[海川hcbbs]PDMS_COMMANDS

PIPING COMMANDS1. ADD ALL PIP2. REM ALL PIP3. MOVE U THROU IDP@4. MOVE E THROU IDP@5. MOVE W THROU IDP@6. MOVE N THROU IDP@7. MOVE S THROU IDP@8. Q DTXR (To See Name Of Component)9. Q STEXT10. STEXT …NOTE‟ (Naming For Attachment)11. Q ATT (To see the attributes)12. REPR INSU ON/OFF UPDATE13. Q ISPEC (To see the insulation)14. ISPEC NULREF (To Remove the Insulation)15. CONN NEXT (Connection to next element)16. FCONN (For force connection)17. DIST 50018. AXES AT PH (To see Axes of Pipe Head)19. AXES AT PT (To see Axes of Pipe Tail)20. AXES OFF21. BY U 50022. BY D 50023. BY E 50024. BY W 50025. BY S 50026. BY N 50027. Q NAME28. ROTATE BY 45 (Rotated command)29. ROT BY 90 ABOUT Z THRO ID@ (Rotated)30. Q PARA (To check nozzle size)31. Q CATREF (To See nozzle Rating)32. Q POS IN WORLD33. CH CE (check current element)34. Q SPREF (check piping Spec)35. Q ORI (To see the orientation)36. DIR D (Direction Down) U E W N S (For elbow, tee, valve)37. Q P1/P2/P3 (To see pipe Bore Direction Connection type and Position)38. Q HBORE39. Q TBORE40. Q LBORE41. NEW BRA COPY PREV BY E/W/S/N/U/D 10042. Q U (To see the elevation)43. Q ANGLE (For change the angle)44. THRO NEXT (To connect element to next component)45. Q LTLE (To cheek pipe length)46. Q MEM47. Q RTEX OF DETREF (To see element type and detail)48. CONN IDP@ TO IDP Q CE49. Q PL (For Direction and position)50. BRA CONN PH TO FIST MEM51. BRA CONN PT TO NOZZ ID@52. BRA CONN PT TO LAST53. RAD 500 (Control Valve Radius)54. HEI 500 (Control Valve Height)55. BACK (Backward)56. FORW (Forward)57. For Drain pipea. ADD ATT (For isometric note)b. Q ATTc. TCONN OPENd. Q STEXTe. STEXT …DRAIN POINT‟58. For Slope Line /Rotated Elbowa. FORWARDS (Select in piping components)b. DIR TOW NEXTc. BACKWARDS (Select in piping components)d. DIR TOW NEXT59. MTOC DOTD (Do not want in bill of material) You can see the Doted DOTD60. MTOC ON (Want in bill of material)61. MTOC OFF (Don‟t Want in bill of material)62. Q PA BOP/TOP (To see the pipe BOP/TOP)63. Q LSTUBE (To Change the spec Brake)64. Q PSPEC (To see the pipe spec)65. CONN PH TO P3 OF ID@ ( AND SELECT THE PIPE P3)66. CONN PT TO LAS MEMSTRUCTURE COMMANDS1. AXES AT POSE/S (end or start)2. Q POSE WRT/*3. EXTE END BY D 500 WRT/*4. EXTE START BY U 500 WRT/*5. EXTE END/START THRO ID@6. EXTE END/START THRO IDPL@ (PL-Pline)7. Q CUTL (To see length of section)8. Q POS PPLINE BOS IN/* (BOS TOS NA)9. ADD ALL STR10. REM ALL STR11. Q ATT12. BY U//D/E/W/N/S 50013. Q DRNS DRNE14. DRNSTART S 45 E (Direction and angle)15. DRNEND S 45 W (Direction and angle)16. MARK WITH (NAME OF CATREF) ALL SCTN FOR CEEQUIPMENT COMMANDS1. ADD ALL EQUI2. REM ALL EQUI3. MOVE U THROU IDP@4. MOVE E THROU IDP@5. MOVE W THROU IDP@6. MOVE N THROU IDP@7. MOVE S THROU IDP@8. REPR HOLES ON/OFF UPDATE9. REPR OBST ON/OFF UPDATE10. To Copy New Equipmenta. VAR1 NAMEb. NEW EQU COPY $V1 (To Include Equipment in another zone)11. BY U//D/E/W/N/S 50012. NEW BOX COPY PRE13. NEW BOX XLEN 400 YLEN 250 ZLN 15014. NEW CYL COPY PRE15. NEW PYRE COPY PRE16. NEW NOZZ COPY PRE17. NEW BOX COPY PRE ROT BY 90 ABOUT Z THRO IDP@ Distance Measuring commandCONST DIST IDP@ TO IDP@CONST DIST P0 TO P0 OF ID@CONST DIST PA TO PA OF NEXOTHERS COMMANDS1. For copy equip/sub equipment from one project to another