In MUYSC, we utilize decimal coordinates to accurately locate objects, and for enhanced precision in studying specific zones, we recommend using Google Earth.
In MUYSC, we utilize decimal coordinates to accurately locate objects, and for enhanced precision in studying specific zones, we recommend using Google Earth.
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The initial step involves creating a polygon surrounding the object of interest. Subsequently, place two points along a diagonal of the polygon, and input the obtained geographic coordinates into the MUYSC format. This will result in a quadrilateral representing the study area.
The initial step involves creating a polygon surrounding the object of interest. Subsequently, place two points along a diagonal of the polygon, and input the obtained geographic coordinates into the MUYSC format. This will result in a quadrilateral representing the study area.
:::{note}
:::{note}
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@@ -26,9 +26,9 @@ a.plot_structure()
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@@ -26,9 +26,9 @@ a.plot_structure()
The following illustrates an example of how MUYSC can display the geological structure:
The following illustrates an example of how MUYSC can display the geological structure:
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Now let's see other part in the world
Now let's see other part in the world
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@@ -43,6 +43,5 @@ a.plot_structure()
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@@ -43,6 +43,5 @@ a.plot_structure()
The following illustrates an example of how MUYSC can display the geological structure:
The following illustrates an example of how MUYSC can display the geological structure:
