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ResonanceCheckerV11.cpp
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ResonanceCheckerV11.cpp
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//This code is not the same as v1. Remaking the resonence code to be able to act alone so pos growth models and non pos growth may be looked at.
//V2: Attempting to make code output resonence data. Unfinished. Need to work out way to output ResonenceRatios to correct file with or without cut on data. Also want overall average ratio?
///Note: So far its finished?
///Note: Add collection of near resonances to smolec? Also eventually want bulk data output?
///Note: Must add conditions for things only working when FU period is positive as well. Also need condition that does not output 1 to file if no pos growth rate models were found for a mode
//V3: Added conditions for pos FU period and when no pos growth rates were found. This results in a lot less data! Make collection of close resoneces?
//V4: Adding Check with all other modes
///Note: Need to run through modes and get all periods first. Then run through loop that calculates the resonances.
///All FU_mode varibles now changed, now need to add each modes resonance calc and variables/arrays
///All done?!? - Running to check no problems with copy paste and replace. Also note that all varibles have the form: Name_ModeBeingCheckedWith_ModeBeingChecked
//V5: Fixing some things with output - Looks like thirdO was done two times too many. Need to delete these and carry that down for all below. Also changed spacing from 20 to 30.
///Note: Still outputing -1 due to illegal inf when dividing by 0. This can be fixed by making if/else statments first and asigning a varible to be outputted - lots of work though
///EighthO Check must be broken, no output when there should be Pos growth models - Fixed? Typo in assignment of growth_EighthO. Running and checking...
///Program output seems good now. Add standard deviation calc for each mode combination?? -V6?
///2O output is wrong, there is a bug somewhere
//V6: Adding SD calculation for each combination along with output to set divided files. 2O output still wrong - Can't find bug.
///Note: SD calcs arent working, need if statments that are in ratio calculator
///SD calcs now seem correct. Still need some sort of collecter (+-0.005, +-0.05 ect?) - probably V7
//V7: Adding collection conditions in main loop. Also attempting to fix 2O, thinking it might be due to the 2 in a varible name? Also adding NumOf output
///SD calcs seem to be broken again, shouldve been smaller with bounds but are now larger? - Could just be multiple reasonances? -Attempting to fix this with an initalization of mean within each for loop for SD calcs.
//V8: Adding graphical output for plot of P0/P1 against P0
//V9: Adding file output of freq, growth, and Teff for FO FU Fig 5 from smolec. Need to use model grid in parallel with LINA data to do this.
//V10: Fixed V9 at midnight?
//V11: Changed all Fig5 to Fig4 - represents the actual figure number now. Adding option to sort by composition as well? Turn offs for other functions too?
# include <iostream>
# include <fstream>
# include <math.h>
# include <iomanip>
# include <cmath>
# include <stdlib.h>
# include <cstdlib>
//# include <fstream.h>
# include <string.h>
# include <string>
//# include <dos.h> //For Sleep()
using namespace std;
int main(){
////////////Controls///////////////////
int NumOfSets = 4; //Number of sets, usually 4 for A, B, C, D. Max is 4 sets currently
int NumOfModels = 20412; //Total possible number of models. 20412 is total TypeII models. 16281 is Classical Cep. 15876 is RRL.
int NumOfModes = 10; //Number of modes investigated. Max is 10. Must have the positive growth files named accordingly with prefix and suffix below!
char outputFileName[50] = "ResonanceData"; //output file name for all output files from this program (ie SD or ResonanceRatio will be done automatically). Will have prefix for mode defined below as well as the set suffix.
char LINAFileName[30] = "LINA_period_growth.data"; //Normally should be "LINA_period_growth.data"
char HistoryFileName[30] = "history"; //Normally should be "history"
