% Obtain the Laplace Transform of the source-to-detector transfer of the network
%
source('V1');            % The independent source 'V1' is assigned as signal source
detector('V_out');       % The voltage between node 'out' and node '0' is assigned as detector voltage
gainType('gain');        % The gain from source to load is the desired transfer
dataType('laplace');     % The Laplace Transform is the data we need
                         % Note: the simulation type is still 'symbolic', we didn't change it
gainLaplace = execute(); % The execution result (structured array) is assigned to the variable 'gainLaplace'
                         % We will unpack the structured array since we only need the expression:
gainLaplaceExpr = gainLaplace.results(1);
htmlPage('Laplace Transform');                                % Create a new html page.
head2html('Laplace transform of the gain');                   % Put a heading on it
text2html('The Laplace Transform of the gain is found as:');  % Put some text on the page
syms('V_out', 'V_1');                                         % Define symbolic variables for the left hand side of the equation
eqn2html(V_out/V_1, gainLaplaceExpr);                         % Place the equation on the page.