box.data1

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

ACCURACY 948
ALE3D 0
CF3D 0
APLD 13 848 ;
BIND 1376 1377 1378
LSBSD bd68 0
LSNIKE3D 0
BFD bf1
BSD bd0 bd
BSINFO 1226
CAPTION 852
CKL 939
CURD 284 381 282
APCURD 281 282
DETP 182 178 181 ;
EDGEFILE 44
ERRMOD err
FLCD 1224 45 1225 ;
GRID 854
IGC 287 250 ;
IGES 1220 iges 250 ;
IGESCD igcd 250 ;
IGESPD igpd 250 ;
IGESSD 1411 1412 1223 250 ;
IGESLBLS 856
LSCA 11 41
LSCX 11 42
LSCZ 11 43
LASD 0
LROT 11 30
LDINFO 1229 0
LCINFO 1230 0
LCC 3 4
LCD 5 lcd1 6
LCHEAD 7 8
LRL 9 10
LD 847 12 848 ;
LINEAR 0
LSYS lsys3 lsys1 lsys2 ;
LSYSINFO 0
LT 11 36
LTRIM 883
JD 54 55 56 59
JTINFO 1227 0
NOPLOT 67 0
NDIGITS ndgs
OFFSET ofs12 ;
PLANE 60 61 62 63 64
PLINFO 1228 0
PAINFO 1231 0
PLOT 66 0
POSTSCRIPT 68
QUADRATIC 0
PINFO 1232 0
RLN 52 0
RLNS 53 0
RESUME 0
ROTATION 73 86
RMSEG 0
SAVE 0
SAVEIGES 1413
SDEDGE 283
SIINFO 1233 0
SIND 1379 1380
SPINFO 1234 0
SET 857
SD 270 70 69
SDINFO 162 0
SMGAP tol
STOLERANCE 173 172
ST 97
STP 98
TOLERANCE 174 172
TRIAD 856
TRSD 70 1501 1510 ;
RINDEX 856
TRICENT tri1 dist1 dist2 sa3
USEIGES 1413
VELOCITY 87
VERBATIM newline verb1 verb2 newlime EVRB
MATE 90 88
MAZT tol
MXP mxp
RHO 92 88 91
BPTOL 95
PTOL 96
T 99
TP 100
ZTOL 101
BLOCK 102 103
BLUDE bl1 bl2 102 103
CYLINDER 102 762
DC 947
DYNA3D 0
EXODUSII 0
SAMI 0
GILA 0
CRC 0
NIKE3D nike3d
ES3D 0
POLY3D 0
TOPAZ3D 0
ABAQUS 0
IRI 0
VIEWPOINT 0
ANSYS 0
FIDAP 0
CFX4 0
FLUENT 0
NEUTRAL 0
MARC 0
NASTRAN 0
TEMP 118
SID 142 212 ;
SPD 111 sp6
CSCA 119 41
EXCH 120
GCT 121 122 123 ;
LCT 121 122 123 ;
GMI 2125
LMI 2126
GEXCH 120
GETBB bb1 bb2
GSII 2127
LSII 2129
LEV 2124 2130 ;
LCV 940
LV 941 0
LVI 943
LVS 944
PPLV 134 0
PSLV 135 132
VD vldf1 vldf2
XSCA 136 2128
YSCA 137 2128
ZSCA 138 2128
XOFF 139 24
YOFF 140 24
ZOFF 141 24
IGESFILE 1220
NURBSD 1221 1222 1223 250 ;
PARA 166 164 165 163 ;
RIGBM 781 821
MERGE 0
ES3DOPTS 805
ES3DMATS 805
TZ3DOPTS 1236 1271
TZ3DMATS 684 1274
ABAQOPTS 805
ABAQSTEP aq0 aq1 aq2 ; aq6 aq38
ABAQMATS q1 q2 q3 q4 q5
ANSYMATS 805
ANSYOPTS 805
FLUEOPTS 805
MARCMATS 805
NASTMATS 684 1000
MARCOPTS 1350
NASTOPTS 805
NIKEOPTS 863
NIKEMATS 684 600
NEKTON2D 0
NEKTON3D 0
PATMATS 684 patmat
FLUEMATS 684 fluemats flu1
DYNAMATS 684 1091
DYNAEOS 88 dyeos
DYNAOPTS 1235
NEKOPTS nekton1 nekton2 nekton3
COMMENT 1345
PARTMODE 186
LDPRNT ldprnt
LD3D2D ld3d2e ld3d2d ld3d2f
TASCFLOW 0
PLOT3D 0
AUTODYN 0
LP3 285 250 ;
LP3PT 216 ; 250 ;1
CONTOUR 286 250 ;
CPCD 289 250 ;
CPCDS 290 250 ;
LD2D3D ld2d3d ld2d3e ld2d3f ld2d3g 250 ;
INTCUR intcur1 250 ;
INTYP int1
CURTYP curt
C 167
TITLE 168
END 169 0
INCLUDE include
CDINFO 189 0
COOREF cor1
GRIDGEN3D 0
GEMINI 0
VPSD vpsd1 vpsd2 vpsd3 250 ;
PROJECT prop1 prop2
NDD ndd1 ndd4 ndd2
NERL nerl1
DNDD ndd4 ndd5
REFLEQS 0
CFD-ACE 0
STARCD 0
LOCATE 216
LACD 0
TPARA tp1 tp5 tp2 tp3 tp4 ;
3DFUNC 191 155 ; 156 ;1 157 ;2 250 ;3
PROJCUR procur 250 ;
PSCUR procur procur2 250 ;
TMM 1069 193
TRIMMING iges1
CSP3 csp31 285 250 ;
ARC3 arc1 954 957 955 960 956 961 250 ;
TWSURF tws1 tws2 250 ;
DISTANCE dist1 dist2
SUBANG dist1 dist2 sa3
PURGE 0
MVPN vpn1 vpn2
PVPN vpn1 vpn6
FSETC nset9 nset8
GSET gset1
NSETC nset2 nset8
ESETC nset10 nset8
NSETINFO 0
MPC nset2 nset7 ;
WIGES iges2 SL prop2 ;
