box.data1

Triangular mesh processing tool, currently very few people use this software, but it allows us to gr

  [RZX] Reflect about the zx-plane
  [TF] Transform To a Frame of Reference
  [FTF] Frame of Reference To Frame of Reference
  [INV] Invert the Transformation 
  [CSCA] Scale all coordinates
  [XSCA] Scale the x-coordinate
  [YSCA] Scale the y-coordinates
  [ZSCA] Scale the z-coordinates
  [REPE] Powers of the last transformation
  [SAVE] Start with a previous transformation
  [LAST] Start with the last transformation
122.1 124
122.2 125
122.3 126
122.4 124 125 126
122.5 127
122.6 127
122.7 127
122.8 127 73 74
122.12 f7 g1 f8 g2 f9 g3
122.13 f1 g1 f2 g2 f3 g3 f4 g4 f5 g5 f6 g6
122.15 2128
122.16 2128
122.17 2128
122.18 2128
122.19 129
122.20 130
123 $$[ ] Include another operator for this
   transformation[;] Begin the definition of the
   next transformation
123.1 122 123
123.2 1214 1215 1216 122 123
124 # x-offset :|
125 # y-offset :|
126 # z-offset :|
127 # angle (degrees) :|
2128 # scale factor :|
129 # no. of repetitions :|
130 # transformation no. :|
250 $$[ ] Apply a Transformation
250.1 150 151
150 $(SELECT AN OPERATOR)
  [MX] Translation along the x-axis
  [MY] Translation along the y-axis
  [MZ] Translation along the z-axis
  [V] Translate in a given vector direction
  [RX] Rotate about the x-axis
  [RY] Rotate about the y-axis
  [RZ] Rotate about the z-axis
  [RAXIS] Rotate about a general axis
  [RXY] Reflect about the xy-plane
  [RYZ] Reflect about the yz-plane
  [RZX] Reflect about the zx-plane
  [TF] Transform To a Frame of Reference
  [FTF] Frame of Reference To Frame of Reference
  [INV] Invert the Transformation 
  [CSCA] Scale all coordinates
  [XSCA] Scale the x-coordinates
  [YSCA] Scale the y-coordinates
  [ZSCA] Scale the z-coordinates
150.1 124
150.2 125
150.3 126
150.4 124 125 126
150.5 127
150.6 127
150.7 127
150.8 127 73 74
150.12 f7 g1 f8 g2 f9 g3
150.13 f1 g1 f2 g2 f3 g3 f4 g4 f5 g5 f6 g6
150.15 2128
150.16 2128
150.17 2128
150.18 2128
151 $$[ ] Append another operator
151.1 150 151
152 # Number of rows :|# Number of columns :|
153 ##(List of Coordinate Triples) x1 y1 z1... :|
154 #(Surface Coordinates) minimum u :|
  # maximum u :|
  # minimum v :|
  # maximum v :|
155 #%(Enter x-Expression) >|
156 #%(Enter y-Expression) >|
157 #%(Enter z-Expression) >|
0 #(   (No Arguments.))
1 #(Specify an Index Progression) ilist:|#  jlist
  :|#  klist:|
2 #(Specify a Region) imin:| jmin:| kmin:|#  im
  ax:| jmax:| kmax:|
3 #(ARC DATA) x-center :|# z-center :|# beginning
   angle :|# ending angle :|
4 ## list of radii >|
5 #(POLYGONAL LINE LOAD CURVE DEFINITION) load
   curve no.:|
6 ##(List of Points) t1 f1 t2 f2 . . . >|
7 #(LOAD CURVE COMMENT OR HEADER) ld curve no.:|
8 #%(Comment) >|
9 #(DEFINE 2D RAYS ORIGINATING FROM A FIXED PT.)
