Update flora/fauna spawns to use a common system
This commit is contained in:
Andrew Miner
@@ -1,8 +1,9 @@
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from mcpacker.model.altitude import Altitude
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from mcpacker.model.ecology.biomefilter import BiomeFilter as BF
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from mcpacker.model.flora.plantspawn import PlantSpawn
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from mcpacker.model.resourceid import ResourceId
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from mcpacker.model.flora.plantspawnbuilder import PlantSpawnBuilder
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from mcpacker.model.modpack import ModPack
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from mcpacker.model.resourceid import ResourceId
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import mcpacker.model.altitude as AL
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import mcpacker.model.ecology.flora as FL
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@@ -18,429 +19,370 @@ import mcpacker.model.scarcity as SC
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def addPlantSpawns(pack:ModPack):
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plants = pack.world.plants
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spawns = pack.world.plantSpawns
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b = PlantSpawnBuilder(pack.world.plantSpawns)
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# Crop Patches #############################################################
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spawns.add(PlantSpawn(
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plant = plants["athelas"],
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altitude = AL.span(AL.LOWLANDS, AL.HILLS),
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biomeFilters = BF([FL.CANOPY, HE.TEMPERATE]),
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scarcity = SC.SPARSE,
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))
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b.start(plants["athelas"])
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b.altitude = AL.span(AL.LOWLANDS, AL.HILLS)
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b.biomeFilters = BF([FL.CANOPY, HE.TEMPERATE])
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b.scarcity = SC.SPARSE
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b.save("")
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spawns.add(PlantSpawn(
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plant = plants["beetroot"],
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altitude = AL.LOWLANDS,
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biomeFilters = BF([FL.FOREST, HE.BOREAL, SO.ACIDIC]),
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scarcity = SC.COMMON,
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))
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b.start(plants["beetroot"])
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b.altitude = AL.LOWLANDS
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b.biomeFilters = BF([FL.FOREST, HE.BOREAL, SO.ACIDIC])
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b.scarcity = SC.COMMON
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b.save("")
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spawns.add(PlantSpawn(
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plant = plants["bellpepper"],
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altitude = AL.LOWLANDS,
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biomeFilters = BF([FL.CLEARING, HE.TROPICAL, HU.WET, WA.INLAND]),
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scarcity = SC.COMMON,
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))
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b.start(plants["bellpepper"])
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b.altitude = AL.LOWLANDS
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b.biomeFilters = BF([FL.CLEARING, HE.TROPICAL, HU.WET, WA.INLAND])
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b.scarcity = SC.COMMON
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b.save("")
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spawns.add(PlantSpawn(
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plant = plants["blueberry"],
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altitude = AL.span(AL.UPLANDS, AL.ALPINE),
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biomeFilters = BF([FL.within(FL.FOREST, FL.FIELD), HE.BOREAL]),
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scarcity = SC.SPARSE,
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))
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b.start(plants["blueberry"])
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b.altitude = AL.span(AL.UPLANDS, AL.ALPINE)
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b.biomeFilters = BF([FL.within(FL.FOREST, FL.FIELD), HE.BOREAL])
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b.scarcity = SC.SPARSE
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b.save("")
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spawns.add(PlantSpawn(
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plant = plants["brownmushroom"],
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altitude = AL.span(AL.SOIL, AL.ALPINE),
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biomeFilters = [
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BF(
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[(FL.CANOPY, FL.FOREST), (HE.TEMPERATE, HE.BOREAL), (SO.LOAMY, SO.CLAYEY)],
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[WA.OCEAN]
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),
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BF([HU.WET], [HE.FROZEN, WA.OCEAN, WA.RIVER]),
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BF([SO.FUNGAL]),
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],
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scarcity = SC.COMMON,
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))
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b.start(plants["brownmushroom"])
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b.altitude = AL.span(AL.SOIL, AL.ALPINE)
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b.biomeFilters = [
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BF([(FL.CANOPY, FL.FOREST), (HE.TEMPERATE, HE.BOREAL), (SO.LOAMY, SO.CLAYEY)], [WA.OCEAN]),
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BF([HU.WET], [HE.FROZEN, WA.OCEAN, WA.RIVER]),
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BF([SO.FUNGAL]),
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]
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b.scarcity = SC.COMMON
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b.save("")
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spawns.add(PlantSpawn(
