ANSYS命令解释

分享一下！
BEGINNER'S GUIDE TO ANSYS COMMANDS
The symbol '*' corresponds to the following:

* --> k, l, a, v, e, n, cm, et, mp, r where ==>
k --> Keypoints
l --> Lines
a --> Area
v --> Volumes
e --> Elements
n --> Nodes
cm --> component
et --> element type
mp --> material property
r --> real constant
$ --> d, f, sf, bf, ic, where ==>
d --> DOF constraint (ux... in Structural, Temp in thermal,
f --> Force Load ( Heat in thermal)
sf --> Surface load on nodes
bf --> Body Force on Nodes

More Commands can be generated by sensible combinations of " $* " family of commands. See the following list of $* possible options

$* --> dk --> DOF constraints on KP (Vx,Vy,Pres... in CFD)
dl --> DOF constraints on Lines
da --> DOF constraints on Areas
fk --> Force on Keypoints
sfl --> Surface load on Lines
sfa --> Surface load on Areas
sfe --> Surface load on element faces

中国热模网首发


bfk --> Body Force on Keypoints
bfl --> Body Force on Lines
bfa --> Body Force on Area
bfv --> Body Force on Volumes
bfe --> Body Force on Elements
ic --> Initial Conditions ",

p" --> If ",p" was issued at the end of the Command(in Input Window) the GUI based picking menu will be activated. Useful for listing, plotting, meshing, deleting, etc..

**********************************************************

1. Listing of picked Entities:
COMMAND SYNTAX: *LIS,p & $*LIS,p
A few Combinations of this command are:

klis,p --> List KP
llis,p --> Lists Lines
alis,p --> Lists Areas
vlis,p --> Lists Volumes
elis,p --> Lists Elements
nlis,p --> Lists Nodes
cmlis,p --> Lists components
cslis,p --> Lists user created local co-ordinate systems
dlis,p --> Lists DOF constraints specfied on nodes
dalis,p --> Lists DOF constraints applied on Areas
flis,p --> Lists force on Nodes
中国热模网首发

sfllis,p --> Lists Surface Load on lines
bfalis,p --> Lists body force load applied on Areas
iclis,p --> Lists Initial condition on Nodes

If ",p" was not issued, all entites currently selected will be listed.
For certain commands ",p" cannot be issued. See the below mentioned commands

etlis --> Lists the different element types defined
mplis --> Lists whatever Material properties
rlis --> Lists whatever real constants
cslis --> Lists all co-ordinate systems
cmlis --> Lists all components

*********************************************************

2. Plotting of Entities: COMMAND SYNTAX: *plo KPLO / LPLO / APLO / VPLO / EPLO / NPLO / CMPLO /

**********************************************************

3. deleting of Entities:
COMMAND SYNTAX: *DEL,p & $*DEL,p
KDEL,p / LDEL,p / ADEL,p / VDEL,p / EDEL,p / NDEL,p / CMDEL,p / DDEL,p /
DKDEL,p / DADEL,p / FDEL,p / SFDEL,p / SFEDEL,p / SFADEL,p / SFLDEL,p / 热点模具网
BFADEL,p / ......
The syntax for this command is very similar to LISTING command.

***********************************

***********************

4. distance between two entities:
COMMAND SYNTAX: *DIS,p
ndis,p --> Distance between two nodes
kdis,p --> Distance between two KPs

**********************************************************

5. Meshing of geometries:
COMMAND SYNTAX: *MES,p
KMES,p / LMES,p / AMES,p / VMES,p

**********************************************************

6. Size settings for Lines and Areas before meshing :
COMMAND SYNTAX : *size,,p Lesiz,p / Aesize,p

*********************************************************

7. Clearing Meshes of already meshed geometries:
COMMAND SYNTAX: *CLE,p KCLE,p / LCLE,p / ACLE,p / VCLE,p

**********************************************************

8. BOOLEAN Operations: Intersect
COMMAND SYNTAX : *IN* AINA,p / VINV,p / LINL,p / AINV,p / LINV,p / LINA,p 热点模具网

**********************************************************

9. BOOLEAN Operations: GLUE
COMMAND SYNTAX : *GLUE VGLUE,p / AGLUE,p / LGLUE,p

**********************************************************

10. Boolean Operations: SUBTRACT/DIVIDE:
COMMAND SYNTAX: *sb*,p See the following examples to understand how this works:
asba,p --> Subtract Area from Area
asbl,p --> Divide Area by line
vsba,p --> Divide volume by Area
lsbw,p --> Divide line by Workplane
vsbw,p --> Divide volume by Workplane
asbw,p --> Divide area by Workplane
vsbv,p --> subtract Volume by another volume
More combinations exist. The user needs to explore them for themselves --> forms a part of learning

