runAnalyzer.m

function [runtime, analyzer] = runAnalyzer(self, options)
% RUNTIME = RUN()
% Run the solver
 
T0=tic;
if nargin<2
    options = self.getOptions;
end
 
QN = []; UN = [];
RN = []; TN = [];
CN = []; XN = [];
lG = NaN;
 
if self.enableChecks && ~self.supports(self.model)
    ME = MException('Line:FeatureNotSupportedBySolver', 'This model contains features not supported by the solver.');
    throw(ME);
end
 
Solver.resetRandomGeneratorSeed(options.seed);
 
sn = getStruct(self); % doesn't need initial state
 
if (strcmp(options.method,'exact')||strcmp(options.method,'mva')) && ~self.model.hasProductFormSolution
    line_error(mfilename,'The exact method requires the model to have a product-form solution. This model does not have one. You can use Network.hasProductFormSolution() to check before running the solver.');
end
 
method = options.method;
 
[QN,UN,RN,TN,CN,XN,runtime] = solver_custom_analyzer(sn, options);
 
if nargout > 1
    analyzer = @(sn) solver_customer_anlyzer(sn, options);
end
 
self.setAvgResults(QN,UN,RN,TN,[],[],CN,XN,runtime,method);
 
runtime = toc(T0);
end