1439 lines
67 KiB
Plaintext
1439 lines
67 KiB
Plaintext
COMPILE SUBROUTINE REPORT_THRUPUT_ORG(dummy)
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* General Manager Report - goes straight to Excel
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* 9/23/2006 John C. Henry, J.C. Henry & Co., Inc. Initial coding
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DECLARE SUBROUTINE ErrMsg, Btree.Extract, Set_Status, SetInitDirOptions, ErrMsg
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DECLARE FUNCTION Msg, Get_Status, obj_Calendar, Utility, SetInitDirOptions, Dialog_Box, obj_RDS_Test, Environment_Services
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$INSERT RDS_EQU
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$INSERT COMPANY_EQU
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$INSERT REACTOR_EQUATES
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$INSERT FISCAL_QTR_EQUATES
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$INSERT COC_EQUATES
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$INSERT MSG_EQUATES
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$INSERT EXCEL_EQU
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EQU ROW$TOT_REACTOR_OUTS TO 2
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EQU ROW$TOT_YIELD_OUTS TO 3
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EQU ROW$TOT_CUST_SCRAP TO 4
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EQU ROW$TOT_EPI_SCRAP TO 5
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EQU ROW$TOT_OTHER TO 6
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EQU ROW$TOT_YIELD TO 7
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EQU ROW$TOT_SCRAP_RATE TO 8
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EQU ROW$TOT_SHIP TO 9
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EQU ROW$BLANK_LINE_1 TO 10
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EQU ROW$CAP_OUT TO 11
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EQU ROW$CAP_FOUNDRY TO 12
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EQU ROW$CAP_FAB2 TO 13
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EQU ROW$CAP_FAB10 TO 14
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EQU ROW$CAP_FAB11 TO 15
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EQU ROW$CAP_CUST_SCRAP TO 16
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EQU ROW$CAP_EPI_SCRAP TO 17
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EQU ROW$CAP_OTHER TO 18
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EQU ROW$CAP_YIELD TO 19
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EQU ROW$CAP_SCRAP_RATE TO 20
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EQU ROW$CAP_SHIP TO 21
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EQU ROW$BLANK_LINE_2 TO 22
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EQU ROW$MER_TOT_OUT TO 23
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EQU ROW$MER_BL_OUT TO 24
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EQU ROW$MER_BLANKET_OUT TO 25
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EQU ROW$MER_CUST_SCRAP TO 26
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EQU ROW$MER_EPI_SCRAP TO 27
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EQU ROW$MER_OTHER TO 28
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EQU ROW$MER_YIELD TO 29
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EQU ROW$MER_SCRAP_RATE TO 30
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EQU ROW$MER_SHIP TO 31
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EQU ROW$BLANK_LINE_3 TO 32
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EQU ROW$ASMP_OUT TO 33
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EQU ROW$ASMP_CUST_SCRAP TO 34
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EQU ROW$ASMP_EPI_SCRAP TO 35
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EQU ROW$ASMP_OTHER TO 36
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EQU ROW$ASMP_YIELD TO 37
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EQU ROW$ASMP_SCRAP_RATE TO 38
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EQU ROW$BLANK_LINE_4 TO 39
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EQU ROW$ASM_OUT TO 40
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EQU ROW$ASM_CUST_SCRAP TO 41
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EQU ROW$ASM_EPI_SCRAP TO 42
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EQU ROW$ASM_OTHER TO 43
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EQU ROW$ASM_YIELD TO 44
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EQU ROW$ASM_SCRAP_RATE TO 45
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EQU ROW$BLANK_LINE_5 TO 46
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EQU ROW$HTR3_OUT TO 47
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EQU ROW$HTR3_CUST_SCRAP TO 48
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EQU ROW$HTR3_EPI_SCRAP TO 49
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EQU ROW$HTR3_OTHER TO 50
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EQU ROW$HTR3_YIELD TO 51
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EQU ROW$HTR3_SCRAP_RATE TO 52
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EQU ROW$BLANK_LINE_6 TO 53
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EQU ROW$EPIPRO_OUT TO 54
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EQU ROW$EPIPRO_CUST_SCRAP TO 55
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EQU ROW$EPIPRO_EPI_SCRAP TO 56
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EQU ROW$EPIPRO_OTHER TO 57
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EQU ROW$EPIPRO_YIELD TO 58
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EQU ROW$EPIPRO_SCRAP_RATE TO 59
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EQU COL$MON TO 2
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EQU COL$TUE TO 3
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EQU COL$WED TO 4
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EQU COL$THU TO 5
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EQU COL$FRI TO 6
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EQU COL$SAT TO 7
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EQU COL$SUN TO 8
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EQU COL$WTD_ACTUAL TO 9
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EQU COL$QTD_ACTUAL TO 10
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EQU COL$QTD_MF_PLAN TO 11
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EQU COL$QTD_MF_REMAIN TO 12
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EQU COL$ORG_MF_DAILY_PLAN TO 13
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EQU COL$QTD_MF_OVER_UNDER TO 14
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EQU COL$PERIOD TO 15
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EQU COL$PERIOD_VALUE TO 16
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EQU COL$PERIOD_START TO 17
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EQU COL$PERIOD_END TO 18
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EQU CRLF$ TO \0D0A\
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errCode = ''
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eXcelCols = 'A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q,R,S,T,U,V,W,X,Y,Z,AA,BB,CC,DD,EE,FF,GG,HH,II,JJ,KK,LL'
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SWAP "','" WITH ',' IN eXcelCols
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CONVERT ',' TO @VM IN eXcelCols
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NoteText = 'Enter an ending date for data selection.':CRLF$:CRLF$
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NoteText := 'The report will calculate the Quarter and Week '
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NoteText := 'beginning and ending dates and report on the QTD '
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NoteText := 'through the ending date entered.'
