Fixed use of capitals in GDE_TOOLS_create_industrial_cells.py

GDE_TOOLS_create_industrial_cells.py

@@ -660,22 +660,22 @@ def define_threshold_angle(width_EW, width_NS, outangle="radians"):
     """This function defines the threshold angle to consider one cell at a particular cardinal
     point with respect to another cell. The threshold angle depends only on the widths of the
     cells, i.e. width_EW, width_NS. This threshold angle allows to distinguish, for example,
-    between a cell located to the North, East or North-East of another cell. Though the cell
+    between a cell located to the north, east or north-east of another cell. Though the cell
     widths are input in degrees, they are treated as Cartesian.
 
     Args:
-        width_EW (float): width of the cell in the East-West direction, in degrees, >0.
-        width_NS (float): width of the cell in the North-south direction, in degrees, >0.
-        outangle (str): indicates the units of the output angle, i.e. "radians" or "degrees".
+        width_EW (float): Width of the cell in the east-west direction, in degrees, >0.
+        width_NS (float): Width of the cell in the north-south direction, in degrees, >0.
+        outangle (str): Indicates the units of the output angle, i.e. "radians" or "degrees".
 
     Returns:
-        ang_thr (float): threshold angle indicating:
-                         - the angle between the North-South orientation and the limit lines to
-                         consider a cell to be to the North or South of anoher cell (instead of
-                         the North-East, or North-West, or South-East, or South-West)
-                         - the angle between the East-West orientation and the limit lines to
-                         consider a cell to be to the East or West of another cell (instead of
-                         the North-East, or North-West, or South-East, or South-West)
+        ang_thr (float): Threshold angle indicating:
+                         - the angle between the north-south orientation and the limit lines to
+                         consider a cell to be to the north or south of anoher cell (instead of
+                         the north-east, or north-west, or south-east, or south-west)
+                         - the angle between the east-west orientation and the limit lines to
+                         consider a cell to be to the east or west of another cell (instead of
+                         the north-east, or north-west, or south-east, or south-west)
                          It returns NaN if the input widths are not positive numbers.
     """
 
@@ -708,7 +708,7 @@ def angles_from_coords(p1x, p1y, p2x, p2y):
         p2y (array of floats) = Y coordinates of Points labelled as 2.
 
     Returns:
-        anglesfromcoord (array of floats): angles formed by an E-W ("horizontal") line and a
+        anglesfromcoord (array of floats): Angles formed by an E-W ("horizontal") line and a
                                            segment that starts at P1 and finishes at P2, with
                                            P1 being the intersection point between the two
                                            lines. It will always be in the range [-pi, +pi].
@@ -726,12 +726,12 @@ def guarantee_radians(in_theta, theta_thr, inputangle):
     It returns the original in_theta and theta_thr if inputangle is "radians".
 
     Args:
-        in_theta (float): angles, in the units indicatd by inputangle
-        theta_thr (float): angles, in the units indicatd by inputangle
+        in_theta (float): Angles, in the units indicatd by inputangle
+        theta_thr (float): Angles, in the units indicatd by inputangle
 
     Returns:
-        in_theta (float): angles of in_theta, in radians
-        theta_thr (float): angles of theta_thr, in radians
+        in_theta (float): Angles of in_theta, in radians
+        theta_thr (float): Angles of theta_thr, in radians
     """
 
     if inputangle.lower() == "radians":