close all
clear all

% user input:
input_path = "data\TriggerF.mat";
output_path = "data\TriggerF_cut.mat";
startTime = [10, 15, 00];
stopTime = [17, 34, 00];

% load data
data_in = load(input_path);
% get time
time = days(data_in.ABX_Driver_ABX_Speed(:,1)) + datetime(0,1,0);
% plot speed for visualization
plot(time,data_in.ABX_Driver_ABX_Speed(:,2))
grid on
% set start/stop timestamps
date = dateshift(time(1),'start','day');
date_d = datenum(date)+1;
startTime_d = date_d + convertHMStoDays(startTime);
stopTime_d = date_d + convertHMStoDays(stopTime);

fn = fieldnames(data_in);
for i=1:numel(fn)
    clear var_out
    var = data_in.(fn{i});
    index1 = find(var(:,1)>startTime_d,1);
    index2 = find(var(:,1)>stopTime_d,1);
    var_out(:,1) = var(index1:index2,1);
    var_out(:,2) = var(index1:index2,2);
    data_out.(fn{i}) = var_out;
end

save(output_path,"-struct","data_out")

%% Functions
function time_d = convertHMStoDays(hmsArray)
    time_d = hmsArray(1)/24 + hmsArray(2)/(24*60) + hmsArray(3)/(24*60*60);
end