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DateLabel = 'Include data through:'
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CutOffDt = Dialog_Box("DIALOG_DATE",@WINDOW,NoteText:@FM:DateLabel)
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thisCutOffDt = ICONV(CutOffDt,'D4/')
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IF thisCutOffDt = '' THEN
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RETURN
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END
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CutOffDt = OCONV(thisCutOffDt,'D4/')
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IF CutOffDt = '' THEN RETURN
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FiscalYear = obj_Calendar('IRFiscalYear',CutOffDt)
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FWData = obj_Calendar('IRFiscalWeek',CutOffDt)
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FiscalWeek = FWData[1,@FM]
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FWStartDt = FWData[COL2()+1,@FM]
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FWEndDt = FWData[COL2()+1,@FM]
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StartDt = ICONV(FWStartDt,'D')
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WeekDates = ''
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FOR I = StartDt TO StartDt + 6
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WeekDates<1,-1> = OCONV(I,'D4/')
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NEXT I
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FQData = obj_Calendar('IRFiscalQuarter',CutOffDt)
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FiscalQuarter = FQData<1>
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FQStartDt = FQData<2>
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FQEndDt = FQData<3>
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DataArray = ''
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DataArray<1,ROW$TOT_REACTOR_OUTS> = 'Reactor Outs'
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DataArray<1,ROW$TOT_YIELD_OUTS> = ' Yield Outs'
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DataArray<1,ROW$TOT_CUST_SCRAP> = ' Sup/Cust Scrap'
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DataArray<1,ROW$TOT_EPI_SCRAP> = ' IFX Scrap'
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DataArray<1,ROW$TOT_OTHER> = ' Prod Test'
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DataArray<1,ROW$TOT_YIELD> = ' Yield %'
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DataArray<1,ROW$TOT_SCRAP_RATE> = ' Scrap/1k'
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DataArray<1,ROW$TOT_SHIP> = ' Shipped'
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* DataArray<1,ROW$TOT_PRIME_TW> = ' Prime TW' ;* dkk 12/30/13
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* DataArray<1,ROW$TOT_RECLAIM_TW> = ' Reclaim TW' ;* dkk 12/30/13
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DataArray<1,ROW$CAP_OUT> = 'Captive Out'
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DataArray<1,ROW$CAP_FAB2> = ' Fab 2'
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DataArray<1,ROW$CAP_FOUNDRY> = ' Foundry'
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DataArray<1,ROW$CAP_FAB10> = ' Fab 10'
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DataArray<1,ROW$CAP_FAB11> = ' Fab 11'
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DataArray<1,ROW$CAP_CUST_SCRAP> = ' Supplier Scrap'
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DataArray<1,ROW$CAP_EPI_SCRAP> = ' IFX Scrap'
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DataArray<1,ROW$CAP_OTHER> = ' Prod Test'
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DataArray<1,ROW$CAP_YIELD> = ' Yield'
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DataArray<1,ROW$CAP_SCRAP_RATE> = ' Scrap/1k'
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DataArray<1,ROW$CAP_SHIP> = ' Shipped'
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* DataArray<1,ROW$CAP_PRIME_TW> = ' Prime TW' ;* dkk 12/30/13
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* DataArray<1,ROW$CAP_RECLAIM_TW> = ' Reclaim TW' ;* dkk 12/30/13
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DataArray<1,ROW$MER_TOT_OUT> = 'Merchant Out'
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DataArray<1,ROW$MER_BL_OUT> = ' B/L'
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DataArray<1,ROW$MER_BLANKET_OUT> = ' Blanket'
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DataArray<1,ROW$MER_CUST_SCRAP> = ' Cust Scrap'
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DataArray<1,ROW$MER_EPI_SCRAP> = ' IFX Scrap'
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DataArray<1,ROW$MER_OTHER> = ' Prod Test'
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DataArray<1,ROW$MER_YIELD> = ' Yield'
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DataArray<1,ROW$MER_SCRAP_RATE> = ' Scrap/1k'
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DataArray<1,ROW$MER_SHIP> = ' Shipped'
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* DataArray<1,ROW$MER_PRIME_TW> = ' Prime TW' ;* dkk 12/30/13
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* DataArray<1,ROW$MER_RECLAIM_TW> = ' Reclaim TW' ;* dkk 12/30/13
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DataArray<1,ROW$ASMP_OUT> = 'ASM+ Out'
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DataArray<1,ROW$ASMP_CUST_SCRAP> = ' Supplier Scrap'
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DataArray<1,ROW$ASMP_EPI_SCRAP> = ' IFX Scrap'
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DataArray<1,ROW$ASMP_OTHER> = ' Prod Test'
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DataArray<1,ROW$ASMP_YIELD> = ' Yield'
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DataArray<1,ROW$ASMP_SCRAP_RATE> = ' Scrap/1k'
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* DataArray<1,ROW$ASMP_PRIME_TW> = ' Prime TW' ;* dkk 12/30/13
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* DataArray<1,ROW$ASMP_RECLAIM_TW> = ' Reclaim TW' ;* dkk 12/30/13
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DataArray<1,ROW$ASM_OUT> = 'ASM Out'
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DataArray<1,ROW$ASM_CUST_SCRAP> = ' Sup/Cust Scrap'
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DataArray<1,ROW$ASM_EPI_SCRAP> = ' IFX Scrap'
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DataArray<1,ROW$ASM_OTHER> = ' Prod Test'
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DataArray<1,ROW$ASM_YIELD> = ' Yield'
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DataArray<1,ROW$ASM_SCRAP_RATE> = ' Scrap/1k'
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* DataArray<1,ROW$ASM_PRIME_TW> = ' Prime TW' ;* dkk 12/30/13
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* DataArray<1,ROW$ASM_RECLAIM_TW> = ' Reclaim TW' ;* dkk 12/30/13
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DataArray<1,ROW$HTR3_OUT> = 'HTR3 Out'
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DataArray<1,ROW$HTR3_CUST_SCRAP> = ' Supplier Scrap'
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DataArray<1,ROW$HTR3_EPI_SCRAP> = ' IFX Scrap'
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DataArray<1,ROW$HTR3_OTHER> = ' Prod Test'
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DataArray<1,ROW$HTR3_YIELD> = ' Yield'
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DataArray<1,ROW$HTR3_SCRAP_RATE> = ' Scrap/1k'
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* DataArray<1,ROW$HTR3_PRIME_TW> = ' Prime TW' ;* dkk 12/30/13
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* DataArray<1,ROW$HTR3_RECLAIM_TW> = ' Reclaim TW' ;* dkk 12/30/13
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DataArray<1,ROW$EPIPRO_OUT> = 'EpiPRO Out'
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DataArray<1,ROW$EPIPRO_CUST_SCRAP> = ' Supplier Scrap'
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DataArray<1,ROW$EPIPRO_EPI_SCRAP> = ' IFX Scrap'
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DataArray<1,ROW$EPIPRO_OTHER> = ' Prod Test'
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DataArray<1,ROW$EPIPRO_YIELD> = ' Yield'
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DataArray<1,ROW$EPIPRO_SCRAP_RATE> = ' Scrap/1k'
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* DataArray<1,ROW$EPIPRO_PRIME_TW> = ' Prime TW' ;* dkk 12/30/13
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* DataArray<1,ROW$EPIPRO_RECLAIM_TW> = ' Reclaim TW' ;* dkk 12/30/13
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DataArray<COL$MON,1> = 'Monday ':WeekDates<1,1>
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DataArray<COL$TUE,1> = 'Tuesday ':WeekDates<1,2>
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DataArray<COL$WED,1> = 'Wednesday ':WeekDates<1,3>
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DataArray<COL$THU,1> = 'Thursday ':WeekDates<1,4>
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DataArray<COL$FRI,1> = 'Friday ':WeekDates<1,5>
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DataArray<COL$SAT,1> = 'Saturday ':WeekDates<1,6>
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DataArray<COL$SUN,1> = 'Sunday ':WeekDates<1,7>
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DataArray<COL$WTD_ACTUAL,1> = 'WTD Actual'
