def lifegen(p) -> list:
"""p of type Planet"""
if not ishab(p) or istox(p):
# see https://en.wikipedia.org/wiki/Drake_equation#Fraction_of_the_above_that_actually_go_on_to_develop_life,_fl
return []
# only 50/50 for when it is hab
# t1
i = 0
while 1:
if random() < .5:
return [rlife() for _ in range(randint(6 * i + 1, 6 * i + 6))]
i += 1 # this represents "Tier n-1" sporelike worlds
def gettype(p: Planet) -> float:
if not p.atmosphere:
return 2
if p.mass > m_gg:
if p.mass < m_ig:
return -3
return -2
state = statemap[chemstate(water, p)]
if ishab(p):
return .1 if istox(p) else 0
if state == 1:
return .5
if state == 0:
return -1
return 1
def poi(p: Planet) -> str: """See if planet contains an oddity!""" # Gas giants if m_gg < p.mass: # Hot Jupiter/Neptune if t_earth < p.temp: if p.mass > m_ig: return 'Hot Jupiter' return 'Hot Neptune' # Mini-Neptune if p.mass < 8.681e25: return 'Mini-Neptune' # Super-Jupiter if m_j < p.mass: return 'Super-Jupiter' return '' # otherwise, MUST be terrestrial # Helium Planet atm = p.atmosphere if 'He' in atm and m_earth < p.mass: if max(p.atmosphere.items(), key=lambda x: x[1])[0] == 'He': return 'Helium Planet' # "Habitables" if ishab(p): # Superhabitable https://en.wikipedia.org/wiki/Superhabitable_planet # "... superhabitable worlds would likely be larger, warmer, # and older than Earth, and orbiting K-type main-sequence stars." if p.mass > m_earth and p.temp > t_earth: return 'Superhabitable' # Toxics if istox(p): return 'Toxic' # Mesoplanet if p.mass < 3.3011e23: return 'Mesoplanet' return ''
def planet(p: Planet) -> Color: return colorMap[ishab(p)]
def main(system: System) -> Color: for _, p in system.bodies: if ishab(p): return colorMap[True] return colorMap[False]