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plant = plants["cabbage"],
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altitude = AL.HILLS,
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biomeFilters = BF([(HE.SUBTROPICAL, HE.TEMPERATE), SO.SANDY, WA.COAST]),
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scarcity = SC.COMMON,
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))
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b.start(plants["cabbage"])
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b.altitude = AL.HILLS
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b.biomeFilters = BF([(HE.SUBTROPICAL, HE.TEMPERATE), SO.SANDY, WA.COAST])
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b.scarcity = SC.COMMON
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b.save("")
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spawns.add(PlantSpawn(
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plant = plants["carrot"],
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altitude = AL.LOWLANDS,
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biomeFilters = BF(
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[(FL.FOREST, FL.CLEARING), HE.TEMPERATE, SO.LOAMY],
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[ResourceId.parse("flower_forest")],
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),
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scarcity = SC.COMMON,
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))
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b.start(plants["carrot"])
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b.altitude = AL.LOWLANDS
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b.biomeFilters = BF(
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[(FL.FOREST, FL.CLEARING), HE.TEMPERATE, SO.LOAMY], [ResourceId.parse("flower_forest")],
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)
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b.scarcity = SC.COMMON
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b.save("")
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spawns.add(PlantSpawn(
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plant = plants["coffee"],
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altitude = AL.span(AL.HILLS, AL.ALPINE),
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biomeFilters = BF([FL.CANOPY, HE.TROPICAL, HU.WET]),
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scarcity = SC.SPARSE,
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))
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b.start(plants["coffee"])
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b.altitude = AL.span(AL.HILLS, AL.ALPINE)
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b.biomeFilters = BF([FL.CANOPY, HE.TROPICAL, HU.WET])
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b.scarcity = SC.SPARSE
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b.save("")
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spawns.add(PlantSpawn(
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plant = plants["corn"],
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altitude = AL.span(AL.LOWLANDS, AL.UPLANDS),
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biomeFilters = BF([FL.FIELD, HE.SUBTROPICAL, (SO.LOAMY, SO.SANDY)]),
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scarcity = SC.COMMON,
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))
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b.start(plants["corn"])
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b.altitude = AL.span(AL.LOWLANDS, AL.UPLANDS)
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b.biomeFilters = BF([FL.FIELD, HE.SUBTROPICAL, (SO.LOAMY, SO.SANDY)])
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b.scarcity = SC.COMMON
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b.save("")
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spawns.add(PlantSpawn(
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plant = plants["cotton"],
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altitude = AL.LOWLANDS,
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biomeFilters = BF([FL.FIELD, HE.SUBTROPICAL, HU.DRY, (SO.LOAMY, SO.SANDY)]),
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scarcity = SC.UNCOMMON,
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))
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b.start(plants["cotton"])
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b.altitude = AL.LOWLANDS
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b.biomeFilters = BF([FL.FIELD, HE.SUBTROPICAL, HU.DRY, (SO.LOAMY, SO.SANDY)])
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b.scarcity = SC.UNCOMMON
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b.save("")
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spawns.add(PlantSpawn(
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plant = plants["currant"],
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altitude = AL.span(AL.UPLANDS, AL.ALPINE),
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biomeFilters = BF([FL.within(FL.FOREST, FL.FIELD), (HE.BOREAL, HE.FROZEN)]),
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scarcity = SC.UNCOMMON,
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))
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b.start(plants["currant"])
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b.altitude = AL.span(AL.UPLANDS, AL.ALPINE)
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b.biomeFilters = BF([FL.within(FL.FOREST, FL.FIELD), (HE.BOREAL, HE.FROZEN)])
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b.scarcity = SC.UNCOMMON
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b.save("")
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spawns.add(PlantSpawn(
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plant = plants["cranberry"],
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altitude = AL.DUNES,
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biomeFilters = BF([HU.WET, SO.PEATY]),
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scarcity = SC.UNCOMMON,
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))
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b.start(plants["cranberry"])
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b.altitude = AL.DUNES
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b.biomeFilters = BF([HU.WET, SO.PEATY])
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b.scarcity = SC.UNCOMMON
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b.save("")
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# NOTE: Due to a bug in Supplementaries, flax can *only* be planted on sand, despite the actual
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# plant requiring an entirely different soil. Therefore, we're imaginging *this* so-called
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# "flax" as a fiberous, desert-dwelling cousin.