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DataArray<COL$QTD_ACTUAL,1> = 'QTD Actual'
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DataArray<COL$QTD_MF_PLAN,1> = 'MF QTY Plan' ;* dkk 12/30/13
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DataArray<COL$QTD_MF_REMAIN,1> = 'MF QTD Remain' ;* dkk 12/30/13
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DataArray<COL$ORG_MF_DAILY_PLAN,1> = 'MF Plan Daily' ;* dkk 12/30/13
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DataArray<COL$QTD_MF_OVER_UNDER,1> = 'MF QTD +/-' ;* dkk 12/30/13
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FQRec = XLATE('FISCAL_QTR',FiscalYear:'*':FiscalQuarter,'','X')
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TargKeys = ''
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FOR I = 1 TO COUNT(FQRec<FISCAL_QTR_THRU_GROUP$>,@VM) + (FQRec<FISCAL_QTR_THRU_GROUP$> NE '')
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TargKey = FQRec<FISCAL_QTR_THRU_GROUP$,I>:'*':FQRec<FISCAL_QTR_THRU_TARGET$,I>
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TargQty = OCONV(FQRec<FISCAL_QTR_THRU_QTY$,I>,'MD0,Z')
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TargPcnt = OCONV(FQRec<FISCAL_QTR_THRU_PCNT$,I>, 'MD2%SZ')
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BEGIN CASE
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CASE TargKey = 'TOT*Reactor_Outs' ; DataArray<COL$QTD_MF_PLAN,ROW$TOT_REACTOR_OUTS> = TargQty
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CASE TargKey = 'TOT*Yield_Outs' ; DataArray<COL$QTD_MF_PLAN,ROW$TOT_YIELD_OUTS> = TargQty
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CASE TargKey = 'TOT*Sup/Cust_Scrap' ; DataArray<COL$QTD_MF_PLAN,ROW$TOT_CUST_SCRAP> = TargQty
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CASE TargKey = 'TOT*IFX_Scrap' ; DataArray<COL$QTD_MF_PLAN,ROW$TOT_EPI_SCRAP> = TargQty
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CASE TargKey = 'TOT*Prod_Test' ; DataArray<COL$QTD_MF_PLAN,ROW$TOT_OTHER> = TargQty
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CASE TargKey = 'TOT*Yield' ; DataArray<COL$QTD_MF_PLAN,ROW$TOT_YIELD> = TargPcnt
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CASE TargKey = 'TOT*Shipped' ; DataArray<COL$QTD_MF_PLAN,ROW$TOT_SHIP> = TargQTY
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CASE TargKey = 'CAP*Captive_Out' ; DataArray<COL$QTD_MF_PLAN,ROW$CAP_OUT> = TargQty
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CASE TargKey = 'CAP*Foundry' ; DataArray<COL$QTD_MF_PLAN,ROW$CAP_FOUNDRY> = TargQty
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CASE TargKey = 'CAP*Fab_2' ; DataArray<COL$QTD_MF_PLAN,ROW$CAP_FAB2> = TargQty
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CASE TargKey = 'CAP*Fab_10' ; DataArray<COL$QTD_MF_PLAN,ROW$CAP_FAB10> = TargQty
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CASE TargKey = 'CAP*Fab_11' ; DataArray<COL$QTD_MF_PLAN,ROW$CAP_FAB11> = TargQty
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CASE TargKey = 'CAP*Supplier_Scrap' ; DataArray<COL$QTD_MF_PLAN,ROW$CAP_CUST_SCRAP> = TargQty
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CASE TargKey = 'CAP*IFX_Scrap' ; DataArray<COL$QTD_MF_PLAN,ROW$CAP_EPI_SCRAP> = TargQty
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CASE TargKey = 'CAP*Prod_Test' ; DataArray<COL$QTD_MF_PLAN,ROW$CAP_OTHER> = TargQty
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CASE TargKey = 'CAP*Yield' ; DataArray<COL$QTD_MF_PLAN,ROW$CAP_YIELD> = TargPcnt
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CASE TargKey = 'MER*Merchant_Out' ; DataArray<COL$QTD_MF_PLAN,ROW$MER_TOT_OUT> = TargQty
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CASE TargKey = 'MER*B/L' ; DataArray<COL$QTD_MF_PLAN,ROW$MER_BL_OUT> = TargQty
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CASE TargKey = 'MER*Blanket' ; DataArray<COL$QTD_MF_PLAN,ROW$MER_BLANKET_OUT> = TargQty
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CASE TargKey = 'MER*Cust_Scrap' ; DataArray<COL$QTD_MF_PLAN,ROW$MER_CUST_SCRAP> = TargQty
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CASE TargKey = 'MER*IFX_Scrap' ; DataArray<COL$QTD_MF_PLAN,ROW$MER_EPI_SCRAP> = TargQty
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CASE TargKey = 'MER*Prod_Test' ; DataArray<COL$QTD_MF_PLAN,ROW$MER_OTHER> = TargQty
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CASE TargKey = 'MER*Yield' ; DataArray<COL$QTD_MF_PLAN,ROW$MER_YIELD> = TargPcnt
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CASE TargKey = 'ASMP*ASM+_Out' ; DataArray<COL$QTD_MF_PLAN,ROW$ASMP_OUT> = TargQty
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CASE TargKey = 'ASMP*Supplier_Scrap' ; DataArray<COL$QTD_MF_PLAN,ROW$ASMP_CUST_SCRAP> = TargQty