**********************************************************

11. Boolean Operations: Overlap:
COMMAND SYNTAX: *OVLAP,p AOVLAP,p / VOVLAP,p

**********************************************************

12. Concatenation of Lines / Areas --> for map meshing
热点模具网

COMMAND SYNTAX : *ccat,p
LCCAT,p --> Concatenation of Lines for Map meshing Area
ACCAT,p --> Concatenation of Areas for Map meshing Volume

*********************************************************

13. Dragging operation
COMMAND SYNTAX : *drag,p
vdrag,p --> Drag areas along a line to create a new volume
adrag,p --> Drag line along a line to create a new area
ldrag,p --> Drag KP along a line to create a new line

**********************************************************

14. Copy Geomtric entities
COMMAND SYNTAX : *GEN,,p
KGEN,,p / LGEN,,p / AGEN,,p / VGEN,,p
Please note that *GEN commands are also used for MOVE operations. The difference lies in the value specified in the 10th field of these *GEN commands. By default it is 0 --> which does the COPY operation. If specfied as 1 --> it does the MOVE operation

**********************************************************

15. Bottom -to- Top modeling commands:
COMMAND SYNTAX : *,p & **,p 热点模具网
k,p ---> Allows user to pick KP in the Workplane
l,p ---> Create lines from existing KP
ak,p ---> Create area from KP
al,p ---> Create area

from lines
v,p ---> Create Volume from KP
va,p ---> Create Volume from Areas
e,p ---> Create Elem from existing nodes
en,p ---> Create Elem from nodes

**********************************************************

16. To apply common Boundary Conditions such as DOF constraint, Forces, Surface Loads, Bodyforce Loads and Initial conditions
* --> is meant for the KLAVE entities only (KLAVEN stands for KP, Lines, Area, Volumes & ELem )
16a. DOF constraint :
COMMAND SYNTAX : $*,p ( Please Note: NOT all * are valid)
See the valid combinations below:
D,p --> To apply DOF on nodes
DK,p --> To apply DOF on Keypoints
DL,p --> Apply DOF on Lines
DA,p --> Apply DOF on Areas ( symmetry or Anti-symmetry will be prompted)
****************
16b. FORCE Loading:
COMMAND SYNTAX : $*,p 中国热模网首发
See the valid combinations below:
f,p --> Forces on nodes
fk,p --> Force on Keypoints
(fa,p or FV,p or FL,p ----> Since force cannot be applied on Lines or Area & volumes... this command does not exist.)
****************
16c. Surface Loads:
COMMAND SYNTAX : $*,p
See the valid combinations below:
sf,p --> Surface Load on a set of Nodes
sfl,p --> Surface Load on Lines
sfa,p --> Surface Load on Area
sfe,p --> Surface Load on Element
(SFk,p and SFV,p do not exist since pressure cannot be applied on a single Kp and neither can it be applied on a volume)
****************
16d. BodyForce Load: COMMAND SYNTAX : bf*,p
See the valid combinations below:
bf,p --> Bodyforce Load on a set of Nodes
bfk,p --> Bodyforce Load on KP
bfl,p --> Bodyforce Load on Lines
bfa,p --> Bodyforce Load on Areas
bfv,p --> Bodyforce Load on Volumes
bfe,p --> Bodyforce Load on Element
****************
16e. Initial conditions:
热点模具网

ic,p --> Initial Conditions on Nodes
(P.S: Initial Conditions can be applied only to nodes. )

