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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)
+ [-I[nput] InOriginal (NULL ).as(inFile ) ] :Essential :Input: Original
+ [-i[nput] InPrevious (NULL ).as(inFile ) ] :Essential :Input: Previous
+ [-i[nput]c[ounter] FFTInCount (NULL ).as(inFile ) ] :Optional :Input: CounterforWeight FourierSpace
+ [-o[utput] Out (NULL ).as(outFile ) ] :Essential :Output: Next
+ [-t[ime] t (1 ).as(Integer ) ] :Optional :Number of time: Iteration(Real Space)
+ [-fromp[oint]1 x00 (0 ).as(Integer )
+ y00 (0 ).as(Integer )
+ z00 (0 ).as(Integer ) ] :Optional :First value near origin of coordinates: x00[pixel] y00[pixel] z00[pixel]
+ [-top[oint]1 x01 (2 ).as(Integer )
+ y01 (2 ).as(Integer )
+ z01 (2 ).as(Integer ) ] :Optional :target value: x01[pixel] y01[pixel] z01[pixel]
+ [-fromp[oint]2 x10 (0 ).as(Integer )
+ y10 (0 ).as(Integer )
+ z10 (0 ).as(Integer ) ] :Optional :First value far from origin of coordinates: x10[pixel] y10[pixel] z10[pixel]
+ [-top[oint]2 x11 (0 ).as(Integer )
+ y11 (0 ).as(Integer )
+ z11 (0 ).as(Integer ) ] :Optional :target value: x11[pixel] y11[pixel] z11[pixel]
+ [-c[onfig] configFile (NULL ).as(inFile ) ] :Optional :ConfigurationFile
+ [-m[ode] mode (0 ).as(Integer ) ] :Essential :RealSpaceCalculating
+ [-LabelingMode labelingmode (0 ).as(Integer ) ] :Optional :LabelingMode
+ [-max[value] max (800 ).as(Integer ) ] :Optional :Density Max value:Support Constraint()
+ [-min[value] min (200 ).as(Integer ) ] :Optional :Density Min value:Support Constraint()
+ [-sh[ape] shape (0 ).as(Integer ) ] :Optional :Shape:0(Rectangule),1(Globe)
+ [-h[alf]v[alue]p[oint]hvp (0.0 ).as(Real ) ] :Optional :Half value point(/[A])
+ [-Inverse ] :Optional :Inverse
+ [-nM[olecule] nMolecule (1 ).as(Integer ) ] :Optional :Number of Molecule
+ [-M[olecularWeight] MolecularWeight (80000 ).as(Integer ) ] :Optional :MolecularWeight
+ [-D[ensity] Density (1.35 ).as(Real ) ] :Optional :Density(g/cm3)
+ [-counter incounter (3.0 ).as(Real ) ] :Optional :Counter(Fourier Space)
+ [-d[elta]Density deltaDens (100.0 ).as(Real ) ] :Optional :Delta (Convergence)
+ [-d[elta]Area deltaArea (100.0 ).as(Real ) ] :Optional :Area (Convergence)
+ [-sub[traction] sub (0.2 ).as(Real ) ] :Optional :Subtraction(Convergence)
+ [-ratio ratio (0.3 ).as(Real ) ] :Optional :Ratio(Convergence)
+ [-t[ime]max tmax (1000 ).as(Integer ) ] :Optional :Time Max(Convergence)
+ [-w[eight]d[elta] WeightDelta (0.1 ).as(Real ) ] :Optional :WeightDelta(Fourier Space)
+ [-w[eight]m[ax] WeightMax (2 ).as(Integer ) ] :Optional :WeightMax(Fourier Space)
+ [-Subtraction ] :Optional :Subtraction(Real Space)
----- Additional Usage -----
-m Option
1 : AreaAndLocation
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