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generateWalls.py
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generateWalls.py
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from logger import Logger
from pymclevel import MCSchematic
from pymclevel.box import Vector
from pymclevel import TAG_Compound, TAG_Int, TAG_Byte, TAG_String
import os.path
name = 'generateWalls'
logger = Logger(name)
def calc_wall_sections(box):
try:
# Calculates to total number of wall sections and gate sizes for each side
x_len = box.size[0] - 16 # remove corner blocks: 8 per side
z_len = box.size[2] - 16 # remove corner blocks: 8 per side
if x_len < 6 or z_len < 6:
logger.error("Box Selection too small")
else:
# x-axis
if x_len <= 9:
x_left = 0
x_right = 0
x_gate = x_len
else:
section_num = 0
while x_len > 9:
x_len -= 4
section_num += 1
if section_num % 2 == 0:
x_left = section_num / 2
x_right = section_num / 2
x_gate = x_len
else:
x_left = (section_num - 1) / 2
x_right = ((section_num - 1) / 2) + 1
x_gate = x_len
# z-axis
if z_len <= 9:
z_left = 0
z_right = 0
z_gate = z_len
else:
section_num = 0
while z_len > 9:
z_len -= 4
section_num += 1
if section_num % 2 == 0:
z_left = section_num / 2
z_right = section_num / 2
z_gate = z_len
else:
z_left = (section_num - 1) / 2
z_right = ((section_num - 1) / 2) + 1
z_gate = z_len
return x_left, x_right, x_gate, z_left, z_right, z_gate
except Exception as e:
logger.error(e)
def calc_ma(box):
try:
x_len = box.size[0]
z_len = box.size[2]
percentage = 0.1
xma = int(round(x_len * 0.1, 0))
zma = int(round(z_len * 0.1, 0))
return xma, zma
except Exception as e:
logger.error(e)
def average(arr):
try:
return int(round(sum(arr)/len(arr), 0))
except Exception as e:
logger.error(e)
def removeBlocks(level, box, type, coord):
if type == 'corner':
minx = coord[0]
maxx = coord[0] + 8
minz = coord[2]
maxz = coord[2] + 8
miny = coord[1] + 12
for x in xrange(minx, maxx):
for z in xrange(minz, maxz):
for y in xrange(miny, box.maxy):
level.setBlockAt(x, y, z, 0)
elif type == 'pillar_z' or type == 'section_z' or type == 'water_pillar_z' or type == 'water_section_z':
if type == 'pillar_z':
minx = coord[0]
minz = coord[2]
maxz = coord[2] + 9
miny = coord[1] + 12
elif type == 'section_z':
minx = coord[0]
minz = coord[2]
maxz = coord[2] + 8
miny = coord[1] + 11
elif type == 'water_pillar_z':
minx = coord[0]
minz = coord[2]
maxz = coord[2] + 8
miny = coord[1] + 10
elif type == 'water_section_z':
minx = coord[0]
minz = coord[2]
maxz = coord[2] + 8
miny = coord[1] + 9
for z in xrange(minz, maxz):
for y in xrange(miny, box.maxy):
level.setBlockAt(minx, y, z, 0)
elif type == 'pillar_x' or type == 'section_x' or type == 'water_pillar_x' or type == 'water_section_x':
if type == 'pillar_x':
minx = coord[0]
maxx = coord[0] + 9
minz = coord[2]
miny = coord[1] + 12
elif type == 'section_x':
minx = coord[0]
maxx = coord[0] + 8
minz = coord[2]
miny = coord[1] + 11
elif type == 'water_pillar_x':
minx = coord[0]
maxx = coord[0] + 8
minz = coord[2]
miny = coord[1] + 10
elif type == 'water_section_x':
minx = coord[0]
maxx = coord[0] + 8
minz = coord[2]
miny = coord[1] + 9
for x in xrange(minx, maxx):
for y in xrange(miny, box.maxy):
level.setBlockAt(x, y, minz, 0)
def place_wall_corners(level, box, heightmap, combinedHM):
try:
wall_type = 'corner'
building = 'wall {}'.format(wall_type)
progress = 0
xma, zma = calc_ma(box)
corner_ground = []
# +x -z:
filename = os.path.join(os.path.dirname(__file__), 'schematics', 'wall', 'wall_{}.schematic'.format(wall_type))
wall_corner = MCSchematic(shape=(8,12,8), filename=filename)
arr = []
for i in range(xma + 8):
if heightmap[len(heightmap)-1-i][0] == -1:
arr.append(combinedHM[len(heightmap)-1-i][0])
else:
arr.append(heightmap[len(heightmap)-1-i][0])
for i in range(zma + 8):
if heightmap[len(heightmap)-1][i] == -1:
arr.append(combinedHM[len(heightmap)-1][i])
else:
arr.append(heightmap[len(heightmap)-1][i])
ground = average(arr)
level.copyBlocksFrom(wall_corner, wall_corner.bounds, Vector(box.maxx-8, ground, box.minz))
corner_ground.append(ground)
removeBlocks(level, box, 'corner', [box.maxx-8, ground, box.minz])
progress += 1
logger.info('Placing {}s... ({}/4)'.format(building, progress))
# -x -z:
wall_corner.rotateLeft()
arr = []
for i in range(xma + 8):
if heightmap[i][0] == -1:
arr.append(combinedHM[i][0])
else:
arr.append(heightmap[i][0])
for i in range(zma + 8):
if heightmap[0][i] == -1:
arr.append(combinedHM[0][i])
else:
arr.append(heightmap[0][i])
