Up: User's manual of OpenMX
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     Contents 
- 1DFFT.EnergyCutoff
 - Keywords
 | Convergence
 - 1DFFT.NumGridK
 - Keywords
 - 1DFFT.NumGridR
 - Keywords
 - Atoms.Cont.Orbitals
 - Keywords
 - Atoms.Number
 - Keywords
 | Step 2: The NEGF
 - Atoms.SpeciesAndCoordinates
 - Keywords
 | Pseudopotentials
 | Constrained relaxation
 | Initial velocity
 | Zeeman term for spin
 | Zeeman term for orbital
 | Step 2: The NEGF
 - Atoms.SpeciesAndCoordinates.Unit
 - Keywords
 | Step 2: The NEGF
 - Atoms.UnitVectors
 - Keywords
 | Band dispersion
 | Automatic determination of the
 | Automatic determination of the
 - Atoms.UnitVectors.Unit
 - Keywords
 - Band.dispersion
 - Keywords
 | Analysis
 - Band.kpath
 - Keywords
 - Band.KPath.UnitCell
 - Keywords
 | Band dispersion
 | Band dispersion
 | Band dispersion
 | Band dispersion
 | Band dispersion
 | Band dispersion
 - Band.Nkpath
 - Keywords
 | Output files
 - CntOrb.fileout
 - Keywords
 - DATA.PATH
 - Keywords
 - Definition.of.Atomic.Species
 - Keywords
 | Primitive basis function
 | Pseudopotentials
 | Orbital optimization
 | Fully relativistic
 | General
 | General
 | General
 - Dos.Erange
 - Keywords
 | Conventional scheme
 | For calculations with lots
 - Dos.fileout
 - Keywords
 | Output files
 | For calculations with lots
 | For calculations with lots
 | For calculations with lots
 | Optical conductivity
 | Step 2: The NEGF
 - Dos.Kgrid
 - Keywords
 | Conventional scheme
 - DosGauss.file
 - For calculations with lots
 - DosGauss.fileout
 - For calculations with lots
 | For calculations with lots
 | For calculations with lots
 | For calculations with lots
 - DosGauss.Width
 - For calculations with lots
 - HS.fileout
 - Keywords
 | Macroscopic polarization by Berry's
 | Exchange coupling parameter
 | Interface for developers
 | Interface for developers
 - Hubbard.U.values
 - Keywords
 | LDA+U
 | LDA+U
 - LeftLeadAtoms.Number
 - Step 2: The NEGF
 - LeftLeadAtoms.SpeciesAndCoordinates
 - Step 2: The NEGF
 - level.of.fileout
 - Keywords
 | Output files
 | Output files
 | Output files
 | Output files
 | LCAO coefficients
 | LCAO coefficients
 | LCAO coefficients
 - level.of.stdout
 - Keywords
 | Electro-static potential fitting
 - MD.Fixed.XYZ
 - Keywords
 | Constrained relaxation
 | Initial velocity
 - MD.Init.Velocity
 - Keywords
 | Initial velocity
 - MD.Initial.MaxStep
 - EF, BFGS, RF, and
 - MD.maxIter
 - Keywords
 | Steepest decent optimization
 - MD.Opt.criterion
 - Keywords
 - MD.Opt.DIIS.History
 - Keywords
 | EF, BFGS, RF, and
 - MD.Opt.StartDIIS
 - Keywords
 | EF, BFGS, RF, and
 - MD.TempControl
 - Keywords
 | NVT molecular dynamics by
 | NVT molecular dynamics by
 | NVT molecular dynamics by
 | NVT molecular dynamics by
 | NVT molecular dynamics by
 | NVT molecular dynamics by
 | NVT molecular dynamics by
 - MD.TimeStep
 - Keywords
 - MD.Type
 - Keywords
 | Steepest decent optimization
 | EF, BFGS, RF, and
 | NVE molecular dynamics
 - MO.fileout
 - Keywords
 | Output files
 | Output files
 | LCAO coefficients
 - MO.kpoint
 - Keywords
 | LCAO coefficients
 - MO.Nkpoint
 - Keywords
 - NEGF.bias.neq.energy.step
 - Step 2: The NEGF
 | Step 2: The NEGF
 - NEGF.bias.neq.im.energy
 - Step 2: The NEGF
 | Step 2: The NEGF
 - NEGF.bias.voltage
 - Step 2: The NEGF
 - NEGF.Dos.energy.div
 - Step 2: The NEGF
 - NEGF.Dos.energyrange
 - Step 2: The NEGF