project.a. FILE /FILE NAME.TXTb. OUTPUT CEc. TERM2. For pest equipment / sub equipment from one project to another project.a. $M FILE NAME.TXT3. For Undo Commanda. MDB NOUPDATEb. EXIT4. Mdb Updatea. MDB UPDATEb. USER PROMQAMQA/MQAc. /SUFNd. EXIT5. UNCLAIM CE6. UNCLAIM ALL7. ALPHA REQ CLEAR (To clear the command screen)8. CREATE NEW ZONE/SITE/EQUI9. ADD ALL WITHIN VOL CE 10010. Q ORI (To see the orientation)11. ALPHA LOG /C:/ANANT.TXT (To make command line file)ALFA LOG END12. SAVEWORK13. Q US (User name)14. Q MDB (Multiple data base)15. Q REF16. RECREATE DISPLAY /ABC.TXT (For save Display)17. $M ABC.TXT (For restore Display)18. Q UNITS19. Q DISPLAY20. Q BANNER (To Check the version number)21. Q BANNER FULL22. Q TEAM (PDMS user name)23. Q USER (Logging name)24. Q DBNAME (To check DB name)25. Q DBTYPE26. Q DBFNUMBER27. Q DBFILE28. Q LASTMOD29. Q SESSMOD30. Q SESSMODI31. Q USERMODI32. Q LASTMODI HIER33. Q DRAW34. Q DRAW COUNT35. Q DRAW FULL36. STATUS37. SYSTAT (Gives you information about the current active Status of the project)38. recre disp /gggg over (U can save as a display or u can do like this)$m gggg39. FILE /C:/AAA OVEROUTPUT NEW CEVTERM ENTER$M /C:/AAA40. ADD ALL SITES WITH MATCHW(NAME,'*/H')QUERY COMMANDSPut some items in the graphic view and use the following commandshow !!gphmotionPDMS Syntax ExamplesPosition>Move>DistanceMoves the element‟s origin by a given distance in a given direction.Ex.MOVE N DIST 10’MOVE S WRT /* DIST 5'MOVE E IN SITE DIST 5'Position>Move>ThroughMoves the origin of the element in a given direction through a Reference Plane perpendicular to the line of travelthat is passing through a picked element, p-point, or coordinate.Ex.MOVE N THRO ID@MOVE N THRO IDP@MOVE N THRO N46’Position>Move>ClearanceMoves the element‟s origin, p-point, or obstruction in a g iven direction with a clearance from another item‟s origin, p-point, or obstruction.Ex.MOVE E DIST 10’ FROM /P-101MOVE E CLEARANCE 10’ FROM /P-101The options INFRONT, BEHIND, ONTO, and UNDER refer to a picked or named item‟s physical obstruction, whil e the TO and FROM options refer to the item‟s origin. INFRONT and TO refer to the near side while BEHIND and FROM refer to the far side of an item.Position>Plane Move>ThroughMoves the origin of the element in a given direction through a Reference Plane specified by the user that is passing through apicked element, p-point, or coordinate.Ex.MOVE ALONG E PLANE N45W THRO ID@∙AT E3’ N30’ U10’ -- Position the current element at a specific coordinate (must specify all three coordinates)∙BY E6’6 -- Move the current element a relative distance in a given direction∙TO U12’6 -- Move a piping component to one specified zone coordinate along constrained centerline ∙Q ATT -- Query all attributes of current element∙Q NAME -- Query name (or any specific attribute may be used) of the current element∙Q REFNO -- Query the reference number of the current element∙Q POS -- Query position wrt owner of the current element∙Q POS WRT ZONE -- Query position wrt zone of current element∙Q CE - Query the name attribute (or reference name) of current element∙Q MEM -- Query members of current element∙Q OWN -- Query the name of the owner of the current element∙NEXT -- Go to next element in list∙PRE -- Go to previous element in list∙SAME -- Go to the previous current element∙$Q -- Lists all valid commands∙MOVE $Q -- Lists all options for the MOVE command∙NAME /ANYNAME -- Set the name attribute of the current element∙DESC ‘ANY TEXT STRING’ -- Set the Description attribute of the current element to a text string.