ground = average(arr)
level.copyBlocksFrom(wall_corner, wall_corner.bounds, Vector(box.minx, ground, box.minz))
corner_ground.append(ground)
removeBlocks(level, box, 'corner', [box.minx, ground, box.minz])
progress += 1
logger.info('Placing {}s... ({}/4)'.format(building, progress))
# -x +z:
wall_corner.rotateLeft()
arr = []
for i in range(xma + 8):
if heightmap[i][len(heightmap[0])-1] == -1:
arr.append(combinedHM[i][len(combinedHM[0])-1])
else:
arr.append(heightmap[i][len(heightmap[0])-1])
for i in range(zma + 8):
if heightmap[0][len(heightmap[0])-1-i] == -1:
arr.append(combinedHM[0][len(combinedHM[0])-1-i])
else:
arr.append(heightmap[0][len(heightmap[0])-1-i])
ground = average(arr)
level.copyBlocksFrom(wall_corner, wall_corner.bounds, Vector(box.minx, ground, box.maxz-8))
corner_ground.append(ground)
removeBlocks(level, box, 'corner', [box.minx, ground, box.maxz-8])
progress += 1
logger.info('Placing {}s... ({}/4)'.format(building, progress))
# +x +z:
wall_corner.rotateLeft()
arr = []
for i in range(xma + 8):
if heightmap[len(heightmap)-1-i][len(heightmap[len(heightmap)-1])-1] == -1:
arr.append(combinedHM[len(heightmap)-1-i][len(heightmap[len(heightmap)-1])-1])
else:
arr.append(heightmap[len(heightmap)-1-i][len(heightmap[len(heightmap)-1])-1])
for i in range(zma + 8):
if heightmap[len(heightmap)-1][len(heightmap[len(heightmap)-1])-1-i] == -1:
arr.append(combinedHM[len(heightmap)-1][len(heightmap[len(heightmap)-1])-1-i])
else:
arr.append(heightmap[len(heightmap)-1][len(heightmap[len(heightmap)-1])-1-i])
ground = average(arr)
level.copyBlocksFrom(wall_corner, wall_corner.bounds, Vector(box.maxx-8, ground, box.maxz-8))
corner_ground.append(ground)
removeBlocks(level, box, 'corner', [box.maxx-8, ground, box.maxz-8])
progress += 1
logger.info('Placing {}s... ({}/4)'.format(building, progress))
return corner_ground
except Exception as e:
logger.error(e)
def place_wall_sections(level, box, heightmap, combinedHM, x_left, x_right, z_left, z_right, x_gate, z_gate):
try:
building = 'wall section'
progress = 0
wall_type = 'pillar' # wall_pillar (1x12x9)
filename = os.path.join(os.path.dirname(__file__), 'schematics', 'wall', 'wall_{}.schematic'.format(wall_type))
wall_pillar = MCSchematic(shape=(1,12,9), filename=filename)
wall_type = 'left' # wall_left (1x11x8)
filename = os.path.join(os.path.dirname(__file__), 'schematics', 'wall', 'wall_{}.schematic'.format(wall_type))
wall_left = MCSchematic(shape=(1,11,8), filename=filename)
wall_type = 'middle' # wall_middle (1x11x8)
filename = os.path.join(os.path.dirname(__file__), 'schematics', 'wall', 'wall_{}.schematic'.format(wall_type))
wall_middle = MCSchematic(shape=(1,11,8), filename=filename)
wall_type = 'right' # wall_right (1x11x8)
filename = os.path.join(os.path.dirname(__file__), 'schematics', 'wall', 'wall_{}.schematic'.format(wall_type))
wall_right = MCSchematic(shape=(1,11,8), filename=filename)
wall_type = 'pillar' # wall_pillar (1x12x9)
filename = os.path.join(os.path.dirname(__file__), 'schematics', 'wall', 'water_{}.schematic'.format(wall_type))
water_pillar = MCSchematic(shape=(1,10,8), filename=filename)
wall_type = 'left' # wall_left (1x11x8)
filename = os.path.join(os.path.dirname(__file__), 'schematics', 'wall', 'water_{}.schematic'.format(wall_type))
water_left = MCSchematic(shape=(1,9,8), filename=filename)
wall_type = 'middle' # wall_middle (1x11x8)
filename = os.path.join(os.path.dirname(__file__), 'schematics', 'wall', 'water_{}.schematic'.format(wall_type))
water_middle = MCSchematic(shape=(1,9,8), filename=filename)
wall_type = 'right' # wall_right (1x11x8)
filename = os.path.join(os.path.dirname(__file__), 'schematics', 'wall', 'water_{}.schematic'.format(wall_type))
water_right = MCSchematic(shape=(1,9,8), filename=filename)
xma, zma = calc_ma(box)
# -z:
# left:
i = 1
for sections in range(x_left):
for wt in range(4): # wall type
arr = []
for index in range(xma):
if heightmap[len(heightmap)-8-i-index][1] == -1:
arr.append(combinedHM[len(heightmap)-8-i-index][1])
else:
arr.append(heightmap[len(heightmap)-8-i-index][1])
for index in range(8):
if heightmap[len(heightmap)-8-i+index][1] == -1:
arr.append(combinedHM[len(heightmap)-8-i+index][1])
else:
arr.append(heightmap[len(heightmap)-8-i+index][1])
ground = average(arr)
if wt == 0: #left
if heightmap[len(heightmap)-8-i][1] == -1:
level.copyBlocksFrom(water_left, water_left.bounds, Vector(box.maxx-8-i, ground+2, box.minz+1))
removeBlocks(level, box, 'water_section_z', [box.maxx-8-i, ground+2, box.minz+1])
