#------------------------------
#- Japanese message descript. -
#------------------------------
#
# C Environment
#
#------------------------------------------------------------------------
# COMMON WORD 
#------------------------------------------------------------------------
#
NLSC_LOCAL_FILE_SUFFIX = _en
#
NLSC_STEP_CT = CT range
NLSC_STEP_ROI = ROI
NLSC_STEP_ROIP = Segmentation
NLSC_STEP_MESH = Mesh
NLSC_STEP_MATEL = Material
NLSC_STEP_PROP = Property
NLSC_STEP_LOAD = Load
NLSC_STEP_SOLV = Solve
#
NLSC_OTH_OUT0 = Output Surface by Threshold
NLSC_OTH_OUT1 = Output Segmented Surface
NLSC_OTH_OUT2 = Output Surface (before Volume Meshing)
NLSC_OTH_OUT3 = Output Analysis Surface
#
NLSC_PROC_DATA = Data Information
NLSC_PROC_BOUND = Surface View 
NLSC_PROC_OFFSET = Deformation View
NLSC_PROC_FRINGE = Contour View
NLSC_PROC_MFRINGE = Material Contour View
NLSC_PROC_TENSOR = Tensor View
NLSC_PROC_LOAD = Load View
NLSC_PROC_LIMIT = Constraint View
NLSC_PROC_CRACK = Failure View 
NLSC_PROC_CEXTRA = Extraction of Cell Shape
NLSC_PROC_LABEL = Label
NLSC_PROC_VIEWER = Viewer Settings
NLSC_PROC_SLICE = Slice View
NLSC_PROC_SDATA = Extraction of Result
NLSC_PROC_PDATA = Extraction of Material Property
NLSC_PROC_GDATA = Extraction of Surface Data
NLSC_PROC_VOLUME = CT View
NLSC_PROC_IMGMSR = CT Measurement
NLSC_PROC_PHANTOM = Phantom View
NLSC_PROC_BAXIS = Axis View
NLSC_PROC_VECTOR = Vector View
NLSC_PROC_MEASURE = Measurement
NLSC_PROC_PROCVIS = Data Processing and Visualize
NLSC_PROC_MODEL = Material/STL View
NLSC_PROC_GVIEW = Graph viewer settings
NLSC_PROC_PCONTROL = Post Control
#
NLSC_ROIS_GRP = Seg. Group
NLSC_ROIS_GRP1 = Seg. Group1
NLSC_ROIS_GRP2 = Seg. Group2
NLSC_ROIS_GRP3 = Seg. Group3
NLSC_ROIS_GRP4 = Seg. Group4
NLSC_ROIS_GRP5 = Seg. Group5
NLSC_ROIS_GRP6 = Seg. Group6
NLSC_ROIS_GRP7 = Seg. Group7
NLSC_ROIS_GRPAZ0 = Group
NLSC_ROIS_GRPAZ1 = Target Group
NLSC_ROIS_PHANT = Phantom type
NLSC_ROIS_PHANT0 = Arbitrarily
#
NLSC_MESH_BASE = Surface Mesh Size(mm)
NLSC_MESH_AUTOSZ = Auto Size
NLSC_MESH_MANUSZ = Manual Size
NLSC_MESH_PARTSZ = Part-specific Size
NLSC_MESH_MAXSZ = Maximum Size(mm)
NLSC_MESH_MINSZ = Minimum Size(mm)
#
NLSC_GEOM_NNODES = Nodes
NLSC_GEOM_NTRI = Triangles 
NLSC_GEOM_NSHELL = Shells
NLSC_GEOM_NSOLID = Solids
NLSC_GEOM_NGAP = Gaps
NLSC_GEOM_NTOUCH = Contacts
NLSC_GEOM_NSPLINK = SPCs
NLSC_GEOM_NTRUSS = Truss
NLSC_GEOM_NGROUP = Groups
NLSC_GEOM_NKINDS = Materials
NLSC_GEOM_NPROPS = Material Properties
NLSC_GEOM_SPECTP1 = Separate Node
NLSC_GEOM_SPECTP2 = Gap Element
NLSC_GEOM_SPECTP3 = Contact
NLSC_GEOM_SPECTP4 = Truss Element
NLSC_GEOM_SPHERE = Sphere Size
NLSC_GEOM_THICK = Line Width
NLSC_GEOM_LNKIND = Line Type
#
NLSC_MATEL_ALL = All Mat.
NLSC_MATEL_SEL = Selected Mat.
NLSC_MATEL_B  = Bone
NLSC_MATEL_O  = Other
NLSC_MATEL_R  = Rubber
NLSC_MATEL_N  = Excluded
NLSC_MATEL_BNUM = Bone Mat.
NLSC_MATEL_ONUM = Other Mat.
NLSC_MATEL_RNUM = Rubber Mat.
NLSC_MATEL_BN = Bone
NLSC_MATEL_B1 = Bone No.1
NLSC_MATEL_B2 = Bone No.2
NLSC_MATEL_B3 = Bone No.3
NLSC_MATEL_B4 = Bone No.4
NLSC_MATEL_B5 = Bone No.5
NLSC_MATEL_B6 = Bone No.6
NLSC_MATEL_B7 = Bone No.7
NLSC_MATEL_B8 = Bone No.8
NLSC_MATEL_B9 = Bone No.9
NLSC_MATEL_B10 = Bone No.10
NLSC_MATEL_ON = Other
NLSC_MATEL_O1 = Other No.1
NLSC_MATEL_O2 = Other No.2
NLSC_MATEL_O3 = Other No.3
NLSC_MATEL_O4 = Other No.4
NLSC_MATEL_O5 = Other No.5
NLSC_MATEL_O6 = Other No.6
NLSC_MATEL_O7 = Other No.7
NLSC_MATEL_O8 = Other No.8
NLSC_MATEL_O9 = Other No.9
NLSC_MATEL_O10 = Other No.10
NLSC_MATEL_RN = Rubber
NLSC_MATEL_R1 = Rubber No.1
NLSC_MATEL_R2 = Rubber No.2
NLSC_MATEL_R3 = Rubber No.3
NLSC_MATEL_R4 = Rubber No.4
NLSC_MATEL_R5 = Rubber No.5
NLSC_MATEL_R6 = Rubber No.6
NLSC_MATEL_R7 = Rubber No.7
NLSC_MATEL_R8 = Rubber No.8
NLSC_MATEL_R9 = Rubber No.9
NLSC_MATEL_R10 = Rubber No.10
#
NLSC_PROP_UNIT = Unit
NLSC_PROP_YOUNG = Young's Modulus
NLSC_PROP_POISN = Poisson's Ratio
NLSC_PROP_STRES = Tensile Strength
NLSC_PROP_YIELD = Yield Stress
NLSC_PROP_RELAX = Stress Relax. Factor
NLSC_PROP_DENST = Density
NLSC_PROP_YBASE = Yield Criterion
NLSC_PROP_BREAK = Crush Strain(micro strain)
NLSC_PROP_DAMP = Damping Coefficient
NLSC_PROP_CT = Reference CT
NLSC_PROP_USER = User-established
NLSC_PROP_YNG = Young's modulus/Eq.
NLSC_PROP_YNG1 = Keyak(1998)
NLSC_PROP_YNG2 = Carter(1977)
NLSC_PROP_YNG3 = Keller(1994) Vertebrae
NLSC_PROP_YNG4 = Keller(1994) Combined
NLSC_PROP_YNG5 = Suzuki(2020) Callus
NLSC_PROP_YNGLIM1 = Set Lower Limit
NLSC_PROP_YNGLIM2 = Set Upper Limit
NLSC_PROP_YNGVAL1 = Lower Limit
NLSC_PROP_YNGVAL2 = Upper Limit
NLSC_PROP_PSN = Poisson's ratio/Eq.
NLSC_PROP_PSNM = Minamisawa(1981)
NLSC_PROP_STR = Tensile Strength/Eq.
NLSC_PROP_STR1 = St=1.0Sm
NLSC_PROP_STR2 = St=0.9Sm
NLSC_PROP_STR3 = St=0.8Sm
NLSC_PROP_STR4 = St=0.7Sm
NLSC_PROP_STR5 = St=0.6Sm
NLSC_PROP_STR6 = St=0.5Sm
NLSC_PROP_STR7 = St=0.4Sm
NLSC_PROP_STR8 = St=0.3Sm
NLSC_PROP_STR9 = St=0.2Sm
NLSC_PROP_STR10 = St=0.1Sm
NLSC_PROP_YLD = Yield Stress/Eq.
NLSC_PROP_YLD1 = Keyak(1998)
NLSC_PROP_YLD2 = Carter(1977)
NLSC_PROP_YLD3 = Keller(1994) Vertebrae
NLSC_PROP_YLD4 = Keller(1994) Combined
NLSC_PROP_YLD5 = Suzuki(2020) Callus
NLSC_PROP_YLDLIM = Set Elastic if Density < 200mg/cm3
NLSC_PROP_RLX = Stress Relaxation Factor/Eq.
NLSC_PROP_RLX1 = 0.1
NLSC_PROP_RLX2 = 0.05
NLSC_PROP_RLX3 = Perfect Elastoplasticity
NLSC_PROP_DNS = Density/Eq.
NLSC_PROP_DNS0 = Auto
NLSC_PROP_DNS1 = Arbitrary
NLSC_PROP_DNSPHAN = Conversion Equation
NLSC_PROP_DNSPHAN1 = Density = CT value[H.U.] * a + b
NLSC_PROP_DNSPHAN2 = Value a
NLSC_PROP_DNSPHAN3 = Value b
NLSC_PROP_DNSLIM1 = Set Lower Threshold
NLSC_PROP_DNSLIM2 = Set Upper Threshold
NLSC_PROP_DNSVAL1 = Lower
NLSC_PROP_DNSVAL2 = Upper
NLSC_PROP_YBS0 = Auto
NLSC_PROP_YBS1 = Von-Mises
NLSC_PROP_YBS2 = Drucker-Prager
NLSC_PROP_INVERT = Elements are Geometrically Invertible
NLSC_PROP_MATEL = Material Property
NLSC_PROP_MATEL1 = Homogeneous
NLSC_PROP_MATEL2 = Inhomogeneous
NLSC_PROP_BSHCAL = Shell Material Property
NLSC_PROP_BSHCAL0 = Calculated by Input Density
NLSC_PROP_BSHCAL1 = Value of Adjacent Solid
NLSC_PROP_BSHCAL2 = Arbitrary
NLSC_PROP_BSHCORTEX = Density
NLSC_PROP_BSHCONVCHECK = Set from CT Value (Option)
NLSC_PROP_BSHCORTEX_CT = CT Value
NLSC_PROP_BSHCONV_CT = Set Converted Density
NLSC_PROP_BSHCONVLABEL = *Use Adjacent Solid calculation method
NLSC_PROP_BSHTHICK = Shell Thickness(mm)
NLSC_PROP_GAP = Spring Stiffness
NLSC_PROP_GAP0 = Weak
NLSC_PROP_GAP1 = Medium
NLSC_PROP_GAP2 = Strong
NLSC_PROP_GAPCOEF = Coefficient of Shear Spring Factor(0.0-1.0)
NLSC_PROP_TRUSS_MAG = Magnification of Tension
NLSC_PROP_TRUSS_REREAD = Reread Defined Truss
NLSC_PROP_SPECGO = Apply
NLSC_PROP_FRICS = Friction Coefficient
NLSC_PROP_FRICD = Relaxation Coefficient
NLSC_PROP_TRUSS_GROUP = Truss Element Group
NLSC_PROP_TRUSS = Truss Element Tension
NLSC_PROP_RUBBC1 = Rubber property C1
NLSC_PROP_RUBBC2 = Rubber property C2
NLSC_PROP_RUBBYOUNG = Bulk modulus
NLSC_PROP_CT0 = Mesh Coord.
NLSC_PROP_CT1 = Imported Coord.
NLSC_PROP_IMPLIST = Imported List
#
NLSC_LOAD_LTYPE0 = Load
NLSC_LOAD_LTYPE1 = Forced Displacement
NLSC_LOAD_LTYPE2 = Moment
NLSC_LOAD_LTYPE3 = Rotation Angle
NLSC_LOAD_LTYPE4 = Pressure
NLSC_LOAD_ROTX = Rx
NLSC_LOAD_ROTY = Ry
NLSC_LOAD_ROTZ = Rz
NLSC_LOAD_LIMX = Trans. - x
NLSC_LOAD_LIMY = Trans. - y
NLSC_LOAD_LIMZ = Trans. - z
NLSC_LOAD_FREE = Free direction
NLSC_LOAD_FREEX = X
NLSC_LOAD_FREEY = Y
NLSC_LOAD_FREEZ = Z
NLSC_LOAD_LIMRX = Rotation - x
NLSC_LOAD_LIMRY = Rotation - y
NLSC_LOAD_LIMRZ = Rotation - z
NLSC_LOAD_XYZSET = Set XYZ direction
NLSC_LOAD_XYZCANCEL = Clear free dir.
NLSC_LOAD_START_NODE = Start Node Num.
NLSC_LOAD_END_NODE = End Node Num.
NLSC_LOAD_NODESET = Set two nodes
NLSC_LOAD_NODECLEAR = Clear mode
NLSC_LOAD_DEFLCS = Set Local Coordinate Sys.
NLSC_LOAD_LCSNAME = Set:
NLSC_LOAD_SETLCS = Set
NLSC_LOAD_CNCLCS = Unset
#
NLSC_VELO_SOLID = Number of Solids
NLSC_VELO_SHELL = Number of Shells
NLSC_VELO_VALUE = Initial Velocity
#
NLSC_SOLV_STRES0 = Max. Principal Stress
NLSC_SOLV_STRES1 = Int. Principal Stress
NLSC_SOLV_STRES2 = Min. Principal Stress
NLSC_SOLV_STRIN0 = Max. Principal Strain
NLSC_SOLV_STRIN1 = Int. Principal Strain
NLSC_SOLV_STRIN2 = Min. Principal Strain
NLSC_SOLV_EQUIV = Equivalent Stress
NLSC_SOLV_SED = Strain Energy Density
NLSC_SOLV_TENRATE = Tensile Failure Risk (%)
NLSC_SOLV_COMRATE = Yield Risk (%)
NLSC_SOLV_DISPLAC = Displacement
NLSC_SOLV_L1DATA = Load
NLSC_SOLV_L2DATA = Contact Force
NLSC_SOLV_L3DATA = Constraint Force
NLSC_SOLV_L4DATA = Truss Tension
NLSC_SOLV_DISPMAG = Displacement Scale 
NLSC_SOLV_DISPX = X Displacement (U)
NLSC_SOLV_DISPY = Y Displacement (V)
NLSC_SOLV_DISPZ = Z Displacement (W)
NLSC_SOLV_L1MAG = Load
NLSC_SOLV_L1X = Load-X(U)
NLSC_SOLV_L1Y = Load-Y(V)
NLSC_SOLV_L1Z = Load-Z(W)
NLSC_SOLV_L2MAG = Contact Force
NLSC_SOLV_L2X = Contact Force-X(U)
NLSC_SOLV_L2Y = Contact Force-Y(V)
NLSC_SOLV_L2Z = Contact Force-Z(W)
NLSC_SOLV_L3MAG = Constraint Force
NLSC_SOLV_L3X = Constraint Force-X(U)
NLSC_SOLV_L3Y = Constraint Force-Y(V)
NLSC_SOLV_L3Z = Constraint Force-Z(W)
#
NLSC_SOLP_MODE = Version
NLSC_SOLP_MODE0 = Solver V1
NLSC_SOLP_MODE1 = Solver V2
NLSC_SOLP_STYPE = Analysis Method
NLSC_SOLP_STYPE1 = Elastic Analysis
NLSC_SOLP_STYPE2 = Prediction of Elastic Failure
NLSC_SOLP_STYPE3 = Prediction of Plastic Failure
NLSC_SOLP_SNTYPE1 = Geometric Non-linear
NLSC_SOLP_SNTYPE2 = Material Non-linear
NLSC_SOLP_SNTYPE3 = Analysis Type
NLSC_SOLP_SNTYPEL0 = Off
NLSC_SOLP_SNTYPEL1 = On
NLSC_SOLP_SNTYPEL2 = Static
NLSC_SOLP_SNTYPEL3 = Dynamic
NLSC_SOLP_SKIND = solver type
NLSC_SOLP_SKINDM2 = Direct (Multi-core)
NLSC_SOLP_SKINDM1 = Direct (Single-core)
NLSC_SOLP_SKINDP1 = Iterative (CG-method)
NLSC_SOLP_SKINDP2 = Iterative (CG by GPU)
NLSC_SOLP_MEMS = Memory Usage(MB)
NLSC_SOLP_BRKLOOP = Iteration of Failure Judge
NLSC_SOLP_PREP = Pre-conditioning
NLSC_SOLP_PREP0 = None
NLSC_SOLP_PREP1 = IC-decomposition
NLSC_SOLP_PREP2 = Scaling + LU-decomposition
NLSC_SOLP_PREP3 = Scaling + IC-decomposition
NLSC_SOLP_FFDEC = Deceleration Coefficient of Friction Force
NLSC_SOLP_DRUCKER = Alpha of Drucker-Prager Yield Criterion
NLSC_SOLP_INVERT = Elements are Geometrically Invertible
NLSC_SOLP_SLOOPAUTO = Auto Iter Limit for Convergence of Unbalanced Force
NLSC_SOLP_SOLVLOOP = Max Iteration(Unbalanced Force)
NLSC_SOLP_TOUCHLOOP = Max Iteration(Contact)
NLSC_SOLP_THRES = Tolerance
NLSC_SOLP_STEP = Output Interval
NLSC_SOLP_LOAD = Load No.
NLSC_SOLP_CRACK = element count to determine breakage
NLSC_SOLP_SELECT = Method of Material Non-linear
NLSC_SOLP_SELECT_SUBSTEP = Substep
NLSC_SOLP_SELECT_LOOP = Iteration
NLSC_SOLP_SUBSTEP = Number of substeps
NLSC_SOLP_MASSDEC1 = Mass Relax. Factor
NLSC_SOLP_MASSDEC2 = Damping Coefficient
NLSC_SOLP_SOLV0 = Result: Analyzable Steps were Finished
NLSC_SOLP_SOLV1 = Result: Aborted 
#
NLSC_PATI_INFO = Patient Info.
