a8k_app/lib-algo/a8k_opt_algo.hpp

#pragma once
#include <fstream>
#include <functional>
#include <iostream>
#include <list>
#include <map>
#include <memory>
#include <set>
#include <sstream>
#include <string>
#include <vector>

namespace a8k_opt_algo {
using namespace std;

typedef enum {
  kOptErr_suc,
  kOptErr_pointNumError,
} ecode_t;

class OptAlgoPreProcessResult {
 public:
  bool    scanAgain;
  int32_t suggestScanGain;
};

ecode_t T_A8kOptAlgoPreProcess(vector<float>            ogigin_val,              //
                               int32_t                  now_scan_gain,           //
                               int32_t                  expectResultRangeStart,  //
                               int32_t                  expectResultRangeEnd,    //
                               OptAlgoPreProcessResult& result);
ecode_t F_A8kOptAlgoPreProcess(vector<float>            ogigin_val,              //
                               int32_t                  now_scan_gain,           //
                               int32_t                  expectResultRangeStart,  //
                               int32_t                  expectResultRangeEnd,    //
                               OptAlgoPreProcessResult& result);

class PeakInfo {
 public:
  bool  find_peak;      
  float area;           
  int   peak_pos;        
  int   peak_start_pos;  
  int   peak_end_pos;    
};

class OptAlgoResult {
 public:
  vector<float> input;       
  vector<float> displayData; 
  PeakInfo pin040; 
  PeakInfo pin080; 
  PeakInfo pin120; 
  PeakInfo pin160; 
  PeakInfo pin200; 
};
ecode_t A8kOptAlgoProcess(vector<float> ogigin_val, OptAlgoResult& result);
class PorcessContext {
 public:
  vector<float> raw;      
  vector<float> avg;      
  vector<float> diff;     
  vector<float> diffX2;   
  float         agvline;  
};
void A8kOptAlgoGetProcessContext(PorcessContext& context);
}