***********************************************************

17. To refine a mesh :
COMMAND SYNTAX : *ref,p
kREF,p / kREF,p / aREF,p / eREF,p / nREF,p

***********************************************************

18. To TRANsfer loads from the Solid model to the FE model:
COMMAND SYNTAX : $TRAN
dtran / ftran / sftran / bftran & SBCTRAN
(SBCTRAN --> Transfers all solid model loads to FE model)

***********************************************************

19. Writing / Reading information to a file (ASCII)
COMMAND SYNTAX : *read, & *write,
NWRITE / MPWRITE / ETWRITE / RWRITE / EWRITE / CDWRITE
NREAD / MPREAD / ETREAD / RREAD / EREAD / CDREAD / LDREAD
(Some of these commands ETWRITE/ETREAD , RWRITE/RREAD are undocumented. But they do work) The Commands CDWRITE and CDREAD are used to write/read all FE model related info (w or w/o geometry to ASCII files) Its recommended the user read the online help on these two commands before using them 热点模具网
The LDREAD commands are used to read loads (LD) from other analysis types. For example: Temp

from Thermal results file (*.rth) are applied onto Structural elements.

好，我来补充一下楼上师兄的命令。
/prep7
numstr,kp,100 !define the following keypoint number start with with the 100
l,1,2,4 !如果CSYS=0则生成直线,如果CSYS=1则生成弧线,这个命令与当前的坐标系统有关而楼上师兄的 LSTR 则始终生成直线.

lsel , !取线
wprof,,12 !移坐标
alsv !拾取一选定实体上的所有面
nsla !同理,拾取一选定面上的所有节点
aatt,1,1,1 !等效于楼上的 MAT,1 TYPE,1 REAL, 1对面定义属性

mshke,0
!网格格划分进行限定:采用FREE进行划分;网格形状为 四 边形或六面体
mshape,1,2d
vmesh ,2 !划分实体网格,后面的参数是实体编号如:2
/solu !进入求解过程
antype,static !选择求解类型为静力分析
asel,s,loc,x,
nsla
d,all,uy,,,,,roty,rotz !对选定的面上的所有节点施加UY ROTY ROTZ 的对称约束.
allsel !恢复全部选择等效于:ASELL,ALL ESEL,ALL NSEL,ALL
asel,s,,,1
sfa,all,1,press,1000 !对选定的面1施加均布力1000
热点模具网


allsel
/stat,slou !显示求解状况
solve
/post1 !进入后处理
set,list !列出求解的步数及相关信息
set,last !读取最后一步结果
plns,s,eqv,,1 !绘出节点的等效应力云图
plns,epto,eqv !绘出节点的等效应变云图
/post26 !进入时间后处理器
plvar,2 !对以定义的变量2用曲线绘出

/exit,save !退出并存盘
好了,参照楼上师兄的命令,一个简单的ANSYS分析就进行完了.





#####ansys的常用命令介绍

PREP7 前处理的一些常用命令：

ET，1，SOLID45 定义单元类型

KEYOPT,1,2,1 单元选项（OPTION）

MP,EX,1,100 定义材料参数，1为材料号

tb， 材料表（定义塑性、超弹性等）

*dim,rr,array,3，2 定义数组rr为3行2列

k,1,X，Y，Z 定义KEYPOINT1坐标

LSTR，1，2 由1、2点生成线

lesize 划分网格，尺寸定义

NUMMRG,KP, , , ,LOW 压缩节点号

asel ， 选择面

r， 定义实常数

wpro,,-90, 旋转工作平面

esln,s 选择与节点相关的单元

emodif,all,real,i 修改单元实常数

amesh 对面划分网格

type,2
mat,2
real,1
esys,0 （或 aatt） 激活单元类型2，材料号2，实常数1，单元坐标系

vsweep,all,,, 扫掠网格

csys,4 激活坐标系4

热点模具网



lsel , !取线
wprof,,12 !移坐标
alsv !拾取一选定实体上的所有面
nsla !同理,拾取一选定面上的所有节点
aatt,1,1,1 !等效于楼上的 MAT,1 TYPE,1 REAL, 1对面定义属性

mshke,0
!网格格划分进行限定:采用FREE进行划分;网格形状为 四 边形或六面体
mshape,1,2d
vmesh ,2 !划分实体网格,后面的参数是实体编号如:2
/solu !进入求解过程
antype,static !选择求解类型为静力分析
asel,s,loc,x,
nsla
d,all,uy,,,,,roty,rotz !对选定的面