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spawns.add(PlantSpawn(
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plant = plants["flax"],
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altitude = AL.DUNES,
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biomeFilters = BF([FL.BARREN, HU.DRY, SO.SANDY]),
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scarcity = SC.COMMON,
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))
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b.start(plants["flax"])
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b.altitude = AL.DUNES
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b.biomeFilters = BF([FL.BARREN, HU.DRY, SO.SANDY])
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b.scarcity = SC.COMMON
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b.save("")
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spawns.add(PlantSpawn(
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plant = plants["hamimelon"],
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altitude = AL.span(AL.LOWLANDS, AL.UPLANDS),
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biomeFilters = BF([FL.FIELD, HE.SUBTROPICAL, HU.DRY, (SO.LOAMY, SO.SANDY)]),
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scarcity = SC.RARE,
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))
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b.start(plants["hamimelon"])
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b.altitude = AL.span(AL.LOWLANDS, AL.UPLANDS)
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b.biomeFilters = BF([FL.FIELD, HE.SUBTROPICAL, HU.DRY, (SO.LOAMY, SO.SANDY)])
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b.scarcity = SC.RARE
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b.save("")
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spawns.add(PlantSpawn(
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plant = plants["hemp"],
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altitude = AL.span(AL.DUNES, AL.UPLANDS),
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biomeFilters = BF(
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[FL.FIELD, HE.TEMPERATE, HU.DAMP, SO.LOAMY],
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[ResourceId.parse("sunflower_plains")]
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),
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scarcity = SC.UNCOMMON,
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))
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b.start(plants["hemp"])
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b.altitude = AL.span(AL.DUNES, AL.UPLANDS)
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b.biomeFilters = BF(
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[FL.FIELD, HE.TEMPERATE, HU.DAMP, SO.LOAMY], [ResourceId.parse("sunflower_plains")]
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),
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b.scarcity = SC.UNCOMMON
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b.save("")
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spawns.add(PlantSpawn(
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plant = plants["lemon"],
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altitude = AL.UPLANDS,
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biomeFilters = BF([FL.FIELD, HE.SUBTROPICAL, HU.DRY]),
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scarcity = SC.SPARSE,
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))
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b.start(plants["lemon"])
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b.altitude = AL.UPLANDS
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b.biomeFilters = BF([FL.FIELD, HE.SUBTROPICAL, HU.DRY])
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b.scarcity = SC.SPARSE
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b.save("")
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spawns.add(PlantSpawn(
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plant = plants["melon"],
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altitude = AL.LOWLANDS,
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biomeFilters = BF([FL.CLEARING, HE.TROPICAL, HU.WET], [SO.FUNGAL]),
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scarcity = SC.SPARSE,
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))
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b.start(plants["melon"])
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b.altitude = AL.LOWLANDS
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b.biomeFilters = BF([FL.CLEARING, HE.TROPICAL, HU.WET], [SO.FUNGAL])
