def listTerritories():
print("Extracting territories...")
territories = {}
def addTerritory(value):
if value in territories.keys():
territories[value] += 1
else:
territories[value] = 1
for ix in range(world.worldSize):
for iy in range(world.worldSize):
if (world.getPos(ix,iy).territory == None):
addTerritory(-1)
else:
addTerritory(world.getPos(ix,iy).territory)
chosenNames = []
for key, val in territories.items():
if key == -1:
print("Ocean;{}".format(val))
else:
name = namegen.getRandomName()
while(name in chosenNames):
name = namegen.getRandomName()
l = datatypes.LandMass(key, val, name)
chosenNames.append(name)
print("{};{}".format(name, val))
world.addLandmass(l)
print("Total territories -- {}".format(len(territories) - 1))
print("Saving world...")
world.save()
def placeLocation(x : int, y : int): global positionsOkay biome = world.getPos(x, y) biome.locationConnected = Location(random.choice(biome.getType().possibleLocations).systemName, biome, None) for ix in range(x + 1, world.worldSize): if world.getPos(ix, y).getType().systemName == "OCEAN": break setOkay(True, ix, y) for ix in range(x - 1, 0, -1): if world.getPos(ix, y).getType().systemName == "OCEAN": break setOkay(True, ix, y) for iy in range(y + 1, world.worldSize): if world.getPos(x, iy).getType().systemName == "OCEAN": break setOkay(True, x, iy) for iy in range(y - 1, 0, -1): if world.getPos(x, iy).getType().systemName == "OCEAN": break setOkay(True, x, iy)
def main(transferToWorld, filename="map.png", save=False, worldseed=None):
global seed
print("Creating base world... This might take a few minutes.")
if worldseed == None:
generateNewSeed()
else:
print("setting seed manually")
seed = worldseed
print("seed = " + str(seed))
createWorld()
# print("Creating rivers...")
# createRivers() # They look awful!! :(
worldmap = ""
print("Transforming world to string...")
for iy in range(pworldSize):
for ix in range(pworldSize):
worldmap += getPiece(ix, iy).getEmoji()
worldmap += "\n"
worldmap.rstrip("\n")
print("Transforming string to image...")
worldToImage.represent(worldmap,
modutil.absolutePath + "/" + filename,
cellSize=1)
if not transferToWorld: return
print("Importing world modules...")
from modules.rpgsrc import world, worldgen
print("Importing datatype modules...")
from modules.rpgsrc import datatypes, typeloader
print("Loading datatypes...")
typeloader.loadAll()
print("Clearing world...")
worldgen.clearWorld()
print("Transferring pworld to world...")
for p in pworld:
world.getPos(p.x, p.y).stype = Piece.conversionType[p.type]
world.getPos(p.x, p.y).x = p.x
world.getPos(p.x, p.y).y = p.y
print("Checking if successful...")
if world.getPos(0, 0).stype != None:
print("Was successful!")
else:
raise Exception("Something didn't work!")
print("Saving world...")
world.save()
print("Finished!")
