def building_pattern(player_z):
b = {}
# start point of tunnel
x1 = 69
x2 = 9
task4_x1 = 93
y1 = 14
z = player_z
num_segments = x1 - x2 + 1
# store node types in variables for easier use
ph = get_answer_placeholders()[0]
if "param2" in ph:
stair_up_x = {"name": "stairs:stair_stonebrick", "param2": "1"}
else:
stair_up_x = {"name": "stairs:stair_stonebrick", "direction": "+x"}
rail = 'carts:rail'
power_rail = 'carts:powerrail'
# sloping section of tunnel
for i in range(num_segments):
# Add stairs - Don't need stairs on very last block. Hence check i < 60
if i < 60:
b.update(nodebuilder.build(x1 - i, y1 - i, z - 1, stair_up_x))
# Add power rail
b.update(nodebuilder.build(x1 - i, y1 - i + 1, z, power_rail))
# flat section of tunnel
for x in range(x1, task4_x1 + 1):
# Add rail or power rail in pairs
if x // 2 % 2 == 0:
b.update(nodebuilder.build(x, y1 + 1, z, rail))
else:
b.update(nodebuilder.build(x, y1 + 1, z, power_rail))
return b
def building_pattern(player_z):
b = {}
# BUILDING MATERIALS
air = "air"
wall = "default:glass"
floor = "default:stone"
torch = "default:torch"
# BUILDING LOCATION
path_x_min = 105
floor_y = 9
# BUILDING SIZE
arch_height = 7
arch_width = 5
path_length = 16
# ENGINEERING CALCULATIONS
wall_z = player_z - arch_width // 2
range_x_arch = range(path_x_min, path_x_min + path_length, 4)
range_y_ext = range(floor_y, floor_y + arch_height)
range_z_ext = range(wall_z, wall_z + arch_width)
range_y_int = range(floor_y + 1, floor_y + arch_height - 1)
range_z_int = range(wall_z + 1, wall_z + arch_width - 1)
# BUILD
b.update(
nodebuilder.build(range(path_x_min, path_x_min + 40),
range(floor_y + 1, floor_y + 31),
range(player_z - 4, player_z + 5), air))
b.update(nodebuilder.build(range_x_arch, range_y_ext, range_z_ext, wall))
b.update(nodebuilder.build(range_x_arch, range_y_int, range_z_int, air))
b.update(nodebuilder.build(range_x_arch, floor_y, range_z_int, floor))
b.update(nodebuilder.build(range_x_arch, floor_y + 1, player_z + 1, torch))
return b
def building_pattern(player_z):
ref_z = player_z
wool = r"wool:(white|grey|dark_grey|black|blue|cyan|green|dark_green|yellow|orange|brown|red|pink|magenta|violet)"
# position of centre of diamond
cx = 100
cy = 32
z = player_z
# array of node types which we will alternate through
colours = [wool, wool]
# calculate extents of diamond
width = 21
height = 21
x1 = cx - width // 2
y1 = cy - height // 2
x2 = x1 + width
y2 = y1 + height
b = nodebuilder.build(range(x1,x2),range(y1,y2),ref_z,"air")
for y in range(y1,y2):
# calculate x range which will give diamond shape
xlo = x1 + abs(y - cy)
xhi = x2 - abs(y - cy)
for x in range(xlo,xhi):
# set each node to an alternate wool colour by adding position to node list
b.update(nodebuilder.build(x, y, z, colours[(x+y)%2]))
return b
def building_pattern(player_z):
ref_z = player_z
b = {}
# glass = "default:glass"
# wool = r"wool:(white|grey|dark_grey|black|blue|cyan|green|dark_green|yellow|orange|brown|red|pink|magenta|violet)"
air = "air"
wall = "default:glass"
# BUILDING LOCATION
x_max = 93
x_min = 70
floor_y = 14
# BUILDING SIZE
tunnel_height = 7
tunnel_width = 5
# ENGINEERING CALCULATIONS
tunnel_length = x_max - x_min + 1
wall_z = player_z - tunnel_width // 2
range_x = range(x_min, x_min + tunnel_length)
range_y_ext = range(floor_y, floor_y + tunnel_height)
range_z_ext = range(wall_z, wall_z + tunnel_width)
range_y_int = range(floor_y + 1, floor_y + tunnel_height - 1)
range_z_int = range(wall_z + 1, wall_z + tunnel_width - 1)