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b.scarcity = SC.SPARSE
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b.save("")
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spawns.add(PlantSpawn(
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plant = plants["onion"],
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altitude = AL.span(AL.UPLANDS, AL.HILLS),
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biomeFilters = BF([FL.FOREST, HE.TEMPERATE, HU.DAMP, SO.ACIDIC]),
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scarcity = SC.SPARSE,
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))
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b.start(plants["onion"])
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b.altitude = AL.span(AL.UPLANDS, AL.HILLS)
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b.biomeFilters = BF([FL.FOREST, HE.TEMPERATE, HU.DAMP, SO.ACIDIC])
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b.scarcity = SC.SPARSE
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b.save("")
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# NOTE: Due to a bug in Fruits Delight, pineapple can *only* be planted on sand: despite this
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# in now way reflecting the plant's actual ecology. As such, we have to imagine these as
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# a more cactus-like cousin of actual pineapples.
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spawns.add(PlantSpawn(
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plant = plants["pineapple"],
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altitude = AL.LOWLANDS,
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biomeFilters = BF([FL.BARREN, HE.TROPICAL, HU.DRY, SO.SANDY]),
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scarcity = SC.SPARSE,
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# TODO: add sand as substrate in addplants.py
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))
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b.start(plants["pineapple"])
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b.altitude = AL.LOWLANDS
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b.biomeFilters = BF([FL.BARREN, HE.TROPICAL, HU.DRY, SO.SANDY])
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b.scarcity = SC.SPARSE
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# TODO: add sand as substrate in addplants.py
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b.save("")
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spawns.add(PlantSpawn(
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plant = plants["potato"],
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altitude = AL.span(AL.UPLANDS, AL.HILLS),
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biomeFilters = BF([FL.FOREST, HE.BOREAL, HU.DAMP, SO.ACIDIC]),
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scarcity = SC.UNCOMMON,
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))
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b.start(plants["potato"])
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b.altitude = AL.span(AL.UPLANDS, AL.HILLS)
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b.biomeFilters = BF([FL.FOREST, HE.BOREAL, HU.DAMP, SO.ACIDIC])
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b.scarcity = SC.UNCOMMON
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b.save("")
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spawns.add(PlantSpawn(
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plant = plants["pumpkin"],
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altitude = AL.LOWLANDS,
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biomeFilters = BF([FL.FIELD, HE.TEMPERATE, SO.LOAMY]),
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scarcity = SC.UNUSUAL,
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))
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b.start(plants["pumpkin"])
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b.altitude = AL.LOWLANDS
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b.biomeFilters = BF([FL.FIELD, HE.TEMPERATE, SO.LOAMY])
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b.scarcity = SC.UNUSUAL
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b.save("")
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spawns.add(PlantSpawn(
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plant = plants["redmushroom"],
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altitude = AL.span(AL.SOIL, AL.ALPINE),
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biomeFilters = [
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BF([(FL.CANOPY, FL.FOREST), (HE.TEMPERATE, HE.BOREAL), (SO.LOAMY, SO.CLAYEY)]),