NLSC_PATI_LENGTH = Height(cm)
NLSC_PATI_WEIGHT = Weight(kg)
NLSC_PATI_RL = Right-Left
NLSC_PATI_RL1 = Right
NLSC_PATI_RL2 = Left
NLSC_PATI_RL3 = -
#
NLSC_NUME_MINVAL = Min
NLSC_NUME_MAXVAL = Max
NLSC_NUME_AVEVAL = Ave
NLSC_NUME_TOTAL = Total
NLSC_NUME_SEARCH = Search Min/Max
NLSC_NUME_DMINVAL = Min Value
NLSC_NUME_DMAXVAL = Max Value
NLSC_NUME_MMINVAL = Input Min Value
NLSC_NUME_MMAXVAL = Input Max Value
NLSC_NUME_UNIDENS = Density
NLSC_NUME_UNISTRS = Stress
NLSC_NUME_UNIPRES = Pressure
NLSC_NUME_UNILOAD = Load
NLSC_NUME_UNIMOME = Moment
NLSC_NUME_UNITIME = Time
NLSC_NUME_UNIVELO = Velocity
NLSC_NUME_UNIAREA = Area
NLSC_NUME_UNILENG = Length
#
NLSC_DISP_DISP0 = [ Display Method ]
NLSC_DISP_DISP1 = Display Method 
NLSC_DISP_DISPON = Display
NLSC_DISP_DNONE = Hide
NLSC_DISP_DMESH = Mesh
NLSC_DISP_DSHAD = Hidden-line Removal Mesh
NLSC_DISP_DFLMESH = Mesh with Flat Surface
NLSC_DISP_DFLAT = Flat Surface
NLSC_DISP_DSMOO = Smooth Surface
NLSC_DISP_LINK = Hide Shared Mesh
NLSC_DISP_BRICK = Brick
NLSC_DISP_ISO = Iso-surface
NLSC_DISP_ISOVAL = Iso-surface Value
NLSC_DISP_SLICE = Slice
NLSC_DISP_SLICENUM = Slice Number
NLSC_DISP_SLICEPOS = Slice Position
NLSC_DISP_SLICERAN = Slice Range
NLSC_DISP_SLICESAVE = Save Cross Section
NLSC_DISP_SLICELOAD = Load Cross Section
NLSC_DISP_SLICESELECT = Select Cross Section File
NLSC_DISP_SURF = Surface
NLSC_DISP_AXISRGB = Axial Color
NLSC_DISP_CUTFACE = Show other side of cutting surface
NLSC_DISP_SIZEARW = Arrow Size
NLSC_DISP_SIZERAN = Point Size
NLSC_DISP_GROUP = Group
NLSC_DISP_CHILD = Detailed Parameter
#
NLSC_COL_TYPE = Color Map
NLSC_COL_TYPE1 = Rainbow(BLU-RED)
NLSC_COL_TYPE2 = Rainbow(DBLU-DRED)
NLSC_COL_TYPE3 = Rainbow(DBLU-RED)-WHT
NLSC_COL_TYPE4 = GRY-Rainbow(BLU-RED)
NLSC_COL_TYPE5 = Rainbow(PUR-RED)
NLSC_COL_TYPE6 = BLK-Rainbow(PUR-RED)-WHT
NLSC_COL_TYPE7 = Rainbow desaturated
NLSC_COL_TYPE8 = BLU-WHT-RED
NLSC_COL_TYPE9 = BLK-RED-YLW-WHT
NLSC_COL_TYPE10 = BLK-BLU-WHT
NLSC_COL_TYPE11 = Greyscale
NLSC_COL_TRANS = Opacity
NLSC_COL_LINERGB = Line
NLSC_COL_SURFRGB = Surface
NLSC_COL_SURF = Surface Color
NLSC_COL_BCOLOR = Background Color
NLSC_COL_FCOLOR = Foreground Color
NLSC_COL_GCOLOR1 = Color of Selected Group
NLSC_COL_GCOLOR2 = Color of Other Group
#
NLSC_SIZE_RMODE = Thinning
NLSC_SIZE_DOWN = [ Thinning ]
NLSC_SIZE_DOWN1 = Original Size
NLSC_SIZE_DOWN2 = 1/2 in all axes
NLSC_SIZE_DOWN3 = 1/3 in all axes
NLSC_SIZE_DOWN4 = 1/2 in X,Y-axes
NLSC_SIZE_DOWN5 = 1/3 in X,Y-axes
NLSC_SIZE_XRANGE1 = Lower X
NLSC_SIZE_XRANGE2 = Upper X
NLSC_SIZE_YRANGE1 = Lower Y
NLSC_SIZE_YRANGE2 = Upper Y
NLSC_SIZE_ZRANGE1 = Lower Z
NLSC_SIZE_ZRANGE2 = Upper Z
NLSC_SIZE_XSIZE = X-size(mm)
NLSC_SIZE_YSIZE = Y-size(mm)
NLSC_SIZE_ZSIZE = Z-size(mm)
NLSC_SIZE_SPHERE = Diameter(mm)
NLSC_SIZE_HALFSP = Radius(mm)
#
NLSC_EXTR_MODE = Extract Method
NLSC_EXTR_MODE0 = Descending Order
NLSC_EXTR_MODE1 = Ascending Order
NLSC_EXTR_MODE2 = Over Threshold
NLSC_EXTR_MODE3 = Subthreshold
NLSC_EXTR_MODE4 = Threshold Range
NLSC_EXTR_MODE5 = Out of Threshold
NLSC_EXTR_GEOM = Element
NLSC_EXTR_TYPE0 = Point
NLSC_EXTR_TYPE1 = Sphere
NLSC_EXTR_TYPE0NUM = Connection
NLSC_EXTR_TYPE1CL = Element No.
#
NLSC_INTE_NEIB = [ Smoothing ]
NLSC_INTE_NEIB0 = None
NLSC_INTE_NEIB1 = 6-point
NLSC_INTE_NEIB2 = 18-point
NLSC_INTE_NEIB3 = 26-point
NLSC_INTE_INT = Interpolating
NLSC_INTE_INT0 = None
NLSC_INTE_INT1 = Slice x2
NLSC_INTE_INT2 = Slice x3
NLSC_INTE_INTSR = Close Region Boundary
#
NLSC_MATX_POS0 = Position Setting
NLSC_MATX_POS1 = Position Setting 1
NLSC_MATX_POS2 = Position Setting 2
NLSC_MATX_XROT = X-Rot
NLSC_MATX_YROT = Y-Rot
NLSC_MATX_ZROT = Z-Rot
NLSC_MATX_ROTDEG = Rot. Angle
NLSC_MATX_TRANS = Translation (mm)
NLSC_MATX_TRANSGO = Move to Coord.
NLSC_MATX_ROTATE = Rotation (deg)
NLSC_MATX_SCALE = Magnification
NLSC_MATX_SCALEGO = Magnify
NLSC_MATX_OFFS = Expand/Shrink[mm]
NLSC_MATX_OFFSLAB = (Shrink < 0.0 < Expand)
NLSC_MATX_OFFSGO =  Expand/Shrink
NLSC_MATX_35PICK = Point Fitting(3-5 Points)
NLSC_MATX_TCONT = Auto Surface Fitting
NLSC_MATX_TCONTMAX = scanning distance (mm)
NLSC_MATX_TCONTCAL = Display Distance
NLSC_MATX_TFITTCAL = Fitting
NLSC_MATX_TIFLEN = Ave. Dist.:
NLSC_MATX_TSTLEN = Init. Dist.:
NLSC_MATX_TEDLEN = Fin. Dist:
NLSC_MATX_TLOOP = Iteration:
NLSC_MATX_BAXSSEL = Parallel to Axis
NLSC_MATX_BAXSREV = Reverse
NLSC_MATX_BAXSGO = Parallelize
NLSC_MATX_GFILES = Coord. File Input/Output
NLSC_MATX_FILENAME = Coord. File
NLSC_MATX_FILEREAD = Read
NLSC_MATX_FILEWRIT = Write
#
NLSC_LIST_IFACCEPT = Working
NLSC_LIST_IFCANCEL = Confirmed
NLSC_LIST_ACCEPT = Confirm
NLSC_LIST_CANCEL = Release
NLSC_LIST_ADDMODE = Add
NLSC_LIST_REPMODE = Replace
NLSC_LIST_DELMODE = Delete
NLSC_LIST_ADD = Add
NLSC_LIST_DEL = Delete
NLSC_LIST_INS = Insert
NLSC_LIST_CHG = Change
NLSC_LIST_REP = Replace
NLSC_LIST_LSUP = ↑
NLSC_LIST_LSDOWN = ↓
NLSC_LIST_UP = Up
NLSC_LIST_DOWN = Down
NLSC_LIST_TOP = Top
NLSC_LIST_BOTTOM = Bottom
NLSC_LIST_SELALL = Select All
NLSC_LIST_SELINV = Invert Sel
NLSC_LIST_SELABOVE = Select Above
NLSC_LIST_SELBELOW = Select Below
NLSC_LIST_APEND = Add
NLSC_LIST_REPLACE = Replace
NLSC_LIST_DELETE = Delete
NLSC_LIST_EXPAND = Expand
NLSC_LIST_SHRINK = Shrink
NLSC_LIST_XCOORD = X Coord.
NLSC_LIST_YCOORD = Y Coord.
NLSC_LIST_ZCOORD = Z Coord.
NLSC_LIST_RMODE = [ Method ]
NLSC_LIST_RMODE1 = Pick Node
NLSC_LIST_RMODE2 = Rectangle
NLSC_LIST_RMODE3 = Select Displayed
NLSC_LIST_RMODE4 = Pick Surface
NLSC_LIST_RMODE5 = Expand/Shrink
NLSC_LIST_RMODE6 = Select Surface
NLSC_LIST_RMODE7 = Input Coordinate
NLSC_LIST_RMODE8 = Set Rotation Center
NLSC_LIST_PMODE = [ Effect ]
NLSC_LIST_PMODE1 = Connection
NLSC_LIST_PMODE2 = Distance
#
NLSC_FILE_INBROW = Specify Input File
NLSC_FILE_OTBROW = Specify Output File
NLSC_FILE_OTNAME = Output File Name
NLSC_FILE_OTWRITE = Output
NLSC_FILE_OTWRITEIMP = Save
NLSC_FILE_READ0 = No data is read
NLSC_FILE_READ1 = Data was already read
NLSC_FILE_SCATT = Group-Point File
NLSC_FILE_SCATRD = Read Group-point File
NLSC_FILE_SCATWT = Write Group-point File
NLSC_FILE_CTBYTE = Read CT Data(Unit of Byte)
NLSC_FILE_CTREAD = Read CT Data
NLSC_FILE_CTCLEAR = Delete CT Data
NLSC_FILE_STLRD = Read STL Data
NLSC_FILE_IMPRD = Read IMP Data
#
NLSC_MENU_SELECT = Select Menu
#
NLSC_MOUS_DRUG1 = Surround Area
NLSC_MOUS_DRUG2 = by Right-drug
NLSC_MOUS_PINFO = Picked Info.
NLSC_MOUS_AMODE = Pick Alternately
NLSC_MOUS_OBJ = [ Target ]
NLSC_MOUS_OBJ1 = Reference:
NLSC_MOUS_OBJ2 = Working:
#
NLSC_BASE_CACHE = Cache Size(MB)
NLSC_BASE_ON = ON
NLSC_BASE_OFF = OFF
NLSC_BASE_YES = YES
NLSC_BASE_NO = NO
NLSC_BASE_NONE = None
NLSC_BASE_EXIST = Exist
NLSC_BASE_CLOSE = Close
NLSC_BASE_CONTRAST = Contrast
NLSC_BASE_CLEAR = Clear
NLSC_BASE_PICLEAR = Clear Picked Points
NLSC_BASE_DGRAPH = Draw Graph
NLSC_BASE_SELECT = Function
NLSC_BASE_OPERATE = Procedure
NLSC_BASE_SELCOL = Color/Various Setting 
NLSC_BASE_SELPOS = Alignment
NLSC_BASE_REPOS = Calculate
NLSC_BASE_READPRJ = Read Project
NLSC_BASE_SET = Set
NLSC_BASE_SET0 = Unset
NLSC_BASE_SET1 = Set
NLSC_BASE_TEKIYO = Apply
NLSC_BASE_FONTSZ = Font Size
#
NLSC_WORK_ERR1 = Project was saved in old format. Convert in Version14 by reference to Help.
NLSC_WORK_ERR2 = CT range is not set in this project.
NLSC_WORK_ERR3 = Segmentation process is not finished in this project.
NLSC_WORK_ERR4 = Segmentation process is not finished in this project.
NLSC_WORK_ERR5 = Mesh process is not finished in this project.
NLSC_WORK_ERR6 = Material property process is not finished in this project.
NLSC_WORK_ERR7 = Load/Constraint process is not finished in this project.
NLSC_WORK_ERR8 = Analysis is not finished in this project.
NLSC_WORK_ERR9 = This is not project file.
NLSC_WORK_ERR10 = There is no working project.
#
#------------------------------------------------------------------------
# UI GROUP 3ui
#------------------------------------------------------------------------
#
# Menu Icon
#
NLS3_MUI_MENUP1 = Read Graphic Data
NLS3_MUI_MENUP2 = Generate Iso-surface
NLS3_MUI_MENUP4 = Read VOXELAN Data
NLS3_MUI_MENUP5 = Read Reference Project
#
# Number Icon
#
NLS3_NUI_NO1 = No. 1
NLS3_NUI_NO2 = No. 2
NLS3_NUI_NO3 = No. 3
NLS3_NUI_NO4 = No. 4
NLS3_NUI_NO5 = No. 5
NLS3_NUI_NO6 = No. 6
NLS3_NUI_NO7 = No. 7
NLS3_NUI_NO8 = No. 8
NLS3_NUI_NO9 = No. 9
NLS3_NUI_NO10 = No. 10
NLS3_NUI_NO11 = No. 11
NLS3_NUI_NO12 = No. 12
NLS3_NUI_NO13 = No. 13
NLS3_NUI_NO14 = No. 14
NLS3_NUI_NO15 = No. 15
NLS3_NUI_NO16 = No. 16
NLS3_NUI_NO17 = No. 17
NLS3_NUI_NO18 = No. 18
NLS3_NUI_NO19 = No. 19
NLS3_NUI_NO20 = No. 20
NLS3_NUI_NOSD = Shadow
NLS3_NUI_NOXX = Other
NLS3_NUI_NOALL = All Numbers
NLS3_NUI_NOBASE = Base No.
#
NLS3_NUI_PAT1 = Pattern 1
NLS3_NUI_PAT2 = Pattern 2
NLS3_NUI_PAT3 = Pattern 3
NLS3_NUI_PAT4 = Pattern 4
#
NLS3_NUI_POS1 = Position 1
NLS3_NUI_POS2 = Position 2
NLS3_NUI_POS3 = Position 3
NLS3_NUI_POS4 = Position 4
NLS3_NUI_POS5 = Position 5
NLS3_NUI_POS6 = Position 6
NLS3_NUI_POS7 = Position 7
NLS3_NUI_POS8 = Position 8
#
NLS3_NUI_STP1 = Step 1
NLS3_NUI_STP2 = Step 2
NLS3_NUI_STP3 = Step 3
NLS3_NUI_STP4 = Step 4
NLS3_NUI_STP5 = Step 5
#
# color Icon
#
NLS3_CUI_RED = Red
NLS3_CUI_GREEN = Green
NLS3_CUI_BLUE = Blue
NLS3_CUI_YELLOW = Yellow
NLS3_CUI_SKY = Sky
NLS3_CUI_PURPLE = Purple
NLS3_CUI_WHITE = White
NLS3_CUI_GREY = Grey
NLS3_CUI_BLACK = Black
#
# parameter Icon
#
NLS3_PUI_OK = OK
NLS3_PUI_CANCEL = Cancel
#
NLS3_PUI_COMMREAD = Read
#
NLS3_PUI_RENDMENU1 = Color Map
NLS3_PUI_RENDMENU2 = Color Bar
NLS3_PUI_RENDMENU3 = Object
#
NLS3_PUI_GOEND = Last Step
NLS3_PUI_GOSTART = First Step
NLS3_PUI_RUNBACK = Reverse
NLS3_PUI_RUNFORE = Play
NLS3_PUI_STEPBACK = 1 Step Backward
NLS3_PUI_STEPFORE = 1 Step Forward
NLS3_PUI_STOP = Stop
NLS3_PUI_STEPNO = Number of Steps
#
NLS3_PUI_RECORD = Record
NLS3_PUI_RECSTOP = Stop
NLS3_PUI_RECCLR = Delete 1 frame
NLS3_PUI_RECALLCLR = Delete all frames
#
NLS3_PUI_SOLID = Solid
NLS3_PUI_SHELL = Shell
NLS3_PUI_PLAN0 = All Layers
NLS3_PUI_PLAN1 = Upper Layers
NLS3_PUI_PLAN2 = Middle Layers
NLS3_PUI_PLAN3 = Lower Layers
#
NLS3_PUI_PLUST = + Trigger
NLS3_PUI_MINUST = - Trigger
NLS3_PUI_OPEN = Open
NLS3_PUI_GRAPH = Graph of Density
NLS3_PUI_SPECSTEP1 = Select Special Material
NLS3_PUI_SPECSTEP2 = Set primary
NLS3_PUI_SPECSTEP3 = Set Secondary
NLS3_PUI_EXSOLID = Solid Material
NLS3_PUI_EXSHELL = Shell Material
NLS3_PUI_EXSTAR = Special Material
NLS3_PUI_SETRANGE = Set Area
NLS3_PUI_SETWEIGHT = Set Weight
NLS3_PUI_SETROTCENTER = Set Rotation Center
NLS3_PUI_SETALOAD = Add Load Direction
NLS3_PUI_SETLIMIT = Degrees of Freedom
NLS3_PUI_SETFORC = Load Direction
NLS3_PUI_SETEYE = Display Settings
NLS3_PUI_SET1WEIGHT = Set each Point
NLS3_PUI_SET2WEIGHT = Gradation by 2-points
NLS3_PUI_CTRANGE = Settings of CT range
NLS3_PUI_CRTMESH = Generate Surface Mesh
NLS3_PUI_OPTMESH = Settings of Volume Mesh
NLS3_PUI_IMPREAD = Read Geometry
NLS3_PUI_IMPPOS = Position Settings
NLS3_PUI_IMPDENS = Display CT Cross-Section
NLS3_PUI_PNTSET = Specify Points to Generate Corresponding Nodes
NLS3_PUI_SETORG = Settings of Analysis Mesh
NLS3_PUI_SETOFF = Settings of Deformation Mesh
NLS3_PUI_SETAXS = Settings of Axis
NLS3_PUI_OFFVAL = Settings of Deformation Scale
#
NLS3_PUI_FRI0 = None
NLS3_PUI_FRI1 = Surface Contour
NLS3_PUI_FRI2 = Slice Contour
NLS3_PUI_FRI3 = Cutting Contour
NLS3_PUI_FRI4 = Surface Contour of Extracted Elements
NLS3_PUI_FRI5 = Iso-Surface
NLS3_PUI_FRI6 = Slice
NLS3_PUI_FRIT0 = Shade Contour
NLS3_PUI_FRIT1 = Solid Contour
#
NLS3_PUI_VEC0 = Solid Arrow
NLS3_PUI_VEC1 = Face Arrow
NLS3_PUI_VEC2 = Cone Arrow
#
NLS3_PUI_VTEN0 = Display Settings
NLS3_PUI_VTEN1 = Display Mode
NLS3_PUI_VTEN2 = Display of Surface
#
NLS3_PUI_MEAS0 = None 
NLS3_PUI_MEAS1 = Pick Measurement
NLS3_PUI_MEAS2 = Slice Measurement
NLS3_PUI_MEAS3 = Cutting Measurement
NLS3_PUI_MEAS4 = Volume Measurement
#
NLS3_PUI_GRA0 = Extract Element
NLS3_PUI_GRA1 = Draw Graph
NLS3_PUI_GRA2 = Info. of Extracted Element
NLS3_PUI_GRAX = Edit Group
NLS3_PUI_GRAP0 = None
NLS3_PUI_GRAP1 = Neighbor Extraction
NLS3_PUI_GRAP2 = Cubic Extraction
NLS3_PUI_GRAP3 = Spherical Extraction
NLS3_PUI_GRAP4 = Extract All
NLS3_PUI_GRAP5 = Extract by Data
NLS3_PUI_GRAP6 = STL Extraction
#
NLS3_PUI_FRIDIRB = Slice including Selected Axis
NLS3_PUI_FRIDIRA = Arbitrary Slice (3-points pick)
NLS3_PUI_FRIDIRX = X-slice
NLS3_PUI_FRIDIRY = Y-slice
NLS3_PUI_FRIDIRZ = Z-slice
#
NLS3_PUI_ORGDATA = CT Image
NLS3_PUI_ROIDATA = Binarized Image
NLS3_PUI_MIPDATA = Transparent Image
NLS3_PUI_FILTDATA = filter-processed image
NLS3_PUI_SLICE1 = Axial
NLS3_PUI_SLICE2 = Sagittal
NLS3_PUI_SLICE3 = Coronal
NLS3_PUI_SWIN = Single
NLS3_PUI_MWIN = Multi
NLS3_PUI_REDT1 = Threshold/Contrast
NLS3_PUI_REDT2 = Segmentation
NLS3_PUI_PLYGN = Arbitrary Shape
NLS3_PUI_PLYLN = Arbitrary Line
NLS3_PUI_BOX = Rectangle
NLS3_PUI_PICOBJ = Contour Segment
NLS3_PUI_PAINT = Filling
NLS3_PUI_REDUCE = Denoising(Shrink->Expand)
NLS3_PUI_PPAINT = Pixel Filling
NLS3_PUI_PREDUCE = Pixel Denoising 
NLS3_PUI_LINK = Closing(Expand->Shrink)
NLS3_PUI_SHRINK = Shrink
NLS3_PUI_DILATE = Expand
NLS3_PUI_UNDO = Undo
NLS3_PUI_EXTRA = Extraction
NLS3_PUI_CHANGE = Move
NLS3_PUI_TILE = Tile
#
NLS3_PUI_DRILL = Pipe
NLS3_PUI_MOUNT = Mount
NLS3_PUI_HSPHERE = Hemisphere
NLS3_PUI_SPHERE = Sphere
NLS3_PUI_R3TRANS = Translate 
NLS3_PUI_R3ROT = Rotate
NLS3_PUI_R3SIZ = Scale 
NLS3_PUI_R3SIZA = Times
NLS3_PUI_R3OFFS = Expand/Shrink
NLS3_PUI_R3TPICK = 2-point Pick
NLS3_PUI_R3PLANE = Plane Fitting
NLS3_PUI_R3LOCAL = Local Coord.
NLS3_PUI_R3WORLD = World Coord.
NLS3_PUI_R3TYPEIN = Input Coord.
NLS3_PUI_R3PICK =  Move to Picked Point
NLS3_PUI_R3ETC = etc.
NLS3_PUI_R3BAXIS = Parallel to Axis
#
NLS3_PUI_EFFSTEP1 = Extraction in 2D
NLS3_PUI_EFFSTEP2 = Extraction in 3D
#
NLS3_PUI_UX = X-component
NLS3_PUI_VY = Y-component
NLS3_PUI_WZ = Z-component
#
NLS3_PUI_PHANALL = Validate All Point
NLS3_PUI_PHANADD = Validate Selected Point
NLS3_PUI_PHANDEL = Invalidate Selected Point
#
NLS3_PUI_GEOM0 = Cube
NLS3_PUI_GEOM1 = Sphere
NLS3_PUI_GEOM2 = Hemisphere
NLS3_PUI_GEOM3 = Prism
NLS3_PUI_GEOM4 = Pyramid
#
NLS3_PUI_BEAM1 = Bone Trabeculae
NLS3_PUI_BEAM2 = Compression Board
#
NLS3_PUI_SIMP1 = Read Data 
NLS3_PUI_SIMP2 = IMP Settings
NLS3_PUI_SIMP3 = Save as IMP File
NLS3_PUI_SIMPAXS = Settings of Basic Axis
NLS3_PUI_SIMPPNT = Center of Rotation/Marking
NLS3_PUI_SIMPOP1 = Create Surface(3-point Pick)
NLS3_PUI_SIMPOP2 = Create Surfaces(Successive Pick)
NLS3_PUI_SIMPOP3 = Move Picked Node
NLS3_PUI_SIMPOP4 = Delete Node
NLS3_PUI_SIMPOP5 = Delete Surface
NLS3_PUI_SIMPOP6 = Undo
#
# Viewer Icon
#
NLS3_VUI_OBJECT = Object
NLS3_VUI_CAMERA = Camera
NLS3_VUI_LIGHT = Lighting
NLS3_VUI_RNC = Initialize All
NLS3_VUI_RESET = Reset Coordinates
NLS3_VUI_NORM = Normalize Display Size
NLS3_VUI_CENTER = Centering of Rotating Coord.
NLS3_VUI_COR = Set Center of Rotation
NLS3_VUI_ROTATE = Rotate
NLS3_VUI_SCALE = Scale
NLS3_VUI_MOVE = Move
NLS3_VUI_IOUT = Output Image
NLS3_VUI_ZMOVE = Depth
NLS3_VUI_PERS = Perspective
NLS3_VUI_XPLUS = View from X+ direction
NLS3_VUI_XMINUS = View from X- direction
NLS3_VUI_YPLUS = View from Y+ direction
NLS3_VUI_YMINUS = View from Y- direction
NLS3_VUI_ZPLUS = View from Z+ direction
NLS3_VUI_ZMINUS = View from Z- direction
NLS3_VUI_LIGRES = Initialize Lighting
NLS3_VUI_BBOX = Bounding Box
NLS3_VUI_EYES = Eye Direction
NLS3_VUI_EYEFIX = Fix Eye
#
# Viewer Icon
#
NLS3_DLG_ERROR = Error
NLS3_DLG_INFO = Information
NLS3_DLG_MESSAGE = Message
NLS3_DLG_QUESTION = Question
NLS3_DLG_WARNING = Warning
NLS3_DLG_WORKING = Working
#
# Macros
#
NLS3_OUI_CHECK = Check
NLS3_OUI_INDIR = Specify Directory
NLS3_OUI_ACCEPT = Accept
NLS3_OUI_CANCEL = Cancel
NLS3_OUI_EXIST = already exists. Overwrite?
NLS3_OUI_DOBJ = Various Settings
NLS3_OUI_DATSO = [ Select Material ]
NLS3_OUI_DATSH = [ Select Material ]
NLS3_OUI_MODEL = Solid/Shell
NLS3_OUI_BGROUPN = Axis No.(Unset)
NLS3_OUI_BGROUP = Axis No.
NLS3_OUI_MDOTT = Stippled Mesh
NLS3_OUI_MAXIS = [ Display of Axis ]
NLS3_OUI_MAXIS0 = Hide
NLS3_OUI_MAXIS1 = Show Axis
NLS3_OUI_MAXIS2 = Show Axis with Scale
NLS3_OUI_MAXISOFF = Offset Position
NLS3_OUI_MAXISLEN = Length of Axes
NLS3_OUI_MAXISSIZ = Axis Font Size
NLS3_OUI_MAXISNUM = Scale Font Size
NLS3_OUI_MAXISDIG = Numerical Format
NLS3_OUI_MAXISTIC = Scale Division
NLS3_OUI_GRPGROUP = Group No.
NLS3_OUI_FACTSEL = Element Type
NLS3_OUI_MMX0 = Min-Max in All Mat.
NLS3_OUI_MMX1 = Min-Max in Selected Mat.
NLS3_OUI_RTYPE = Select Data
NLS3_OUI_WTYPE = Window Type
NLS3_OUI_TILE = Tile
NLS3_OUI_MANI = Segmentation Method
NLS3_OUI_EFF = Effect Process
NLS3_OUI_INCRE = Increment
NLS3_OUI_FORM1 = Decimal
NLS3_OUI_FORM2 = Exponential
NLS3_OUI_KGFMM = kgfmm
NLS3_OUI_NMM = Nmm
NLS3_OUI_SDIREC = Slice Type
NLS3_OUI_STYPE = Slice Type
NLS3_OUI_FRINGE = Contour Mode
NLS3_OUI_FRINGETYP = Contour Type
NLS3_OUI_FRINGETYP1 = (Shade Contour)
NLS3_OUI_FRINGETYP2 = (Solid Contour: Divide to node)
NLS3_OUI_VECTOR = Display Menu
NLS3_OUI_VOLUME = Display Mode
NLS3_OUI_MEASURE = Measurement Mode
NLS3_OUI_EXTRA = Extraction
NLS3_OUI_TRAROT = Move Rot Scale etc
NLS3_OUI_UVW = Component
NLS3_OUI_GRAPH = Graph Procedure
NLS3_OUI_PROBE =  Data Extraction Procedure
NLS3_OUI_PROCPROP = Data Processing Procedure
NLS3_OUI_PROC = Data Processing
NLS3_OUI_MATTRAROT = Move Rotation
NLS3_OUI_MATTRAFACT = Move Method
NLS3_OUI_MATROTFACT = Rotation Method
NLS3_OUI_MATSCAFACT = Scaling
NLS3_OUI_MATOTHFACT = Other
NLS3_OUI_MATPICLAB = 2-point Pick
NLS3_OUI_MATPICLAB2 = Move to
NLS3_OUI_MATPICLAB3 = Right-picked point
NLS3_OUI_MATPICLAB4 = Specify Position
NLS3_OUI_MATPICLAB5 = and Direction
NLS3_OUI_MATPICLAB6 = by 2-point Pick
NLS3_OUI_ERRMESS = Select at least one material.
#
#------------------------------------------------------------------------
# VIEW GROUP 4viewer
#------------------------------------------------------------------------
#
# RdataObject
#
NLS4_OBJ_REVERSE = Reverse Color Map
NLS4_OBJ_AUTO = Auto Color Range
NLS4_OBJ_MINVAL = Minimum Value
NLS4_OBJ_MAXVAL = Maximum Value
NLS4_OBJ_CMODE = Min/Max are Set in "Solid Contour"
NLS4_OBJ_COLBAR = Show Color Bar
NLS4_OBJ_COLMENU = [ Settings ]
NLS4_OBJ_COLMENU0 = Position
NLS4_OBJ_COLMENU1 = Display Size
NLS4_OBJ_COLMENU2 = Labels
NLS4_OBJ_COLMENU3 = Label Color
NLS4_OBJ_POS = [ Position ]
NLS4_OBJ_XPOS = X
NLS4_OBJ_YPOS = Y
NLS4_OBJ_ZPOS = Z
NLS4_OBJ_SIZDIS = [ Display Size ]
NLS4_OBJ_LENGTH = Height
NLS4_OBJ_THICK = Width
NLS4_OBJ_STRTYPE = [ Labels ]
NLS4_OBJ_NUMLAB = Digit
NLS4_OBJ_LABEL = Labels
NLS4_OBJ_SBLOCK = Division
NLS4_OBJ_STEPN = Interval
NLS4_OBJ_STRCOL = [ Label Color ]
NLS4_OBJ_SURFDISP = [ Surface Disp. ]
NLS4_OBJ_SURFDISP0 = Recommended
NLS4_OBJ_SURFDISP1 = Flat Surface
NLS4_OBJ_SURFDISP2 = Smooth Surface
NLS4_OBJ_LINEDISP = [ Line Disp. ]
NLS4_OBJ_LINEDISP0 = Recommended
NLS4_OBJ_LINEDISP1 = Solid
NLS4_OBJ_LINEDISP2 = Dot
#
# RviewXX
#
NLS4_VIEW_VISIBLE = Show View
NLS4_VIEW_MODE1 = Common Item
NLS4_VIEW_MODE2 = Object
NLS4_VIEW_MODE3 = Camera
NLS4_VIEW_MODE4 = Lightning
NLS4_VIEW_MODE5 = Output Image
NLS4_VIEW_MODE6 = Output VRML
NLS4_VIEW_MODE7 = Output GFA
NLS4_VIEW_MODE8 = Output Movie
NLS4_VIEW_MODE9 = Animation
NLS4_VIEW_PICK_CENTER = Please right click on rotation center
NLS4_VIEW_FONT = Segoe UI
#
NLS4_VIEW_LABREC1 = Straging!!
NLS4_VIEW_LABREC2 = Recoding!!
#
NLS4_VIEW_COMMON = Common Menu
NLS4_VIEW_OBJECT = Object
NLS4_VIEW_CAMERA = Camera
NLS4_VIEW_LIGHT = Lighting
NLS4_VIEW_TRANS = Target
NLS4_VIEW_AUTONORM = Auto Resize
NLS4_VIEW_AUTONORM2 = Auto Resize
NLS4_VIEW_LMOUSE = Left Mouse Operation
#
NLS4_VIEW_PROP = Surface Property
NLS4_VIEW_AMBIENT = Ambient
NLS4_VIEW_DIFFUSE = Diffuse
NLS4_VIEW_SPECULAR = Specular Reflection
NLS4_VIEW_GLOSS = Gross
NLS4_VIEW_FACE = Surface Treatment 
NLS4_VIEW_FNONE = None
NLS4_VIEW_FBACK = Display Front
NLS4_VIEW_FFRONT = Display Back
NLS4_VIEW_FFLIP = Flip
#
NLS4_VIEW_PERSV = Perspective Angle 
NLS4_VIEW_DEPTHON = Depth
NLS4_VIEW_DEPTHFR = Front
NLS4_VIEW_DEPTHBK = Back
NLS4_VIEW_DEPTHSZ = Size
#
NLS4_VIEW_LIGVIS = Disp. Light Source 
NLS4_VIEW_LIGCUR = Light No.
NLS4_VIEW_LIG1 = Light 1
NLS4_VIEW_LIG2 = Light 2
NLS4_VIEW_LIG3 = Light 3
NLS4_VIEW_LIG4 = Light 4
NLS4_VIEW_LIGAMB = Environment Light
NLS4_VIEW_LIGON = Light On
NLS4_VIEW_LIGTYPE = [ Light Type ]
NLS4_VIEW_LIGDIR = Parallel Light
NLS4_VIEW_LIGPNT = Point Light
NLS4_VIEW_LIGSPOT = Spot-light
NLS4_VIEW_LIGBI = Bidirectional Parallel Light
NLS4_VIEW_LIGCOL = Light Color
#
NLS4_VIEW_IMGFIL = Output Image File
NLS4_VIEW_IMGFMT = [ Image Format ]
NLS4_VIEW_IMGJPG =  Quality of JPEG
NLS4_VIEW_IMGOUT = Output Image
NLS4_VIEW_IMGTIC = [ Numbering for Continuous Image Output ]
NLS4_VIEW_IMGTICC = Start No.
NLS4_VIEW_IMGTICT = *Saved as [ Filename + No. + extension ]
#
NLS4_VIEW_WRLFIL = Output VRML File
NLS4_VIEW_WRLPRT = [ Format ]
NLS4_VIEW_WRLPRT1 = VRML Ver.1
NLS4_VIEW_WRLPRT2 = VRML Ver.2
NLS4_VIEW_WRLOUT = Output VRML
#
NLS4_VIEW_GEOFIL = Output GFA File
NLS4_VIEW_GEOFRM = Number of Storaged Frames
NLS4_VIEW_GEOFMT = [ Format ]
NLS4_VIEW_GEOFMT0 = 32-bit Version
NLS4_VIEW_GEOFMT1 = 64-bit Version
NLS4_VIEW_GEOMDA = [ Work Space  ]
NLS4_VIEW_GEOMDA0 = Disc
NLS4_VIEW_GEOMDA1 = Memory
NLS4_VIEW_GEOOUT = Output GFA File
NLS4_VIEW_GEOWARN = GFA file can not be saved! Movie file is being saved.
#
NLS4_VIEW_MOVFIL = Output Movie File
NLS4_VIEW_MOVFMT = [ Format ]
NLS4_VIEW_MOVMDA = [ Work Space  ]
NLS4_VIEW_MOVMDA0 = Disc
NLS4_VIEW_MOVMDA1 = Memory
NLS4_VIEW_MOVRATE = Frame Rate(FPS)
NLS4_VIEW_MOVFRM = Number of Storaged Frames
NLS4_VIEW_MOVOUT = Output Movie File
NLS4_VIEW_MOVWARN = Movie file can not be saved! GFA file is being saved.
#
NLS4_VIEW_FRMFIL  = Input/Output Frame File
NLS4_VIEW_FRMREAD = Read Frame File
NLS4_VIEW_FRMWRIT = Write Frame File
NLS4_VIEW_FRMTITLE = Frame Control
NLS4_VIEW_FRMNO = Division
NLS4_VIEW_FRINTER = Interpolate
NLS4_VIEW_FRINTER0 = None
NLS4_VIEW_FRINTER1 = Cubic Function
NLS4_VIEW_FRMPLAY = Animation
#
#------------------------------------------------------------------------
# MENU GROUP 5menu
#------------------------------------------------------------------------
#
# プルダウンメニュー用
#
NLS5_PMN_FILE = File
NLS5_PMN_FNEW = New Project
NLS5_PMN_FOPEN = Open Project
NLS5_PMN_FCLOSE = Close Project
NLS5_PMN_FSAVE = Save Project
NLS5_PMN_FSAVEAS = Save as a New Project
NLS5_PMN_FOLINE = Output Parameter of Project
NLS5_PMN_FEXIT = Exit
NLS5_PMN_OPTION = Option
NLS5_PMN_INFO = Project Information
NLS5_PMN_IPATI = Patient Info. and Edit
NLS5_PMN_IFILES = File List
NLS5_PMN_IDICOM = DICOM Information
NLS5_PMN_ISETTING = Analysis Settings
NLS5_PMN_EDIT = Default Settings
NLS5_PMN_EPARAM = Material Property / Analysis
NLS5_PMN_EPREF = Application
NLS5_PMN_POST = Disp. Project etc.
NLS5_PMN_PMODE = Loading Mode
NLS5_PMN_PMODE0 = Specify Project
NLS5_PMN_PMODE1 = Working Project (Include Under Analysis)
NLS5_PMN_PMODE2 = Working Project
NLS5_PMN_PMESH = Mesh
NLS5_PMN_PMATE = Material
NLS5_PMN_PCOND = Boundary Condition
NLS5_PMN_PSOLV = Result
NLS5_PMN_PSOLVLT = Result (Limited)
NLS5_PMN_GRAPH = Graph
NLS5_PMN_IMPVIEW = IMP Utility
NLS5_PMN_TOOL = Tool
NLS5_PMN_TIMAGE = Construct Project by Image
NLS5_PMN_TTXTOUT = Output Project Data in Txt.
NLS5_PMN_TBPROP = Inhomogeneous Material Editor
NLS5_PMN_TOPROP = Material Database
NLS5_PMN_TSOLVB = Mesh/Analysis (Background)
NLS5_PMN_TSOLVR = Remote Analysis
NLS5_PMN_TPROJ = Project Manager
NLS5_PMN_TLIC = Optional License Info.
NLS5_PMN_HELP = Help
NLS5_PMN_HBASE = Open Manual(PDF)
NLS5_PMN_HOPT = Open Additional Manual(PDF)
NLS5_PMN_HTUTO1 = Open Tutorial Basic (PDF)
NLS5_PMN_HTUTO2 = Open Tutorial Applied (PDF)
NLS5_PMN_ABOUT = About This Software
#
# 親プログラム用
#
NLS5_MAI_PRJNONE = None
NLS5_MAI_GRAPH = Graph
NLS5_MAI_CTIFVS = Display CT Range
NLS5_MAI_ROISVS = Display ROI
NLS5_MAI_ROIVS = Display ROI/Phantom
NLS5_MAI_MESHVS = Display Mesh
NLS5_MAI_MATEVS = Display Material Property
NLS5_MAI_FORCVS = Display Load / Constraint
NLS5_MAI_SOLVVS = Display Result
#
# RerrorDisplay
#
NLS5_ERR_INFO = Error information
#
# RaboutDialog
#
NLS5_ABT_PRODUCT = Product: 
NLS5_ABT_EDITION = Edition: 
NLS5_ABT_VERSION = Version: 
NLS5_ABT_REVISION = Revision: 
NLS5_ABT_OSTYPE = OS type: 
NLS5_ABT_SALES = Developer: 
NLS5_ABT_COMPANY = Research Center of Computational Mechanics, Inc
NLS5_ABT_WEB = URL: 
NLS5_ABT_URL = http://www.rccm.co.jp/mechanical-finder/en
NLS5_ABT_GOWEB = Open web page
NLS5_ABT_MAIL = Support mail: 
NLS5_ABT_GOMAIL = Support page
NLS5_ABT_SUPPORT = "http://www.rccm.co.jp/mechanical-finder/en/contact.html"
NLS5_ABT_PACKAGEINSERT = Package Insert
#
# RfirstCheck
#
NLS5_FCK_TITLE = Information of Previous Work
NLS5_FCK_INFT1 = Previous work could have been terminated abnormally.
NLS5_FCK_INFT2 = (The project remains in temporary directory.)
NLS5_FCK_INFO1 = If you save the temporary project, please follow steps below.
NLS5_FCK_INFO2 = 1. Exit MECHANICAL FINDER ( Main Menu -> File -> Exit )
NLS5_FCK_INFO3 = 2. Move(Copy) "
NLS5_FCK_INFO4 = " files to other directory.
NLS5_FCK_INFO5 = 3. Start MECHANICAL FINDER and load above project.
NLS5_FCK_INFO6 = If you don't use the temporary project, keep it up.
NLS5_FCK_LICTIT = License Error!!
NLS5_FCK_LICIF1 = Optional license in invalid.
NLS5_FCK_LICIF2 = Please contact support described in the online manual.
NLS5_FCK_LICIF3 = Also, this program will be shut down in about 10 seconds.
#
# Rworking
#
NLS5_WKN_TITLE = Processing
NLS5_WKN_START = Start
NLS5_WKN_STOP = Stop
NLS5_WKN_STOPPING = (Stopping...)
NLS5_WKN_LOGFM = Log
NLS5_WKN_STATUS = Status:
#
# RinfoOutline
#
NLS5_IOT_SETTING = Information of Project for Output
NLS5_IOT_WTEXT = Output Text File
NLS5_IOT_DMESS1 = This is not project file
NLS5_IOT_DMESS2 = This project is not saved in version14 format
#
# 各子プログラム用
#
NLS5_TIT_UNVIS = Hide other visualization
NLS5_TIT_BATCH = Background Proc.
NLS5_TIT_CANCEL = Edited item will be lost, OK?