# BUILD
b.update(nodebuilder.build(range_x, range_y_ext, range_z_ext, wall))
# replace the internal glass with air so left with a hollow tunnel
b.update(nodebuilder.build(range_x, range_y_int, range_z_int, air))
return b
def building_pattern(player_z):
b = {}
air = "air"
wall = "default:glass"
floor = "default:stone"
torch = "(default:torch|air)"
# BUILDING LOCATION
x_max = 93
x_min = 70
floor_y = 14
# BUILDING SIZE
tunnel_height = 7
tunnel_width = 5
# ENGINEERING CALCULATIONS
tunnel_length = x_max - x_min + 1
wall_z = player_z - tunnel_width // 2
range_x = range(x_min, x_min + tunnel_length)
range_y_ext = range(floor_y, floor_y + tunnel_height)
range_z_ext = range(wall_z, wall_z + tunnel_width)
range_y_int = range(floor_y + 1, floor_y + tunnel_height - 1)
range_z_int = range(wall_z + 1, wall_z + tunnel_width - 1)
# range_x_torch = range(x_min, x_min + tunnel_length, 4)
# BUILD
b.update(nodebuilder.build(range_x, range_y_ext, range_z_ext, wall))
b.update(nodebuilder.build(range_x, range_y_int, range_z_int, air))
b.update(nodebuilder.build(range_x, floor_y, range_z_int, floor))
b.update(nodebuilder.build(range_x, floor_y + 1, player_z + 1, torch))
return b
def building_pattern(player_z):
ref_z = player_z
b = {}
glass = "default:glass"
wool = r"wool:(white|grey|dark_grey|black|blue|cyan|green|dark_green|yellow|orange|brown|red|pink|magenta|violet)"
b.update(nodebuilder.build((99, 100, 101), (13, 14, 15), (ref_z - 1, ref_z, ref_z + 1), glass))
b.update(nodebuilder.build(100, 14, ref_z, wool))
return b
def building_pattern(player_z):
ref_z = player_z
b = {}
glass = "default:obsidian_glass"
b.update(nodebuilder.build(101, (13, 14, 15), (ref_z - 1, ref_z, ref_z + 1), glass))
return b
def building_pattern(player_z):
b = {}
# Location of end points of sloping section of tunnel (centre of floor)
x1 = 69
y1 = 14
x2 = 9
ref_z = player_z
# Dimensions
tunnel_height = 7
tunnel_width = 5
num_segments = x1 - x2 + 1
# Building materials
glass = "default:glass"
floor = "default:stone"
torch = "default:torch"
air = "air"
# Make the full tunnel in solid glass and stone first
for i in range(num_segments):
# Cross section of tunnel at position i
# x, y, z are coordinates of lower left corner of segment of tunnel
x = x1 - i
y = y1 - i
z = ref_z - tunnel_width // 2
# Build 5 x 7 blocks of glass at position i for walls, roof, and centre
range_y_ext = range(y, y + tunnel_height)
range_z_ext = range(z, z + tunnel_width)
b.update(nodebuilder.build(x, range_y_ext, range_z_ext, glass))
# Build 3 x 1 blocks of stone at position i for floor
range_z_floor = (z + 1, z + 2, z + 3)
b.update(nodebuilder.build(x, y, range_z_floor, floor))
# hollow out the tunnel because now we are sure that lava and water can't flow in the ends
for i in range(num_segments):
# Use air to hollow out the tunnel
x = x1 - i
y = y1 - i
z = ref_z - tunnel_width // 2
range_y_air = range(y + 1, y + tunnel_height - 1)
range_z_air = (z + 1, z + 2, z + 3)
b.update(nodebuilder.build(x, range_y_air, range_z_air, air))
if i % 4 == 0:
# Place torches down the right hand side of the tunnel
b.update(nodebuilder.build(x, y + 1, ref_z + 1, torch))
return b
def building_pattern(player_z):
b = {}
path_x_min = 105
castle_x_min = 121
floor_y = 9
# BUILDING SIZE
castle_length = 9
castle_width = 5
castle_height = 5
# BUILDING MATERIALS
air = "air"
castle = "default:stone"
window_x = {'name':"xpanes:bar_flat", 'direction':r'(\+|\-)x'}
window_z = {'name':"xpanes:bar_flat", 'direction':r'(\+|\-)z'}
# ENGINEERING CALCULATIONS
wall_z1 = player_z - castle_width // 2
