    iter_blob.set_player(blob.get_player())119                    break120        # check the left cell121        if ((blob.get_position().get_y() - 1 >= 0) and (122                self.game_board.get_board()[blob.get_position().get_x()][blob.get_position().get_y() - 1] != '-')):123            temp_position = Position(blob.get_position().get_x(), blob.get_position().get_y() - 1)124            for iter_blob in self.game_board.get_blobs_list():125                if iter_blob.get_position().get_x() == temp_position.get_x() and iter_blob.get_position().get_y() == temp_position.get_y():126                    iter_blob.set_player(blob.get_player())127                    break128        # check the lower left cell129        if ((blob.get_position().get_x() - 1 >= 0) and (blob.get_position().get_y() - 1 >= 0) and (130                self.game_board.get_board()[blob.get_position().get_x() - 1][blob.get_position().get_y() - 1] != '-')):131            temp_position = Position(blob.get_position().get_x() - 1, blob.get_position().get_y() - 1)132            for iter_blob in self.game_board.get_blobs_list():133                if iter_blob.get_position().get_x() == temp_position.get_x() and iter_blob.get_position().get_y() == temp_position.get_y():134                    iter_blob.set_player(blob.get_player())135                    break136    # state space137    def next_states(self, player):138        states_list = []  # to store all the possible moves139        blobs_moved = []  # to store blobs moved140        cells_to_move_to = []  # to store the cells that the blobs moved to in every state141        # iterate over blobs in the board142        for blob in self.game_board.get_blobs_list():143            if blob.get_player().get_type() == player.get_type():  # to ensure that player's blobs only will move144                for i in range(self.game_board.get_board_dimenstion()[0] * self.game_board.get_board_dimenstion()[145                    1]):  # iterate over board cells146                    cell = self.mapping(i + 1)  # get cell as [x, y]147                    pos = Position(cell[0], cell[1])148                    if (blob.get_position().get_x() != cell[0]) or (149                            blob.get_position().get_y() != cell[1]):  # to ensure not to take blob's cell150                        # if blob can copy itself to the adjacent cell151                        if self.can_copy(blob, pos):152                            temp_state = copy.deepcopy(self)153                            if temp_state.make_move_to_blob(blob.get_position(), pos, blob.get_player()):154                                states_list.append(temp_state)155                                blobs_moved.append(blob)156                                cells_to_move_to.append(pos)157                        # if blob can move to 2 cells away158                        if self.can_move(blob, pos):159                            temp_state = copy.deepcopy(self)160                            if temp_state.make_move_to_blob(blob.get_position(), pos, blob.get_player()):161                                states_list.append(temp_state)162                                blobs_moved.append(blob)163                                cells_to_move_to.append(pos)164        return states_list, blobs_moved, cells_to_move_to165    # Playing with AI166    def AI_plays(self, game_logic, depth):167        next_move = game_logic.Mini_Max_alpha_beta(self, depth, AI=True)...

