# mrcImageSuperResolution

## Usage

    Usage: mrcImageSuperResolution
    Options:
        [-I[nput]            InOriginal          (NULL      )] :Essential :Input: Original
        [-i[nput]            InPrevious          (NULL      )] :Essential :Input: Previous
        [-i[nput]c[ounter]   FFTInCount          (NULL      )] :Optional  :Input: CounterforWeight FourierSpace
        [-o[utput]           Out                 (NULL      )] :Essential :Output: Next
        [-t[ime]             t                   (1         )] :Optional  :Number of time: Iteration(Real Space)
        [-fromp[oint]1       x00                 (0         )y00                 (0         )z00                 (0         )] :Optional  :First value near origin of coordinates: x00[pixel] y00[pixel] z00[pixel]
        [-top[oint]1         x01                 (2         )y01                 (2         )z01                 (2         )] :Optional  :target value: x01[pixel] y01[pixel] z01[pixel]
        [-fromp[oint]2       x10                 (0         )y10                 (0         )z10                 (0         )] :Optional  :First value far from origin of coordinates: x10[pixel] y10[pixel] z10[pixel]
        [-top[oint]2         x11                 (0         )y11                 (0         )z11                 (0         )] :Optional  :target value: x11[pixel] y11[pixel] z11[pixel]
        [-c[onfig]           configFile          (NULL      )] :Optional  :ConfigurationFile
        [-m[ode]             mode                (0         )] :Essential :RealSpaceCalculating
        [-LabelingMode       labelingmode        (0         )] :Optional  :LabelingMode
        [-max[value]         max                 (800       )] :Optional  :Density Max value:Support Constraint(%)
        [-min[value]         min                 (200       )] :Optional  :Density Min value:Support Constraint(%)
        [-sh[ape]            shape               (0         )] :Optional  :Shape:0(Rectangule),1(Globe)
        [-h[alf]v[alue]p[oint]hvp                 (0.0       )] :Optional  :Half value point(/[A])
        [-Inverse            ] :Optional  :Inverse
        [-nM[olecule]        nMolecule           (1         )] :Optional  :Number of Molecule
        [-M[olecularWeight]  MolecularWeight     (80000     )] :Optional  :MolecularWeight
        [-D[ensity]          Density             (1.35      )] :Optional  :Density(g/cm3)
        [-counter            incounter           (3.0       )] :Optional  :Counter(Fourier Space)
        [-d[elta]Density     deltaDens           (100.0     )] :Optional  :Delta (Convergence)
        [-d[elta]Area        deltaArea           (100.0     )] :Optional  :Area (Convergence)
        [-sub[traction]      sub                 (0.2       )] :Optional  :Subtraction(Convergence)
        [-ratio              ratio               (0.3       )] :Optional  :Ratio(Convergence)
        [-t[ime]max          tmax                (1000      )] :Optional  :Time Max(Convergence)
        [-w[eight]d[elta]    WeightDelta         (0.1       )] :Optional  :WeightDelta(Fourier Space)
        [-w[eight]m[ax]      WeightMax           (2         )] :Optional  :WeightMax(Fourier Space)
        [-Subtraction        ] :Optional  :Subtraction(Real Space)
    ----- Additional Usage -----
    -m Option
         1 : AreaAndLocation
         2 : Density
         3 : AreaAndLocationandDensity
        +4 : Convergence(Option)
       +16 : NonnegativeMode(before RealSpaceConstraint)
       +32 : Binarization(before RealSpaceConstraint)
       +64 : Labeling
      +128 : SixOrientation
      +256 : LowpassfilterMode(-hvp is required)
      +512 : CounterMode(-ic is required)
    -----------------------------------------------------
    -Inverse
    If high density means the location of protein, -Inverse is required for volume calculation.
    -wm and -wd
    weight = counter / (weightmax + counter)
    weightmax -> 0 (weightdelt by weightdelta)
    -LabelinMode
         0 : TheLargestLabelingSearch
         1 : SomeVolumeLabelingSearch
    -Subtraction
    Real Space Constraint for desolving edge problem