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model_examples [2012/01/18 18:14]
admin
model_examples [2019/07/09 19:48]
hermann [Additional models]
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 ====== Model Examples ====== ====== Model Examples ======
- 
-FIXME Version 1.9.0 uses the extension "​egoml"​ instead of "​xml"​. However, the map format is the same. 
  
 ===== Additional models ===== ===== Additional models =====
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   * [[variable time step net transition rates|Calculate variable time-step net transition rates]]   * [[variable time step net transition rates|Calculate variable time-step net transition rates]]
  
-  * [[Raster Cube|Create raster cube]] (FIXME Distributed as part of Dinamica 1.9.0) 
-  ​ 
-===== Models distributed as part of Dinamica EGO's Examples ===== 
- 
-==== Basic Examples ==== 
- 
-=== Patterns of Change === 
- 
-  * h0\h0.egoml 
-  * h1\h1.egoml 
-  * h2\h2.egoml 
-  * h3\h3.egoml 
-  * h4\h4.egoml 
-  * h5\h5.egoml 
-  * h7\h7.egoml 
-  * h9\h9.egoml 
-  * h10\h10.egoml 
-  * h11\h11.egoml 
-  * h12\h12.egoml 
-  * h13\h13.egoml 
-  * h14\h14.egoml 
-  * h15\h15.egoml 
- 
-=== Setup, Run and Validate a LUCC Model === 
- 
-  * 1_transition_matrix_calculation\determine_transition_matrix.egoml 
-  * 2_weights_of_evidence_ranges_calculation\determine_weights_of_evidence_ranges.egoml 
-  * 3_and_2_weights_of_evidence_ranges_and_coefficient_calculation\determine_weights_of_evidence_ranges_and_coefficients.egoml 
-  * 3_weights_of_evidence_coefficient_calculation\determine_weights_of_evidence_coefficients.egoml 
-  * 4_weights_of_evidence_correlation\weights_of_evidence_correlation.egoml 
-  * 5_run_lucc\simulate_deforestation_from_1997_2000_no_patch_formation.egoml 
-  * 6_validate_using_exponential_decay_function\determine-similarity-of-differences.egoml 
-  * 7_validate_using_multiple_windows_constant_decay_function\determine-muti-window-similarity-of-differences.egoml 
-  * 7_validate_using_multiple_windows_constant_decay_function\determine-muti-window-similarity-of-differences_complete.egoml 
-  * 8_run_lucc_with_patch_formation\simulate_deforestation_from_1997_2000_with_patch_formation.egoml 
-  * 9_run_lucc_with_patch_formation_and_expansion\simulate_deforestation_from_1997_2000_with_patch_formation_and_expansion.egoml 
-  * 10_run_deforestation_trajectories\simulate_deforestation_from_1997_2000_30years_ahead.ego 
-  * 10_run_deforestation_trajectories\simulate_deforestation_from_1997_2000_30years_ahead.egoml 
- 
-=== Game of Life  ==== 
- 
-  * game_of_life.egoml 
- 
-=== Various Applications === 
- 
-  * apply-edge-detection-convolution-easier.egoml 
-  * apply-edge-detection-convolution.egoml 
-  * calculate-road-density.egoml 
-  * [[Raster Cube|create-raster-cube.ego]]:​ Model used to construct raster cubes from a set of individual layers. (FIXME Distributed as part of Dinamica 1.9.0) 
-  * gcd-using-dowhile-and-new-calculate-map-EXPERIMENTAL.ego 
-  * gcd-using-dowhile.ego 
-  * gcd-using-while-and-new-calculate-map-EXPERIMENTAL.ego 
-  * gcd-using-while.ego 
-  * generate-triangular-probability-distribution.egoml 
- 
-=== LUCC Northen Mato Grosso ==== 
- 
-  * run\mato_grosso.egoml 
-  * run_roads\mato_grosso_road.egoml 
-  * run_roads_with_comments\mato_grosso_road.egoml 
-  * run_roads_with_comments\road_constructor.xml 
-  * run_roads_with_comments_and_workdirs\mato_grosso_road_with_workdirs.egoml 
-  * run_roads_wizard\land_change_and_road_constructor_model.egoml 
-  * run_with_comments\mato_grosso.egoml 
- 
-=== Urban Dynamics of Savassi - BH === 
- 
-  * project_changes_to_2020\savassi2020.egoml 
-  * simulate_2003\savassi2003.egoml 
-  * validate\compare_1996_to_2003.egoml 
-  * validate\compare_1996_to_2003_map_of_changes.egoml 
-  * validate\compare_2003_to_2003_simulated.egoml 
- 
-=== REDD Case Study === 
- 
-  * carbon_bookeeping_model.egoml 
-  * simulate_deforestation_under_socioeconomic_scenarios.egoml 
-  ​ 
-=== Genetic Algorithm === 
- 
-  * GAknn\Reciprocal_fitness1x1\GAReciprocal_fitness1x1.ego 
-  * GAknn\Reciprocal_fitness1x1\validation_fitness1x1.ego 
-  * GALimitedRanges120\Reciprocal_fitness1x1\GAReciprocal_fitness1x1.ego 
-  * GALimitedRanges120\Reciprocal_fitness1x1\validation_fitness1x1.ego 
-  * WEofE\Cal_Reciprocal_fitness1x1.ego 
-  * WEofE\validation_fitness1x1.ego 
-  ​ 
-=== Landscape Metrics ==== 
- 
-  * calc_largest_patch_index\calc_largest_patch_index.ego 
-  * calc_mean_patch_distances_and_standard_deviations\calc_mean_patch_nearest_centroid_distances_and_standard_deviations.ego 
-  * calc_mean_patch_distances_and_standard_deviations\calc_mean_patch_nearest_distances_and_standard_deviations.ego 
-  * calc_mean_patch_edges_and_standard_deviations\calc_mean_patch_edges_and_standard_deviations.ego 
-  * calc_mean_patch_sizes_and_standard_deviations\calc_mean_patch_sizes_and_standard_deviations.ego 
- 
-==== Advanced Examples ==== 
- 
-The examples below show how different model construction tecniques can be used to represent some specific concepts in Dinamica EGO. 
- 
-=== Local Saturation === 
- 
-  * simulate_deforestation_using_local_saturation.egoml 
-  * simulate_deforestation_using_local_saturation_built_using_sub_regions.egoml 
-  * simulate_deforestation_using_local_saturation_using_using_quadrants.egoml 
- 
-=== Multiple Parameters === 
- 
-  * simulate_deforestation_using_multiple_transition_matrix.egoml 
-  * simulate_deforestation_using_multiple_transition_matrix_and_weights.egoml 
- 
-=== Sojourn Time === 
- 
-  * simulate_deforestation_and_abandonment.egoml 
-  * simulate_deforestation_and_abandonment_using_sojourn_time.egoml 
-  * simulate_def_aband_and_deterministic_transition.egoml 
- 
-=== Sub-Regions ​ === 
- 
-  * determine_transition_matrix.egoml 
-  * determine_weights_of_evidence_ranges_and_coefficients.egoml 
-  * simulate_deforestation_using_sub_regions.egoml 
-  * simulate_deforestation_using_sub_regions_and_saving_probability_maps.egoml 
-  * simulate_deforestation_using_sub_regions_saving_sub_region_maps.egoml 
-  ​ 
-===== Models distributed as part of Dinamica EGO's Examples and described in the Dinamica EGO guidebook ===== 
- 
-=== Lesson 1 === 
- 
-  * a_simple_model.egoml 
- 
-=== Lesson 2 === 
- 
-  * calc_forest_remaining_extent_per_state.egoml 
- 
-=== Lesson 3 === 
- 
-  * calc_forest_remaining_extent_per_state_using_subregions.egoml 
- 
-=== Lesson 4 === 
  
-  * combine pathway.xml +  * [[agent_based_model:​start|Agent model of a rabbit population]]
-  * friction.egoml +
-  * join_towns.egoml +
-  * multiple_pathways.egoml +
-  * pathway.egoml +
-   +
-=== Lesson 5 ===+
  
-  * MCE_part1&​2&​3&​4&​5&​6.egoml +  * [[habitat_suitability_modeling_with_small_sample_size|Evaluating Weights of Evidence method for habitat suitability modeling: a comparison with Maximum Entropy for a case of few presence records]]
-  * MCE_part1&​2&​3&​4&​5&​6_complete.egoml +
-  * MCE_part1&​2&​3&​4&​5.egoml +
-  * MCE_part1&​2&​3&​4.egoml +
-  * MCE_part1&​2&​3&​4group.egoml +
-  * MCE_part1&​2&​3.egoml +
-  * MCE_part1&​2.1.egoml +
-  * MCE_part1&​2.egoml +
-  * MCE_part1&​2complete.egoml +
-  * MCE_part1.egoml+
  
 +  * [[intensity_analysis|Intensity Analysis]]
  
 +  * [[roc_suite|Receiver Operating Characteristic (ROC) suite]]