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--- lesson_17 [2020/02/12 13:46]
britaldo
+++ lesson_17 [2020/02/18 00:29]
argemiro
@@ Line 37: / Line 37: @@
-Open Dinamica EGO and load the aforementioned maps from  ''lesson4\originals'' on the Map Viewer using the color table “mt”. Open the slope map using “Pseudocolor” as the current color palette and in the Histogram click on Limits to Actual and Histogram Equalize. As a first step, you need to reclassify the land use map to depict the cost of crossing each one of its land uses. Also you need to reclassify the slope map and then combine it with the land use map.
+Open Dinamica EGO and load the aforementioned maps from  ''Guidebook_Dinamica_5\Database\accumulated_cost_surface _least_cost_pathway'' on the Map Viewer. Open the slope map using “Pseudocolor” as the current color palette and in the Histogram click on Limits to Actual and Histogram Equalize. As a first step, you need to reclassify the land use map to depict the cost of crossing each one of its land uses. Also you need to reclassify the slope map and then combine it with the land use map.
 For the land use map use the following table:
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 {{ :tutorial:cost13.2.jpg |}}\\
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-If you go to ''Examples\run_lucc_northern_mato_grosso\run_roads_with_comments'' and open the model ''mato_grosso_road.egoml'', you will see how this set of algorithms can be adapted and combined to build a Road Constructor Module, a submodel that simulates the expansion of the road network in an Amazonian frontier region. This model is an example of the ability of Dinamica EGO platform for the ingenious design of spatial models.
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+===Congratulations, you have successfully completed this lesson!===
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-Congratulations, you have successfully completed this lesson! Now let’s move to the **next lesson:** [[lesson_18|LESSON 18: Building a land-use and land-cover change simulation model]]
+☞[[lesson_18|Next Lesson]]
+\\
+☞[[:guidebook_start| Back to Guidebook Start]]