box.data3

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

3.25 4
3.26 frb4 4
3.27 8
3.28 292
3.29 9
3.30 10
3.33 4
3.42 175
3.44 6
3.47 sfb4
3.48 4
3.50 110 16
3.51 sp18
3.52 62
3.54 247
3.55 937
4 # load curve/set id number :|
5 # symmetry plane number :|
6 # sliding interface number :|
7 $(TYPE)[M] Master[S] Slave[B] Both
8 #(Stone Wall Number) >|
9 $(AXIS)[R] Local Element x-Axis[S] Local Element
   y-Axis[T] Local Element z-Axis[RS] Local Elemen
  t x-Axis and y-Axis[TR] Local Element x-Axis and
   z-Axis[ST] Local Element y-Axis and z-Axis[RST]
   Local Element x-Axis, y-Axis, and z-Axis.
10 # failure plane number :|
11 # node number :|
12 # 1D element number :|
13 # 2D element number :|
14 # 3D element number :|
15 # first part number :|# second part number :|
16 # interface sequence number :|
17 #(TURN OFF ALL Condition Displays)
18 #(FIND NODE NEAR A GIVEN POINT) x_coord.:| y_
  coord.:| z_coord.:|
19 #(TURN OFF REFERENCE)
20 #(MOMENTS AND INERTIA)
21 #(PRINT MESH SIZE INFORMATION)
22 #(PRINT THE MASS TABLE)
23 #(PART INFORMATION)
24 #(ACTIVE PART MASS)
25 #(POINT FOR MOMENTS OF INERTIA) x_coord:| y_c
  oord:| z_coord:|
26 #(DIMENSION OF THE PROBLEM)
27 #(TOTAL MASS)
28 #% New Caption >|
29 $[CAP] Change the Caption
  [ON] Turn Caption On
  [OFF] Turn Caption Off
29.1 28
30 #(CHANGE THE CONE ANGLE for Special Markers) a
  ngle:|
31 #(CHANGE DISPLAY SIZE of Special Markers) fact
  or:|
32 $(Master of Slave side)
  [M] Master Side
  [S] Slave Side
33 $[ON] TURN REFERENCE GRID ON
  [OFF] TURN REFERENCE GRID OFF
34 #(INITIALIZE PARTS ACCUMULATED OFFSET TO ZERO)
35 #(OFFSET EACH SUBSET OF MATERIALS BY AN (INCREA
  SING) INTEGER MULTIPLE OF A GIVEN VECTOR)
36 #(Vector along which to explode the materials)
   x_coord :|# y_coord :|# z_coord :|
37 ##(List of Material Numbers) >|
38 %[ ] Another List of Materials
38.1 37 38
39 #(OFFSET EACH SUBSET OF PARTS BY AN (INCREA
  SING) INTEGER MULTIPLE OF A GIVEN VECTOR)
40 #(Vector along which to explode the parts)
   x_coord :|# y_coord :|# z_coord :|
41 ##(List of Part Numbers) >|
42 %[ ] Another List of Parts
42.1 41 42
142 #(JOINT LOCATION) Joint Number:|#  Local Node
   Number:|
43 $(SELECT A NODE)
  [N] Use Node From Part
  [P] Create Node With Cartesian Coordinates
  [CY] Create Node With Cylindrical Coordinates
  [S] Create Node With Spherical Coordinates
43.1 spr4 ;
43.2 3195 3196 3197 147 3218 3219 306
43.3 3020 958 3197 147 3218 3219 306
43.4 3020 958 959 147 3218 3219 306
147 #(RIGID BODY MATERIAL NUMBER) mat no. :|
306 %(OPTIONS)
  [V] Offset
306.1 934 935 936
44 $[ON] TURN ON
  [OFF] TURN OFF
45 #(SET THE Explode Scale Factor) scale factor:|