char ModelGridFileName[50] = "models_linearanalysis_BLH.dat"; //Name of input model grid, used to get values for Fig4, maybe others?
char log_directory_prefix_SetA[100] = "LINA_reruns/SetA/LOGS/logs_"; //Prefix to log_directory, suffix is model number. This is where LINA file should be
char log_directory_prefix_SetB[100] = "LINA_reruns/SetB/LOGS/logs_"; //Prefix to log_directory, suffix is model number. This is where LINA file should be
char log_directory_prefix_SetC[100] = "LINA_reruns/SetC/LOGS/logs_"; //Prefix to log_directory, suffix is model number. This is where LINA file should be
char log_directory_prefix_SetD[100] = "LINA_reruns/SetD/LOGS/logs_"; //Prefix to log_directory, suffix is model number. This is where LINA file should be
char FU_FilePrefix[50] = "FU_"; //Prefix to input/output files that contain data for FU mode
char FO_FilePrefix[50] = "FO_"; //Prefix to input/output files that contain data for FO mode
char SO_FilePrefix[50] = "2O_"; //Prefix to input/output files that contain data for 2O mode
char ThirdO_FilePrefix[50] = "ThirdO_"; //Prefix to input/output files that contain data for ThirdO mode
char ForthO_FilePrefix[50] = "ForthO_"; //Prefix to input/output files that contain data for ForthO mode
char FifthO_FilePrefix[50] = "FifthO_"; //Prefix to input/output files that contain data for FifthO mode
char SixthO_FilePrefix[50] = "SixthO_"; //Prefix to input/output files that contain data for SixthO mode
char SeventhO_FilePrefix[50] = "SeventhO_"; //Prefix to input/output files that contain data for SeventhO mode
char EighthO_FilePrefix[50] = "EighthO_"; //Prefix to input/output files that contain data for EighthO mode
char NinthO_FilePrefix[50] = "NinthO_"; //Prefix to input/output files that contain data for NinthO mode
char SetA_Suffix[10] = "_SetA.dat"; //Suffix to input/output file for SetA
char SetB_Suffix[10] = "_SetB.dat"; //Suffix to input/output file for SetB
char SetC_Suffix[10] = "_SetC.dat"; //Suffix to input/output file for SetC
char SetD_Suffix[10] = "_SetD.dat"; //Suffix to input/output file for SetD
double bound = 0.005; //The bound for each ratios distance from expected ratios for resonance (resonance+-bound)
//Fig4 Controls//
double Mass_ToLookFor = 0.6;
double L_ToLookFor = 50;
double z_ToLookFor = 0.00135;
bool DoPosGrowthCut = false; //If true, will only get positive growth models (Still mode being checked with will always be positive)
bool DoBoundsCut = true; //If true, will only output models within bounds around (resonance+-bound)
bool TurnOffResRatio = true; //If true, will turn off ratio calculation along with any output. Fig4 creation still works
///////////////////////////////////////
//Variables//
const int nArray = NumOfModels + 1;
char FU_FileName[100];
char FO_FileName[100];
char SO_FileName[100];
char ThirdO_FileName[100];
char ForthO_FileName[100];
char FifthO_FileName[100];
char SixthO_FileName[100];
char SeventhO_FileName[100];
char EighthO_FileName[100];
char NinthO_FileName[100];
char FU_FullOutputFileName[100];
char FO_FullOutputFileName[100];
char SO_FullOutputFileName[100];
char ThirdO_FullOutputFileName[100];
char ForthO_FullOutputFileName[100];
char FifthO_FullOutputFileName[100];
char SixthO_FullOutputFileName[100];
char SeventhO_FullOutputFileName[100];
char EighthO_FullOutputFileName[100];
char NinthO_FullOutputFileName[100];
///////////////////////////////////////////
double ResonanceRatio_FU_FU_SetA[nArray];
double ResonanceRatio_FU_FO_SetA[nArray];
double ResonanceRatio_FU_2O_SetA[nArray];
double ResonanceRatio_FU_ThirdO_SetA[nArray];
double ResonanceRatio_FU_ForthO_SetA[nArray];
double ResonanceRatio_FU_FifthO_SetA[nArray];
double ResonanceRatio_FU_SixthO_SetA[nArray];
double ResonanceRatio_FU_SeventhO_SetA[nArray];
double ResonanceRatio_FU_EighthO_SetA[nArray];
double ResonanceRatio_FU_NinthO_SetA[nArray];
double ResonanceRatio_FU_FU_SetB[nArray];
double ResonanceRatio_FU_FO_SetB[nArray];
double ResonanceRatio_FU_2O_SetB[nArray];
double ResonanceRatio_FU_ThirdO_SetB[nArray];
double ResonanceRatio_FU_ForthO_SetB[nArray];
double ResonanceRatio_FU_FifthO_SetB[nArray];
double ResonanceRatio_FU_SixthO_SetB[nArray];
double ResonanceRatio_FU_SeventhO_SetB[nArray];
double ResonanceRatio_FU_EighthO_SetB[nArray];
double ResonanceRatio_FU_NinthO_SetB[nArray];
