open-insight/LSL2/STPROC/PRINT_CUST_RDS_NEW.txt
Infineon\StieberD 7762b129af pre cutover push
2024-09-04 20:33:41 -07:00

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COMPILE SUBROUTINE Print_Cust_Rds_New( RdsIds, WMOutKeys, PrintOnly, PrintPath, PDFFileName, PrinterInitialized)
$INSERT COA
$INSERT COMPANY_EQU
$INSERT QUOTE_EQU
$INSERT QUOTE_SPEC_EQU
$INSERT PROD_SPEC_EQU
$INSERT WO_LOG_EQU
$INSERT WO_MAT_EQUATES
$INSERT REACT_RUN_EQUATES
$INSERT RDS_LAYER_EQUATES
$INSERT RDS_TEST_EQUATES
$INSERT SURFACE_SCAN_EQUATES
$INSERT NCR_EQU
$INSERT COC_EQU
$INSERT RECIPE_EQU
$INSERT OIPRINT_EQUATES
$INSERT LOGICAL
$INSERT MSG_EQUATES
EQU PI$LEFT TO 1
EQU PI$TOP TO 2
EQU PI$RIGHT TO 3
EQU PI$BOTTOM TO 4
EQU PI$WIDTH TO 5
EQU PI$HEIGHT TO 6
EQU PI$SIZE TO 7
EQU LTGREY$ TO 229 + (229*256) + (229*65536)
DECLARE FUNCTION Msg, Set_Printer, Get_Printer, obj_RDS_Test
DECLARE FUNCTION Printer_Select, obj_Install,obj_React_Run
DECLARE SUBROUTINE Btree.Extract
IF NOT(ASSIGNED(PrintPath)) THEN PrintPath = ''
IF NOT(ASSIGNED(PDFFileName)) THEN PDFFileName = ''
IF NOT(ASSIGNED(PrinterInitialized)) THEN PrinterInitialized = 0
RDSCnt = COUNT(RdsIds,@FM) + (RdsIds NE '')
PSNId = XLATE( 'REACT_RUN', RdsIds<1>, 'PS_NO', 'X' )
CleanRoomPaper = XLATE( 'PROD_SPEC', PSNId, PROD_SPEC_RDS_CLEANROOM_PAPER$, 'X' )
IF CleanRoomPaper THEN
MsgInfo = ''
Mtext = "This customer's specification requires cleanroom paper RDSs":CrLf$:'Please place ':RDSCnt:' piece(s) of cleanroom paper in the printer and then click OK'
MsgInfo<mtext$> = Mtext
MsgInfo<micon$> = '!'
Void = msg( '', MsgInfo )
END
* * * PRINT SETUP * * *
FileName = 'Print Customer Run Data Sheet'
Title = 'Print Customer Run Data Sheet'
PageInfo = '' ; * Default is .5 inch margins and 8.5 x 11 paper
PageInfo<PI$LEFT> = 0.5
PageInfo<PI$TOP> = 1.5
PageInfo<PI$RIGHT> = 0.5
PageInfo<PI$BOTTOM> = 0.5
PageInfo<PI$SIZE> = LETTER
MaxPrintLength = 11 - PageInfo<PI$TOP> - PageInfo<PI$BOTTOM>
PageSetup = 0 ;* 1 = Landscape mode
PrintSetup = 0 ;* 0 = No Preview, 2 = Preview
FOR RD = 1 TO RDSCnt
RdsId = RdsIds<RD>
RdsRec = XLATE('REACT_RUN', RdsId, '', 'X' )
CustID = XLATE('REACT_RUN',RdsId,'CUST_NO','X')
IF NOT(PrinterInitialized) THEN
PrintSetup = ''
PrintSetup<1,1> = '2' ;* Specific Location
PrintSetup<1,2> = '5' ;* Show Print and PDF, hide Print Setup
PrintSetup<1,3> = '0' ;* Show the printing window
PDFParms = 'Printing PDF Document':@FM: '' :@FM:'':@FM: ''
stat = Set_Printer( 'INIT', PDFParms, 'Run Data Sheet',PageInfo,PageSetup , PrintSetup)
END ELSE
stat = Set_Printer('PAGEBREAK')
END
GOSUB EpitronicsStandard
IF NOT(PrinterInitialized) THEN
stat = set_printer( 'TERM' )
END
NEXT RD
RETURN
* * * * * *
EpitronicsStandard:
* * * * * *
font = 'Arial' ;* Font basics
font<2> = 10
font<4> = 0
stat = Set_Printer('FONTHEADFOOT', font)
font = 'Arial'
font<2> = '18' ;* Big type
font<4> = 1 ;* Bold on
font<5> = 1 ;* Italics
stat = Set_Printer('TEXTXY','Run Data Sheet',2.65:@FM:-0.80,font,0)
font<2> = 12 ;* Drop the font size
font<5> = 0 ;* Italics off
IF NOT(PrinterInitialized) THEN
stat = Set_Printer('FOOTER',"Page 'P'":@VM:@VM:"'T' 'D'")
stat = Set_Printer('LINESTYLE', PS_SOLID:@FM:2)
stat = Set_Printer('LINE', -0.1:@FM:-1.2:@FM:7.5:@FM:-1.2, 1)
stat = Set_Printer('LINE', -0.1:@FM:-0.1:@FM:7.5:@FM:-0.1, 1)
location = -0.15:@fm:-1.150:@fm:1.57:@fm:1