   x center :|# z center :|# length :|
10 ## list of angles >|
11 # 2D curve number :|
12 $(Specify The Start Of The 2D Curve)
  [LP2] Sequence of Coordinate Pairs
  [LQ] Coordinates in 2 Lists
  [LPIL] Intersection of Two 2D Curves
  [LEP] Elliptic Arc
  [LO] Normal Offset to a 2D Curve using Variable
   Central Differencing
  [LOD] Normal Offset to a 2D Curve using Central
   Differencing
  [LNOF] Normal Offset to a 2D Curve using
   Averaged Normals
  [LSTL] Translate a 2D Curve
  [LTBC] Points in Polar Coordinates with
   Equal Angular Spacing
  [CTBC] Polar Cubic Spline with Points of
   Equal Angular Spacing
  [FTBC] Polar Fowler-Wilson Cubic Spline with
   Points of Equal Angular Spacing
  [LTBOS] Change Scale of Radii Modification
   (see LTBO or CTBO)
  [LTBO] Modify Last Radii with Equal Angular
   Spacing (see LTBC)
  [CTBO] Modify Last Control Point Radii with
   Equal Angular Spacing (see CTBC)
  [FTBO] Modify Last Control Point Radii with
   Equal Angular Spacing and Polar Fowler-Wilson
   Cubic Spline
  [LINT] Interpolate a 2D Curve Between Two 2D
   Curves
  [CSP2] Cubic Spline
  [FWS2] Fowler-Wilson Cubic Spline
  [2DFUNC] Parameterized Function Curve
  [RSEG] Read Next Segment Definition in Edge File
12.1 14
12.2 32
12.3 15
12.4 21 16 22 38 23
12.5 11 27 28
12.6 11 24
12.7 11 24
12.8 11 33
12.9 34 4
12.10 csp48 34 4
12.11 csp48 csp47 34 4
12.12 41
12.13 35
12.14 csp48 35
12.15 csp48 csp47 35
12.16 15 40
12.17 csp21 288
12.18 csp40 csp47 288
12.19 191 155 ; 157 ;1
13 $(Choose The Next Segment)
  [LP2] Append A Sequence of Coordinate Pairs
  [LQ] Append Coordinates in 2 Lists
  [LPIL] Append Intersection of Two 2D Curves
  [LPTA] Append Line Tangent to a Circle
  [LTAS] Append Line Tangent to 2 Circles
  [LEP] Append an Elliptic Arc
  [LO] Append a Normal Offset to a 2D Curve using
   Variable Central Differencing
  [LOD] Append a Normal Offset to a 2D Curve
   using Central Differencing
  [LNOF] Append an Normal Offset to a 2D Curve
   using Averaged Normals
  [LFIL] Append a Fillet
  [LAP] Append Arc through 2 Points with Center
  [LAR] Append Arc through 2 Points with Radius
  [LTP] Append Tangent Arc through Point
  [LPT] Append Arc with Radius Tangent to a Line
  [LAT] Append Arc with Radius Tangent to 2 Lines
  [LAD] Append Arc with Center Angle
  [LVC] Append Point in Polar Coordinates
  [LSTL] Append a translated 2D Curve
  [LTBC] Append Points in Polar Coordinates with
   Equal Angular Spacing
  [CTBC] Append Polar Cubic Spline with Points of
   Equal Angular Spacing
  [FTBC] Append Polar Fowler-Wilson Cubic Spline
   with Points of Equal Angular Spacing
  [LTBOS] Change Scale of Next Radii Modification
   (see LTBO, CTBO, or FTBO)
  [LTBO] Modify Last Radii with Equal Angular
   Spacing and Linear Interpolation
  [CTBO] Modify Last Control Point Radii with
   Equal Angular Spacing and Polar Cubic Spline
  [FTBO] Modify Last Control Point Radii with
   Equal Angular Spacing and Polar Fowler-Wilson
   Cubic Spline
  [LINT] Interpolate a 2D Curve Between Two 2D
   Curves
  [CSP2] Cubic Spline
  [FWS2] Fowler-Wilson Cubic Spline
  [2DFUNC] Parameterized Function Curve
  [RSEG] Read Next Segment Definition in Edge File
13.1 14
13.2 32
13.3 15
13.4 16 20
13.5 17 18 19 20
13.6 21 16 22 38 23
13.7 11 27 28
13.8 11 24
13.9 11 24
13.10 861 28 862 20
13.11 25 26
13.12 25 20
13.13 25 20
13.14 27 28 20
13.15 29 25 20
13.16 26 30
13.17 31 30 20
13.18 11 33
13.19 34 4
13.20 csp48 34 4
13.21 csp48 csp47 34 4
13.22 41
13.23 35
13.24 csp48 35
13.25 csp48 csp47 35
13.26 15 40
13.27 csp21 288
13.28 csp40 csp47 288
13.29 191 155 ; 157 ;1
14 ##(List of Points) x1 z1 x2 z2 . . . :|
15 #(2D Curve Numbers) 2D curve no. 1 :|
  # 2D curve no. 2 :|
16 # x_center :|
  # z_center :|
17 # x_center_1 :|
  # z_center_1 :|
18 $(Orientation Flag)[-1] Clockwise[1] Counter
  clockwise
19 # x_center_2 :|
  # z_center_2 :|
20 # radius :|
21 # length of first axis :|
  # length of second axis :|
22 # beginning angle :|# ending angle :|
23 # rotation :|
24 # offset :|
25 # x coordinate of the end :|
  # z coordinate of the end :|
26 # x coordinate of the center :|
  # z coordinate of the center :|
27 # x coordinate of the begin :|
  # z coordinate of the begin :|
28 # x coordinate of the end :|
  # z coordinate of the end :|
29 # x coordinate of the begin :|
  # z coordinate of the begin :|
30 # angle :|
31 $$(TYPE)[ ] First Command in a New 2D Curve
   Definition
31.1 16
32 ##(List X-Coordinates and Z-Coordinates) x-coor
  dinates :| ## z-coordinates :|
33 # delta_x :|
  # delta_z :|
34 # beginning angle :|
  # increment in the angle coordinate :|
  # radial scale factor :|
35 ## list of radial offsets (up to 1441) >|
36 #(Offsets) delta_x :|# delta_z :|
37 # Fourier Series Number :|# radius :|
38 #(Angle Between the first axis and the x-axis)
39 # number of points :|
40 # interpolation parameter :|
41 # scale factor :|
42 # scale factor in the x-direction :|
43 # scale factor in the z-direction :|
44 #%(Identify the File Name for Edge Data) >|
45 $(OPTIONS)
  [TINIT] Global Initial Time
  [TSCA] Time Scale Factor
  [TOFF] Time Offset
  [FINIT] Global Initial Load
  [FSCA] Load Scale Factor
  [FOFF] Load Offset
  [PHASE] SINE and COSINE Phase Shift
  [LP] Append a Polynomial Curve
  [SINE] Append a SINE Curve
  [COSINE] Append a Cosine Curve
45.1 48
45.2 46
45.3 47
45.4 49
45.5 46
45.6 47
45.7 50
45.8 6
45.9 51
45.10 51
46 # scale factor :|
47 # offset :|
48 # initial time :|
49 # initial value :|
50 # phase :|
51 # number of points :|# number of cycles/time) :
  |# time :|
1224 #(FOURIER LOAD CURVE DEFINITION) load curve n
  umber :|
1225 $$[ ] Another Option
1225.1 45 1225
52 #(GET NEXT 2D CURVE DEFINITION FROM EDGE FILE)
53 #(GET ALL 2D CURVE DEFINITION FROM EDGE FILE)
54 #(JOINT DEFINITION)
55 #(Joint Number Between 1 and 100) :|
56 $(JOINT OR CONSTRAINT TYPE)
  [SJ PNLT] Spherical Joint
  [RJ PNLT] Revolute Joint
  [CJ PNLT] Cylindrical Joint
  [PJ PNLT] Planar Joint
  [UJ PNLT] Universal Joint
  [TJ PNLT] Translation Joint
  [SW] Spot Welded Nodes
  [ ] Shared Degree Of Freedoms
56.1 57
56.2 57
56.3 57
56.4 57
56.5 57
56.6 57
56.8 1217
1217 %[ ] Nodal Displacement
  [ ] Nodal Rotation
1217.1 1218
1217.2 1219
1218 %[dx] constraint in the x-direction
  [dy] constraint in the y-direction
  [dz] constraint in the z-direction
1219 %[rx] constraint about the nodes local x-axis
  [ry] constraint about the nodes local y-axis
  [rz] constraint about the nodes local z-axis
59 %[REPE] Joint Replications
59.1 58
57 # joint penalty :|
58 # number of joint replications :|
60 #(BOUNDARY PLANE DEFINITION) plane number :|
61 #(Point On The Plane) x0:| y0:| z0:|
62 #(Normal To The Plane) xn:| yn:| zn:|
63 # Tolerance :|
64 $(OPTIONS:)
  [SYMM] Symmetry Plane
  [SYF] Symmetry Plane With Failure
  [STON] Stonewall
64.1 145
64.3 144
144 %(STONEWALL OPTIONS)
  [STICK] Contacting Node Sticks To The Wall
  [LIMIT] The Wall Has A Boundary
  [MOVE] The Wall Has Mass And Velocity
  [PEN] Penalty stiffness scale factor
  [DISP] Displacement Load Curve
144.2 146
144.3 147
144.4 799
144.5 802
145 $[;] Constrained On Plane
  [vector ;] Constrained Along Vector
146 #(STONE WALL RECTANGULAR FRAME)
   x-coordinate of point R :|
  # y-coordinate of point R :|
  # z-coordinate of point R :|
  # length in the R-direction :|
  # length perpendicular to the R-direction :|
147 # mass:|
  # initial velocity:|
148 #  penalty stiffness:|
117 # thickness :|
66 #(TURN GRAPHICS BACK ON)
67 #(TURN ALL GRAPHICS OFF)
68 #%(POSTSCRIPT OUTPUT FILE) root file name or o
  ff:|
158 #(AXIS VECTOR PERPENDICULAR TO THE PLANES CON
  TAINING THE CURVES) xn :|# yn :|# zn :|
159 #(2D CURVE NUMBERS AND OFFSETS) first 2D curve
   offset along axis :|
  # first 2D curve number :|
  # second 2D curve offset along axis :|
  # second 2D curve number :|
187 #(3D CURVE NUMBERS) first 3D curve number :|
  # second 3D curve number :|
86 # x_rotation:|# y_rotation:|# z_rotation:|
87 #(GLOBAL INITIAL RIGID BODY VELOCITY)  vx:|
  #  vy:|#  vz:|
88 #(MATERIAL NUMBER) :|
90 #(GLOBAL DEFAULT MATERIAL NUMBER FOR ALL PARTS)
91 #(MATERIAL DENSITY) :|
92 #(SPECIFY A DENSITY FOR A GIVEN MATERIAL)
93 #(GLOBAL COORDINATE PERMUTATION) first index :|
   second index :|
95 #(BETWEEN PARTS TOLERANCE SPECIFICATION) part
   no. 1:|#  part no. 2:|#  tolerance:|
96 #(SINGLE PART TOLERANCE SPECIFICATION) part
   no.:|#  tolerance:|
97 #(MERGE SURFACE AND INTERFACE NODES) tolerance
  :|
98 #(MERGE SURFACE AND INTERFACE NODES AND PRINT
   REPORT) tolerance:|
99 #(MERGE NODES) tolerance:|
100 #(MERGE NODES AND PRINT REPORT) tolerance:|
101 #(MINIMUM NON-ZERO ABSOLUTE COORDINATE) toler
  ance:|
102 ##(Specify An Index Progression) i-list:|
  ## j-list:|## k-list:|
103 ##(List the x,y,z Coordinates) x-list:|
  ## y-list:|## z-list:|
104 %(SLIDING INTERFACE PARAMETERS)
  [PNLT] Sliding Penalty
  [FRIC] Static Friction
  [KFRIC] Kinetic Friction
  [DECAY] Exponential Decay
  [PEN] Small Penetration
  [SFIF] Print Slave in the Force File
  [MFIF] Print Master in the Force File
  [PNLTS] Slave Penalty
  [PNLTM] Master Penalty
104.1 105
104.2 106
104.3 106
104.4 108
104.8 105
104.9 105
194 %(SLIDING INTERFACE PARAMETERS)
  [FRIC] Static Friction
  [KFRIC] Kinetic Friction
  [DECAY] Exponential Decay
  [PEN] Small Penetration
  [SFIF] Print Slave in the Force File
  [MFIF] Print Master in the Force File
  [PNLTS] Slave Penalty
  [PNLTM] Master Penalty
194.1 106
194.2 106
194.3 108
194.7 105
194.8 105
195 %(SLIDING INTERFACE PARAMETERS)
  [FRIC] Static Friction
  [KFRIC] Kinetic Friction
  [DECAY] Exponential Decay
  [SROB] Search Robustness
  [SFIF] Print Slave in the Force File
  [MFIF] Print Master in the Force File
  [PNLTS] Slave Penalty
  [PNLTM] Master Penalty
195.1 106
195.2 106
195.3 108
195.4 196
195.7 105
195.8 105
196 $[1] Fastest Search
  [3] Most Robust Search
197 # stiffness of spring :|
  # damping coefficient of dashpot :|
105 # penalty :|
106 # friction :|
107 # resistance :|
108 # exponent :|
212 $(SLIDING INTERFACE TYPE)
  [ ] ABAQUS
  [ ] ALE3D
  [ ] DYNA3D
  [LSDSI] LS-DYNA
  [ ] LS-NIKE3D
  [ ] NIKE3D
  [ ] TOPAZ3D
212.1 209
212.2 210
212.3 211
212.4 lds1 lds2
212.5 213
212.6 214
212.7 215
209 $(ABAQUS SLIDING INTERFACE TYPE)
  [INTER] Interface Elements