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@@ -642,7 +642,6 @@ we need to define decimal hours:<br>
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10:42:07 NC local time = 10.70 decimal hours (decimal minutes: 42 * 100 / 60) which is 15.70 GMT:
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10:42:07 NC local time = 10.70 decimal hours (decimal minutes: 42 * 100 / 60) which is 15.70 GMT:
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<div class="code"><pre>
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<div class="code"><pre>
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-#--------- start of control file -----
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8 - geometrical conditions=Landsat ETM+
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8 - geometrical conditions=Landsat ETM+
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5 24 15.70 -78.691 35.749 - month day hh.ddd longitude latitude ("hh.ddd" is in GMT decimal hours)
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5 24 15.70 -78.691 35.749 - month day hh.ddd longitude latitude ("hh.ddd" is in GMT decimal hours)
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2 - atmospheric mode=midlatitude summer
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2 - atmospheric mode=midlatitude summer
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@@ -651,7 +650,6 @@ we need to define decimal hours:<br>
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-0.110 - mean target elevation above sea level [km]
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-0.110 - mean target elevation above sea level [km]
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-1000 - sensor on board a satellite
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-1000 - sensor on board a satellite
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64 - 4th band of ETM+ Landsat 7
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64 - 4th band of ETM+ Landsat 7
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-#--------- end of control file -------
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</pre></div>
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</pre></div>
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Finally, run the atmospheric correction (-r for reflectance input map; -a for date >July 2000;
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Finally, run the atmospheric correction (-r for reflectance input map; -a for date >July 2000;
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