NnYGames
45f9c3ba88
Added map that is randomly generated but has a pattern of placing tiles in a higher layer near the center Also made it so placing a tower would change according to the top layer
100 lines
2.5 KiB
GDScript
100 lines
2.5 KiB
GDScript
extends TileMap
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var GridSize = 33
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var Dic = {}
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var Building_Mode: bool = false
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func generate_percentage(percentages: Array):
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var array_length = 0
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for percentage in percentages.size():
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if percentages[percentage] < 0:
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percentages[percentage] = 0
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array_length += percentages[percentage]
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var arr: Array
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arr.resize(array_length)
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var sum = 0
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for percentage in percentages.size():
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for num in percentages[percentage]:
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arr[num + sum] = percentage
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sum += percentages[percentage]
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return arr[randi()%array_length] + 1
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func abs(num: int):
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if num < 0:
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num = -num
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return num
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func _ready():
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for x in GridSize:
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for y in GridSize:
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var layer_number: int
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var x_value: int = abs(GridSize/2 - x)
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var y_value: int = abs(GridSize/2 - y)
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var max_value: int = maxi(x_value, y_value)
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match max_value:
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16,15:
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layer_number = 1
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14:
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layer_number = generate_percentage([3,1])
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13:
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layer_number = generate_percentage([2,1])
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12:
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layer_number = generate_percentage([1,1])
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11:
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layer_number = generate_percentage([1,2,1])
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10:
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layer_number = generate_percentage([0,3,2])
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9:
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layer_number = generate_percentage([0,1,1])
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8:
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layer_number = generate_percentage([0,1,2,1])
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7:
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layer_number = generate_percentage([0,0,3,2])
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6:
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layer_number = generate_percentage([0,0,1,1])
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5:
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layer_number = generate_percentage([0,0,1,2,1])
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4:
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layer_number = generate_percentage([0,0,0,3,2])
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3:
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layer_number = generate_percentage([0,0,0,1,1])
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2:
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layer_number = generate_percentage([0,0,0,1,2])
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1,0:
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layer_number = 5
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print("x- ",x," y- ",y," layer- ",layer_number)
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for layer in layer_number:
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set_cell(layer, Vector2(x, y), 0, Vector2i(0,0), 0)
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Dic[str(Vector2(x,y))] = {
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"Layer": layer_number,
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"Placed": false
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}
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func _process(delta):
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if Building_Mode:
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var tile = local_to_map(get_global_mouse_position())
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for x in GridSize:
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for y in GridSize:
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if !Dic[str(Vector2(x,y))].get("Placed"):
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erase_cell(Dic[str(Vector2(x,y))].get("Layer"), Vector2(x,y))
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pass
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if Dic.has(str(tile)):
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set_cell(Dic[str(tile)].get("Layer"), tile, 1, Vector2i(0,0), 0)
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func _on_mouse_handler_clicked():
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if Building_Mode:
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var tile = local_to_map(get_global_mouse_position())
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Dic[str(tile)]["Placed"] = true
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func _on_mouse_handler_rclicked():
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Building_Mode = !Building_Mode
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for x in GridSize:
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for y in GridSize:
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if !Dic[str(Vector2(x,y))].get("Placed"):
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erase_cell(Dic[str(Vector2(x,y))].get("Layer"), Vector2(x,y))
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pass
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