def getALegendaryFish(model=None):
if model:
model = 'lgLeg%s' % model
if model in modelToLegendaryFishData:
return modelToLegendaryFishData[model]
else:
return DropGlobals.rollDistribution(legendaryFishDistribution)
else:
return DropGlobals.rollDistribution(legendaryFishDistribution)
def getALegendaryFish(model = None):
if model:
model = 'lgLeg%s' % model
if model in modelToLegendaryFishData:
return modelToLegendaryFishData[model]
else:
return DropGlobals.rollDistribution(legendaryFishDistribution)
else:
return DropGlobals.rollDistribution(legendaryFishDistribution)
def giveMeAFish(location, depth, fishHisto):
rarity = DropGlobals.rollDistribution(fishRarityDistribution)
potentialFish = [1]
if potentialFish:
return random.choice(potentialFish)
for x in range(3):
if x != rarity:
continue
[1][x]
continue
def giveMeAFish(location, depth, fishHisto):
rarity = DropGlobals.rollDistribution(fishRarityDistribution)
potentialFish = [1]
if potentialFish:
return random.choice(potentialFish)
for x in range(3):
if x != rarity:
continue
[1][x]
continue
def giveMeAFish(location, depth, fishHisto):
rarity = DropGlobals.rollDistribution(fishRarityDistribution)
potentialFish = [ x for x in rarityPool[location][depth][rarity] if fishHisto[x['id']][0] < fishHisto[x['id']][1] ]
if potentialFish:
return random.choice(potentialFish)
for i in [ x for x in range(3) if x != rarity ]:
potentialFish = [ x for x in rarityPool[location][depth][i] if fishHisto[x['id']][0] < fishHisto[x['id']] ]
if potentialFish:
return random.choice(potentialFish)
return
