def _point_circle_wetness(obj, power, normalizer, power_percent):
return power_points.CircleAreaPoint(layer_type=layers.LAYER_TYPE.WETNESS,
name='wetness_' + obj.uid,
x=obj.x,
y=obj.y,
radius=obj.r,
power=power * power_percent,
normalizer=normalizer)
def _point_circle_temperature(obj, power, normalizer, power_percent):
return power_points.CircleAreaPoint(
layer_type=layers.LAYER_TYPE.TEMPERATURE,
name='temperature_' + obj.uid,
x=obj.x,
y=obj.y,
radius=obj.r,
power=power * power_percent,
normalizer=normalizer)
def _point_circle_soil(obj, power, normalizer, power_percent):
return power_points.CircleAreaPoint(layer_type=layers.LAYER_TYPE.SOIL,
name='soil_' + obj.uid,
x=obj.x,
y=obj.y,
radius=obj.r,
power=power * power_percent,
default_power=0.0,
normalizer=normalizer)
def _point_circle_height(obj, borders, normalizer, power_percent):
return power_points.CircleAreaPoint(layer_type=layers.LAYER_TYPE.HEIGHT,
name='height_circle_' + obj.uid,
x=obj.x,
y=obj.y,
radius=obj.r,
power=get_height_power_function(
borders, power_percent),
default_power=(0.0, 0.0),
normalizer=normalizer)
def _default_soil_points(delta=0.0):
return power_points.CircleAreaPoint(
layer_type=layers.LAYER_TYPE.SOIL,
name='default_soil',
x=map_settings.WIDTH / 2,
y=map_settings.HEIGHT / 2,
power=0.3 + delta,
radius=int(math.hypot(map_settings.WIDTH, map_settings.HEIGHT) / 2) +
1,
normalizer=normalizers.equal)
def _default_temperature_points(delta=0.0):
return power_points.CircleAreaPoint(
layer_type=layers.LAYER_TYPE.TEMPERATURE,
name='default_temperature',
x=map_settings.WIDTH / 2,
y=map_settings.HEIGHT / 2,
power=0.5 + delta,
radius=int(math.hypot(map_settings.WIDTH, map_settings.HEIGHT) / 2) +
1,
normalizer=normalizers.equal)
def _point_circle_vegetation(obj, power, normalizer, power_percent):
return power_points.CircleAreaPoint(
layer_type=layers.LAYER_TYPE.VEGETATION,
name='vegetation_' + obj.uid,
x=obj.x,
y=obj.y,
radius=obj.r,
power=(power[0] * power_percent, power[1] * power_percent),
default_power=(0.0, 0.0),
normalizer=normalizer)
def _default_wetness_points(delta=0.0):
return power_points.CircleAreaPoint(
layer_type=layers.LAYER_TYPE.WETNESS,
name='default_wetness',
x=map_settings.WIDTH // 2,
y=map_settings.HEIGHT // 2,
power=0.6 + delta,
radius=int(math.hypot(map_settings.WIDTH, map_settings.HEIGHT) / 2) +
1,
normalizer=normalizers.equal)
def _default_vegetation_points():
return power_points.CircleAreaPoint(
layer_type=layers.LAYER_TYPE.VEGETATION,
name='default_vegetation',
x=map_settings.WIDTH / 2,
y=map_settings.HEIGHT / 2,
power=(0.25, 0.25),
default_power=(0.0, 0.0),
radius=int(math.hypot(map_settings.WIDTH, map_settings.HEIGHT) / 2) +
1,
normalizer=normalizers.equal)
if height < optimal:
return (0.0, math.fabs(borders[0] - height) / 2 * power_percent)
if height > optimal:
return (math.fabs(borders[1] - height) / 2 * power_percent, 0.0)
return (0.0, 0.0)
return power_function
world.add_power_point(
power_points.CircleAreaPoint(
layer_type=LAYER_TYPE.HEIGHT,
name='circular_point_1',
x=25,
y=25,
power=get_height_power_function(borders=(-0.5, 0.5)),
default_power=(0, 0),
radius=15,
normalizer=normalizers.linear_2))
world.add_power_point(
power_points.CircleAreaPoint(
layer_type=LAYER_TYPE.HEIGHT,
name='circular_point_2',
x=35,
y=45,
power=get_height_power_function(borders=(0.25, 0.75)),
default_power=(0, 0),
radius=15,
normalizer=normalizers.linear_2))
