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How to use change_position method in autotest

Best Python code snippet using autotest_python

8-puzzle_0.py

Source:8-puzzle_0.py

...221        var_heuristic = heuristic()222        numbers_photos_list[position_snake], numbers_photos_list[position_future] = numbers_photos_list[position_future], numbers_photos_list[position_snake]223        return var_heuristic224    225    def change_position(nesxt_snake_position):226        position_snake = numbers_photos_list.index(snake_photo)227        position_snake_future = numbers_photos_list.index(nesxt_snake_position)228        numbers_photos_list[position_snake], numbers_photos_list[position_snake_future] = numbers_photos_list[position_snake_future], numbers_photos_list[position_snake]229    def find_min_heuristic(heuristic_val_list):#I takes a list of heuristic valeus and returns a list with the position numbers(at the heuristic values list) of the min heuristics 230        new_list = []231        val_list = heuristic_val_list232        min_val = min(val_list)233        for i in range(len(heuristic_val_list)):234            if heuristic_val_list[i] == min_val:235                new_list += [i]236        return new_list237            238    def auto():239        if snake_photo == position_0:240            val_1 = next_step_heuristic(position_1)241            val_2 = next_step_heuristic(position_3)242            if snake_queue[0]==1: #if snake in the previous move at this position i make the heuristic large to avoid a step back 243                val_1 = 50244            if snake_queue[0]==3:245                val_2 = 50246            print(f'Fidi deksia:{val_1}, Fidi kato:{val_2}')    247            if val_1 >= val_2:248                change_position(position_3)249                refresh_game()250            else:251                change_position(position_1)252                refresh_game()253        elif snake_photo == position_1:254            val_1 = next_step_heuristic(position_0)255            val_2 = next_step_heuristic(position_2)256            val_3 = next_step_heuristic(position_4)257            if snake_queue[0]==0:258                val_1 = 50259            if snake_queue[0]==2:260                val_2 = 50261            if snake_queue[0]==4:262                val_3 = 50263            min_heuristic_positions = find_min_heuristic([val_1,val_2,val_3])264            print(f'Fidi aristera:{val_1}, Fidi deksia:{val_2}, Fidi kato:{val_3}')265            if len(min_heuristic_positions)==1:  266                if val_1 >= val_3 and val_2>=val_3:267                    change_position(position_4)268                    refresh_game()269                elif val_1 >=val_2 and val_3>=val_2:270                    change_position(position_2)271                    refresh_game()272                else:273                    change_position(position_0)274                    refresh_game()275            else:276                position_number = int(random.choice(min_heuristic_positions)) # if two or more heuristics are equal i randomize the choice of the path to avoid infinite loop 277                if position_number == 0:278                    change_position(position_0)279                    refresh_game()280                elif position_number == 1:281                    change_position(position_2)282                    refresh_game()283                else:284                    change_position(position_4)285                    refresh_game()286        elif snake_photo == position_2:287            val_1 = next_step_heuristic(position_1)288            val_2 = next_step_heuristic(position_5)289            if snake_queue[0]==1:290                val_1 = 50291            if snake_queue[0]==5:292                val_2 = 50293            print(f'Fidi aristera:{val_1}, Fidi kato:{val_2}')    294            if val_1 >= val_2:295                change_position(position_5)296                refresh_game()297            else:298                change_position(position_1)299                refresh_game()300        elif snake_photo == position_3:301            val_1 = next_step_heuristic(position_0)302            val_2 = next_step_heuristic(position_4)303            val_3 = next_step_heuristic(position_6)304            if snake_queue[0]==0:305                val_1 = 50306            if snake_queue[0]==4:307                val_2 = 50308            if snake_queue[0]==6:309                val_3 = 50   310            min_heuristic_positions = find_min_heuristic([val_1,val_2,val_3])311            print(f'Fidi pano:{val_1}, Fidi deksia:{val_2}, Fidi kato:{val_3}')312            if len(min_heuristic_positions)==1:313                if val_1 >= val_3 and val_2>=val_3:314                    change_position(position_6)315                    refresh_game()316                elif val_1 >=val_2 and val_3>=val_2:317                    change_position(position_4)318                    refresh_game()319                else:320                    change_position(position_0)321                    refresh_game()322            else:323                