#include <iostream>
#include <stdlib.h>
#include <math.h>
#include <string.h>
#include <vector.h>
#include <MeasurementPoint.hh>
#include <TGraph.h>
#include <TH1F.h>
#include <TH2F.h>

using namespace std;

void copy_rcetousb()


{

  /*
  //--- Digital Test
  Digi_Mask_Mod = (TH2D*) (aReader.Digi_Mask_Mod)->Clone();
  Digi_FEI4_Errors_Proc= (TH1I*) (aReader.Digi_FEI4_Errors_Proc)->Clone();
  Digi_Occupancy_Point_000=(TH2C*)(aReader.Digi_Occupancy_Point_000)->Clone();
	
  //--- Analog Test
  Anal_Mask_Mod= (TH2D*) (aReader.Anal_Mask_Mod)->Clone();
  Anal_FEI4_Errors_Proc= (TH1I*) (aReader.Anal_FEI4_Errors_Proc)->Clone();
  Anal_Occupancy_Point_000= (TH2C*)(aReader.Anal_Occupancy_Point_000)->Clone();
	
  //--- Threshold Scan
  Thre_thresh2d= (TH2F*) (aReader.Thre_thresh2d)->Clone();
  Thre_thresh1d= (TH1F*) (aReader.Thre_thresh1d)->Clone();
  Thre_threshdist= (TH1F*) (aReader.Thre_threshdist)->Clone();
  Thre_sigma1d= (TH1F*) (aReader.Thre_sigma1d)->Clone();
  Thre_sigmadist= (TH1F*) (aReader.Thre_sigmadist)->Clone();
  Thre_BadPixels= (TH2F*) (aReader.Thre_BadPixels)->Clone();
  Thre_HitsPerBin=(TH1D*) (aReader.Thre_HitsPerBin)->Clone();
  Thre_ChiSquare=(TH2F*) (aReader.Thre_ChiSquare)->Clone();
  Thre_FEI4_Errors_Proc=(TH1I*)(aReader.Thre_FEI4_Errors_Proc)->Clone();
  Thre_Iter=(TH2F*)(aReader.Thre_Iter)->Clone();
  Thre_Mean=(TH2F*)(aReader.Thre_Mean)->Clone();
  Thre_Sigma=(TH2F*)(aReader.Thre_Sigma)->Clone();
  for (unsigned i=0; i < Thre_Occupancy.size() ; i++)
    {
      Thre_Occupancy[i] = (TH2C*)(aReader.Thre_Occupancy[i])->Clone();
    }
  //---CrossTalk Scans
  Cros_thresh2d= (TH2F*) (aReader.Cros_thresh2d)->Clone();
  Cros_thresh1d= (TH1F*) (aReader.Cros_thresh1d)->Clone();
  Cros_threshdist= (TH1F*) (aReader.Cros_threshdist)->Clone();
  Cros_sigma1d= (TH1F*) (aReader.Cros_sigma1d)->Clone();
  Cros_sigmadist= (TH1F*) (aReader.Cros_sigmadist)->Clone();
  Cros_crosstalk2d= (TH2F*) (aReader.Cros_crosstalk2d)->Clone();
  Cros_crosstalk1d= (TH1F*) (aReader.Cros_crosstalk1d)->Clone();
  Cros_crosstalkdist= (TH1F*) (aReader.Cros_crosstalkdist)->Clone();
  Cros_ChiSquare= (TH2F*) (aReader.Cros_ChiSquare)->Clone();
  Cros_FEI4_Errors_Proc= (TH1I*) (aReader.Cros_FEI4_Errors_Proc)->Clone();
  Cros_Iter= (TH2F*) (aReader.Cros_Iter)->Clone();
  Cros_Mean= (TH2F*) (aReader.Cros_Mean)->Clone();
  Cros_Sigma= (TH2F*) (aReader.Cros_Sigma)->Clone();
  for (unsigned j=0; j < Cros_Occupancy.size() ; j++)
    {
      Cros_Occupancy[j] = (TH2C*)(aReader.Cros_Occupancy[j])->Clone();
    }
  return *this;

  */
}