#
NLS5_TIT_PROC01 = CT Range
NLS5_TIT_PROC11 = 2D Segmentation Processing
NLS5_TIT_PROC12 = 3D Segmentation Processing
NLS5_TIT_PROC13 = AI Segmentation Processing
NLS5_TIT_PROC14 = Phantom Processing (Optional)
NLS5_TIT_PROC15 = Effect Processing
NLS5_TIT_PROC21 = Setting of Surface Mesh
NLS5_TIT_PROC22 = Surface Mesh and Import 
NLS5_TIT_PROC23 = Setting of Volume Mesh
NLS5_TIT_PROC24 = Additional Settings (Optional)
NLS5_TIT_PROC31 = Material Type
NLS5_TIT_PROC32 = Coordinate Transformation (Optional)
NLS5_TIT_PROC41 = Material Property
NLS5_TIT_PROC42 = Image Measurement (Optional)
NLS5_TIT_PROC51 = Load Condition
NLS5_TIT_PROC52 = Constraint Condition
NLS5_TIT_PROC53 = Setting by Reference(Optional)
NLS5_TIT_PROC54 = Setting of Initial Velocity(Optional)
NLS5_TIT_PROC61 = Analysis Setting
NLS5_TIT_GOUT = Output Surface Mesh
NLS5_TIT_GOUT01 = Output Threshold-Based Shape
NLS5_TIT_GOUT02 = Output Segmented Surface Mesh
NLS5_TIT_GOUT03 = Output Surface mesh (Before Volume Meshing)
NLS5_TIT_GOUT04 = Output Surface mesh (After Volume Meshing)
NLS5_TIT_GRAPH1 = Graph
NLS5_TIT_OPTN01 = Create/Edit IMP data
NLS5_TIT_OTHER0 = Generation and Setting of Iso-surface
NLS5_TIT_OTHER1 = Loading and Setting of Image Data
NLS5_TIT_OTHER2 = Loading and Setting of STL Data
NLS5_TIT_OTHER3 = Loading and setting of VOXELAN data
NLS5_TIT_OTHER4 = Setting of 3D registration
NLS5_TIT_OTHER5 = Loading of Analyzed Project
NLS5_TIT_SHORTCUT = Keyboard Shortcut
NLS5_TIT_RESETCAMERA = Initialize All Camera Settings
#
#------------------------------------------------------------------------
# INOUT GROUP 6inout
#------------------------------------------------------------------------
#
# RpostControl
#
NLS6_POST_ACCEPT = Apply Fore/Background Color
#
# RdicomNew,RdialogController
#
NLS6_FMAN_DTITLE = DICOM Convert Settings
NLS6_FMAN_NTITLE = Specify DIDOM file
NLS6_FMAN_FILTER = Select Filter
NLS6_FMAN_FILT1 = Filtering
NLS6_FMAN_FILT11 = Median Filter
NLS6_FMAN_FILT2 = Pixel +/-
NLS6_FMAN_FILT21 = 1/2 in X/Y direction
NLS6_FMAN_FILT22 = 2x in X/Y direction
NLS6_FMAN_FILT23 = 3x in X/Y direction
NLS6_FMAN_FILT24 = 4x in X/Y direction
NLS6_FMAN_FILT3 = Slice +/-
NLS6_FMAN_FILT31 = 1/2 in Z direction
NLS6_FMAN_FILT32 = 1/3 in Z direction
NLS6_FMAN_FILT33 = 1/4 in Z direction
NLS6_FMAN_FILT34 = 2x in Z direction
NLS6_FMAN_FILT35 = 3x in Z direction
NLS6_FMAN_FILT36 = 4x in Z direction
NLS6_FMAN_FILT4 = Coord. System
NLS6_FMAN_FILT40 = DICOM Coord. System
NLS6_FMAN_FILT41 = Old Ver. Compatible
NLS6_FMAN_FILT6 = Mirroring
NLS6_FMAN_FILT7 = Slice Buildup
NLS6_FMAN_FILT70 = Auto
NLS6_FMAN_FILT71 = Position
NLS6_FMAN_FILT73 = Thickness(Sort by Filename)
NLS6_FMAN_RANGE =  Specify Slice Range
NLS6_FMAN_RANGEON = Specify Slice Range
NLS6_FMAN_INFOS = DICOM Display(Optional)
NLS6_FMAN_DINFO = Search DICOM
NLS6_FMAN_DCHG  = Change to Selected
NLS6_FMAN_NOWS  = Series:
NLS6_FMAN_FTOTAL = Slices:
NLS6_FMAN_SAVEQ = Project already exists. Overwrite?
NLS6_FMAN_CHECK1 = The project is changed.
NLS6_FMAN_CHECK2 = Do you want to save?
NLS6_FMAN_OPENERR = The project file is not specified.
#
# RprefSystem
#
NLS6_PSYS_TITLE = Default setting of system parameters
NLS6_PSYS_DEFAULT = Back to default setting
NLS6_PSYS_MENU = Group item
NLS6_PSYS_MENU0 = Phantom group
NLS6_PSYS_MENU1 = Mesh group
NLS6_PSYS_MENU2 = Material property group
NLS6_PSYS_MENU3 = Analysis group
NLS6_PSYS_PSLICE = Number of Slices
NLS6_PSYS_PROD = Number of RODs
NLS6_PSYS_PROD1 = ROD1 Density
NLS6_PSYS_PROD2 = ROD2 Density
NLS6_PSYS_PROD3 = ROD3 Density
NLS6_PSYS_PROD4 = ROD4 Density
NLS6_PSYS_PROD5 = ROD5 Density
NLS6_PSYS_PRODLEN = ROD Radius in Pixel
NLS6_PSYS_IMESH = Setting of Volume Mesh
NLS6_PSYS_KIND = Settings of Material Type
NLS6_PSYS_KIND0 = Solid Settings of Bone Material
NLS6_PSYS_KIND1 = Shell settings of Bone Material
NLS6_PSYS_KIND2 = Solid settings of Other Material
NLS6_PSYS_KIND3 = Shell settings of Other Material
NLS6_PSYS_KIND4 = Settings of Rubber Material
NLS6_PSYS_DNSLAB11 = Use Standard Conversion Equation
NLS6_PSYS_DNSLAB12 = or Conversion Equation by Phantom
NLS6_PSYS_MATDAT = Various Material Data
NLS6_PSYS_MATDAT0 = Arbitrarily
NLS6_PSYS_MATDAT1 = Titanium Alloy
NLS6_PSYS_MATDAT2 = Pure Titanium
NLS6_PSYS_MATDAT3 = General Steel
NLS6_PSYS_MATDAT4 = Stainless Steel
NLS6_PSYS_MATDAT5 = Pure Aluminum
NLS6_PSYS_MATDAT6 = Duralumin
NLS6_PSYS_MATDAT7 = Concrete
NLS6_PSYS_MATDAT8 = Plastic
NLS6_PSYS_MATDAT9 = Resin (wet)
NLS6_PSYS_MATDAT10 = Resin (dry)
NLS6_PSYS_INFO = Setting value is valid in new project.
#
# RprefPatient
#
NLS6_PATI_ID = ID
NLS6_PATI_NAME = Name
NLS6_PATI_BIRTH = Birthday
NLS6_PATI_SEX = Sex
NLS6_PATI_SEX1 = Male
NLS6_PATI_SEX2 = Female
NLS6_PATI_SEX3 = Other
NLS6_PATI_AGE = Age
NLS6_PATI_DAY = Test day
NLS6_PATI_HOST = Hospital
NLS6_PATI_DOC = Doctor
#
# Rprefer
#
NLS6_PREF_TITLE = Application setting
NLS6_PREF_PVIEWSZ = Window size
NLS6_PREF_PVWIDTH = Width
NLS6_PREF_PVHEIGHT = Height
NLS6_PREF_PSOFT = Software
NLS6_PREF_POPENGL = OpenGL
NLS6_PREF_P3DREND = 3D Rendering
NLS6_PREF_PCACHE = 3D Cache Size(MB)
NLS6_PREF_UIPRIORITY = UI Display Priority
NLS6_PREF_UIINSTANCE1 = Memory
NLS6_PREF_UIINSTANCE2 = Speed
NLS6_PREF_CCORE = Number of Cores for Analysis
NLS6_PREF_MAXCORE = 0:CPU*Cores
NLS6_PREF_UNITLAB = Default Unit
NLS6_PREF_TYP40LAB = kgf?mm
NLS6_PREF_TYP41LAB = N?mm
NLS6_PREF_DICOMDIR = DICOM Initial Directory
NLS6_PREF_PROJECTDIR = Project Initial Directory
NLS6_PREF_TEMPDIR = Temporary Directory
NLS6_PREF_BTEMPDIR = Batch Directory
NLS6_PREF_MESHTYPE = Mesher
NLS6_PREF_MESHDIR = ICEM Directory(.../icemcfd/win)
NLS6_PREF_ICEM = ICEM Version
NLS6_PREF_ICEM0 = 5.1
NLS6_PREF_ICEM1 = 5.1 + patch
NLS6_PREF_ICEM2 = 10.0
NLS6_PREF_ICEM3 = 11.0
NLS6_PREF_ICEM4 = 12.0(12.1)
NLS6_PREF_ICEM5 = 13.0
NLS6_PREF_ICEM6 = 14.0(or later)
#
# RinfoFilelists
#
NLS6_IFL_TITLE = File information
NLS6_IFL_MODE = Current Mode
NLS6_IFL_MODE1 = New
NLS6_IFL_MODE2 = Existing Project
NLS6_IFL_ORG = Reference Project
NLS6_IFL_TEMP = Working Project
NLS6_IFL_FILE1 = System File
NLS6_IFL_FILE2 = User Setting File
NLS6_IFL_FILE3 = Patients Information File
NLS6_IFL_FILE4 = CT Original Image File
NLS6_IFL_FILE5 = Segmentation File
NLS6_IFL_FILE6 = Surface Mesh File
NLS6_IFL_FILE7 = Analysis Mesh File
NLS6_IFL_FILE8 = Phantom Setting File
NLS6_IFL_FILE9 = Material Property File
NLS6_IFL_FILE10 = Load and Constraint File
NLS6_IFL_FILE11 = Analysis Condition File
NLS6_IFL_FILE12 = Result File (Displacement)
NLS6_IFL_FILE13 = Result File (Stress)
NLS6_IFL_FILE14 = Restart File
#
# RinfoDicom
#
NLS6_IDM_TITLE = DICOM Information
NLS6_IDM_INTYPE = Format
NLS6_IDM_INTYPE0 = DICOM
NLS6_IDM_INTYPE1 =  by tool for converting image data
NLS6_IDM_FILTER = Filtering
NLS6_IDM_FILT1 = [Median]
NLS6_IDM_FILT2 = [Thinning pixel(1/2)]
NLS6_IDM_FILT3 = [Thinning slice(1/2)]
NLS6_IDM_FILT4 = [Thinning slice(1/3)]
NLS6_IDM_FILT5 = [Thinning slice(1/4)]
NLS6_IDM_FILT6 = [Slice Position Adjustment]
NLS6_IDM_FILT7 = [Change Priority]
NLS6_IDM_FILT8 = [Mirroring]
NLS6_IDM_FNAME = Specified Filename
NLS6_IDM_SOPUID = SOP Class ID
NLS6_IDM_MAKER = Manufacturer
NLS6_IDM_MSERIES = Model Number
NLS6_IDM_RADVOLTAGE = Voltage of X-ray Tube (kVp)
NLS6_IDM_RADTIME = Irradiation Time (msec)
NLS6_IDM_RADAMPERE = X-ray Tube Current (mA)
NLS6_IDM_RADAMOUNT = Irradiation Dose (mAs)
NLS6_IDM_RADPOWER = CT Power(kW)
NLS6_IDM_TILTDEG = Degrees of Scanning Mount (deg.)
NLS6_IDM_SLICE = Number of Slices
NLS6_IDM_PIXEL = Pixel Size (mm)
NLS6_IDM_THICK = Slice Thickness List (mm)
NLS6_IDM_POS = * Position of Slice(mm) *
NLS6_IDM_SIZE = Number of Pixels
NLS6_IDM_BALC = Bits per Pixel
NLS6_IDM_BSTR = Number of Stored Bits
NLS6_IDM_BUP = Highest-order Bit
NLS6_IDM_BPLUS = Value b of Conversion Eq.(HU=m*SV+b)
NLS6_IDM_BMULT = Value m of Conversion Eq. (HU=m*SV+b)
NLS6_IDM_SIGN = Signed Integer
NLS6_IDM_SIGN0 = Unsigned Integer
NLS6_IDM_SIGN1 = Signed Integer
#
# RinfoSetting
#
NLS6_IST_TITLE = Setting Information
NLS6_IST_CBAXSGRP1 = Axis 1
NLS6_IST_CBAXSGRP2 = Axis 2
NLS6_IST_CBAXSGRP3 = Axis 3
NLS6_IST_CBAXSGRP4 = Axis 4
NLS6_IST_CBAXSGRP5 = Axis 5
NLS6_IST_0TITLE0 = [ CT Range (Unset) ]
NLS6_IST_0TITLE1 = [ CT Range (Set) ]
NLS6_IST_0XYSIZ = Number of Pixels (Original Image) (X,Y)
NLS6_IST_0SLICE = Number of Slices (Original Image) (Z)
NLS6_IST_0LIVEX = Effective Range X
NLS6_IST_0LIVEY = Effective Range Y
NLS6_IST_0LIVEZ = Effective Range Z
NLS6_IST_1LTITLE0 = [ ROI (Unset) ]
NLS6_IST_1LTITLE1 = [ ROI (Set) ]
NLS6_IST_1TITLE0 = [ Segmentation (Unset) ]
NLS6_IST_1TITLE1 = [ Segmentation (Set) ]
NLS6_IST_1ROITHRES = Threshold Range
NLS6_IST_1PHANON = * Use Phantom *
NLS6_IST_1PHANOFF = * Not Use Phantom *
NLS6_IST_1PHANSIKI1 = ( Density
NLS6_IST_1PHANSIKI2 = CT value[H.U.] * a + b )
NLS6_IST_1PHANSIKI3 = ( a = 
NLS6_IST_1PHANSIKI4 = ( b = 
NLS6_IST_2TITLE0 = [ Mesh (Unset) ]
NLS6_IST_2TITLE1 = [ Mesh (Set) ]
NLS6_IST_2OUTER = * Surface Mesh *
NLS6_IST_2OUSIZ = Mesh Size(mm)
NLS6_IST_2INNER = * Volume Mesh (Before Material Setting) *
NLS6_IST_2NMATEL = Total Material Number (Before Setting)
NLS6_IST_3TITLE0 = [ Material Setting (Unset) ]
NLS6_IST_3TITLE1 = [ Material Setting (Set) ]
NLS6_IST_3NMATEL = Number of Materials
NLS6_IST_4TITLE0 = [ Material Property (Unset) ]
NLS6_IST_4TITLE1 = [ Material Property (Set) ]
NLS6_IST_4CACALC1 = ( Density
NLS6_IST_4CACALC2 = CT value[H.U.] * a + b )
NLS6_IST_4CACALC3 = ( a = 
NLS6_IST_4CACALC4 = b = 
NLS6_IST_4CCORPRP = Use Following Methods
NLS6_IST_4GAPLIST = Special Material
NLS6_IST_5TITLE0 = [ Load and Constraint (Unset) ]
NLS6_IST_5TITLE1 = [ Load and Constraint (Set) ]
NLS6_IST_5DISPTYPE = Display
NLS6_IST_5DISPTYPE0 = Load Condition
NLS6_IST_5DISPTYPE1 = Constraint Condition
NLS6_IST_5DISPTYPE2 = Initial Velocity
NLS6_IST_5LOADTYPE = Load Type
NLS6_IST_5LOADNODE = Number of Loaded Points
NLS6_IST_5LOADVAL = Loading Value
NLS6_IST_5LOADX = X-component of Load
NLS6_IST_5LOADY = Y-component of Load
NLS6_IST_5LOADZ = Z-component of Load
NLS6_IST_5DISPVAL = Forced Displacement Value
NLS6_IST_5DISPX = X-component of Forced Displacement
NLS6_IST_5DISPY = Y-component of Forced Displacement
NLS6_IST_5DISPZ = Z-component of Forced Displacement
NLS6_IST_5PRESVAL = Pressure Value
NLS6_IST_5AREATYPE = Load per Unit Area
NLS6_IST_5WEIGHTTYPE = Arbitrary Weighted Load
NLS6_IST_5LIMITNODE = Number of Constraint Points
NLS6_IST_5LIMITOFF = Free
NLS6_IST_5LIMITON = Constrained
NLS6_IST_5VELOX = X-component of Initial Velocity
NLS6_IST_5VELOY = Y-component of Initial Velocity
NLS6_IST_5VELOZ = Z-component of Initial Velocity
NLS6_IST_6TITLE0 = [ Analysis (Unset) ]
NLS6_IST_6TITLE1 = [ Analysis (Set) ]
NLS6_IST_6SOLVVER = Version of Solver
NLS6_IST_6DTIME = Total Time (Dynamic Analysis) (s)
NLS6_IST_6TIMNUM = Steps
#
# リーダーグループ
#  (RreadAllCt, RreadAllRoi, RreadEditMesh, RreadPostMesh,
#   RreadPostMeshLE, RreadExpMesh, RreadEditMate, RreadEditMateEE,
#   RreadEditProp, RreadPostProp, RreadEditForc, RreadPostForc,
#   RreadEditSolv)
#  (RreadSpecSolv)
#
NLS6_READ_INFO = [ Data information ]
NLS6_READ_SIZEZ = Number of Slices (Z direction)
NLS6_READ_SIZEX = Number of Pixels (X direction)
NLS6_READ_SIZEY = Number of Pixels (Y direction)
NLS6_READ_DIRX = X direction Size
NLS6_READ_DIRY = Y direction Size
NLS6_READ_DIRZ = Z direction Size
NLS6_READ_PHATOM0 = Not Use Phantom
NLS6_READ_PHATOM1 = Use Phantom
NLS6_READ_FORCEGRP = Load Groups
NLS6_READ_LIMITGRP = Constraint Groups
NLS6_READ_DISPNOD0 = Coordinate: Original
NLS6_READ_DISPNOD1 = Coordinate: Deformed
NLS6_READ_SOLV = Analyzed Project
NLS6_READ_RTYPE = [ Reading Mode ]
NLS6_READ_RTYPE1 = Output Step
NLS6_READ_RTYPE2 = Calculate Step
NLS6_READ_RTYPE3 = Calculate Time
NLS6_READ_STEP = Output Step
NLS6_READ_CSTEP = Calculate Step
NLS6_READ_CTIME = Calculate Time
NLS6_READ_CONVE0 = Convergence: Not Converged 
NLS6_READ_CONVE1 = Convergence: Converged 
NLS6_READ_CONVE2 = Convergence: Unknown
NLS6_READ_ITERA = (Iteration: 
NLS6_READ_EXPSHELL = Tensile Failure Shells
NLS6_READ_COM1SHELL = Yielded Shells
NLS6_READ_COM2SHELL = Compressive Failure Shells
NLS6_READ_EXPSOLID = Tensile Failure Solids
NLS6_READ_COM1SOLID = Yielded Solids
NLS6_READ_COM2SOLID = Compressive Failure Solids
NLS6_READ_MAXSTEP = Maximum Step
NLS6_READ_CHGSYNC = Reload with Initialization of Material
NLS6_READ_SYNC = Reload
NLS6_READ_REG = 3D Registration Reading
NLS6_READ_EMESS1 = Project is not proceeded or not exist.
NLS6_READ_EMESS2 = Working project may be changed. Please reload.
#
# オプションリーダーグループ
#  (RreadSpecIsoSE, RreadSpecIsoEE)
#
NLS6_RDOI_MENU1 = Create Iso-surface Contour
NLS6_RDOI_MENU2 = Pick Setting
NLS6_RDOI_PROJNM = * Project File *
NLS6_RDOI_REGNM = * 3D Registration File *
NLS6_RDOI_ROICLEAR = Delete Shape of Selected Group
NLS6_RDOI_STDCLEAR = Delete Isodensity Surface Contour
NLS6_RDOI_GOCALC = Create Surface from ROI Data
NLS6_RDOI_PICK = Select Pick No.
NLS6_RDOI_CLEAR = Release Pick No.