position_number = int(random.choice(min_heuristic_positions))324                if position_number == 0:325                    change_position(position_0)326                    refresh_game()327                elif position_number == 1:328                    change_position(position_4)329                    refresh_game()330                else:331                    change_position(position_6)332                    refresh_game()333        elif snake_photo == position_4:334            val_1 = next_step_heuristic(position_1)335            val_2 = next_step_heuristic(position_3)336            val_3 = next_step_heuristic(position_5)337            val_4 = next_step_heuristic(position_7)338            if snake_queue[0]==1:339                val_1 = 50340            if snake_queue[0]==3:341                val_2 = 50342            if snake_queue[0]==5:343                val_3 = 50344            if snake_queue[0]==7:345                val_4 = 50  346            min_heuristic_positions = find_min_heuristic([val_1,val_2,val_3,val_4])347            print(f'Fidi pano:{val_1}, Fidi aristera:{val_2}, Fidi deksia:{val_3}, Fidi kato:{val_4}')348            if len(min_heuristic_positions)==1: 349                if val_1 >= val_4 and val_2>=val_4 and val_3 >= val_4:350                    change_position(position_7)351                    refresh_game()352                elif val_1 >= val_3 and val_2>=val_3 and val_4 >= val_3:353                    change_position(position_5)354                    refresh_game()355                elif val_1 >= val_2 and val_3>=val_2 and val_4 >= val_2:356                    change_position(position_3)357                    refresh_game()358                else:359                    change_position(position_1)360                    refresh_game()361            else:362                position_number = int(random.choice(min_heuristic_positions))363                if position_number == 0:364                    change_position(position_1)365                    refresh_game()366                elif position_number == 1:367                    change_position(position_3)368                    refresh_game()369                elif position_number == 2:370                    change_position(position_5)371                    refresh_game()372                else:373                    change_position(position_7)374                    refresh_game()375        elif snake_photo == position_5:376            val_1 = next_step_heuristic(position_2)377            val_2 = next_step_heuristic(position_4)378            val_3 = next_step_heuristic(position_8)379            if snake_queue[0]==2:380                val_1 = 50381            if snake_queue[0]==4:382                val_2 = 50383            if snake_queue[0]==8:384                val_3 = 50385            min_heuristic_positions = find_min_heuristic([val_1,val_2,val_3])386            print(f'Fidi pano:{val_1}, Fidi aristera:{val_2}, Fidi kato:{val_3}')387            if len(min_heuristic_positions)==1:    388                if val_1 >= val_3 and val_2>=val_3:389                    change_position(position_8)390                    refresh_game()391                elif val_1 >=val_2 and val_3>=val_2:392                    change_position(position_4)393                    refresh_game()394                else:395                    change_position(position_2)396                    refresh_game()397            else:398                position_number = int(random.choice(min_heuristic_positions))399                if position_number == 0:400                    change_position(position_2)401                    refresh_game()402                elif position_number == 1:403                    change_position(position_4)404                    refresh_game()405                else:406                    change_position(position_8)407                    refresh_game()408        elif snake_photo == position_6:409            val_1 = next_step_heuristic(position_3)410            val_2 = next_step_heuristic(position_7)411            if snake_queue[0]==3:412                val_1 = 50413            if snake_queue[0]==7:414                val_2 = 50415            print(f'Fidi pano:{val_1}, Fidi deksia:{val_2}')    416            if val_1 >= val_2:417                change_position(position_7)418                refresh_game()419            else:420                change_position(position_3)421                refresh_game()422            423        elif snake_photo == position_7:424            val_1 = next_step_heuristic(position_4)425            val_2 = next_step_heuristic(position_6)426            val_3 = next_step_heuristic(position_8)427            if snake_queue[0]==4:428                val_1 = 50429            if snake_queue[0]==6:430                val_2 = 50431            if snake_queue[0]==8:432                val_3 = 50433            min_heuristic_positions = find_min_heuristic([val_1,val_2,val_3])434            print(f'Fidi pano:{val_1}, Fidi aristera:{val_2}, Fidi deksia:{val_3}')435            if len(min_heuristic_positions)==1:   436                if