∙$S QA=Q ATT -- Create synonym to query attributes∙Q POS PPLINE TOS START WRT WORL -- Query TOS of current element (SCTN)∙Q EVAR PDMSUSER -- Query the operating system location of user file directory (%PDMSUSER%)∙NEW STRU -- Create new structure element (Note: CE must be a owner level (ZONE) or below∙NEW SUBS /MAIN-DECK -- Create new substructure element and set the name attribute∙POS E20’ N10’ U5’ -- Position CE at specified owner coordinates∙POS E20’ N10’ U5’ WRT /* -- Position CE at specified world coordinates∙CONN IDP@ TO IDP@ -- Connect a picked Ppoint on the current primitive to a picked Ppoint of another.∙CONN P1 TO IDP@ -- Connect P1 of the current primitive to a picked Ppoint of another primitive. PDMS PSEUDO ATTRIBUTESIn order to get specific information directly from the database, a number of keyword or pseudoattributes have been introduced. Pseudo attributes are not attributes as such, but they havethe ability to extract data when queried. For Example∙ELBO 1 --->>>> Go to elbo 1 of the branch∙Q PARAM --->>>> Query the parameters of the catref of the spref∙Q DTXR --->>>> Query the rtext of the detref of the spref_ can also use dtxs or dtxt∙Q MTXX --->>>> Query the xtext of the matref of the spref _ can also use mtxy or mtxz∙Q PSATTS --->>>> Query the list of pseudo attributes available for the CE.A few useful pseudo attributes appear below:General Queries∙Q LIST --->>>> Query what you can create below the current element∙Q OLIST --->>>>Query the type of elements which can own CE∙Q ORDER --->>>>Query the list position∙Q PROP DESC --->>>> Query the data element with the dkey equal to DESC in the component's dataset (Steelwork and Piping elements)∙Q PRLS --->>>> Query the list of properties in the component's dataset∙Q PURP XXX --->>>> Query the purpose attribute of the property XXXPiping Attributes∙Q CHOICE --->>>> Query the answers of the selectors of the spref∙Q CHOICE STYP --->>>> Query the styp used to select the component∙Q PL BOP --->>>> Query the bottom of pipe elevation of the leave point∙Q PA INSU --->>>> Query the insulation thickness at the arrive point∙Q PGRAD 1 --->>>> Query the slope at ppoint 1∙Q ITLE --->>>> Query the length of implied tube (must navigate first by using 'IL TUBE' at a component) ∙Q LBOR --->>>> Query the leave bore∙Q ABOR --->>>> Query the arrive bore∙Q APOS --->>>> Query the arrive position∙Q LPOS --->>>> Query the leave positionAt Branch Level∙Q TULEN --->>>> Query the length of tube in a branch∙Q CLLEN --->>>> Query the centerline length through all componentsSteelwork∙Q ODESP --->>>> Query the design params of the joint owner∙Q ADESP --->>>> Query the design params of the joint attached beam∙Q DRPS --->>>> Query the derived position of the beam start∙Q NWEI -->>>> Query the net weight (considering joint cut outs)∙Q GWEI --->>>> Query the gross weight (beam before cutting)∙Q NCOF --->>>> Query the net centre of gravity for the beam∙Q NSRF --->>>> Query the net surface area∙Q MIDP --->>>> Query the mid point∙Q POS PPLINE