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BF([HU.WET], [HE.FROZEN, WA.OCEAN, WA.RIVER]),
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BF([SO.FUNGAL]),
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],
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scarcity = SC.UNCOMMON,
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))
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b.start(plants["redmushroom"])
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b.altitude = AL.span(AL.SOIL, AL.ALPINE)
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b.biomeFilters = [
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BF([(FL.CANOPY, FL.FOREST), (HE.TEMPERATE, HE.BOREAL), (SO.LOAMY, SO.CLAYEY)]),
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BF([HU.WET], [HE.FROZEN, WA.OCEAN, WA.RIVER]),
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BF([SO.FUNGAL]),
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]
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b.scarcity = SC.UNCOMMON
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b.save("")
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spawns.add(PlantSpawn(
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plant = plants["rice"],
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altitude = AL.SURFACE,
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biomeFilters = BF([(HE.SUBTROPICAL, HE.TEMPERATE), (WA.RIVER, WA.SWAMP)]),
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scarcity = SC.COMMON,
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))
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b.start(plants["rice"])
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b.altitude = AL.SURFACE
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b.biomeFilters = BF([(HE.SUBTROPICAL, HE.TEMPERATE), (WA.RIVER, WA.SWAMP)])
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b.scarcity = SC.COMMON
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b.save("")
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spawns.add(PlantSpawn(
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plant = plants["sugarcane"],
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altitude = AL.DUNES,
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biomeFilters = BF([(HE.TROPICAL, HE.TEMPERATE), (WA.RIVER, WA.SWAMP)]),
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scarcity = SC.COMMON,
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))
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b.start(plants["sugarcane"])
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b.altitude = AL.DUNES
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b.biomeFilters = BF([(HE.TROPICAL, HE.TEMPERATE), (WA.RIVER, WA.SWAMP)])
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b.scarcity = SC.COMMON
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b.save("")
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spawns.add(PlantSpawn(
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plant = plants["sunflower"],
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altitude = AL.span(AL.LOWLANDS, AL.UPLANDS),
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biomeFilters = BF([ResourceId.parse("sunflower_plains")]),
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scarcity = SC.CARPET,
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))
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b.start(plants["sunflower"])
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b.altitude = AL.span(AL.LOWLANDS, AL.UPLANDS)
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b.biomeFilters = BF([ResourceId.parse("sunflower_plains")])
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b.scarcity = SC.CARPET
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b.save("")
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spawns.add(PlantSpawn(
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plant = plants["tomato"],
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altitude = AL.span(AL.UPLANDS, AL.HILLS),
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biomeFilters = BF([FL.CLEARING, HE.TROPICAL, HU.WET], [SO.FUNGAL]),
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scarcity = SC.UNCOMMON,
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))
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b.start(plants["tomato"])
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b.altitude = AL.span(AL.UPLANDS, AL.HILLS)
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b.biomeFilters = BF([FL.CLEARING, HE.TROPICAL, HU.WET], [SO.FUNGAL])