46 $(SET PICTURE PARAMETERS)
  [PCOLOR] Set The Color Of A Part
  [MCOLOR] Set The Color Of A Material
  [SCOLOR] Set The Color Of A Surface
  [LDIR] Set The Lighting Direction
  [LCOL] Set The Lighting Color
  [SCOL] Set The Specular Color
  [SCON] Set The Specular Constant
  [ACON] Set The Ambient Constant
  [DCON] Set The Diffusion Constant
  [SPOW] Set The Specular Power
  [PRESO] Set The Printer Resolution
  [TV] default graphics (poor)
  [GRID] grid color (blue)
  [MARKER] token marker color (red)
  [MESH] mesh color (green)
  [RAX] local x-axis color (cyan)
  [SAX] local y-axis color (magenta)
  [TAX] local z-axis color (white)
  [THICK] line thickness (0.0)
  [CBLIND] Set a new color for the color deficient
  [BGCOLR] Set background color(white or black)
46.1 261
46.2 361
46.3 256
46.4 270 269
46.5 268 269
46.6 267
46.7 266
46.8 265
46.9 264
46.10 263
46.11 262
46.12 47
46.13 48
46.14 48
46.15 48
46.16 48
46.17 48
46.18 48
46.19 49
46.20 4620
46.21 4621
47 $(Select The Default Graphics)
  [DISP] Display (Highest Quality)
  [POOR] Poorman's hidden line
  [DRAW] Draw everything
  [NONE] no automatic graphics
48 $(Select A Color)
  [WHITE] White
  [RED] Red
  [GREEN] Green
  [BLUE] Blue
  [CYAN] Cyan
  [MAGENTA] Magenta
  [YELLOW] Yellow
49 #(Specify a Thickness Between 0.0 and 10.0) >|
4620 $[On] Turn On [Off] Turn Off
4621 $[On] Turn On White [Off] Turn Off White
50 #(LINEAR INTERPOLATION BETWEEN VIEWS for ANIMAT
  ION) No. of views:|
51 ##(Specify the List of Views and the Correspond
  ing number of frames) view no. of frames:|
52 #(COSINE INTERPOLATION BETWEEN VIEWS for ANIMAT
  ION) No. of views:|
53 $(POSTSCRIPT OUTPUT FILE)
  [ ] PostScript Root File Name
  [on] Turn PostScript on - same root
  [off] Turn PostScript off
53.1 291
54 #(SHOW A SAVED VIEW) View Number:|
55 #(SAVE A VIEW) View Number:|
56 #(CHECK 2D CURVES) first 2D curve no.:|
  # second 2D curve no.:|
  # maximum angular deviation :|
57 #(DRAW A LOAD CURVE) Load Curve Number:|
58 #(DISPLAY All 2D Curves)
59 $(Select Positive Direction From Surface)
  [off] Default Orientation (by node order)
  [+] Normals Point Toward Orientation Point
  [-] Normals Point Away From Orientation Point
  [FLIP] Flip The Default Direction
59.2 3195 3196 3197
59.3 3195 3196 3197
60 ##(List The 2D Curve Numbers to be
   Displayed) >|
61 #(DISPLAY A Sequence of 2D Curves)
   first 2D curve number:|
  # second 2D curve number:|
62 # material number :|
63 #(DISPLAY ALL MATERIALS)
64 #(DISPLAY MATERIALS SUBSET)
65 ##(List the Material Numbers) >|
66 # material number :|
67 # material number :|
68 #(BETWEEN PARTS TOLERANCE Specification)
69 #(List the Part Numbers) Part No.1:| Part No.