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CASE TargKey = 'ASMP*IFX_Scrap' ; DataArray<COL$QTD_MF_PLAN,ROW$ASMP_EPI_SCRAP> = TargQty
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CASE TargKey = 'ASMP*Prod_Test' ; DataArray<COL$QTD_MF_PLAN,ROW$ASMP_OTHER> = TargQty
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CASE TargKey = 'ASMP*Yield' ; DataArray<COL$QTD_MF_PLAN,ROW$ASMP_YIELD> = TargPcnt
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CASE TargKey = 'ASM*ASM_Out' ; DataArray<COL$QTD_MF_PLAN,ROW$ASM_OUT> = TargQty
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CASE TargKey = 'ASMSup/Cust_Scrap' ; DataArray<COL$QTD_MF_PLAN,ROW$ASM_CUST_SCRAP> = TargQty
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CASE TargKey = 'ASM*IFX_Scrap' ; DataArray<COL$QTD_MF_PLAN,ROW$ASM_EPI_SCRAP> = TargQty
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CASE TargKey = 'ASM*Prod_Test' ; DataArray<COL$QTD_MF_PLAN,ROW$ASM_OTHER> = TargQty
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CASE TargKey = 'ASM*Yield' ; DataArray<COL$QTD_MF_PLAN,ROW$ASM_YIELD> = TargPcnt
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CASE TargKey = 'HTR3*HTR3_Out' ; DataArray<COL$QTD_MF_PLAN,ROW$HTR3_OUT> = TargQty
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CASE TargKey = 'HTR3*Supplier_Scrap' ; DataArray<COL$QTD_MF_PLAN,ROW$HTR3_CUST_SCRAP> = TargQty
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CASE TargKey = 'HTR3*IFX_Scrap' ; DataArray<COL$QTD_MF_PLAN,ROW$HTR3_EPI_SCRAP> = TargQty
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CASE TargKey = 'HTR3*Prod_Test' ; DataArray<COL$QTD_MF_PLAN,ROW$HTR3_OTHER> = TargQty
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CASE TargKey = 'HTR3*Yield' ; DataArray<COL$QTD_MF_PLAN,ROW$HTR3_YIELD> = TargPcnt
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CASE TargKey = 'EPIPRO*EpiPRO_Out' ; DataArray<COL$QTD_MF_PLAN,ROW$EPIPRO_OUT> = TargQty
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CASE TargKey = 'EPIPRO*Supplier_Scrap' ; DataArray<COL$QTD_MF_PLAN,ROW$EPIPRO_CUST_SCRAP> = TargQty
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CASE TargKey = 'EPIPRO*IFX_Scrap' ; DataArray<COL$QTD_MF_PLAN,ROW$EPIPRO_EPI_SCRAP> = TargQty
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CASE TargKey = 'EPIPRO*Prod_Test' ; DataArray<COL$QTD_MF_PLAN,ROW$EPIPRO_OTHER> = TargQty
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CASE TargKey = 'EPIPRO*Yield' ; DataArray<COL$QTD_MF_PLAN,ROW$EPIPRO_YIELD> = TargPcnt
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END CASE
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NEXT I
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DataArray<COL$PERIOD,1> = 'Fiscal Period'
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DataArray<COL$PERIOD_VALUE,1> = ''
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DataArray<COL$PERIOD_START,1> = 'Start Date'
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DataArray<COL$PERIOD_END,1> = 'End Date'
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DataArray<COL$PERIOD,2> = 'Week'
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DataArray<COL$PERIOD_VALUE,2> = FiscalWeek
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DataArray<COL$PERIOD_START,2> = FWStartDt
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DataArray<COL$PERIOD_END,2> = FWEndDt
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DataArray<COL$PERIOD,3> = 'Quarter'
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DataArray<COL$PERIOD_VALUE,3> = FiscalQuarter
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DataArray<COL$PERIOD_START,3> = FQStartDt
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DataArray<COL$PERIOD_END,3> = FQEndDt
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DataArray<COL$PERIOD,5> = 'QTD As Of'
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DataArray<COL$PERIOD_VALUE,5> = ''
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DataArray<COL$PERIOD_START,5> = ''
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DataArray<COL$PERIOD_END,5> = CutOffDt
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DataArray<COL$PERIOD,7> = 'Ran At'
|
|
DataArray<COL$PERIOD_VALUE,7> = ''
|
|
DataArray<COL$PERIOD_START,7> = OCONV(Date(),'D4/')
|
|
DataArray<COL$PERIOD_END,7> = OCONV(Time(),'MTH')
|
|
|
|
|
|
FQRec = XLATE('FISCAL_QTR',FiscalYear:'*':FiscalQuarter,'','X')
|
|
QtrStartDt = FQRec<FISCAL_QTR_START_DT$>
|
|
QtrEndDt = FQRec<FISCAL_QTR_END_DT$>
|
|
PlanIdleDts = FQRec<FISCAL_QTR_PLAN_IDLE_DTS$>
|
|
|
|
|
|
IF QtrStartDt = '' THEN
|
|
ErrMsg('Fiscal Quarter ':FiscalYear:'*':FiscalQuarter:' is missing the start date.')
