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| 1 | {
| |
| 2 | "robots": [ | |
| 3 | {
| |
| 4 | "x": 1, | |
| 5 | "y": 1, | |
| 6 | "_prev_x": 1, | |
| 7 | "_prev_y": 1, | |
| 8 | "_prev_orientation": 0, | |
| 9 | "_orientation": 0, | |
| 10 | "_is_leaky": true, | |
| 11 | "_trace_history": [], | |
| 12 | "_trace_style": "default", | |
| 13 | "_trace_color": "seagreen", | |
| 14 | "__id": 50, | |
| 15 | "model": "classic" | |
| 16 | } | |
| 17 | ], | |
| 18 | "walls": {},
| |
| 19 | "description": [ | |
| 20 | "<h1>Torres en la Cueva</h1>", | |
| 21 | "<p>", | |
| 22 | " La misión es instruir a Reeborg para que construyas unas", | |
| 23 | " torres de objetos dentro de una cueva. Adicionalmente, en ", | |
| 24 | " la cueva hay estalactitas en el techo, las cuáles pueden", | |
| 25 | " tener longitudes diferentes. ", | |
| 26 | "</p>", | |
| 27 | "<p>", | |
| 28 | " Reeborg quiere hacer que las torres sean tan altas que lleguen hasta", | |
| 29 | " una posición por debajo donde inicia la estalactita. Entre la parte", | |
| 30 | " mas alta de la torre y la estalactita debe quedar siempre un espacio,", | |
| 31 | " además las torres deben ser construidas solamente en las posiciones", | |
| 32 | " impares, es decir, en la columna 1, en la 3, en la 5, y así sucesivamente.", | |
| 33 | " El tamaño de la cueva es variable, y puede cambiar de ejecución en ejecución.", | |
| 34 | "</p>", | |
| 35 | "DIFFICULTY4", | |
| 36 | "" | |
| 37 | ], | |
| 38 | "small_tiles": false, | |
| 39 | "rows": 12, | |
| 40 | "cols": 13, | |
| 41 | "onload": [ | |
| 42 | "#python onload", | |
| 43 | "import random", | |
| 44 | "width = random.randint(6, 13)", | |
| 45 | "height = 12", | |
| 46 | "", | |
| 47 | "RUR.set_world_size(width, height)", | |
| 48 | "RUR.fill_background(\"grass\")", | |
| 49 | "RUR.give_object_to_robot(\"star\",99)", | |
| 50 | - | "RUR.give_object_to_robot(\"orange\",99)", |
| 50 | + | "RUR.give_object_to_robot(\"carrot\",99)", |
| 51 | "", | |
| 52 | "#Create some stalactites", | |
| 53 | "", | |
| 54 | "obstacles = []", | |
| 55 | "for i in range(width):", | |
| 56 | " h = random.randint(8,12)", | |
| 57 | " obstacles.append(h)", | |
| 58 | " RUR.add_wall(\"south\",i+1,h)", | |
| 59 | "", | |
| 60 | "#build the sides of the walls ", | |
| 61 | "", | |
| 62 | "for i in range(width-1):", | |
| 63 | " n = obstacles[i]", | |
| 64 | " n2 = obstacles[i+1]", | |
| 65 | " if n < n2:", | |
| 66 | " for j in range(n,n2):", | |
| 67 | " RUR.add_wall(\"east\",i+1,j) ", | |
| 68 | " elif n2 < n:", | |
| 69 | " for j in range(n2,n):", | |
| 70 | " RUR.add_wall(\"east\",i+1,j) ", | |
| 71 | " ", | |
| 72 | "#fill in mud", | |
| 73 | "for i in range(width):", | |
| 74 | " for j in range(obstacles[i],13):", | |
| 75 | " RUR.add_obstacle(\"mud\",i+1,j)", | |
| 76 | "", | |
| 77 | "#create goals", | |
| 78 | "options = {'goal' : True}",
| |
| 79 | "for x in range(0, width,2):", | |
| 80 | " for y in range(1,obstacles[x]-1):", | |
| 81 | - | " RUR.add_object(\"orange\", x+1,y, options) ", |
| 81 | + | " RUR.add_object(\"carrot\", x+1,y, options) ", |
| 82 | "", | |
| 83 | "" | |
| 84 | ] | |
| 85 | } |