else:
level.copyBlocksFrom(wall_left, wall_left.bounds, Vector(box.maxx-8-i, ground, box.minz+1))
removeBlocks(level, box, 'section_z', [box.maxx-8-i, ground, box.minz+1])
i += 1
elif wt == 1: # middle
if heightmap[len(heightmap)-8-i][1] == -1:
level.copyBlocksFrom(water_middle, water_middle.bounds, Vector(box.maxx-8-i, ground+2, box.minz+1))
removeBlocks(level, box, 'water_section_z', [box.maxx-8-i, ground+2, box.minz+1])
else:
level.copyBlocksFrom(wall_middle, wall_middle.bounds, Vector(box.maxx-8-i, ground, box.minz+1))
removeBlocks(level, box, 'section_z', [box.maxx-8-i, ground, box.minz+1])
i += 1
elif wt == 2: # right
if sections is not x_left - 1:
if heightmap[len(heightmap)-8-i][1] == -1:
level.copyBlocksFrom(water_right, water_right.bounds, Vector(box.maxx-8-i, ground+2, box.minz+1))
removeBlocks(level, box, 'water_section_z', [box.maxx-8-i, ground+2, box.minz+1])
else:
level.copyBlocksFrom(wall_right, wall_right.bounds, Vector(box.maxx-8-i, ground, box.minz+1))
removeBlocks(level, box, 'section_z', [box.maxx-8-i, ground, box.minz+1])
i += 1
elif wt == 3: # pillar
if sections is not x_left - 1:
if heightmap[len(heightmap)-8-i][1] == -1:
level.copyBlocksFrom(water_pillar, water_pillar.bounds, Vector(box.maxx-8-i, ground+2, box.minz+1))
removeBlocks(level, box, 'water_pillar_z', [box.maxx-8-i, ground+2, box.minz+1])
else:
level.copyBlocksFrom(wall_pillar, wall_pillar.bounds, Vector(box.maxx-8-i, ground, box.minz))
removeBlocks(level, box, 'pillar_z', [box.maxx-8-i, ground, box.minz])
i += 1
# right:
i = 1
for sections in range(x_right):
for wt in range(4): # wall type
arr = []
for index in range(xma):
if heightmap[8+i+index][1] == -1:
arr.append(combinedHM[8+i+index][1])
else:
arr.append(heightmap[8+i+index][1])
for index in range(8):
if heightmap[8+i-index][1] == -1:
arr.append(combinedHM[8+i-index][1])
else:
arr.append(heightmap[8+i-index][1])
ground = average(arr)
if wt == 0: # right
if heightmap[8+i][1] == -1:
level.copyBlocksFrom(water_right, water_right.bounds, Vector(box.minx+7+i, ground+2, box.minz+1))
removeBlocks(level, box, 'water_section_z', [box.minx+7+i, ground+2, box.minz+1])
else:
level.copyBlocksFrom(wall_right, wall_right.bounds, Vector(box.minx+7+i, ground, box.minz+1))
removeBlocks(level, box, 'section_z', [box.minx+7+i, ground, box.minz+1])
i += 1
elif wt == 1: # middle
if heightmap[8+i][1] == -1:
level.copyBlocksFrom(water_middle, water_middle.bounds, Vector(box.minx+7+i, ground+2, box.minz+1))
removeBlocks(level, box, 'water_section_z', [box.minx+7+i, ground+2, box.minz+1])
else:
level.copyBlocksFrom(wall_middle, wall_middle.bounds, Vector(box.minx+7+i, ground, box.minz+1))
removeBlocks(level, box, 'section_z', [box.minx+7+i, ground, box.minz+1])
i += 1
elif wt == 2: #left
if sections is not x_right - 1:
if heightmap[8+i][1] == -1:
level.copyBlocksFrom(water_left, water_left.bounds, Vector(box.minx+7+i, ground+2, box.minz+1))
removeBlocks(level, box, 'water_section_z', [box.minx+7+i, ground+2, box.minz+1])
else:
level.copyBlocksFrom(wall_left, wall_left.bounds, Vector(box.minx+7+i, ground, box.minz+1))
removeBlocks(level, box, 'section_z', [box.minx+7+i, ground, box.minz+1])
i += 1
else:
arr = []
for temp_left in range(xma + x_gate):
if heightmap[8+i+temp_left][1] == -1:
arr.append(combinedHM[8+i+temp_left][1])
else:
arr.append(heightmap[8+i+temp_left][1])
for temp_right in range(xma):
if heightmap[8+i-temp_right][1] == -1:
arr.append(combinedHM[8+i-temp_right][1])
else:
arr.append(heightmap[8+i-temp_right][1])
ground = average(arr)
gate_pos_1 = [box.minx+7+i, ground, box.minz]
elif wt == 3: # pillar
if sections is not x_right - 1:
if heightmap[8+i][1] == -1:
level.copyBlocksFrom(water_pillar, water_pillar.bounds, Vector(box.minx+7+i, ground+2, box.minz+1))
removeBlocks(level, box, 'water_pillar_z', [box.minx+7+i, ground+2, box.minz+1])
else:
level.copyBlocksFrom(wall_pillar, wall_pillar.bounds, Vector(box.minx+7+i, ground, box.minz))
removeBlocks(level, box, 'pillar_z', [box.minx+7+i, ground, box.minz])
i += 1
progress += 1
logger.info('Placing {}s... ({}/4)'.format(building, progress))
wall_pillar.rotateLeft()
wall_left.rotateLeft()
wall_middle.rotateLeft()
wall_right.rotateLeft()
water_pillar.rotateLeft()
water_left.rotateLeft()
water_middle.rotateLeft()
water_right.rotateLeft()
# -x:
# left:
i = 1
for sections in range(z_left):
for wt in range(4): # wall type
arr = []
for index in range(zma):
if heightmap[1][8+i+index] == -1:
