|
3102 | 3102 | "grid" : true, |
3103 | 3103 | "item" : [ |
3104 | 3104 | { |
3105 | | - "id" : "ml_split", |
| 3105 | + "id" : "ml_dataSet", |
| 3106 | + "type" : "function", |
| 3107 | + "level": 1, |
| 3108 | + "name" : "Data Sets", |
| 3109 | + "tag" : "DATA SETS,MACHINE LEARNING,ML", |
| 3110 | + "path" : "visualpython - machine_learning - data sets", |
| 3111 | + "desc" : "Data sets for machine learning", |
| 3112 | + "file" : "m_ml/DataSets", |
| 3113 | + "apps" : { |
| 3114 | + "color": 1, |
| 3115 | + "icon": "apps/apps_white.svg" |
| 3116 | + } |
| 3117 | + }, |
| 3118 | + { |
| 3119 | + "id" : "ml_dataPrep", |
| 3120 | + "type" : "function", |
| 3121 | + "level": 1, |
| 3122 | + "name" : "Data Prep", |
| 3123 | + "tag" : "DATA PREPARATION,MACHINE LEARNING,ML", |
| 3124 | + "path" : "visualpython - machine_learning - data prep", |
| 3125 | + "desc" : "Data preparation for machine learning", |
| 3126 | + "file" : "m_ml/DataPrep", |
| 3127 | + "apps" : { |
| 3128 | + "color": 1, |
| 3129 | + "icon": "apps/apps_white.svg" |
| 3130 | + } |
| 3131 | + }, |
| 3132 | + { |
| 3133 | + "id" : "ml_dataSplit", |
3106 | 3134 | "type" : "function", |
3107 | 3135 | "level": 1, |
3108 | 3136 | "name" : "Data Split", |
|
3116 | 3144 | } |
3117 | 3145 | }, |
3118 | 3146 | { |
3119 | | - "id" : "ml_modelSelection", |
| 3147 | + "id" : "ml_regression", |
| 3148 | + "type" : "function", |
| 3149 | + "level": 1, |
| 3150 | + "name" : "Regression", |
| 3151 | + "tag" : "REGRESSION,MODEL,MACHINE LEARNING,ML", |
| 3152 | + "path" : "visualpython - machine_learning - regression", |
| 3153 | + "desc" : "Regression model for machine learning", |
| 3154 | + "file" : "m_ml/Regression", |
| 3155 | + "apps" : { |
| 3156 | + "color": 1, |
| 3157 | + "icon": "apps/apps_model.svg" |
| 3158 | + } |
| 3159 | + }, |
| 3160 | + { |
| 3161 | + "id" : "ml_classification", |
3120 | 3162 | "type" : "function", |
3121 | 3163 | "level": 1, |
3122 | | - "name" : "Model Creating", |
3123 | | - "tag" : "MODEL CREATE,MACHINE LEARNING,ML", |
3124 | | - "path" : "visualpython - machine_learning - model selection", |
3125 | | - "desc" : "Model creating for machine learning", |
3126 | | - "file" : "m_ml/modelSelection", |
| 3164 | + "name" : "Classification", |
| 3165 | + "tag" : "CLASSIFICATION,MODEL,MACHINE LEARNING,ML", |
| 3166 | + "path" : "visualpython - machine_learning - classification", |
| 3167 | + "desc" : "Classification model for machine learning", |
| 3168 | + "file" : "m_ml/Classification", |
3127 | 3169 | "apps" : { |
3128 | 3170 | "color": 1, |
3129 | 3171 | "icon": "apps/apps_model.svg" |
3130 | 3172 | } |
3131 | 3173 | }, |
3132 | 3174 | { |
3133 | | - "id" : "ml_fitting", |
| 3175 | + "id" : "ml_clustering", |
3134 | 3176 | "type" : "function", |
3135 | 3177 | "level": 1, |
3136 | | - "name" : "Fitting", |
3137 | | - "tag" : "FITTING,MACHINE LEARNING,ML", |
3138 | | - "path" : "visualpython - machine_learning - fitting", |
3139 | | - "desc" : "Fitting for machine learning", |
3140 | | - "file" : "m_ml/fitting", |
| 3178 | + "name" : "Clustering", |
| 3179 | + "tag" : "CLUSTERING,MODEL,MACHINE LEARNING,ML", |
| 3180 | + "path" : "visualpython - machine_learning - clustering", |
| 3181 | + "desc" : "Clustering model for machine learning", |
| 3182 | + "file" : "m_ml/Clustering", |
3141 | 3183 | "apps" : { |
3142 | 3184 | "color": 1, |
3143 | | - "icon": "apps/apps_fit.svg" |
| 3185 | + "icon": "apps/apps_model.svg" |
3144 | 3186 | } |
3145 | 3187 | }, |
3146 | 3188 | { |
3147 | | - "id" : "ml_transformation", |
| 3189 | + "id" : "ml_dimensionReduction", |
3148 | 3190 | "type" : "function", |
3149 | 3191 | "level": 1, |
3150 | | - "name" : "Transform", |
3151 | | - "tag" : "TRANSFORMATION,MACHINE LEARNING,ML", |
3152 | | - "path" : "visualpython - machine_learning - transformation", |
3153 | | - "desc" : "Transformation for machine learning", |
3154 | | - "file" : "m_ml/transformation", |
| 3192 | + "name" : "Dimension Reduction", |
| 3193 | + "tag" : "DIMENSION REDUCTION,MODEL,MACHINE LEARNING,ML", |
| 3194 | + "path" : "visualpython - machine_learning - dimension_reduction", |
| 3195 | + "desc" : "Dimension reduction model for machine learning", |
| 3196 | + "file" : "m_ml/DimensionReduction", |
3155 | 3197 | "apps" : { |
3156 | 3198 | "color": 1, |
3157 | | - "icon": "apps/apps_transform.svg" |
| 3199 | + "icon": "apps/apps_model.svg" |
3158 | 3200 | } |
3159 | 3201 | }, |
3160 | 3202 | { |
3161 | | - "id" : "ml_prediction", |
| 3203 | + "id" : "ml_autoML", |
3162 | 3204 | "type" : "function", |
3163 | 3205 | "level": 1, |
3164 | | - "name" : "Prediction", |
3165 | | - "tag" : "PREDICTION,MACHINE LEARNING,ML", |
3166 | | - "path" : "visualpython - machine_learning - prediction", |
3167 | | - "desc" : "Prediction for machine learning", |
3168 | | - "file" : "m_ml/prediction", |
| 3206 | + "name" : "AutoML", |
| 3207 | + "tag" : "AUTO ML,MODEL,MACHINE LEARNING,ML", |
| 3208 | + "path" : "visualpython - machine_learning - automl", |
| 3209 | + "desc" : "AutoML model for machine learning", |
| 3210 | + "file" : "m_ml/AutoML", |
3169 | 3211 | "apps" : { |
3170 | 3212 | "color": 1, |
3171 | | - "icon": "apps/apps_predict.svg" |
| 3213 | + "icon": "apps/apps_model.svg" |
3172 | 3214 | } |
3173 | 3215 | }, |
3174 | 3216 | { |
|
0 commit comments