Simulations_Data_arxiv_1611.03511

## Supplementary raw data to## https://arxiv.org/abs/1611.03511 ## and following versions of the preprint## further details&amp;explanations in the main text<br>The Folder tree structure is the following (in {} brackets variable syntax, in [] options):<br>- "{Number of qubits for the simulation}qbit" (if ambiguous, followed by "_Hstructureanalysed")<br>-- "{Typeof}States[_{number of operators in the truncated ansatz}] "OR -- "{Typeof}States[ _FS]" for runs adopting the FoldedSpectrum method<br>---"NMeas {number of simulated photon counts for each algorithm step, adopted to investigate the role of Poissonian noise}"<br>---- "FullData_NMeas{Poissonian counts}_Excite#_{identifier fo the excited state}_NParticles#{number of parricles used}"## main file where for each step of each iteration of the WAVES algorithm we record:[iteration step, final best guess for the eigenstate, fidelity of the best guess with the whole spectrum of eigenstates of the Hamiltonian analysed, fidelity with the targeted eigenstate, average energy for the particle swarm, average purity for the particle swarm, [set of particles used for the iteration, objective function for each of the particles, fidelity of each particle with the whole spectrum of eigenstates of the Hamiltonian analysed] ]<br>---- "STREAM_NMeas{Poissonian counts}_Excite#_{identifier fo the excited state}_NParticles#{number of parricles used}"## txt summary of main performances per each attempted iteration of the WAVES algorithm