上的所有节点施加UY ROTY ROTZ 的对称约束.
allsel !恢复全部选择等效于:ASELL,ALL ESEL,ALL NSEL,ALL
asel,s,,,1
sfa,all,1,press,1000 !对选定的面1施加均布力1000
allsel
/stat,slou !显示求解状况
solve
/post1 !进入后处理
set,list !列出求解的步数及相关信息
set,last !读取最后一步结果
plns,s,eqv,,1 !绘出节点的等效应力云图
plns,epto,eqv !绘出节点的等效应变云图
/post26 !进入时间后处理器
plvar,2 !对以定义的变量2用曲线绘出

/exit,save !退出并存盘
热点模具网






------------------------------------------------------
BEGINNER'S GUIDE TO ANSYS COMMANDS
The symbol '*' corresponds to the following:

* --> k, l, a, v, e, n, cm, et, mp, r where ==>
k --> Keypoints
l --> Lines
a --> Area
v --> Volumes
e --> Elements
n --> Nodes
cm --> component
et --> element type
mp --> material property
r --> real constant
$ --> d, f, sf, bf, ic, where ==>
d --> DOF constraint (ux... in Structural, Temp in thermal,
f --> Force Load ( Heat in thermal)
sf --> Surface load on nodes
bf --> Body Force on Nodes

More Commands can be generated by sensible combinations of " $* " family of commands. See the following list of $* possible options

$* --> dk --> DOF constraints on KP (Vx,Vy,Pres... in CFD)
dl --> DOF constraints on Lines
da --> DOF constraints on Areas
fk --> Force on Keypoints
热点模具网


sfl --> Surface load on Lines
sfa --> Surface load on Areas
sfe --> Surface load on element faces
bfk --> Body Force on Keypoints
bfl --> Body Force on Lines
bfa --> Body Force on Area
bfv --> Body Force on Volumes
bfe --> Body Force on Elements
ic --> Initial Conditions ",

p" --> If ",p" was issued at the end of the Command(in Input Window) the GUI based picking menu will be activated. Useful for listing, plotting, meshing, deleting, etc..

********************************************************** 以下采用GUI格式

1. Listing of picked Entities: 列表显示所选择的实体
COMMAND SYNTAX: *LIS,p & $*LIS,p
A few Combinations of this command are:

klis,p --> List KP
llis,p --> Lists Lines
alis,p --> Lists Areas
vlis,p --> Lists Volumes
elis,p --> Lists Elements
nlis,p --> Lists Nodes
cmlis,p --> Lists components
cslis,p --> Lists user created local co-ordinate systems
dlis,p --> Lists DOF constraints specfied on nodes
热点模具网


dalis,p --> Lists DOF constraints applied on Areas
flis,p --> Lists force on Nodes
sfllis,p --> Lists Surface Load on lines
bfalis,p --> Lists body force load applied on Areas
iclis,p --> Lists Initial condition on Nodes

If ",p" was not issued, all entites currently selected will be listed.
For certain commands ",p" cannot be issued. See the below mentioned commands

etlis --> Lists the different element types defined
mplis --> Lists whatever Material properties
rlis --> L

ists whatever real constants
cslis --> Lists all co-ordinate systems
cmlis --> Lists all components

*********************************************************

2. Plotting of Entities: COMMAND SYNTAX: *plo KPLO / LPLO / APLO / VPLO / EPLO / NPLO / CMPLO /

**********************************************************

3. deleting of Entities:
COMMAND SYNTAX: *DEL,p & $*DEL,p
KDEL,p / LDEL,p / ADEL,p / VDEL,p / EDEL,p / NDEL,p / CMDEL,p / DDEL,p / 此篇文章来自中国热点模具网
DKDEL,p / DADEL,p / FDEL,p / SFDEL,p / SFEDEL,p / SFADEL,p / SFLDEL,p /
BFADEL,p / ......
The syntax for this command is very similar to LISTING command.

