update verbose output for coordinate type

README.md

@@ -665,8 +665,8 @@ river_object = centerline_width.riverCenterline(csv_data="data/river_coords.csv"
 
 The number of additional points added by interpolating can be adjusted with `interpolate_n`, but defaults to add 5 additional points between values
 
-## Development
-To run or test against `centerline-width` github repo, a development environment can be created via conda/miniconda
+## Development Environment
+To run or test against `centerline-width` github repo/fork, a development environment can be created via conda/miniconda
 
 First, [install Miniconda](https://docs.conda.io/projects/miniconda/en/latest/miniconda-install.html)
 
@@ -675,7 +675,7 @@ Then, using the existing `environment.yml`, a new conda environment can be creat
 ```
 conda env create --file environment.yml
 ```
-
+Once the environment has been built, activate the environment:
 ```
 conda activate centerline_width
 ```

centerline_width/preprocessing.py

@@ -59,7 +59,7 @@ def leftRightCoordinates(dataframe):
 			left_bank_coordinates.append([row.llon, row.llat])
 	return left_bank_coordinates, right_bank_coordinates
 
-def generatePolygon(left_bank_lst, right_bank_lst, recursion_check=False):
+def generatePolygon(left_bank_lst, right_bank_lst, coord_type=None, recursion_check=False):
 	# Return a shapely polygon based on the position of the river bank points
 	if len(right_bank_lst) == 0:
 		logger.critical("\nCRITICAL ERROR, right bank data is empty (or NaN)")
@@ -74,22 +74,26 @@ def generatePolygon(left_bank_lst, right_bank_lst, recursion_check=False):
 	bottom_river = LineString([Point(right_bank_lst[0][0], right_bank_lst[0][1]), Point(left_bank_lst[0][0], left_bank_lst[0][1])])
 
 	if not river_polygon.is_valid and not recursion_check:
-		logger.critical("[FAILED]  Invalid Polygon may need to be corrected")
-		polygon_check, _, _ = generatePolygon(left_bank_lst, right_bank_lst[::-1], recursion_check=True) # only run once with recursion_check set (just to check if reverse banks fixes issue)
+		logger.critical(f"[FAILED]  Invalid Polygon may need to be corrected - {coord_type}")
+		# only run once with recursion_check set (just to check if reverse banks fixes issue)
+		polygon_check, _, _ = generatePolygon(left_bank_lst=left_bank_lst,
+											  right_bank_lst=right_bank_lst[::-1],
+											  coord_type=coord_type,
+											  recursion_check=True) 
 		if polygon_check.is_valid:
 			logger.critical("\nWARNING: Invalid Polygon Due to Flipped Banks, fix recommendation: rerun convertColumnsToCSV() and set flipBankDirection=True (or reset to default 'False' if currently set to flipBankDirection=True)\n")
 	if river_polygon.is_valid and not recursion_check:
-		logger.info("[SUCCESS] Valid polygon generated")
+		logger.info(f"[SUCCESS] Valid polygon generated - {coord_type}")
 
 	return river_polygon, top_river, bottom_river
 
-def generateVoronoi(left_bank_lst, right_bank_lst):
+def generateVoronoi(left_bank_lst, right_bank_lst, coord_type=None):
 	# Generate a Voronoi shape based on the left/right bank points
 	all_banks_points = left_bank_lst + right_bank_lst
 	all_banks_points = np.array(all_banks_points)
 
 	river_voronoi = Voronoi(all_banks_points)
-	logger.info("[SUCCESS] Voronoi diagram generated")
+	logger.info(f"[SUCCESS] Voronoi diagram generated - {coord_type}")
 	return river_voronoi
 
 def pointsFromVoronoi(river_voronoi, river_polygon):

centerline_width/riverCenterlineClass.py

@@ -48,23 +48,23 @@ def __init__(self,
 		self.leftBankLength = centerline_width.centerlineLength(centerline_coordinates=left_bank_coordinates, ellipsoid=self.ellipsoid)
 
 		# Decimal Degrees: River polygon, position of the top/bottom polygon
-		river_bank_polygon, top_bank, bottom_bank = centerline_width.generatePolygon(self.left_bank_coordinates, self.right_bank_coordinates)
+		river_bank_polygon, top_bank, bottom_bank = centerline_width.generatePolygon(self.left_bank_coordinates, self.right_bank_coordinates, coord_type="Decimal Degrees")
 		self.bank_polygon = river_bank_polygon
 		self.top_bank = top_bank
 		self.bottom_bank = bottom_bank
 
 		# Relative Coordinates: River polygon, position of the top/bottom polygon
-		river_bank_polygon, top_bank, bottom_bank = centerline_width.generatePolygon(self.left_bank_relative_coordinates, self.right_bank_relative_coordinates)
+		river_bank_polygon, top_bank, bottom_bank = centerline_width.generatePolygon(self.left_bank_relative_coordinates, self.right_bank_relative_coordinates, coord_type="Relative Distance")
 		self.bank_polygon_relative = river_bank_polygon
 		self.top_bank_relative = top_bank
 		self.bottom_bank_relative = bottom_bank
 
 		# Decimal Degrees; Voronoi generated by left/right bank coordinates
-		river_bank_voronoi = centerline_width.generateVoronoi(self.left_bank_coordinates, self.right_bank_coordinates)
+		river_bank_voronoi = centerline_width.generateVoronoi(self.left_bank_coordinates, self.right_bank_coordinates, coord_type="Decimal Degrees")
 		self.bank_voronoi = river_bank_voronoi
 
 		# Relative Distance; Voronoi generated by left/right bank coordinates
-		river_bank_voronoi = centerline_width.generateVoronoi(self.left_bank_relative_coordinates, self.right_bank_relative_coordinates)
+		river_bank_voronoi = centerline_width.generateVoronoi(self.left_bank_relative_coordinates, self.right_bank_relative_coordinates, coord_type="Relative Distance")
 		self.bank_voronoi_relative = river_bank_voronoi
 
 		# Decimal Degrees all possible paths: starting/ending node, all possible paths (ridges), paths dictionary