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def solve(self): """Solve for the modes of the structure. In addition to solving for the modes, this function saves the results to the master node so that they can be easily retrieved for visualization, etc. Notes ----- This function is run on all nodes. """ self._solver.setOperators(self._A, self._B) self._solver.setProblemType(SLEPc.EPS.ProblemType.GNHEP) self._solver.setDimensions(self.neigs, PETSc.DECIDE) self._solver.setTarget(self.n0) self._solver.setFromOptions() self._solver.solve() nconv = self._solver.getConverged() if(nconv < self.neigs): warning_message('%d eigenmodes were requested, however only %d ' \ 'eigenmodes were found.' % (self.neigs, nconv), \ module='emopt.modes') # nconv can be bigger than the desired number of eigen values if(nconv > self.neigs): neigs = self.neigs else: