function[z,t0,duration]=get_mic_data(t,d_t,d)
%get_mic_data gets data for'C1:IOO-MC_F', 'C1:PEM-AS_MIC,
% Example:  z = get_mic_data('now',120,60)
%  start time is 't- d_t' so  d_t should be given in seconds. t should be given
%  as a number like 893714452. d is duration in seconds. get_mic_data saves
%  data to a file in current directory named 'temp_mic'. You will be asked to
%  save file as 'mic_(start_time)_(duration)'.

duration = d;

ifo = 'C1';
pem = [ifo ':PEM-'];
ioo = [ifo ':IOO-'];

%chans = {[pem 'AS_MIC'],[ioo 'MC_L']};
%chans = {[pem 'ACC_MC1_X'],[ioo 'MC_L']};
chans = {[pem 'AS_MIC'],[ioo 'MC_F']};

t0 = t-d_t

% Getting the data
z = get_data(chans,'raw',t0,duration);

% Making a name which includes start time and duration
name = ['mic' '_' num2str(t0) '_' num2str(duration)]


% Saving into file in case user forgets to save data
save 'temp_mic' z

pwd

% Requesting user saves data using name above
disp('Data has been saved as temp_mic.mat in directory above')
disp('Please save data with the above name')

%cd /cvs/cds/caltech/users/caryn/data/adaptive_filter/interval/;

%Procedure: 1. use get_z_data 2. use miso_filter to fit data 3...