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b.scarcity = SC.UNCOMMON
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b.save("")
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spawns.add(PlantSpawn(
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plant = plants["wheat"],
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altitude = AL.span(AL.LOWLANDS, AL.UPLANDS),
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biomeFilters = BF([FL.FIELD, HE.TEMPERATE, HU.DAMP, SO.LOAMY]),
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scarcity = SC.COMMON,
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))
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b.start(plants["wheat"])
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b.altitude = AL.span(AL.LOWLANDS, AL.UPLANDS)
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b.biomeFilters = BF([FL.FIELD, HE.TEMPERATE, HU.DAMP, SO.LOAMY])
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b.scarcity = SC.COMMON
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b.save("")
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# Flower Patches ###########################################################
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spawns.add(PlantSpawn(
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plant = plants["allium"],
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altitude = AL.span(AL.UPLANDS, AL.HILLS),
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biomeFilters = BF([FL.FOREST, HE.TEMPERATE, HU.DAMP, SO.ACIDIC]),
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scarcity = SC.UNCOMMON,
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))
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b.start(plants["allium"])
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b.altitude = AL.span(AL.UPLANDS, AL.HILLS)
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b.biomeFilters = BF([FL.FOREST, HE.TEMPERATE, HU.DAMP, SO.ACIDIC])
|
||||
b.scarcity = SC.UNCOMMON
|
||||
b.save("")
|
||||
|
||||
spawns.add(PlantSpawn(
|
||||
plant = plants["azurebluet"],
|
||||
altitude = AL.span(AL.UPLANDS, AL.ALPINE),
|
||||
biomeFilters = BF([FL.FIELD, (HE.TEMPERATE, HE.BOREAL), HU.DAMP, (SO.LOAMY, SO.PEATY)]),
|
||||
scarcity = SC.SPARSE,
|
||||
))
|
||||
b.start(plants["azurebluet"])
|
||||
b.altitude = AL.span(AL.UPLANDS, AL.ALPINE)
|
||||
b.biomeFilters = BF([FL.FIELD, (HE.TEMPERATE, HE.BOREAL), HU.DAMP, (SO.LOAMY, SO.PEATY)])
|
||||
b.scarcity = SC.SPARSE
|
||||
b.save("")
|
||||
|
||||
spawns.add(PlantSpawn(
|
||||
plant = plants["blueorchid"],
|
||||
altitude = AL.span(AL.LOWLANDS, AL.UPLANDS),
|
||||
biomeFilters = BF([FL.CANOPY, HE.TROPICAL, HU.WET]),
|
||||
scarcity = SC.RARE,
|
||||
))
|
||||
b.start(plants["blueorchid"])
|
||||
b.altitude = AL.span(AL.LOWLANDS, AL.UPLANDS)
|
||||
b.biomeFilters = BF([FL.CANOPY, HE.TROPICAL, HU.WET])
|
||||
b.scarcity = SC.RARE
|
||||
b.save("")
|
||||
|
||||
spawns.add(PlantSpawn(
|
||||
plant = plants["cornflower"],
|
||||
altitude = AL.span(AL.UPLANDS, AL.ALPINE),
|
||||
biomeFilters = BF([FL.FIELD, HE.TEMPERATE, (SO.LOAMY, SO.PEATY)]),
|
||||
scarcity = SC.COMMON,
|
||||
))
|
||||
b.start(plants["cornflower"])
|
||||
b.altitude = AL.span(AL.UPLANDS, AL.ALPINE)
|
||||
b.biomeFilters = BF([FL.FIELD, HE.TEMPERATE, (SO.LOAMY, SO.PEATY)])
|
||||
b.scarcity = SC.COMMON
|
||||
b.save("")
|
||||
|
||||
spawns.add(PlantSpawn(
|
||||
plant = plants["daisy"],
|
||||
altitude = AL.span(AL.UPLANDS, AL.ALPINE),
|
||||
biomeFilters = BF([FL.FIELD, (HE.TEMPERATE, HE.BOREAL)]),
|
||||
scarcity = SC.UNCOMMON,
|
||||
))
|
||||
b.start(plants["daisy"])
|
||||
b.altitude = AL.span(AL.UPLANDS, AL.ALPINE)
|
||||
b.biomeFilters = BF([FL.FIELD, (HE.TEMPERATE, HE.BOREAL)])
|
||||
b.scarcity = SC.UNCOMMON
|
||||
b.save("")
|
||||
|
||||
spawns.add(PlantSpawn(
|
||||
plant = plants["dandelion"],
|
||||
altitude = AL.span(AL.DUNES, AL.HILLS),
|
||||
biomeFilters = BF(
|
||||
[(FL.CLEARING, FL.FIELD)],
|
||||
[HE.FROZEN, HU.WET, SO.FUNGAL, SO.ROCKY, ResourceId.parse("flower_forest")]),
|
||||
scarcity = SC.COMMON,
|
||||
))
|
||||
b.start(plants["dandelion"])
|
||||
b.altitude = AL.span(AL.DUNES, AL.HILLS)
|
||||
b.biomeFilters = BF(
|
||||
[(FL.CLEARING, FL.FIELD)],
|
||||
[HE.FROZEN, HU.WET, SO.FUNGAL, SO.ROCKY, ResourceId.parse("flower_forest")]
|
||||
)
|
||||
b.scarcity = SC.COMMON
|
||||
b.save("")
|
||||
|
||||
spawns.add(PlantSpawn(
|
||||
plant = plants["lilac"],
|
||||
altitude = AL.LOWLANDS,
|
||||
biomeFilters = BF([FL.FOREST, HE.TEMPERATE, HU.DAMP, SO.LOAMY]),
|
||||
scarcity = SC.UNUSUAL,
|
||||
))
|
||||
b.start(plants["lilac"])
|
||||
b.altitude = AL.LOWLANDS
|
||||
b.biomeFilters = BF([FL.FOREST, HE.TEMPERATE, HU.DAMP, SO.LOAMY])
|