stat = Set_Printer('BMP',obj_Install('Get_Prop','ColorBMP'),location, 0,1)
* * * * Added 10/8/2015 JCH - Updated 'CONFIG','COMPANY' * * * *
InstDat = obj_Install('Get_Prop','Company':@FM:'Division')
Company = InstDat<1>
Division = InstDat<2>
font = 'Arial'
font<2> = '12' ;* Big type
font<4> = 1 ;* Bold on
font<5> = 0 ;* Italics
stat = Set_Printer('TEXTXY',Company,5.7:@FM:-1.15,font,1)
stat = Set_Printer('TEXTXY',Division,5.7:@FM:-0.970,font,1)
font<2> = 10 ;* 10 point font
font<4> = 0 ;* Bold off
font<5> = 0 ;* Italics Off
stat = Set_Printer('TEXTXY',obj_Install('Get_Prop','Address'), 5.7:@fm:-0.775, font,1)
stat = Set_Printer('TEXTXY',obj_Install('Get_Prop','CSZC'), 5.7:@fm:-0.625, font,1)
stat = Set_Printer('TEXTXY','Tel: ':obj_Install('Get_Prop','Phone'), 5.7:@fm:-0.475, font, 1)
stat = Set_Printer('TEXTXY','FAX: ':obj_Install('Get_Prop','FAX'), 5.7:@fm:-0.325, font, 1)
* * * * End of changes 10/8/2015 JCH * * * *
stat = Set_Printer('TEXT')
END
colFormat = '>1080'
colFormat<1,2> = '<4320'
colFormat<1,3> = '>1080'
colFormat<1,4> = '<4320'
colData = 'Run No:' ; colData<1,2> = RdsRec<REACT_RUN_REACTOR$>:'-':RdsId
colData<2,1> = 'RDS No:' ; colData<2,2> = RdsId
colData<3,1> = 'Date:' ; colData<3,2> = OCONV(RdsRec<REACT_RUN_UNLOAD_SIG_DTM$>[1,'.'], 'D4/')
colData<4,1> = 'Reactor:' ; colData<4,2> = RdsRec<REACT_RUN_REACTOR$>
colData<5,1> = 'Customer:' ; colData<5,2> = OCONV(CustID,'[XLATE_CONV,COMPANY*CO_NAME]')
colData<1,3> = 'PO No:' ; colData<1,4> = XLATE('REACT_RUN',RdsId,'PO_NO','X')
colData<2,3> = 'WO No:' ; colData<2,4> = RdsRec<REACT_RUN_WO_NO$>
colData<3,3> = 'Part No:' ; colData<3,4> = XLATE('REACT_RUN',RdsId,'PART_NO','X')
colData<4,3> = 'Lot No:' ; colData<4,4> = XLATE('REACT_RUN',RdsId,'LOT_NO','X')
RecipeNo = XLATE('REACT_RUN',RdsId,'RECIPE_NO','X')
colData<5,3> = 'Recipe:' ; colData<5,4> = XLATE('RECIPE',RecipeNo,RECIPE_RECIPE_NAME$,'X')
font<2> = 10
font<4> = 0
stat = Set_Printer('FONT',font)
stat = Set_Printer('ADDTABLE',colFormat,'',colData,LTGREY$,'',1,TB_NONE)
stat = Set_Printer('TEXT')
ProdSpecID = XLATE('REACT_RUN',RdsId,'PS_NO','X')
ProdSpecRec = XLATE('PROD_SPEC',ProdSpecID,'','X')
Dopant = ProdSpecRec<PROD_SPEC_SPEC_EPI$,QSEpiDopant$>
Type = ''
BEGIN CASE
CASE INDEX(Dopant,'Ars',1)
Dopant = 'Arsine'
Type = 'N'
CASE INDEX(Dopant,'Pho',1)
Dopant = 'Phosphine'
Type = 'N'
CASE INDEX(Dopant,'Bor',1)
Dopant = 'Boron'
Type = 'P'
END CASE
IF Type NE '' OR Dopant NE '' THEN
colHeader = 'Epitaxial Specifiation' ; colFormat = '<4320'
colHeader<1,2> = 'Spec' ; colFormat<1,2> = '<3240'
colHeader<1,3> = 'Supplier Comment' ; colFormat<1,3> = '<3240'
colData = 'Type' ; colData<1,2> = Type
colData<2,1> = 'Dopant' ; colData<2,2> = Dopant
font<2> = 10
font<4> = 1 ;* Bold on
stat = Set_Printer('FONT',font)
stat = Set_Printer('ADDTABLE',colFormat,colHeader,'',LTGREY$,'',0,TB_ALL)
font<4> = 0 ;* Bold off
stat = Set_Printer('FONT',font)
stat = Set_Printer('ADDTABLE',colFormat,'',colData,LTGREY$,'',1,TB_ALL)
END
colHeader = '' ; colFormat = '<4320'
colHeader<1,2> = 'Minimum' ; colFormat<1,2> = '^2160'
colHeader<1,3> = 'Target' ; colFormat<1,3> = '^2160'
colHeader<1,4> = 'Maximum' ; colFormat<1,4> = '^2160'
colData = ''
colData<1,1> = 'Thickness'
colData<2,1> = 'Resistivity'
colData<3,1> = 'Concentration'
ThickMin = XLATE('REACT_RUN',RDSId,'THICK_MIN','X')
