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//Running Mean for N points with even weights
#include <iostream>
#include <iomanip>
#include <vector>
#include <numeric>
#include <functional>
#include <fstream>
using namespace std;
//Function type name (parameter1, parameter2,....)
double calculateAverage(int numberofterms, int number_of_elements_avg, vector<double> temperature);
int main ()
{
int numberofterms; //Declare variables
int number_of_elements_avg;
double tempstorage, average;
vector<double> temperature; //Define a empty vector of doubles.
vector<double> movingavg(100,0); //100 doubles with the value 0 (?)
int i = 0; //Loop counter
cout<<"Enter the number of terms you want: " <<endl;
cin>>numberofterms;
cout<<"Enter how many pt average you would like to take: "<<endl;
cin>>number_of_elements_avg;
for (i==0; i<numberofterms; i++)
{
double average;
cout<<"Enter temperature you want to input in Celsius "<<(i+1);
cout<<": ";
cin>>tempstorage;
temperature.push_back(tempstorage);
}
average = calculateAverage(numberofterms, number_of_elements_avg, temperature); //?
system ("PAUSE");
return 0;
}
double calculateAverage(int numberofterms, int number_of_elements_avg, vector<double> temperature){
int mau = 2, h = 0, mau_large = 0; //?
double average = 0, sumElement = 0; //?
//for (Is integer 1 to the remainder of i will be 0 or 1?or the number of terms divided by 2 to number of terms divided by 2
//+1
for(int i = 1; i <= (numberofterms%2==0?numberofterms/2:numberofterms/2+1); i++){
if(mau <= number_of_elements_avg){ //if mau=2 is less than or equal to to the number of elements average
for(int j = 1 ; j <= mau; j++) //for integer j = 1 and j less equal mau
sumElement += temperature[j-1]; //Add the value of temperature[j-1] to the sumelement variable (Replaced)
average = sumElement / mau; //average is the sum of the element divided by mau.
cout<< "Temp_running mean " << i << " is " << average <<endl;
mau++; //increasing mau (?)
sumElement = 0; //(?)
}else{
h = mau - number_of_elements_avg; //else h = mau=2 - number of elements_avg
mau = number_of_elements_avg; //mau = number_of_elements_avg
for(int j = 1 + h ; j <= h + mau; j++) //for(int j = 1+h; j<= h+2, j++)
sumElement += temperature[j-1]; //Add the value of temperature[j-1] to the sumelement variable
average = sumElement / mau; //average is the sum of the element divided by mau.
cout<< "Temp_running mean " << i << " is " << average <<endl;
mau++; //increasing mau (?)
sumElement = 0; //(?)
}
}
//mau_large = 2 +(numberof terms-(numberofterms remainder 0 or 1=0 or numberofterms/2 to numberofterms/2+1))-1;
mau_large = 2 + (numberofterms - (numberofterms%2==0?numberofterms/2:numberofterms/2+1)) - 1;
//for (int i = 1+(numberofterms remainder 0 or 1 ==0 or numberofterms/2:numberofterms/2+1); i <= numberofterms; increasing in between.
for(int i = 1+ (numberofterms%2==0?numberofterms/2:numberofterms/2+1); i <= numberofterms; i ++){
//if(mau_large > numberofelementsavg
if(mau_large > number_of_elements_avg)
//mau = numberofelementsavg
mau = number_of_elements_avg;
//else mau = mau_large
else mau = mau_large;
//if (h>O)
if(h > 0){
//h increases
h++; //(?)
//for (int j = 1+h and j less than or equal to h + mau; j++)
for(int j = 1 + h; j <= h+mau; j++){
sumElement += temperature[j-1]; //Add the value of temperature[j-1] to the sumelement variable
}
average = sumElement / mau; //average is the sumElement/mau
cout<< "Temp_running mean " << i << " is " << average <<endl;
mau_large --; //mau_large decreasing iteratively
sumElement = 0;
}else{ //else
int t = (numberofterms - (numberofterms%2==0?numberofterms/2:numberofterms/2+1)); //int t = (numberofterms-(numberofterms remainder 0 or 1 = 0 or
//number of terms/2 to numberofterms/2+1))
int k = numberofterms - i; //int k = numberofterms-i
if(t <=2) //if t <= 2
h = numberofterms - mau + 1; //h = numberofterms-mau+1
else //else
h= numberofterms - mau; //h=numberofterms-mau
if(k<2) //if(k<2)
h= numberofterms - mau + 1; //h = numberofterms-mau+1
for (int j = h ; j < h + mau ; j++){ //for int j=h or j<h+mau; increasing increments
sumElement += temperature[j-1]; //Add the value of temperature[j-1] to the sumelement variable
}
average = sumElement / mau; //average = sumElement/mau
cout<< "Temp_running mean " << i << " is " << average <<endl;
mau_large --; //decreasing mau in incriments
sumElement = 0;
h = 0;
}
}
return average;
ofstream myfile;
myfile.open ("Temperature.txt");
myfile <<average;
myfile.close();
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