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Using Interactive Overlay to Export Geographic Coordinates


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I can barely spell JavaScript, but I have envisioned an application working with or embedded in Google Earth that employs the following work flow:




  1. This application is intended on working at scales of 1–10 km.

  2. Apply a user-created overlay image in the Earth Viewer window, aligned to the local geographic grid, that shows detailed elevation data of the underlying terrain using chromatic scales.

  3. Insert a user-created transparent overlay containing a polygon or other geometric feature on top of the first overlay.

  4. Position, x-y deform, and/or rotate the geometric overlay so that its figure conforms to an underlying terrain feature revealed by the elevation overlay. Any of these alterations can be easily performed on Google Earth overlays.

  5. Export to a database geographic data relating to the geometric overlay, such as its center coordinates, the rotation angle commanded, and/or x-y deformations performed on the geometric overlay for further computations and analyses.


Potential computations using such data include determining a feature's orientation to True North, its perimeter measure, area, aspect ratio (length ÷ width), eccentricity/asymmetry, and other descriptive information.



Could one create such a tool using the Google Earth Engine environment available? And if so, is there a ready resource for getting started on such an application? I haven't been able to make much headway with what is available at the GEE project.



Thanks.









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    0















    I can barely spell JavaScript, but I have envisioned an application working with or embedded in Google Earth that employs the following work flow:




    1. This application is intended on working at scales of 1–10 km.

    2. Apply a user-created overlay image in the Earth Viewer window, aligned to the local geographic grid, that shows detailed elevation data of the underlying terrain using chromatic scales.

    3. Insert a user-created transparent overlay containing a polygon or other geometric feature on top of the first overlay.

    4. Position, x-y deform, and/or rotate the geometric overlay so that its figure conforms to an underlying terrain feature revealed by the elevation overlay. Any of these alterations can be easily performed on Google Earth overlays.

    5. Export to a database geographic data relating to the geometric overlay, such as its center coordinates, the rotation angle commanded, and/or x-y deformations performed on the geometric overlay for further computations and analyses.


    Potential computations using such data include determining a feature's orientation to True North, its perimeter measure, area, aspect ratio (length ÷ width), eccentricity/asymmetry, and other descriptive information.



    Could one create such a tool using the Google Earth Engine environment available? And if so, is there a ready resource for getting started on such an application? I haven't been able to make much headway with what is available at the GEE project.



    Thanks.









    share







    New contributor




    Terry is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
    Check out our Code of Conduct.























      0












      0








      0








      I can barely spell JavaScript, but I have envisioned an application working with or embedded in Google Earth that employs the following work flow:




      1. This application is intended on working at scales of 1–10 km.

      2. Apply a user-created overlay image in the Earth Viewer window, aligned to the local geographic grid, that shows detailed elevation data of the underlying terrain using chromatic scales.

      3. Insert a user-created transparent overlay containing a polygon or other geometric feature on top of the first overlay.

      4. Position, x-y deform, and/or rotate the geometric overlay so that its figure conforms to an underlying terrain feature revealed by the elevation overlay. Any of these alterations can be easily performed on Google Earth overlays.

      5. Export to a database geographic data relating to the geometric overlay, such as its center coordinates, the rotation angle commanded, and/or x-y deformations performed on the geometric overlay for further computations and analyses.


      Potential computations using such data include determining a feature's orientation to True North, its perimeter measure, area, aspect ratio (length ÷ width), eccentricity/asymmetry, and other descriptive information.



      Could one create such a tool using the Google Earth Engine environment available? And if so, is there a ready resource for getting started on such an application? I haven't been able to make much headway with what is available at the GEE project.



      Thanks.









      share







      New contributor




      Terry is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
      Check out our Code of Conduct.












      I can barely spell JavaScript, but I have envisioned an application working with or embedded in Google Earth that employs the following work flow:




      1. This application is intended on working at scales of 1–10 km.

      2. Apply a user-created overlay image in the Earth Viewer window, aligned to the local geographic grid, that shows detailed elevation data of the underlying terrain using chromatic scales.

      3. Insert a user-created transparent overlay containing a polygon or other geometric feature on top of the first overlay.

      4. Position, x-y deform, and/or rotate the geometric overlay so that its figure conforms to an underlying terrain feature revealed by the elevation overlay. Any of these alterations can be easily performed on Google Earth overlays.

      5. Export to a database geographic data relating to the geometric overlay, such as its center coordinates, the rotation angle commanded, and/or x-y deformations performed on the geometric overlay for further computations and analyses.


      Potential computations using such data include determining a feature's orientation to True North, its perimeter measure, area, aspect ratio (length ÷ width), eccentricity/asymmetry, and other descriptive information.



      Could one create such a tool using the Google Earth Engine environment available? And if so, is there a ready resource for getting started on such an application? I haven't been able to make much headway with what is available at the GEE project.



      Thanks.







      overlay





      share







      New contributor




      Terry is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
      Check out our Code of Conduct.










      share







      New contributor




      Terry is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
      Check out our Code of Conduct.








      share



      share






      New contributor




      Terry is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
      Check out our Code of Conduct.









      asked 6 mins ago









      TerryTerry

      1




      1




      New contributor




      Terry is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
      Check out our Code of Conduct.





      New contributor





      Terry is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
      Check out our Code of Conduct.






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