WRVPSD wrvp1 wrvp2
WRSD wrvp3 wrvp4
READMESH rdmsh1 rdmsh2 EP
ECHO 1346
BECHO 1346
DELLD 11
DELLDS del1
DELCD 284
DELCDS del2
DELSD vldf5
DELSDS del3
DELSET nset11
DELMATS 903
TRP 200 199 201 ;
SHSO 202 203
INPROD 204 205
CRPROD 204 205
FETOL 127
GETOL tol
RIGID nset2 riglsd rignk
IF PR1 if1 PR2
ELSEIF PR1 if1 PR2
ELSE 0
ENDIF 0
MNS mns3 mns1
; ! ; !
;1 ! ; !
;2 ! ; !
;3 ! ; !
EVRB !endverbatim !
para ! para !
~ ! ; aqtens !
EP ! ENDPART !
PR1 ! ( !
PR2 ! )THEN !
newline !n!
newlime !n!
SL ! SL !
acceleration # x-acceleration :|
  # y-acceleration :|
  # z-acceleration :|
velocity # x-velocity :|
  # y-velocity :|
  # z-velocity :|
69 $(SURFACE TYPE)
  [SP] Sphere
  [CY] Cylinder
  [MESH] Tabular Surface Data
  [NURBS] IGES Non-Uniform Rational B-Spline
  [IGESS] IGES Surface
  [IGESP] IGES Plane
  [FUNCTION] Function Surface
  [PLAN] Plane By Point and Normal
  [PL3] Plane By 3 Points
  [PL3O] Plane By 3 Points and an Offset
  [PR] Parabola of Revolution
  [RULE2D] Ruled Surface Between two 2D Curves
  [RULE3D] Ruled Surface Between two 3D Curves
  [CRULE3D] Cylindrical Ruled Surface Between two
   3D Curves
  [ER] Ellipse of Revolution
  [CONE] Cone
  [CN2P] Cone defined by two points
  [TS] Torus
  [CRX] 2D Curve rotated about the x-axis
  [CRY] 2D Curve rotated about the y-axis
  [CRZ] 2D Curve rotated about the z-axis
  [CR] 2D Curve Rotated about an axis
  [CP] 2D Curve Lofted/Extruded
  [R3DC] 3D Curve Rotated about an axis
  [SDS] Combine Surfaces into One Surface
  [SWEPT] Sweep 2D Curves Along A 2D Curve
  [XYPLAN] Transform the XY-Plane
  [YZPLAN] Transform the YZ-Plane
  [ZXPLAN] Transform the ZX-Plane
  [XCY] Transform a X-Axis Cylinder
  [YCY] Transform a Y-Axis Cylinder
  [ZCY] Transform a Z-Axis Cylinder
  [IPLAN] Plane by Implicit Function
  [INTP] Interpolate Between 2 Surfaces
  [PIPE] Pipe Shape Along A 3D Curve
  [BLEND3] Blended From 3 3D Curves
  [BLEND4] Blended From 4 3D Curves
  [CSPS] Cubic Spline Surface
  [BSPS] B-Spline Surface
  [NRBS] NURBS Surface
  [HERMITE] Hermite Cubic Spline
  [STL] ascii STL file
  [BSTL] binary STL file
69.1 71 72
69.2 73 74 72
69.3 152 153 250 ;
69.4 161 250 ;
69.5 180 250 ;
69.6 184 250 ;
69.7 154 155 ; 156 ;1 157 ;2 250 ;3
69.8 75 85
69.9 954 957 955 960 956 961
69.10 954 957 955 960 956 961 24
69.11 76 74 77
69.12 159 250 ;
69.13 187 250 ;
69.14 187 250 ;
69.15 71 74 78
69.16 73 74 79 80
69.17 73 74 81
69.18 73 74 82 83
69.19 84
69.20 84
69.21 84
69.22 76 74 84
69.23 84 250 ;
69.24 76 74 284 22 250 ;
69.25 160
69.26 170 171 175 188 176 ; 250 ;1
69.27 250 ;
69.28 250 ;
69.29 250 ;
69.30 20 250 ;
69.31 20 250 ;
69.32 20 250 ;
69.33 183
69.34 185
69.35 284 190 250 ;
69.36 198 250 ;
69.37 192 250 ;
69.38 csps1 csps2 csps21 250 ;
69.39 bsps1 bsps3 bsps2 250 ;
69.40 bsps1 bsps3 nrbs1 bsps2 250 ;
69.41 csps1 herm2 csps21 250 ;
69.42 stl1 250 ;
69.43 stl1 250 ;
160 ##(List of Surface Numbers) >|
161 #(IGES NURBS SEQUENCE NUMBER) :|
162 #(LIST ALL DEFINED SURFACES)
166 #(SYMBOLIC PARAMETERS)
163 $$[ ]Define Another Parameter
163.1 164 165 163
164 #% symbolic name of the parameter >|
165 # parameter value :|
170 # sweeping 2D curve number :|
