Creating 2D Global Point Maps - Cylindrical Projection

RockWorks | Utilities | Map | Sphereplot |
2D Cylindrical Projection - Points

This program creates 2D global maps in a flat, cylindrical projection. It reads user-entered longitude and latitude coordinates from the main datasheet for plotting of individual points on the global map. It also offers global reference items (coastlines, islands, rivers) from a program database. The output map is displayed in RockPlot2D. (See the EarthApps for point maps output to Google Earth.)

Applications include seismic events, volcanoes, ocean temperatures, atmospheric temperatures, and more.

Menu Options
Step-by-Step Summary


Menu Options

Step-by-Step Summary

  1. Access the RockWorks Utilities program tab.
  2. Create a new datasheet and enter or import your listing the point coordinates to be plotted on the cylindrical global map.
    Or, open one of the sample files and replace that data with your own. (In this example, the sample file = "\RockWorks17 Data\ Samples\Sphereplot_Points_01.rwDat".) See the Global Map Point Data for details.

Google Earth Polyline Maps - Single

Longitude and latitude coordinates must be in decimal format.

  1. Select the Map | SpherePlot | 2D Cylindrical Projection - Points menu option. 
  2. Establish the requested menu settings, described above.
  3. Click the Process button to proceed.

The program will create a map illustrating the point locations, including the requested reference layers. The completed map will be displayed in a RockPlot2D tab in the options window.

  1. You can adjust any of the settings in the Options window (symbol options, annotations, etc.) and then click the Process button again to regenerate the map.
    ! Each time you click the Process button, the existing display will be replaced.
     
  2. View / save / manipulate / export / print the map in the RockPlot2D window. 


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