#Models *BEGIN SYNTAX ad_tree mix_method string nb_learn_data int *END *BEGIN SYNTAX ad_leaf work string ! eval string workmemo string evalmemo string nb_learn_data int learn_state int nb_learn_data_memo int mean float_vector std float_vector *END *BEGIN SYNTAX top_adaptive void_label string significant_labels string nb_learn_data int weight float *END *BEGIN SYNTAX null_model *END *BEGIN SYNTAX const_model value float ! *END *BEGIN SYNTAX fake_relation *END *BEGIN SYNTAX sulcalsketch_similarity_model distance_threshold float distance_slope float distance_weight float scaledistance_slope float scaledistance_weight float *END *BEGIN SYNTAX sulcalsketch_datadriven_model weight float *END *BEGIN SYNTAX functionalsketch_lowerscalebest scale_weight float *END *BEGIN SYNTAX functionalsketch_similarity similarity_weight float *END *BEGIN SYNTAX functionalsketch_intraprimalsketch intraps_weight float *END *BEGIN SYNTAX functionalsketch_datadriven datadriven_weight float datadriven_value_h float datadriven_value_x1 float datadriven_value_x2 float *END *BEGIN SYNTAX surfacebasedfunctionalsketch_lowerscalebest scale_weight float *END *BEGIN SYNTAX surfacebasedfunctionalsketch_similarity similarity_weight float similarity_distance float *END *BEGIN SYNTAX surfacebasedfunctionalsketch_intraprimalsketch intraps_weight float *END *BEGIN SYNTAX surfacebasedfunctionalsketch_datadriven datadriven_weight float datadriven_value_h float datadriven_value_x1 float datadriven_value_x2 float *END *BEGIN SYNTAX arnaud_datadriven_model weight float *END *BEGIN SYNTAX arnaud_lowerscalebest scale_weight float *END *BEGIN SYNTAX arnaud_similarity similarity_weight float similarity_distance *END *BEGIN SYNTAX arnaud_intraprimalsketch intraps_weight float *END *BEGIN SYNTAX arnaud_datadriven datadriven_weight float datadriven_value_h float datadriven_value_x1 float datadriven_value_x2 float *END # SubAdaptives *BEGIN SYNTAX sub_ad_mlp name string ! net string ! nstats int ! sigma float_vector ! mean float_vector ! eta float ! min_out float max_out float error_rate float gen_error_rate float global_min_gen_error float global_max_gen_error float local_min_gen_error float local_max_gen_error float gen_good_error_rate float gen_bad_error_rate float global_good_min_gen_error float global_good_max_gen_error float local_good_min_gen_error float local_good_max_gen_error float app_good_error_rate float steps_since_gen_min int global_gen_min_error float misclass_good_rate float misclass_bad_rate float testPeriod int real_class_mode string reliance_weight_method string *END *BEGIN SYNTAX sub_ad_gauss name string ! nstats int ! sigma float_vector ! mean float_vector ! error_rate float gen_error_rate float global_min_gen_error float global_max_gen_error float local_min_gen_error float local_max_gen_error float gen_good_error_rate float gen_bad_error_rate float global_good_min_gen_error float global_good_max_gen_error float local_good_min_gen_error float local_good_max_gen_error float app_good_error_rate float steps_since_gen_min int global_gen_min_error float misclass_good_rate float misclass_bad_rate float #ninputs int ! #ngauss int ! gauss_weights float_vector ! gauss_sigma float_vector ! gauss_centers float_vector ! gauss_samesigma int etaW float ! etaC float etaS float default_value float gauss_learn_func string real_class_mode string reliance_weight_method string *END *BEGIN SYNTAX sub_ad_loggauss name string ! nstats int ! sigma float_vector ! mean float_vector ! error_rate float gen_error_rate float global_min_gen_error float global_max_gen_error float local_min_gen_error float local_max_gen_error float