Loss is still larger than 30?
Loss is still larger than 30?
Loss = zeros(27, 12); % Adjust the size according to the number of pairs
for ii = 1:27
colIndex = 1; % Initialize column index for Loss matrix
for i = 1:2:24
% Calculate initial loss
Loss(ii, colIndex) = (a(ii, i) – a(ii, i+1)) * 100 / a(ii, i);
% Check condition and adjust if necessary
if Loss(ii, colIndex) < 0 && a(ii, i) < a(ii, i+1)
a(ii, i) = a(ii, i+1) + 0.00004;
elseif Loss(ii, colIndex) > 30
a(ii, i+1) = a(ii, i) – 0.00004;
end
% Recalculate loss after adjustment
Loss(ii, colIndex) = (a(ii, i) – a(ii, i+1)) * 100 / a(ii, i);
colIndex = colIndex + 1; % Increment column index for Loss matrix
end
end
% Display the updated matrix ‘a’
disp(a);
% Display the Loss matrix
disp(Loss);Loss is still larger than 30?
Loss = zeros(27, 12); % Adjust the size according to the number of pairs
for ii = 1:27
colIndex = 1; % Initialize column index for Loss matrix
for i = 1:2:24
% Calculate initial loss
Loss(ii, colIndex) = (a(ii, i) – a(ii, i+1)) * 100 / a(ii, i);
% Check condition and adjust if necessary
if Loss(ii, colIndex) < 0 && a(ii, i) < a(ii, i+1)
a(ii, i) = a(ii, i+1) + 0.00004;
elseif Loss(ii, colIndex) > 30
a(ii, i+1) = a(ii, i) – 0.00004;
end
% Recalculate loss after adjustment
Loss(ii, colIndex) = (a(ii, i) – a(ii, i+1)) * 100 / a(ii, i);
colIndex = colIndex + 1; % Increment column index for Loss matrix
end
end
% Display the updated matrix ‘a’
disp(a);
% Display the Loss matrix
disp(Loss); Loss is still larger than 30?
Loss = zeros(27, 12); % Adjust the size according to the number of pairs
for ii = 1:27
colIndex = 1; % Initialize column index for Loss matrix
for i = 1:2:24
% Calculate initial loss
Loss(ii, colIndex) = (a(ii, i) – a(ii, i+1)) * 100 / a(ii, i);
% Check condition and adjust if necessary
if Loss(ii, colIndex) < 0 && a(ii, i) < a(ii, i+1)
a(ii, i) = a(ii, i+1) + 0.00004;
elseif Loss(ii, colIndex) > 30
a(ii, i+1) = a(ii, i) – 0.00004;
end
% Recalculate loss after adjustment
Loss(ii, colIndex) = (a(ii, i) – a(ii, i+1)) * 100 / a(ii, i);
colIndex = colIndex + 1; % Increment column index for Loss matrix
end
end
% Display the updated matrix ‘a’
disp(a);
% Display the Loss matrix
disp(Loss); matlab, if MATLAB Answers — New Questions