ThickTarget = XLATE('REACT_RUN',RDSId,'THICK_TARGET','X')
ThickMax = XLATE('REACT_RUN',RDSId,'THICK_MAX','X')
ThickUnits = XLATE('REACT_RUN',RDSId,'THICK_UNITS','X')
ResMin = XLATE('REACT_RUN',RDSId,'RES_MIN','X')
ResTarget = XLATE('REACT_RUN',RDSId,'RES_TARGET','X')
ResMax = XLATE('REACT_RUN',RDSId,'RES_MAX','X')
ResUnits = XLATE('REACT_RUN',RDSId,'RES_UNITS','X')
ConMin = XLATE('REACT_RUN',RDSId,'CON_MIN','X')
ConTarget = XLATE('REACT_RUN',RDSId,'CON_TARGET','X')
ConMax = XLATE('REACT_RUN',RDSId,'CON_MAX','X')
ConUnits = XLATE('REACT_RUN',RDSId,'CON_UNITS','X')
colData<1,2> = OCONV( ThickMin, 'MD2' ):' ':ThickUnits
colData<2,2> = OCONV( ResMin, 'MD3' ):' ':ResUnits
colData<3,2> = OCONV( ConMin, 'MS21' ):' ':ConUnits
colData<1,3> = OCONV( ThickTarget, 'MD2' ):' ':ThickUnits
colData<2,3> = OCONV( ResTarget, 'MD3' ):' ':ResUnits
colData<3,3> = OCONV( ConTarget, 'MS21' ):' ':ConUnits
colData<1,4> = OCONV( ThickMax, 'MD2' ):' ':ThickUnits
colData<2,4> = OCONV( ResMax, 'MD3' ):' ':ResUnits
colData<3,4> = OCONV( ConMax, 'MS21' ):' ':ConUnits
font<2> = 10
font<4> = 1 ;* Bold on
stat = Set_Printer('FONT',font)
stat = Set_Printer('ADDTABLE',colFormat,colHeader,'',LTGREY$,'',0,TB_ALL)
font<1> = 'MS LineDraw' ;* This font contains the omega symbol
font<2> = 10
font<4> = 0 ;* Bold on
stat = Set_Printer('FONT',font)
stat = Set_Printer('ADDTABLE',colFormat,'',colData,LTGREY$,'',1,TB_ALL)
font<1> = 'Arial' ;* Reset font to normal
stat = Set_Printer('TEXT')
stat = Set_Printer('TEXT')
colHeader = 'Reactor' ; colFormat = '<2880'
colHeader<1,2> = 'Time' ; colFormat<1,2> = '^2160'
colHeader<1,3> = 'Operator' ; colFormat<1,3> = '<2880'
colHeader<1,4> = 'Wafer Qty' ; colFormat<1,4> = '>1440'
colData = 'In'
colData<2,1> = 'Out'
colData<3,1> = 'Reject'
colData<1,2> = OCONV(FIELD(RdsRec<REACT_RUN_LOAD_SIG_DTM$>,'.',2),'MTH')
colData<2,2> = OCONV(FIELD(RdsRec<REACT_RUN_UNLOAD_SIG_DTM>,'.',2), 'MTH')
colData<3,2> = ''
colData<1,3> = OCONV(RdsRec<REACT_RUN_LOAD_SIG$>, '[XLATE_CONV,LSL_USERS*FIRST_LAST]' )
colData<2,3> = OCONV(RdsRec<REACT_RUN_UNLOAD_SIG$>, '[XLATE_CONV,LSL_USERS*FIRST_LAST]' )
colData<3,3> = ''
colData<1,4> = RdsRec<REACT_RUN_LOAD_WFR_CNT$>
colData<2,4> = RdsRec<REACT_RUN_FIN_WFR_CNT$>
IF XLATE('RDS',RdsId,'MU_WFRS_ADDED','X') > 0 THEN
colData<3,4> = 0 ;* Makeup wafers added
MakeupWaferFlag = 1
END ELSE
colData<3,4> = xlate( 'RDS', RdsId, 'TOT_REJ', 'X' )
MakeupWaferFlag = 0
END
font<2> = 10
font<4> = 1 ;* Bold on
stat = Set_Printer('FONT',font)
stat = Set_Printer('ADDTABLE',colFormat,colHeader,'',LTGREY$,'',0,TB_ALL)
font<2> = 10
font<4> = 0 ;* Bold off
stat = Set_Printer('FONT',font)
stat = Set_Printer('ADDTABLE',colFormat,'',colData,LTGREY$,'',1,TB_ALL)
stat = Set_Printer('TEXT')
stat = Set_Printer('TEXT')
colHeader = 'Light Point Defects' ; colFormat = '<2160'
colHeader<1,2> = 'Preclean' ; colFormat<1,2> = '^2160'
colHeader<1,3> = 'Post Preclean' ; colFormat<1,3> = '^2160'
colHeader<1,4> = 'First Wafer' ; colFormat<1,4> = '^2160'
colHeader<1,5> = 'Postclean' ; colFormat<1,5> = '^2160'
colData = 'Quantity'
colData<1,2> = RdsRec<rds_lpd_preclean$>
colData<1,3> = RdsRec<rds_lpd_post_preclean$>
colData<1,4> = RdsRec<rds_lpd_firstwafer$>
colData<1,5> = RdsRec<rds_lpd_postclean$>
font<4> = 1 ;* Bold on
stat = Set_Printer('FONT',font)
stat = Set_Printer('ADDTABLE',colFormat,colHeader,'',LTGREY$,'',0,TB_ALL)
font<4> = 0 ;* Bold off
stat = Set_Printer('FONT',font)
stat = Set_Printer('ADDTABLE',colFormat,'',colData,LTGREY$,'',1,TB_ALL)
stat = Set_Printer('TEXT')
stat = Set_Printer('TEXT')
colHeader = 'First Wafer':CRLF$:'Data Points' ; colFormat = '^1080'
colHeader<1,2> = 'Thickness' ; colFormat<1,2> = '^1080'
colHeader<1,3> = 'Sheet Rho' ; colFormat<1,3> = '^1080'
colHeader<1,4> = 'Resistivity' ; colFormat<1,4> = '^1080'
DataPoints = '80mm,70mm,60mm,50mm,40mm,30mm,20mm,10mm,Center,10mm,20mm,30mm,40mm,50mm,60mm,70mm,80mm'
CONVERT ',' TO @FM IN DataPoints
colData = DataPoints
ResReadings = OCONV(XLATE( 'RDS', RdsId, 'RES_READ', 'X' ),'MD4')
ThickReadings = OCONV(XLATE( 'RDS', RdsId, 'THICK_READ', 'X'), 'MD2')
SheetRhoReadings = OCONV(XLATE( 'RDS', RdsId, 'SHEETRHO_READ', 'X'),'MD3')
FOR DP = 1 TO 17
colData<DP,2> = ThickReadings<1,DP>
colData<DP,3> = SheetRhoReadings<1,DP>
colData<DP,4> = ResReadings<1,DP>
NEXT DP
ResultsTablePos = Get_Printer('POS')
font<2> = 8
font<4> = 1 ;* Bold on
stat = Set_Printer('FONT',font)
stat = Set_Printer('ADDTABLE',colFormat,colHeader,'',LTGREY$,'',0,TB_ALL)
font<2> = 8
font<4> = 0 ;* Bold off
stat = Set_Printer('FONT',font)
stat = Set_Printer('ADDTABLE',colFormat,'',colData,LTGREY$,'',1,TB_ALL)
stat = Set_Printer('TEXT')
colHeader = 'Statistical Results' ; colFormat = '^2160'
colHeader<1,2> = 'Thickness' ; colFormat<1,2> = '^1080'
colHeader<1,3> = 'Resistivity' ; colFormat<1,3> = '^1080'
ThickAvg = OCONV( XLATE( 'RDS', RdsId, 'TTHICK_AVG','X' ), 'MD2' )
ThickStdDev = OCONV( XLATE( 'RDS', RdsId, 'TTHICK_STDEV','X' ), 'MD4' )
ThickMax = OCONV( XLATE( 'RDS', RdsId, 'TTHICK_MAX','X' ), 'MD2' )
ThickMin = OCONV( XLATE( 'RDS', RdsId, 'TTHICK_MIN','X' ), 'MD2' )
ThickUnif = OCONV( XLATE( 'RDS', RdsId, 'TTHICK_UNIF','X' ), 'MD2S%Z' )
ResAvg = XLATE( 'RDS', RdsId, 'TRES_AVG','X' )
ResStdDev = OCONV( XLATE( 'RDS', RdsId, 'TRES_STDEV','X' ), 'MD4' )
ResMax = XLATE( 'RDS', RdsId, 'TRES_MAX','X' )
ResMin = XLATE( 'RDS', RdsId, 'TRES_MIN','X' )
ResUnif = OCONV( XLATE( 'RDS', RdsId, 'TRES_UNIF','X' ), 'MD2S%Z' )
colData = ''
colData<1,1> = 'Average' ; colData<1,2> = ThickAvg ; colData<1,3> = ResAvg
colData<2,1> = 'Standard Deviation' ; colData<2,2> = ThickStdDev ; colData<2,3> = ResStdDev
colData<3,1> = 'Maximum' ; colData<3,2> = ThickMax ; colData<3,3> = ResMax
colData<4,1> = 'Minimum' ; colData<4,2> = ThickMin ; colData<4,3> = ResMin
colData<5,1> = 'Uniformity' ; colData<5,2> = ThickUnif ; colData<5,3> = ResUnif
font<2> = 8
font<4> = 1 ;* Bold on
stat = Set_Printer('FONT',font)
stat = Set_Printer('ADDTABLE',colFormat,colHeader,'',LTGREY$,'',0,TB_ALL)
font<2> = 8
font<4> = 0 ;* Bold off
stat = Set_Printer('FONT',font)
stat = Set_Printer('ADDTABLE',colFormat,'',colData,LTGREY$,'',1,TB_ALL)
LeftTableXPos = ResultsTablePos<1>
RightTableXPos = LeftTableXPos + 3.2
stat = Set_Printer('POS',ResultsTablePos) ;* This moves the vertical to the top of the data point table
;* Position stuff is not documented correctly
VendLotNo = RDSRec<rds_lot_num$>
IF VendLotNo NE '' THEN
OPEN 'DICT.COA' TO DictVar THEN
SearchString = 'LOT_NO':@VM:VendLotNo:@FM
CoaKey = ''
Option = ''
Flag = ''
Btree.Extract(SearchString, 'COA', DictVar, CoaKey, Option, Flag)
IF INDEX(CoaKey,@VM,1) THEN
debug
END
END ELSE
debug
*ErrMsg('Unable to open DICT.COA in Print_Cust_Rds routine.')
