# ltlg2mrc

## Usage

    Usage: ltlg2mrc
    Options:
        [-i[nput]            In                  (NULL      )] :Optional  :InputDataFile
        [-o[utput]           Out                 (NULL      )] :Optional  :OutputDataFile
        [-c[onfig]           configFile          (NULL      )] :Optional  :ConfigurationFile
        [-t[itle]            Title               (NULL      )] :Optional  :Title
        [-d[elta]            delta               (2.5       )] :Optional  :delta[A]
        [-C                  RepeatDistance      (2.5       )] :Optional  :RepeatDistance[A]
        [-r[Max]             rMax                (2.5       )] :Optional  :rMax[A]
        [-p[hiStart]         phiStart            (0         )] :Optional  :phiStart[degree]
        [-zmi[n]             zMin                (0.0       )] :Optional  :zMin
        [-zma[x]             zMax                (55.0      )] :Optional  :zMax
        [-zde[lta]           deltaz              (2.5       )] :Optional  :deltaz
        [-w[eight]           WeightOf0thLayer    (0.5       )] :Optional  :WeightOf0thLayer
        [-l[Weight]          Layer               (NULL      )] :Optional  :Layer WeightOfEachLayer
        [-f9[9]              ] :Optional  :IF(NN(LL)!=NL(LL)) WT(LL) = 0.0
        [-O[ffset]           CUT                 (0.5       )] :Optional  :CUT
        [-a[mean]            Mean                (0.0       )] :Optional  :Mean
        [-s[igma]            Sigma               (0.0       )] :Optional  :Sigma
        [-I[nverse]          ] :Optional  :Nega-Posi Reverse
        [-n[otInteractive]   ] :Optional  :not Intaracitve
        [-AntiPole           ] :Optional  :Anti Pole: zmax -> zmin:  Else zmin->zmax
        [-m[ode]             mode                (0         )] :Optional  :
    				0: Normarize
    				1: Not Normarize bu edge average is zero.
    				2: Not Normarize
    				defalt: 0
    Mode:

    If control file is used, control file fora filename to output

    InputFileName(char[72])A])
    Title(char[60])A])
    Y|N(char[1])                              : No use
    deltaX[A](if Y)||deltaY[A](if N)(F10.5)   : You need not care for deltaX or deltaY in this tool because deltaX = deltaY. You had better care for that for compatibility.
    C[A]rMax[A](2F7.0)                        : C[A]: Spacing of the 1st layer line in real space ; rMax: Maximum of radial elements.
    phiStart[degree](F7.0)                    : phi at Z = 0
    zMin[A],zMax[A],deltaz[A](3F7.0)          : z-section parameters for(z=zMin; zDensity[x][y]) Density[x][y]= 0.0
    Mean,Sigma(2F7.0)                         : Mean : Mean of hrzData?; Sigma : Standard Deviation of hrzData?
    OutputFile                                : hrz-data filename to output

    #### Attention ####
     In using this tool, you need not keep promises about format(F7.0 etc.).
    Instead, you need separate numbers with more space than one.
    Usually compatible but you need care when numbers have a line with no space.