val_1 >= val_3 and val_2>=val_3:437                    change_position(position_8)438                    refresh_game()439                elif val_1 >=val_2 and val_3>=val_2:440                    change_position(position_6)441                    refresh_game()442                else:443                    change_position(position_4)444                    refresh_game()445            else:446                position_number = int(random.choice(min_heuristic_positions))447                if position_number == 0:448                    change_position(position_4)449                    refresh_game()450                elif position_number == 1:451                    change_position(position_6)452                    refresh_game()453                else:454                    change_position(position_8)455                    refresh_game()456            457        elif snake_photo == position_8:458            val_1 = next_step_heuristic(position_7)459            val_2 = next_step_heuristic(position_5)460            if snake_queue[0]==7:461                val_1 = 50462            if snake_queue[0]==5:463                val_2 = 50464            print(f'Fidi aristera:{val_1}, Fidi pano:{val_2}')    465            if val_1 >= val_2:466                change_position(position_5)467                refresh_game()468            else:469                change_position(position_7)470                refresh_game()471  472    def left_button_fun():473        if snake_photo == position_1:474            change_position(position_0)475            refresh_game()476        elif snake_photo == position_2:477            change_position(position_1)478            refresh_game()479        elif snake_photo == position_4:480            change_position(position_3)481            refresh_game()482        elif snake_photo == position_5:483            change_position(position_4)484            refresh_game()485        elif snake_photo == position_7:486            change_position(position_6)487            refresh_game()488        elif snake_photo == position_8:489            change_position(position_7)490            refresh_game()491    def right_button_fun():492        if snake_photo == position_1:493            change_position(position_2)494            refresh_game()495        elif snake_photo == position_0:496            change_position(position_1)497            refresh_game()498        elif snake_photo == position_4:499            change_position(position_5)500            refresh_game()501        elif snake_photo == position_3:502            change_position(position_4)    503            refresh_game()504        elif snake_photo == position_7:505            change_position(position_8)506            refresh_game()507        elif snake_photo == position_6:508           change_position(position_7)509           refresh_game()510    def up_button_fun():511        if snake_photo == position_5:512            change_position(position_2)513            refresh_game()514        elif snake_photo == position_4:515            change_position(position_1)516            refresh_game()517        elif snake_photo == position_8:518            change_position(position_5)519            refresh_game()520        elif snake_photo == position_7:521            change_position(position_4)522            refresh_game()523        elif snake_photo == position_3:524            change_position(position_0)525            refresh_game()526        elif snake_photo == position_6:527            change_position(position_3)528            refresh_game()529    def down_button_fun():530        if snake_photo == position_3:531            change_position(position_6)532            refresh_game()533        elif snake_photo == position_0:534            change_position(position_3)535            refresh_game()536        elif snake_photo == position_2:537            change_position(position_5)538            refresh_game()539        elif snake_photo == position_1:540            change_position(position_4)541            refresh_game()542        elif snake_photo == position_5:543            change_position(position_8)544            refresh_game()545        elif snake_photo == position_4:546            change_position(position_7)547            refresh_game()548    left_button = Button(frame_12, image=left_photo, command=left_button_fun)549    left_button.grid(row=0, column=0)550    right_button = Button(frame_12, image=right_photo, command=right_button_fun)551    right_button.grid(row=0, column=1)552    up_button = Button(frame_14, image=up_photo, command=up_button_fun)553    up_button.grid(row=0, column=0)554    down_button = Button(frame_14, image=down_photo, command=down_button_fun)555    down_button.grid(row=0, column=1)556    shuf_button = Button(frame_9, image=shuf_photo, command=shuf_photos)557    shuf_button.pack()558    exit_button = Button(frame_11, image=exit_photo, command=root.destroy)559    exit_button.pack()560    if numbers_photos_list == [number_1_photo, number_2_photo, number_3_photo, number_8_photo, snake_photo, number_4_photo, number_7_photo, number_6_photo, number_5_photo]:...