  2:|
70 #(Absolute Tolerance) >|
71 #(PART TOLERANCE SPECIFICATION) Part No.:|
72 #(SURFACE MERGING)
73 #(SURFACE MERGING WITH DIAGNOSTICS)
74 #(PART MERGING)
75 #(PART MERGING WITH DIAGNOSTICS)
76 #(MINIMUM ABSOLUTE COORDINATE) >|
77 #(WRITE THE OUTPUT and QUIT)
78 #(END EXECUTION OF TrueGrid)
79 #(WRITE Taurus DATA BASE)
80 #(ADD A PART to the Display List) Part No.:|
81 #(DISPLAY ALL PARTS)
82 #(DISPLAY A PARTS SUBSET)
83 ##(Enter the List of Parts) >|
84 #(SPECIFY ONE PART as a Display List) Part No:|
85 #(REMOVE ONE PART FROM Display List) Part No:|
86 #%(ADD A DEFINED SURFACE to the Picture)
    Surface Name/Number:|
87 #(DISPLAY ALL DEFINED SURFACES)
88 #%(DISPLAY A DEFINED SURFACE)
    Surface Name/Number:|
89 #(DISPLAY A LIST OF DEFINED SURFACES)
90 ##(Enter the List of Surface Numbers) >|
91 #(REMOVE ALL DEFINED SURFACES from the Picture)
92 #%(REMOVE A DEFINED SURFACE From the Picture)
    Surface Name/Number:|
93 #(ANGLE OF PERSPECTIVE) theta:|
94 #(FRACTION OF THE PICTURE TO MOVE LEFT) frac:|
95 #(RESTORE THE PICTURE to its Original Position)
96 #(FRACTION OF THE PICTURE TO MOVE DOWN) frac:|
97 #(FRACTION OF THE PICTURE TO MOVE RIGHT) frac:|
98 #(CHANGE THE DISPLAY RESOLUTION) Multiple of 
  512:|
99 $(GRAPHICS OPTION)[DRAW] Wire Frame
  [DISP] Hidden Line Display
  [TVV] Filled Polygon
100 #(WRITE AN OUTPUT FILE AND DO NOT END)
101 #(RETURN TO THE CONTROL PHASE)
102 #(LIST ALL DEFINED SURFACES)
103 $[X] moment in the x-direction
  [Y] moment in the y-direction
  [Z] moment in the z-direction
104 #(ADD A LIST OF DEFINED SURFACES)
105 #(REMOVE A LIST OF DEFINED SURFACES)
106 #(ADD A PARTS SUBSET)
107 #(REMOVE A PARTS SUBSET)
108 #(ADD MATERIALS SUBSET)
109 #(REMOVE MATERIALS SUBSET)
110 # part number :|
186 $[S] Standard Part Index List Syntax
  [I] List Number Of Elements For Each Interval
f1 #(Coordinates of The 1st Frame Origin)
f2 #(Coordinates of The 1st Frame x-Axis)
f3 #(Coordinates of The 1st Frame y-Axis)
f4 #(Coordinates of The 2nd Frame Origin)
f5 #(Coordinates of The 2nd Frame x-Axis)
f6 #(Coordinates of The 2nd Frame y-Axis)
f7 #(Coordinates of The New Origin)
f8 #(Coordinates of The New x-Axis)
f9 #(Coordinates of The New y-Axis)
g1 $[rt] Cartesian Coordinates
  [cy] Cylindrical Coordinates
  [sp] Spherical Coordinates
  [pt] Surface or Curve Point
g1.1 3195 3196 3197
g1.2 3020 958 3197
g1.3 3020 958 959
g1.4 216
g2 $[rt] Cartesian Coordinates
  [cy] Cylindrical Coordinates
  [sp] Spherical Coordinates
  [pt] Surface or Curve Point
g2.1 3195 3196 3197
g2.2 3020 958 3197
g2.3 3020 958 959
g2.4 216
g3 $[rt] Cartesian Coordinates
  [cy] Cylindrical Coordinates
  [sp] Spherical Coordinates
  [pt] Surface or Curve Point
g3.1 3195 3196 3197
g3.2 3020 958 3197
g3.3 3020 958 959
g3.4 216
g4 $[rt] Cartesian Coordinates
  [cy] Cylindrical Coordinates
  [sp] Spherical Coordinates
  [pt] Surface or Curve Point
g4.1 3195 3196 3197