 | Step 2: The NEGF
 - NEGF.Dos.Kgrid
 - Step 2: The NEGF
 | Step 2: The NEGF
 - NEGF.filename.hks
 - Step 1: The calculations
 | Step 1: The calculations
 - NEGF.filename.hks.l
 - Step 2: The NEGF
 - NEGF.filename.hks.r
 - Step 2: The NEGF
 - NEGF.gate.voltage
 - Step 2: The NEGF
 - NEGF.Num.Poles
 - Step 2: The NEGF
 - NEGF.Output.for.TranMain
 - Periodic system under zero
 - NEGF.output_hks
 - Step 1: The calculations
 - NEGF.scf.Kgrid
 - Step 2: The NEGF
 | Step 2: The NEGF
 | Step 3: The transmission
 - NEGF.tran.energydiv
 - Step 3: The transmission
 - NEGF.tran.energyrange
 - Step 3: The transmission
 | Step 3: The transmission
 - NEGF.tran.interpolate
 - Interpolation of the effect
 - NEGF.tran.interpolate.coes
 - Interpolation of the effect
 - NEGF.tran.interpolate.file1
 - Interpolation of the effect
 - NEGF.tran.interpolate.file2
 - Interpolation of the effect
 - NEGF.tran.Kgrid
 - Step 3: The transmission
 | Step 3: The transmission
 | Step 3: The transmission
 - NH.Mass.HeatBath
 - Keywords
 - Num.CntOrb.Atoms
 - Keywords
 - num.HOMOs
 - Keywords
 - num.LUMOs
 - Keywords
 - OpticalConductivity.fileout
 - Optical conductivity
 - orbitalOpt.criterion
 - Keywords
 - orbitalOpt.InitCoes
 - Keywords
 - orbitalOpt.MD.maxIter
 - Keywords
 - orbitalOpt.Method
 - Keywords
 | Orbital optimization
 - orbitalOpt.scf.maxIter
 - Keywords
 - orderN.Exact.Inverse.S
 - Keywords
 | Krylov subspace method
 | Krylov subspace method
 | Krylov subspace method
 | Krylov subspace method
 - orderN.Expand.Core
 - Keywords
 | Krylov subspace method
 | Krylov subspace method
 | Krylov subspace method
 | Krylov subspace method
 - orderN.HoppingRanges
 - Keywords
 | Divide-conquer method
 | Divide-conquer method
 | Divide-conquer method
 | Divide-conquer method
 | Divide-conquer method
 | Divide-conquer method
 | Divide-conquer method
 | Divide-conquer method
 | Generalized divide-conquer method
 | Krylov subspace method
 | Large-scale calculation
 - orderN.KrylovH.order
 - Keywords
 | Krylov subspace method
 | Krylov subspace method
 - orderN.KrylovS.order
 - Keywords
 | Krylov subspace method
 | Krylov subspace method
 | Krylov subspace method
 - orderN.NumHoppings
 - Keywords
 | Divide-conquer method
 | Divide-conquer method
 | Divide-conquer method
 | Divide-conquer method
 | Divide-conquer method
 | Divide-conquer method
 | Divide-conquer method
 | Divide-conquer method
 | Generalized divide-conquer method
 | Krylov subspace method
 | Large-scale calculation
 - orderN.Recalc.Buffer
 - Keywords
 | Krylov subspace method
 | Krylov subspace method
 - RightLeadAtoms.Number
 - Step 2: The NEGF
 - RightLeadAtoms.SpeciesAndCoordinates
 - Step 2: The NEGF
 - scf.Constraint.NC.Spin
 - Keywords
 | Constraint DFT for non-collinear
 | Zeeman term for spin
 | Zeeman term for spin
 - scf.Constraint.NC.Spin.v
 - Keywords
 | Constraint DFT for non-collinear
 - scf.criterion
 - Keywords
 | Large-scale calculation
 | Step 2: The NEGF
 - scf.EigenvalueSolver
 - Keywords
 | Output files
 | Output files
 | Output files
 | Divide-conquer method
 | Step 2: The NEGF
 - scf.Electric.Field
 - Keywords
 | Electric field
 - scf.ElectronicTemperature
 - Keywords
 | SCF convergence
 | SCF convergence
 - scf.energycutoff
 - Keywords
 | A tip for calculating
 | Large-scale calculation
 | Fully relativistic
 | Fully relativistic
 - scf.fixed.grid
 - Fixing the relative position