double ResonanceRatio_FU_FU_SetC[nArray];
double ResonanceRatio_FU_FO_SetC[nArray];
double ResonanceRatio_FU_2O_SetC[nArray];
double ResonanceRatio_FU_ThirdO_SetC[nArray];
double ResonanceRatio_FU_ForthO_SetC[nArray];
double ResonanceRatio_FU_FifthO_SetC[nArray];
double ResonanceRatio_FU_SixthO_SetC[nArray];
double ResonanceRatio_FU_SeventhO_SetC[nArray];
double ResonanceRatio_FU_EighthO_SetC[nArray];
double ResonanceRatio_FU_NinthO_SetC[nArray];
double ResonanceRatio_FU_FU_SetD[nArray];
double ResonanceRatio_FU_FO_SetD[nArray];
double ResonanceRatio_FU_2O_SetD[nArray];
double ResonanceRatio_FU_ThirdO_SetD[nArray];
double ResonanceRatio_FU_ForthO_SetD[nArray];
double ResonanceRatio_FU_FifthO_SetD[nArray];
double ResonanceRatio_FU_SixthO_SetD[nArray];
double ResonanceRatio_FU_SeventhO_SetD[nArray];
double ResonanceRatio_FU_EighthO_SetD[nArray];
double ResonanceRatio_FU_NinthO_SetD[nArray];
double OverallResonance_FU_FU_SetA = 0;
double AverageResonance_FU_FU_SetA;
double OverallResonance_FU_FU_SetB = 0;
double AverageResonance_FU_FU_SetB;
double OverallResonance_FU_FU_SetC = 0;
double AverageResonance_FU_FU_SetC;
double OverallResonance_FU_FU_SetD = 0;
double AverageResonance_FU_FU_SetD;
double OverallResonance_FU_FO_SetA = 0;
double AverageResonance_FU_FO_SetA;
double OverallResonance_FU_FO_SetB = 0;
double AverageResonance_FU_FO_SetB;
double OverallResonance_FU_FO_SetC = 0;
double AverageResonance_FU_FO_SetC;
double OverallResonance_FU_FO_SetD = 0;
double AverageResonance_FU_FO_SetD;
double OverallResonance_FU_2O_SetA = 0;
double AverageResonance_FU_2O_SetA;
double OverallResonance_FU_2O_SetB = 0;
double AverageResonance_FU_2O_SetB;
double OverallResonance_FU_2O_SetC = 0;
double AverageResonance_FU_2O_SetC;
double OverallResonance_FU_2O_SetD = 0;
double AverageResonance_FU_2O_SetD;
double OverallResonance_FU_ThirdO_SetA = 0;
double AverageResonance_FU_ThirdO_SetA;
double OverallResonance_FU_ThirdO_SetB = 0;
double AverageResonance_FU_ThirdO_SetB;
double OverallResonance_FU_ThirdO_SetC = 0;
double AverageResonance_FU_ThirdO_SetC;
double OverallResonance_FU_ThirdO_SetD = 0;
double AverageResonance_FU_ThirdO_SetD;
double OverallResonance_FU_ForthO_SetA = 0;
double AverageResonance_FU_ForthO_SetA;
double OverallResonance_FU_ForthO_SetB = 0;
double AverageResonance_FU_ForthO_SetB;
double OverallResonance_FU_ForthO_SetC = 0;
double AverageResonance_FU_ForthO_SetC;
double OverallResonance_FU_ForthO_SetD = 0;
double AverageResonance_FU_ForthO_SetD;
double OverallResonance_FU_FifthO_SetA = 0;
double AverageResonance_FU_FifthO_SetA;
double OverallResonance_FU_FifthO_SetB = 0;
double AverageResonance_FU_FifthO_SetB;
double OverallResonance_FU_FifthO_SetC = 0;
double AverageResonance_FU_FifthO_SetC;
double OverallResonance_FU_FifthO_SetD = 0;
double AverageResonance_FU_FifthO_SetD;
double OverallResonance_FU_SixthO_SetA = 0;
double AverageResonance_FU_SixthO_SetA;
double OverallResonance_FU_SixthO_SetB = 0;
double AverageResonance_FU_SixthO_SetB;
double OverallResonance_FU_SixthO_SetC = 0;
double AverageResonance_FU_SixthO_SetC;
double OverallResonance_FU_SixthO_SetD = 0;
double AverageResonance_FU_SixthO_SetD;
double OverallResonance_FU_SeventhO_SetA = 0;
double AverageResonance_FU_SeventhO_SetA;
double OverallResonance_FU_SeventhO_SetB = 0;
double AverageResonance_FU_SeventhO_SetB;
double OverallResonance_FU_SeventhO_SetC = 0;
double AverageResonance_FU_SeventhO_SetC;
double OverallResonance_FU_SeventhO_SetD = 0;
double AverageResonance_FU_SeventhO_SetD;
double OverallResonance_FU_EighthO_SetA = 0;
double AverageResonance_FU_EighthO_SetA;
double OverallResonance_FU_EighthO_SetB = 0;
double AverageResonance_FU_EighthO_SetB;
double OverallResonance_FU_EighthO_SetC = 0;
double AverageResonance_FU_EighthO_SetC;
double OverallResonance_FU_EighthO_SetD = 0;
double AverageResonance_FU_EighthO_SetD;
double OverallResonance_FU_NinthO_SetA = 0;
double AverageResonance_FU_NinthO_SetA;
double OverallResonance_FU_NinthO_SetB = 0;
double AverageResonance_FU_NinthO_SetB;
double OverallResonance_FU_NinthO_SetC = 0;
double AverageResonance_FU_NinthO_SetC;
double OverallResonance_FU_NinthO_SetD = 0;
double AverageResonance_FU_NinthO_SetD;
double SD_FU_FU_SetA = 0;
double SD_FU_FU_SetB = 0;