END
CoaRec = XLATE('COA',CoaKey,'','X')
FindList = 'TTV':@FM:'STIR':@FM:'TIR':@FM:'FPD':@FM:'WARP'
Parms = CoaRec<COA_PARAMETER$>
Criteria = ''
FOR I = 1 TO COUNT(Parms,@VM) + (Parms NE '')
Parm = Parms<1,I>
FOR N = 1 TO COUNT(FindList,@FM) + (FindList NE '')
FindWord = FindList<N>
IF Parm[1,LEN(FindWord)] = FindWord THEN
Criteria<-1> = Parm:@VM:CoaRec<COA_MEAN$,I>
END
NEXT N
NEXT I
IF Criteria NE '' THEN
colHeader = 'Wafer Criteria' ; colFormat = '<2880'
colHeader<1,2> = 'Mean Value' ; colFormat<1,2> = '>2160'
colData = Criteria
font<2> = 8
font<4> = 1 ;* Bold on
stat = Set_Printer('FONT',font)
stat = Set_Printer('ADDTABLE',colFormat,colHeader,'',LTGREY$,'',0,TB_ALL:@FM:3.2)
font<2> = 8
font<4> = 0 ;* Bold off
stat = Set_Printer('FONT',font)
stat = Set_Printer('ADDTABLE',colFormat,'',colData,LTGREY$,'',1,TB_ALL:@FM:3.2)
stat = Set_Printer('TEXT')
END
END ;* End of check for COA lot number
* 1st Wafer surface Defects
colHeader = '1st Wafer Surface Defects' ; ColFormat = '<2880'
colHeader<1,2> = 'Quantity' ; ColFormat<1,2> = '^2160'
DataPoints = 'Pits,Mounds,BL Defects,Stack Faults,Spikes,Spots,FOV,Scratches,Scratch Length,'
DataPoints := 'Bright Light LPD'
CONVERT ',' TO @FM IN DataPoints
colData = DataPoints
colData<1,2> = RdsRec<rds_post_pits$>
colData<2,2> = RdsRec<rds_post_mounds$>
colData<3,2> = RdsRec<rds_post_bl_defects$>
colData<4,2> = RdsRec<rds_post_stack_faults$>
colData<5,2> = RdsRec<rds_post_spikes$>
colData<6,2> = RdsRec<rds_post_spots$>
colData<7,2> = RdsRec<rds_post_fov$>
colData<8,2> = RdsRec<rds_post_scratches$>
colData<9,2> = RdsRec<rds_post_scratch_len$>
colData<10,2> = RdsRec<rds_lpd_firstwafer$> ;* Use manual inspection results
TotalSurfDefects = 0
TotalSurfDefects = TotalSurfDefects + RdsRec<rds_post_pits$>
TotalSurfDefects = TotalSurfDefects + RdsRec<rds_post_mounds$>
TotalSurfDefects = TotalSurfDefects + RdsRec<rds_post_stack_faults$>
TotalSurfDefects = TotalSurfDefects + RdsRec<rds_post_spikes$>
TotalSurfDefects = TotalSurfDefects + RdsRec<rds_post_spots$>
TotalSurfDefects = TotalSurfDefects + RdsRec<rds_post_scratches$>
TotalSurfDefects = TotalSurfDefects + colData<10,2>
colData<13,1> = 'Total Surface Defects'
colData<13,2> = TotalSurfDefects
font<2> = 8
font<4> = 1 ;* Bold on
stat = Set_Printer('FONT',font)
stat = Set_Printer('ADDTABLE',colFormat,colHeader,'',LTGREY$,'',0,TB_ALL:@FM:3.2)
font<2> = 8
font<4> = 0 ;* Bold off
stat = Set_Printer('FONT',font)
stat = Set_Printer('ADDTABLE',colFormat,'',colData,LTGREY$,'',1,TB_ALL:@FM:3.2)
* Check for Surfscan results *
SurfScanKeys = ''
OPEN 'DICT.SURFACE_SCAN' TO DictVar THEN
SearchString = 'RDS_NO':@VM:RdsId:@FM
Option = ''
Flag = ''
Btree.Extract(SearchString, 'SURFACE_SCAN', DictVar, SurfScanKeys, Option, Flag)
END ELSE
debug
*ErrMsg('Unable to open DICT.SURFACE_SCAN in Print_Cust_Rds routine.')
