timeStep = 0.1;
maxTimeSteps = 100;
initialTemperature = 25.0;
initialTheta = 0.0;
initialPhi = 45.0;
deltaTheta = 1.0;
x = 0;
y = 0;
z = 0;
theta = initialTheta;
phi = initialPhi;
temperature = initialTemperature;
temperatureHistory = zeros(maxTimeSteps, 1);
NxHistory = zeros(maxTimeSteps, 1);
NyHistory = zeros(maxTimeSteps, 1);
for t = 1:maxTimeSteps
% Store temperature at current time step
temperatureHistory(t) = temperature;
Nx = sin(theta); % Replace with your calculation
Ny = cos(theta); % Replace with your calculation
NxHistory(t) = Nx;
NyHistory(t) = Ny;
deltaX = 0.1; % Replace with your calculation
deltaY = 0.2; % Replace with your calculation
deltaZ = 0.3; % Replace with your calculation
deltaTheta = 0.1; % Replace with your calculation
x = x + deltaX;
y = y + deltaY;
z = z + deltaZ;
theta = theta + deltaTheta;
interpolatedTemperature = initialTemperature + z * 0.2; % Example interpolation
temperature = interpolatedTemperature;
if z >= someTerminationCondition
break;
end