PML命令_part1_design模块

ADD to Drawlist●ADD ALL WITHIN VOL CE $*Add all elements include and crossing the CE volume box●ADD ALL WITHIN VOL CE 100 $* Add all disciplines that overlap CE with an additional clearance volume +100mm$* 加入当前CE的volume范围之外100的体积内的所有的元件●ADD ALL SCTN WITHIN VOL CE $* Add only the SCTN include and corssing the CE volume●ADD ALL SCTN WITH PURP EQ 'PS' $* Add only the SCTN with their Purpose EQ to’ps’●ADD ALL WITH PURP EQ 'PS' $* add all不可以单独使用，但是可以这样有限制条件地使用●ADD ALL WITHIN VOL CE 500 COLOUR 4 $*Add all within volume CE+500 colour yellow●ADD CE $* Can be followed by AUTO CE to zoom adjusted around CE●ADD ALL SITE $* add all site, ADD SITE will get error●ADD PIPE $* add the pipe of CE●ADD ALL PIPE $* add all pipe●ADD CREF $* Add cref of CE,confirm the cref attribute is existent,cref can be instead of tref,href.$* TEE或则NOZZLE有Cref属性，branch都有Href和Tref属性。

●AUTOCOLOUR OFF●REMOVE CE●ADD CE COLOUR 39 translucency 25 EDGES ON $* or ADD CE COLOUR BLUE translucency25 EDGES ON●AUTOCOLOUR $* add CE and set the colour 39,with 25% of translucency,edges on.$* 如果是对于某个具体的元件操作，实际上是作用于其紧邻的管理层。

$* 只有在translucency被设置的情况下才能设置EDGES ONREMOVE●REM CE $* Remove Current element●REM ALL $* Remove all element●REM EQUI $* Remove equipment of CE●REM ALL EQUI $* Remove all equipment●REM ALL WITHIN VOL CE 100 $* rem all in the volume of ce adding 100●REM ALL WITHIN VOL CE $* rem all in the volume of ce,CE can be instead by name of a element.MARK 同一个可以被标记的元件只能被标记一次，自动切换到最后一次标记的效果。

●MARK CE $* Mark CE name●UNMARK CE $* or UNMARK ALL●MARK WITH 'TEMPORARY' CE $* Tag CE with temporary name 'TEMPORARY'●MARK With (NAME OF CATREF) /NAME $* mark /NAME with name of catref of /NAME●MARK With (TYPE) /NAME $* tag /NAME with type of /NAME●MARK With (STRING(DESPARAM[1]) + '_' + NAME OF CATREF) CE $*mark CE with element 1 of attribute desparam and name of catref of CE$*DESPARAM[1] can be DESP1AXES●AXES AT CE $* add an aid axes on current element●AXES AT ID@ $* Add an Aid axe on element to be specified●AXES OFF $* Suppress the displayAIDS●AID TEXT (NAME OF CATREF)AT AT P1●AID TEXT (string(DESP1) + '_'+ NAME OF CATRE) AT AT P1 $* DESP1 can be DESPARAM[1]●AID TEXT ('ELEVATION' + '_'+ string(p1 up in world)) AT AT P1 $* 'p1 up in world' means the up position of p1 wrt world$* If you use '!pos = at p1',you can find that the key word 'at' is to get the position of p1.●AID ARROW AT AT P1 OF CE DIR OPPO PPOINT1 HEI 1000 $* 'OPPO' is abbreviatived word of 'OPPOSITE',and ppoint1 can be abbreviated to 'P1'●AID ARROW AT AT P1 OF CE DIR AXES PPOINT1 HEI 1000 $* 'AXES PPOINT1' means the direction of P1.●AID CLEAR ALL $*To suppress all aid diaplay●ALPHA REQUEST CLEAR $* Clear the command line window and its displayMODIFY ON DESPARAMS●DESP n2 500 n6 300 $*This change the design parameters 2 and number 6 with its new value,and the value of the other parameters before 6$* which haven't been set is 0.CREATE PDMS ELEMENT●NEW SUBS /name_of_subs pos AT IDP@ ORI Y IS N AND Z IS UP $*keyword 'pos' can be ignored●NEW BOX XLEN 500 YLEN 25 ZLEN 50 LEV 5 7 OBST 0●NEW SUBS /name_of_subs COPY PREV BY East 1550●NEW SUBS /name_of_subs pos POLAR N22.5W wrt world Dist 500 $* POLAR axes.If keyword 'wrt world' does not exist,the pos is wrt its owner,$* and keyword 'pos' can be ignored●NEW PIPE name /flow/area/pipe1 $* keyword 'name' can be ignored●NEW ELBOW SELect WIth STYP EL●NEW FLAN COPY PREV FLANAssociate with COPY●COPY PREV MOVE North(43.68 + 180)East DISTANCE 1000 $* The type of current element must be the same as the type of previous$*And current element can't have members. (43.68 + 180) = (43.68 180 ADD)●NEW SCTN COPY PREV BY E200●NEW SCTN COPY PREV BY E200 WRT CE $* Copy E200 wrt CE●NEW SCTN COPY PREV MIRROR PLANE E THROUGH E 1180 N8000 U2600 WRT /* $* Mirror copy CE With coordinates and direction●NEW SCTN COPY PREV MOVE W WRT CE TO IDPL@ $*Copy a new SCTN and move it west withrespect to CE and toward Selected PLINE $* 'NEW SCTN COPY PREV' creates SCTN first,and copy previous,so previous means CEbefore the command executes.$* 'IDPL@' means choosing the pline by cursor identification.$* 'WRT CE' is with respect to current element which is new created.$* The position of new SCTN is at the intersect and projected position of pline to thereference direction.●NEW BOX COPY PREV MOVE W WRT CE TO IDP@ $*The position of new BOX is at theprojected position of ppoint to the reference direction.COPY of GROUP objects●COPY MEMBER OF /Goup_member_name $* Copy the member of /Group_member_name,$* and it is not the same as command 'COPY /Goup_member_name'●NEW SUBS /name_of_subs COPY PREV ROTATE ABOUT Z BY 45 $* 'ABOUT Z ' is with respect to the owner of new SUBS.●NEW BRAN /CVT/RRI001 COPY /RRI001 RENAME /RRI /CVT/RRIMove Objects●MOVE N45E DIST l500●MOVE U THROUGH P2 OF PREV BOX●MOVE ALONG P1 DIST 547●MOVE TOWARDS ID@ DIST 500 $* If the position of identified item and the position of CE are the same,error will occur.●MOVE TOWARDS IDP@ DIST 500 $* If the position of Ppoint and the position of CE are the same,error will occur.$* The direction is the position of CE to the ppoint position.●MOVE $!DIR WRT WORLD PLANE $!PLAN CLEARANCE $!DIST $!RELATIVE$!RESPECT_ELEMENT_NAME●MOVE E PLANE N45W DIST 20 TO /TANK5$* MOVE CE to the position of intersect point of direction and plane.●MOVE P2 North DIST 500 FROM ID@●MOVE E WRT CE TO ID@ $*Move CE wrt its own axe's East to an element chosen●MOVE W TO IDPL@●BY D 100●BY E 2IN WRT CE $* Move CE E 2''(INCHES) WRT CE●AT IDP@ $*Move CE to selected PPOINT●AT IDPL@ $* Move CE to selected PLINEROTATE command (Object Rotation)●ROTATE ABOUT U wrt world AND y is TOWARDS <position>●ROTATE ABOUT X AND Y IS TOWARDS PREV $* The reference axes of X is the owner's.●ROTATE ABOUT Z THROU IDP@ BY 45 $* The default related position is the original positionof the element,and the axes x is the owner's.●ROTATE BY 45 $* The default axes is Z of the owner●ROTATE BY 60 ABOUT East $* or "ROTATE ABOUT East BY 60", the related axes about east isthe owner's axes.●ROTATE THRough P2 ABOUT South BY 45●ROTATE AND Y IS N45W25D $* The default axes is Z of the owner,and rotates until the Y axis points as closely as possible to the N45W25D direction.●ROT THR W1000 N20000 U30000 WRT /* ABOut U BY 90 $* Rotate CE about coordinate wrtworld about vertical axis by 90 degrees●ROT THR POSEnd ABOut D BY 30 $* can be used for SCTN,rotate about posend axis down by 30●ROT THR POSStart ABOut D BY 45 $* Rotate about start axis d by 45●ROT THR MIDP ABO D BY 90 $* Rotate CE about middle position of SCTN by 90●ROT ABO IDP@ BY 90 $* The associated direction of the axes is the direction of the ppoint.●ROT ABO IDPL@ BY 90 $* Rotate CE local to pline by 90.The associated direction is posstart toposend.The origin position is the posstart of SCTN.●ROT THR IDP@ BY 90 $*The associated direction is the z direction of the owner. Keyword'through' does not specify the direction,$* however keyword 'about' specifies the direction.●ROT THR IDPL@ BY 90 $* The default direction is that of the Neutral Axis or Z axis. The originposition is the posstart position of the SCTN.