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% 

% GUISDAP v1.60   96-05-27 Copyright Asko Huuskonen, Markku Lehtinen



start_GUP

HOME=getenv('HOME');

if length(HOME)>0, HOME=[HOME,'/']; end



% Experiment name and site and paths

name_expr='gup1';     name_site='L';

data_path=[HOME 'datat/esrmar25/'];   % data folder

result_path=path_tmp;   % result folder



% Time interval to analyze in form

%               Year Month Day Hour Min Sec

analysis_start=[1996   3    25  10  49  00];

analysis_end=  [1996   3    25  12  59   0];



% postintegration strategy defines how many seconds first to skip and integrate.

% the vectors are used cyclically

analysis_integr=[600];

analysis_skip  =[  0];  % Optional, assumed to be zero if not specified



% Range gate definitions for the alternating codes and long pulses

%rangeAC=[120:6:210, 210:12:330 330:36:690];lenAC=length(rangeAC);

rangeAC=[120:6:210, 210:12:330];lenAC=length(rangeAC);

rangeLP=[210:12:330 330:36:690];lenLP=length(rangeLP);



% Following lines give alternative ways to combine the data in the analysi

% Select one pair of analysis_range and analysis_code



% Analyse all alternating codes together (no long pulses)

%analysis_range=[rangeAC];

%analysis_code=[5678*ones(1,lenAC)];



% Analyse all long pulses together (no alternating codes)

%analysis_range=[rangeLP];

%analysis_code=[1234*ones(1,lenLP)];



% Analyse all alternating codes together first and all long pulses together after that

%analysis_range=[rangeAC rangeLP];

%analysis_code=[5678*ones(1,lenAC),1234*ones(1,lenLP)];



% Divide data so that first and seconds half of IPP are kept separate

%analysis_range=[rangeAC rangeAC rangeLP rangeLP];

%analysis_code=[56*ones(1,lenAC),78*ones(1,lenAC),12*ones(1,lenLP),34*ones(1,lenLP)];



% Analyze first long pulses of both IPPs together and then the second pulses together

analysis_range=[rangeLP rangeLP];

analysis_code=[13*ones(1,lenLP),24*ones(1,lenLP)];



% Analyze first alternating code pulse of both IPP together and then the second pulses together

%analysis_range=[rangeLP rangeLP];

%analysis_code=[57*ones(1,lenLP),68*ones(1,lenLP)];



analysis_control=[1e5 .01 20 1];

display_graphics=[0 0 0 0];

an_start