arr.append(combinedHM[1][8+i+index])
else:
arr.append(heightmap[1][8+i+index])
for index in range(8):
if heightmap[1][8+i-index] == -1:
arr.append(combinedHM[1][8+i-index])
else:
arr.append(heightmap[1][8+i-index])
ground = average(arr)
if wt == 0: #left
if heightmap[1][8+i] == -1:
level.copyBlocksFrom(water_left, water_left.bounds, Vector(box.minx+1, ground+2, box.minz+7+i))
removeBlocks(level, box, 'water_section_x', [box.minx+1, ground+2, box.minz+7+i])
else:
level.copyBlocksFrom(wall_left, wall_left.bounds, Vector(box.minx+1, ground, box.minz+7+i))
removeBlocks(level, box, 'section_x', [box.minx+1, ground, box.minz+7+i])
i += 1
elif wt == 1: # middle
if heightmap[1][8+i] == -1:
level.copyBlocksFrom(water_middle, water_middle.bounds, Vector(box.minx+1, ground+2, box.minz+7+i))
removeBlocks(level, box, 'water_section_x', [box.minx+1, ground+2, box.minz+7+i])
else:
level.copyBlocksFrom(wall_middle, wall_middle.bounds, Vector(box.minx+1, ground, box.minz+7+i))
removeBlocks(level, box, 'section_x', [box.minx+1, ground, box.minz+7+i])
i += 1
elif wt == 2: # right
if sections is not z_left - 1:
if heightmap[1][8+i] == -1:
level.copyBlocksFrom(water_right, water_right.bounds, Vector(box.minx+1, ground+2, box.minz+7+i))
removeBlocks(level, box, 'water_section_x', [box.minx+1, ground+2, box.minz+7+i])
else:
level.copyBlocksFrom(wall_right, wall_right.bounds, Vector(box.minx+1, ground, box.minz+7+i))
removeBlocks(level, box, 'section_x', [box.minx+1, ground, box.minz+7+i])
i += 1
else:
arr = []
for temp_left in range(zma):
if heightmap[1][8+i-temp_left] == -1:
arr.append(combinedHM[1][8+i-temp_left])
else:
arr.append(heightmap[1][8+i-temp_left])
for temp_right in range(zma + z_gate):
if heightmap[1][8+i+temp_right] == -1:
arr.append(combinedHM[1][8+i+temp_right])
else:
arr.append(heightmap[1][8+i+temp_right])
ground = average(arr)
gate_pos_2 = [box.minx, ground, box.minz+7+i]
elif wt == 3: # pillar
if sections is not z_left - 1:
if heightmap[1][8+i] == -1:
level.copyBlocksFrom(water_pillar, water_pillar.bounds, Vector(box.minx+1, ground+2, box.minz+7+i))
removeBlocks(level, box, 'water_pillar_x', [box.minx+1, ground+2, box.minz+7+i])
else:
level.copyBlocksFrom(wall_pillar, wall_pillar.bounds, Vector(box.minx, ground, box.minz+7+i))
removeBlocks(level, box, 'pillar_x', [box.minx, ground, box.minz+7+i])
i += 1
# right:
i = 1
for sections in range(z_right):
for wt in range(4): # wall type
arr = []
for index in range(zma):
if heightmap[1][len(heightmap[1])-8-i-index] == -1:
arr.append(combinedHM[1][len(heightmap[1])-8-i-index])
else:
arr.append(heightmap[1][len(heightmap[1])-8-i-index])
for index in range(8):
if heightmap[1][len(heightmap[1])-8-i+index] == -1:
arr.append(combinedHM[1][len(heightmap[1])-8-i+index])
else:
arr.append(heightmap[1][len(heightmap[1])-8-i+index])
ground = average(arr)
if wt == 0: # right
if heightmap[1][len(heightmap[1])-8-i] == -1:
level.copyBlocksFrom(water_right, water_right.bounds, Vector(box.minx+1, ground+2, box.maxz-8-i))
removeBlocks(level, box, 'water_section_x', [box.minx+1, ground+2, box.maxz-8-i])
else:
level.copyBlocksFrom(wall_right, wall_right.bounds, Vector(box.minx+1, ground, box.maxz-8-i))
removeBlocks(level, box, 'section_x', [box.minx+1, ground, box.maxz-8-i])
i += 1
elif wt == 1: # middle
if heightmap[1][len(heightmap[1])-8-i] == -1:
level.copyBlocksFrom(water_middle, water_middle.bounds, Vector(box.minx+1, ground+2, box.maxz-8-i))
removeBlocks(level, box, 'water_section_x', [box.minx+1, ground+2, box.maxz-8-i])
else:
level.copyBlocksFrom(wall_middle, wall_middle.bounds, Vector(box.minx+1, ground, box.maxz-8-i))
removeBlocks(level, box, 'section_x', [box.minx+1, ground, box.maxz-8-i])
i += 1
elif wt == 2: #left
if sections is not z_right - 1:
if heightmap[1][len(heightmap[1])-8-i] == -1:
level.copyBlocksFrom(water_left, water_left.bounds, Vector(box.minx+1, ground+2, box.maxz-8-i))
removeBlocks(level, box, 'water_section_x', [box.minx+1, ground+2, box.maxz-8-i])
else:
level.copyBlocksFrom(wall_left, wall_left.bounds, Vector(box.minx+1, ground, box.maxz-8-i))
removeBlocks(level, box, 'section_x', [box.minx+1, ground, box.maxz-8-i])
i += 1
elif wt == 3: # pillar
if sections is not z_right - 1:
if heightmap[1][len(heightmap[1])-8-i] == -1:
level.copyBlocksFrom(water_pillar, water_pillar.bounds, Vector(box.minx+1, ground+2, box.maxz-8-i))
removeBlocks(level, box, 'water_pillar_x', [box.minx+1, ground+2, box.maxz-8-i])
else:
level.copyBlocksFrom(wall_pillar, wall_pillar.bounds, Vector(box.minx, ground, box.maxz-8-i))
removeBlocks(level, box, 'pillar_x', [box.minx, ground, box.maxz-8-i])
i += 1
progress += 1
logger.info('Placing {}s... ({}/4)'.format(building, progress))
wall_pillar.rotateLeft()
wall_left.rotateLeft()
wall_middle.rotateLeft()
wall_right.rotateLeft()
water_pillar.rotateLeft()
water_left.rotateLeft()
water_middle.rotateLeft()
water_right.rotateLeft()
# +z:
# left:
i = 1
for sections in range(x_left):
for wt in range(4): # wall type
arr = []
for index in range(xma):
if heightmap[len(heightmap)-8-i-index][len(heightmap[len(heightmap)-8-i-index])-2] == -1:
arr.append(combinedHM[len(heightmap)-8-i-index][len(heightmap[len(heightmap)-8-i-index])-2])
else:
arr.append(heightmap[len(heightmap)-8-i-index][len(heightmap[len(heightmap)-8-i-index])-2])
for index in range(8):
if heightmap[len(heightmap)-8-i+index][len(heightmap[len(heightmap)-8-i+index])-2] == -1:
arr.append(combinedHM[len(heightmap)-8-i+index][len(heightmap[len(heightmap)-8-i+index])-2])
else:
arr.append(heightmap[len(heightmap)-8-i+index][len(heightmap[len(heightmap)-8-i+index])-2])
ground = average(arr)
if wt == 0: #left
if heightmap[len(heightmap)-8-i][len(heightmap[len(heightmap)-8-i])-2] == -1:
level.copyBlocksFrom(water_right, water_right.bounds, Vector(box.maxx-8-i, ground+2, box.maxz-9))
removeBlocks(level, box, 'water_section_z', [box.maxx-8-i, ground+2, box.maxz-9])
else:
level.copyBlocksFrom(wall_right, wall_right.bounds, Vector(box.maxx-8-i, ground, box.maxz-9))
removeBlocks(level, box, 'section_z', [box.maxx-8-i, ground, box.maxz-9])
i += 1
elif wt == 1: # middle
if heightmap[len(heightmap)-8-i][len(heightmap[len(heightmap)-8-i])-2] == -1:
level.copyBlocksFrom(water_middle, water_middle.bounds, Vector(box.maxx-8-i, ground+2, box.maxz-9))
removeBlocks(level, box, 'water_section_z', [box.maxx-8-i, ground+2, box.maxz-9])
else:
level.copyBlocksFrom(wall_middle, wall_middle.bounds, Vector(box.maxx-8-i, ground, box.maxz-9))
removeBlocks(level, box, 'section_z', [box.maxx-8-i, ground, box.maxz-9])
i += 1
elif wt == 2: # right
if sections is not x_left - 1:
if heightmap[len(heightmap)-8-i][len(heightmap[len(heightmap)-8-i])-2] == -1:
level.copyBlocksFrom(water_left, water_left.bounds, Vector(box.maxx-8-i, ground+2, box.maxz-9))
removeBlocks(level, box, 'water_section_z', [box.maxx-8-i, ground+2, box.maxz-9])
else:
level.copyBlocksFrom(wall_left, wall_left.bounds, Vector(box.maxx-8-i, ground, box.maxz-9))
removeBlocks(level, box, 'section_z', [box.maxx-8-i, ground, box.maxz-9])
i += 1
elif wt == 3: # pillar
if sections is not x_left - 1:
if heightmap[len(heightmap)-8-i][len(heightmap[len(heightmap)-8-i])-2] == -1:
level.copyBlocksFrom(water_pillar, water_pillar.bounds, Vector(box.maxx-8-i, ground+2, box.maxz-9))
removeBlocks(level, box, 'water_pillar_z', [box.maxx-8-i, ground+2, box.maxz-9])
else:
level.copyBlocksFrom(wall_pillar, wall_pillar.bounds, Vector(box.maxx-8-i, ground, box.maxz-9))
removeBlocks(level, box, 'pillar_z', [box.maxx-8-i, ground, box.maxz-9])
i += 1
# right:
i = 1
for sections in range(x_right):
for wt in range(4): # wall type
arr = []
for index in range(xma):
if heightmap[8+i+index][len(heightmap[8+i+index])-2] == -1:
arr.append(combinedHM[8+i+index][len(heightmap[8+i+index])-2])
else:
arr.append(heightmap[8+i+index][len(heightmap[8+i+index])-2])
for index in range(8):
if heightmap[8+i-index][len(heightmap[8+i-index])-2] == -1:
arr.append(combinedHM[8+i-index][len(heightmap[8+i-index])-2])
else:
arr.append(heightmap[8+i-index][len(heightmap[8+i-index])-2])
ground = average(arr)
if wt == 0: # right
if heightmap[8+i][len(heightmap[8+i])-2] == -1:
level.copyBlocksFrom(water_left, water_left.bounds, Vector(box.minx+7+i, ground+2, box.maxz-9))
removeBlocks(level, box, 'water_section_z', [box.minx+7+i, ground+2, box.maxz-9])
else:
level.copyBlocksFrom(wall_left, wall_left.bounds, Vector(box.minx+7+i, ground, box.maxz-9))
removeBlocks(level, box, 'section_z', [box.minx+7+i, ground, box.maxz-9])
i += 1
elif wt == 1: # middle
if heightmap[8+i][len(heightmap[8+i])-2] == -1:
level.copyBlocksFrom(water_middle, water_middle.bounds, Vector(box.minx+7+i, ground+2, box.maxz-9))
removeBlocks(level, box, 'water_section_z', [box.minx+7+i, ground+2, box.maxz-9])
else:
level.copyBlocksFrom(wall_middle, wall_middle.bounds, Vector(box.minx+7+i, ground, box.maxz-9))
removeBlocks(level, box, 'section_z', [box.minx+7+i, ground, box.maxz-9])
i += 1
elif wt == 2: #left