dfs.py

Source:dfs.py

...34            return None35        else:36            new_position[1] += 137            return tuple(new_position)38    def get_position(self):39        return self.coordinate40all_points = []41for i in range(m):42    row = []43    for j in range(n):44        row.append(Point((i, j), 0))45    all_points.append(row)46all_points[0][0].possible_move = [0, 1, 0, 1]47all_points[m - 1][n - 1].possible_move = [0, 0, 0, 0]48stack_path = [[all_points[0][0]]]49stack_cost = [0]50min_cost = 999999951def Solution(current_path):52    global min_cost, all_points53    cost = 054    for i in range(1, len(current_path)):55        if current_path[i].get_position()[0] == current_path[i - 1].get_position()[0]:56            if current_path[i].get_position()[1] - current_path[i - 1].get_position()[1] == 1:57                cost += 258            else:59                cost -= 260        else:61            if current_path[i].get_position()[0] - current_path[i - 1].get_position()[0] == 1:62                cost *= 263            else:64                cost /= 265    if cost < min_cost:66        min_cost = cost67        print('Current minimum cost:', cost)68        print('Current optimal path:')69        print([x.get_position() for x in current_path])70        print('\n\n')71def DFS():72    global stack_path, min_cost, move_cost, all_points, stack_cost, count73    if len(stack_path) == 0:74        return75    current_path = stack_path.pop()76    current_node = current_path[-1]77    for v in range(4):78        if current_node.possible_move[v] == 1:79            if v == 0:80                if current_node.go_up() is not None:81                    new_coordinate = current_node.go_up()82                    current_path.append(all_points[new_coordinate[0]][new_coordinate[1]])83                    stack_cost[-1] /= move_cost[0]84                    all_points[new_coordinate[0]][new_coordinate[1]].possible_move[1] = 085                    all_points[current_node.get_position()[0]][current_node.get_position()[1]].possible_move[0] = 086                    if current_path[-1].get_position() == (m - 1, n - 1):87                        Solution(current_path)88                    elif current_path[-1].possible_move != [0, 0, 0, 0]:89                        stack_path.append(current_path)90                        DFS()91                    current_path.pop()92                    all_points[new_coordinate[0]][new_coordinate[1]].possible_move[1] = 193                    all_points[current_node.get_position()[0]][current_node.get_position()[1]].possible_move[0] = 194            elif v == 1:95                if current_node.go_down() is not None:96                    new_coordinate = current_node.go_down()97                    current_path.append(all_points[new_coordinate[0]][new_coordinate[1]])98                    stack_cost[-1] *= move_cost[1]99                    all_points[new_coordinate[0]][new_coordinate[1]].possible_move[0] = 0100                    all_points[current_node.get_position()[0]][current_node.get_position()[1]].possible_move[1] = 0101                    if current_path[-1].get_position() == (m - 1, n - 1):102                        Solution(current_path)103                    elif current_path[-1].possible_move != [0, 0, 0, 0]:104                        stack_path.append(current_path)105                        DFS()106                    current_path.pop()107                    all_points[new_coordinate[0]][new_coordinate[1]].possible_move[0] = 1108                    all_points[current_node.get_position()[0]][current_node.get_position()[1]].possible_move[1] = 1109            elif v == 2:110                if current_node.go_left() is not None:111                    new_coordinate = current_node.go_left()112                    current_path.append(all_points[new_coordinate[0]][new_coordinate[1]])113                    stack_cost[-1] -= move_cost[2]114                    all_points[new_coordinate[0]][new_coordinate[1]].possible_move[3] = 0115                    all_points[current_node.get_position()[0]][current_node.get_position()[1]].possible_move[2] = 0116                    if current_path[-1].get_position() == (m - 1, n - 1):117                        Solution(current_path)118                    elif current_path[-1].possible_move != [0, 0, 0, 0]:119                        stack_path.append(current_path)120                        DFS()121                    current_path.pop()122                    all_points[new_coordinate[0]][new_coordinate[1]].possible_move[3] = 1123                    all_points[current_node.get_position()[0]][current_node.get_position()[1]].possible_move[2] = 1124            elif v == 3:125                if current_node.go_right() is not None:126                    new_coordinate = current_node.go_right()127                    current_path.append(all_points[new_coordinate[0]][new_coordinate[1]])128                    stack_cost[-1] += move_cost[3]129                    all_points[new_coordinate[0]][new_coordinate[1]].possible_move[2] = 0130                    all_points[current_node.get_position()[0]][current_node.get_position()[1]].possible_move[3] = 0131                    if current_path[-1].get_position() == (m - 1, n - 1):132                        Solution(current_path)133                    elif current_path[-1].possible_move != [0, 0, 0, 0]:134                        stack_path.append(current_path)135                        DFS()136                    current_path.pop()137                    all_points[new_coordinate[0]][new_coordinate[1]].possible_move[2] = 1138                    all_points[current_node.get_position()[0]][current_node.get_position()[1]].possible_move[3] = 1...

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.