END
IF SurfScanKeys <> '' THEN
GOSUB SurfScanResults
END
* Non-Conformance Reports for this RDS * * * * * * * * * * * * * * * * * * * *
IF NOT(MakeupWaferFlag) THEN
NCRKeys = XLATE('RDS',RdsId,RDS_NCR_KEYS$,'X') ;* does this work??????
NCRKeyCnt = COUNT(NCRKeys,@vm) + (NCRKeys NE '')
FOR I = 1 TO NCRKeyCnt
stat = Set_Printer('PAGEBREAK')
NCRKey = NCRKeys<1,I>
NCRRec = XLATE('NCR',NCRKey,'','X')
LossDesc = XLATE('NCR',NCRKey,'LOSS_DESC','X')
font<2> = 10
stat = Set_Printer('FONT',font)
stat = Set_Printer('TEXT')
RejCnt = XLATE( 'NCR', NCRKey, 'REJ_CNT', 'X' )
IF RejCnt = 1 THEN
RejText = RejCnt:' Wafer Rejected for ':LossDesc
END ELSE
RejText = RejCnt:' Wafer(s) Rejected for ':LossDesc
END
ColHeader = RejText ; colFormat = '^11000'
font<2> = 12
font<4> = 0 ;* Bold on
stat = Set_Printer('FONT',font)
stat = Set_Printer('ADDTABLE',colFormat,colHeader,'',LTGREY$,'',0,TB_ALL)
stat = Set_Printer('TEXT')
stat = Set_Printer('TEXT')
colHeader = 'Reject Wafer':CRLF$:'Data Points' ; colFormat = '^1080'
colHeader<1,2> = 'Thickness' ; colFormat<1,2> = '^1080'
colHeader<1,3> = 'Sheet Rho' ; colFormat<1,3> = '^1080'
colHeader<1,4> = 'Resistivity' ; colFormat<1,4> = '^1080'
DataPoints = '80mm,70mm,60mm,50mm,40mm,30mm,20mm,10mm,Center,10mm,20mm,30mm,40mm,50mm,60mm,70mm,80mm'
CONVERT ',' TO @FM IN DataPoints
colData = DataPoints
ResReadings = xlate( 'NCR', NCRKey, 'RES_READ', 'X' )
Test = ResReadings
IF Test NE '' THEN
FOR DP = 1 to 17
colData<DP,2> = OCONV( NCRRec<ncr_thick_read$,DP>, 'MD2' )
colData<DP,3> = OCONV( NCRRec<ncr_sheetrho_read$,DP>, 'MD2' )
colData<DP,4> = OCONV( ResReadings<1,DP>, 'MD3' )
NEXT DP
LeftTablePos = Get_Printer('POS')
font<2> = 8
font<4> = 1 ;* Bold on
stat = Set_Printer('FONT',font)
stat = Set_Printer('ADDTABLE',colFormat,colHeader,'',LTGREY$,'',0,TB_ALL)
font<2> = 8
font<4> = 0 ;* Bold off
stat = Set_Printer('FONT',font)
stat = Set_Printer('ADDTABLE',colFormat,'',colData,LTGREY$,'',1,TB_ALL)
stat = Set_Printer('TEXT')
colHeader = 'Statistical Results' ; colFormat = '^2160'
colHeader<1,2> = 'Thickness' ; colFormat<1,2> = '^1080'
colHeader<1,3> = 'Resistivity' ; colFormat<1,3> = '^1080'
colData = ''
colData<1,1> = 'Average' ; colData<1,2> = OCONV( NCRRec<ncr_tthick_avg$>, 'MD2' )
colData<2,1> = 'Standard Deviation' ; colData<2,2> = OCONV( NCRRec<ncr_tthick_stdev$>, 'MD3' )
colData<3,1> = 'Maximum' ; colData<3,2> = OCONV( NCRRec<ncr_tthick_max$>, 'MD2' )
colData<4,1> = 'Minimum' ; colData<4,2> = OCONV( NCRRec<ncr_tthick_min$>, 'MD2' )
colData<5,1> = 'Uniformity' ; colData<5,2> = OCONV( NCRRec<ncr_tthick_unif$>, 'MD2S%' )
colData<1,3> = OCONV( NCRRec<ncr_tres_avg$>, 'MD3' )
colData<2,3> = OCONV( NCRRec<ncr_tres_stdev$>, 'MD3' )
colData<3,3> = OCONV( NCRRec<ncr_tres_max$>, 'MD3' )
colData<4,3> = OCONV( NCRRec<ncr_tres_min$>, 'MD3' )
colData<5,3> = OCONV( NCRRec<ncr_tres_unif$>, 'MD2S%' )
stat = Set_Printer('CALCTABLE',colFormat:@FM:colData)
TableSize = Get_Printer('CALCTABLE')
TableHeight = TableSize<2>
IF Get_Printer('POS')<2> + Tableheight > MaxPrintLength THEN
stat = Set_Printer('PAGEBREAK')
END
font<2> = 8
font<4> = 1 ;* Bold on
stat = Set_Printer('FONT',font)
stat = Set_Printer('ADDTABLE',colFormat,colHeader,'',LTGREY$,'',0,TB_ALL)