**********************************************************

4. distance between two entities: 两个实体的间距
COMMAND SYNTAX: *DIS,p
ndis,p --> Distance between two nodes
kdis,p --> Distance between two KPs

**********************************************************

5. Meshing of geometries: 几何模型的网分
COMMAND SYNTAX: *MES,p
KMES,p / LMES,p / AMES,p / VMES,p

**********************************************************

6. Size settings for Lines and Areas before meshing : 网分前 对于线、面的尺寸控制
COMMAND SYNTAX : *size,,p Lesiz,p / Aesize,p

*********************************************************

7. Clearing Meshes of already meshed geometries:
COMMAND SYNTAX: *CLE,p KCLE,p / LCLE,p / ACLE,p / VCLE,p

**********************************************************

8. BOOLEAN Operations: Intersect 相交
COMMAND SYNTAX : *IN* AINA,p / VINV,p / LINL,p / AINV,p / LINV,p / LINA,p

**********************************************************

9. BOOLEAN Operations: GLUE 粘接
COMMAND SYNTAX : *GLUE VGLUE,p / AGLUE,p / LGLUE,p

**********************************************************

10. Boolean Operations: SUBTRACT/DIVIDE: 减运算
COMMAND SYNTAX: *sb*,p See the following examples to understand how this works:
asba,p --> Subtract Area from Area
asbl,p --> Divide Area by line
vsba,p --> Divide volume by Area
lsbw,p --> Divide line by Workplane
vsbw,p --> Divide volume by Workplane
asbw,p --> Divide area by Workplane
vsbv,p --> subtract Volume by another volume
More combinations exist. The user needs to explore them for themselves --> forms a part of learning

**********************************************************

11. Boolean Operations: Overlap: 搭接
COMMAND SYNTAX: *OVLAP,p AOVLAP,p / VOVLAP,p

热点模具网


**********************************************************

12. Concatenation of Lines / Areas --> for map meshing
COMMAND SYNTAX : *ccat,p
LCCAT,p --> Concatenation of Lines for Map meshing Area
ACCAT,p --> Concatenation of Areas for Map meshing Volume

*********************************************************

13. Dragging operation
COMMAND SYNTAX : *drag,p
vdrag,p --> Drag areas along a line to create a new volume
adrag,p --> Drag

line along a line to create a new area
ldrag,p --> Drag KP along a line to create a new line

**********************************************************

14. Copy Geomtric entities
COMMAND SYNTAX : *GEN,,p
KGEN,,p / LGEN,,p / AGEN,,p / VGEN,,p
Please note that *GEN commands are also used for MOVE operations. The difference lies in the value specified in the 10th field of these *GEN commands. By default it is 0 --> which does the COPY operation. If specfied as 1 --> it does the MOVE operation
中国热点模具网


**********************************************************

15. Bottom -to- Top modeling commands:
COMMAND SYNTAX : *,p & **,p
k,p ---> Allows user to pick KP in the Workplane
l,p ---> Create lines from existing KP
ak,p ---> Create area from KP
al,p ---> Create area from lines
v,p ---> Create Volume from KP
va,p ---> Create Volume from Areas
e,p ---> Create Elem from existing nodes
en,p ---> Create Elem from nodes

**********************************************************

16. To apply common Boundary Conditions such as DOF constraint, Forces, Surface Loads, Bodyforce Loads and Initial conditions
* --> is meant for the KLAVE entities only (KLAVEN stands for KP, Lines, Area, Volumes & ELem )
16a. DOF constraint :
COMMAND SYNTAX : $*,p ( Please Note: NOT all * are valid)
See the valid combinations below:
D,p --> To apply DOF on nodes
DK,p --> To apply DOF on Keypoints 热点模具网论坛
DL,p --> Apply DOF on Lines
DA,p --> Apply DOF on Areas ( symmetry or Anti-symmetry will be prompted)
****************
16b. FORCE Loading:
COMMAND SYNTAX : $*,p
See the valid combinations below:
f,p --> Forces on nodes
fk,p --> Force on Keypoints
(fa,p or FV,p or FL,p ----> Since force cannot be applied on Lines or Area & volumes... this command does not exist.)
****************
16c. Surface Loads:
COMMAND SYNTAX : $*,p
See the valid combinations below:
sf,p --> Surface Load on a set of Nodes
sfl,p --> Surface Load on Lines
sfa,p --> Surface Load on Area
sfe,p --> Surface Load on Element
(SFk,p and SFV,p do not exist since pressure cannot be applied on a single Kp and neither can it be applied on a volume)
****************
16d. BodyForce Load: COMMAND SYNTAX : bf*,p
See the valid combinations below:
bf,p --> Bodyforce Load on a set of Nodes
bfk,p --> Bodyforce Load on KP
热点模具网