if sections is not x_right - 1:
if heightmap[8+i][len(heightmap[8+i])-2] == -1:
level.copyBlocksFrom(water_right, water_right.bounds, Vector(box.minx+7+i, ground+2, box.maxz-9))
removeBlocks(level, box, 'water_section_z', [box.minx+7+i, ground+2, box.maxz-9])
else:
level.copyBlocksFrom(wall_right, wall_right.bounds, Vector(box.minx+7+i, ground, box.maxz-9))
removeBlocks(level, box, 'section_z', [box.minx+7+i, ground, box.maxz-9])
i += 1
else:
arr = []
for temp_left in range(xma + x_gate):
if heightmap[8+i+temp_left][len(heightmap[8+i+temp_left])-2] == -1:
arr.append(combinedHM[8+i+temp_left][len(heightmap[8+i+temp_left])-2])
else:
arr.append(heightmap[8+i+temp_left][len(heightmap[8+i+temp_left])-2])
for temp_right in range(xma):
if heightmap[8+i-temp_right][len(heightmap[8+i-temp_right])-2] == -1:
arr.append(combinedHM[8+i-temp_right][len(heightmap[8+i-temp_right])-2])
else:
arr.append(heightmap[8+i-temp_right][len(heightmap[8+i-temp_right])-2])
ground = average(arr)
gate_pos_3 = [box.minx+7+i, ground, box.maxz-9]
elif wt == 3: # pillar
if sections is not x_right - 1:
if heightmap[8+i][len(heightmap[8+i])-2] == -1:
level.copyBlocksFrom(water_pillar, water_pillar.bounds, Vector(box.minx+7+i, ground+2, box.maxz-9))
removeBlocks(level, box, 'water_pillar_z', [box.minx+7+i, ground+2, box.maxz-9])
else:
level.copyBlocksFrom(wall_pillar, wall_pillar.bounds, Vector(box.minx+7+i, ground, box.maxz-9))
removeBlocks(level, box, 'pillar_z', [box.minx+7+i, ground, box.maxz-9])
i += 1
progress += 1
logger.info('Placing {}s... ({}/4)'.format(building, progress))
wall_pillar.rotateLeft()
wall_left.rotateLeft()
wall_middle.rotateLeft()
wall_right.rotateLeft()
water_pillar.rotateLeft()
water_left.rotateLeft()
water_middle.rotateLeft()
water_right.rotateLeft()
# +x:
# left:
i = 1
for sections in range(z_left):
for wt in range(4): # wall type
arr = []
for index in range(zma):
if heightmap[len(heightmap)-2][8+i+index] == -1:
arr.append(combinedHM[len(heightmap)-2][8+i+index])
else:
arr.append(heightmap[len(heightmap)-2][8+i+index])
for index in range(8):
if heightmap[len(heightmap)-2][8+i-index] == -1:
arr.append(combinedHM[len(heightmap)-2][8+i-index])
else:
arr.append(heightmap[len(heightmap)-2][8+i-index])
ground = average(arr)
if wt == 0: #left
if heightmap[len(heightmap)-2][8+i] == -1:
level.copyBlocksFrom(water_right, water_right.bounds, Vector(box.maxx-9, ground+2, box.minz+7+i))
removeBlocks(level, box, 'water_section_x', [box.maxx-9, ground+2, box.minz+7+i])
else:
level.copyBlocksFrom(wall_right, wall_right.bounds, Vector(box.maxx-9, ground, box.minz+7+i))
removeBlocks(level, box, 'section_x', [box.maxx-9, ground, box.minz+7+i])
i += 1
elif wt == 1: # middle
if heightmap[len(heightmap)-2][8+i] == -1:
level.copyBlocksFrom(water_middle, water_middle.bounds, Vector(box.maxx-9, ground+2, box.minz+7+i))
removeBlocks(level, box, 'water_section_x', [box.maxx-9, ground+2, box.minz+7+i])
else:
level.copyBlocksFrom(wall_middle, wall_middle.bounds, Vector(box.maxx-9, ground, box.minz+7+i))
removeBlocks(level, box, 'section_x', [box.maxx-9, ground, box.minz+7+i])
i += 1
elif wt == 2: # right
if sections is not z_left - 1:
if heightmap[len(heightmap)-2][8+i] == -1:
level.copyBlocksFrom(water_left, water_left.bounds, Vector(box.maxx-9, ground+2, box.minz+7+i))
removeBlocks(level, box, 'water_section_x', [box.maxx-9, ground+2, box.minz+7+i])
else:
level.copyBlocksFrom(wall_left, wall_left.bounds, Vector(box.maxx-9, ground, box.minz+7+i))
removeBlocks(level, box, 'section_x', [box.maxx-9, ground, box.minz+7+i])
i += 1
else:
arr = []
for temp_left in range(zma):
if heightmap[len(heightmap)-2][8+i-temp_left] == -1:
arr.append(combinedHM[len(heightmap)-2][8+i-temp_left])
else:
arr.append(heightmap[len(heightmap)-2][8+i-temp_left])
for temp_right in range(zma + z_gate):
if heightmap[len(heightmap)-2][8+i+temp_right] == -1:
arr.append(combinedHM[len(heightmap)-2][8+i+temp_right])
else:
arr.append(heightmap[len(heightmap)-2][8+i+temp_right])
ground = average(arr)
gate_pos_4 = [box.maxx-9, ground, box.minz+7+i]
elif wt == 3: # pillar
if sections is not z_left - 1:
if heightmap[len(heightmap)-2][8+i] == -1:
level.copyBlocksFrom(water_pillar, water_pillar.bounds, Vector(box.maxx-9, ground+2, box.minz+7+i))
removeBlocks(level, box, 'water_pillar_x', [box.maxx-9, ground+2, box.minz+7+i])
else:
level.copyBlocksFrom(wall_pillar, wall_pillar.bounds, Vector(box.maxx-9, ground, box.minz+7+i))
removeBlocks(level, box, 'pillar_x', [box.maxx-9, ground, box.minz+7+i])
i += 1
# right:
i = 1
for sections in range(z_right):
for wt in range(4): # wall type
arr = []
for index in range(zma):
if heightmap[len(heightmap)-2][len(heightmap[len(heightmap)-2])-8-i-index] == -1:
arr.append(combinedHM[len(heightmap)-2][len(heightmap[len(heightmap)-2])-8-i-index])
else:
arr.append(heightmap[len(heightmap)-2][len(heightmap[len(heightmap)-2])-8-i-index])
for index in range(8):
if heightmap[len(heightmap)-2][len(heightmap[len(heightmap)-2])-8-i+index] == -1:
arr.append(combinedHM[len(heightmap)-2][len(heightmap[len(heightmap)-2])-8-i+index])
else:
arr.append(heightmap[len(heightmap)-2][len(heightmap[len(heightmap)-2])-8-i+index])
ground = average(arr)
if wt == 0: # right
if heightmap[len(heightmap)-2][len(heightmap[len(heightmap)-2])-8-i] == -1:
level.copyBlocksFrom(water_left, water_left.bounds, Vector(box.maxx-9, ground+2, box.maxz-8-i))
removeBlocks(level, box, 'water_section_x', [box.maxx-9, ground+2, box.maxz-8-i])
else:
level.copyBlocksFrom(wall_left, wall_left.bounds, Vector(box.maxx-9, ground, box.maxz-8-i))
removeBlocks(level, box, 'section_x', [box.maxx-9, ground, box.maxz-8-i])
i += 1
elif wt == 1: # middle
if heightmap[len(heightmap)-2][len(heightmap[len(heightmap)-2])-8-i] == -1:
level.copyBlocksFrom(water_middle, water_middle.bounds, Vector(box.maxx-9, ground+2, box.maxz-8-i))
removeBlocks(level, box, 'water_section_x', [box.maxx-9, ground+2, box.maxz-8-i])
else:
level.copyBlocksFrom(wall_middle, wall_middle.bounds, Vector(box.maxx-9, ground, box.maxz-8-i))
removeBlocks(level, box, 'section_x', [box.maxx-9, ground, box.maxz-8-i])
i += 1
elif wt == 2: #left
if sections is not z_right - 1:
if heightmap[len(heightmap)-2][len(heightmap[len(heightmap)-2])-8-i] == -1:
level.copyBlocksFrom(water_right, water_right.bounds, Vector(box.maxx-9, ground+2, box.maxz-8-i))
removeBlocks(level, box, 'water_section_x', [box.maxx-9, ground+2, box.maxz-8-i])
else:
level.copyBlocksFrom(wall_right, wall_right.bounds, Vector(box.maxx-9, ground, box.maxz-8-i))
removeBlocks(level, box, 'section_x', [box.maxx-9, ground, box.maxz-8-i])
i += 1
elif wt == 3: # pillar
if sections is not z_right - 1:
if heightmap[len(heightmap)-2][len(heightmap[len(heightmap)-2])-8-i] == -1:
level.copyBlocksFrom(water_pillar, water_pillar.bounds, Vector(box.maxx-9, ground+2, box.maxz-8-i))
removeBlocks(level, box, 'water_section_x', [box.maxx-9, ground+2, box.maxz-8-i])
else:
level.copyBlocksFrom(wall_pillar, wall_pillar.bounds, Vector(box.maxx-9, ground, box.maxz-8-i))
removeBlocks(level, box, 'section_x', [box.maxx-9, ground, box.maxz-8-i])
i += 1
progress += 1
logger.info('Placing {}s... ({}/4)'.format(building, progress))
return gate_pos_1, gate_pos_2, gate_pos_3, gate_pos_4
except Exception as e:
logger.error(e)
def get_gate_schem(width):
try:
if width >= 6 and width <= 9:
filename = os.path.join(os.path.dirname(__file__), 'schematics', 'wall', 'gate', 'gate_'+ str(width) +'.schematic')
return MCSchematic(shape=((width + 4),12,9), filename=filename)
except Exception as e:
logger.error(e)
def place_gates(level, box, heightmap, gate_pos_1, gate_pos_2, gate_pos_3, gate_pos_4, x_gate, z_gate):
try:
building = 'gate'
progress = 0
gate_x = get_gate_schem(x_gate)
gate_z = get_gate_schem(z_gate)
gate_z.rotateLeft()
# -z:
level.copyBlocksFrom(gate_x, gate_x.bounds, Vector(gate_pos_1[0], gate_pos_1[1], gate_pos_1[2]))
place_gates_controls(level, box, gate_pos_1, x_gate, 'north')
place_gate_floor(level, box, gate_pos_1, x_gate, 'north')
progress += 1
logger.info('Placing {}s... ({}/4)'.format(building, progress))
# -x:
level.copyBlocksFrom(gate_z, gate_z.bounds, Vector(gate_pos_2[0], gate_pos_2[1], gate_pos_2[2]))
place_gates_controls(level, box, gate_pos_2, z_gate, 'west')
place_gate_floor(level, box, gate_pos_2, z_gate, 'west')
progress += 1
logger.info('Placing {}s... ({}/4)'.format(building, progress))
# Rotate both walls by 180 deg
gate_x.rotateLeft()
gate_x.rotateLeft()
gate_z.rotateLeft()
gate_z.rotateLeft()
# -z:
level.copyBlocksFrom(gate_x, gate_x.bounds, Vector(gate_pos_3[0], gate_pos_3[1], gate_pos_3[2]))
place_gates_controls(level, box, gate_pos_3, x_gate, 'south')
place_gate_floor(level, box, gate_pos_3, x_gate, 'south')
progress += 1
logger.info('Placing {}s... ({}/4)'.format(building, progress))
# -x:
level.copyBlocksFrom(gate_z, gate_z.bounds, Vector(gate_pos_4[0], gate_pos_4[1], gate_pos_4[2]))
place_gates_controls(level, box, gate_pos_4, z_gate, 'east')