font<2> = 8
font<4> = 0 ;* Bold off
stat = Set_Printer('FONT',font)
stat = Set_Printer('ADDTABLE',colFormat,'',colData,LTGREY$,'',1,TB_ALL)
LeftTableXPos = LeftTablePos<1>
RightTableXPos = LeftTableXPos + 3.2
stat = Set_Printer('POS',LeftTablePos) ;* This moves the vertical to the top of the data point table
;* Position stuff is not documented correctly
colHeader = 'Surface Defects' ; ColFormat = '<2160'
colHeader<1,2> = 'Quantity' ; ColFormat<1,2> = '^2160'
DataPoints = 'Pits,Mounds,BL Defects,Stack Faults,Spikes,Spots,FOV,Scratches,Scratch Length,Surf Defects,Surf Haze'
CONVERT ',' TO @FM IN DataPoints
colData = DataPoints
colData<1,2> = OCONV(NCRRec<ncr_pits$>,'MD0')
colData<2,2> = OCONV(NCRRec<ncr_mounds$>,'MD0')
colData<3,2> = OCONV(NCRRec<ncr_bl_defects$>,'MD0')
colData<4,2> = OCONV(NCRRec<ncr_stack_faults$>,'MD0')
colData<5,2> = OCONV(NCRRec<ncr_spikes$>,'MD0')
colData<6,2> = OCONV(NCRRec<ncr_spots$>,'MD0')
colData<7,2> = OCONV(NCRRec<ncr_spot_fov$>,'MD0')
colData<8,2> = OCONV(NCRRec<ncr_scratches$>,'MD0')
colData<9,2> = OCONV(NCRRec<ncr_scratch_len$>,'MD0')
colData<10,2> = OCONV(NCRRec<ncr_surf_defects$>,'MD0')
colData<11,2> = OCONV(NCRRec<ncr_surf_haze$>,'MD2S%')
TotalSurfaceDefects = 0
FOR L = 1 TO 10
IF L NE 9 THEN
TotalSurfaceDefects += colData<L,2>
END
NEXT L
colData<13,1> = 'Total Surface Defects'
colData<13,2> = TotalSurfaceDefects
font<2> = 8
font<4> = 1 ;* Bold on
stat = Set_Printer('FONT',font)
stat = Set_Printer('ADDTABLE',colFormat,colHeader,'',LTGREY$,'',0,TB_ALL:@FM:3.2)
font<2> = 8
font<4> = 0 ;* Bold off
stat = Set_Printer('FONT',font)
stat = Set_Printer('ADDTABLE',colFormat,'',colData,LTGREY$,'',1,TB_ALL:@FM:3.2)
END ;* End of check for datapoints
NEXT I
END ;* End of check for Makeup Wafer Flag
IF RDSRec<RDS_IN_CASS_NO$><1,1> NE '' THEN
Stat = Set_Printer('PAGEBREAK')
font = 'Arial'
font<2> = '18' ;* Big type
font<4> = 1 ;* Bold on
font<5> = 1 ;* Italics
stat = Set_Printer('TEXTXY','Run Data Sheet',2.65:@FM:-0.80,font,0)
font<2> = 12 ;* Drop the font size
font<4> = 0 ;* Bold Off
font<5> = 0 ;* Italics off
colHeader = 'Material Out' ; colFormat = '^1440'
colHeader<1,2> = 'Reactor' ; colFormat<1,2> = '^2160'
colHeader<1,3> = '' ; colFormat<1,3> = '^2880'
colHeader<1,4> = '' ; colFormat<1,4> = '^2880'
colHeader<1,5> = 'Material In' ; colFormat<1,5> = '^1440'
font<2> = 8
font<4> = 1 ;* Bold on
stat = Set_Printer('FONT',font)
stat = Set_Printer('ADDTABLE',colFormat,colHeader,'',LTGREY$,'',0,TB_ALL)
colHeader = 'Cass' ; colFormat = '^720'
colHeader<1,2> = 'Slot' ; colFormat<1,2> = '^720'
colHeader<1,3> = 'Pocket' ; colFormat<1,3> = '^1080'
colHeader<1,4> = 'Zone' ; colFormat<1,4> = '^1080'
colHeader<1,5> = 'Lot No' ; colFormat<1,5> = '^2880'
colHeader<1,6> = 'Part No' ; colFormat<1,6> = '^2880'
colHeader<1,7> = 'Cass' ; colFormat<1,7> = '^720'
colHeader<1,8> = 'Slot' ; colFormat<1,8> = '^720'
colData = ''
WONo = RdsRec<RDS_WO$>
WORec = XLATE('WO_LOG',WONo,'','X')
ReactPockets = RDSRec<RDS_POCKET$>
ReactZones = RDSRec<RDS_ZONE$>
InCassNos = RDSRec<RDS_IN_CASS_NO$>
InSlotNos = RDSRec<RDS_IN_SLOT_NO$>
OutCassNos = RDSRec<RDS_OUT_CASS_NO$>