#
# オプションリーダーグループ
#  (RreadSpecStls)
#
NLS6_RDOS_MENU1 = 1. Read STL Data
NLS6_RDOS_MENU2 = 2. Position Adjustment
NLS6_RDOS_MENU3 = 3. Write Coordinate Transformation File
NLS6_RDOS_MENU4 = 0.STL Surface Color
NLS6_RDOS_INFILE = Read Coordinate Transformation File
NLS6_RDOS_RESET = Initialize Position
NLS6_RDOS_SCVAL = Value
NLS6_RDOS_OBJ0 = Analysis Data
NLS6_RDOS_OBJ1 = STL Data
NLS6_RDOS_OTFILE = Write Transformation File
#
# オプションリーダーグループ
#  (RreadSpecImage)
#
NLS6_RDOT_IMAGE = Read image data
NLS6_RDOT_INFO = [ Data information ]
#
# オプションリーダーグループ
#  (RreadVoxelan)
#
NLS6_RDOX_MENU1 = 1. Read VOX Data
NLS6_RDOX_MENU2 = 2. Position Adjustment
NLS6_RDOX_MENU3 = 3. Write Coordinate Transformation File
NLS6_RDOX_MENU4 = 0.VOX Surface Color
NLS6_RDOX_RMD = Select
NLS6_RDOX_RMD0 = 0 degree
NLS6_RDOX_RMD1 = 90 degree
NLS6_RDOX_RMD2 = 180 degree
NLS6_RDOX_RMD3 = 270 degree
NLS6_RDOX_VOX1 = Read VOXELAN(0 degree) Data
NLS6_RDOX_VOX2 = Read VOXELAN(90 degree) Data
NLS6_RDOX_VOX3 = Read VOXELAN(180 degree) Data
NLS6_RDOX_VOX4 = Read VOXELAN(270 degree) Data
NLS6_RDOX_PIXLX = Pixel in X
NLS6_RDOX_PIXLY = Pixel in Y
NLS6_RDOX_PITCH = Pitch(mm)
NLS6_RDOX_VOX = Read VOXELAN Data
NLS6_RDOX_ROTOFFSX = Rot. Center X
NLS6_RDOX_ROTOFFSY = Rot. Center Y
NLS6_RDOX_INFILE = Read Transformation File
NLS6_RDOX_RESET = Initialize
NLS6_RDOX_SCVAL = Value
NLS6_RDOX_OBJ0 = Analysis Data
NLS6_RDOX_OBJ1 = VOX Data
NLS6_RDOX_OTFILE = Write Transformation File
#
# STL-EXPORT(RctmExportXX,RroiExportXX,RmeshExportXX,RgeomExport,RexportStl)
#
NLS6_MSEX_MENU0 = Output Surface Mesh
NLS6_MSEX_MENU1 = Output File
NLS6_MSEX_INTINF = Working Data
NLS6_MSEX_GOCALC = Create Surface Mesh
NLS6_MSEX_GROUPNO = Number of Selected Group
NLS6_MSEX_ROIIMP = Select Output Groups
NLS6_MSEX_IMP1 = Import 1
NLS6_MSEX_IMP2 = Import 2
NLS6_MSEX_IMP3 = Import 3
NLS6_MSEX_IMP4 = Import 4
NLS6_MSEX_IMP5 = Import 5
NLS6_MSEX_IMP6 = Import 6
NLS6_MSEX_IMP7 = Import 7
NLS6_MSEX_SETBTN = Show Selected Group
NLS6_MSEX_ISOREF = Draw Histogram
NLS6_MSEX_ISOVAL = Threshold
NLS6_MSEX_ISOGO = Create Surface Mesh
NLS6_MSEX_BOD = [ Direction ]
NLS6_MSEX_BOD1 = X direction
NLS6_MSEX_BOD2 = Y direction
NLS6_MSEX_BOD3 = Z direction
NLS6_MSEX_BODX = X division number
NLS6_MSEX_BODY = Y division number
NLS6_MSEX_BODZ = Z division number
NLS6_MSEX_BODTYP = [ Select Board ]
NLS6_MSEX_BODTYP1 = Lower Board
NLS6_MSEX_BODTYP2 = Upper Board
NLS6_MSEX_BODDNUSED = Set Lower Board
NLS6_MSEX_BODUPUSED = Set Upper Board
NLS6_MSEX_BODEXPX = X Scale Factor
NLS6_MSEX_BODEXPY = Y Scale Factor
NLS6_MSEX_BODEXPZ = Z Scale Factor
NLS6_MSEX_BODTRANS = Position(mm)
NLS6_MSEX_BODTHIC = Thickness(mm)
NLS6_MSEX_EXFORM = [ Output Format ]
NLS6_MSEX_EXFORM1 = STL ASCII Format
NLS6_MSEX_EXFORM2 = STL Binary Format
NLS6_MSEX_EXFORM3 = STL Binary Format (Endian)
NLS6_MSEX_EXFORM4 = DXF Format
#
#------------------------------------------------------------------------
# FILTER GROUP 7filter
#------------------------------------------------------------------------
#
# オフセット(Roffset)
#
NLS7_OFF_OFF = Show Deformation
NLS7_OFF_VALUE = Magnification
NLS7_OFF_MAXVAL = Max. Magnification
NLS7_OFF_DISPA = [ Select Display of Analysis Mesh ]
NLS7_OFF_DISPB = [ Select Display of Deformation Mesh ]
NLS7_OFF_LINERGB = Line
NLS7_OFF_SURFRGB = Surface
NLS7_OFF_ORGRGB = Analysis Mesh Color
NLS7_OFF_OFFRGB = Deformation Mesh Color
NLS7_OFF_OFFSET = Setting of Deformation Mesh
#
# CTスケッチ(Rsketch_ctif)
#
NLS7_SKC_SAXIS = [ Effective Area ]
NLS7_SKC_XAXIS = X-range
NLS7_SKC_YAXIS = Y-range
NLS7_SKC_ZAXIS = Z-range
NLS7_SKC_INFSZ = Extraction Size
#
# ROI編集(Rsketch_2Droi,Rsketch_3Droi)
#
NLS7_ROE_SLICEBACKWARD = 1 Slice Backward
NLS7_ROE_SLICEFORWARD = 1 Slice Forward
NLS7_ROE_CCLAMP0 = Apply Clamp
NLS7_ROE_CCLAMP1 = Not Apply Clamp
NLS7_ROE_CCLAMPVAL = Range(%)
NLS7_ROE_CTHRESMD0 = Extract Over Threshold
NLS7_ROE_CTHRESMD1 = Extract Threshold Range 
NLS7_ROE_CTHRESMD2 = Extract Subthreshold
NLS7_ROE_CRESIZ = Thinning
NLS7_ROE_THRES = Threshold
NLS7_ROE_THRESMIN = Lower
NLS7_ROE_THRESMAX = Upper
NLS7_ROE_AINIT = Initialize All Slices
NLS7_ROE_APAINT = Initialize All Slices with Filling
NLS7_ROE_PROC0 = w/o Image Processing
NLS7_ROE_PROC1 = with Image Processing
NLS7_ROE_GAUS = Noise Level
NLS7_ROE_LAP = Edge Reinforcement
NLS7_ROE_S = Low
NLS7_ROE_M = Middle
NLS7_ROE_L = High
NLS7_ROE_MERGE = Merge
NLS7_ROE_MERGE0 = + And -
NLS7_ROE_MERGE1 = + Only
NLS7_ROE_MERGE2 = - Only
NLS7_ROE_MERGEVAL = Magnification
NLS7_ROE_CONTON = Draw Threshold
NLS7_ROE_FILTHRESVAL = Image Proc. Threshold
NLS7_ROE_GEOM = Select Shape
NLS7_ROE_LINETHICK = Width
NLS7_ROE_PAREA = Area(%)
NLS7_ROE_EDIT = Edit
NLS7_ROE_PAINT = with Filling
NLS7_ROE_TOROI1 = to Group 1
NLS7_ROE_TOROI2 = to Group 2
NLS7_ROE_TOROI3 = to Group 3
NLS7_ROE_TOROI4 = to Group 4
NLS7_ROE_TOROI5 = to Group 5
NLS7_ROE_TOROI6 = to Group 6
NLS7_ROE_TOROI7 = to Group 7
NLS7_ROE_FAREA = Pixel 
NLS7_ROE_SINIT = Initialize disp. slice
NLS7_ROE_AREA = Pixel
NLS7_ROE_WARN0 = ** Can not Undo in Transparent Image mode **
NLS7_ROE_2REFRESH = Redraw Selected Group
NLS7_ROE_2REFRESH2 = Push the Button to Apply 2D Editing
NLS7_ROE_2MODE = 3D Editing Mode
NLS7_ROE_2MODE0 = Select Region by Pick
NLS7_ROE_2MODE1 = Select Region by Rectangle
NLS7_ROE_2MODE2 = Divide Region by Simple Operation
NLS7_ROE_2MODE3 = Select Region by Tool
NLS7_ROE_2PICPOS0 = Pick Point by right button
NLS7_ROE_2PICPOS1 = Status: You can add to Preview
NLS7_ROE_2AREPOS0 = Select Region by drag
NLS7_ROE_2AREPOS1 = Status: You can add to Preview
NLS7_ROE_2SEPBOX0 = Select Region by drag
NLS7_ROE_2SEPBOX1 = Status: You can add to Preview
NLS7_ROE_2SEPPIC0 = Pick Base Part
NLS7_ROE_2SEPPIC1 = Pick Separated Part
NLS7_ROE_2SEPPIC2 = Status: Separation is Executable
NLS7_ROE_2STEP0 = 1. Tool / Position
NLS7_ROE_2STEP1 = 2. Preview / Extract
NLS7_ROE_2STEP10 = 1. Select Tool
NLS7_ROE_2STEP11 = 2. Positioning
NLS7_ROE_2SELTOOL = Select Tool
NLS7_ROE_2REPOS = Initial Position
NLS7_ROE_2T0TITLE = Pipe Size
NLS7_ROE_2T0DIAM = Diameter(mm)
NLS7_ROE_2T0LENG = Length(mm)
NLS7_ROE_2T0DIVD = Division
NLS7_ROE_2T1TITLE = Mount Size
NLS7_ROE_2T1XLENG = X(mm)
NLS7_ROE_2T1YLENG = Y(mm)
NLS7_ROE_2T1ZLENG = Z(mm)
NLS7_ROE_2T1CURV = Curvature
NLS7_ROE_2T2TITLE = Hemisphere Size
NLS7_ROE_2T2DIAM = Diameter(mm)
NLS7_ROE_2T2DIV = Division
NLS7_ROE_2T2DIV0 = 8-devided
NLS7_ROE_2T2DIV1 = 12-devided
NLS7_ROE_2T2DIV2 = 24-devided
NLS7_ROE_2T3TITLE = Sphere Size
NLS7_ROE_2CENT = Ctr of Rot
NLS7_ROE_2CENT0 = Top
NLS7_ROE_2CENT1 = Center
NLS7_ROE_2CENT2 = Bottom
NLS7_ROE_2PREVIEW = Add Preview
NLS7_ROE_2SEPARATE = Separate Preview
NLS7_ROE_2UNDO = Release Preview
NLS7_ROE_2EXECUTE = [ Processing of Preview Region ]
NLS7_ROE_2EXECUTE0 = Extract from Selected Group
NLS7_ROE_2EXECUTE1 = Remove from Selected Group
NLS7_ROE_2EXECUTE2 = Move from Selected Group to Target Group
NLS7_ROE_2EXECUTE3 = Add from Selected Group to Target Group
NLS7_ROE_2EXECUTE4 = Remove from Target Group
NLS7_ROE_2EXEBUTTN = Execute
NLS7_ROE_2EXECUTE0S = Extract from Preview
NLS7_ROE_2EXECUTE1S = Remove from Preview
NLS7_ROE_3D1TITLE = Extraction in 2D Viewer
NLS7_ROE_3PROC0 = No Effect
NLS7_ROE_3PROC1 = Effect(Low)
NLS7_ROE_3PROC2 = Effect(Middle)
NLS7_ROE_3PROC3 = Effect(High)
NLS7_ROE_3PROCLAB00 = Interpolating:- Edge Reinforcement:-
NLS7_ROE_3PROCLAB01 = Morphological Operation:-
NLS7_ROE_3PROCLAB10 = Interpolating:- Edge Reinforcement:++
NLS7_ROE_3PROCLAB11 = Morphological Operation:-
NLS7_ROE_3PROCLAB20 = Interpolating:+ Edge Reinforcement:++
NLS7_ROE_3PROCLAB21 = Morphological Operation:-
NLS7_ROE_3PROCLAB30 = Interpolating:++ Edge Reinforcement:++
NLS7_ROE_3PROCLAB31 = Morphological Operation:++
NLS7_ROE_3EXTRACT = Extraction on Working Area(*)
NLS7_ROE_3EXTRALAB = * Any ROI Group is not changed
NLS7_ROE_3D2TITLE = Extraction in 3D Viewer
NLS7_ROE_3PICKLAB = * Right-pick on Region of Interest
NLS7_ROE_3PARTEXT = Extract Region including Picked Point
NLS7_ROE_3EMODE = Processing of Extracted Region (Red)
NLS7_ROE_3EMODE0 = Move to Selected Group
NLS7_ROE_3EMODE1 = Add to Selected Group
NLS7_ROE_3EMODE2 = Delete from Selected Group
NLS7_ROE_3EMODE3 = Move to ROI Group
NLS7_ROE_3EMODE4 = Add to ROI Group
NLS7_ROE_3EMODE5 = Delete from ROI Group
NLS7_ROE_3EXECUTE = Execute
NLS7_ROE_3D3TITLE = Color Map of 2D Viewer
NLS7_ROE_3D4TITLE = Thinning of 3D Viewer
NLS7_ROE_3REFRESH = Redraw Extracted Region
NLS7_ROE_4AIFILE = AI Segmentation Result File
#
# AIセグメンテーション(Rsketch_airoi)
#
NLS7_ROA_FEMUR = Femur
NLS7_ROA_PELVIS = Femur + Pelvis
NLS7_ROA_SPINE = Spine
NLS7_ROA_FACE = face
NLS7_ROA_PARTS = Select Parts
NLS7_ROA_GPUNM = GPU device NO.
NLS7_ROA_WARNING01 = When using AI Segmentation, please cite the corresponding references.
NLS7_ROA_WARNING11 = See Options > Help > Manual (Appendix 5.2) for details.
NLS7_ROA_EXECUTEAI = AI Segmentation
NLS7_ROA_LISTLABEL = Select Seg. Group for each shape
NLS7_ROA_3DVIEW = 3D View
NLS7_ROA_3DVIEWALWAYS = Always Show Selection in 3D
NLS7_ROA_EXECUTEROI = Update Group from List
#
# ファントム編集(Rsketch_phan)
#
NLS7_PHN_USED = Use phantom
NLS7_PHN_SLICETIT = [ Select Slices ]
NLS7_PHN_SLICENUM = Number of Slices
NLS7_PHN_SLIST = Slice List
NLS7_PHN_LISTNO = Selected
NLS7_PHN_DISPNO = Displayed Slice
NLS7_PHN_STTNO = Beginning Slice
NLS7_PHN_STEPNO = Slice Interval
NLS7_PHN_RANGE = Slice Range [mm]
NLS7_PHN_CHGLIST = Set Displayed Slice
NLS7_PHN_ALLLIST = Set All Slice List
NLS7_PHN_SINFO0 = Set all items in Slice List
NLS7_PHN_SINFO1 = **　All Slices are set　**
NLS7_PHN_PHANT = Change Phantom
NLS7_PHN_PHANTNOW = Phantom Type: 
NLS7_PHN_RODNUM = Number of RODs
NLS7_PHN_RACCEPT = Apply Number of RODs
NLS7_PHN_RLIST = ROD List
NLS7_PHN_RVALUE = ROD Density
NLS7_PHN_RVALUESET = Set ROD Density
NLS7_PHN_RRADIUS = ROD Radius in Pixel
NLS7_PHN_RRADIUSSET = Set Radius to All RODs
NLS7_PHN_RODDRAG = Surround Phantom by Right Drug
NLS7_PHN_RODINF = Number of RODs:
NLS7_PHN_RODINFS = ROD radius:
NLS7_PHN_RODINF1 = ROD1(RED)Density:
NLS7_PHN_RODINF2 = ROD2(GRN)Density:
NLS7_PHN_RODINF3 = ROD3(BLU)Density:
NLS7_PHN_RODINF4 = ROD4(YEL)Density:
NLS7_PHN_RODINF5 = ROD5(PUR)Density:
NLS7_PHN_RINFO0 = Slice is not Selected
NLS7_PHN_RINFO1 = Set All RODs
NLS7_PHN_RINFO2 = **　All RODs are set　**
NLS7_PHN_GRAPH1 = Graph Relating CT Value(X) to ROD Value(Y)
NLS7_PHN_G1SIKI = Density = CT value * a + b
NLS7_PHN_G1INF0 = You can Make each ROD Valid/Invalid
NLS7_PHN_GRAPH2 = Density Conversion Equation
NLS7_PHN_GACCEPT = Apply Calculated Equation
NLS7_PHN_GINFO0 = **　Standard Conversion Eq. is applied　**
NLS7_PHN_GINFO1 = Slice is not Selected
NLS7_PHN_GINFO2 = ROD is not Selected
NLS7_PHN_GINFO3 = Calculated Equation is not applied
NLS7_PHN_GINFO4 = **　Calculated Equation is applied　**
#
# 外形メッシュ生成(Rsketch_mesh)(Rsketch_meshX)
#
NLS7_SMS_SRFPART = Surface Mesh
NLS7_SMS_IMPPART = Import Geometry
NLS7_SMS_PNTPART = Point
NLS7_SMS_MES1 = Sizing Surface Mesh
NLS7_SMS_MES2 = Iso-surface
NLS7_SMS_SETT = Sizing surface mesh setting
NLS7_SMS_MESHGRP0 = Generate Meshes of All Extracted Groups
NLS7_SMS_MESHGRP1 = Select Extracted Number to Change Mesh Size
NLS7_SMS_GOCALC = Generate Surface Mesh
NLS7_SMS_POSITINING = Move
NLS7_SMS_TITLE = [ Information of Generated Mesh ]
NLS7_SMS_CRTINF = ** Start Mesh Generation **
NLS7_SMS_CELLS = Num. of Shells
NLS7_SMS_MINSZ = Minimum shell Area
NLS7_SMS_MAXSZ = Maximum shell Area
NLS7_SMS_MAXAS = Max. Aspect Ratio
NLS7_SMS_CAPA = Volume Ratio (rough calculation)
NLS7_SMS_DMESS1 = Mesh Generation wa falid (Reduce Mesh Size)
NLS7_SMS_DMESS2 = Mesh Generation wa falid (Slightly Change Mesh Size)
NLS7_SMS_IMODE = Data Type
NLS7_SMS_IMODE0 = STL(.stl) - Standard
NLS7_SMS_IMODE1 = IMP(.imp) - Advanced
NLS7_SMS_ICNREAD = Move to Coord in Range
NLS7_SMS_IREREAD = Move to Init Coord
NLS7_SMS_ISCLEAR0 = Delete STL Data
NLS7_SMS_ISCLEAR1 = Delete IMP Data
NLS7_SMS_IROTPOS = Center of Rotation
NLS7_SMS_IROTPOS0 = Center of STL
NLS7_SMS_IROTPOS1 = Z-
NLS7_SMS_IROTPOS2 = Z+
NLS7_SMS_IROTPOS3 = X-
NLS7_SMS_IROTPOS4 = X+
NLS7_SMS_IROTPOS5 = Y-
NLS7_SMS_IROTPOS6 = Y+
NLS7_SMS_IMARKSZ = Marking Size
NLS7_SMS_IBAXSSEL = Select Bone Axis
NLS7_SMS_IBAXSREV = Reverse
NLS7_SMS_IBAXSGO = Parallelize
NLS7_SMS_ILISTLAB = Import Info.
