function [Kf_LMax] = Kf_Cal(Kf_Max, RLC, TauKf_ON, TauKf_OFF, PhaseTimes, t)
%compute the maximum Kf_L based on RLC values
Kf_LMax_values = Kf_Max * (RLC ./ (1 + RLC));
% Determine which phase each time step falls into
num_phases = numel(RLC);
phase_idx = zeros(size(t));
for j = 1:num_phases
T_start = PhaseTimes(j);
if j < num_phases
T_end = PhaseTimes(j + 1);
else
T_end = inf;
end
phase_idx(t >= T_start & t < T_end) = j;
end
% Calculate Kf_L for each time step based on the phase
Kf_LMax = zeros(size(t));
for i = 1:length(t)
j = phase_idx(i);
if j == 1
Kf_LMax(i) = Kf_LMax_values(j);
else
prev_end = PhaseTimes(j – 1);
if RLC(j – 1) < RLC(j)
Kf_LMax(i) = Kf_LMax_values(j) – (Kf_LMax_values(j) – Kf_LMax_values(j – 1)) * exp(TauKf_ON * (t(i) – prev_end));
else
Kf_LMax(i) = Kf_LMax_values(j) + (Kf_LMax_values(j) – Kf_LMax_values(j – 1)) * exp(TauKf_OFF * (t(i) – prev_end));
end
end
end
end

How i modifed this for loop so it get the last value Kf_LMax of previous iteration not from the computed values in bold before the loop?function [Kf_LMax] = Kf_Cal(Kf_Max, RLC, TauKf_ON, TauKf_OFF, PhaseTimes, t)
%compute the maximum Kf_L based on RLC values
Kf_LMax_values = Kf_Max * (RLC ./ (1 + RLC));
% Determine which phase each time step falls into
num_phases = numel(RLC);
phase_idx = zeros(size(t));
for j = 1:num_phases
T_start = PhaseTimes(j);
if j < num_phases
T_end = PhaseTimes(j + 1);
else
T_end = inf;
end
phase_idx(t >= T_start & t < T_end) = j;
end
% Calculate Kf_L for each time step based on the phase
Kf_LMax = zeros(size(t));
for i = 1:length(t)
j = phase_idx(i);
if j == 1
Kf_LMax(i) = Kf_LMax_values(j);
else
prev_end = PhaseTimes(j – 1);
if RLC(j – 1) < RLC(j)
Kf_LMax(i) = Kf_LMax_values(j) – (Kf_LMax_values(j) – Kf_LMax_values(j – 1)) * exp(TauKf_ON * (t(i) – prev_end));
else
Kf_LMax(i) = Kf_LMax_values(j) + (Kf_LMax_values(j) – Kf_LMax_values(j – 1)) * exp(TauKf_OFF * (t(i) – prev_end));
end
end
end
end

How i modifed this for loop so it get the last value Kf_LMax of previous iteration not from the computed values in bold before the loop? function [Kf_LMax] = Kf_Cal(Kf_Max, RLC, TauKf_ON, TauKf_OFF, PhaseTimes, t)
%compute the maximum Kf_L based on RLC values
Kf_LMax_values = Kf_Max * (RLC ./ (1 + RLC));
% Determine which phase each time step falls into
num_phases = numel(RLC);
phase_idx = zeros(size(t));
for j = 1:num_phases
T_start = PhaseTimes(j);
if j < num_phases
T_end = PhaseTimes(j + 1);
else
T_end = inf;
end
phase_idx(t >= T_start & t < T_end) = j;
end
% Calculate Kf_L for each time step based on the phase
Kf_LMax = zeros(size(t));
for i = 1:length(t)
j = phase_idx(i);
if j == 1
Kf_LMax(i) = Kf_LMax_values(j);
else
prev_end = PhaseTimes(j – 1);
if RLC(j – 1) < RLC(j)
Kf_LMax(i) = Kf_LMax_values(j) – (Kf_LMax_values(j) – Kf_LMax_values(j – 1)) * exp(TauKf_ON * (t(i) – prev_end));
else
Kf_LMax(i) = Kf_LMax_values(j) + (Kf_LMax_values(j) – Kf_LMax_values(j – 1)) * exp(TauKf_OFF * (t(i) – prev_end));
end
end
end
end

How i modifed this for loop so it get the last value Kf_LMax of previous iteration not from the computed values in bold before the loop? matlab code MATLAB Answers — New Questions

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