src Directory Reference

Directories
directory	include
directory	StdFace

Files
file	bitcalc.cpp [code]
	File for giving functions of treating bits on the target of Hilbert space.
file	CalcByFullDiag.cpp [code]
file	CalcByLOBPCG.cpp [code]
	Functions to perform calculations with the localy optimal block (preconditioned) conjugate gradient method.
file	CalcByTEM.cpp [code]
	File to define functions to calculate expected values by Time evolution method.
file	CalcByTPQ.cpp [code]
	File for givinvg functions of TPQ method.
file	CalcSpectrum.cpp [code]
	File for givinvg functions of calculating spectrum.
file	CalcSpectrumByBiCG.cpp [code]
	File for givinvg functions of calculating spectrum by Lanczos.
file	CalcSpectrumByFullDiag.cpp [code]
	Functions to perform spectrum calculations with the full-diagonalization method.
file	check.cpp [code]
	File for giving a function of calculating size of Hilbert space.
file	CheckMPI.cpp [code]
	Compute total number of electrons, spins.
file	diagonalcalc.cpp [code]
	Calculate diagonal components, i.e. \( H_d |\phi_0> = E_d |\phi_0> \).
file	dSFMT.cpp [code]
	double precision SIMD-oriented Fast Mersenne Twister (dSFMT) based on IEEE 754 format.
file	expec_cisajs.cpp [code]
	File for calculation of one body green's function.
file	expec_cisajscktaltdc.cpp [code]
	File for calculating two-body green's functions.
file	expec_energy_flct.cpp [code]
file	expec_totalspin.cpp [code]
	File for calculating total spin.
file	FileIO.cpp [code]
	Functions to open file(s) in output/ directory.
file	FirstMultiply.cpp [code]
	Multiplication \( v_0 = H v_1 \) at the first step for TPQ mode ( \( v_1 \) is the random or inputted vector).
file	global.cpp [code]
file	HPhiMain.cpp [code]
file	HPhiTrans.cpp [code]
	Check the inputted transfer integrals.
file	input.cpp [code]
file	lapack_diag.cpp [code]
file	log.cpp [code]
	File for defining functions to write log messages.
file	matrixlapack.cpp [code]
	wrapper for linear algebra operations using lapack
file	matrixlapack_magma.cpp [code]
file	matrixscalapack.cpp [code]
	File for diagonalization using scalapack with functions for getting indices of global and local array.
file	mltply.cpp [code]
	Multiplying the wavefunction by the Hamiltonian. \( H v_1\).
file	mltplyHubbard.cpp [code]
	Function for Hubbard Hamitonian.
file	mltplyHubbardCore.cpp [code]
	Functions for Hubbard hamiltonian (Core)
file	mltplyMPIHubbard.cpp [code]
	Functions for Hubbard Hamiltonian + MPI.
file	mltplyMPIHubbardCore.cpp [code]
	Functions for Hubbar + MPI (Core)
file	mltplyMPISpin.cpp [code]
	Functions for spin Hamiltonian + MPI.
file	mltplyMPISpinCore.cpp [code]
	Functions for spin Hamiltonian + MPI (Core)
file	mltplySpin.cpp [code]
	Functions for spin Hamiltonian.
file	mltplySpinCore.cpp [code]
	Functions for spin Hamiltonian (Core)
file	Multiply.cpp [code]
	File for giving multiplying functions to the wave vectors for TPQ and TE method.
file	output.cpp [code]
file	output_list.cpp [code]
	Output list_1 for canonical ensembles obtained in sz.cpp.
file	PairEx.cpp [code]
	Calculating the pair excited state generated by the pair operator \[ \sum_{i,j, \sigma_1, \sigma_2} h_{i,\sigma_1, j, \sigma_2} c_{i\sigma_1} c_{j\sigma_2} (a_{i\sigma_1} a_{j\sigma_2})\] , where \( c_{i\sigma_1} (a_{i\sigma_1})\) indicates a creation (anti-creation) operator at \(i\)-th site with \( \sigma_1 \) spin.
file	PairExHubbard.cpp [code]
file	PairExSpin.cpp [code]
file	phys.cpp [code]
	File for giving a parent function to calculate physical quantities by full diagonalization method.
file	readdef.cpp [code]
	File to define functions of reading input files.
file	SingleEx.cpp [code]
	Functions to compute singly excited state.
file	SingleExHubbard.cpp [code]
	Functions to compute singly excited state in Hubbard model.
file	splash.cpp [code]
	Print logo mark and version number.
file	sz.cpp [code]
	Generating Hilbert spaces.
file	time.cpp [code]
file	wrapperMPI.cpp [code]
	MPI wrapper for init, finalize, bcast, etc.
file	xsetmem.cpp [code]
	Set size of memories to be needed for calculation.