- Timestamp:
- 12/14/11 16:42:32 (12 years ago)
- Location:
- trunk/src
- Files:
-
- 2 edited
-
classes_principales.m (modified) (2 diffs)
-
presentation_lpao.m (modified) (3 diffs)
Legend:
- Unmodified
- Added
- Removed
-
trunk/src/classes_principales.m
r387 r464 77 77 % 78 78 classes_select = '"Savane arboree"'; 79 [lai_mean, lai_std , aa_moy, aa_ecartype] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix);79 [lai_mean, lai_std] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix); 80 80 % 81 81 classes_select = '"Savane arbustive arboree"'; 82 [lai_mean, lai_std , aa_moy, aa_ecartype] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix);82 [lai_mean, lai_std] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix); 83 83 % 84 84 classes_select = '"Savane arbustive boisee"'; 85 [lai_mean, lai_std , aa_moy, aa_ecartype] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix);85 [lai_mean, lai_std] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix); 86 86 % 87 87 classes_select = '"Savane arbustive"'; 88 [lai_mean, lai_std , aa_moy, aa_ecartype] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix);88 [lai_mean, lai_std] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix); 89 89 % 90 90 classes_select = '"Savane boisee"'; 91 [lai_mean, lai_std , aa_moy, aa_ecartype] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix);91 [lai_mean, lai_std] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix); 92 92 % 93 93 classes_select = '"Savane herbacee et arbustive"'; 94 [lai_mean, lai_std , aa_moy, aa_ecartype] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix);94 [lai_mean, lai_std] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix); 95 95 % 96 96 classes_select = '"Steppe arbustive arboree"'; 97 [lai_mean, lai_std , aa_moy, aa_ecartype] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix);97 [lai_mean, lai_std] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix); 98 98 % 99 99 classes_select = '"Zones de cultures"'; 100 [lai_mean, lai_std , aa_moy, aa_ecartype] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix);100 [lai_mean, lai_std] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix); 101 101 % 102 102 % read data barkeji 2008 103 103 zi_code = 'barkedji'; 104 104 nbligne = uint16(0); 105 seuil = uint16(30); 105 106 106 107 [lon_value, lat_value, datejul_value, datestr_value, lai_value, classes_value, msdnom_value] = read_lai_gis(yyyy, nbligne, zi_code); … … 109 110 % 110 111 classes_select = '"Savane arbustive arboree"'; 111 [lai_mean, lai_std , aa_moy, aa_ecartype] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix);112 [lai_mean, lai_std] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix, seuil); 112 113 % 113 114 classes_select = '"Savane herbacee et arbustive"'; 114 [lai_mean, lai_std , aa_moy, aa_ecartype] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix);115 [lai_mean, lai_std] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix, seuil); 115 116 % 116 117 classes_select = '"Savane arbustive"'; 117 [lai_mean, lai_std , aa_moy, aa_ecartype] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix);118 [lai_mean, lai_std] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix, seuil); 118 119 % 119 120 classes_select = '"Zones de cultures"'; 120 [lai_mean, lai_std , aa_moy, aa_ecartype] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix);121 [lai_mean, lai_std] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix, seuil); 121 122 % 122 123 classes_select = '"Savane boisee"'; 123 [lai_mean, lai_std , aa_moy, aa_ecartype] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix);124 [lai_mean, lai_std] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix, seuil); 124 125 % 125 126 classes_select = '"Steppe arbustive"'; 126 [lai_mean, lai_std , aa_moy, aa_ecartype] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix);127 [lai_mean, lai_std] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix, seuil); 127 128 % 128 129 classes_select = '"Steppe arbustive arboree"'; 129 [lai_mean, lai_std , aa_moy, aa_ecartype] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix);130 [lai_mean, lai_std] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix, seuil); 130 131 % 131 132 msdnom_select = '"HYDROMORPHES"'; 132 133 % 133 134 classes_select = '"Savane herbacee et arbustive"'; 134 [lai_mean, lai_std , aa_moy, aa_ecartype] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix);135 [lai_mean, lai_std] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix, seuil); 135 136 % 136 137 classes_select = '"Steppe arbustive arboree"'; 137 [lai_mean, lai_std , aa_moy, aa_ecartype] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix);138 [lai_mean, lai_std] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix, seuil); 138 139 % 139 140 classes_select = '"Steppe herbacee"'; 140 [lai_mean, lai_std , aa_moy, aa_ecartype] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix);141 [lai_mean, lai_std] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix, seuil); 141 142 % 142 143 classes_select = '"Zones de cultures"'; 143 [lai_mean, lai_std , aa_moy, aa_ecartype] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix);144 [lai_mean, lai_std] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix, seuil); 144 145 % 145 146 classes_select = '"Savane boisee"'; 146 [lai_mean, lai_std , aa_moy, aa_ecartype] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix);147 [lai_mean, lai_std] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix, seuil); 147 148 % 148 149 result=0; -
trunk/src/presentation_lpao.m
r388 r464 65 65 66 66 yyyy = uint16(2008); 67 seuil = uint16(100); 67 68 imageprefix='lai_2008_'; 68 69 … … 75 76 % 76 77 classes_select = '"Savane herbacee et arbustive"'; 77 [lai_mean, lai_std , aa_moy, aa_ecartype] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix);78 [lai_mean, lai_std] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix, seuil); 78 79 % 79 80 classes_select = '"Savane arboree"'; 80 [lai_mean, lai_std , aa_moy, aa_ecartype] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix);81 [lai_mean, lai_std] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix, seuil); 81 82 % 82 83 classes_select = '"Steppe herbacee et arbustive"'; 83 [lai_mean, lai_std , aa_moy, aa_ecartype] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix);84 [lai_mean, lai_std] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix, seuil); 84 85 % 85 86 classes_select = '"Savane arbustive boisee"'; 86 [lai_mean, lai_std , aa_moy, aa_ecartype] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix);87 [lai_mean, lai_std] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix, seuil); 87 88 % 88 89 classes_select = '"Savane herbacee arboree"'; 89 [lai_mean, lai_std , aa_moy, aa_ecartype] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix);90 [lai_mean, lai_std] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix, seuil); 90 91 % 91 92 classes_select = '"Zones de cultures"'; 92 [lai_mean, lai_std , aa_moy, aa_ecartype] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix);93 [lai_mean, lai_std] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix, seuil); 93 94 % 94 [lai_mean, lai_std , aa_moy, aa_ecartype] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix);95 [lai_mean, lai_std] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix, seuil); 95 96 % 96 97 % read data ferlo 2000-2008 to plot savane_arbustive_arboree figure … … 104 105 % 105 106 classes_select = '"Savane arbustive arboree"'; 106 [lai_mean, lai_std , aa_moy, aa_ecartype] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix);107 [lai_mean, lai_std] = plot_lai_gis(datejul_value, datestr_value, lai_value, classes_value, msdnom_value, classes_select, msdnom_select, zi_code, imageprefix, seuil); 107 108 % 108 109 end
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