1244.py

Source:1244.py

1import sys2sys.stdin = open('input.txt', 'r')3switch_count = int(input())4switch_list = list(map(int, input().split()))5student_count = int(input())6for _ in range(student_count):7    gender, g_count = map(int, input().split())8    # ë¨íìêº¼ ì²ë¦¬9    if gender == 1:10        for a in range(switch_count//g_count):11            change_position = g_count * (a + 1) - 112            switch_list[change_position] = (switch_list[change_position] + 1) % 213    # ì¬íìêº¼ ì²ë¦¬14    else:15        # ì¼ë¨ ê·¸ ìë¦¬ ì°ì  ë°ê¾¸ê³  ììíì16        change_position = g_count - 117        switch_list[change_position] = (switch_list[change_position] + 1) % 218        range_num = min(change_position, switch_count - change_position - 1)19        for b in range(range_num):20            if switch_list[change_position - (b + 1)] != switch_list[change_position + (b + 1)]:21                break22            else:23                switch_list[change_position - (b + 1)] =  (switch_list[change_position - (b + 1)] + 1) % 224                switch_list[change_position + (b + 1)] = (switch_list[change_position + (b + 1)] + 1) % 225            if not change_position - b or change_position + b == switch_count - 1:26                break27# ì¶ë ¥ ê·ì¹ì ë§ê² ì¶ë ¥28for i in range(switch_count):29    if not i % 20:30        if i:31            print(result)32        result = ''33    if i % 20 == 19:34        result += str(switch_list[i])35    else:36        result += str(switch_list[i]) + ' '37if result:...

draw.py

Source:draw.py

...3# turtle.setundobuffer(15)4turtle.pensize(3)5turtle.speed(1000)6s = turtle.Screen()7def change_position(x,y):8    turtle.penup()9    turtle.setposition(x,y)10    turtle.pendown()11    # print(x,y)12def box_draw(pos_x: int, pos_y: int, size: int):13    '''Making a box a 'size' value away in all directions starting from (pos_x, pos_y)'''14    change_position(pos_x + size,pos_y)15    turtle.goto(pos_x + size,pos_y + size) # 116    marker_1 = turtle.position()17    turtle.goto(pos_x - size,pos_y + size) # 218    marker_2 = turtle.position()19    turtle.goto(pos_x - size,pos_y - size) # 320    marker_3 = turtle.position()21    turtle.goto(pos_x + size,pos_y - size) # 422    marker_4 = turtle.position()23    turtle.goto(pos_x + size,pos_y)24    change_position(pos_x,pos_y)25    box_markers = (marker_1, marker_2, marker_3, marker_4)26    return box_markers27def is_free(pos_x, pos_y):28    pass29def board(how_many:int, size_x:int, size_y:int):30    '''Making a (2*size_x : 2*size_y) board with 'how_many' items on it'''31    for i in range(1,how_many + 1):32        x = randint(-size_x + 30,size_x - 30)  # +- 30 for making all of the boxes fully visible on the screen33        y = randint(-size_y + 30,size_y - 30)34        is_free(x,y) # ultimately is to select coordinates35        box_draw(x,y,25)36        change_position(x, y - 25)37        turtle.write(str(i),True, align='center',font=('Arial',30,'normal'))...

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