|
|
RETURN
|
|
END
|
|
|
|
IF QtrEndDt = '' THEN
|
|
ErrMsg('Fiscal Quarter ':FiscalYear:'*':FiscalQuarter:' is missing the end date.')
|
|
RETURN
|
|
END
|
|
|
|
IF QtrStartDt >= QtrEndDt THEN
|
|
ErrMsg('Fiscal Quarter ':FiscalYear:'*':FiscalQuarter:' has incorrect Start and/or End dates.')
|
|
RETURN
|
|
END
|
|
|
|
|
|
TotQtrDays = QtrEndDt - QtrStartDt + 1
|
|
QtrDaysRem = QtrEndDt - thisCutOffDt
|
|
PlanIdleDaysRem = 0
|
|
|
|
PlanDtCnt = COUNT(PlanIdleDts,@VM) + (PlanIdleDts NE '')
|
|
FOR I = 1 TO PlanDtCnt
|
|
PlanIdleDt = PlanIdleDts<1,I>
|
|
IF PlanIdleDt >= thisCutOffDt THEN PlanIdleDaysRem += 1
|
|
NEXT I
|
|
|
|
PlanIdleDays = PlanDtCnt
|
|
|
|
PlanWorkingDays = TotQtrDays - PlanIdleDays
|
|
|
|
IF PlanWorkingDays < 0 THEN PlanWorkingDays = 0
|
|
|
|
PlanDaysRem = QtrDaysRem - PlanIdleDaysRem
|
|
IF PlanDaysRem < 0 THEN PlanDaysRem = 0
|
|
|
|
|
|
|
|
BEGIN CASE
|
|
CASE QtrDaysRem = ''
|
|
CalDaysDelta = ICONV(FWEndDt,'D') - ICONV(FQStartDt,'D')
|
|
DaysWorked = INT((CalDaysDelta/TotQtrDays) * PlanWorkingDays)
|
|
|
|
CASE PlanWorkingDays > PlanDaysRem
|
|
DaysWorked = PlanWorkingDays - PlanDaysRem
|
|
|
|
CASE 1
|
|
DaysWorked = 0
|
|
|
|
END CASE
|
|
|
|
DataArray<COL$PERIOD,9> = 'Actual Quarter Days' ; DataArray<COL$PERIOD_VALUE,9> = TotQtrDays
|
|
DataArray<COL$PERIOD,10> = 'Planned Working Days' ; DataArray<COL$PERIOD_VALUE,10> = PlanWorkingDays
|
|
DataArray<COL$PERIOD,11> = 'Actual Days Left' ; DataArray<COL$PERIOD_VALUE,11> = QtrDaysRem
|
|
DataArray<COL$PERIOD,12> = 'Total Idle Days' ; DataArray<COL$PERIOD_VALUE,12> = PlanIdleDays
|
|
DataArray<COL$PERIOD,13> = 'Idle Days Left' ; DataArray<COL$PERIOD_VALUE,13> = PlanIdleDaysRem
|
|
DataArray<COL$PERIOD,14> = 'Planned Days Left' ; DataArray<COL$PERIOD_VALUE,14> = PlanDaysRem
|
|
|
|
OPEN 'DICT.RDS' TO @DICT ELSE
|
|
ErrMsg('Unable to open "DICT.RDS" for index lookup')
|
|
RETURN
|
|
END
|
|
|
|
OPEN 'RDS' TO RDSTable ELSE
|
|
ErrMsg('Unable to open "DICT.RDS" for index lookup')
|
|
RETURN
|
|
END
|
|
|
|
* Fudge the dates - '~' is not inclusive of the end dates
|
|
|
|
StartDt = ICONV(FQStartDt,'D') - 1
|
|
*EndDt = ICONV(FWEndDt,'D') + 1 ;* 12/2/2015 JCH - Cut Off date used as EndDt * * * * * * *
|
|
EndDt = thisCutOffDt + 1
|
|
|
|
SearchString = 'DATE_OUT':@VM:StartDt:'~':EndDt:@FM ;**************
|
|
|
|
RDSKeys = ''
|
|
Option = ''
|
|
Flag = ''
|
|
|
|
Def = ""
|
|
Def<MTEXT$> = "Selecting RDS records..."