def f(lm): # Neccesary because we want to break out from a nested loop
for i in tqdm(range(int(lm.size * locationDensity)), desc="Landmass #{}".format(lm.id)):
x,y = getRandomPosFromPositionsOkay()
if x == None:
continue
while len(world.getPos(x, y).getType().possibleLocations) == 0 or world.getPos(x, y).locationConnected != None:
x,y = getRandomPosFromPositionsOkay()
if x == None:
break
if x == None:
continue
placeLocation(x, y)
lm.nOfLocations+=1
def startFillingTerritory(biome, replacement : int): if biome.territory != None: return False if biome.stype == "OCEAN": return False biome.territory = replacement queue = [biome] while len(queue) > 0: n = queue.pop(0) for ix in [n.x - 1, n.x, n.x + 1]: for iy in [n.y - 1, n.y, n.y + 1]: if ix == n.x and iy == n.y: continue if world.isPositionValid(ix, iy): p = world.getPos(ix, iy) if p.territory != None: continue if p.stype != "OCEAN": p.territory = replacement queue.append(p) return True
prgArgs = parser.parse_args(sys.argv[1:]) locationDensity = 0.01 if prgArgs.location_density == None else prgArgs.location_density locationRange = 2 if prgArgs.location_range == None else prgArgs.location_range maxRandomTries = 10000 if prgArgs.random_tries == None else prgArgs.random_tries maxRecursion = 50 if prgArgs.max_recursion == None else prgArgs.max_recursion maxChildren = 1000 if prgArgs.max_recursion == None else prgArgs.max_recursion maxBifurcations = 3 if prgArgs.max_bifurcations == None else prgArgs.max_bifurcations maxMultitudeForMaxRecursion = 1000 if prgArgs.max_multitude_for_recursion == None else prgArgs.max_multitude_for_recursion recursionSlices = 10 if prgArgs.recursion_slices == None else prgArgs.recursion_slices if(prgArgs.reset_all): world.loadAll() for iy in tqdm(range(world.worldSize), desc="Resetting all locations"): for ix in range(world.worldSize): world.getPos(ix,iy).locationConnected = None for l in tqdm(world.landmasses, desc="Resetting landmasses' location count"): l.nOfLocations = 0 world.save() if(prgArgs.reset_recursive): world.loadAll() for iy in tqdm(range(world.worldSize), desc="Resetting recursive locations"): for ix in range(world.worldSize): if world.getPos(ix,iy).locationConnected != None: world.getPos(ix,iy).locationConnected.connections = [] world.save()
def calculateTerritories():
print("Initializing territory values...")
for ix in range(world.worldSize):
for iy in range(world.worldSize):
world.getPos(ix,iy).territory = None
def startFillingTerritory(biome, replacement : int):
if biome.territory != None:
return False
if biome.stype == "OCEAN":
return False
biome.territory = replacement
queue = [biome]
while len(queue) > 0:
n = queue.pop(0)
for ix in [n.x - 1, n.x, n.x + 1]:
for iy in [n.y - 1, n.y, n.y + 1]:
if ix == n.x and iy == n.y:
continue
if world.isPositionValid(ix, iy):
p = world.getPos(ix, iy)
if p.territory != None:
continue
if p.stype != "OCEAN":
p.territory = replacement
queue.append(p)
return True
print("Defining territories...")
t = 1
for ix in range(world.worldSize):
for iy in range(world.worldSize):
if startFillingTerritory(world.getPos(ix, iy), t):
t+=1
if ix % 5 == 0:
print("{}% complete, territories: {}".format(int(ix / world.worldSize * 100), t-1))
print("Converting world to list...")
worldmap = []
for iy in range(world.worldSize):
worldmap.append([])
for ix in range(world.worldSize):
worldmap[iy].append(0 if world.getPos(ix,iy).territory == None else world.getPos(ix,iy).territory)
print("Defining palette...")
palette = [(0,0,0)]
for i in range(1, 100):
palette.append(((i*21) % 0xff, (i * 7) % 0xff, (i * 29) % 0xff))
print("Converting to image...")
worldToImage.representCustom(worldmap, modutil.absolutePath + "/mapland.png", palette)
print("Saving world...")
world.save()
print("Finished!")
from modules.rpgsrc import world, typeloader, worldToImage
from libs import modutil
typeloader.loadAll()
world.loadAll()
worldmap = ""
print("Transforming world to string...")
for iy in range(world.worldSize):
for ix in range(world.worldSize):
if world.getPos(ix,iy).getType() == None:
worldmap+="X"
else:
worldmap += world.getPos(ix,iy).getType().emoji
worldmap += "\n"
worldmap.rstrip("\n")
print("Transforming string to image...")
worldToImage.represent(worldmap, modutil.absolutePath + "/map.png", cellSize=1)
print("Finished!")
