Excel mql4 mismatch - mql4

Question

This is an indicator I am working on. The problem I am having is it doesn't match the same output as my excel file, and I am pretty sure my excel file is correct. If you would like to help me solve this issue just email me at thetfordjw#gmail.com Subject: Excel mql4 please and I will send you the excel file. Otherwise if you have something to add on this web page as to something I am doing wrong would be happy to hear from you. Thanks !
//+------------------------------------------------------------------+
//| JT-Statistics Close GT LT Terminated.mq4 |
//| Copyright 2021,Jon W. Thetford |
//| Email: thetfordjw#gmail.com |
//+------------------------------------------------------------------+
#property version "1.00"
#property strict
#property indicator_chart_window
//+------------------------------------------------------------------+
//| Custom indicator initialization function |
//+------------------------------------------------------------------+
int i;
float a,b,c,d,e,f,g,h,j,k;
float aa,bb,cc,dd,ee,ff,gg,hh,jj,kk,ll,mm,nn,oo;
//input float BarsBack = "1000";
input bool FrequencyNumber = True;
input bool FrequencyPercentage = False;
input bool CumulativePercentageOfAllBars = False;
//input bool PercentageOfCustomBarsBack = False;
int OnInit()
{
//--- indicator buffers mapping
//---
return(INIT_SUCCEEDED);
}
//+------------------------------------------------------------------+
//| Custom indicator iteration function |
//+------------------------------------------------------------------+
int OnCalculate(const int rates_total,
const int prev_calculated,
const datetime &time[],
const double &open[],
const double &high[],
const double &low[],
const double &close[],
const long &tick_volume[],
const long &volume[],
const int &spread[])
{
//---
for(i=0;i<Bars; i++)
{
if(Close[i+1]<Close[i+2]&&Close[i+2]>Close[i+3]&&Close[i+3]<Close[i+4])
{
a=a+1;
}
if(Close[i+1]<Close[i+2]&&Close[i+2]>Close[i+3]&&Close[i+3]>Close[i+4]&&Close[i+4]<Close[i+5])
{
b=b+1;
}
if(Close[i+1]<Close[i+2]&&Close[i+2]>Close[i+3]&&Close[i+3]>Close[i+4]&&Close[i+4]>Close[i+5]&&Close[i+5]<Close[i+6])
{
c=c+1;
}
if(Close[i+1]<Close[i+2]&&Close[i+2]>Close[i+3]&&Close[i+3]>Close[i+4]&&Close[i+4]>Close[i+5]&&Close[i+5]>Close[i+6]&&Close[i+6]<Close[i+7])
{
d=d+1;
}
if(Close[i+1]<Close[i+2]&&Close[i+2]>Close[i+3]&&Close[i+3]>Close[i+4]&&Close[i+4]>Close[i+5]&&Close[i+5]>Close[i+6]&&Close[i+6]>Close[i+7]&&Close[i+7]<Close[i+8])
