Andrew Miner
919c3d7312
* update repr results to yield valid Python * update biome report to display deposits * add deposit report
97 lines
2.9 KiB
Python
97 lines
2.9 KiB
Python
from collections.abc import Iterable
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# Class ############################################################################################
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class Altitude:
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"""
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A range of world heights from a bottom to a top.
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"""
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def __init__(self, name:str, bottom:int, top:int):
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self.name = name
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self.bottom = bottom
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self.top = top
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def __eq__(self, other) -> bool:
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if type(self) != type(other): return False
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if self.bottom != other.bottom: return False
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if self.top != other.top: return False
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return True
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def __hash__(self) -> int:
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return hash((self.bottom, self.top))
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def __str__(self) -> str:
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return f"{self.name} ({self.bottom} to {self.top})"
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def __repr__(self) -> str:
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return f"Altitude(name={self.name}, bottom={self.bottom}, top={self.top})"
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# Constants ########################################################################################
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# Aboveground
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SKY = Altitude("sky", 284, 316)
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SUMMIT = Altitude("summit", 252, 284)
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PEAKS = Altitude("peaks", 222, 252)
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CRAGS = Altitude("crags", 190, 222)
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ALPINE = Altitude("alpine", 156, 190)
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HILLS = Altitude("hills", 124, 156)
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UPLANDS = Altitude("uplands", 92, 124)
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LOWLANDS = Altitude("lowlands", 70, 92)
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DUNES = Altitude("dunes", 62, 70)
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# Transition
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EVAPORITES = Altitude("evaporites", 60, 64)
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ANYWHERE = Altitude("anywhere", -64, 320)
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# Underground
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SOIL = Altitude("soil", 48, 62)
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SUBSTRATE = Altitude("substrate", 32, 48)
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OVERBURDEN = Altitude("overburden", 0, 32)
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CRUST = Altitude("crust", -32, 32)
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MANTLE = Altitude("mantle", -54, -32)
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PLUTONIC = Altitude("plutonic", -64, -54)
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# Underwater
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SURFACE = Altitude("surface", 58, 62)
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SHALLOWS = Altitude("shallows", 46, 58)
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DEEPS = Altitude("deeps", 0, 46)
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ABYSS = Altitude("abyss", -32, 0)
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# Groups
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OVERGROUND = (DUNES, LOWLANDS, UPLANDS, HILLS, ALPINE, CRAGS, PEAKS, SUMMIT, SKY)
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UNDERGROUND = (SOIL, SUBSTRATE, OVERBURDEN, CRUST, MANTLE, PLUTONIC)
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UNDERWATER = (SURFACE, SHALLOWS, DEEPS, ABYSS)
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ALL = OVERGROUND + UNDERGROUND + UNDERWATER
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# Helper Functions #################################################################################
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def span(*altitudes:Altitude):
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if not altitudes: return ANYWHERE
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result = Altitude("", ANYWHERE.top, ANYWHERE.bottom)
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bottom = OVERGROUND[-1].top
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bottomAltitude = OVERGROUND[-1]
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top = UNDERGROUND[-1].bottom
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topAltitude = UNDERGROUND[-1]
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for altitude in altitudes:
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if altitude.bottom < bottom:
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bottom = altitude.bottom
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bottomAltitude = altitude
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if altitude.top > top:
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top = altitude.top
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topAltitude = altitude
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if bottomAltitude == topAltitude:
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return bottomAltitude
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result = Altitude(f"{bottomAltitude.name} to {topAltitude.name}", bottom, top)
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return result
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