OutSlotNos = RDSRec<RDS_OUT_CASS_SLOT$>
LineCnt = 1
FOR I = 1 TO COUNT(InCassNos,@VM) + (InCassNos NE '')
InCassNo = InCassNos<1,I>
WOMatRec = XLATE('WO_MAT',WONo:'*':InCassNo,'','X')
colData<LineCnt,1> = OutCassNos<1,I>
colData<LineCnt,2> = OutSlotNos<1,I>
colData<LineCnt,3> = ReactPockets<1,I>
colData<LineCnt,4> = ReactZones<1,I>
colData<LineCnt,5> = WOMatRec<WO_MAT_LOT_NO$>
colData<LineCnt,6> = WOMatRec<WO_MAT_CUST_PART_NO$>
colData<LineCnt,7> = InCassNos<1,I>
colData<LineCnt,8> = InSlotNos<1,I>
LineCnt += 1
NEXT I
stat = Set_Printer('ADDTABLE',colFormat,colHeader,'',LTGREY$,'',0,TB_ALL)
font<2> = 8
font<4> = 0 ;* Bold off
stat = Set_Printer('FONT',font)
stat = Set_Printer('ADDTABLE',colFormat,'',colData,LTGREY$,'',1,TB_ALL)
END
RETURN
* * * * * * *
SurfScanResults:
* * * * * * *
* We have surface scan results
colFormat = '<2880'
colFormat<1,2> = '>900'
colFormat<1,3> = '>900'
colFormat<1,4> = '>900'
colFormat<1,5> = '>900'
PSId = RDSRec<rds_prod_spec_id$>
PSRec = XLATE('PROD_SPEC',PSId,'','X')
PreEpiHazeAvgSpec = PSRec<101>
FirstWaferHazeAvgSpec = PSRec<103>
PostCleanHazeAvgSpec = PSRec<105>
PreEpiDefectSpec = PSRec<100>
FirstWaferDefectSpec = PSRec<102>
PostCleanDefectSpec = PSRec<104>
stat = Set_Printer('TEXT')
FOR SurfScanNo = 1 TO COUNT(SurfScanKeys,@VM) + (SurfScanKeys NE '')
SurfScanKey = SurfScanKeys<1,SurfScanNo>
SurfScanRec = XLATE('SURFACE_SCAN',SurfScanKey,'','X')
Stage = FIELD(SurfScanKey,'*',4)
PopupData = XLATE('SYSREPOSPOPUPS','LSL2**STAGE',8,'X')
StageDesc = ''
FOR I = 1 TO COUNT(PopupData,@VM) + (PopupData NE '')
PopCode = PopupData<1,I,1>
IF PopCode = Stage THEN StageDesc = PopupData<1,I,2>
UNTIL PopupData<1,I,1> = Stage
NEXT I
Tool = SurfScanRec<SURFACE_SCAN_SCAN_TOOL$>
colHeader = StageDesc:' - ':Tool:CRLF$:'Surface Scan Results'
colHeader<1,2> = 'Spec'
colHeader<1,3> = 'Min'
colHeader<1,4> = 'Max'
colHeader<1,5> = 'Avg'
BEGIN CASE
CASE Stage = 'PE'
HazeSpec = PreEpiHazeAvgSpec
DefectSpec = PreEpiDefectSpec
CASE Stage = 'FW'
HazeSpec = FirstWaferHazeAvgSpec
DefectSpec = FirstWaferDefectSpec
CASE Stage = 'PC'
HazeSpec = PostCleanHazeAvgSpec
DefectSpec = PostCleanDefectSpec
END CASE
colData = ''
IF RdsRec<rds_cust_no$> = '6872' THEN
colData<1,1> = 'Sum of Defects > .02':CHAR(230):'m'
END ELSE
colData<1,1> = 'Sum of Defects'
END
colData<1,2> = DefectSpec
colData<1,3> = SurfScanRec<SURFACE_SCAN_SUM_OF_DEF_MIN$>
colData<1,4> = SurfScanRec<SURFACE_SCAN_SUM_OF_DEF_MAX$>
colData<1,5> = OCONV(SurfScanRec<SURFACE_SCAN_SUM_OF_DEF_AVG$>,'MD3')
colData<2,1> = 'Surface Haze Avg (ppm)'
colData<2,2> = HazeSpec
colData<2,3> = SurfScanRec<SURFACE_SCAN_HAZE_AVG_MIN$>
colData<2,4> = SurfScanRec<SURFACE_SCAN_HAZE_AVG_MAX$>
colData<2,5> = OCONV(SurfScanRec<SURFACE_SCAN_HAZE_AVG_AVG$>,'MD3')
font<2> = 8
font<4> = 1 ;* Bold on
stat = Set_Printer('FONT',font)
stat = Set_Printer('ADDTABLE',colFormat,colHeader,'',LTGREY$,'',0,TB_ALL:@FM:3.2)
font<1> = 'MS LineDraw' ;* This font contains the omega symbol
font<4> = 0 ;* Bold off
stat = Set_Printer('FONT',font)
stat = Set_Printer('ADDTABLE',colFormat,'',colData,LTGREY$,'',1,TB_ALL:@FM:3.2)
font<1> = 'Arial' ;* Reset font to normal
stat = Set_Printer('FONT',font)
NEXT SurfScanNo
RETURN