wall_z2 = player_z + castle_width // 2
range_x_castle_ext = range(castle_x_min, castle_x_min + castle_length)
range_y_castle_ext = range(floor_y, floor_y + castle_height)
range_z_castle_ext = range(wall_z1, wall_z1 + castle_width)
range_x_castle_int = range(castle_x_min + 1, castle_x_min + castle_length - 1)
range_y_castle_int = range(floor_y + 1, floor_y + castle_height)
range_z_castle_int = range(wall_z1 + 1, wall_z1 + castle_width - 1)
range_y_window = range(floor_y + 2, floor_y + castle_height)
range_x_window = range(castle_x_min + 2, castle_x_min + castle_length - 2, 2)
# BUILD
b.update(nodebuilder.build(range(castle_x_min - 1, castle_x_min + castle_length + 10), range(floor_y + 1, floor_y + 31), range(player_z - 4, player_z + 5), air))
b.update(nodebuilder.build(range_x_castle_ext, range_y_castle_ext, range_z_castle_ext, castle))
b.update(nodebuilder.build(range_x_castle_int, range_y_castle_int, range_z_castle_int, air))
b.update(nodebuilder.build(castle_x_min, [floor_y + 1, floor_y + 2], player_z, air))
b.update(nodebuilder.build(range_x_window, range_y_window, (wall_z1, wall_z2), window_z))
b.update(nodebuilder.build(castle_x_min, floor_y + 4, (player_z - 1, player_z, player_z + 1), window_x))
return b
def building_pattern(player_z):
b = {}
# BUILDING MATERIALS
air = "air"
wall = "default:glass"
# BUILDING LOCATION
path_x_min = 105
floor_y = 9
# BUILDING SIZE
arch_height = 7
arch_width = 5
# ENGINEERING CALCULATIONS
wall_z = player_z - arch_width // 2
range_x_arch = path_x_min
range_y_ext = range(floor_y, floor_y + arch_height)
range_z_ext = range(wall_z, wall_z + arch_width)
# BUILD
b.update(
nodebuilder.build(range(path_x_min, path_x_min + 40),
range(floor_y + 1, floor_y + 31),
range(player_z - 4, player_z + 5), air))
b.update(nodebuilder.build(range_x_arch, range_y_ext, range_z_ext, wall))
return b
def building_pattern(player_z):
b = {}
path_x_min = 105
castle_x_min = 121
floor_y = 9
# BUILDING SIZE
castle_length = 9
castle_width = 5
castle_height = 5
# BUILDING MATERIALS
air = "air"
castle = "default:stone"
# ENGINEERING CALCULATIONS
wall_z = player_z - castle_width // 2
range_x_castle_ext = range(castle_x_min, castle_x_min + castle_length)
range_y_castle_ext = range(floor_y, floor_y + castle_height)
range_z_castle_ext = range(wall_z, wall_z + castle_width)
range_x_castle_int = range(castle_x_min + 1,
castle_x_min + castle_length - 1)
range_y_castle_int = range(floor_y + 1, floor_y + castle_height)
range_z_castle_int = range(wall_z + 1, wall_z + castle_width - 1)
# BUILD
b.update(
nodebuilder.build(
range(castle_x_min - 1, castle_x_min + castle_length + 10),
range(floor_y + 1, floor_y + 31), range(player_z - 4,
player_z + 5), air))
b.update(
nodebuilder.build(range_x_castle_ext, range_y_castle_ext,
range_z_castle_ext, castle))
b.update(
nodebuilder.build(range_x_castle_int, range_y_castle_int,
range_z_castle_int, air))
b.update(
nodebuilder.build(castle_x_min, [floor_y + 1, floor_y + 2], player_z,
air))
return b
def building_pattern(player_z):
return nodebuilder.build(100, 14, player_z, r"wool:(white|grey|dark_grey|black|blue|cyan|green|dark_green|yellow|orange|brown|red|pink|magenta|violet)")
def building_pattern(player_z):
b = {}
# position of centre of square
wool = r"wool:(white|grey|dark_grey|black|blue|cyan|green|dark_green|yellow|orange|brown|red|pink|magenta|violet)"
b.update(nodebuilder.build(range(x1, x2), range(y1, y2), z, wool))
return b
def building_pattern(player_z):
b = {}