NLS7_SMS_ILISTMOD = Processing
NLS7_SMS_ILISTMOD1 = Replace 1
NLS7_SMS_ILISTMOD2 = Replace 2
NLS7_SMS_ILISTMOD4 = Release
NLS7_SMS_ILISTMOD5 = Display only
NLS7_SMS_ILISTMOD6 = Visible/Invisible
NLS7_SMS_ILISTSUB = Target Sub Number
NLS7_SMS_ILISTADD = Add
NLS7_SMS_ILISTCHG1 = Replace1(*)
NLS7_SMS_ILISTCHG2 = Replace2(*)
NLS7_SMS_ILISTDEL = Delete
NLS7_SMS_ILISTREL = Release(*)
NLS7_SMS_ILISTVIS = Visible/Invisible
NLS7_SMS_ICHG1INF = * Replace at displayed position
NLS7_SMS_ICHG2INF = * Replace at imported position
NLS7_SMS_VMDATA0 = There is not Un-imported data
NLS7_SMS_VMDATA1 = There is Un-imported data
NLS7_SMS_VMODE0 = Basic Setting
NLS7_SMS_VMODE1 = Color Setting
NLS7_SMS_VMULTI = Display Range(%)
NLS7_SMS_VOFFSET = Display Offset(%)
NLS7_SMS_VTHICK = Line Width(2D View)
NLS7_SMS_V3PLANE = Display Mapping in 3D View
NLS7_SMS_VRGB = Line Color(2D View)
NLS7_SMS_VVIS = Display 2D View
NLS7_SMS_IDISP = [Display Settings of Imported Geometry]
NLS7_SMS_IDISPX = [Display Settings of Un-imported Geometry]
NLS7_SMS_IMPNAME = Name(Opt: -20 char)
#
# 内部メッシュ設定(Rsketch_intermesh)
#
NLS7_SME_EXT = Settings of Volume Mesh Size
NLSC_SME_MSAUTO = Auto Size(Curvature Priority)
NLSC_SME_MSMANU = Manual Size(Curvature Priority)
NLSC_SME_MSPART = Part-specific Size
NLSC_SME_ISIZE = Global Base Size
NLSC_SME_TOL = Global Tolerance
NLSC_SME_SIMPLIFY = Simplify
NLSC_SME_PISIZE = Base Size
NLSC_SME_PTOL = Tolerance
NLSC_SME_TLEN = Set Transition Length
NLSC_SME_CRI = Geometry <- Priority -> Aspect Ratio
NLSC_SME_MESS = Set Basic Mesh size of each part
NLS7_SME_PAT = Settings of Part-specific Size
NLS7_SME_PATSET = Use Part-specific Settings
NLS7_SME_PATEDGE = Keep Edge
NLS7_SME_PATMAG = Magnification
NLS7_SME_PATMAX = Priority Size(mm)
NLS7_SME_PATINT = Apply Volume Mesh
NLS7_SME_PATSE = Apply Part-specific Settings
NLS7_SME_DISP0 = Not Display Mesh Size
NLS7_SME_DISP1 = Display at x-,y-,z-
NLS7_SME_DISP2 = Display at x+,y-,z-
NLS7_SME_DISP3 = Display at x+,y+,z-
NLS7_SME_DISP4 = Display at x-,y+,z-
NLS7_SME_DISP5 = Display at x-,y-,z+
NLS7_SME_DISP6 = Display at x+,y-,z+
NLS7_SME_DISP7 = Display at x+,y+,z+
NLS7_SME_DISP8 = Display at x-,y+,z+
NLS7_SME_STOCK = Save ICEM file(.tin, .uns)
NLS7_SME_STOCKNM = Output File Name
NLS7_SME_CORENUM = Cores for Mesh Generation
NLS7_SME_STOPENG = Stop Energy
NLS7_SME_MAXITER = Max Iteration
NLS7_SME_WINDING = Boundary Detection Method
NLS7_SME_WINDING1 = fast
NLS7_SME_WINDING2 = general
NLS7_SME_SEMESHER = [Settings of Volume Mesh]
NLS7_SME_SEMESHER1 = fTetWild
NLS7_SME_SEMESHER2 = MF mesher (default)
#
# マテリアル設定(Rsketch_material)
#
NLS7_SKM_SOTITLE = Material Sorting of Cluster
NLS7_SKM_NONUSECLUST = Exclude Separated Cluster
NLS7_SKM_USESET = Set to Selected Mat.
NLS7_SKM_USESETALL = All to Selected Mat.
NLS7_SKM_NONUSE = Exclude
NLS7_SKM_NONUSEALL = Exclude All
NLS7_SKM_CALCBOUND = (1/3) Calculating Each Cell Bounds...
NLS7_SKM_CALCINDEX = (2/3) Constructing Cell Location Index...
NLS7_SKM_CALCMAT   = (3/3) Setting Material of Each Cells...
NLS7_SKM_METHOD_LABEL = Sort by
NLS7_SKM_PART = Mesh
NLS7_SKM_SURF = Surface
NLS7_SKM_SURF_DESC = Set Materials of Surfaces
NLS7_SKM_SURF_MOVE = Priority
NLS7_SKM_SURF_SET = Set Item (Numbers art Set Automatically)
NLS7_SKM_SURF_LACK = More Selected Items than Unused Numbers.
NLS7_SKM_SURF_SORT = Apply Mapping
NLS7_SKM_SHTITLE = Setting of Shell
NLS7_SKM_SHUSED = Set Shell
NLS7_SKM_SHUSEDALL = Set All Shell
NLS7_SKM_SHNONE = Not Set Shell
NLS7_SKM_SHNONEF = Not Set Shell
NLS7_SKM_SHNONEALL = Not Set All Shell
NLS7_SKM_SPTITLE = Setting of Special Material(Optional)
NLS7_SKM_SPSEQ = Setting Steps
NLS7_SKM_SPMODE = Type;
NLS7_SKM_SETADD = Add Special Material
NLS7_SKM_SETDEL = Delete Selected Material
NLS7_SKM_RUBBWARN = Rubber Material: Solver V2(Large deformation, Direct Method)
NLS7_SKM_MASTER0 = [ Select Material for Node Separation ]
NLS7_SKM_MASTER1 = [ Select Material for Gap Setting ]
NLS7_SKM_MASTER2 = [ Select Material for Contact(Primary)]
NLS7_SKM_MASTER3 = [ Select Material for Contact(Secondary) ]
NLS7_SKM_MASTER4 = [ Select Material for Truss Element Nodes ]
NLS7_SKM_1LAB1 = * Node-separated Surface *
NLS7_SKM_1LAB2 = * Gap Surface *
NLS7_SKM_1LAB3 = * Primary Surface *
NLS7_SKM_1LAB4 = * Secondary Surface *
NLS7_SKM_1LAB5 = * Truss Elements *
NLS7_SKM_1NCELL = Count:
NLS7_SKM_1MOUSE = [ Pick Processing ]
NLS7_SKM_1NUMS = Connection
NLS7_SKM_1LENG = Distance(mm)
NLS7_SKM_1AREA = Connection
NLS7_SKM_1TREPLACE = Selected node moves to right-clicked point
NLS7_SKM_1LAPEND = Add Selected Area
NLS7_SKM_1LREPLACE = Replace to Selected
NLS7_SKM_1LDELETE = Delete Selected Area
NLS7_SKM_BODY = Select Defined Surface
NLS7_SKM_ALLTRUSSDISP = Display Truss Elements
NLS7_SKM_ALLTRUSSDISP2 = of the Other NO.
NLS7_SKM_1CADD = Add Closest Node
NLS7_SKM_1CDEL = Dell Closest Node
NLS7_SKM_1OFFS = Offset
NLS7_SKM_1SET0 = Apply Node Separation
NLS7_SKM_1SET1 = Apply Gap Setting
NLS7_SKM_1SET2 = Apply Contact Setting
NLS7_SKM_1SET4 = Apply Truss Setting
NLS7_SKM_1MESS1 = No node is set for node separation
NLS7_SKM_1MESS2 = Gap surface is not set
NLS7_SKM_1MESS3 = Contact surface(Primary) is not set
NLS7_SKM_1MESS4 = Contact surface(secondary) is not set
NLS7_SKM_1MESS5 = Any selected node can not be separated
NLS7_SKM_1MESS6 = Any selected surface can not have gap element
NLS7_SKM_1MESS7 = Secondary surface is wrong
NLS7_SKM_1MESS8 = Primary surface is inappropriate(Re-meshing necessary)
NLS7_SKM_1MESS9 = Truss elements are not set
NLS7_SKM_1MESS10 = You can not set gap element in model including rubber.
NLS7_SKM_1MESS11 = Contact element and gap element can not be used together.
NLS7_SKM_DISP = Display Same Material
NLS7_SKM_MATNUMSET = Set with Material Button
NLS7_SKM_NEXT = Move to Unset Cluster
NLS7_SKM_DISPMATSEL = List Items
NLS7_SKM_SONUMS = Setting of Solid Material
NLS7_SKM_SHNUMS = Setting of Shell Material
NLS7_SKM_SHMENU0 = Not use Shell
NLS7_SKM_SHMENU1 = Use Shell
NLS7_SKM_SHMENUS = Set Use of Shell
NLS7_SKM_SPDISP = [ Area Display Method ]
#
# 骨軸設定(Rsketch_boneaxis,_mesh,_geom)
#
NLS7_SKB_BAXISNO = Axis Number
NLS7_SKB_BAXIS = [Setting Method]
NLS7_SKB_BAXIS0 = Auto
NLS7_SKB_BAXIS1 = 2-point Pick
NLS7_SKB_BAXIS2 = 3-point Pick
NLS7_SKB_BAXIS3 = 6-point Pick
NLS7_SKB_BAXIS4 = Femoral Method
NLS7_SKB_BAXIS5 = Vertebral Method
NLS7_SKB_BAXIS6 = Refer Project
NLS7_SKB_AXSLAB = 3-point Pick
NLS7_SKB_AXISS1 = Node Correction
NLS7_SKB_AX1MD1GO = Calc. Automatically
NLS7_SKB_AX1MD1 = Replace nearest point to picked point
NLS7_SKB_AX1MD2 = Correct selected point
NLS7_SKB_AX1N1 = Node 1
NLS7_SKB_AX1N2 = Node 2
NLS7_SKB_AX1N3 = Node 3
NLS7_SKB_AX1N4 = Node 4
NLS7_SKB_AX1N5 = Node 5
NLS7_SKB_AX1N6 = Node 6
NLS7_SKB_AXSCLEAR = Clear Nodes
NLS7_SKB_AXISS2 = Plane Adjustment
NLS7_SKB_INPCOORD = Input Coordinates
NLS7_SKB_SXCOORD = X1
NLS7_SKB_SYCOORD = Y1
NLS7_SKB_SZCOORD = Z1
NLS7_SKB_EXCOORD = X2
NLS7_SKB_EYCOORD = Y2
NLS7_SKB_EZCOORD = Z2
NLS7_SKB_SETAXIS = Set Axis from Coord.
NLS7_SKB_LINES = Adjustment Axis
NLS7_SKB_LINES1 = Axis 1
NLS7_SKB_LINES2 = Axis 2
NLS7_SKB_LINES3 = Axis 3
NLS7_SKB_DEGREE = deg.
NLS7_SKB_PERC = %
NLS7_SKB_FEMLAB10 = [ Step 1/3 ]
NLS7_SKB_FEMLAB11 = Surround Bone Trunk
NLS7_SKB_FEMLAB20 = [ Step 2/3 ]
NLS7_SKB_FEMLAB21 = Surround Bone Head
NLS7_SKB_FEMLAB30 = [Calc. by CT]
NLS7_SKB_FEMLAB31 = Pick Lesser Trochanter
NLS7_SKB_FEMLAB_MD1 = Correct Lesser Trochanter
NLS7_SKB_FEMLAB_MD2 = or
NLS7_SKB_FEMLAB_MD3 = Translate Bone Head Axis
NLS7_SKB_FIL1 = Overwrite Axis from Project
NLS7_SKB_FIL2 = Copy from Project to unused axis number
NLS7_SKB_FILNO1 = Number of Axes in Project
NLS7_SKB_FILNO2 = Set Number of Axes
NLS7_SKB_BSET = Confirm Working Axis
NLS7_SKB_BREL = Release Selected Axis
NLS7_SKB_BDEL = Delete Selected Axis
NLS7_SKB_WARN1 = Axis was ignored due to a difference in method
NLS7_SKB_WARN2 = Axis was initialized due to a difference in method
NLS7_SKB_WARN3 = Axis can not be confirmed due to a difference in method
NLS7_SKB_SELMODE1 = Axis
NLS7_SKB_SELMODE2 = Local Coord.
NLS7_SKB_SELMODE3 = Indep. Node
NLS7_SKB_DEFLCS = Defined LCS
NLS7_SKB_LCSNAME = LCS Name(-50 char)
NLS7_SKB_ADDLCS = Add
NLS7_SKB_DELLCS = Delete
NLS7_SKB_SETLAB1 = LCS Settings 1
NLS7_SKB_SETLAB2 = LCS Settings 2
NLS7_SKB_MODE1 = Rotate Axis
NLS7_SKB_MODE2 = Input Vector
NLS7_SKB_MODE3 = Parallel to Axis
NLS7_SKB_SELLCSLAB = [ Set Local Axis ]
NLS7_SKB_VECMSG1 = Adjust Axis 2 if the axes
NLS7_SKB_VECMSG2 = are not orthogonal
NLS7_SKB_FIXMSG1 = If Axis is fixed, there's
NLS7_SKB_FIXMSG2 = no guarantee the selected
NLS7_SKB_FIXMSG3 = Axis will become parallel
NLS7_SKB_PICKMSG1 = Right-click the model
NLS7_SKB_PICKMSG2 = to move LCS marker
NLS7_SKB_SELAXSLAB1_1 = [ Select Axis 1 ]
NLS7_SKB_SELAXSLAB1_2 = [ Select Axis to Parallel ]
NLS7_SKB_VECCOMPX = Component X
NLS7_SKB_VECCOMPY = Y
NLS7_SKB_VECCOMPZ = Z
NLS7_SKB_SELAXSLAB2_1 = [ Select Axis 2 ]
NLS7_SKB_SELAXSLAB2_2 = [ Select Axis to Fix ]
NLS7_SKB_INPUT = Set
NLS7_SKB_NOSELLAB = Unselected
NLS7_SKB_FIX = Fix Other Axis
NLS7_SKB_UPDATE = Update Local Coordinate System
NLS7_SKB_UPDLAB = Local Coordinate System has been updated
NLS7_SKB_DELLAB = Local Coordinate System has been deleted
NLS7_SKB_LST0 = --- not selected ---
NLS7_SKB_INLIST = Coord. of Independent Node
NLS7_SKB_DELMSG = Delete the selected local coordinate system
#
# メッシュ座標再設定(Rsketch_trans)
#
NLS7_SKT_INIT = Initialize Mesh Coordinate
NLS7_SKT_MODE = [ Alignment Method ]
NLS7_SKT_MODE0 = Axial Rotation(Fine adjustment)
NLS7_SKT_MODE1 = Parallel to Selected Axis
NLS7_SKT_MODE2 = 2-point Pick
NLS7_SKT_MODE3 = 3-point Pick
NLS7_SKT_ROTTITLE = [ Axial Rotation ]
NLS7_SKT_BONETITLE = [ Parallelize Axis to ]
NLS7_SKT_XBONE = X-axis
NLS7_SKT_YBONE = Y-axis
NLS7_SKT_ZBONE = Z-axis
NLS7_SKT_LINETITLE = [ Alignment by Line]
NLS7_SKT_XLINE = Parallel to X-axis
NLS7_SKT_YLINE = Parallel to Y-axis
NLS7_SKT_ZLINE = Parallel to Z-axis
NLS7_SKT_PLANETITLE = [ Alignment by Plane ]
NLS7_SKT_YZPLANE = Parallel to YZ-plane
NLS7_SKT_XZPLANE = Parallel to ZX-plane
NLS7_SKT_XYPLANE = Parallel to XY-plane
NLS7_SKT_COMPLETE = Apply
NLS7_SKT_DISP = [ Display Method of Transformed Object ]
NLS7_SKT_SURFC = Surface Color
NLS7_SKT_BOUNDS = Display Bounds of Transformed Object
NLS7_SKT_THICK = Division Number of Bounds
#
# PROP2Dスケッチ(Rsketch_prop_2d)
#
NLS7_SK2_SHELL = CT Measurement
NLS7_SK2_GRAPH = Graph Type
NLS7_SK2_GRAPH1 = Seg. CT Value Histogram
NLS7_SK2_GRAPH2 = Arbitrary Area Histogram
NLS7_SK2_GRAPH3 = Scan along Line
NLS7_SK2_DIVIDE = Division
NLS7_SK2_LABPAT1 = Range of CT value [Peak]
NLS7_SK2_LABPAT2 = Range of CT value [Peak]
NLS7_SK2_LABPAT3 = Length(mm)
NLS7_SK2_STOCK = Stock Value
NLS7_SK2_STOCKINF = Stocked Value
NLS7_SK2_STKGRP1 = Range of CT value (Segmented)
NLS7_SK2_STKGRP2 = Range of CT value (Arbitrary Area)
NLS7_SK2_STKGRP3 = Length(mm)
#
# PROP3Dスケッチ(Rsketch_3DpropSE,Rsketch_3DpropEE)
#
NLS7_SK3_FACT = Solid/Shell Settings
NLS7_SK3_BONESO = Solid Settings of Bone Material
NLS7_SK3_MATDAT = Select Material
NLS7_SK3_NOPARA = No Parameter
NLS7_SK3_LIMLOW = (with lower limit)
NLS7_SK3_LIMHIG = (with upper limit)
NLS7_SK3_YLDOFF = (No Elastic)
NLS7_SK3_YLDON = (Partially Elastic)
NLS7_SK3_FREAD = Reload Conversion Equation
NLS7_SK3_MASS = Damping Factor: Set followings
NLS7_SK3_FRDNAME = Equation Name
NLS7_SK3_FREADGO = Apply Equation
NLS7_SK3_THRES = Draw Threshold
NLS7_SK3_DNSU = Calibrated CT Value
NLS7_SK3_BONESH = Shell Settings of Bone Material
NLS7_SK3_STOCKINF = [Stocked Value ]
NLS7_SK3_STKGRP1 = Range of CT value (Segmented)
NLS7_SK3_STKGRP2 = Range of CT value (Arbitrary Area)
NLS7_SK3_STKGRP3 = Length(mm)
NLS7_SK3_IMPLSO = Solid Settings of Other Material
NLS7_SK3_MATREAD = Reload Material Database
NLS7_SK3_MATWRITE = Material Database
NLS7_SK3_MATDAT = Select Material
NLS7_SK3_MATDAT0 = No Data
NLS7_SK3_MATDATGO = Apply Material
NLS7_SK3_MATNAME = Material Name
NLS7_SK3_MATWRTGO = Write Material Database
NLS7_SK3_IMPLSH = Shell Settings of Other Material
NLS7_SK3_RUBLAB = Solid Settings of Rubber Material
NLS7_SK3_RUBCLAB0 = * Set by Equivalent Young's Modulus *
NLS7_SK3_RUBCLAB1 = (C1, C2, Volume Elastic Modulus)
NLS7_SK3_RUBREPL = Apply
NLS7_SK3_SPECLAB = Settings of Special Material
NLS7_SK3_SPECV00 = * Gap Element Parameters are set automatically
NLS7_SK3_SPECV01 = 
NLS7_SK3_SPECV02 = 
NLS7_SK3_SPECV03 = 
NLS7_SK3_SPECV10 = ** Caution about Contact **
NLS7_SK3_SPECV11 = *Contact is Valid in Solver V2
NLS7_SK3_SPECV12 = *Friction coefficient is set to 0
NLS7_SK3_SPECV13 = in Solver V1
NLS7_SK3_SETLAB = * Set Value of Material Property *
NLS7_SK3_FILINT = Registration
NLS7_SK3_FILINT1 = [Yo]
NLS7_SK3_FILINT2 = [P]
NLS7_SK3_FILINT3 = [C]
NLS7_SK3_FILINT4 = [Yi]
NLS7_SK3_FILINT5 = [R]
NLS7_SK3_GAPLEN = Gap(mm)
#
# 荷重スケッチ(Rsketch_force)
#
NLS7_SKF_SETN = Set Num.