g4.2 3020 958 3197
g4.3 3020 958 959
g4.4 216
g5 $[rt] Cartesian Coordinates
  [cy] Cylindrical Coordinates
  [sp] Spherical Coordinates
  [pt] Surface or Curve Point
g5.1 3195 3196 3197
g5.2 3020 958 3197
g5.3 3020 958 959
g5.4 216
g6 $[rt] Cartesian Coordinates
  [cy] Cylindrical Coordinates
  [sp] Spherical Coordinates
  [pt] Surface or Curve Point
g6.1 3195 3196 3197
g6.2 3020 958 3197
g6.3 3020 958 959
g6.4 216
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 :|
174 #(3D CURVE NUMBERS) first 3D curve number :|
  # second 3D curve number :|
166 #(SYMBOLIC PARAMETERS)
163 $$[ ]Define Another Parameter
163.1 164 165 163
164 #%(SYMBOLIC NAME OF THE PARAMETER) >|
165 #(PARAMETER VALUE) >|
167 #%(COMMENT TO BE IGNORED AND SAVED IN THE 'tsa
  ve' FILE) Enter Remark:|
168 #%(PROBLEM TITLE) >|
169 $[ON] Show Interior Contour Lines
  [OFF] Do Not Show Interior Contour Lines
170 #(ELEMENT MEASURE DOMAIN) minimum measure :|
  # maximum measure :|
171 # IGES level number :|
172 ## list of IGES level numbers >|
173 #(Center The Picture)
175 $[ ] Show A Surface Of Springs
  [0] Show All Numbered Springs
  [-1] Show All Springs
175.1 176
176 # SPD number :|
# Springs/Dampers definition number :|
195 #(First and Second Points On Line)
   x1 :|
  # y1 :|
  # z1 :|
  # x2 :|
  # y2 :|
  # z2 :|
  # number of discrete positions :|
196 # time :|
197 $$[ ] Another Option
197.1 199 197
198 $(Tracking Option)
  [FREE] Particle Follows Material
  [FIXED] Particle is Fixed in Space
199 $(Particle Location)
  [time] Start Time of Tracer Particle
  [point] Position of Tracer Particle
  [lnpt] Line of Tracer Particles
199.1 196
199.2 3195 3196 3197
199.3 195
200 # tolerance :|
201 # number of facets :|
202 ## shell materials forming the slave part >|
203 ## solid materials forming the master part >|
216 #%(SURFACE/CURVE POINT) Point Identifier:|
217 # radiation :|
219 #%(SURFACE/CURVE POINTS) List Point
   Identifiers:|
235 #(FREEZE THE CENTER OF ROTATION TO
   PRESENT ONE)
236 #(ROTATE ABOUT THE X-AXIS) theta:|
237 #(ROTATE ABOUT THE Y-AXIS) theta:|
238 #(ROTATE ABOUT THE Z-AXIS) theta:|
247 # scale factor :|
239 #(PAN THE PICTURE TO THE NEW CENTER OF
   ROTATION) x_center of rotation:|#  y_center of
   rotation:|#  z_center of rotation:|
240 #(MOVE THE PICTURE UP) fraction of picture:|
241 #(RETURN THE CENTER OF ROTATION to the Center
   of the Picture)
242 #(SCALE the X-Coordinate) scale factor:|
243 #(SCALE the Y-Coordinate) scale factor:|
244 #(SCALE the Z-Coordinate) scale factor:|
245 #(Zoom Backward) scale factor:|
246 #(Zoom Forward) scale factor:|
248 # gap between surfaces :|
  # angle between tangent planes :|
  # number of iterations :|
249 # 3D curve number :|
250 ##(Enter the List of 3D Curve Numbers) >|
351 $(Select the First Segment Type)
  [IGC] Begin With An IGES Curve
  [SDEDGE] Begin With An Edge Of A Surface
  [LP3] Begin With A 3D Polygonal Curve