gen_good_error_rate float gen_bad_error_rate float global_good_min_gen_error float global_good_max_gen_error float local_good_min_gen_error float local_good_max_gen_error float app_good_error_rate float steps_since_gen_min int global_gen_min_error float misclass_good_rate float misclass_bad_rate float #ninputs int ! #ngauss int ! gauss_weights float_vector ! gauss_sigma float_vector ! gauss_centers float_vector ! gauss_samesigma int etaW float ! etaC float etaS float default_value float gauss_learn_func string real_class_mode string reliance_weight_method string *END *BEGIN SYNTAX sub_ad_svm name string ! net string ! nstats int ! sigma float_vector ! mean float_vector ! min_out float max_out float error_rate float gen_error_rate float global_min_gen_error float global_max_gen_error float local_min_gen_error float local_max_gen_error float gen_good_error_rate float gen_bad_error_rate float global_good_min_gen_error float global_good_max_gen_error float local_good_min_gen_error float local_good_max_gen_error float app_good_error_rate float steps_since_gen_min int global_gen_min_error float misclass_good_rate float misclass_bad_rate float svm_mode string quality_slope float quality_shifted_bad_output int kernel_type string degree float gamma float coef0 float C float nu float epsilon float real_class_mode string reliance_weight_method string *END *BEGIN SYNTAX matrices_list __fallback__ float_vector *END *BEGIN SYNTAX sub_ad_mixgauss name string ! nstats int ! sigma float_vector ! mean float_vector ! min_out float max_out float error_rate float gen_error_rate float global_min_gen_error float global_max_gen_error float local_min_gen_error float local_max_gen_error float gen_good_error_rate float gen_bad_error_rate float global_good_min_gen_error float global_good_max_gen_error float local_good_min_gen_error float local_good_max_gen_error float app_good_error_rate float steps_since_gen_min int global_gen_min_error float misclass_good_rate float misclass_bad_rate float sqrtdets float_vector *END # CliqueDescr *BEGIN SYNTAX fold_descriptor nstats_normal int normal float_vector limit_size float *END *BEGIN SYNTAX fold_descriptor2 nstats_normal int normal float_vector nstats_E1E2 int e1e2 float_vector nstats_dir int direction float_vector normalized_output int *END *BEGIN SYNTAX fold_descriptor3 nstats_normal int normal float_vector nstats_E1E2 int e1e2 float_vector nstats_dir int direction float_vector normalized_output int *END *BEGIN SYNTAX fold_descriptor4 nstats_normal int normal float_vector nstats_E1E2 int e1e2 float_vector nstats_dir int direction float_vector normalized_output int *END *BEGIN SYNTAX fold_descriptor5 nstats_normal int normal float_vector nstats_E1E2 int e1e2 float_vector nstats_dir int direction float_vector normalized_output int output_inertia int *END *BEGIN SYNTAX inter_fold_descriptor *END *BEGIN SYNTAX inter_fold_descriptor2 *END *BEGIN SYNTAX inter_fold_descriptor4 *END *BEGIN SYNTAX inter_fold_descriptor5 output_inertia int *END *BEGIN SYNTAX brain_junction_descriptor *END *BEGIN SYNTAX gyrus_descriptor *END *BEGIN SYNTAX roi_descriptor *END # Mixers *BEGIN SYNTAX mean_mixer *END # Optimizer *BEGIN SYNTAX grid_optimizer_parameter ranges int_vector ! scale string ! *END *BEGIN SYNTAX grid_optimizer_parameters __fallback__ grid_optimizer_parameter *END *BEGIN SYNTAX grid_optimizer parameters grid_optimizer_parameters ! strategy string ! *END # Dimension reduction *BEGIN SYNTAX fake_dimreduction *END *BEGIN SYNTAX ranks_dimreduction ranks int_vector ! select int ! *END *BEGIN SYNTAX matrix_dimreduction matrix float_vector ! shape int_vector ! select int ! *END