Update README.md

Fixed example usage for WorkflowPt1Complete.py

README.md

@@ -100,7 +100,7 @@ optional arguments:
 
 Example usage:
 
-`>> python WorkflowPt1Complete.py C:\path\to\images\0000SET C:\path\to\output\directory  --altmin 800`
+`>> python WorkflowPt1Complete.py C:\path\to\images\ C:\path\to\output\directory  --altmin 800`
 
 This will create scaled (i.e. compressed) orthomosaics, excluding all imagery at an altitude below 800. Choosing an appropriate minimum altitude can be important to exclude images that were not intended to contribute to final orthomosaic productions (e.g. calibration imagery, imagery acquired during ascent to lowest stable altitude level, etc.). Remember that user input must always be given during the altitude filtering step, even if "n_alt_levels" is specified.
 
@@ -303,4 +303,4 @@ Example usage:
 
 `>> python Workflow_EmpiricalLineFit.py C:\path\to\post_processed\ortho_path_with_tarps C:\path\to\output\directory  --row_col_bright 961 1002 --row_col_dark 945 995 --other_tiles other_tile_1.tif other_tile_2.tif other_tile 3.tif`
 
-This will calculate the empirical line fit correction using the orthomosaic tile specifed in the first positional argument and apply it to that image as well as to the orthomosaic tiles indicated by the "other_tiles" argument. The script will use row/column values of 961/1002 and 945/995 to identify bright and dark tarp locations, respectively.
+This will calculate the empirical line fit correction using the orthomosaic tile specifed in the first positional argument and apply it to that image as well as to the orthomosaic tiles indicated by the "other_tiles" argument. The script will use row/column values of 961/1002 and 945/995 to identify bright and dark tarp locations, respectively.