double SD_FU_FU_SetC = 0;
double SD_FU_FU_SetD = 0;
double SD_FU_FO_SetA = 0;
double SD_FU_FO_SetB = 0;
double SD_FU_FO_SetC = 0;
double SD_FU_FO_SetD = 0;
double SD_FU_2O_SetA = 0;
double SD_FU_2O_SetB = 0;
double SD_FU_2O_SetC = 0;
double SD_FU_2O_SetD = 0;
double SD_FU_ThirdO_SetA = 0;
double SD_FU_ThirdO_SetB = 0;
double SD_FU_ThirdO_SetC = 0;
double SD_FU_ThirdO_SetD = 0;
double SD_FU_ForthO_SetA = 0;
double SD_FU_ForthO_SetB = 0;
double SD_FU_ForthO_SetC = 0;
double SD_FU_ForthO_SetD = 0;
double SD_FU_FifthO_SetA = 0;
double SD_FU_FifthO_SetB = 0;
double SD_FU_FifthO_SetC = 0;
double SD_FU_FifthO_SetD = 0;
double SD_FU_SixthO_SetA = 0;
double SD_FU_SixthO_SetB = 0;
double SD_FU_SixthO_SetC = 0;
double SD_FU_SixthO_SetD = 0;
double SD_FU_SeventhO_SetA = 0;
double SD_FU_SeventhO_SetB = 0;
double SD_FU_SeventhO_SetC = 0;
double SD_FU_SeventhO_SetD = 0;
double SD_FU_EighthO_SetA = 0;
double SD_FU_EighthO_SetB = 0;
double SD_FU_EighthO_SetC = 0;
double SD_FU_EighthO_SetD = 0;
double SD_FU_NinthO_SetA = 0;
double SD_FU_NinthO_SetB = 0;
double SD_FU_NinthO_SetC = 0;
double SD_FU_NinthO_SetD = 0;
double var_FU_FU_SetA = 0;
double var_FU_FU_SetB = 0;
double var_FU_FU_SetC = 0;
double var_FU_FU_SetD = 0;
double var_FU_FO_SetA = 0;
double var_FU_FO_SetB = 0;
double var_FU_FO_SetC = 0;
double var_FU_FO_SetD = 0;
double var_FU_2O_SetA = 0;
double var_FU_2O_SetB = 0;
double var_FU_2O_SetC = 0;
double var_FU_2O_SetD = 0;
double var_FU_ThirdO_SetA = 0;
double var_FU_ThirdO_SetB = 0;
double var_FU_ThirdO_SetC = 0;
double var_FU_ThirdO_SetD = 0;
double var_FU_ForthO_SetA = 0;
double var_FU_ForthO_SetB = 0;
double var_FU_ForthO_SetC = 0;
double var_FU_ForthO_SetD = 0;
double var_FU_FifthO_SetA = 0;
double var_FU_FifthO_SetB = 0;
double var_FU_FifthO_SetC = 0;
double var_FU_FifthO_SetD = 0;
double var_FU_SixthO_SetA = 0;
double var_FU_SixthO_SetB = 0;
double var_FU_SixthO_SetC = 0;
double var_FU_SixthO_SetD = 0;
double var_FU_SeventhO_SetA = 0;
double var_FU_SeventhO_SetB = 0;
double var_FU_SeventhO_SetC = 0;
double var_FU_SeventhO_SetD = 0;
double var_FU_EighthO_SetA = 0;
double var_FU_EighthO_SetB = 0;
double var_FU_EighthO_SetC = 0;
double var_FU_EighthO_SetD = 0;
double var_FU_NinthO_SetA = 0;
double var_FU_NinthO_SetB = 0;
double var_FU_NinthO_SetC = 0;
double var_FU_NinthO_SetD = 0;
int NumOfFU_FU_SetA = 0;
int NumOfFU_FU_SetB = 0;
int NumOfFU_FU_SetC = 0;
int NumOfFU_FU_SetD = 0;
int NumOfFU_FO_SetA = 0;
int NumOfFU_FO_SetB = 0;
int NumOfFU_FO_SetC = 0;
int NumOfFU_FO_SetD = 0;
int NumOfFU_2O_SetA = 0;
int NumOfFU_2O_SetB = 0;
int NumOfFU_2O_SetC = 0;
int NumOfFU_2O_SetD = 0;
int NumOfFU_ThirdO_SetA = 0;
int NumOfFU_ThirdO_SetB = 0;
int NumOfFU_ThirdO_SetC = 0;
int NumOfFU_ThirdO_SetD = 0;
int NumOfFU_ForthO_SetA = 0;
int NumOfFU_ForthO_SetB = 0;
int NumOfFU_ForthO_SetC = 0;
int NumOfFU_ForthO_SetD = 0;
int NumOfFU_FifthO_SetA = 0;
int NumOfFU_FifthO_SetB = 0;
int NumOfFU_FifthO_SetC = 0;
int NumOfFU_FifthO_SetD = 0;
int NumOfFU_SixthO_SetA = 0;
int NumOfFU_SixthO_SetB = 0;
int NumOfFU_SixthO_SetC = 0;
int NumOfFU_SixthO_SetD = 0;
int NumOfFU_SeventhO_SetA = 0;
int NumOfFU_SeventhO_SetB = 0;
int NumOfFU_SeventhO_SetC = 0;
int NumOfFU_SeventhO_SetD = 0;
int NumOfFU_EighthO_SetA = 0;
int NumOfFU_EighthO_SetB = 0;
int NumOfFU_EighthO_SetC = 0;
int NumOfFU_EighthO_SetD = 0;
int NumOfFU_NinthO_SetA = 0;
int NumOfFU_NinthO_SetB = 0;
int NumOfFU_NinthO_SetC = 0;
int NumOfFU_NinthO_SetD = 0;
bool IsSelected_FU_SetA[nArray];
bool IsSelected_FU_SetB[nArray];
bool IsSelected_FU_SetC[nArray];
bool IsSelected_FU_SetD[nArray];
/////////////////////////////////////////
double ResonanceRatio_FO_FU_SetA[nArray];
double ResonanceRatio_FO_FO_SetA[nArray];
double ResonanceRatio_FO_2O_SetA[nArray];
double ResonanceRatio_FO_ThirdO_SetA[nArray];
double ResonanceRatio_FO_ForthO_SetA[nArray];
double ResonanceRatio_FO_FifthO_SetA[nArray];
double ResonanceRatio_FO_SixthO_SetA[nArray];
double ResonanceRatio_FO_SeventhO_SetA[nArray];
double ResonanceRatio_FO_EighthO_SetA[nArray];
double ResonanceRatio_FO_NinthO_SetA[nArray];
double ResonanceRatio_FO_FU_SetB[nArray];
double ResonanceRatio_FO_FO_SetB[nArray];
double ResonanceRatio_FO_2O_SetB[nArray];
double ResonanceRatio_FO_ThirdO_SetB[nArray];
double ResonanceRatio_FO_ForthO_SetB[nArray];