{
e=e+1;
}
if(Close[i+1]<Close[i+2]&&Close[i+2]>Close[i+3]&&Close[i+3]>Close[i+4]&&Close[i+4]>Close[i+5]&&Close[i+5]>Close[i+6]&&Close[i+6]>Close[i+7]&&Close[i+7]>Close[i+8]&&Close[i+8]<Close[i+9])
{
f=f+1;
}
if(Close[i+1]<Close[i+2]&&Close[i+2]>Close[i+3]&&Close[i+3]>Close[i+4]&&Close[i+4]>Close[i+5]&&Close[i+5]>Close[i+6]&&Close[i+6]>Close[i+7]&&Close[i+7]>Close[i+8]&&Close[i+8]>Close[i+9]&&Close[i+9]<Close[i+10])
{
g=g+1;
}
if(Close[i+1]<Close[i+2]&&Close[i+2]>Close[i+3]&&Close[i+3]>Close[i+4]&&Close[i+4]>Close[i+5]&&Close[i+5]>Close[i+6]&&Close[i+6]>Close[i+7]&&Close[i+7]>Close[i+8]&&Close[i+8]>Close[i+9]&&Close[i+9]>Close[i+10]&&Close[i+10]<Close[i+11])
{
h=h+1;
}
if(Close[i+1]<Close[i+2]&&Close[i+2]>Close[i+3]&&Close[i+3]>Close[i+4]&&Close[i+4]>Close[i+5]&&Close[i+5]>Close[i+6]&&Close[i+6]>Close[i+7]&&Close[i+7]>Close[i+8]&&Close[i+8]>Close[i+9]&&Close[i+9]>Close[i+10]&&Close[i+10]>Close[i+11]&&Close[i+11]<Close[i+12])
{
j=j+1;
}
if(Close[i+1]<Close[i+2]&&Close[i+2]>Close[i+3]&&Close[i+3]>Close[i+4]&&Close[i+4]>Close[i+5]&&Close[i+5]>Close[i+6]&&Close[i+6]>Close[i+7]&&Close[i+7]>Close[i+8]&&Close[i+8]>Close[i+9]&&Close[i+9]>Close[i+10]&&Close[i+10]>Close[i+11]&&Close[i+11]>Close[i+12]&&Close[i+12]<Close[i+13])
{
k=k+1;
}
//LESS THAN Close[1]<Close[2]
//1
if(Close[i+1]>Close[i+2]&&Close[i+2]<Close[i+3]&&Close[i+3]>Close[i+4])
{
aa=aa+1;
}
//2
if(Close[i+1]>Close[i+2]&&Close[i+2]<Close[i+3]&&Close[i+3]<Close[i+4]&&Close[i+4]>Close[i+5])
{
bb=bb+1;
}
//3
if(Close[i+1]>Close[i+2]&&Close[i+2]<Close[i+3]&&Close[i+3]<Close[i+4]&&Close[i+4]<Close[i+5]&&Close[i+5]>Close[i+6])
{
cc=cc+1;
}
//4
if(Close[i+1]>Close[i+2]&&Close[i+2]<Close[i+3]&&Close[i+3]<Close[i+4]&&Close[i+4]<Close[i+5]&&Close[i+5]<Close[i+6]&&Close[i+6]>Close[i+7])
{
dd=dd+1;
}
//5
if(Close[i+1]>Close[i+2]&&Close[i+2]<Close[i+3]&&Close[i+3]<Close[i+4]&&Close[i+4]<Close[i+5]&&Close[i+5]<Close[i+6]&&Close[i+6]<Close[i+7]&&Close[i+7]>Close[i+8])
{
ee=ee+1;
}
//6
if(Close[i+1]>Close[i+2]&&Close[i+2]<Close[i+3]&&Close[i+3]<Close[i+4]&&Close[i+4]<Close[i+5]&&Close[i+5]<Close[i+6]&&Close[i+6]<Close[i+7]&&Close[i+7]<Close[i+8]&&Close[i+8]>Close[i+9])
{
ff=ff+1;
}
//7
if(Close[i+1]>Close[i+2]&&Close[i+2]<Close[i+3]&&Close[i+3]<Close[i+4]&&Close[i+4]<Close[i+5]&&Close[i+5]<Close[i+6]&&Close[i+6]<Close[i+7]&&Close[i+7]<Close[i+8]&&Close[i+8]<Close[i+9]&&Close[i+9]>Close[i+10])
{