 - scf.Hubbard.Occupation
 - Keywords
 | LDA+U
 - scf.Hubbard.U
 - Keywords
 | LDA+U
 - scf.Init.Mixing.Weight
 - Keywords
 | SCF convergence
 | SCF convergence
 | SCF convergence
 | SCF convergence
 | SCF convergence
 - scf.Kerker.factor
 - Keywords
 | SCF convergence
 | SCF convergence
 | SCF convergence
 | SCF convergence
 - scf.Kgrid
 - Keywords
 | Band dispersion
 | Fully relativistic
 | Fully relativistic
 | Step 1: The calculations
 - scf.lapack.dste
 - Keywords
 | Band calculation
 | Selection of lapack routine
 | Selection of lapack routine
 - scf.Max.Mixing.Weight
 - Keywords
 | SCF convergence
 | SCF convergence
 | SCF convergence
 | SCF convergence
 | SCF convergence
 | SCF convergence
 - scf.maxIter
 - Keywords
 - scf.Min.Mixing.Weight
 - Keywords
 | SCF convergence
 | SCF convergence
 | SCF convergence
 | SCF convergence
 | SCF convergence
 - scf.Mixing.EveryPulay
 - Keywords
 | SCF convergence
 | SCF convergence
 | SCF convergence
 | SCF convergence
 | SCF convergence
 - scf.Mixing.History
 - Keywords
 | SCF convergence
 | SCF convergence
 | SCF convergence
 | SCF convergence
 | SCF convergence
 | SCF convergence
 - scf.Mixing.StartPulay
 - Keywords
 | SCF convergence
 | SCF convergence
 | SCF convergence
 | SCF convergence
 | SCF convergence
 - scf.Mixing.Type
 - Keywords
 | SCF convergence
 - scf.NC.Mag.Field.Orbital
 - Zeeman term for orbital
 - scf.NC.Mag.Field.Spin
 - Zeeman term for spin
 - scf.NC.Zeeman.Orbital
 - Zeeman term for orbital
 - scf.NC.Zeeman.Spin
 - Zeeman term for spin
 | Zeeman term for spin
 | Zeeman term for spin
 - scf.Ngrid
 - Keywords
 | A tip for calculating
 | Fixing the relative position
 - scf.partialCoreCorrection
 - Keywords
 - scf.restart
 - Keywords
 | Restarting
 | Restarting
 - scf.SpinOrbit.Coupling
 - Keywords
 | Scalar relativistic treatment
 - scf.SpinPolarization
 - Keywords
 | Output files
 | Functional
 | Non-collinear DFT
 - scf.system.charge
 - Keywords
 | Empty atom scheme
 | Empty atom scheme
 | Charge doping
 - scf.XcType
 - Keywords
 | Functional
 - System.CurrrentDir
 - Keywords
 - System.Name
 - Keywords
 | Restarting
 | NVE molecular dynamics
 | NVT molecular dynamics by
 | Orbital magnetic moment
 | General
 - Voronoi.charge
 - Keywords
 | Voronoi charge
 - Wannier.Dis.Conv.Criterion
 - General
 | Monitoring Optimization of Spread
 - Wannier.Dis.Mixing.Para
 - General
 - Wannier.Dis.SCF.Max.Steps
 - General
 - Wannier.Func.Calc
 - General
 - Wannier.Func.Num
 - General
 - Wannier.Function.Plot
 - Analysis
 - Wannier.Function.Plot.SuperCells
 - Analysis
 - Wannier.Initial.Guess
 - General
 - Wannier.Initial.Projectors.Unit
 - General
 | General
 - Wannier.Initial.Projectos
 - General
 | General
 - Wannier.Inner.Window.Bottom
 - General
 - Wannier.Inner.Window.Top
 - General
 - Wannier.Interpolated.Bands
 - Analysis
 - Wannier.Kgrid
 - General
 | General
 - Wannier.MaxShells
 - General
 - Wannier.Minimizing.Conv.Criterion
 - General
 | Monitoring Optimization of Spread
 - Wannier.Minimizing.Max.Steps
 - General
 | General
 - Wannier.Minimizing.Scheme
 - General
 - Wannier.Minimizing.Secant.StepLength
 - General
 - Wannier.Minimizing.Secant.Steps
 - General
 - Wannier.Minimizing.StepLength
 - General
 - Wannier.Outer.Window.Bottom
 - General
 - Wannier.Outer.Window.Top
 - General
 - Wannier.Readin.Overlap.Matrix
 - General
 | General
 
2009-08-28