RepFilterByChannels.h

#ifndef __REP_FILTER_BY_CHAN
#define __REP_FILTER_BY_CHAN
 
#include "RepProcess.h"
 
class RepFilterByChannel : public RepProcessor {
private:
    vector<vector<char>> filter_luts;
    vector<int> filter_chan; 
public:
    string output_name; 
    string signal_name; 
    string signal_type; 
 
    vector<vector<string>> filter_set_by_val_channel; 
 
    RepFilterByChannel() {
        processor_type = REP_PROCESS_FILTER_BY_CHANNELS;
        output_name = "";
        signal_type = "T(i),V(f)";
        signal_name = "";
    }
 
    void register_virtual_section_name_id(MedDictionarySections& dict);
 
    int init(map<string, string>& mapper);
 
    void init_tables(MedDictionarySections& dict, MedSignals& sigs);
    void set_required_signal_ids(MedDictionarySections& dict) {};
    void set_affected_signal_ids(MedDictionarySections& dict) {};
 
    void fit_for_repository(MedPidRepository& rep);
 
    // Applying
    int _apply(PidDynamicRec& rec, vector<int>& time_points, vector<vector<float>>& attributes_mat);
 
    void print();
    ADD_CLASS_NAME(RepFilterByChannel)
        ADD_SERIALIZATION_FUNCS(processor_type, output_name, signal_name,
            unconditional, req_signals, aff_signals, virtual_signals,
            virtual_signals_generic, signal_type, filter_set_by_val_channel)
private:
    int v_out_sid = -1;
    int sig_id = -1;
    int v_out_n_vals, v_out_n_times;
};
 
MEDSERIALIZE_SUPPORT(RepFilterByChannel)
 
 
#endif