function [index,  spikes, thr, thrmax, noise_std_detect, noise_std_sorted] = DetectSpikes_Amp(Data, handles)
% DetectSpikes_Amp Detect spikes based on amplitude thresholding. Adapted
% from WaveClus
%   Detailed explanation goes here
%   index - spike times in ms
%   spikes - spike waveforms

index_all=[];
spikes_all=[];
% SPIKE DETECTION WITH AMPLITUDE THRESHOLDING
% korjaa sampleratella
% julkaisun defaultit: 24000Hz, pre 20 events, post 44 events
sr_factor = 24000;
handles.w_pre = ceil(handles.w_pre/sr_factor*handles.sr);      %number of pre-event data points stored (def. 20)
handles.w_post = ceil(handles.w_post/sr_factor*handles.sr);    %number of post-event data points stored (def. 44)
handles.ref = floor(handles.min_ref_per*handles.sr/1000);      %number of counts corresponding to the dead time 


[spikes,thr,thrmax, noise_std_detect, noise_std_sorted, index]  = amp_detect(Data,handles);       %detection with amp. thresh. --> voiko Data olla taulukkona?

index = index';

index_all = [index_all index];
spikes_all = [spikes_all; spikes];
index = index_all/handles.sr;                  %spike times in ms --> now in s
spikes = spikes_all;



end