|
|
Def<MTYPE$> = "U"
|
|
MsgUp = Msg(@window, Def) ;* display the processing message
|
|
|
|
Set_Status(0)
|
|
Btree.Extract(SearchString, 'RDS', @DICT, RDSKeys, Option, Flag)
|
|
|
|
Msg(@WINDOW, MsgUp)
|
|
|
|
IF Get_Status(errCode) THEN
|
|
ErrMsg(errCode)
|
|
RETURN
|
|
END
|
|
|
|
IF RDSKeys = '' THEN
|
|
ErrMsg('No RDS Records found for the current quarter!')
|
|
RETURN
|
|
END
|
|
|
|
RDSCnt = COUNT(RDSKeys,@VM) + (RDSKeys NE '')
|
|
LoopCnt = 0
|
|
LastCheck = 0
|
|
|
|
Def = ""
|
|
Def<MCAPTION$> = "Building Report..."
|
|
Def<MTYPE$> = "GC"
|
|
Def<MEXTENT$> = RDSCnt
|
|
Def<MTEXTWIDTH$> = 600
|
|
|
|
AArray = ''
|
|
AATot = 0
|
|
MerProdRow = '' ;* Moved from line 588 - dkk 1/13/14
|
|
CapFabRow = 9 ;* Moved from line 589 - dkk 1/13/14
|
|
|
|
MsgUp = Msg(@WINDOW, Def)
|
|
|
|
LOOP
|
|
@ID = RDSKeys[1,@VM]
|
|
RDSKeys[1,COL2()] = ''
|
|
LoopCnt += 1
|
|
|
|
READ @RECORD FROM RDSTable,@ID THEN
|
|
|
|
ReactorsOut = {WAFERS_IN}
|
|
AATot = AATot + ReactorsOut
|
|
|
|
WafersOut = {WFRS_OUT_THRUPUT}
|
|
|
|
AArray<LoopCnt,1> = @ID
|
|
AArray<LoopCnt,2> = AATot
|
|
AArray<LoopCnt,3> = ReactorsOut
|
|
|
|
NCRKeys = @RECORD<RDS_NCR_KEYS$>
|
|
CustScrap = {CUST_TOT_REJ}
|
|
IFXEpiScrap = {LSL_TOT_REJ}
|
|
|
|
* PrimeTW = {TW_PRIME} ;* dkk 12/30/13
|
|
* ReclaimTW = {TW_RECLAIM} ;* dkk 12/30/13
|
|
|
|
TestKeys = XLATE('RDS_LAYER',@RECORD<RDS_RDS_LAYER_KEYS$>,3,'X')
|
|
TWProd = obj_RDS_Test('ProdTestCount',TestKeys)
|
|
|
|
SRPBillable = @RECORD<RDS_RESEARCH_SRP_BILLABLE$>
|
|
|
|
OtherWafers = TWProd + SRPBillable
|
|
|
|
Reactor = @RECORD<RDS_REACTOR$>
|
|
ReactorType = XLATE('REACTOR',Reactor,REACTOR_REACT_TYPE$ ,'X')
|
|
|
|
BEGIN CASE
|
|
CASE ReactorType = 'ASM+'
|
|
ReactTotRow = ROW$ASMP_OUT
|
|
ReactCustScrapRow = ROW$ASMP_CUST_SCRAP
|
|
ReactIFXEpiScrapRow = ROW$ASMP_EPI_SCRAP
|
|
ReactOtherRow = ROW$ASMP_OTHER
|
|
ReactYieldRow = ROW$ASMP_YIELD
|
|
ReactScrapRateRow = ROW$ASMP_SCRAP_RATE
|
|
* ReactPrimeTWRow = ROW$ASMP_PRIME_TW ;* dkk 12/30/13
|
|
* ReactReclaimTWRow = ROW$ASMP_RECLAIM_TW ;* dkk 12/30/13
|
|
|
|
CASE ReactorType = 'HTR'
|
|
ReactTotRow = ROW$HTR3_OUT
|
|
ReactCustScrapRow = ROW$HTR3_CUST_SCRAP
|
|
ReactIFXEpiScrapRow = ROW$HTR3_EPI_SCRAP
|
|
ReactOtherRow = ROW$HTR3_OTHER
|
|
ReactYieldRow = ROW$HTR3_YIELD
|
|
ReactScrapRateRow = ROW$HTR3_SCRAP_RATE
|
|
* ReactPrimeTWRow = ROW$HTR3_PRIME_TW ;* dkk 12/30/13
|
|
* ReactReclaimTWRow = ROW$HTR3_RECLAIM_TW ;* dkk 12/30/13
|
|
|
|
CASE ReactorType = 'EPP'
|
|
ReactTotRow = ROW$EPIPRO_OUT
|
|
ReactCustScrapRow = ROW$EPIPRO_CUST_SCRAP
|
|
ReactIFXEpiScrapRow = ROW$EPIPRO_EPI_SCRAP
|
|