NLS7_SKF_FSETT = Load Settings
NLS7_SKF_1SETT1 = Set Loaded Area
NLS7_SKF_1LOADSET = * Load Type *
NLS7_SKF_1COLLAB = Color of Confirmed
NLS7_SKF_1MOUSE = [ Pick Processing ]
NLS7_SKF_1AREA = Connection
NLS7_SKF_1LENG = Distance(mm)
NLS7_SKF_1ROTINF1 = * Pick one point *
NLS7_SKF_1ROTINF2 = * on shell element *
NLS7_SKF_1ROTINF3 = White: Solid
NLS7_SKF_1ROTINF4 = Sky: Shell
NLS7_SKF_2SETT = Setting of Weight of Load (Optional)
NLS7_SKF_2RANGE = [ Uniform Load ]
NLS7_SKF_2RANGE0 = Off
NLS7_SKF_2RANGE1 = On
NLS7_SKF_2WEIGHT = [ Arbitrary Weighted ]
NLS7_SKF_2WEIGHT0 = Off
NLS7_SKF_2WEIGHT1 = On
NLS7_SKF_2WHTTYPE = [Weighting Method]
NLS7_SKF_2MD01 = Picked Node
NLS7_SKF_2MD02 = Load Value
NLS7_SKF_2MD03 = Area
NLS7_SKF_2MD04 = Weight
NLS7_SKF_2MD1 = Weight
NLS7_SKF_2MD21 = Weight 1
NLS7_SKF_2MD22 = Weight 2
NLS7_SKF_2MDINF = (Basis Weight)
NLS7_SKF_2CHANGE = Apply Weighting
NLS7_SKF_2SETT2 = Setting of Rotation Center
NLS7_SKF_2CENTER = [ Specify Rotation Center ]
NLS7_SKF_2SETNODE = 【 Specify Node Method 】
NLS7_SKF_2SELECTIND = Select Ind. Node as rotation center
NLS7_SKF_3SETT1 = Load Direction 1
NLS7_SKF_3DIREC = [Set Direction]
NLS7_SKF_3DIREC0 = XYZ
NLS7_SKF_3DIREC1 = Selected Axis
NLS7_SKF_3DIREC2 = Polar Coordinate
NLS7_SKF_3DIREC3 = Two Nodes
NLS7_SKF_3DIREC4 = Local Coordinate Sys.
NLS7_SKF_3NORMSET = Set to Normal Vector
NLS7_SKF_3DIRECT4X = Parallel to LX
NLS7_SKF_3DIRECT4Y = Parallel to LY
NLS7_SKF_3DIRECT4Z = Parallel to LZ
NLS7_SKF_3SETT2 = Load Direction 2
NLS7_SKF_3XYZLAB = (Vector is normalized)
NLS7_SKF_3NODELAB = (Direction changes with movement of the Nodes)
NLS7_SKF_3AVAL = Alpha
NLS7_SKF_3BVAL = Beta
NLS7_SKF_3BASET = Parallel to Axis
NLS7_SKF_3BASET2 = rev
NLS7_SKF_3PULLVAL = Disp. Tensile Load
NLS7_SKF_4SETT = Additional Load Direction (Optional)
NLS7_SKF_4NUMB = Add No.
NLS7_SKF_4ONOFF = Valid Additional No.
NLS7_SKF_4SETVAL = Apply
NLS7_SKF_4SETSAM = Set to Main Load
NLS7_SKF_5SETT1 = Display Setting
NLS7_SKF_5ALLNODE = Show All Loads
NLS7_SKF_5DISP1 = Show All Arrows at Loaded node
NLS7_SKF_5DISP2 = Show One Arrow at Center
NLS7_SKF_MAGVAL = Total Load
NLS7_SKF_MAGCHG = Apply Total Load
NLS7_SKF_DISPVAL = Forced Displacement(mm)
NLS7_SKF_DISPCHG = Apply Forced Displacement
NLS7_SKF_MOMENTVAL = Moment
NLS7_SKF_ROTATIONVAL = Angle(Deg.)
NLS7_SKF_PRESVAL = Pressure
NLS7_SKF_PRESCHG = Apply Pressure
NLS7_SKF_LNAME = Name(Opt: -100 char)
NLS7_SKF_INF1 = Loaded nodes/(Area mm2)
NLS7_SKF_INF2 = Valid Add Load direction:
NLS7_SKF_ERR01 = 「Add loaded node」
NLS7_SKF_ERR02 = 「Delete loaded node」
NLS7_SKF_ERR03 = 「Replace loaded node」
NLS7_SKF_ERR04 = 「Load value is not set」
NLS7_SKF_ERR05 = 「No loaded node」
NLS7_SKF_ERR06 = 「Release loaded node」
NLS7_SKF_ERR07 = 「Confirm loaded node」
NLS7_SKF_ERR08 = 「Rotational center is no set」
NLS7_SKF_ERR09 = 「Recalculated」
NLS7_SKF_ERR10 = 「Forced displacement value is not set」
NLS7_SKF_ERR11_PRES = 「Pressure value is not set」
NLS7_SKF_ERR12_NODE = 「Two nodes for force direction are not set」
NLS7_SKF_ERR_LCS1 = local coordinate system cannot be set on contact element's constituent nodes.
NLS7_SKF_AREAWAR01 = Uniform Load is OFF (Zero load-area)
NLS7_SKF_AREAWAR02 = Hidden load surfaces are restricting some functions
#
# 初速スケッチ(Rsketch_firstVelo)
#
NLS7_SKV_NUMB = Initial Velocity Group
NLS7_SKV_FSETT = Setting of Initial Velocity
NLS7_SKV_SETT1 = Select Cluster
NLS7_SKV_SETT2 = Set Direction
NLS7_SKV_DIREC = [ Method ]
NLS7_SKV_DIREC0 = XYZ
NLS7_SKV_DIREC1 = 2-picked
NLS7_SKV_DIREC2 = Polar Coordinate
NLS7_SKV_PICLAB0 = Right-pick
NLS7_SKV_PICLAB1 = start and
NLS7_SKV_PICLAB2 = end point
NLS7_SKV_PULLVAL = Show Initial Velocity
NLS7_SKV_DISPLAB = Display Setting
NLS7_SKV_TESTVEL = Show Position at Elapsed Time
NLS7_SKV_TESTTIM = Elapsed Time
NLS7_SKV_ALLNODE = Show All Initial Velocity
NLS7_SKV_MAGCHG = Apply Initial Velocity
NLS7_SKV_UNVIS0 = To analyze with initial velocity,
NLS7_SKV_UNVIS1 = you need to select solver V2
NLS7_SKV_WARN = Initial Velocity: Solver V2(dynamic)
NLS7_SKV_WARN2 = [Load and constraint are optional ]
NLS7_SKV_INF1 = Number of Solids set Initial Velocity
NLS7_SKV_ERR1 = 「Set Initial Velocity Group」
NLS7_SKV_ERR2 = 「Delete Initial Velocity Group」
NLS7_SKV_ERR3 = 「No Cluster is Selected」
NLS7_SKV_ERR4 = 「Initial Velocity is not set」
NLS7_SKV_ERR5 = 「Initial Velocity Cluster is set」
#
# 拘束スケッチ(Rsketch_limit)
#
NLS7_SKL_RXYZ = Constraint DOFs
NLS7_SKL_RPAIR = Pair Node DOFs
NLS7_SKL_LTYPE = Type
NLS7_SKL_LSETT = Constraints Settings
NLS7_SKL_LAREA = Set Constraint Area
NLS7_SKL_LFORC = Set DOFs
NLS7_SKL_LPAIR = Set Pairing Node
NLS7_SKL_LNODE = Select Method
NLS7_SKL_LINPN = Input Node No.
NLS7_SKL_LINDN = Select Indep. Node
NLS7_SKL_LNUM = Node No.
NLS7_SKL_LINDLIST = Independent Node List
NLS7_SKL_ADDLIND = Add
NLS7_SKL_DELLIND = Delete
NLS7_SKL_ALLDELLIND = Delete All Ind. Node
NLS7_SKL_LSETNO = Set
NLS7_SKL_LDISP = Display Setting
NLS7_SKL_AREA = Connection
NLS7_SKL_LENG = Distance(mm)
NLS7_SKL_MOUSE = [ Pick Processing ]
NLS7_SKL_ALLNODE = Show All Constraint
NLS7_SKL_PER = Display Size
NLS7_SKL_INF1 = Constraint Node/(Area mm2)
NLS7_SKL_MSG1 = [ Add constrained node ]
NLS7_SKL_MSG2 = [ Replace constrained node ]
NLS7_SKL_MSG3 = [ Delete constrained node ]
NLS7_SKL_MSG4 = [ DOF is not set ]
NLS7_SKL_MSG5 = [ No constrained node ]
NLS7_SKL_MSG6 = [ Release constrained node ]
NLS7_SKL_MSG7 = [ Confirm constrained node ]
NLS7_SKL_MSG8 = [ Change constraint type ]
NLS7_SKL_MSG9 = [ pairing node is not set ]
NLS7_SKL_SLAVECHK = Warning: Secondary nodes of contact elements are constrained. This may occur errors in analysis.
NLS7_SKL_LCSCHK1 = Local Coordinate System cannot be set to contact element's nodes
#
# 自動スケッチ(Rsketch_auto)
#
NLS7_SKA_MENU = [ Reference Setting Method ]
NLS7_SKA_MENU0 = Pattern calc(only femur)
NLS7_SKA_MENU1 = Refer Project
NLS7_SKA_MENU2 = Refer Coordinate of Analyzed Project
NLS7_SKA_BAXIS = Axis No.
NLS7_SKA_LOAD = Load
NLS7_SKA_ALBETA = Alpha = 60deg.  Beta = 15deg.
NLS7_SKA_CLEAR = Delete Reference project
NLS7_SKA_RESET = Initialize Reference Geometry
NLS7_SKA_WIREMD = Display with line
NLS7_SKA_FACEMD = Display with surface
NLS7_SKA_SCVAL = Magnification
NLS7_SKA_OBJ0 = Working Geometry
NLS7_SKA_OBJ1 = Reference Geometry
NLS7_SKA_EXECUTE = Execute Pattern Calc
NLS7_SKA_FITTS = Node fitting
NLS7_SKA_FITTM = Surface fitting
NLS7_SKA_NOWPRO0 = Current Coordinate: Original
NLS7_SKA_NOWPRO1 = Current Coordinate: Analyzed
NLS7_SKA_DISPON = Apply Coordinate of Selected Project
NLS7_SKA_DISPOFF = Back to Original Coordinate
NLS7_SKA_DIALOG1 = ERR Selected axis is not set
NLS7_SKA_DIALOG2 = ERR Selected axis is not femoral axis
NLS7_SKA_DIALOG3 = ERR Set load value
NLS7_SKA_DIALOG4 = ERR No load and no Constraint in project
NLS7_SKA_DIALOG5 = ERR Project is saved in old format
NLS7_SKA_DIALOG6 = ERR Invalid reference project
#
# 解析スケッチ(Rsketch_solver)
#
NLS7_SKS_TITLE00 = Analysis Setting
NLS7_SKS_TITLE10 = Analysis Setting(1/4)
NLS7_SKS_TITLE11 = Step Setting(2/4)
NLS7_SKS_TITLE12 = Load Setting(3/4)
NLS7_SKS_TITLE13 = In-Out Setting(4/4)
NLS7_SKS_V6WARN1 = Prediction of elastic fracture line
NLS7_SKS_V6WARN2 = is unusable from version 6.0
NLS7_SKS_V6WARN3 = Select other analysis method
NLS7_SKS_V6WARN4 = to continue
NLS7_SKS_MEM1 = Installed Memory(MB):
NLS7_SKS_MEM2 = Available Memory(MB):
NLS7_SKS_CCORE = Cores(0: Auto)
NLS7_SKS_MEMO = [reference: Help -> Operating manual/Appendix]
NLS7_SKS_DEFAULT = Back to Default
NLS7_SKS_TNAME = Total Analysis time - (fixed 0.0-1.0)
NLS7_SKS_MNAME = Total Analysis time(s)
NLS7_SKS_TIMNUM = Main Steps
NLS7_SKS_TIMUNI = Apply Main Steps
NLS7_SKS_TIMUNI2 = Apply Time and Steps
NLS7_SKS_SELTIM = Time
NLS7_SKS_SELLOP = Divisions
NLS7_SKS_ALLLOP = Apply Divisions to All
NLS7_SKS_TIMCHG = Apply to Selected Item
NLS7_SKS_TIMACCEPT = Apply Step Settings
NLS7_SKS_STEPFILE = (Option: read mfstp file)
NLS7_SKS_RAMP = Set Linear Load
NLS7_SKS_KUKANO = Selected Step
NLS7_SKS_LTYPE0 = Load
NLS7_SKS_LTYPE1 = Moment
NLS7_SKS_LTYPE2 = Forced Displacement
NLS7_SKS_LTYPE3 = Pressure
NLS7_SKS_FVALLAB = Maximum Load
NLS7_SKS_SVAL = Load in Step
NLS7_SKS_FMOMLAB = Max Moment
NLS7_SKS_SMOM = Moment in Step
NLS7_SKS_FROTLAB = Max Rot. Angle(Deg.)
NLS7_SKS_SROT = Rot. Angle in Step(Deg.)
NLS7_SKS_FDSPLAB = Max Forced Disp.(mm)
NLS7_SKS_SDSP = Forced Disp. in Step(mm)
NLS7_SKS_FPRSLAB = Max Pressure
NLS7_SKS_SPRS = Pressure in Step
NLS7_SKS_VALX = X component of unit vector
NLS7_SKS_VALY = Y component of unit vector
NLS7_SKS_VALZ = Z component of unit vector
NLS7_SKS_DIRECTION = Vector
NLS7_SKS_ROTCENTER = Rot. Center
NLS7_SKS_ROTAXIS = Rot. Axis
NLS7_SKS_ROTX1 = θX in Step
NLS7_SKS_ROTY1 = θY in Step
NLS7_SKS_ROTZ1 = θZ in Step
NLS7_SKS_ROT1 = θ in Step
NLS7_SKS_ROTX2 = Max θX
NLS7_SKS_ROTY2 = Max θY
NLS7_SKS_ROTZ2 = Max θZ
NLS7_SKS_ROT2 = Max θ
NLS7_SKS_USERST = Inherit Analyzed Project
NLS7_SKS_USEMS0 = Project is not Inheritable
NLS7_SKS_USEMS1 = Project is Inheritable
NLS7_SKS_OUTRST = Save as Inheritable Project
NLS7_SKS_ENDON = Criteria for Termination(0=Invalid)
NLS7_SKS_ENDB1 = Tensile Failure
NLS7_SKS_ENDB2 = Yield
NLS7_SKS_ENDB3 = Compressive Failure
NLS7_SKS_OUTFRMBRK1 = Not output until the element is broken
NLS7_SKS_OUTFRMBRK2 = (The final step is always output)
NLS7_SKS_INFO = Number of Loaded Nodes
NLS7_SKS_ACCEPT = Apply load in each step of this group
NLS7_SKS_GPUNM = GPU device NO. for Analysis
NLS7_SKS_MES01 = [Multi-core]
NLS7_SKS_MES02 = On Memory only/High speed/Large Memory Usage
NLS7_SKS_MES11 = [Single-core]
NLS7_SKS_MES12 = On Memory and Disc/Small Memory Usage
NLS7_SKS_MES21 = [Single-core]
NLS7_SKS_MES22 = On Memory only/Large Memory Usage
NLS7_SKS_MES31 = [GPGPU]
NLS7_SKS_MES32 = On NVIDIA Graphic Card/High Speed/Small Memory Usage
#
# ＩＭＰ編集表示(Rosketch_imp)
#
NLS7_IMP_MMMSG0 = Basic Axis: Set
NLS7_IMP_MMMSG1 = Basic Axis: Unset
NLS7_IMP_MMMSG2 = Please read data!!
NLS7_IMP_MERGE = Working No.
NLS7_IMP_M0ACLEAR = Delete All Data
NLS7_IMP_M0SCLEAR = Delete Selected Data
NLS7_IMP_M0MODE = Data Type
NLS7_IMP_M0MODE0 = STL Format(.stl)
NLS7_IMP_M0MODE1 = IMP Format(.imp)
NLS7_IMP_M0MODE2 = Create Simple Geometry
NLS7_IMP_M0MODE3 = Create by Pick
NLS7_IMP_M0STLREAD = Read STL data
NLS7_IMP_M0IMPREAD = Read IMP data
NLS7_IMP_M0READGO = Read
NLS7_IMP_M0REFFE = [Select reference geom]
NLS7_IMP_M0REFFEGO = Read reference geom 
NLS7_IMP_M0GEOM = Select Geom
NLS7_IMP_M0GEOM0 = Cube Size
NLS7_IMP_M0GEOM1 = Sphere Size
NLS7_IMP_M0GEOM2 = Hemisphere Size
NLS7_IMP_M0GEOM3 = Prism Size
NLS7_IMP_M0GEOM4 = Pyramid Size
NLS7_IMP_M0GPARA1 = Size - X
NLS7_IMP_M0GPARA2 = Division - X
NLS7_IMP_M0GPARA3 = Sixe - Y
NLS7_IMP_M0GPARA4 = Division -Y
NLS7_IMP_M0GPARA5 = Size - Z
NLS7_IMP_M0GPARA6 = Division - Z
NLS7_IMP_M0GPARA7 = Diameter
NLS7_IMP_M0GPARA8 = Division
NLS7_IMP_M0GPARA80 = 8
NLS7_IMP_M0GPARA81 = 12
NLS7_IMP_M0GPARA82 = 24
NLS7_IMP_M0GPARA83 = 36
NLS7_IMP_M0GPARA84 = 72
NLS7_IMP_M0GPARA85 = 100
NLS7_IMP_M0GPARA9 = Height
NLS7_IMP_M0GPARA10 = Div. of Circumference
NLS7_IMP_M0GPARA11 = Div. of Radius
NLS7_IMP_M0GPARA12 = Div. of Height
NLS7_IMP_M0OFFSET = Position
NLS7_IMP_M0OFFSET0 = X
NLS7_IMP_M0OFFSET1 = Y
NLS7_IMP_M0OFFSET2 = Z
NLS7_IMP_M0CREATEGO = Create
NLS7_IMP_IMARKSZ = Marking Size
NLS7_IMP_M1TITLE1 = Axis Setting
NLS7_IMP_M1TITLE2 = Adjust Position
NLS7_IMP_M1TITLE3 = Edit Mesh
NLS7_IMP_M1OBJECT0 = Transform only Selected No.
NLS7_IMP_M1OBJECT1 = Transform All
NLS7_IMP_M1DLINKS = Transform with Axis and Marking
NLS7_IMP_M1LABEL1 = Axis/COR
NLS7_IMP_M1LABEL2 = Trns/Rot/Scale/Extr
NLS7_IMP_M1LABEL3 = Create1/2/Correct/Delete Node/Surface/Undo
NLS7_IMP_M1PROC0 = Setting of Basic Axis
NLS7_IMP_M1PROC1 = Setting of COR/Marking Position
NLS7_IMP_M1P0LAB = * Right-pick Start and End Point *
NLS7_IMP_M1XPNT1 = X1
NLS7_IMP_M1YPNT1 = Y1
NLS7_IMP_M1ZPNT1 = Z1
NLS7_IMP_M1PNT1 = Apply
NLS7_IMP_M1XPNT2 = X2
NLS7_IMP_M1YPNT2 = Y2
NLS7_IMP_M1ZPNT2 = Z2
NLS7_IMP_M1PNT2 = Apply
NLS7_IMP_M1P0GO = [Parallel to Axis]
NLS7_IMP_M1P0GOX = X-axis
NLS7_IMP_M1P0GOY = Y-axis
NLS7_IMP_M1P0GOZ = Z-axis
NLS7_IMP_M1CENT = Center of Rotation
NLS7_IMP_M1ZERO = Set COR to origin
NLS7_IMP_M1DISP = Display position
NLS7_IMP_M1DISPDIR1 = Set Z-axis to Basic Axis
NLS7_IMP_M1DISPDIR2 = Set Z-axis to World Axis
NLS7_IMP_M1TRALAB = Adjust Position(Translation[mm])
NLS7_IMP_M1ROTLAB = Adjust Position(Rotation[deg.])
