def protobuf_unserialize(cls, serialized):
p_world = Protobuf.World()
p_world.ParseFromString(serialized)
return World._from_protobuf_world(p_world)
def _to_protobuf_world(self):
p_world = Protobuf.World()
p_world.worldengine_tag = World.worldengine_tag()
p_world.worldengine_version = self.__version_hashcode__()
p_world.name = self.name
p_world.width = self.width
p_world.height = self.height
p_world.generationData.seed = self.seed
p_world.generationData.n_plates = self.n_plates
p_world.generationData.ocean_level = self.ocean_level
p_world.generationData.step = self.step.name
# Elevation
self._to_protobuf_matrix(self.layers['elevation'].data,
p_world.heightMapData)
p_world.heightMapTh_sea = self.layers['elevation'].thresholds[0][1]
p_world.heightMapTh_plain = self.layers['elevation'].thresholds[1][1]
p_world.heightMapTh_hill = self.layers['elevation'].thresholds[2][1]
# Plates
self._to_protobuf_matrix(self.layers['plates'].data, p_world.plates)
# Ocean
self._to_protobuf_matrix(self.layers['ocean'].data, p_world.ocean)
self._to_protobuf_matrix(self.layers['sea_depth'].data,
p_world.sea_depth)
if self.has_biome():
self._to_protobuf_matrix(self.layers['biome'].data, p_world.biome,
biome_name_to_index)
if self.has_humidity():
self._to_protobuf_matrix_with_quantiles(self.layers['humidity'],
p_world.humidity)
if self.has_irrigation():
self._to_protobuf_matrix(self.layers['irrigation'].data,
p_world.irrigation)
if self.has_permeability():
self._to_protobuf_matrix(self.layers['permeability'].data,
p_world.permeabilityData)
p_world.permeability_low = self.layers['permeability'].thresholds[
0][1]
p_world.permeability_med = self.layers['permeability'].thresholds[
1][1]
if self.has_watermap():
self._to_protobuf_matrix(self.layers['watermap'].data,
p_world.watermapData)
p_world.watermap_creek = self.layers['watermap'].thresholds[
'creek']
p_world.watermap_river = self.layers['watermap'].thresholds[
'river']
p_world.watermap_mainriver = self.layers['watermap'].thresholds[
'main river']
if self.has_lakemap():
self._to_protobuf_matrix(self.layers['lake_map'].data,
p_world.lakemap)
if self.has_rivermap():
self._to_protobuf_matrix(self.layers['river_map'].data,
p_world.rivermap)
if self.has_precipitations():
self._to_protobuf_matrix(self.layers['precipitation'].data,
p_world.precipitationData)
p_world.precipitation_low = self.layers[
'precipitation'].thresholds[0][1]
p_world.precipitation_med = self.layers[
'precipitation'].thresholds[1][1]
if self.has_temperature():
self._to_protobuf_matrix(self.layers['temperature'].data,
p_world.temperatureData)
p_world.temperature_polar = self.layers['temperature'].thresholds[
0][1]
p_world.temperature_alpine = self.layers['temperature'].thresholds[
1][1]
p_world.temperature_boreal = self.layers['temperature'].thresholds[
2][1]
p_world.temperature_cool = self.layers['temperature'].thresholds[
3][1]
p_world.temperature_warm = self.layers['temperature'].thresholds[
4][1]
p_world.temperature_subtropical = self.layers[
'temperature'].thresholds[5][1]
if self.has_icecap():
self._to_protobuf_matrix(self.layers['icecap'].data,
p_world.icecap)
return p_world
def _to_protobuf_world(self):
p_world = Protobuf.World()
p_world.worldengine_tag = World.worldengine_tag()
p_world.worldengine_version = self.__version_hashcode__()
p_world.name = self.name
p_world.width = self.width
p_world.height = self.height
p_world.generationData.seed = self.seed
p_world.generationData.n_plates = self.n_plates
p_world.generationData.ocean_level = self.ocean_level
p_world.generationData.step = self.step.name
# Elevation
self._to_protobuf_matrix(self.elevation['data'], p_world.heightMapData)
p_world.heightMapTh_sea = self.elevation['thresholds'][0][1]
p_world.heightMapTh_plain = self.elevation['thresholds'][1][1]
p_world.heightMapTh_hill = self.elevation['thresholds'][2][1]
# Plates
self._to_protobuf_matrix(self.plates, p_world.plates)
# Ocean
self._to_protobuf_matrix(self.ocean, p_world.ocean)
self._to_protobuf_matrix(self.sea_depth, p_world.sea_depth)
# Biome
if hasattr(self, 'biome'):
self._to_protobuf_matrix(self.biome, p_world.biome,
biome_name_to_index)
# Humidity
if hasattr(self, 'humidity'):
self._to_protobuf_matrix_with_quantiles(self.humidity,
p_world.humidity)
if hasattr(self, 'irrigation'):
self._to_protobuf_matrix(self.irrigation, p_world.irrigation)
if hasattr(self, 'permeability'):
self._to_protobuf_matrix(self.permeability['data'],
p_world.permeabilityData)
p_world.permeability_low = self.permeability['thresholds'][0][1]
p_world.permeability_med = self.permeability['thresholds'][1][1]
if hasattr(self, 'watermap'):
self._to_protobuf_matrix(self.watermap['data'],
p_world.watermapData)
p_world.watermap_creek = self.watermap['thresholds']['creek']
p_world.watermap_river = self.watermap['thresholds']['river']
p_world.watermap_mainriver = self.watermap['thresholds'][
'main river']
if hasattr(self, 'lake_map'):
self._to_protobuf_matrix(self.lake_map, p_world.lakemap)
if hasattr(self, 'river_map'):
self._to_protobuf_matrix(self.river_map, p_world.rivermap)
if hasattr(self, 'precipitation'):
self._to_protobuf_matrix(self.precipitation['data'],
p_world.precipitationData)
p_world.precipitation_low = self.precipitation['thresholds'][0][1]
p_world.precipitation_med = self.precipitation['thresholds'][1][1]
if hasattr(self, 'temperature'):
self._to_protobuf_matrix(self.temperature['data'],
p_world.temperatureData)
p_world.temperature_polar = self.temperature['thresholds'][0][1]
p_world.temperature_alpine = self.temperature['thresholds'][1][1]
p_world.temperature_boreal = self.temperature['thresholds'][2][1]
p_world.temperature_cool = self.temperature['thresholds'][3][1]
p_world.temperature_warm = self.temperature['thresholds'][4][1]
p_world.temperature_subtropical = \
self.temperature['thresholds'][5][1]
if hasattr(self, 'icecap'):
self._to_protobuf_matrix(self.icecap, p_world.icecap)
return p_world