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Fixes offset for heightmap on Start_Here as well. #68

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Fixes offset for heightmap on Start_Here as well. #68

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17 changes: 9 additions & 8 deletions Start_Here.py
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Original file line number Diff line number Diff line change
Expand Up @@ -99,23 +99,23 @@ def buildPerimeter():

for x in range(STARTX, ENDX + 1):
# the northern wall
y = heights[(x, STARTZ)]
y = heights[(x - STARTX, 0)]
GEO.placeCuboid(x, y - 2, STARTZ, x, y, STARTZ, "granite")
GEO.placeCuboid(x, y + 1, STARTZ, x, y + 4, STARTZ, "granite_wall")
# the southern wall
y = heights[(x, ENDZ)]
y = heights[(x - STARTX, ENDZ - STARTZ)]
GEO.placeCuboid(x, y - 2, ENDZ, x, y, ENDZ, "red_sandstone")
GEO.placeCuboid(x, y + 1, ENDZ, x, y + 4, ENDZ, "red_sandstone_wall")

print("Building north-south walls...")
# building the north-south walls
for z in range(STARTZ, ENDZ + 1):
# the western wall
y = heights[(STARTX, z)]
y = heights[(0, z - STARTZ)]
GEO.placeCuboid(STARTX, y - 2, z, STARTX, y, z, "sandstone")
GEO.placeCuboid(STARTX, y + 1, z, STARTX, y + 4, z, "sandstone_wall")
# the eastern wall
y = heights[(ENDX, z)]
y = heights[(ENDX - STARTX, z - STARTZ)]
GEO.placeCuboid(ENDX, y - 2, z, ENDX, y, z, "prismarine")
GEO.placeCuboid(ENDX, y + 1, z, ENDX, y + 4, z, "prismarine_wall")

Expand All @@ -128,12 +128,12 @@ def buildRoads():

print("Calculating road height...")
# caclulating the average height along where we want to build our road
y = heights[(xaxis, zaxis)]
y = heights[(xaxis - STARTX, zaxis - STARTZ)]
for x in range(STARTX, ENDX + 1):
newy = heights[(x, zaxis)]
newy = heights[(x - STARTX, zaxis - STARTZ)]
y = (y + newy) // 2
for z in range(STARTZ, ENDZ + 1):
newy = heights[(xaxis, z)]
newy = heights[(xaxis - STARTX, z - STARTZ)]
y = (y + newy) // 2

# GLOBAL
Expand Down Expand Up @@ -269,7 +269,8 @@ def buildTower(x, z):
# possible so you can find mistakes more easily

try:
height = WORLDSLICE.heightmaps["MOTION_BLOCKING"][(STARTX, STARTY)]
# height = WORLDSLICE.heightmaps["MOTION_BLOCKING"][(STARTX, STARTY)]
height = WORLDSLICE.heightmaps["MOTION_BLOCKING"][(0, 0)]
INTF.runCommand(f"tp @a {STARTX} {height} {STARTZ}")
print(f"/tp @a {STARTX} {height} {STARTZ}")
buildPerimeter()
Expand Down