NLS7_IMP_M1SIZLAB = Adjust Position(Scaling[x])
NLS7_IMP_M1OFFLAB = Adjust Position(Extrusion[mm])
NLS7_IMP_M1SZTYPE = Scaling Axis
NLS7_IMP_M1SZTYPE0 = All
NLS7_IMP_M1SZTYPE1 = X-axis
NLS7_IMP_M1SZTYPE2 = Y-axis
NLS7_IMP_M1SZTYPE3 = Z-axis
NLS7_IMP_M1SIZE = All  x 
NLS7_IMP_M1SIZEX = X-axis  x
NLS7_IMP_M1SIZEY = Y-axis  x
NLS7_IMP_M1SIZEZ = Z-axis  x
NLS7_IMP_M1SIZEGO = Apply
NLS7_IMP_M1OFFS = Extrusion[mm]
NLS7_IMP_M1OFFSST = (-:Shrink <--> +:Expansion)
NLS7_IMP_M1OFFSGO = Apply
NLS7_IMP_MEINF01 = Create Triangle by 3 Right-pick
NLS7_IMP_MEINF02 = Pick Count:
NLS7_IMP_MEINF11 = Create Triangles by Continuous Right-pick
NLS7_IMP_MEINF12 = Create
NLS7_IMP_MEINF21 = Move Node Selected by Right-pick[mm]
NLS7_IMP_MEINF22 = Node: Not Selected
NLS7_IMP_MEINF23 = Node: Selected
NLS7_IMP_MEINF31 = Delete Node by Right-pick
NLS7_IMP_MEINF41 = Delete Surface by Right-pick
NLS7_IMP_MEINF51 = Undo
NLS7_IMP_MEINF52 = Previous Operation: No
NLS7_IMP_MEINF53 = Previous Operation: Create Geometry
NLS7_IMP_MEINF54 = Previous Operation: Move Node
NLS7_IMP_MEINF55 = Previous Operation: Delete Geometry
NLS7_IMP_MEINF56 = Undo
NLS7_IMP_M2TITLE = Save as IMP File
NLS7_IMP_M2WRITE = IMP Data File Name
NLS7_IMP_M3DISP = Display Method
NLS7_IMP_M3DISP0 = Geometry
NLS7_IMP_M3DISP1 = Coordinate
NLS7_IMP_M3AXSRGB = Coordinate Color
#
#------------------------------------------------------------------------
# MAPPER GROUP 8mapper
#------------------------------------------------------------------------
#
# 単画像３Ｄ選択(Rselect_3Dimg)
#
NLS8_3IM_INFO = [ Extracted CT Region ]
NLS8_3IM_SLICEZ = Slice
NLS8_3IM_SLICEX = Pixel(X)
NLS8_3IM_SLICEY = Pixel(Y)
#
# 複画像選択(Rselect_Mimg)
#
NLS8_MIM_STARTNO = Start No.
#
# ファントム画像選択(Rselect_Pimg)
#
NLS8_PIM_GRAPH0 = Density Graph (w/o Phantom)
NLS8_PIM_GRAPH1 = Density Graph (with Phantom)
NLS8_PIM_STR20 = Range of CT Value(X)
NLS8_PIM_STR30 = Range of Density(Y)
NLS8_PIM_STR40 = CT Value at 0 Density(X)
#
# Raxis,Rbounds,Redge,RedgeEE,Redge_mesh,Redge_kind,Redge_bound
#
NLS8_EDG_MENU1 = Surface
NLS8_EDG_MENU2 = Axis
NLS8_EDG_BOUND = Display Outline
NLS8_EDG_AXIS = Display Axis
#
# Rcell_extract
#
NLS8_CEX_MODE = [Cell Extraction]
NLS8_CEX_MOD0 = Not Extract
NLS8_CEX_MOD1 = In Order of Distance from Slice
NLS8_CEX_MOD2 = In Order of Volume
NLS8_CEX_MOD3 = In Order of Aspect Ratio
NLS8_CEX_CRGB = Color of Extracted Cell
NLS8_CEX_MAXC = Number of Extractions
NLS8_CEX_SEL = Select Cell
NLS8_CEX_CNUM = Selected Number
NLS8_CEX_PVIS = Display Slice
NLS8_CEX_AXIS = Axis of Slice
NLS8_CEX_XAXS = X-axis
NLS8_CEX_YAXS = Y-axis
NLS8_CEX_ZAXS = Z-axis
NLS8_CEX_2REV = In Descending Order
NLS8_CEX_2LAB = Volume(mm3): 
NLS8_CEX_3REV = In Ascending Order
NLS8_CEX_3LAB = Aspect Ratio: 
#
# Rcrack
#
NLS8_CRA_DISP = Display Failure Element
NLS8_CRA_MODE = [ Display Method ]
NLS8_CRA_MODE1 = Tensile Failure
NLS8_CRA_MODE2 = Yield
NLS8_CRA_MODE3 = Compressive Failure
NLS8_CRA_LINEW = Line Width
NLS8_CRA_RGBSEL = [ Color Settings ]
NLS8_CRA_RGB = Color of Failure Element
NLS8_CRA_NUMS = Number of Corresponding Elements
#
# Rforce
#
NLS8_FOC_MENU1 = Display Setting
NLS8_FOC_MENU2 = Display Color
NLS8_FOC_DISP = Display Loaded Nodes
NLS8_FOC_DISP_GRP = Show Selected Group
NLS8_FOC_DISP_ALL = Show all Group
NLS8_FOC_FDISP1 = Solid Color
NLS8_FOC_FDISP2 = Contour Color
NLS8_FOC_FCENT = [ Display of Arrow ]
NLS8_FOC_FCENT1 = All Loaded Node
NLS8_FOC_FCENT2 = Center of Loaded Node(with Additional Load)
NLS8_FOC_FCENT3 = Center of Loaded Node(w/o Additional Load)
NLS8_FOC_FCENT4 = Center of Loaded Node
NLS8_FOC_TYPE3 = Load Type: Pressure
NLS8_FOC_PRESS = Pressure:
NLS8_FOC_VLNUMB = Initial Velocity Group
NLS8_FOC_VLDISP = Show Initial Velocity
NLS8_FOC_VLALL = Show All Initial Velocities
NLS8_FOC_VSTR = [Information of Initial Velocity]
NLS8_FOC_VDIR = Direction
#
# Rlabels
#
NLS8_LAB_TITLE = Title
NLS8_LAB_DATA = Data Information
NLS8_LAB_COMM = Comment
NLS8_LAB_DVIS0 = Display Label
NLS8_LAB_DVIS1 = Display Size
NLS8_LAB_DVIS2 = Display Load
NLS8_LAB_DVIS3 = Display Step
NLS8_LAB_DVIS4 = Display Time
NLS8_LAB_XPOS = X
NLS8_LAB_YPOS = Y
NLS8_LAB_COL1 = Title Color
NLS8_LAB_COL2 = Data Color
NLS8_LAB_COL3 = Comment Color
NLS8_LAB_FONT = Arial
#
# Rbaxis
#
NLS8_BAX_DISP = Display Axis
NLS8_BAX_ALL = All Axes
NLS8_BAX_STR = [ Info. of Axis ]
NLS8_BAX_STR1 = Number of Axes
NLS8_BAX_STR2 = Selected Axis
NLS8_BAX_SW0 = Unset
NLS8_BAX_SW1 = Set
NLS8_BAX_STR3 = Unit Vector
NLS8_BAX_STR31 = VX
NLS8_BAX_STR32 = VY
NLS8_BAX_STR33 = VZ
#
# Rlimit
#
NLS8_LIM_DISP = Display Constraint Nodes
NLS8_LIM_ALL = Show All Groups
NLS8_LIM_STR = [ Info. of Selected Constrain Group]
NLS8_LIM_STR1 = Number of Constraint Nodes
NLS8_LIM_STR2 = Number of All Constraint Nodes
NLS8_LIM_SW0 = Free
NLS8_LIM_SW1 = Constrained
#
# slice group (Rfringe , RfringeProp)
#
NLS8_SLC_MENU1 = Contour Settings
NLS8_SLC_MENU2R = Select Results
NLS8_SLC_MENU2P = Select Material Property
NLS8_SLC_THRES0 = Subthreshold
NLS8_SLC_THRES1 = Over Threshold
NLS8_SLC_THRES2 = Threshold Range
NLS8_SLC_THRES3 = Out of Threshold Range
NLS8_SLC_THRESCELL = Number of Extracted Elements
NLS8_SLC_NONPERC = Set Threshold Value
NLS8_SLC_VAL1 = Lower
NLS8_SLC_VAL2 = Upper
NLS8_SLC_SOLIDCNT = [Setting of Solid Contour]
NLS8_SLC_NLEVEL = Levels
NLS8_SLC_MSET = Auto Color Range
NLS8_SLC_RANOUT = Set color of Element out of Threshold
NLS8_SLC_RANRGB = Color of Element out of Threshold
NLS8_SLC_F11 = Material Property (Solid)
NLS8_SLC_F12 = Material Property (Shell)
NLS8_SLC_CELL2N = Distribute to Node
NLS8_SLC_SOLID = Results (Solid)
NLS8_SLC_SHELL = Results (Shell)
NLS8_SLC_XYZDAT = Unit Vector
NLS8_SLC_RUBBLAB = * set to 0 in Rubber Material
#
# probe group (Rprobe , RprobePgeom)
#
NLS8_PRB_MINIT = Initial Position
NLS8_PRB_SSIZE = Arrow Size
NLS8_PRB_SELFA0 = Extract Solid
NLS8_PRB_SELFA1 = Extract Node
NLS8_PRB_MTYPE1ND = Node Number
NLS8_PRB_MTYPE1MV = Move to Specified ..
NLS8_PRB_M4MESS1 = *You can count according to group
NLS8_PRB_M4MESS2 = ( ".gpt" file saved in {OPT} is necessary)
NLS8_PRB_M4MESS3 = Number of Displayed Groups:
NLS8_PRB_SSEL = Physical Quantity
NLS8_PRB_MSEL = Material Property
NLS8_PRB_MDFACT = Number of Extractions
NLS8_PRB_MDVALUE1 = Threshold 1
NLS8_PRB_MDVALUE2 = Threshold 2
NLS8_PRB_MGOEXT = Extract
NLS8_PRB_EXTNUM = Number of Extracted Elements:
NLS8_PRB_INFO = Extracted List
NLS8_PRB_COLLECT = Processing
NLS8_PRB_COLLECT0 = Average
NLS8_PRB_COLLECT1 = Maximum
NLS8_PRB_COLLECT2 = Minimum
NLS8_PRB_COLLECT3 = Ave.(Arithmetic)
NLS8_PRB_WARNING00 = [Average] calculate average considering volume/area weight.
NLS8_PRB_WARNING10 = This value is different from [Ave.(Arithmetic)], which is the calculation method until Ver.10.
NLS8_PRB_WARNING01 = [Ave.(Arithmetic)] was used until Ver.10 for calculating average.
NLS8_PRB_WARNING11 = In current version, [Average] considering volume/area weight is recommended.
NLS8_PRB_OUTPUT = Specify Output Text File
NLS8_PRB_DIVIDE = Output Every Solids/Nodes
NLS8_PRB_REFRESH = File Info.
NLS8_PRB_OVERWRT = Output to File
NLS8_PRB_LSLAB = Center Coord. of Group
NLS8_PRB_LSDSP = Disp. Position
NLS8_PRB_LSUP = ↑
NLS8_PRB_LSDOWN = ↓
NLS8_PRB_LSRAD = Disp Size(mm)
#
# RpartsModel
#
NLS8_PTM_VISIBLE = Display Material/STL
NLS8_PTM_VIS0 = Material
NLS8_PTM_VIS1 = STL
NLS8_PTM_DISP1 = Disp. of Bone/Other
NLS8_PTM_DISP2 = Disp. of Special
NLS8_PTM_DISP3 = Disp. of STL
NLS8_PTM_MENU = Select Displayed Object
NLS8_PTM_PARTVIS = Display Selected Object
NLS8_PTM_PARTSHARE = Hide Shared Mesh of Selected Material
NLS8_PTM_ALLON = Display All Materials
NLS8_PTM_ALLOFF = Hide All Materials
NLS8_PTM_OFFS = Offset
NLS8_PTM_CHANGE = Apply / Change Color
NLS8_PTM_MASTER = Surface Color(Primary/Node)
NLS8_PTM_SLAVE = Surface Color(Secondary/Line)
NLS8_PTM_ADLIST = Add STL Data to List
NLS8_PTM_OUTSTL = Output STL File
#
# Rtensor
#
NLS8_TEN_MENU1 = Display Settings
NLS8_TEN_MENU2 = Select Tensor
NLS8_TEN_VISIBLE = Display Tensor
NLS8_TEN_NORMALIZE = Normalize
NLS8_TEN_LENGTH = Reference Length
NLS8_TEN_NONPERC = Set Threshold
NLS8_TEN_PMIN = Compression
NLS8_TEN_PMAX = 　　Tensile
NLS8_TEN_PERCMIN = Lower(Compression)
NLS8_TEN_PERCMAX = Upper(Tensile)
NLS8_TEN_MINRANGE = Disp Range(Compression)
NLS8_TEN_MAXRANGE = Disp Range(Tensile)
NLS8_TEN_SOLMODE = Display Mode
NLS8_TEN_SOLMODEX = Surface only
NLS8_TEN_MESS00 = [ Solid-surface Display ]
NLS8_TEN_MESS01 = Tensor of surface solid
NLS8_TEN_MESS02 = are displayed
NLS8_TEN_MESS03 = (Excluding effect of deformation)
NLS8_TEN_BOUND = [ Display of Surface ]
NLS8_TEN_RGB = Display Color
NLS8_TEN_SOLID = Select Tensor(Solid)
NLS8_TEN_SHELL = Select Tensor(Shell)
NLS8_TEN_SELECT0 = Principal Stress
NLS8_TEN_SELECT1 = Principal Strain
NLS8_TEN_SELPART = Select
NLS8_TEN_VAL10 = Show All Principal Stress
NLS8_TEN_VAL20 = Show All Principal Strain
#
# Rdirection
#
NLS8_DIR_MENU1 = Display Settings
NLS8_DIR_MENU2 = Select Vector
NLS8_DIR_VISIBLE = Display Vector
NLS8_DIR_VAUTO = Auto Size
NLS8_DIR_VSCALE = Vector Size
NLS8_DIR_VNORM = Normalize
NLS8_DIR_VCUTT = Set Lower Threshold
NLS8_DIR_VCUTVAL = Lower Threshold
NLS8_DIR_MODE = Display Mode
NLS8_DIR_MESS00 = [ Solid-surface Display ]
NLS8_DIR_MESS01 = Show displacement 
NLS8_DIR_MESS02 = at surface node
NLS8_DIR_MESS10 = [ Shell Display ]
NLS8_DIR_MESS11 = Show Displacement
NLS8_DIR_MESS12 = at node on shell
NLS8_DIR_BOUND = [ Display of Surface ]
NLS8_DIR_RGB = Display Color
#
# Rvolume
#
NLS8_VOL_DISP = Show CT Data
#
# GRAPH(Rgraph)
#
NLS8_DGR_MTINIT = Initial Positon
NLS8_DGR_SSIZE = Arrow Size
NLS8_DGR_MTYPE1MV = Move to Specified ..
NLS8_DGR_MSEL = Data Type
NLS8_DGR_MSEL0 = Material Property
NLS8_DGR_MSEL1 = Result
NLS8_DGR_MSTEPNO = Analysis Step Number
NLS8_DGR_MDFACT = Number of Extracted Elements
NLS8_DGR_MDVALUE1 = Threshold 1
NLS8_DGR_MDVALUE2 = Threshold 2
NLS8_DGR_MGOEXT = Extract
NLS8_DGR_MMATEL = Graph
NLS8_DGR_MMATELADD = Apply to Graph No.
NLS8_DGR_MMATELDEL = Release Graph No.
NLS8_DGR_DMATEL = Graph List
NLS8_DGR_DTYPE = [ Graph Type ]
NLS8_DGR_DTYPE0 = Histogram of Material Property
NLS8_DGR_DTYPE1 = Histogram of Result on each Step
NLS8_DGR_DTYPE2 = Time Series Variation of Result
NLS8_DGR_DXVAL = [ X-axis ]
NLS8_DGR_DXVALDIV = Division
NLS8_DGR_DSTEPNO = Step
NLS8_DGR_DXVAL0 = Step Number
NLS8_DGR_DXVAL1 = Step Time
NLS8_DGR_DYVAL = [ Y-axis ]
NLS8_DGR_DSEL0 = Select Material Property
NLS8_DGR_DSEL1 = Select
NLS8_DGR_DYSEL = Plot Value
NLS8_DGR_DYVEC = Vector
NLS8_DGR_DYVMG = Magnitude
NLS8_DGR_DYVX = X
NLS8_DGR_DYVY = Y
NLS8_DGR_DYVZ = Z
NLS8_DGR_DGRAPHGO = Draw Graph
NLS8_DGR_GMENU = [ Settings of Graph ]
NLS8_DGR_GMENU0 = Display Setting
NLS8_DGR_GMENU1 = Axis Setting
NLS8_DGR_GMENU2 = Output Data
NLS8_DGR_GTITLE = Title
NLS8_DGR_GTCOLOR = Grid Color
NLS8_DGR_GRATIO = Aspect Ratio
NLS8_DGR_GDSEL = Select Graph
NLS8_DGR_GLEGX = Caption X-coord
NLS8_DGR_GLEGY = Caption Y-coord
NLS8_DGR_GLEGSZ = Caption Size
NLS8_DGR_GXLAB = Settings of X-axis
NLS8_DGR_GYLAB = Settings of Y-axis
NLS8_DGR_GATITLE = Title
NLS8_DGR_GATHEIGHT = Title Size
NLS8_DGR_GANHEIGHT = Figure Size
#
# MEASURE(RmeasureXX)
#
NLS8_MEAS_MENU1 = Measurement
NLS8_MEAS_MENU2 = Color/Opacity
NLS8_MEAS_INFO = Measured Data
NLS8_MEAS_SURFON = Show Surface
NLS8_MEAS_PMODE = Pick Mode
NLS8_MEAS_PMODE0 = 1-point(Coordinate)
NLS8_MEAS_PMODE1 = 2-point(+Distance)
NLS8_MEAS_PMODE2 = 3-point(+Angle)
NLS8_MEAS_PMODE3 = Continuous(Length)[max 300]
NLS8_MEAS_PSIZE = Picked Point Size 
#
# PROCVIS(RprocvisXX)
#
NLS8_PRVS_CONTACT = Contact Pressure/Area
NLS8_PRVS_MOTION = Relative Displacement
NLS8_PRVS_TRUSS = Truss Tension
NLS8_PRVS_INCLUDE = Include
NLS8_PRVS_EXCLUDE = Exclude
NLS8_PRVS_INCLUDENUM = Included Elements:
NLS8_PRVS_MOTMETHOD = Calc. Method for Nodes with Multi Relative Disp.
NLS8_PRVS_MOTMAX = Max
NLS8_PRVS_MOTMIN = Min
NLS8_PRVS_GOCALC = Calculate
NLS8_PRVS_WARNING00 = [Mean Contact Pressure] is calculated from
NLS8_PRVS_WARNING01 = just contact surface area.
NLS8_PRVS_TRUSSWIDTH = Truss Width
#
#------------------------------------------------------------------------
# APLIC GROUP 9aplic
#------------------------------------------------------------------------
#
# RamegeaMesh
#
NLS9_AMES_DERROR = Setting error
NLS9_AMES_DMESS1 = No surface mesh is generated
#
# RamegeaRoi
#
NLS9_AROI_DERROR = Setting error
NLS9_AROI_DMESS1 = Phantom setting is not finished
#
# RamegeaMate
#
NLS9_AMAT_DMESS1 = Solid Setting is not finished
NLS9_AMAT_DMESS2 = All Solid is set to unused material
NLS9_AMAT_DMESS3 = Shell Setting is no finished
#
# RamegeaProp
#
NLS9_APRP_DMESS1 = user-created equation of Young's Modulus is not ready 
NLS9_APRP_DMESS2 = user-created equation of Poisson's ratio is not ready
NLS9_APRP_DMESS3 = user-created equation of yield stress is not ready
NLS9_APRP_DMESS4 = user-created equation of tensile strength is not ready 
NLS9_APRP_DMESS5 = user-created equation of stress relaxation factor is not ready 
#
# RamegeaForce
#
NLS9_AFOC_DMESS1 = No load is set
NLS9_AFOC_DMESS2 = No constraint is set
NLS9_AFOC_DMESS3 = No load/constraint is set
NLS9_AFOC_DMESS4 = Loaded node is overlapped among groups
NLS9_AFOC_DMESS5 = Constraint node is overlapped among groups
#
#------------------------------------------------------------------------
#