place_gate_floor(level, box, gate_pos_4, z_gate, 'east')
progress += 1
logger.info('Placing {}s... ({}/4)'.format(building, progress))
except Exception as e:
logger.error(e)
def place_gate_floor(level, box, pos, width, direction):
try:
filename = os.path.join(os.path.dirname(__file__), 'schematics', 'wall', 'gate', 'gate_floor.schematic')
gate_floor = MCSchematic(shape=(1,1,5), filename=filename)
x = pos[0]+2
y = pos[1]-1
z = pos[2]+2
if direction == 'north' or direction == 'south':
for w in range(width):
level.copyBlocksFrom(gate_floor, gate_floor.bounds, Vector(x, y, z))
x += 1
elif direction == 'west' or direction == 'east':
gate_floor.rotateLeft()
for w in range(width):
level.copyBlocksFrom(gate_floor, gate_floor.bounds, Vector(x, y, z))
z += 1
except Exception as e:
logger.error(e)
def get_command(direction, gate_size, control_type):
try:
start_y = '~-1'
end_y = '~4'
if direction == 'north':
start_z = '~-1'
end_z = '~-1'
if control_type == 'open':
start_x = '~2'
end_x = '~' + str(1 + gate_size)
block = 'air'
elif control_type == 'close':
start_x = '~-2'
end_x = '~' + str(-1 - gate_size)
block = 'spruce_fence'
elif direction == 'west':
start_x = '~-1'
end_x = '~-1'
if control_type == 'open':
start_z = '~-2'
end_z = '~' + str(-1 - gate_size)
block = 'air'
elif control_type == 'close':
start_z = '~2'
end_z = '~' + str(1 + gate_size)
block = 'spruce_fence'
elif direction == 'south':
start_z = '~1'
end_z = '~1'
if control_type == 'close':
start_x = '~-2'
end_x = '~' + str(-1 - gate_size)
block = 'air'
elif control_type == 'open':
start_x = '~2'
end_x = '~' + str(1 + gate_size)
block = 'spruce_fence'
elif direction == 'east':
start_x = '~1'
end_x = '~1'
if control_type == 'close':
start_z = '~2'
end_z = '~' + str(1 + gate_size)
block = 'air'
elif control_type == 'open':
start_z = '~-2'
end_z = '~' + str(-1 - gate_size)
block = 'spruce_fence'
command = 'fill {} {} {} {} {} {} {}'.format(start_x, start_y, start_z, end_x, end_y, end_z, block)
return command
except Exception as e:
logger.error(e)
def gate_control_tile_entity(level, box, x, y, z, gate_size, command):
try:
# Create Tile Entity
command_block = TAG_Compound()
command_block["conditionMet"] = TAG_Byte(0)
command_block["auto"] = TAG_Byte(0)
command_block["CustomName"] = TAG_String(u'@')
command_block["powered"] = TAG_Byte(0)
command_block["Command"] = TAG_String(u'{}'.format(command))
command_block["x"] = TAG_Int(x)
command_block["y"] = TAG_Int(y)
command_block["z"] = TAG_Int(z)
command_block["id"] = TAG_String(u'minecraft:command_block')
command_block["SuccessCount"] = TAG_Int(0)
command_block["TrackOutput"] = TAG_Byte(1)
command_block["UpdateLastExecution"] = TAG_Byte(1)
chunk = level.getChunk(x/16, z/16)
chunk.TileEntities.append(command_block)
chunk.dirty = True
except Exception as e:
logger.error(e)
def place_gates_controls(level, box, pos, gate_size, direction):
try:
# Find gate controls position
if direction == 'north' or direction == 'south':
gate_open_pos = [pos[0], pos[1]+1, pos[2]+4]
gate_close_pos = [pos[0]+gate_size+3, pos[1]+1, pos[2]+4]
elif direction == 'west' or direction == 'east':
gate_open_pos = [pos[0]+4, pos[1]+1, pos[2]+gate_size+3]
gate_close_pos = [pos[0]+4, pos[1]+1, pos[2]]
# Generate Command Block
level.setBlockAt(gate_open_pos[0], gate_open_pos[1], gate_open_pos[2], 137)
level.setBlockAt(gate_close_pos[0], gate_close_pos[1], gate_close_pos[2], 137)
command = get_command(direction, gate_size, 'open')
gate_control_tile_entity(level, box, gate_open_pos[0], gate_open_pos[1], gate_open_pos[2], gate_size, command)
command = get_command(direction, gate_size, 'close')
gate_control_tile_entity(level, box, gate_close_pos[0], gate_close_pos[1], gate_close_pos[2], gate_size, command)
except Exception as e:
logger.error(e)
def place_wall_base(level, box, heightmap, combinedHM, x_left, x_right, z_left, z_right, gate_pos_1, gate_pos_2, gate_pos_3, gate_pos_4, corner_ground):
try:
building = 'inner wall'
progress = 0
filename = os.path.join(os.path.dirname(__file__), 'schematics', 'wall', 'wall_base.schematic')
wall_base = MCSchematic(shape=(5,6,6), filename=filename)
wall_base.rotateLeft()
wall_base.rotateLeft()
filename = os.path.join(os.path.dirname(__file__), 'schematics', 'wall', 'wall_base_gate.schematic')
wall_base_gate = MCSchematic(shape=(3,6,2), filename=filename)
wall_base_gate.rotateLeft()
wall_base_gate.rotateLeft()
filename = os.path.join(os.path.dirname(__file__), 'schematics', 'wall', 'wall_base_corner.schematic')