171 $[L] sweep on left side of sweeping curve
  [R] sweep on right side of sweeping curve
172 #(Absolute Tolerance) :|
173 #(SURFACE MERGING)
174 #(MERGING)
175 # number of 2D curve to be swept :|
  #   relative arc length position :|
188 # number of 2D curve to be swept :|
  #   relative arc length position :|
189 #(LIST ALL DEFINED 3D CURVES)
190 ## radius and relative position list >|
191 #(Parametric Coordinates) minimum u :|
  # maximum u :|
192 #(Four 3D CURVES)
   First 3D curve number :|
  # Second 3D curve number :|
  # Third 3D curve number :|
  # Fourth 3D curve number :|
193 # total mass of the material :|
198 #(Three 3D CURVES)
   First 3D curve number :|
  # Second 3D curve number :|
  # Third 3D curve number :|
199 $(Particle Location)
  [time] Start Time of Tracer Particle
  [point] Position of Tracer Particle
  [lnpt] Line of Tracer Particles
199.1 177
199.2 524 525 526
199.3 179
200 $(Tracking Option)
  [FREE] Particle Follows Material
  [FIXED] Particle is Fixed in Space
201 $$[ ] Another Option
201.1 199 201
202 ## shell materials forming the slave part >|
203 ## solid materials forming the master part >|
204 #(First Vector)
   x-component :|
  # y-component :|
  # z-component :|
205 #(Second Vector)
   x-component :|
  # y-component :|
  # z-component :|
176 $$[ ] Add another curve to be swept
176.1 175 176
177 # time :|
178 $[time] Time of Detonation
  [point] Point Detonation
  [lnpt] Line of Detonators
178.1 177
178.2 524 525 526
178.3 179
179 #(First and Second Points On Line)
   x1 :|
  # y1 :|
  # z1 :|
  # x2 :|
  # y2 :|
  # z2 :|
  # number of discrete positions :|
180 #(IGES SURFACE SEQUENCE NUMBER) :|
181 $$[ ] Another Option
181.1 178 181
182 #(DETONATORS) material number :|
183 #(A*x+B*y+C*z=D) A :|# B :|# C :|# D :|
184 #(IGES PLANE SEQUENCE NUMBER) :|
185 #% parent surface name/number :|
  #% second surface name/number:|
  # interpolation parameter (0 to 1) :|
186 $[S] Standard Part Index List Syntax
  [I] List Number Of Elements For Each Interval
270 %[ ] Optional Surface Name
270.1 271
271 #% Name >|
70 # Surface Number :|
71 #(CENTER POINT) x0 :|# y0 :|# z0 :|
72 #(RADIUS) :|
73 #(POINT ON THE AXIS OF ROTATION) x0 :|
  # y0 :|
  # z0 :|
74 #(VECTOR PARALLEL TO THE AXIS OF ROTATION)
   xn :|
  # yn :|
  # zn :|
75 #(POINT ON THE PLANE) x0:| y0:| z0:|
76 #(LOCAL COORDINATE ORIGIN) x0 :|# y0 :|# z0 :|
77 #(THREE POINTS (r,t) ON THE PARABOLA.  Here, r
   is the distance from the axis of rotation, and
   t is the distance along the axis from the origin
  n) r1:| t1:|# r2:| t2:|# r3:| t3:|
78 #(RADII.  r1 is the radius perpendicular to the
   axis of rotation; r2 is the radius along the ax
  is of rotation) r1:| r2:|
79 #(RADIUS OF THE CONE AT THE GIVEN POINT) :|
80 #(ANGLE OF THE CONE RELATIVE TO THE AXIS) :|
81 #(RADIAL AND AXIAL COORDINATES OF TWO POINTS DE
  FINING THE CONE) r1:| t1:|# r2:| t2:|
82 #(RADIAL AND AXIAL COORDINATES OF THE CENTER OF
   A CROSS SECTION) r1:| t1:|
83 #(RADIUS OF THE CIRCULAR CROSS SECTION)   r2:|
84 #(2D CURVE DEFINITION NUMBER) :|
85 #(NORMAL VECTOR) xn:| yn:| zn:|
121 #(NUMBER OF TRANSFORMATIONS IN LIST) n :|
122 $(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