pyforestry.sweden.geo package

Subpackages

• pyforestry.sweden.geo.climate package
  • Module contents
• pyforestry.sweden.geo.coastline package
  • Module contents
• pyforestry.sweden.geo.counties package
  • Module contents
• pyforestry.sweden.geo.humidity package
  • Submodules
  • pyforestry.sweden.geo.humidity.eriksson_1986 module
    • eriksson_1986_humidity()
  • Module contents
• pyforestry.sweden.geo.temperature package
  • Submodules
  • pyforestry.sweden.geo.temperature.odin_1983 module
    • Moren_Perttu_radiation_1994
      • Moren_Perttu_radiation_1994.calculate_global_radiation_sum_growing_season()
      • Moren_Perttu_radiation_1994.calculate_growing_season_duration_1000m()
      • Moren_Perttu_radiation_1994.calculate_growing_season_duration_1500m()
      • Moren_Perttu_radiation_1994.calculate_temperature_sum_1000m()
      • Moren_Perttu_radiation_1994.calculate_temperature_sum_1500m()
      • Moren_Perttu_radiation_1994.get_corrected_temperature_sum()
      • Moren_Perttu_radiation_1994.get_gorczynski_continentality_index()
      • Moren_Perttu_radiation_1994.get_growing_season_start_day()
      • Moren_Perttu_radiation_1994.get_ratio_global_to_extraterrestrial_radiation_average_sky()
      • Moren_Perttu_radiation_1994.get_ratio_global_to_extraterrestrial_radiation_clear_sky()
    • Odin_temperature_sum()
  • Module contents

Submodules

pyforestry.sweden.geo.geo module

Simple geographic utilities using Swedish shapefiles.

class pyforestry.sweden.geo.geo.RetrieveGeoCode

Bases: object

Helper methods for querying Swedish geographic data.

static getClimateCode(lon, lat, epsg=4326) → SwedenClimateZone | None

Backward-compatible alias for get_climate_code().

static getCountyCode(lon, lat, epsg=4326) → SwedenCounty | None

Backward-compatible alias for get_county_code().

static getDistanceToCoast(lon, lat, epsg=4326)

Backward-compatible alias for get_distance_to_coast_km().

static get_climate_code(longitude: float, latitude: float, epsg: int = 4326) → SwedenClimateZone | None

Retrieve the climate zone enum member for a given coordinate.

Parameters:

• longitude (float) – Longitude (in the input CRS).

• latitude (float) – Latitude (in the input CRS).

• epsg (int) – EPSG code for the input coordinates (default: 4326).

Returns:

The climate zone enum member or None if not found.

Return type:

Sweden.ClimateZone | None

static get_county_code(longitude: float, latitude: float, epsg: int = 4326) → SwedenCounty | None

Retrieve the county enum member for a given coordinate.

Parameters:

• longitude (float) – Longitude (in the input CRS).

• latitude (float) – Latitude (in the input CRS).

• epsg (int) – EPSG code for the input coordinates (default: 4326).

Returns:

The corresponding SwedenCounty enum member or None if not found.

Return type:

SwedenCounty | None

static get_distance_to_coast_km(longitude: float, latitude: float, epsg: int = 4326) → float

Calculate the distance from a given point (lon/lat in the input CRS) to the nearest coastline point. Internally, the calculation is done in the metric projection EPSG:3857.

Parameters:

• longitude (float) – Longitude (in the input CRS).

• latitude (float) – Latitude (in the input CRS).

• epsg (int) – EPSG code for the input coordinates (default: 4326).

Returns:

Distance in kilometers to the nearest coastline.

Return type:

float

Module contents

Convenience re-exports for geospatial utilities.