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function [car, boot] = do_boot(car, boot)
%BOOT Summary of this function goes here
% Detailed explanation goes here
if car.running == true
%% BEFORE FIRST LAP
if car.lap == 0
t = toc(boot.time);
if t > 0.7
car.constant = car.constant + 0.12;
% disp('###')
% disp(car.num)
% disp(car.constant)
boot.time = tic;
end
end
%% WHEN NEW LAP
if car.new_lap == 1
car.constant = car.constant + 0.2;
% disp('###')
% disp(car.num)
% disp(car.constant)
end
%% First segments
if car.lap == 1 && car.segment == 1 || car.lap == 1 && car.segment == 2
t = toc(boot.time);
if t > 1.2
if car.num == 1
car.constant = car.constant + 0.06;
else
car.constant = car.constant + 0.04;
end
% disp('###')
% disp(car.num)
% disp(car.constant)
boot.time = tic;
end
end
% ide höj carconstant så att den blir mer aggresivare ju längre tid som går t.ex efter 3.5 s
% if car.lap == 1 && car.segment == 1 || car.lap == 1 && car.segment == 2
% t = toc(boot.time);
% if t > 1.0
% car.constant = car.constant + 0.5;
% disp('###')
% disp(car.num)
% disp(car.constant)
% boot.time = tic;
% end
% end
%% END BOOTSTRAP
if car.segment > 3
car.governs(length(car.governs) + 1) = car.constant;
% disp(car.constant);
status = car.forecasts_naive(car.lap, car.segment-1) / 15;
car.constant = car.constant + (status - 1) * 0.08;
boot.status = 0;
% disp('END OF BOOTSTRAP')
% disp(car.num)
% disp(car.constant)
car.governs(length(car.governs) + 1) = car.constant;
end
end
end
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