double ResonanceRatio_FO_FifthO_SetB[nArray];
double ResonanceRatio_FO_SixthO_SetB[nArray];
double ResonanceRatio_FO_SeventhO_SetB[nArray];
double ResonanceRatio_FO_EighthO_SetB[nArray];
double ResonanceRatio_FO_NinthO_SetB[nArray];
double ResonanceRatio_FO_FU_SetC[nArray];
double ResonanceRatio_FO_FO_SetC[nArray];
double ResonanceRatio_FO_2O_SetC[nArray];
double ResonanceRatio_FO_ThirdO_SetC[nArray];
double ResonanceRatio_FO_ForthO_SetC[nArray];
double ResonanceRatio_FO_FifthO_SetC[nArray];
double ResonanceRatio_FO_SixthO_SetC[nArray];
double ResonanceRatio_FO_SeventhO_SetC[nArray];
double ResonanceRatio_FO_EighthO_SetC[nArray];
double ResonanceRatio_FO_NinthO_SetC[nArray];
double ResonanceRatio_FO_FU_SetD[nArray];
double ResonanceRatio_FO_FO_SetD[nArray];
double ResonanceRatio_FO_2O_SetD[nArray];
double ResonanceRatio_FO_ThirdO_SetD[nArray];
double ResonanceRatio_FO_ForthO_SetD[nArray];
double ResonanceRatio_FO_FifthO_SetD[nArray];
double ResonanceRatio_FO_SixthO_SetD[nArray];
double ResonanceRatio_FO_SeventhO_SetD[nArray];
double ResonanceRatio_FO_EighthO_SetD[nArray];
double ResonanceRatio_FO_NinthO_SetD[nArray];
double OverallResonance_FO_FU_SetA = 0;
double AverageResonance_FO_FU_SetA;
double OverallResonance_FO_FU_SetB = 0;
double AverageResonance_FO_FU_SetB;
double OverallResonance_FO_FU_SetC = 0;
double AverageResonance_FO_FU_SetC;
double OverallResonance_FO_FU_SetD = 0;
double AverageResonance_FO_FU_SetD;
double OverallResonance_FO_FO_SetA = 0;
double AverageResonance_FO_FO_SetA;
double OverallResonance_FO_FO_SetB = 0;
double AverageResonance_FO_FO_SetB;
double OverallResonance_FO_FO_SetC = 0;
double AverageResonance_FO_FO_SetC;
double OverallResonance_FO_FO_SetD = 0;
double AverageResonance_FO_FO_SetD;
double OverallResonance_FO_2O_SetA = 0;
double AverageResonance_FO_2O_SetA;
double OverallResonance_FO_2O_SetB = 0;
double AverageResonance_FO_2O_SetB;
double OverallResonance_FO_2O_SetC = 0;
double AverageResonance_FO_2O_SetC;
double OverallResonance_FO_2O_SetD = 0;
double AverageResonance_FO_2O_SetD;
double OverallResonance_FO_ThirdO_SetA = 0;
double AverageResonance_FO_ThirdO_SetA;
double OverallResonance_FO_ThirdO_SetB = 0;
double AverageResonance_FO_ThirdO_SetB;
double OverallResonance_FO_ThirdO_SetC = 0;
double AverageResonance_FO_ThirdO_SetC;
double OverallResonance_FO_ThirdO_SetD = 0;
double AverageResonance_FO_ThirdO_SetD;
double OverallResonance_FO_ForthO_SetA = 0;
double AverageResonance_FO_ForthO_SetA;
double OverallResonance_FO_ForthO_SetB = 0;
double AverageResonance_FO_ForthO_SetB;
double OverallResonance_FO_ForthO_SetC = 0;
double AverageResonance_FO_ForthO_SetC;
double OverallResonance_FO_ForthO_SetD = 0;
double AverageResonance_FO_ForthO_SetD;
double OverallResonance_FO_FifthO_SetA = 0;
double AverageResonance_FO_FifthO_SetA;
double OverallResonance_FO_FifthO_SetB = 0;
double AverageResonance_FO_FifthO_SetB;
double OverallResonance_FO_FifthO_SetC = 0;
double AverageResonance_FO_FifthO_SetC;
double OverallResonance_FO_FifthO_SetD = 0;
double AverageResonance_FO_FifthO_SetD;
double OverallResonance_FO_SixthO_SetA = 0;
double AverageResonance_FO_SixthO_SetA;
double OverallResonance_FO_SixthO_SetB = 0;
double AverageResonance_FO_SixthO_SetB;
double OverallResonance_FO_SixthO_SetC = 0;
double AverageResonance_FO_SixthO_SetC;
double OverallResonance_FO_SixthO_SetD = 0;
double AverageResonance_FO_SixthO_SetD;
double OverallResonance_FO_SeventhO_SetA = 0;
double AverageResonance_FO_SeventhO_SetA;
double OverallResonance_FO_SeventhO_SetB = 0;
double AverageResonance_FO_SeventhO_SetB;
double OverallResonance_FO_SeventhO_SetC = 0;
double AverageResonance_FO_SeventhO_SetC;
double OverallResonance_FO_SeventhO_SetD = 0;
double AverageResonance_FO_SeventhO_SetD;
double OverallResonance_FO_EighthO_SetA = 0;
double AverageResonance_FO_EighthO_SetA;
double OverallResonance_FO_EighthO_SetB = 0;
double AverageResonance_FO_EighthO_SetB;
double OverallResonance_FO_EighthO_SetC = 0;
double AverageResonance_FO_EighthO_SetC;
double OverallResonance_FO_EighthO_SetD = 0;
double AverageResonance_FO_EighthO_SetD;
double OverallResonance_FO_NinthO_SetA = 0;
double AverageResonance_FO_NinthO_SetA;
double OverallResonance_FO_NinthO_SetB = 0;
