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[no-merge] This is how it looks with separated files #2

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3 changes: 3 additions & 0 deletions .gitignore
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.idea
__pycache__
Tools.pyc
216 changes: 216 additions & 0 deletions City.py
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from Tools import *
from ResourceRegion import ResourceRegion
from Culture import Culture


class City:
def __init__(self, n, pop=50, cltr=None, m=None):
self.myMap = m
self.myMap.cities.append(self)
self.node = n
self.node.city = self
self.population = pop
if cltr is None:
self.culture = Culture(self.node, m)
else:
self.culture = cltr
self.cityType = self.cType(self.population)
self.name = self.culture.language.genName()
self.region = self.node.region
self.node.culture = self.culture
self.node.allegiance = 1 / self.population
if self.culture.name not in self.node.region.culturalNames:
self.node.region.culturalNames[self.culture.name] = self.culture.language.genName()
if self.culture.name not in self.node.landmass.culturalNames:
self.node.landmass.culturalNames[self.culture.name] = self.culture.language.genName()
for q in self.node.neighbors:
if q.region.biome == "ocean" or q.region.biome == "lake" or q.region.biome == "sea":
if self.culture.name not in q.region.culturalNames:
q.region.culturalNames[self.culture.name] = self.culture.language.genName()
if self.node.river is not None:
if self.culture.name not in self.node.river.culturalNames:
self.node.river.culturalNames[self.culture.name] = self.culture.language.genName()
reg = ResourceRegion(self, self.myMap)
self.rawResources = [0, 0]

def updateDemog(self):
rscShare = self.population / self.node.resourceRegion.totalPop
rscMax = [0, 0]
rscMax[0] = rscShare * self.node.resourceRegion.resources[0]
rscMax[1] = rscShare * self.node.resourceRegion.resources[1]
mpo = 0.1 # Maximum personal output (max resources production per person)
m = self.culture.value.mainValues
if "agriculture" in m:
mpo *= 1.1
if "simplicity" in m:
mpo *= 0.8
if "warriors" in m:
mpo *= 1.05
if "builders" in m:
mpo *= 1.05
if "metallurgists" in m:
mpo *= 1.05
if "craftsmen" in m:
mpo *= 1.05
self.foodProduction = min(self.population * mpo, rscMax[0])
self.industrialProduction = min(self.population * mpo, rscMax[1])
mpc = 0.080 # Maximum personal consumption (max food needed per person)
mpc -= 0.002 * (math.log10(clamp(self.population, 1, 1000000)) + 1)
# As the population grows, need less food per person due to economies of scale
mpc += 0.001 * math.log2(clamp(len(self.node.resourceRegion.nodes) - 16, 1, 1000000))
# As the resource region grows, need more food per person due to transporation distance
if "collectivists" in m:
mpc -= 0.001
if "freedom" in m:
mpc += 0.001
if "simplicity" in m:
mpc -= 0.001
if "greed" in m:
mpc += 0.001
self.foodConsumption = mpc * self.population
diff = self.foodProduction - self.foodConsumption
growth = clamp(diff / mpc, -self.population * 0.1, self.population * 0.1)
self.population = math.ceil(self.population * 0.99) # Age related death
self.population = clamp(math.floor(self.population + growth + random.choice([-1, 0, 0, 0, 0, 1])), 1, 1000000)
self.cityType = self.cType(self.population)

def cType(self, p):
if p <= 35:
c = random.choice(["bivouac", "camp", "camp", "encampment", "campsite"])
elif p <= 200:
c = random.choice(["village", "village", "hamlet"])
elif p <= 1000:
c = random.choice(["township", "settlement"])
elif p <= 5000:
c = "town"
elif p <= 20000:
c = "city"
else:
c = "metropolis"
return c.capitalize()

def cityInfo(self):
n = self.name + " (" + self.cityType + ")\n"
n += "Population: " + str(self.population)
return n

def cultureInfo(self):
info = self.culture.information()
return info

def drawTent(self, drawer, xx, yy, col, out):
p0 = (xx, yy - 6)
p1 = (xx - 4, yy + 2)
p2 = (xx + 4, yy + 2)
drawer.polygon([p0, p1, p2], outline=out, fill=col)
p0 = (xx, yy - 1)
p1 = (xx - 1, yy + 2)
p2 = (xx + 1, yy + 2)
drawer.polygon([p0, p1, p2], outline=out, fill=out)
p0 = (xx, yy - 6)
p1 = (xx - 2, yy - 8)
p2 = (xx + 2, yy - 8)
drawer.line([p0, p1], fill=out, width=1)
drawer.line([p0, p2], fill=out, width=1)

