create a function for the optimization of a bldc motor in matlab

main.m
function optimized_values = optimize_bldc_motor(parameters)
    % Define the optimization variables
    % For example, considering parameters like: number of poles, phase resistance, inductance, etc.
    lb = [0, 0, 0]; % Lower bounds for variables
    ub = [10, 5, 5]; % Upper bounds for variables
    x0 = [1, 2, 3]; % Initial guess for variables
    
    % Perform optimization using fmincon
    options = optimoptions(@fmincon,'Algorithm','interior-point');
    optimized_values = fmincon(@(x)cost_function(x, parameters), x0, [], [], [], [], lb, ub, [], options);
end

function cost = cost_function(x, parameters)
    % Simulate the BLDC motor with the provided parameters
    % and calculate a cost based on the motor performance
    
    % Example simulation and cost calculation
    % cost = x(1)^2 + x(2)^2 + x(3)^2; % Some arbitrary cost function
    
    % You should use the provided parameters and x (optimized variables)
    % to run the simulation and calculate a relevant cost.
end
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In this code snippet, the optimize_bldc_motor function takes parameters as input, sets up the optimization problem with bounds and an initial guess, then uses the fmincon function to optimize the variables. The optimization is performed based on a cost function defined in cost_function.

You need to replace the placeholder cost function with a function that correctly simulates the performance of the BLDC motor based on the given parameters and the optimized variables x. The cost function should evaluate the motor performance and return a value to minimize or maximize, depending on your optimization goal.

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