path_x_min = 105
castle_x_min = 121
floor_y = 9
# BUILDING SIZE
castle_length = 9
castle_width = 5
castle_height = 5
# BUILDING MATERIALS
air = "air"
castle = "default:stone"
window_x = {'name': "xpanes:bar_flat", 'direction': r'\+x'}
window_z = {'name': "xpanes:bar_flat", 'direction': r'\+z'}
ladder = {"name": "default:ladder_wood", "direction": r"\+x"}
carpet = r"wool:(white|grey|dark_grey|black|blue|cyan|green|dark_green|yellow|orange|brown|red|pink|magenta|violet)"
door = {
"name": r"doors:door_(wood|glass|obsidian_glass|steel)_\w",
"direction": r"(\+|\-)(x|z)"
}
torch_n = {"name": "default:torch_wall", "direction": r"\-z"}
torch_s = {"name": "default:torch_wall", "direction": r"\+z"}
# ENGINEERING CALCULATIONS
wall_z1 = player_z - castle_width // 2
wall_z2 = player_z + castle_width // 2
range_x_castle_ext = range(castle_x_min, castle_x_min + castle_length)
range_y_castle_ext = range(floor_y, floor_y + castle_height)
range_z_castle_ext = range(wall_z1, wall_z1 + castle_width)
range_x_castle_int = range(castle_x_min + 1,
castle_x_min + castle_length - 1)
range_y_castle_int = range(floor_y + 1, floor_y + castle_height)
range_z_castle_int = range(wall_z1 + 1, wall_z1 + castle_width - 1)
range_y_window = range(floor_y + 2, floor_y + castle_height)
range_x_window = range(castle_x_min + 2, castle_x_min + castle_length - 2,
2)
range_x_roof_ext = range(castle_x_min - 1,
castle_x_min + castle_length + 1)
range_y_roof_ext = range(floor_y + castle_height,
floor_y + castle_height + 3)
range_z_roof_ext = range(wall_z1 - 1, wall_z1 + castle_width + 1)
range_x_roof_int = range_x_castle_ext
range_y_roof_int = range(floor_y + castle_height + 1,
floor_y + castle_height + 3)
range_z_roof_int = range_z_castle_ext
crenel_y = floor_y + castle_height + 2
roof_x1 = castle_x_min - 1
roof_x2 = castle_x_min + castle_length
roof_z1 = wall_z1 - 1
roof_z2 = wall_z2 + 1
# BUILD
b.update(
nodebuilder.build(
range(castle_x_min - 1, castle_x_min + castle_length + 10),
range(floor_y + 1, floor_y + 31), range(player_z - 4,
player_z + 5), air))
b.update(
nodebuilder.build(range_x_castle_ext, range_y_castle_ext,
range_z_castle_ext, castle))
b.update(
nodebuilder.build(range_x_castle_int, range_y_castle_int,
range_z_castle_int, air))
b.update(
nodebuilder.build(castle_x_min, [floor_y + 1, floor_y + 2], player_z,
air))
b.update(
nodebuilder.build(range_x_window, range_y_window, (wall_z1, wall_z2),
window_z))
b.update(
nodebuilder.build(castle_x_min, floor_y + 4,
(player_z - 1, player_z, player_z + 1), window_x))
b.update(
nodebuilder.build(range_x_roof_ext, range_y_roof_ext, range_z_roof_ext,
castle))
b.update(
nodebuilder.build(range_x_roof_int, range_y_roof_int, range_z_roof_int,
air))
b.update(
nodebuilder.build(castle_x_min + castle_length - 2,
range(floor_y + 1, floor_y + castle_height + 1),
player_z, ladder))
b.update(
nodebuilder.build((roof_x1, roof_x2), crenel_y,
range(wall_z1, wall_z1 + castle_width, 2), air))
b.update(
nodebuilder.build(range(castle_x_min, castle_x_min + castle_length, 2),
crenel_y, (roof_z1, roof_z2), air))
b.update(nodebuilder.build(castle_x_min, floor_y + 1, player_z, door))
b.update(
nodebuilder.build(range(path_x_min, castle_x_min + castle_length - 1),
floor_y, player_z, carpet))
b.update(
nodebuilder.build(
range(castle_x_min + 1, castle_x_min + castle_length - 1, 2),
floor_y + 3, wall_z1 + 1, torch_n))
b.update(
nodebuilder.build(
range(castle_x_min + 1, castle_x_min + castle_length - 1, 2),
floor_y + 3, wall_z2 - 1, torch_s))
return b
