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DATASET * | fetch_full_dataset () |
void | sync_dataset_shared_members () |
void | free_subsample_mask () |
char * | copy_subsample_mask () |
char * | copy_dataset_submask () |
int | write_dataset_submask () |
int | write_model_submask () |
int | get_dataset_submask_size () |
int | get_model_submask_size () |
int | subsample_check_model () |
int | remove_model_subsample_info () |
int | submask_cmp () |
int | attach_subsample_to_model () |
int | add_dataset_to_model () |
int | restrict_sample () |
int | restrict_sample_from_mask () |
int | perma_sample () |
int | recode_strvals () |
int | complex_subsampled () |
int | dataset_is_subsampled () |
int | get_full_length_n () |
void | set_dataset_resampled () |
int | dataset_is_resampled () |
int | set_sample () |
int | set_panel_sample () |
int | restore_full_sample () |
int | backup_full_dataset () |
int | count_missing_values () |
void | maybe_free_full_dataset () |
int | model_sample_problem () |
int | fcast_not_feasible () |
int | same_dataset () |
void | print_sample_obs () |
void | print_sample_status () |
int | data_report () |
int restrict_sample (const char *param
,const int *list
,DATASET *dset
,ExecState *state
,gretlopt opt
,PRN *prn
,int *n_dropped
);
int restrict_sample_from_mask (char *mask
,DATASET *dset
,gretlopt opt
);
int set_sample (const char *start
,const char *stop
,DATASET *dset
,gretlopt opt
);
Sets the current sample range for dset
to that specified by
start
and stop
, if possible.
If opt
contains OPT_T
, make the sub-sampling permanent,
or in other words shrink the dataset to the selected range.
int set_panel_sample (const char *start
,const char *stop
,gretlopt opt
,DATASET *dset
,ExecState *s
,PRN *prn
);
int count_missing_values (const DATASET *dset
,gretlopt opt
,PRN *prn
,int *err
);
Prints a count of missing values (if any) in the current
dataset over the currently defined sample range (or the
entire data range if OPT_A
is given). If OPT_V
is given
this includes a count of missing values at each observation;
otherwise it just includes global and per-variable counts.