double AverageResonance_FO_NinthO_SetB;
double OverallResonance_FO_NinthO_SetC = 0;
double AverageResonance_FO_NinthO_SetC;
double OverallResonance_FO_NinthO_SetD = 0;
double AverageResonance_FO_NinthO_SetD;
double SD_FO_FU_SetA = 0;
double SD_FO_FU_SetB = 0;
double SD_FO_FU_SetC = 0;
double SD_FO_FU_SetD = 0;
double SD_FO_FO_SetA = 0;
double SD_FO_FO_SetB = 0;
double SD_FO_FO_SetC = 0;
double SD_FO_FO_SetD = 0;
double SD_FO_2O_SetA = 0;
double SD_FO_2O_SetB = 0;
double SD_FO_2O_SetC = 0;
double SD_FO_2O_SetD = 0;
double SD_FO_ThirdO_SetA = 0;
double SD_FO_ThirdO_SetB = 0;
double SD_FO_ThirdO_SetC = 0;
double SD_FO_ThirdO_SetD = 0;
double SD_FO_ForthO_SetA = 0;
double SD_FO_ForthO_SetB = 0;
double SD_FO_ForthO_SetC = 0;
double SD_FO_ForthO_SetD = 0;
double SD_FO_FifthO_SetA = 0;
double SD_FO_FifthO_SetB = 0;
double SD_FO_FifthO_SetC = 0;
double SD_FO_FifthO_SetD = 0;
double SD_FO_SixthO_SetA = 0;
double SD_FO_SixthO_SetB = 0;
double SD_FO_SixthO_SetC = 0;
double SD_FO_SixthO_SetD = 0;
double SD_FO_SeventhO_SetA = 0;
double SD_FO_SeventhO_SetB = 0;
double SD_FO_SeventhO_SetC = 0;
double SD_FO_SeventhO_SetD = 0;
double SD_FO_EighthO_SetA = 0;
double SD_FO_EighthO_SetB = 0;
double SD_FO_EighthO_SetC = 0;
double SD_FO_EighthO_SetD = 0;
double SD_FO_NinthO_SetA = 0;
double SD_FO_NinthO_SetB = 0;
double SD_FO_NinthO_SetC = 0;
double SD_FO_NinthO_SetD = 0;
double var_FO_FU_SetA = 0;
double var_FO_FU_SetB = 0;
double var_FO_FU_SetC = 0;
double var_FO_FU_SetD = 0;
double var_FO_FO_SetA = 0;
double var_FO_FO_SetB = 0;
double var_FO_FO_SetC = 0;
double var_FO_FO_SetD = 0;
double var_FO_2O_SetA = 0;
double var_FO_2O_SetB = 0;
double var_FO_2O_SetC = 0;
double var_FO_2O_SetD = 0;
double var_FO_ThirdO_SetA = 0;
double var_FO_ThirdO_SetB = 0;
double var_FO_ThirdO_SetC = 0;
double var_FO_ThirdO_SetD = 0;
double var_FO_ForthO_SetA = 0;
double var_FO_ForthO_SetB = 0;
double var_FO_ForthO_SetC = 0;
double var_FO_ForthO_SetD = 0;
double var_FO_FifthO_SetA = 0;
double var_FO_FifthO_SetB = 0;
double var_FO_FifthO_SetC = 0;
double var_FO_FifthO_SetD = 0;
double var_FO_SixthO_SetA = 0;
double var_FO_SixthO_SetB = 0;
double var_FO_SixthO_SetC = 0;
double var_FO_SixthO_SetD = 0;
double var_FO_SeventhO_SetA = 0;
double var_FO_SeventhO_SetB = 0;
double var_FO_SeventhO_SetC = 0;
double var_FO_SeventhO_SetD = 0;
double var_FO_EighthO_SetA = 0;
double var_FO_EighthO_SetB = 0;
double var_FO_EighthO_SetC = 0;
double var_FO_EighthO_SetD = 0;
double var_FO_NinthO_SetA = 0;
double var_FO_NinthO_SetB = 0;
double var_FO_NinthO_SetC = 0;
double var_FO_NinthO_SetD = 0;
int NumOfFO_FU_SetA = 0;
int NumOfFO_FU_SetB = 0;
int NumOfFO_FU_SetC = 0;
int NumOfFO_FU_SetD = 0;
int NumOfFO_FO_SetA = 0;
int NumOfFO_FO_SetB = 0;
int NumOfFO_FO_SetC = 0;
int NumOfFO_FO_SetD = 0;
int NumOfFO_2O_SetA = 0;
int NumOfFO_2O_SetB = 0;
int NumOfFO_2O_SetC = 0;
int NumOfFO_2O_SetD = 0;
int NumOfFO_ThirdO_SetA = 0;
int NumOfFO_ThirdO_SetB = 0;
int NumOfFO_ThirdO_SetC = 0;
int NumOfFO_ThirdO_SetD = 0;
int NumOfFO_ForthO_SetA = 0;
int NumOfFO_ForthO_SetB = 0;
int NumOfFO_ForthO_SetC = 0;
int NumOfFO_ForthO_SetD = 0;
int NumOfFO_FifthO_SetA = 0;
int NumOfFO_FifthO_SetB = 0;
int NumOfFO_FifthO_SetC = 0;
int NumOfFO_FifthO_SetD = 0;
int NumOfFO_SixthO_SetA = 0;
int NumOfFO_SixthO_SetB = 0;
int NumOfFO_SixthO_SetC = 0;
int NumOfFO_SixthO_SetD = 0;
int NumOfFO_SeventhO_SetA = 0;
int NumOfFO_SeventhO_SetB = 0;
int NumOfFO_SeventhO_SetC = 0;
int NumOfFO_SeventhO_SetD = 0;
int NumOfFO_EighthO_SetA = 0;
int NumOfFO_EighthO_SetB = 0;
int NumOfFO_EighthO_SetC = 0;
int NumOfFO_EighthO_SetD = 0;
int NumOfFO_NinthO_SetA = 0;
int NumOfFO_NinthO_SetB = 0;
int NumOfFO_NinthO_SetC = 0;
int NumOfFO_NinthO_SetD = 0;
bool IsSelected_FO_SetA[nArray];
bool IsSelected_FO_SetB[nArray];
bool IsSelected_FO_SetC[nArray];
bool IsSelected_FO_SetD[nArray];
////////////////////////////////////////////
double ResonanceRatio_2O_FU_SetA[nArray];
double ResonanceRatio_2O_FO_SetA[nArray];
double ResonanceRatio_2O_2O_SetA[nArray];
double ResonanceRatio_2O_ThirdO_SetA[nArray];
double ResonanceRatio_2O_ForthO_SetA[nArray];
double ResonanceRatio_2O_FifthO_SetA[nArray];
double ResonanceRatio_2O_SixthO_SetA[nArray];
double ResonanceRatio_2O_SeventhO_SetA[nArray];
double ResonanceRatio_2O_EighthO_SetA[nArray];