TOS START WRT /* --->>>> Query TOS of current element (SCTN)∙Q PPLINE TOS DIR --->>>> Query the direction of the TOS pline on a SCTNPDMS MODEL Check ListThe purpose of this checklist is to provide general guidelines to check a module. Some of the checks are on-going, some of should be performed once a week or when the module is finished and PI is ready to be started.1. Check section specifications and ploo heights- Use “Utilities > Lists”- function to select elements2. Check positions- Use “Utilities > Reports”- function to select elements- Position of SITE/ZONE/STRU has to be 0,0,0 WRT WORLD3. Add all surrounding structures by discipline- Add all volumes within 1000 mm box for visual check4. Delete empty elements- Use “Utilities > Lists”- function to select elements STRU/FRMW/SBFR/PANE/PLOO without members5. Update connections- Use “Position > Align Secondary Nodes”- function in Site- level6. Set material references- Use “Utilities > Lists”- function to select elements FRMW/SCTN/PANE or“Modify > Material”- function7. Check sections without SPREF or length less than 100 mm- Use “Utilities > Lists”- function to select elements8. Check section end connections- Use “Query > End Connections”- function9. Make section ends perpendicular in bracing (KBR)- Use “Utilities > Lists”- function to select elements____________________________________________________________________________________________10. Tidy Model- Use “Delete > Tidy Joints” and “Delete > Tidy Nodes”- functionsPDMS COMMANDS: MOSTLY STRUCTRUALNEW STRU COPY $V1COPIE S STRU FROM 1 SITE TO ANOTHERQ USERM GIV E S CRE ATORS NAMEQ PPLIN TOS STARTGIV E S TOP OF STEE L OF UB/UCWRT/DATUMQ IDP @ WRT /DATUM GIV E S THE COORD OF A P OINTQ ADEG (DRAFT)GIV E S THE C/VIE W ANGLE (ie 90 DEG)Q ANGLE (HVAC)GIV E S THE CE ANGLEQ ATEX (DRAFT)GIV E S THE SLAB TE XT ATTRIBUTE SQ ATT GIV E S THE CE ATTRIBUTE SQ BANG GIV E S THE CE BE TA ANGLEQ BORE (PIPING)GIV E S THE PIPE INSIDE DIA.Q BSRF (DRAFT)GIV E S THE ATTACHE D DRG/SHT (DRWG LE VL)Q BTEX (DRAFT)GIV E S THE TEXT/GLAB ATTRIBUTE SQ CHEI (DRAFT)GIV E S THE CHARACTER HEIGHTQ CLL (PIPING)GIV E S THE PIPE BRANCH LENGTHQ COL 4 (ETC)GIV E S THE ATTRIBUTED COLOUR (YE LLOW)Q COL ACT GIV E S THE CURRENT ACTIV E COLOURQ COL AIDS GIV E S THE CURRENT AID LINE COLOURQ COL CE GIV E S THE CURRENT ATTRIBUTED COLOURQ COL VIS GIV E S THE CURRENT VISIBLE COLOURQ CREF GIV E S THE CONNECTION REFERENCEQ CUTL GIV E S THE CE CUT LE NGTHQ DDNAME (DRAFT)GIV E S THE DIMENSION OWNERS NAMEQ DER LEN GIV E S THE CE E XACT LENGTHQ DESC GIV E S THE CE DESCRIPTIONQ DESP GIV E S THE CE P ARAME TERSQ DIR (DRAFT)GIV E S THE C/VIE W ANGLE (ie N)Q DISPLAY GIV E S THE TOLE RANCE & REPRE S LE VE LSQ DMTXT (DRAFT)GIV E S THE DIM TE XT ATTRIBUTE SQ DNST GIV E S THE CE DENSITYQ DPOS (DRAFT)GIV E S THE LDIM POSITION ON SHEETQ DRNE GIV E S THE END CUT-P LANE DIRECTIONQ DRNS GIV E S THE START CUT-P LANE DIRE CTIONQ DTER (DRAFT)GIV E S THE LAYE R/LDIM TERM'TR DEFAULTQ E GIV E S THE CE E AST CO-ORDINATEQ FRAD GIV E S THE P LOO/P AVE RADIU ie 100mmGIV E S THE NE XTR/VERT RADIUS ie 100mmQ FUNC GIV E S THE CE FUNCTIONQ GCOF GIV E S THE CE GROSS C OF GQ GTYP GIV E S THE GENERIC TYPE i.e. OD, HP, TGQ GWEI GIV E S THE CE GROSS WEIGHTQ H (PIPE SUPPT)GIV E S THE CE HANDER HE AD CO-ORDSQ HEI GIV E S THE CE (P LOO LVL) P LT THKQ HPOS (PIPING)GIV E S THE CE PIPE HE AD CO-ORDINATE SQ HT (PIPE SUPT)GIV E S THE CE HANDER TAIL CO-ORDSQ IDP @ WRT /*GIV E S THE CE P P OINT CO-ORDINATE SQ IDPL @GIV E S THE P LINE NAME USING CURSORQ INREF GIV E S THE CE IN REFE RENCEQ ISPEC (PIPING)GIV E S THE CE (PIPE) INSULATIONQ ITLE GIV E S LE NGTH OF IMPLIED TUBEQ JLIN GIV E S THE CE JOINT LINEQ JUSL GIV E S THE CE JUSTIFICATION LINEQ LASTMOD GIV E S THE DAT STRU WAS LAST MODIFIED Q LEN (DRAFT)GIV E S THE STRA LENGTHQ LEV GIV E S THE CE LE VE L (OBSTRUCTION ETC)Q LHEI (DRAFT)GIV E S THE TEST LETTER HEIGHTQ LIST GIV E S THE CE FITTINGS (NE G E XTR. ETC)Q LOCK GIV E S THE LOCK STATUSQ LSHAPE (DRAFT)GIV E S THE LABE L LE ADER LINE STATUSQ MATREF GIV E S THE CE MATERIAL RE FQ MCOUNT GIV E S THE NOS OF SUB MEMBERS IN CEQ MCOUNT SCTN GIV E S THE NOS OF SCTN MEMBERS IN CEQ MDB GIV E S THE PROJECT DATABASEQ MEM GIV E S THE CE MEMBERSQ MEML GIV E S THE CE MEMBER LINEQ MIDP GIV E S THE CE MIDPOINT CO-ORDINATE SQ MPT (DRAFT)GIV E S THE STRA MID P OINT CO-ORDSQ MTLE GIV E S LE NGTH OF MATERIAL TUBEQ MTLL GIV E S CL LENGTH OF MATERIAL TUBEQ MTO GIV E S THE CE MTO STATUSQ NAM GIV E S THE CE NAMEQ NCOF GIV E S THE CE NET C OF GQ NSRF GIV E S THE CE NET SURFACEQ NVOL GIV E S THE CE NET VOLUMEQ NWEI GIV E S THE CE NET WEIGHTQ OBS GIV E S THE CE OBSTRUCTION LE V E LQ ORI GIV E S THE CE ORIE NTATION (SLOPE)Q OSRF GIV E S THE SHEE T OVERLAY (VIE W ONLY)Q OWN GIV E S THE CE OWNERQ PA (PIPING)GIV E S TE C ARRIV E CO-ORDINATE SQ PARA GIV E S THE CE P ARAME TERS ie SE RIAL SIZE SQ PH OD (PIPING)GIV E S THE CE (PIPE HE AD) DIAMETERQ PI WRT/* (PIPING)GIV E S THE CE (PIPE SUPPORT) LOCATIONQ PKEY (DRAFT)GIV E S THE DIM P LINE STATUS (ie TCTF)Q PL WRT/* (PIPING)GIV E S THE CE HVAC LE AVE CO-ORDINATE SQ PLNA GIV E S THE P LINE NAMESQ PLTXT (DRAFT)GIV E S THE PROJ TE ST ATTRIBUTE SQ POS GIV E S THE CE CO-ORDINATES (START)Q POS FITT GIV E S THE C/FITT CO-ORDINATE S (START)Q POS IDPL @GIV E S THE P LINE CO-ORD AT CE STARTQ POS IN $V1GIV E S THE CE DISTANCE TO VAR. $V1Q POS PIN1 WRT/*GIV E S THE CE CO-ORDINATES OF PIN 1Q POS PLRF (DRAFT)GIV E S TE CURRENT VSE C CO-ORDSQ POS POPLI NA PROP 0.5GIV E S THE CE NTRE CO-ORDINATE POSITIONS OFTHE P LINE (PP LI) AT (0.5X DER LEN) ON THE N/AQ POS PPL1 BOS WRT/*GIV E S THE BOS P LINE CO-ORDINATE SQ POS WRT TO ID@GIV E S THE DIST FROM CE TO START OF IDE NTIFIEDMEMBERQ POS1 WRT/*GIV E S THE CE CO-ORDINATES OF PIN 1Q POSE GIV E S THE CE END CO-ORDINATE SQ POSPPLI NA PROP 0.5GIV E S THE CE NTRE CO-ORDINATE POSITIONS OFTHE P LINE (PP LI) AT (0.5X DER LEN) ON THE N/AQ POSS GIV E S THE CE START CO-ORDINATE SQ POSS POSE GIV E S THE CE BOTH END CO-ORDINATESQ POST FITT GIV E S THE C/FITT CO-ORDINATE S (START)Q POST IN $V1GIV E S THE CE DISTANCE TO VAR.$V1Q POST PLRF (DRAFT)GIV E S THE CURRENT VSEC CO-ORDSQ PRLS GIV E S THE DE SP NAME TYPESQ PT (PIPING)GIV E S THE CE (PIPE TAIL) ATTRIBUTE SQ PT OD (PIPING)GIV E S THE CE (PIPE TAIL) DIAMETERQ PURP GIV E S THE STRU PURPOSE ATTRIBUTEQ RAD (HVAC)GIV E S THE CE RADIUSQ RCOD (DRAFT)GIV E S THE VIE W ORIENTATIONQ REF GIV E S THE CE PDMS REFERE NCE NOQ REPRES GIV E S THE CE REPRESE NTATION STATUSQ RRSF (DRAFT)GIV E S THE CURRENT VIE W RULE SE TTINGSQ SIZE (DRAFT)GIV E S THE VIE W O/ALL DIMENSIONSQ SJUS GIV E S THE P LOO JUSTIFICATION ie UTOP, DCEN,DBOTQ SNAP (DRAFT)GIV E S THE SNAP SETTING (ON/OFF)Q SPRE GIV E S THE CE SPECIFICATION REFERE NCEQ STEXT GIV E S THE ATT PENETRATION IDE NTQ TCTL OR (Q CUTL)GIV E S THE CE CUT LE NGTHQ THMRF (DRAFT)GIV E S THE CE (SYMBOL) NAMEQ THPOS (DRAFT)GIV E S THE C/VIE W MATCHLINE CO-ORDSQ TPOS (PIPING)GIV E S THE CE PIPE TA IL CO-ORDSQ TPT (DRAFT)GIV E S THE STRA TAIL P OINT CO-ORDSQ TULE GIV E S THE BRANCH TUBE LENGTHQ USERMOD GIV E S THE LAST USER LOGIN ID (STRU)Q VLIMITS (DRAFT)GIV E S THE VIE W LIMITSQ VOL CE GIV E S THE CE VOLUMEQ: DTYPE GIV E S THE FRMW STYLE TY PE (ie STLS)Q: STATUS GIV E S THE CE STRU STATUS ie 'AFC'GIV E S THE CE WEIGHT CODEQ:SWCODETHESE ARE SOME COMMAND LINE ENTRIESAdd All (TYPE) WITHIN POSITIONAdd All (TYPE) WITH (EXPRESSION) FOR ELEMENTAdd All (TYPE) WITH (EXPRESSION) WITHIN POSITIONYou can also user it to remove or enhanceRem All (TYPE) WITHIN POSITIONEnhance All (TYPE) WITHIN POSITIONENHANCE CE TRANSLUCENCY 50% EDGS OFFUNENHANCE ALLTYPE: SCTN, PANE, FRMW, EQUI, STRU, PIPE, ECT...EXPRESSION: MATCHW(NAME OF STRU, '*TEST*')ELEMENT: CE, STRU, PIPE, EQUI, ZONE, SITE, WORLDPOSITION: E 100 N 100 U 100 TO E 200 N 200 U 200POSITION: VOL CE DISTDIST: ADDITIONAL VOLUMEshow _CDCOMP to show the Piping Components formQ ADEG (DRAFT) GIVES THE C/VIEW ANGLE ( ie 90 DEG )Q ANGLE (HVAC) GIVES THE CE ANGLEQ ATEX(DRAFT) GIVES THE SLAB/GLAB TEXT ATTRIBUTESQ ATT GIVES THE CE ATTRIBUTESQ BANG GIVES THE CE BETA ANGLEQ BORE (PIPING) GIVES THE PIPE INSIDE DIA.Q BSRF (DRAFT) GIVES THE ATTACHEDDRG/SHT (DRWG LVL) Q BTEX(DRAFT) GIVES THE DEAD TEXT ATTRIBUTESQ CHEI (DRAFT) GIVES THE TEXT CHARACTER HEIGHTQ COL ACT GIVES THE CURRENT ACTIVE COLOURQ COL AIDS GIVES THE CURRENT AID LINE COLOURQ COL CE GIVES THE CURRENT ATTRIBUTED COLOUR Q COL VIS GIVES THE CURRENT VISIBLE COLOURQ COL 4 (ETC) GIVES THE ATTRIBUTED COLOUR (YELLOW) Q CREF GIVES THE CONNECTION REFERENCEQ CUTL GIVES THE CE CUT LENGTHQ DDNAME(DRAFT) GIVES THE DIMENSION OWNERS NAMEQ DER LEN GIVES THE CE EXACT LENGTHQ DER ORI GIVES ORIENTATION OF ‘CE’Q DESC GIVES THE CE DESCRIPTIONQ DESP GIVES THE CE DESPERAMETERSQ DIR (DRAFT) GIVES THE C/VIEW DIRECTION( IE N )Q DISPLAY GIVES THE TOLERENCE & REPRES LEVELS Q DMTXT(DRAFT) GIVES THE DIM TEXT ATTRIBUTESQ DNST GIVES THE CE DENSITYQ DPOS (DRAFT) GIVES THE LDIM POSITION ON SHEETQ DRNE GIVES THE END CUT-PLANE DIRECTIONQ DRNS GIVES THE START CUT-PLANE DIRECTION Q DTER (DRAFT) GIVES THE LAYER/LDIM TERM’TR DEFAULT Q TYPE GIVES THE FRMW STYLE TYPE(ie STLS)Q E GIVES THE CE EAST CO-ORDINATEQ ELEM GIVES THE CE ELEMENT NAMEQ FRAD GIVES THE PLOO/PAVE RADIUS ie 100mmGIVES THE NXTR/VERT RADIUS ie 100mm Q FPT (DRAFT) GIVES THE STRA FROM POINT CO-ORDS. Q FUNC GIVES THE CE FUNCTIONQ GCOF GIVES THE CE GROSS C OF GQ GTYP GIVES THE GENERIC TYPE ie OD,HP,TGQ GWEI GIVES THE CE GROSS WEIGHTQ HEI GIVES THE CE (PLOO LVL) PLT THKQ HH (PIPE SUPPT) GIVES THE CE HANGER HEAD CO-ORDSQ HPOS (PIPING) GIVES THE CE PIPE HEAD CO-ORDINATES Q HT (PIPE SUPPT) GIVES THE CE HANGER TAIL CO-ORDSQ IDP @ WRT/* GIVES THE CE P POINT CO-ORDINATESQ IDPL@ GIVES THE PLINE NAME USING CURSOR Q INREF GIVES THE CE INREFERENCEQ ISPEC (PIPING) GIVES THE CE (PIPE) INSULATIONQ JLIN GIVES THE CE JOINT LINEQ JUSL GIVES THE CE JUSTIFICATION LINEQ LEN (DRAFT) GIVES