bfl,p --> Bodyforce Load on Lines
bfa,p --> Bodyforce Load on Areas
bfv,p --> Bodyforce Load on Volumes
bfe,p --> Bodyforce Load on Element
****************
16e. Initial conditions:
ic,p --> Initial Conditions on Nodes
(P.S: Initial Conditions can be applied only to nodes. )

***********************************************************

17. To refine a mesh :
COMMAND SYNTAX : *ref,p
kREF,p / kREF,p / aREF,p / eREF,p / nREF,p

***********************************************************

18. To TRANsfer loads from the Solid model to t

he FE model:
COMMAND SYNTAX : $TRAN
dtran / ftran / sftran / bftran & SBCTRAN
(SBCTRAN --> Transfers all solid model loads to FE model)

***********************************************************

19. Writing / Reading information to a file (ASCII)
COMMAND SYNTAX : *read, & *write,
NWRITE / MPWRITE / ETWRITE / RWRITE / EWRITE / CDWRITE
中国热模网首发

NREAD / MPREAD / ETREAD / RREAD / EREAD / CDREAD / LDREAD
(Some of these commands ETWRITE/ETREAD , RWRITE/RREAD are undocumented. But they do work) The Commands CDWRITE and CDREAD are used to write/read all FE model related info (w or w/o geometry to ASCII files) Its recommended the user read the online help on these two commands before using them
The LDREAD commands are used to read loads (LD) from other analysis types. For example: Temp from Thermal results file (*.rth) are applied onto Structural elements. 热点模具网



ANSYS常用命令总结大全(540-592)