double ResonanceRatio_2O_NinthO_SetA[nArray];
double ResonanceRatio_2O_FU_SetB[nArray];
double ResonanceRatio_2O_FO_SetB[nArray];
double ResonanceRatio_2O_2O_SetB[nArray];
double ResonanceRatio_2O_ThirdO_SetB[nArray];
double ResonanceRatio_2O_ForthO_SetB[nArray];
double ResonanceRatio_2O_FifthO_SetB[nArray];
double ResonanceRatio_2O_SixthO_SetB[nArray];
double ResonanceRatio_2O_SeventhO_SetB[nArray];
double ResonanceRatio_2O_EighthO_SetB[nArray];
double ResonanceRatio_2O_NinthO_SetB[nArray];
double ResonanceRatio_2O_FU_SetC[nArray];
double ResonanceRatio_2O_FO_SetC[nArray];
double ResonanceRatio_2O_2O_SetC[nArray];
double ResonanceRatio_2O_ThirdO_SetC[nArray];
double ResonanceRatio_2O_ForthO_SetC[nArray];
double ResonanceRatio_2O_FifthO_SetC[nArray];
double ResonanceRatio_2O_SixthO_SetC[nArray];
double ResonanceRatio_2O_SeventhO_SetC[nArray];
double ResonanceRatio_2O_EighthO_SetC[nArray];
double ResonanceRatio_2O_NinthO_SetC[nArray];
double ResonanceRatio_2O_FU_SetD[nArray];
double ResonanceRatio_2O_FO_SetD[nArray];
double ResonanceRatio_2O_2O_SetD[nArray];
double ResonanceRatio_2O_ThirdO_SetD[nArray];
double ResonanceRatio_2O_ForthO_SetD[nArray];
double ResonanceRatio_2O_FifthO_SetD[nArray];
double ResonanceRatio_2O_SixthO_SetD[nArray];
double ResonanceRatio_2O_SeventhO_SetD[nArray];
double ResonanceRatio_2O_EighthO_SetD[nArray];
double ResonanceRatio_2O_NinthO_SetD[nArray];
double OverallResonance_2O_FU_SetA = 0;
double AverageResonance_2O_FU_SetA;
double OverallResonance_2O_FU_SetB = 0;
double AverageResonance_2O_FU_SetB;
double OverallResonance_2O_FU_SetC = 0;
double AverageResonance_2O_FU_SetC;
double OverallResonance_2O_FU_SetD = 0;
double AverageResonance_2O_FU_SetD;
double OverallResonance_2O_FO_SetA = 0;
double AverageResonance_2O_FO_SetA;
double OverallResonance_2O_FO_SetB = 0;
double AverageResonance_2O_FO_SetB;
double OverallResonance_2O_FO_SetC = 0;
double AverageResonance_2O_FO_SetC;
double OverallResonance_2O_FO_SetD = 0;
double AverageResonance_2O_FO_SetD;
double OverallResonance_2O_2O_SetA = 0;
double AverageResonance_2O_2O_SetA;
double OverallResonance_2O_2O_SetB = 0;
double AverageResonance_2O_2O_SetB;
double OverallResonance_2O_2O_SetC = 0;
double AverageResonance_2O_2O_SetC;
double OverallResonance_2O_2O_SetD = 0;
double AverageResonance_2O_2O_SetD;
double OverallResonance_2O_ThirdO_SetA = 0;
double AverageResonance_2O_ThirdO_SetA;
double OverallResonance_2O_ThirdO_SetB = 0;
double AverageResonance_2O_ThirdO_SetB;
double OverallResonance_2O_ThirdO_SetC = 0;
double AverageResonance_2O_ThirdO_SetC;
double OverallResonance_2O_ThirdO_SetD = 0;
double AverageResonance_2O_ThirdO_SetD;
double OverallResonance_2O_ForthO_SetA = 0;
double AverageResonance_2O_ForthO_SetA;
double OverallResonance_2O_ForthO_SetB = 0;
double AverageResonance_2O_ForthO_SetB;
double OverallResonance_2O_ForthO_SetC = 0;
double AverageResonance_2O_ForthO_SetC;
double OverallResonance_2O_ForthO_SetD = 0;
double AverageResonance_2O_ForthO_SetD;
double OverallResonance_2O_FifthO_SetA = 0;
double AverageResonance_2O_FifthO_SetA;
double OverallResonance_2O_FifthO_SetB = 0;
double AverageResonance_2O_FifthO_SetB;
double OverallResonance_2O_FifthO_SetC = 0;
double AverageResonance_2O_FifthO_SetC;
double OverallResonance_2O_FifthO_SetD = 0;
double AverageResonance_2O_FifthO_SetD;
double OverallResonance_2O_SixthO_SetA = 0;
double AverageResonance_2O_SixthO_SetA;
double OverallResonance_2O_SixthO_SetB = 0;
double AverageResonance_2O_SixthO_SetB;
double OverallResonance_2O_SixthO_SetC = 0;
double AverageResonance_2O_SixthO_SetC;
double OverallResonance_2O_SixthO_SetD = 0;
double AverageResonance_2O_SixthO_SetD;
double OverallResonance_2O_SeventhO_SetA = 0;
double AverageResonance_2O_SeventhO_SetA;
double OverallResonance_2O_SeventhO_SetB = 0;
double AverageResonance_2O_SeventhO_SetB;
double OverallResonance_2O_SeventhO_SetC = 0;
double AverageResonance_2O_SeventhO_SetC;
double OverallResonance_2O_SeventhO_SetD = 0;
double AverageResonance_2O_SeventhO_SetD;
double OverallResonance_2O_EighthO_SetA = 0;
double AverageResonance_2O_EighthO_SetA;
double OverallResonance_2O_EighthO_SetB = 0;
double AverageResonance_2O_EighthO_SetB;
double OverallResonance_2O_EighthO_SetC = 0;