  [CONTOUR] Begin With A Surface Contour
  [CSP3] Begin With a 3D Cubic Spline
  [BSP3] Begin With a B-Spline Curve
  [NRB3] Begin With NURBS Curve
  [LD2D3D] Begin With A 2D Curve
  [INTCUR] Begin With An Interpolated Curve
  [LP3PT] Begin With Surface/Curve Points
  [3DFUNC] Begin With A Parameterized Function
   Curve
  [PROJCUR] Begin By Projecting A 3D Curve To A
   Surface
  [PSCUR] Begin By Projecting A Curve To Surface
   And Smoothing
  [ARC3] Begin With An Arc Of A Circle
  [TWSURF] Begin By Intersecting Two Surfaces
  [CONTOUR] Begin With A Section of a 3D Curve
  [CPCD] Begin By Copying A Previously Defined 3D
   Curve
  [CPCDS] Begin By Copying A Set Of Previously
   Defined 3D Curves
351.1 257 3152 ;
351.2 253
351.3 258 3152 ;
351.4 259 3152 ;
351.5 csp31 258 3152 ;
351.6 bsp3k bsp3c ;
351.7 bsp3k bsp3w bsp3c ;
351.8 ld2d3d ld2d3e ld2d3f ld2d3g 3152 ;
351.9 intcur1 3152 ;
351.10 219 ; 3152 ;1
351.11 3266 925 ;1 926 ;2 927 ;3 3152 ;
351.12 procur 3152 ;
351.13 procur procur2 3152 ;
351.14 arc1 954 957 955 960 956 961 3152 ;
351.15 tws1 tws2 3152 ;
351.16 259 3152 ;
351.17 289 3152 ;
351.18 290 3152 ;
251 $[IGC] Append An IGES Curve
  [SDEDGE] Append An Edge Of A Surface
  [LP3] Append A 3D Polygonal Curve
  [CONTOUR] Append A Surface Contour
  [CSP3] Append a 3D Cubic Spline
  [BSP3] Append a B-Spline Curve
  [NRB3] Append a NURBS Curve
  [LD2D3D] Append A 2D Curve
  [INTCUR] Append An Interpolated Curve
  [LP3PT] Append Surface/Curve Points
  [3DFUNC] Append a Parameterized Function Curve
  [PROJCUR] Append a Curve Projected To a Surface
  [PSCUR] Append a Curve Projected To a Surface
   And Smoothed
  [ARC3] Append an Arc Of A Circle
  [TWSURF] Append an Intersection of Two Surfaces
  [CONTOUR] Append A Section of a 3D Curve
  [CPCD] Append A Previously Defined 3D Curve
  [CPCDS] Append A Set Of Previously Defined 3D
   Curves
251.1 257 3152 ;
251.2 253
251.3 258 3152 ;
251.4 259 3152 ;
251.5 csp31 258 3152 ;
251.6 bsp3k bsp3c ;
251.7 bsp3k bsp3w bsp3c ;
251.8 ld2d3d ld2d3e ld2d3f ld2d3g 3152 ;
251.9 intcur1 3152 ;
251.10 219 ; 3152 ;1
251.11 3266 925 ;1 926 ;2 927 ;3 3152 ;
251.12 procur 3152 ;
251.13 procur procur2 3152 ;
251.14 arc1 954 957 955 960 956 961 3152 ;
251.15 tws1 tws2 3152 ;
251.16 259 3152 ;
251.17 289 3152 ;
251.18 290 3152 ;
252 $$[ ]Append Another Segment (Optional)
252.1 251 252
253 # surface.edge identification :|
254 # 3D curve definition number :|
255 #(Four 3D CURVES)
   First 3D curve number :|
  # Second 3D curve number :|
  # Third 3D curve number :|
  # Fourth 3D curve number :|
256 #% surface name/number :|
  # magnitude of the red :|
  # magnitude of the green :|
  # magnitude of the blue :|
257 # IGES curve sequence number :|
258 ##(List Of Coordinate Triplets)
   x1 y1 z1 ... xn yn zn >|
259 #%(SURFACE/CURVE ENDPOINTS) First Point Identi
  fier :|
  #%  Last Point Identifier :|