Conversion of Simulink file to MATLAB file

How can I convert a .slx (Simulink) file into a .m (MATLAB) file? I want to check the flow and order of my functions. Any suggestion'd be appreciated.

Thanks.

Answer 1

[Abhinav Gupta]

It is not possible to convert a .slx file into a .m file directly.You can only generate C, C++, or HDL / VHDL from Simulink model using Simulink Coder. However If you need to run your Simulink model in the MATLAB Script you can do so using Sim.

To visualize the execution order of blocks in Simulink model. You can go to Debug tab in Simlink and then in Information Overlays go to Execution Order. For more info see this.

To visualize the Simulation Data in Simulink Model please refer to the following link:https://www.mathworks.com/help/simulink/ug/viewing-output-trajectories.html

Answer 2

[KIRAN KUMAR]

% Define appliances (name, duration in hours, power consumption in kW)

appliances = {

'Washing Machine', 2, 1.5; % Name, Duration, Power

'Dishwasher', 1.5, 1.2;

'Submersible Pump', 1, 2; % Submersible Pump

'Refrigerator', 24, 0.1; % Always on

'Oven', 2, 2.5

};

% Define inverter capacity (in kW)

inverterCapacity = 5; % Maximum power output of the inverter

% Define time slots (in hours)

timeSlots = 0:23; % 24-hour time frame

numSlots = length(timeSlots);

numAppliances = size(appliances, 1);

% Initialize schedule matrix (appliance x time)

schedule = zeros(numAppliances, numSlots);

cost = 0; % Initialize cost

% Power cost per hour (example values)

powerCost = [0.2 0.25 0.3 0.25 0.2 0.15 0.1 0.1 0.15 0.2 0.25 0.3 0.25 0.2 0.15 0.1 0.1 0.15 0.2 0.25 0.3 0.25 0.2 0.15];

% Schedule appliances

for i = 1:numAppliances

applianceDuration = appliances{i, 2};

appliancePower = appliances{i, 3};

% Find the first available slot

for startHour = 1:numSlots - applianceDuration + 1

% Check if the appliance can be scheduled without exceeding inverter capacity

if all(schedule(:, startHour:startHour + applianceDuration - 1) == 0) && ...

(sum(appliances{:, 3} .* schedule(:, startHour:startHour + applianceDuration - 1)) + appliancePower <= inverterCapacity)

% Schedule the appliance

schedule(i, startHour:startHour + applianceDuration - 1) = 1;

break;

end

end

end

% Calculate total cost

for hour = 1:numSlots

for i = 1:numAppliances

if schedule(i, hour) == 1

cost = cost + appliances{i, 3} * powerCost(hour);

end

end

end

% Display the schedule and total cost

disp('Appliance Schedule:');

for i = 1:numAppliances

fprintf('%s: ', appliances{i, 1});

for hour = 1:numSlots

if schedule(i, hour) == 1

fprintf('%d ', hour);

end

end

fprintf('\n');

end

fprintf('Total Cost: $%.2f\n', cost);