||||
b.scarcity = SC.UNUSUAL
|
||||
b.save("")
|
||||
|
||||
spawns.add(PlantSpawn(
|
||||
plant = plants["lily"],
|
||||
altitude = AL.span(AL.LOWLANDS, AL.UPLANDS),
|
||||
biomeFilters = BF([FL.FOREST, (HE.TEMPERATE, HE.BOREAL), HU.DAMP, SO.ACIDIC]),
|
||||
scarcity = SC.RARE,
|
||||
))
|
||||
b.start(plants["lily"])
|
||||
b.altitude = AL.span(AL.LOWLANDS, AL.UPLANDS)
|
||||
b.biomeFilters = BF([FL.FOREST, (HE.TEMPERATE, HE.BOREAL), HU.DAMP, SO.ACIDIC])
|
||||
b.scarcity = SC.RARE
|
||||
b.save("")
|
||||
|
||||
spawns.add(PlantSpawn(
|
||||
plant = plants["peony"],
|
||||
altitude = AL.LOWLANDS,
|
||||
biomeFilters = BF([FL.CLEARING, HE.TEMPERATE, HU.DAMP, SO.ROCKY]),
|
||||
scarcity = SC.SPARSE,
|
||||
))
|
||||
b.start(plants["peony"])
|
||||
b.altitude = AL.LOWLANDS
|
||||
b.biomeFilters = BF([FL.CLEARING, HE.TEMPERATE, HU.DAMP, SO.ROCKY])
|
||||
b.scarcity = SC.SPARSE
|
||||
b.save("")
|
||||
|
||||
spawns.add(PlantSpawn(
|
||||
plant = plants["poppy"],
|
||||
altitude = AL.span(AL.DUNES, AL.UPLANDS),
|
||||
biomeFilters = BF(
|
||||
[FL.FIELD, (HE.SUBTROPICAL, HE.TEMPERATE), (HU.DRY, HU.DAMP)],
|
||||
[SO.FUNGAL]
|
||||
),
|
||||
scarcity = SC.SPARSE,
|
||||
))
|
||||
b.start(plants["poppy"])
|
||||
b.altitude = AL.span(AL.DUNES, AL.UPLANDS)
|
||||
b.biomeFilters = BF(
|
||||
[FL.FIELD, (HE.SUBTROPICAL, HE.TEMPERATE), (HU.DRY, HU.DAMP)],
|
||||
[SO.FUNGAL]
|
||||
),
|
||||
b.scarcity = SC.SPARSE
|
||||
b.save("")
|
||||
|
||||
spawns.add(PlantSpawn(
|
||||
plant = plants["rose_black"],
|
||||
altitude = AL.HILLS,
|
||||
biomeFilters = BF([FL.CANOPY, HE.TEMPERATE]),
|
||||
scarcity = SC.RARE,
|
||||
))
|
||||
b.start(plants["rose_black"])
|
||||
b.altitude = AL.HILLS
|
||||
b.biomeFilters = BF([FL.CANOPY, HE.TEMPERATE])
|
||||
b.scarcity = SC.RARE
|
||||
b.save("")
|
||||
|
||||
spawns.add(PlantSpawn(
|
||||
plant = plants["rose_bush"],
|
||||
altitude = AL.span(AL.UPLANDS, AL.ALPINE),
|
||||
biomeFilters = BF([FL.FOREST, (HE.TEMPERATE, HE.BOREAL), SO.LOAMY]),
|
||||
scarcity = SC.UNUSUAL,
|
||||
))
|
||||
b.start(plants["rose_bush"])
|
||||
b.altitude = AL.span(AL.UPLANDS, AL.ALPINE)
|
||||
b.biomeFilters = BF([FL.FOREST, (HE.TEMPERATE, HE.BOREAL), SO.LOAMY])
|
||||
b.scarcity = SC.UNUSUAL
|
||||
b.save("")
|
||||
|
||||
spawns.add(PlantSpawn(
|
||||
plant = plants["tulip_orange"],
|
||||
altitude = AL.span(AL.DUNES, AL.LOWLANDS),
|
||||
biomeFilters = BF([ResourceId.parse("flower_forest")]),
|
||||
scarcity = SC.UNUSUAL,
|
||||
))
|
||||
b.start(plants["tulip_orange"])
|
||||
b.altitude = AL.span(AL.DUNES, AL.LOWLANDS)
|
||||
b.biomeFilters = BF([ResourceId.parse("flower_forest")])
|
||||
b.scarcity = SC.UNUSUAL
|
||||
b.save("")
|
||||
|
||||
spawns.add(PlantSpawn(
|
||||
plant = plants["tulip_pink"],
|
||||
altitude = AL.span(AL.DUNES, AL.LOWLANDS),
|
||||
biomeFilters = BF([ResourceId.parse("flower_forest")]),
|
||||
scarcity = SC.SPARSE,
|
||||
))
|
||||
b.start(plants["tulip_pink"])
|
||||
b.altitude = AL.span(AL.DUNES, AL.LOWLANDS)
|
||||
b.biomeFilters = BF([ResourceId.parse("flower_forest")])
|
||||
b.scarcity = SC.SPARSE
|
||||
b.save("")
|
||||
|
||||
spawns.add(PlantSpawn(
|
||||
plant = plants["tulip_red"],
|
||||
altitude = AL.span(AL.DUNES, AL.LOWLANDS),
|
||||
biomeFilters = BF([ResourceId.parse("flower_forest")]),
|
||||
scarcity = SC.COMMON,
|
||||
))
|
||||
b.start(plants["tulip_red"])
|
||||
b.altitude = AL.span(AL.DUNES, AL.LOWLANDS)
|
||||
b.biomeFilters = BF([ResourceId.parse("flower_forest")])
|
||||
b.scarcity = SC.COMMON
|
||||
b.save("")
|
||||
|
||||
spawns.add(PlantSpawn(
|
||||
plant = plants["tulip_white"],
|
||||
altitude = AL.span(AL.DUNES, AL.LOWLANDS),
|
||||
biomeFilters = BF([ResourceId.parse("flower_forest")]),
|
||||
scarcity = SC.UNCOMMON,
|
||||
))
|
||||
b.start(plants["tulip_white"])
|
||||
b.altitude = AL.span(AL.DUNES, AL.LOWLANDS)
|
||||
b.biomeFilters = BF([ResourceId.parse("flower_forest")])
|
||||
b.scarcity = SC.UNCOMMON
|
||||
b.save("")
|
||||
|
||||
# Trees ####################################################################
|
||||
|
||||
spawns.add(PlantSpawn(
|
||||
plant = plants["apple"],
|
||||
altitude = AL.span(AL.LOWLANDS, AL.UPLANDS),
|
||||
biomeFilters = BF(
|
||||
[(FL.FOREST, FL.CLEARING), HE.TEMPERATE, SO.LOAMY],
|
||||
[ResourceId.parse("flower_forest")],
|
||||
),
|
||||
scarcity = SC.SPARSE,
|
||||
))
|
||||
b.start(plants["apple"])
|
||||
b.altitude = AL.span(AL.LOWLANDS, AL.UPLANDS)
|
||||
b.biomeFilters = BF(
|
||||
[(FL.FOREST, FL.CLEARING), HE.TEMPERATE, SO.LOAMY],
|
||||
[ResourceId.parse("flower_forest")],
|
||||
)
|
||||
b.scarcity = SC.SPARSE
|
||||
b.save("")
|
||||
|
||||
spawns.add(PlantSpawn(
|
||||
plant = plants["bayberry"],
|
||||
altitude = AL.span(AL.DUNES, AL.UPLANDS),
|