THE STRA LENGTHQ LEV GIVES THE CE LEVEL (OBSTRUCTION ETC) Q LHEI (DRAFT) GIVES THE TEXT LETTER HEIGHTQ LIST GIVES THE CE FITTINGS (NEG EXTR. ETC.) Q LOCK GIVES THE LOCK STATUSQ LSHAPE (DRAFT) GIVES THE LABEL LEADER LINE STATUSQ MATREF GIVES THE CE MATERIAL REFQ MDB GIVES THE PROJECT DATABASEQ MEM GIVES THE CE MEMBERSQ MEML GIVES THE CE MEMBER LINEQ MIDP GIVES THE CE MIDPOINT CO-ORDINATES Q MPT (DRAFT) GIVES THE STRA MID POINT CO-ORDSQ MTO GIVES THE CE MTO STATUSQ NAM GIVES THE CE NAMEQ NCOF GIVES THE CE NET C OF GQ NSRF GIVES THE CE NET SURFACEQ NVOL GIVES THE CE NET VOLUMEQ NWEI GIVES THE CE NET WEIGHTQ OBS GIVES THE CE OBSTRUCTION LEVELQ ORI GIVES THE CE ORIENTATION (SLOPE)Q OWN GIVES THE CE OWNERQ PA (PIPING) GIVES THE CE ARRIVE CO-ORDINATESQ PARA GIVES THE CE PARAMETERS ie SERIAL SIZESQ PH (PIPING) GIVES THE CE PIPE HEAD ATTRIBUTESQ PH BORE (PIPING) GIVES THE CE (PIPE HEAD) BOREQ PH OD (PIPING) GIVES THE CE (PIPE HEAD) DIAMETERQ PT OD (PIPING) GIVES THE CE (PIPE TAIL) DIAMETERQ PI WRT/* (PIPING) GIVES THE CE (PIPE SUPPT) LOCATIONQ PKEY (DRAFT) GIVES THE DIM PLINE STATUS (ie TCTF)Q PL WRT/* (PIPING) GIVES THE CE HVAC LEAVE CO-ORDINATESQ PLTXT(DRAFT) GIVES THE PROJ TEXT ATTRIBUTESQ POS GIVES THE CE CO-ORDINATES (START / ORIGIN)Q POS IN $V1 GIVES THE CE DISTANCE TO VAR. $V1Q POSE GIVES THE CE END CO-ORDINATESQ POS FITT GIVES THE C/FITT CO-ORDINATES (START)Q POS PLRF (DRAFT) GIVES THE CURRENT VSEC CO-ORDS.Q POS IDPL@ GIVES THE PLINE CO-ORD AT CE STARTQ POS PPLI BOS WRT/* GIVES THE BOS PLINE CO-ORDINATESQ POS PPLI NA PROP 0.5 GIVES THE CENTRE CO-ORDINATE POSITIONS OF THE PLINE (PPLI) AT (0.5 xDER LEN) ON THE N/AQ POSS GIVES THE CE START CO-ORDINATESQ POSS POSE GIVES THE CE BOTH END CO-ORDINATESQ POS WRT/* GIVES ORIGIN OF CE WITH REGARD TO WORLDQ PT (PIPING) GIVES THE CE PIPE TAIL ATTRIBUTESQ RAD (HVAC) GIVES THE CE RADIUSQ REF GIVES THE CE PDMS REFERENCE NO.Q REPRES GIVES THE CE REPRESENTATION STATUSQ FUNC GIVES THE CE FUNCTIONQ RRSF (DRAFT) GIVES THE CURRENT VIEW RULE SETTINGSQ SIZE (DRAFT) GIVES THE VIEW O/ALL DIMENSIONSQ SJUS GIVES THE PLOO JUSTIFICATION ie UTOPDCENDBOTQ SNAP (DRAFT) GIVES THE SNAP SETTING (ON/OFF)Q SPRE GIVES THE CE SPECIFICATION REFERENCEQ TCTL OR (Q CUTL) GIVES THE CE CUT LENGTH?Q THPOS (DRAFT) GIVES THE C/VIEW MATCHLINE CO-ORDSQ TMRF (DRAFT) GIVES THE CE (SYMBOL) NAMEQ TPOS (PIPING) GIVES THE CE PIPE TAIL CO-ORDS.Q TPT (DRAFT) GIVES THE STRA TAIL POINT CO-ORDS.Q TYPE GIVES THE CE TYPE ie SCTN ,PANEQ USER GIVES THE CE USER DATABASEQ VOL CE GIVES THE CE VOLUMEQ VLIMITS (DRAFT) GIVES THE VIEW LIMITSQ VSCALE (DRAFT) GIVES THE C/VIEW SCALE ( ie 0.5 )0.5 = 1:20.2 = 1:50.1 = 1:100.05 = 1:200.04 = 1:250.02 = 1:500.01 = 1:100Q VTYP (DRAFT) GIVES THE VIEW ATT(ie.GLOBAL HIDDEN)Q XYPOS (DRAFT) GIVES THE VIEW POSITION ON SHEETQ ZDIS GIVES THE CE FITTING DIST FROM STARTADDITIONAL PDMS COMMANDSADD CE ADDS CEADD CREF ADDS CE PIPE CONNECTION REFADD CE COL 39 ADDS CE WITH COL 39(SEE COLOUR SHEET)ADD ALL WITHIN VOL CE ADDS ALL DISCIPLINES THAT OVERLAP CEADD ALL WITHIN VOL CE 100 ADDS ALL DISCIPLINES THAT OVERLAP CE WITH AVOLUME OF 100mm ALL ROUNDADD ALL SCTN WITHIN VOL CE ADDS ALL SECTIONS THAT OVERLAP CEADD ALL EQUIP WITHIN VOL CE ADDS ALL EQUIPMENT THAT OVERLAPS CEADD SITE ADDS CE SITEAID CLEAR LINE ALL REMOVES UNWANTED LINES