Short time range for fast testing.

Short time range for fast testing.

Warp a collection of shapely geometry objects from old_crs to new_crs. Parameters ---------- shps : list of shapely.geometry.bas

Generator yielding all siblings of this node, not including this node.

Create a simple GeoDataFrame with polygons.

Simplify, IN PLACE, all reaches.

Simplifies, in place, the HUC and river shapes to create constrained, discrete segments. Parameters ---------- hucs : SplitHUCs A

Simplify, IN PLACE, all linestrings in the polygon representation.

Adds a simplify tolerance option to the parser.

Small test geometry in AORC native CRS (WGS84) for fast testing.

Small test geometry in WGS84 for fast testing.

CRS for the small test geometry.

Small test geometry in lat/lon for fast testing.

Small test geometry in WGS84 (native CRS) for fast testing.

Smooth sharp angles across HUC and river linestrings.

Snaps the junctions of HUC linestrings to endpoints of rivers. Modifies HUCs geometry. Parameters ---------- hucs : SplitHUCs

Snap river endpoints to HUC linestrings and insert that point into the boundary. Note this is O(n^2), and could be made more efficient. Modif

Snap waterbodies to HUCs and river linestrings. Attempts to make waterbodies that intersect or nearly intersect hucs intersect discretely, in

Iterate over spines.

Summarizes extruded data by printing info to log file. This is useful in rapidly debugging and understanding the layering before

Tessalate HUCs using river-aligned quads along the corridor and triangles away from it. Parameters ---------- hucs : SplitHUCs The

Tests len > 3, one bad angle.

Tests len > 3, two bad angles.

Tests that same ls is returned if no bad angles

Tests length 3 -- center point is moved

Tests length 3 -- center point is removed

Tests len > 3, all are fine.

Tests len > 3, one bad angle.

Deal with a kink in an internal angle.

Create a 2D mesh, extrude, write.

Test smoothing 3D data (smooth each time slice).

Test 5-day interval interpolation.

Test with 5-day interval data.

Test mode computation when all values are NaN.

Test that all data types support both smoothing methods.

Test anisotropic smoothing (different sigma/size for each dimension).

Test the async interface methods.

Test automatic detection of lat, lon dimensions.

Test automatic detection of x, y dimensions.

Test that averaging is mathematically correct.

Test basic rasterization of polygons.

Test that catchments are properly fetched when enabled

Test that returned time objects are cftime with noleap calendar.

Test that returned time objects are cftime with noleap calendar.

Test that returned time objects are cftime with noleap calendar.

Test that cftime objects with leap day raise ValueError.

Test with more complex polygon shapes.

Test that conversion produces consistent results across input types.

Test _constructRequest with mocked API call.

Test basic constructor and properties.

Test basic constructor and properties.

Test basic constructor

Test constructor with no valid plugins.

Test constructor with invalid feature type.

Test constructor with multiple feature types.

Test constructor with catchments disabled

Test that constructor sets properties correctly

Test that constructor sets properties correctly

Test US variant constructor.

Test that constructor with WaterData protocol sets properties correctly

Test constructor with ID field specified

Test that coordinates are properly converted from km to meters.

Test that coordinates are in degrees (lat/lon), not meters.

Test ManagerRaster with Coweeta basin geometry.

CRS for test geometry (UTM Zone 17N)

Test that CRS is properly handled

Test that CRS is properly handled

Test with custom bounds.

Test with custom dimension names.

Test custom nodata values.

Test custom time dimension name.

Test mode computation with custom time dimension name.

Test using a custom time dimension name.