||||
biomeFilters = BF([HE.TEMPERATE, (SO.ROCKY, SO.SANDY), WA.COAST]),
|
||||
scarcity = SC.SPARSE,
|
||||
))
|
||||
b.start(plants["bayberry"])
|
||||
b.altitude = AL.span(AL.DUNES, AL.UPLANDS)
|
||||
b.biomeFilters = BF([HE.TEMPERATE, (SO.ROCKY, SO.SANDY), WA.COAST])
|
||||
b.scarcity = SC.SPARSE
|
||||
b.save("")
|
||||
|
||||
spawns.add(PlantSpawn(
|
||||
plant = plants["durian"],
|
||||
altitude = AL.HILLS,
|
||||
biomeFilters = BF([FL.within(FL.CANOPY, FL.CLEARING), HE.TROPICAL, HU.WET, SO.ACIDIC]),
|
||||
scarcity = SC.UNUSUAL,
|
||||
))
|
||||
b.start(plants["durian"])
|
||||
b.altitude = AL.HILLS
|
||||
b.biomeFilters = BF([FL.within(FL.CANOPY, FL.CLEARING), HE.TROPICAL, HU.WET, SO.ACIDIC])
|
||||
b.scarcity = SC.UNUSUAL
|
||||
b.save("")
|
||||
|
||||
spawns.add(PlantSpawn(
|
||||
plant = plants["fig"],
|
||||
altitude = AL.span(AL.UPLANDS, AL.HILLS),
|
||||
biomeFilters = BF([HE.SUBTROPICAL, HU.DRY, SO.SANDY], [FL.BARREN]),
|
||||
scarcity = SC.UNCOMMON,
|
||||
))
|
||||
b.start(plants["fig"])
|
||||
b.altitude = AL.span(AL.UPLANDS, AL.HILLS)
|
||||
b.biomeFilters = BF([HE.SUBTROPICAL, HU.DRY, SO.SANDY], [FL.BARREN])
|
||||
b.scarcity = SC.UNCOMMON
|
||||
b.save("")
|
||||
|
||||
spawns.add(PlantSpawn(
|
||||
plant = plants["hawberry"],
|
||||
altitude = AL.span(AL.UPLANDS, AL.HILLS),
|
||||
biomeFilters = BF([(FL.FOREST, FL.CLEARING), HE.TEMPERATE, (SO.ACIDIC, SO.LOAMY)]),
|
||||
scarcity = SC.SPARSE,
|
||||
))
|
||||
b.start(plants["hawberry"])
|
||||
b.altitude = AL.span(AL.UPLANDS, AL.HILLS)
|
||||
b.biomeFilters = BF([(FL.FOREST, FL.CLEARING), HE.TEMPERATE, (SO.ACIDIC, SO.LOAMY)])
|
||||
b.scarcity = SC.SPARSE
|
||||
b.save("")
|
||||
|
||||
spawns.add(PlantSpawn(
|
||||
plant = plants["lychee"],
|
||||
altitude = AL.UPLANDS,
|
||||
biomeFilters = BF([FL.CLEARING, HE.TROPICAL, HU.WET], [SO.FUNGAL]),
|
||||
scarcity = SC.SPARSE,
|
||||
))
|
||||
b.start(plants["lychee"])
|
||||
b.altitude = AL.UPLANDS
|
||||
b.biomeFilters = BF([FL.CLEARING, HE.TROPICAL, HU.WET], [SO.FUNGAL])
|
||||
b.scarcity = SC.SPARSE
|
||||
b.save("")
|
||||
|
||||
spawns.add(PlantSpawn(
|
||||
plant = plants["mango"],
|
||||
altitude = AL.LOWLANDS,
|
||||
biomeFilters = BF(
|
||||
[FL.within(FL.CANOPY, FL.CLEARING), HE.TROPICAL, (HU.DAMP, HU.WET), SO.ACIDIC]
|
||||
),
|
||||
scarcity = SC.UNCOMMON,
|
||||
))
|
||||
b.start(plants["mango"])
|
||||
b.altitude = AL.LOWLANDS
|
||||
b.biomeFilters = BF(
|
||||
[FL.within(FL.CANOPY, FL.CLEARING), HE.TROPICAL, (HU.DAMP, HU.WET), SO.ACIDIC]
|
||||
)
|
||||
b.scarcity = SC.UNCOMMON
|
||||
b.save("")
|
||||
|
||||
spawns.add(PlantSpawn(
|
||||
plant = plants["mangosteen"],
|
||||
altitude = AL.UPLANDS,
|
||||
biomeFilters = BF([FL.CANOPY, HE.TROPICAL, HU.WET, SO.ACIDIC]),
|
||||
scarcity = SC.UNUSUAL,
|
||||
))
|
||||
b.start(plants["mangosteen"])
|
||||
b.altitude = AL.UPLANDS
|
||||
b.biomeFilters = BF([FL.CANOPY, HE.TROPICAL, HU.WET, SO.ACIDIC])
|
||||
b.scarcity = SC.UNUSUAL
|
||||
b.save("")
|
||||
|
||||
spawns.add(PlantSpawn(
|
||||
plant = plants["orange"],
|
||||
altitude = AL.LOWLANDS,
|
||||
biomeFilters = BF([FL.FIELD, HE.SUBTROPICAL, HU.DRY]),
|
||||
scarcity = SC.SPARSE,
|
||||
))
|
||||
b.start(plants["orange"])
|
||||
b.altitude = AL.LOWLANDS
|
||||
b.biomeFilters = BF([FL.FIELD, HE.SUBTROPICAL, HU.DRY])
|
||||
b.scarcity = SC.SPARSE
|
||||
b.save("")
|
||||
|
||||
spawns.add(PlantSpawn(
|
||||
plant = plants["peach"],
|
||||
altitude = AL.span(AL.LOWLANDS, AL.UPLANDS),
|
||||
biomeFilters = BF([FL.CLEARING, HE.TEMPERATE, HU.DAMP, SO.ROCKY]),
|
||||
scarcity = SC.UNCOMMON,
|
||||
))
|
||||
b.start(plants["peach"])
|
||||
b.altitude = AL.span(AL.LOWLANDS, AL.UPLANDS)
|
||||
b.biomeFilters = BF([FL.CLEARING, HE.TEMPERATE, HU.DAMP, SO.ROCKY])
|
||||
b.scarcity = SC.UNCOMMON
|
||||
b.save("")
|
||||
|
||||
spawns.add(PlantSpawn(
|
||||
plant = plants["pear"],
|
||||
altitude = AL.span(AL.LOWLANDS, AL.UPLANDS),
|
||||
biomeFilters = BF([FL.CLEARING, HE.TEMPERATE, HU.DAMP, (SO.ACIDIC, SO.LOAMY)]),
|
||||
scarcity = SC.UNCOMMON,
|
||||
))
|
||||
b.start(plants["pear"])
|
||||
b.altitude = AL.span(AL.LOWLANDS, AL.UPLANDS)
|
||||
b.biomeFilters = BF([FL.CLEARING, HE.TEMPERATE, HU.DAMP, (SO.ACIDIC, SO.LOAMY)])
|
||||
b.scarcity = SC.UNCOMMON
|
||||
b.save("")
|
||||
|
||||
spawns.add(PlantSpawn(
|
||||
plant = plants["persimmon"],
|
||||
altitude = AL.span(AL.LOWLANDS, AL.UPLANDS),
|
||||
biomeFilters = BF([FL.FOREST, HE.TEMPERATE, SO.LOAMY]),
|
||||
scarcity = SC.UNCOMMON,
|
||||
))
|
||||
b.start(plants["persimmon"])
|
||||
b.altitude = AL.span(AL.LOWLANDS, AL.UPLANDS)
|
||||
b.biomeFilters = BF([FL.FOREST, HE.TEMPERATE, SO.LOAMY])
|
||||
b.scarcity = SC.UNCOMMON
|
||||
b.save("")
|
||||
|
||||
Reference in New Issue
Block a user