def perform(level, box, options):
surface = Surface(box.minx, box.minz, box.maxx, box.maxz)
calculateHeightMapAdv(level, surface)
calculateSteepnessMap(surface)
calculateWaterPlacement(level, surface)
sections = calculateSections(surface, 1, 40)
allPoints = []
for section in sections:
if section.isWater:
continue
for point in section.points:
allPoints.append(point)
length = len(allPoints)
houseId = 0
for s in range(100):
i = randint(0, length - 1)
x = allPoints[i].x
z = allPoints[i].z
rec = getRectangle(surface, x, z, 1)
if not isValidRectangle(rec):
continue
registerAsOccupied(surface, rec)
registerHouse(surface, rec, houseId)
houseId += 1
createPyramid(level, rec.xStart + 2 + box.minx,
rec.xEnd - 2 + box.minx, rec.zStart + 2 + box.minz,
rec.zEnd - 2 + box.minz, surface.surfaceMap[x][z].height)
simpleSurface = SimpleSurface(box.minx, box.minz, box.maxx, box.maxz)
calculateAttributes(simpleSurface, surface)
printAttributes(simpleSurface)
def perform(level, box, options): surface = Surface(box.minx, box.minz, box.maxx, box.maxz) calculateHeightMapAdv(level, surface) calculateSteepnessMap(surface) for x in range(surface.xLength): for z in range(surface.zLength): placeHeightBlocks(level, surface, x, z)
def perform(level, box, options):
surface = Surface(box.minx, box.minz, box.maxx, box.maxz)
calculateHeightMapAdv(level, surface)
calculateSteepnessMap(surface)
calculateWaterPlacement(level, surface)
calculateBiomeMap(level, surface)
sections = calculateSections(surface, 1, 15)
calculateSectionMids(surface, sections)
smallLandSections = []
mediumLandSections = []
bigLandSections = []
waterSections = []
arrangeSections(sections, waterSections, bigLandSections,
mediumLandSections, smallLandSections)
paintSections(level, surface, smallLandSections, mediumLandSections,
bigLandSections, waterSections)
averageSurfaceHeight = calculateAverageSurfaceHeight(surface)
calculateAverageSectionHeights(surface, sections)
towerSections = getTowerSections(surface, averageSurfaceHeight,
bigLandSections, mediumLandSections,
smallLandSections)
habitatSections = getHabitatSections(towerSections, mediumLandSections,
bigLandSections)
paths = getPathsInSections(surface, bigLandSections)
paintPathPoints(level, surface, habitatSections)
paintPaths(level, surface, paths, (35, 8))
intersectionPaths = getPathsBetweenSections(surface, habitatSections)
paths.extend(intersectionPaths)
buildPaths(level, surface, paths)
paintPaths(level, surface, intersectionPaths, (35, 2))
houseProperties = getHouseProperties(surface, paths)
farmProperties = getFarmProperties(surface, paths)
paintTowerProperties(level, surface, towerSections)
paintHouseProperties(level, surface, houseProperties)
paintFarmProperties(level, surface, farmProperties)
def perform(level, box, options):
surface = Surface(box.minx, box.minz, box.maxx, box.maxz)
calculateHeightMapAdv(level, surface)
calculateSteepnessMap(surface)
calculateWaterPlacement(level, surface)
sections = calculateSections(surface, 1, 15)
calculateSectionMids(surface, sections)
smallLandSections = []
mediumLandSections = []
bigLandSections = []
waterSections = []
arrangeSections(sections, waterSections, bigLandSections,
mediumLandSections, smallLandSections)
paintSections(level, surface, smallLandSections, mediumLandSections,
bigLandSections, waterSections)
def perform(level, box, options):
surface = Surface(box.minx, box.minz, box.maxx, box.maxz)
calculateHeightMapAdv(level, surface)
calculateSteepnessMap(surface)
calculateWaterPlacement(level, surface)
sections = calculateSections(surface, 1, 15)
for section in sections:
calculateSectionMid(surface, section)
for x in range(surface.xLength):
for z in range(surface.zLength):
layer = surface.surfaceMap[x][z].layer
# block = layerBlocks[min([layer + 1, len(layerBlocks) - 1])]
block = layerBlocks[(layer + 1) % len(layerBlocks)]
if surface.surfaceMap[x][z].isWater or surface.surfaceMap[x][
z].sectionId == -1:
block = (35, 15)
setBlock(level, surface, x, 249, z, 2, 0)
setBlock(level, surface, x, 250, z, block)