def drawHut(self, drawer, xx, yy, col, out):
p0 = (xx + 3, yy + 2)
p1 = (xx - 3, yy + 2)
p2 = (xx - 3, yy - 3)
p3 = (xx, yy - 6)
p4 = (xx + 3, yy - 3)
drawer.polygon([p0, p1, p2, p3, p4], outline=out, fill=col)
p1 = (xx - 1, yy - 1)
p2 = (xx + 1, yy + 2)
drawer.rectangle([p1, p2], outline=out, fill=out)
p0 = (xx, yy - 6)
p1 = (xx + 5, yy - 1)
p2 = (xx - 5, yy - 1)
drawer.line([p0, p1], fill=out, width=1)
drawer.line([p0, p2], fill=out, width=1)

def drawVillage(self, drawer, xx, yy, col, out):
p0 = (xx, yy - 5)
p1 = (xx - 2, yy - 7)
p2 = (xx - 4, yy - 5)
p3 = (xx - 4, yy + 3)
p4 = (xx, yy + 3)
drawer.polygon([p0, p1, p2, p3, p4], outline=out, fill=col)
p0 = (xx - 6, yy - 3)
p2 = (xx + 2, yy - 3)
drawer.line([p1, p0], fill=out, width=1)
drawer.line([p1, p2], fill=out, width=1)
p3 = (xx - 2, yy - 4)
p4 = (xx - 2, yy - 3)
drawer.line([p4, p3], fill=out, width=1)
p0 = (xx, yy - 1)
p1 = (xx + 2, yy - 3)
p2 = (xx + 4, yy - 1)
p3 = (xx + 4, yy + 3)
p4 = (xx, yy + 3)
drawer.polygon([p0, p1, p2, p3, p4], outline=out, fill=col)
p0 = (xx - 2, yy + 1)
p2 = (xx + 6, yy + 1)
drawer.line([p1, p0], fill=out, width=1)
drawer.line([p1, p2], fill=out, width=1)
p3 = (xx + 2, yy + 3)
p4 = (xx + 2, yy + 1)
drawer.line([p4, p3], fill=out, width=1)

def drawTown(self, drawer, xx, yy, col, out):
p0 = (xx - 4, yy + 3)
p1 = (xx - 4, yy - 2)
p2 = (xx, yy - 5)
p3 = (xx + 4, yy - 2)
p4 = (xx + 4, yy + 3)
drawer.polygon([p0, p1, p3, p4], outline=out, fill=col)
drawer.polygon([p1, p2, p3], outline=out, fill=out)
p0 = (xx - 2, yy + 4)
p1 = (xx - 2, yy - 5)
p2 = (xx, yy - 7)
p3 = (xx + 2, yy - 5)
p4 = (xx + 2, yy + 4)
drawer.polygon([p0, p1, p3, p4], outline=out, fill=col)
drawer.polygon([p1, p2, p3], outline=out, fill=out)
p0 = (xx, yy)
p1 = (xx, yy + 3)
drawer.line([p1, p0], fill=out, width=1)

def drawCity(self, drawer, xx, yy, col, out):
p0 = (xx - 5, yy - 3)
p1 = (xx - 5, yy + 1)
p2 = (xx - 3, yy + 1)
p3 = (xx - 3, yy - 5)
drawer.polygon([p0, p1, p2, p3], outline=out, fill=col)
p0 = (xx + 5, yy - 4)
p1 = (xx + 5, yy + 1)
p2 = (xx + 3, yy + 1)
p3 = (xx + 3, yy - 4)
drawer.polygon([p0, p1, p2, p3], outline=out, fill=col)
p0 = (xx - 1, yy - 7)
p1 = (xx - 1, yy + 2)
p2 = (xx + 1, yy + 2)
p3 = (xx + 1, yy - 7)
drawer.polygon([p0, p1, p2, p3], outline=out, fill=col)
p0 = (xx - 6, yy + 2)
p1 = (xx - 6, yy - 1)
p2 = (xx + 6, yy - 1)
p3 = (xx + 6, yy + 2)
drawer.polygon([p0, p1, p2, p3], outline=out, fill=col)
p0 = (xx, yy)
p1 = (xx, yy + 1)
drawer.line([p1, p0], fill=out, width=1)

def drawSelf(self, drawer):
col = self.culture.bannerColor
out = (0, 0, 0)
if self.population <= 35:
self.drawTent(drawer, self.node.x, self.node.y, col, out)
elif self.population <= 200:
self.drawHut(drawer, self.node.x, self.node.y, col, out)
elif self.population <= 1000:
self.drawVillage(drawer, self.node.x, self.node.y, col, out)
elif self.population <= 5000:
self.drawTown(drawer, self.node.x, self.node.y, col, out)
elif self.population <= 20000:
self.drawCity(drawer, self.node.x, self.node.y, col, out)
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