FROM PDMSAT @ MOVES CE TO NEW CURSOR POSAT IDP@ MOVES CE TO SELECTED PPOINTAT IDPL@ MOVES CE TO SELECTED PLINEAXES AT CE PLACES CE AXESAXES OFF REMOVES CE AXESBY D100 (PDMS ONLY) MOVES CE DOWN 100 mmBY E100 (PDMS ONLY) MOVES CE EAST 100 mmBY N100 (PDMS ONLY) MOVES CE NORTH 100 mmBY U100 (PDMS ONLY) MOVES CE UP 100 mmBY X100 (DRAFT & PDMS) MOVES CE X (EAST) 100 mmBY X100 WRT/*(PDMS PLATES) MOVES CE X (EAST) 100 mm WRT TO WORLDCHE CE GIVES CONSISTANCY CHECK ON CECOL ACT BLUE CHANGES THE ACTIVE COLOUR TO BLUECOL CE VIOLET CHANGES THE CE COLOUR TO VIOLETCOL 39 YELLOW CHANGES LINE COL TO YELLOWDELETE CE DELETES THE CEEXT END TO IDPL@STA EXTENDS THE END TO A SELECTED PLINEEXT END -1000 EXTENDS THE END –1000FINISH ENDS & SAVES PDMS SESSIONFLIP CE FLIPS CEGETWORK GETS LATEST MODELINCL CIRC 1 OF NOTE/TABLE REPOSITIONS CIRC 1 TO PREV. SELECTED DESTINATIONINCL ID@ GIVES THE CE CO-ORDINATES (START)OR ITEM TOBE TRANSFEREDINCL NAME………………… REPOSITIONS CE TO A SELECTED DESTINATIONLOCK ALL LOCKS CE & CE MEMBERSMAR CE MARKS CE NAMENAME /TEMPORARY RENAMES SAID ITEM TO TEMPORARYNEW FITT COPY PREV BY ZDIST PROP 1 BANG 180COPIES FITT AT END POITION OF CE AT ABANGLE OF 180PROP 0 START POSITION CEPROP 0.5 MIDDLE POSITION CEPROP 1 END POSITION CENEW GLAB COPY $V1 COPIES GLAB AS VARIABLE $V1NEW GLAB COPY PREV AT @ COPIES GLAB TO PICKED LOCATIONNEW SCTN COPY PREV BY E200 (PDMS) COPIES CE E200NEW SCTN COPY PREV BY E200 COL 4(PDMS) COPIES CE E200 COL 4NEW PANE COPY PREV BY E200 COL 4(PDMS) COPIES CE E200 COL 4NEW TEXP COPY PREV BY Y10 (DRAFT) COPIES CE Y10NEW SYMB COPY PREV BY X-10 (DRAFT) COPIES CE X-10NEW VRTX COPY PREV BY X10 (DRAFT) COPIES CE X10 (CLOUDS)PKEY LTOC CHANGES DIM FROM EXIST JUSL TO LTOCREFRESH REFRESHES THE SCREENREM CE REMOVES THE CERENAME /XXX /YYY RENAMES CE TO YYYREPRES DARC 1 SETS ARC TOLERENCE TO 1mmREPRES DARC DEF SETS ARC TOLERENCE TO 10mm (DEFAULT)REPRES HOLES ON ADDS HOLES REPRESENTATION (Apply ‘Add’ in Drawlist)REPRES OBSTRUCTION OFF REMOVES OBSTRUCTION REPRESENTATIONREPRES HOLES OFF REMOVES HOLE REPRESENTATION (Apply ‘Add’ in Drawlist)REPRES PNODE COL YELLOW PRIMARY NODES SHOWN YELLOWREPRES PNODE ON PRIMARY NODES SHOWN ONLYREPRES PNODE SIZE 6 CHANGES PRIMARY NODES TO 6mmREPRES PROF ON CL OFF SETS PROFILE REPR AS SOLIDREPRES SNODE OFF SECONDARY NODES OFFROT THRO POSE ABO D BY 30 ROTATES CE ABOUT END POS BY 30 DEGROT THRO POSS ABO D BY 45 ROTATES CE ABOUT START POS BY 45 DEG ROT THRO MIDP ABO D BY 90 ROTATES CE ABOUT MIDP POS BY 90 DEG ROT ABO IDP@ BY 90 ROTATES CE LOCAL TO PPOINT BY 90 DEG. ROT ABO IDPL@ BY 90 ROTATES CE LOCAL TO PLINE BY 90 DEG.ROT THR IDP@ BY 90 ROTATES CE ABOUT ANY PPOINT BY 90 DEG.ROT THR IDPL@ BY 90 ROTATES CE ABOUT ANY PLINE BY 90 DEG.ROT ABO P1 BY 90 ROTATES CE ABOUT P1 BY 90 DEG.SAM LETS YOU TOGGLE BETWEEN LAST 2 ITEMSSAVEWORK SAVES LATEST WORKUNCLAIM ALL UNLOCKS ALL CLAIMED MEMBERSUNLOCK ALL UNLOCKS CE & CE MEMBERSUNM CE UNMARKS CE NAMEPREC 4 DP GIVES PRECISE READOUT TO 4 DEC. POINTSZDIST (ZDIST + 100) MOVES ITEM 100 FROM ORIG POSITION ADDITIONAL DRAFT QUERY COMMANDSNote: most of the query commands used in PDMS DESIGN also work in DRAFTQ ADEG GIVES THE C/VIEW ANGLE ( ie 90 DEG )Q APOF GIVES THE CE (NOTE) TERM INATOR POS’NQ BSRF GIVES THE DRG. SHT. REF. (STRU LVL)Q CHEIGHT GIVES THE TEXT CHARACTER HEIGHT。