clc

clear all

EEG $=$ pop$\_$loadbv$(\text{'}/$Users$/$onurerdemkorkmaz$/$Desktop$/$Akademi$/$ERDEM$/$CALISMALARIM$/$gokhan$\_$aydin$\_$logo$/$Data$\text{'},\text{'}$E$\_$V$\_$ramazan$\_$taha$\_$eskici.vhdr$\text{'})$;

filt$\_$EEG $=$ pop$\_$eegfiltnew$($EEG$,0\mathrm{.}1,10)$;

data $=$ filt$\_$EEG.data;

fs $=$ EEG.srate;

$\%\%\%\%\%\%\%\%\%\%\%\%\%\%\%\%\%\%\%\%\%\%\%\%\%\%\%$

$\%$ hyper parameter $\%$

uyaran$\_$oncesi $=0\mathrm{.}2$; $\%$ s

uyaran$\_$sonrasi $=1$; $\%$ s

ortalama$\_$alinacak$\_$tekrar$\_$sayisi $=15$;

ch$=16$;

$\%\%\%\%\%\%\%\%\%\%\%\%\%\%\%\%\%\%\%\%\%\%\%\%\%\%\%$

event $=$ squeeze$($struct$2$cell$($EEG$.$event$))$;

event$\_$type $=$ event$(6,$:$)\text{'}$;

Index $=$ find$($contains$($event$\_$type,$\{\text{'}$boundary$\text{'},$ 'Active Shielding: On$\text{'}\}))$;

event$\_$type$($Index$,$:$)=[]$;

for i $=1$:length$($event$\_$type$)$

B$\{$i$,1\}=$ regexp$($event$\_$type$\{$i$\},\text{'}\backslash$d$*\text{'},$'Match'$)$;

event$\_$type$\_2($i$,1)=$str$2$double$($B$\{$i$,1\})$;

end

event$\_$timepoint$=[$EEG$.$event.latency$]\text{'}$;

event$\_$timepoint$($Index$)=[]$;

blok$\_$baslangics $=$ find$($event$\_$type$\_2==5)$;

blok$\_$bitiss $=$ find$($event$\_$type$\_2==6)$;

$\%\%\%\%\%\%\%\%\%\%\%\%\%$ tak$$m$1\%\%\%\%\%\%\%\%\%\%\%\%\%\%\%\%\%\%\%\%\%\%\%\%\%\%\%\%\%$

takim$1\_$event$\_$type $=$ event$\_$type$\_2($blok$\_$baslangics$(1)+1$:blok$\_$bitiss$(1)-1)$;

takim$1\_$event$\_$timepoint $=$ event$\_$timepoint$($blok$\_$baslangics$(1)+1$:blok$\_$bitiss$(1)-1)$;

logo$1\_$indis $=$ find$($takim$1\_$event$\_$type$==1)$;

logo$1\_$timepoint $=$ takim$1\_$event$\_$timepoint$($logo$1\_$indis$)$;

logo$2\_$indis $=$ find$($takim$1\_$event$\_$type$==2)$;

logo$2\_$timepoint $=$ takim$1\_$event$\_$timepoint$($logo$2\_$indis$)$;

logo$3\_$indis $=$ find$($takim$1\_$event$\_$type$==3)$;

logo$3\_$timepoint $=$ takim$1\_$event$\_$timepoint$($logo$3\_$indis$)$;

logo$4\_$indis $=$ find$($takim$1\_$event$\_$type$==4)$;

logo$4\_$timepoint $=$ takim$1\_$event$\_$timepoint$($logo$4\_$indis$)$;

takim$1\_$logo$1\_$data $=$ dataayir$($data$,$logo$1\_$timepoint,uyaran$\_$oncesi,uyaran$\_$sonrasi,fs$)$;

takim$1\_$logo$2\_$data $=$ dataayir$($data$,$logo$2\_$timepoint,uyaran$\_$oncesi,uyaran$\_$sonrasi,fs$)$;

takim$1\_$logo$3\_$data $=$ dataayir$($data$,$logo$3\_$timepoint,uyaran$\_$oncesi,uyaran$\_$sonrasi,fs$)$;

takim$1\_$logo$4\_$data $=$ dataayir$($data$,$logo$4\_$timepoint,uyaran$\_$oncesi,uyaran$\_$sonrasi,fs$)$;

uyaran$\_$uzunlugu $=($uyaran$\_$oncesi$+$uyaran$\_$sonrasi$)*$fs$+1$;

baseline$\_$uzunluk $=($uyaran$\_$oncesi$*$fs$)$; $\%$ remove baseline correction icin kullan$$lacak

takim$1\_$logo$1\_$data$\_$ortalama $=$ myortalama$($takim$1\_$logo$1\_$data,uyaran$\_$uzunlugu,baseline$\_$uzunluk,ortalama$\_$alinacak$\_$tekrar$\_$sayisi$)$;

takim$1\_$logo$2\_$data$\_$ortalama $=$ myortalama$($takim$1\_$logo$2\_$data,uyaran$\_$uzunlugu,baseline$\_$uzunluk,ortalama$\_$alinacak$\_$tekrar$\_$sayisi$)$;

takim$1\_$logo$3\_$data$\_$ortalama $=$ myortalama$($takim$1\_$logo$3\_$data,uyaran$\_$uzunlugu,baseline$\_$uzunluk,ortalama$\_$alinacak$\_$tekrar$\_$sayisi$)$;

takim$1\_$logo$4\_$data$\_$ortalama $=$ myortalama$($takim$1\_$logo$4\_$data,uyaran$\_$uzunlugu,baseline$\_$uzunluk,ortalama$\_$alinacak$\_$tekrar$\_$sayisi$)$;

figure, plot$(-0\mathrm{.}2$:$1/$EEG$.$srate:$1,$takim$1\_$logo$1\_$data$\_$ortalama$($ch$,$:$),$'LineWidth',$2),$ hold on$,$ grid on

plot$(-0\mathrm{.}2$:$1/$EEG$.$srate:$1,$takim$1\_$logo$2\_$data$\_$ortalama$($ch$,$:$),$'LineWidth',$2),$ hold on$,$ grid on

plot$(-0\mathrm{.}2$:$1/$EEG$.$srate:$1,$takim$1\_$logo$3\_$data$\_$ortalama$($ch$,$:$),$'LineWidth',$2),$ hold on$,$ grid on

plot$(-0\mathrm{.}2$:$1/$EEG$.$srate:$1,$takim$1\_$logo$4\_$data$\_$ortalama$($ch$,$:$),$'LineWidth',$2)$

legend$(\text{'}$Logo$1\text{'},$'Logo$2\text{'},$'Logo$3\text{'},$'Logo$4\text{'})$

title$($ch$)$

xlabel$(\text{'}$Zaman$\text{'})$

ylabel$(\text{'}$Genlik$($V$)\text{'})$