Some pointers for using this:
(@) Currently working approach:
- Use STK to generate snap of the scenario to be evaluated. Use .tif for better results
- Remember to fill the area targets with one colour and remove everything else from the scenario.
- Run preprocess2.m in MATLAB and choose required colours. (Google impixel)
- Run ip_approach1.m and feed it the path of the processed image.
(@) You'll get the plot in MATLAB, use photoshop to overlay it onto original image.
(@) Currently working on conversion of waypoints according to scale and feeding them to STK
EDIT:
(@) Conversion algorithm added. This is essentially how it works: top_left = [42.64595 36.08668]; %Got this from STK cursor bottom_right = [19.18550 110.76360]; %Got this from STK cursor
converted_points = [bottom_right(1)+(size(rad_map2,1)-OptimalPath(:,1)).*(top_left(1)-bottom_right(1))/size(rad_map2,1) top_left(2)+(bottom_right(2)-top_left(2)).*OptimalPath(:,2)/size(rad_map2,2)];
Simple explanation: Use the top-left and bottom right lat-long coordinates to suitably scale and translate the coordinates. NOTE: Images have their origin on the top left and coordinates traditionally start from bottom left (hence latitude needed to be subtracted to invert it, in a sense)
(@) Algorithm added to generate STK connect commands Generating a text file called STK_instr.txt with looped waypoint generation commands Result from this text file is to be fed to the HTML API of STK