$* Keyword 'through' specifies the origin position but not the direction. The direction is the posstart to the posend if it is SCTN.●ROT ABOut P1 BY 90 $* Rotate CE about P1 by 90. The default direction is that of P1.●ROT ABOut PPLIN TOS BY 15 $*Rotate CE about pline with pkey equal TOS by 15 degrees.PLANE command (Displacement of object according to the normal in the datum-line●PLANE N CLEARance 100 BEHIND CE $* Move Plane North clearance 100 behind●PLANE E THROugh PIN1 $* Move Plane East through Pin1●PLANE U DIST 0 BEHIND IDP@ $* More Plane Up distance 0 behind ppoint @●PLANE PIN 2 THRO lDP@ $* Move pin2 through ppoint @●PLAN N DIST 500 $* Move to North distance 500●PLAN N THROugh ID@ $* Move North through element@●PLAN U THROugh U 1000 $* Move Up through up dist 1000●PLAN N DIST -200 FROM IDP@ $* The distance is coming from south (-... equal oppositedirection)POSITION Command(Object position))●POS PT DIST 500 FROM LAST MEM $*Pos branch tail 500 from last member●POS PH DIST 500 FROM FIRST MEM $*Pos branch head 500 from first member●VAR !P1 P1 POS IN WORLD $* Store P1 pos in variable !p1, or 'VAR !P1 P1 POS WRT WORLD' ●POS AT IDP@ $* Position at Ppoint chosen●POS ID@ AT PIN 2 $* Position object chosen at Pin2●POS P6 AT P2 OF ID@ $* Position object from its P6 to P2 0f chosen●Q POS WRT ID@ $* Query the distance from CE to identify object●Q POS WRT CE TO ID@●Q POS IN ID@ $* The same as 'Q POS WRT ID@'●Q POS PIN1 WRT /* $* Give the CE coordinates OF PIN1●Q POSE $* Give the CE END coordinates●Q POS FITT $* Query the fitting coordinates(start)●Q POS IDPL@ $* Query the Pline coordinates at start of idpline●Q POS PPLI BOS WRT /* $* Query the bottom BOS pline coordinates●Q POS PPLI NA PROP 0.5 $* Query the centre coordinates position of the pline(PPLI) at (0.5×derive length)on N/A●Q POSS $* Query position start of the SCTN●Q POSS POSE $* Query position start and end of the SCTNPINSUtilization design pins●PIN1 AT PPLI BOS PROP 0.5 $* position PIN1 at middle of pline BOS●PIN1 PLAN N THR PIN2 $* Move the pin1 through pin2 in plan north with the moving direction of pin1●PIN1 COPY IDP@ $* Create pin1 according to Ppoint choosen●PIN1 COPY PIN2 $* Create pin2 by copy of pin1●PIN1 DIR D $* Orientation pin1 down●PIN1 DIR U WRT/* THR IDP@ $* Move PIN1 UP TO a SELECED PPONT,and note that 'U' is the direction of moving●PIN2 DIR D WRT/* THR IDPL@ $* Move PIN2 DOWN TO a SELECED Pline,and note that 'U' is the direction of moving●PIN1 BY D 800 $* Move PIN1 Down 8mm●PIN6 OFF $* turn PIN6 off●PIN3 AT CE $* Position PIN3 at origin of CE●Q DIR PIN1 $* Query Pin1 direction,and the same as 'Q PIN1 DIR'Query PIPING●Q BORE $* Give the bore of pipe,and must be pipe●Q POD1 $* Give the Outside diameter 1,and must be branch or branch element●Q CLLE $* Give the branch centerline lenght,and must be branch●Q HPOS $* Give the CE pipe HEAD position,and must be branch●Q HT $* Give the CE hanger TAIL coordinates,and can be used for branch or branch element.●Q HH●Q ISPEC $* Query the insulation specification●Q PA $* Query the arrive position of branch element●Q PA TOP WRT/* $* Give the CE ARRIVE coordinate at TOP of pipe●Q PA BOP WRT/* $* Give the CE arrive coordinate at BOP of pipe●Q PH BORE $* Give the CE branch head bore●Q PH OD $* Give the CE branch head external diameter●Q PL WRT/* $* Give the CE LEAVE coordinates●Q TPOS $* Give the branch tail coordinates●Q CREF $* Give the connection reference●Q PT $* Give the branch tail attributes●Q LTLE $* Give the length of the leaving implied tube●Q MTCL $* 可能与Q LTLE的功能一样，与q ITLENGTH of IL TUBE一样。