double AverageResonance_2O_EighthO_SetC;
double OverallResonance_2O_EighthO_SetD = 0;
double AverageResonance_2O_EighthO_SetD;
double OverallResonance_2O_NinthO_SetA = 0;
double AverageResonance_2O_NinthO_SetA;
double OverallResonance_2O_NinthO_SetB = 0;
double AverageResonance_2O_NinthO_SetB;
double OverallResonance_2O_NinthO_SetC = 0;
double AverageResonance_2O_NinthO_SetC;
double OverallResonance_2O_NinthO_SetD = 0;
double AverageResonance_2O_NinthO_SetD;
double SD_2O_FU_SetA = 0;
double SD_2O_FU_SetB = 0;
double SD_2O_FU_SetC = 0;
double SD_2O_FU_SetD = 0;
double SD_2O_FO_SetA = 0;
double SD_2O_FO_SetB = 0;
double SD_2O_FO_SetC = 0;
double SD_2O_FO_SetD = 0;
double SD_2O_2O_SetA = 0;
double SD_2O_2O_SetB = 0;
double SD_2O_2O_SetC = 0;
double SD_2O_2O_SetD = 0;
double SD_2O_ThirdO_SetA = 0;
double SD_2O_ThirdO_SetB = 0;
double SD_2O_ThirdO_SetC = 0;
double SD_2O_ThirdO_SetD = 0;
double SD_2O_ForthO_SetA = 0;
double SD_2O_ForthO_SetB = 0;
double SD_2O_ForthO_SetC = 0;
double SD_2O_ForthO_SetD = 0;
double SD_2O_FifthO_SetA = 0;
double SD_2O_FifthO_SetB = 0;
double SD_2O_FifthO_SetC = 0;
double SD_2O_FifthO_SetD = 0;
double SD_2O_SixthO_SetA = 0;
double SD_2O_SixthO_SetB = 0;
double SD_2O_SixthO_SetC = 0;
double SD_2O_SixthO_SetD = 0;
double SD_2O_SeventhO_SetA = 0;
double SD_2O_SeventhO_SetB = 0;
double SD_2O_SeventhO_SetC = 0;
double SD_2O_SeventhO_SetD = 0;
double SD_2O_EighthO_SetA = 0;
double SD_2O_EighthO_SetB = 0;
double SD_2O_EighthO_SetC = 0;
double SD_2O_EighthO_SetD = 0;
double SD_2O_NinthO_SetA = 0;
double SD_2O_NinthO_SetB = 0;
double SD_2O_NinthO_SetC = 0;
double SD_2O_NinthO_SetD = 0;
double var_2O_FU_SetA = 0;
double var_2O_FU_SetB = 0;
double var_2O_FU_SetC = 0;
double var_2O_FU_SetD = 0;
double var_2O_FO_SetA = 0;
double var_2O_FO_SetB = 0;
double var_2O_FO_SetC = 0;
double var_2O_FO_SetD = 0;
double var_2O_2O_SetA = 0;
double var_2O_2O_SetB = 0;
double var_2O_2O_SetC = 0;
double var_2O_2O_SetD = 0;
double var_2O_ThirdO_SetA = 0;
double var_2O_ThirdO_SetB = 0;
double var_2O_ThirdO_SetC = 0;
double var_2O_ThirdO_SetD = 0;
double var_2O_ForthO_SetA = 0;
double var_2O_ForthO_SetB = 0;
double var_2O_ForthO_SetC = 0;
double var_2O_ForthO_SetD = 0;
double var_2O_FifthO_SetA = 0;
double var_2O_FifthO_SetB = 0;
double var_2O_FifthO_SetC = 0;
double var_2O_FifthO_SetD = 0;
double var_2O_SixthO_SetA = 0;
double var_2O_SixthO_SetB = 0;
double var_2O_SixthO_SetC = 0;
double var_2O_SixthO_SetD = 0;
double var_2O_SeventhO_SetA = 0;
double var_2O_SeventhO_SetB = 0;
double var_2O_SeventhO_SetC = 0;
double var_2O_SeventhO_SetD = 0;
double var_2O_EighthO_SetA = 0;
double var_2O_EighthO_SetB = 0;
double var_2O_EighthO_SetC = 0;
double var_2O_EighthO_SetD = 0;
double var_2O_NinthO_SetA = 0;
double var_2O_NinthO_SetB = 0;
double var_2O_NinthO_SetC = 0;
double var_2O_NinthO_SetD = 0;
int NumOf2O_FU_SetA = 0;
int NumOf2O_FU_SetB = 0;
int NumOf2O_FU_SetC = 0;
int NumOf2O_FU_SetD = 0;
int NumOf2O_FO_SetA = 0;
int NumOf2O_FO_SetB = 0;
int NumOf2O_FO_SetC = 0;
int NumOf2O_FO_SetD = 0;
int NumOf2O_2O_SetA = 0;
int NumOf2O_2O_SetB = 0;
int NumOf2O_2O_SetC = 0;
int NumOf2O_2O_SetD = 0;
int NumOf2O_ThirdO_SetA = 0;
int NumOf2O_ThirdO_SetB = 0;
int NumOf2O_ThirdO_SetC = 0;
int NumOf2O_ThirdO_SetD = 0;
int NumOf2O_ForthO_SetA = 0;
int NumOf2O_ForthO_SetB = 0;
int NumOf2O_ForthO_SetC = 0;
int NumOf2O_ForthO_SetD = 0;
int NumOf2O_FifthO_SetA = 0;
int NumOf2O_FifthO_SetB = 0;
int NumOf2O_FifthO_SetC = 0;
int NumOf2O_FifthO_SetD = 0;
int NumOf2O_SixthO_SetA = 0;
int NumOf2O_SixthO_SetB = 0;
int NumOf2O_SixthO_SetC = 0;
int NumOf2O_SixthO_SetD = 0;
int NumOf2O_SeventhO_SetA = 0;
int NumOf2O_SeventhO_SetB = 0;
int NumOf2O_SeventhO_SetC = 0;
int NumOf2O_SeventhO_SetD = 0;
int NumOf2O_EighthO_SetA = 0;
int NumOf2O_EighthO_SetB = 0;
int NumOf2O_EighthO_SetC = 0;
int NumOf2O_EighthO_SetD = 0;
int NumOf2O_NinthO_SetA = 0;
int NumOf2O_NinthO_SetB = 0;
int NumOf2O_NinthO_SetC = 0;
int NumOf2O_NinthO_SetD = 0;
bool IsSelected_2O_SetA[nArray];
bool IsSelected_2O_SetB[nArray];
bool IsSelected_2O_SetC[nArray];
bool IsSelected_2O_SetD[nArray];
////////////////////////////////////////////
double ResonanceRatio_ThirdO_FU_SetA[nArray];
double ResonanceRatio_ThirdO_FO_SetA[nArray];
double ResonanceRatio_ThirdO_2O_SetA[nArray];