gg=gg+1;
}
//8
if(Close[i+1]>Close[i+2]&&Close[i+2]<Close[i+3]&&Close[i+3]<Close[i+4]&&Close[i+4]<Close[i+5]&&Close[i+5]<Close[i+6]&&Close[i+6]<Close[i+7]&&Close[i+7]<Close[i+8]&&Close[i+8]<Close[i+9]&&Close[i+9]<Close[i+10]&&Close[i+10]>Close[i+11])
{
hh=hh+1;
}
//9
if(Close[i+1]>Close[i+2]&&Close[i+2]<Close[i+3]&&Close[i+3]<Close[i+4]&&Close[i+4]<Close[i+5]&&Close[i+5]<Close[i+6]&&Close[i+6]<Close[i+7]&&Close[i+7]<Close[i+8]&&Close[i+8]<Close[i+9]&&Close[i+9]<Close[i+10]&&Close[i+10]<Close[i+11]&&Close[i+11]>Close[i+12])
{
jj=jj+1;
}
//10
if(Close[i+1]>Close[i+2]&&Close[i+2]<Close[i+3]&&Close[i+3]<Close[i+4]&&Close[i+4]<Close[i+5]&&Close[i+5]<Close[i+6]&&Close[i+6]<Close[i+7]&&Close[i+7]<Close[i+8]&&Close[i+8]<Close[i+9]&&Close[i+9]<Close[i+10]&&Close[i+10]<Close[i+11]&&Close[i+11]<Close[i+12]&&Close[i+12]>Close[i+13])
{
kk=kk+1;
}
//11
if(Close[i+1]>Close[i+2]&&Close[i+2]<Close[i+3]&&Close[i+3]<Close[i+4]&&Close[i+4]<Close[i+5]&&Close[i+5]<Close[i+6]&&Close[i+6]<Close[i+7]&&Close[i+7]<Close[i+8]&&Close[i+8]<Close[i+9]&&Close[i+9]<Close[i+10]&&Close[i+10]<Close[i+11]&&Close[i+11]<Close[i+12]&&Close[i+12]<Close[i+13]&&Close[i+13]>Close[i+14])
{
ll=ll+1;
}
//12
if(Close[i+1]>Close[i+2]&&Close[i+2]<Close[i+3]&&Close[i+3]<Close[i+4]&&Close[i+4]<Close[i+5]&&Close[i+5]<Close[i+6]&&Close[i+6]<Close[i+7]&&Close[i+7]<Close[i+8]&&Close[i+8]<Close[i+9]&&Close[i+9]<Close[i+10]&&Close[i+10]<Close[i+11]&&Close[i+11]<Close[i+12]&&Close[i+12]<Close[i+13]&&Close[i+13]<Close[i+14]&&Close[i+14]>Close[i+15])
{
mm=mm+1;
}
//13
if(Close[i+1]>Close[i+2]&&Close[i+2]<Close[i+3]&&Close[i+3]<Close[i+4]&&Close[i+4]<Close[i+5]&&Close[i+5]<Close[i+6]&&Close[i+6]<Close[i+7]&&Close[i+7]<Close[i+8]&&Close[i+8]<Close[i+9]&&Close[i+9]<Close[i+10]&&Close[i+10]<Close[i+11]&&Close[i+11]<Close[i+12]&&Close[i+12]<Close[i+13]&&Close[i+13]<Close[i+14]&&Close[i+14]<Close[i+15]&&Close[i+15]>Close[i+16])
{
nn=nn+1;
}
//=
if(Close[i+1]==Close[i+2])
{
oo=oo+1;
}
//OUTPUT > <
//Frequency NUMBER of consecutive closes greater than and less than the previous.
if(FrequencyNumber) Comment("FrequencyNumber\n# Close[1]>Close[2]\n\n1: "+a+"\n2: "+b+"\n3: "+c+"\n4: "+d+"\n5: "+e+"\n6: "+f+"\n7: "+g+"\n8: "+h+"\n9: "+j+"\n10: "+k
+"\n\n# Close[1]<Close[2]\n\n1: "+aa+"\n2: "+bb+"\n3: "+cc+"\n4: "+dd+"\n5: "+ee+"\n6: "+ff+"\n7: "+gg+"\n8: "+hh+"\n9: "+jj+"\n10: "+kk+"\n11: "+ll+"\n12: "+mm+"\n13: "+nn+"\n==: "+oo+"\n\n Total bars: "+Bars);
}