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tutorial:using_local_saturation [2013/08/14 19:56] 127.0.0.1 external edit |
tutorial:using_local_saturation [2020/02/18 23:12] (current) argemiro |
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- | Load the model ''simulate_deforestation_using_local_saturation.egoml'' from ''\Examples\advanced\local_saturation''. Local saturation prevents a change from occurring within a specific region, in which a class area is greater than an established threshold (Fig.1). This feature is useful to simulate diffusion process as well as to establish a minimum forest remaining area (as established by the Brazilian forest code for private properties). Local saturation can be implemented by reducing the probability of a transition using an asymptotic function as follows: | + | Load the model ''simulate_deforestation_using_local_saturation.egoml'' from ''\Guidebook_Dinamica_5\Models\additional_resources_lucc\local_saturation''. Local saturation prevents a change from occurring within a specific region, in which a class area is greater than an established threshold (Fig.1). This feature is useful to simulate diffusion process as well as to establish a minimum forest remaining area (as established by the Brazilian forest code for private properties). Local saturation can be implemented by reducing the probability of a transition using an asymptotic function as follows: |
**P<sub>2</sub> = P<sub>1</sub> * (Li – Oc) / (Li + Oc), case Li >= Oc\\ | **P<sub>2</sub> = P<sub>1</sub> * (Li – Oc) / (Li + Oc), case Li >= Oc\\ |