541. TYPE，ITYPE（指定单元类型）

542. /UDOC，Wind，Class，Key（指定图例栏中图例和文本在窗口中的位置）

543. UIMP，MAT，Lab1，Lab2，Lab3，VAL1，VAL2，VAL3（求解过程中修改材料特性）

544. /UNITS，Label，LENFACT，MASSFACT，TIMEFACT，TEMPFACT，TOFFSET，CHARGEFACT，FORCEFACT， HEATFACT（选择单位制）

545. /USER，WN（冻结自动调整模式产生的视距和焦点）

546. V，P1，P2，P3，P4，P5，P6，P7，P8（由关键点生成体）

【注】P1～P4为底面四点,P5～P8为顶面四点

547. VA，A1，A2，…，A9，A10（由面生成体）

548. VADD，NV1，,NV2，…NV8，NV9（体相加）

549. VATT，MAT，REAL，TYPE，ESYS（指定体的单元属性）

550. VCLEAR，NV1，NV2，NINC（清除体单元网格）

551. VCROSS，LabXR，LabYR，LabZR，LabX1，LabY1，LabZ1，LabX2，LabY2，LabZ2（计算并存储单元表中两矢量的叉积）

552. VDELE，NV1，NV2，NINC，KSWP（删除体）

【注】KSWP =0删除体但保留体上关键点、1删除体及体上关键点

553. VDOT，LabXR，LabX1，LabY1，LabZ1，LabX2，LabY2，LabZ2（计算并存储单元表中两矢量的点积）

554. VDRAG，NA1，NA2，…，NA6，NLP1，NLP2，…，NLP6（将既有面沿一定路径拖拉成体）

555. VEXT，NA1，NA2，NINC，DX，DY，DZ，RX，RY，RZ（将面按比例延伸生成体）

556. VGEN, itime, nv1, nv2, ninc, dx, dy, dz, kinc, noelem, imove （移动或拷贝体）

557. VGLUE，NV1，NV2，…，NV8，NV9（体间相互粘接）

558. /VIEW，WN，XV，YV，ZV（改变观察方向）

559. VIMP，VOL，CHGBND，IMPLEVEL（对选定体内的四面体单元进行改进）

560. VINP，NV1，,NV2，…NV8，NV9（体集两两相交）

561. VINV，NV1，,NV2，…NV8，NV9（被选体的交集）

562. VLIST，NV1，NV2，NINC，Label（列表显示体的信息）

【注】Lab=HPT时，显示体上硬点信息。

563. VLSCALE，NV1，NV2，NINC，RX，RY，RZ，KINC，NOELEM，IMOVE（体缩放）

564. VMESH，NV1，NV2，NINC（划分体生成体单元）

565. VOFFST，NRREA，DIST，KNIC（将面偏移生成体）

566. VOVLAP，NV1，NV2，…，NV8，NV9（体搭接）

567. VPLOT，NV1，NV2，NINC，DEGEN，SCALE（显示所选体）

568. VPTN，NV1，NV2，…，NV8，NV9（体间相互分割）

569. VROTAT，NA1，NA2，NA3，NA4，NA5，NA6，PAX1，PAX2，ARC，NSEG（绕轴旋转生成体）

570. VSBA，NV，NA，SEPO，KEEPV，KEEPA（体减面）

571. VSBV，NV1，NV2，SEPO，KEEP1，KEEP2（体减体）

572. VSBW，NV，SEPO，KEEP（工作平面分离体）

573. VSCALE，WN，VRATIO，KEY（设置矢量箭头显示比例）

574. VSWEEP，VNUM，SRCA，TRGA，LSMO（体扫掠）

575. VSYMM，Ncomp，NV1，NV2，NINC，KINC，NOELEM，IMOVE（体镜像）

576. VTRAN，KCNTO，NV1，NV2，NINC，KINC，NOELEM，IMOVE（将体转化到另一坐标系）

577. /VUP，WN，Label（指定整体坐标系参考方向）

578. WAVES，Wopt，OLDMAX，OLDRMS（进行重排序）

579. WERASE（清除所有重新排序波表）

580. WFRONT，KPRNT，KCALC（按当前编号对模型中最大波前数进行预估）

581. /WINDOW，WN，XMIN，XMAX，YMIN，YMAX，NCOPY（定义窗口大小位置）

/WINDOW，WN，ON（OFF）（激活或关闭窗口）

/WINDOW，WN，DELE（删除窗口）

582. WMORE，NODE1，NODE2，NINC，ITIME，INC（将更多的节点加入初始波表）

583. WPAVE，X1，Y1，Z1，X2，Y2，Z2，X3，Y3，Z3（将一组特殊点中心作为工作平面原点）

584. WPCSYS，WN，KCN（将当前坐标系X-Y平面定义为工作平面）

585. WPLANE，，XORIG，YORIG，ZORIG，XXAX，YXAX，ZXAX，XPLAN，YPLAN，ZPLAN（通过三个坐标点定义工作平面）

586. WPOFFS，XOFF，YOFF，ZOFF（偏移工作平面）

587. WPROTA，THXY，THYZ，THZX（旋转工作平面）

588. WPSTYL，SNAP，GRSPAC，GRMIN，GRMAX，WPTOL，WPCTYP，GRTYPE，WPOVIS，SNAPANG

（工作平面设置）

【注】SNAP：捕捉增量；GRSPAC：栅格之间距离；GRMIN，GRMAX：栅格区大小；WPTOL：工作平面容差；WPCTYP：坐标系类型（0、1、2）；GRTYPE：栅格显示类型（0栅格与坐标系标志、1仅栅格、2仅坐标系）；WPOVIS栅格显示（0显示、1不显示）；SNAPANG：捕捉角度增量。

WPSTYL，STAT（获得工作平面状态。【注】可用WPSTYL，DEFA恢复缺省状态）

589. WSORT，Lab，KORD，--，Wopt，OLDMAX，OLDRMS（按几何性质对单元重新排序）

590. WSTART，NODE1，NODE2，NINC，ITIME，INC（定义初始波表）

591. /XFRM，LAB，X1，Y1，Z1，X2，Y2，Z2（指定动态旋转中心）

592. /ZOOM，WN，Lab，X1，Y1，X2，Y2（对图形显示窗口的某

一区域进行缩放）