ReactOtherRow = ROW$EPIPRO_OTHER
|
|
ReactYieldRow = ROW$EPIPRO_YIELD
|
|
ReactScrapRateRow = ROW$EPIPRO_SCRAP_RATE
|
|
* ReactPrimeTWRow = ROW$EPIPRO_PRIME_TW ;* dkk 12/30/13
|
|
* ReactReclaimTWRow = ROW$EPIPRO_RECLAIM_TW ;* dkk 12/30/13
|
|
|
|
CASE 1
|
|
ReactTotRow = ROW$ASM_OUT
|
|
ReactCustScrapRow = ROW$ASM_CUST_SCRAP
|
|
ReactIFXEpiScrapRow = ROW$ASM_EPI_SCRAP
|
|
ReactOtherRow = ROW$ASM_OTHER
|
|
ReactYieldRow = ROW$ASM_YIELD
|
|
ReactScrapRateRow = ROW$ASM_SCRAP_RATE
|
|
* ReactPrimeTWRow = ROW$ASM_PRIME_TW ;* dkk 12/30/13
|
|
* ReactReclaimTWRow = ROW$ASM_RECLAIM_TW ;* dkk 12/30/13
|
|
|
|
END CASE
|
|
|
|
CustNo = @RECORD<RDS_CUST_NO$>
|
|
|
|
Captive = {CUST_CAPTIVE}
|
|
CustReportExclude = XLATE('COMPANY',CustNo,COMPANY_REPORT_EXCLUDE$,'X')
|
|
|
|
Product = {PRODUCT}
|
|
DateOut = {DATE_OUT}
|
|
Day = MOD(DateOut,7)
|
|
|
|
BEGIN CASE
|
|
CASE Day = 0 ; DayCol = COL$SUN
|
|
CASE Day = 1 ; DayCol = COL$MON
|
|
CASE Day = 2 ; DayCol = COL$TUE
|
|
CASE Day = 3 ; DayCol = COL$WED
|
|
CASE Day = 4 ; DayCol = COL$THU
|
|
CASE Day = 5 ; DayCol = COL$FRI
|
|
CASE Day = 6 ; DayCol = COL$SAT
|
|
END CASE
|
|
|
|
DateOut = OCONV(DateOut,'D4/')
|
|
|
|
RDSFiscalWeek = obj_Calendar('IRFiscalWeek',DateOut)<1> ;* 2nd and 3rd fields are the start and end dates of the week
|
|
|
|
IF NOT(CustReportExclude) THEN
|
|
BEGIN CASE
|
|
CASE Captive AND CustNo = '6593'
|
|
CapFabRow = ROW$CAP_FAB2
|
|
|
|
CASE Captive AND (CustNo = '7053' OR CustNo = '7092' OR CustNo = '7102' OR CustNo = '7103' OR CustNo = '7108' )
|
|
CapFabRow = ROW$CAP_FOUNDRY
|
|
|
|
CASE Captive AND CustNo = '6874' OR CustNo = '7055'
|
|
IF {WAFER_MM} = '200 mm' THEN
|
|
CapFabRow = ROW$CAP_FAB11
|
|
END ELSE
|
|
CapFabRow = ROW$CAP_FAB10
|
|
END
|
|
|
|
CASE Captive AND CustNo = '7087'
|
|
CapFabRow = ROW$CAP_FAB11
|
|
|
|
CASE NOT(Captive) AND Product _EQC '041-B/L'
|
|
MerProdRow = ROW$MER_BL_OUT
|
|
|
|
CASE NOT(Captive) AND Product _EQC '044-Blanket'
|
|
MerProdRow = ROW$MER_BLANKET_OUT
|
|
|
|
CASE 1
|
|
NULL
|
|
|
|
END CASE
|
|
|
|
DataArray<COL$QTD_ACTUAL,ROW$TOT_REACTOR_OUTS> = DataArray<COL$QTD_ACTUAL,ROW$TOT_REACTOR_OUTS> + ReactorsOut
|
|
DataArray<COL$QTD_ACTUAL,ROW$TOT_YIELD_OUTS> = DataArray<COL$QTD_ACTUAL,ROW$TOT_YIELD_OUTS> + WafersOut
|
|
DataArray<COL$QTD_ACTUAL,ROW$TOT_CUST_SCRAP> = DataArray<COL$QTD_ACTUAL,ROW$TOT_CUST_SCRAP> + CustScrap
|
|
DataArray<COL$QTD_ACTUAL,ROW$TOT_EPI_SCRAP> = DataArray<COL$QTD_ACTUAL,ROW$TOT_EPI_SCRAP> + IFXEpiScrap
|
|
DataArray<COL$QTD_ACTUAL,ROW$TOT_OTHER> = DataArray<COL$QTD_ACTUAL,ROW$TOT_OTHER> + OtherWafers
|
|
* DataArray<COL$QTD_ACTUAL,ROW$TOT_PRIME_TW> = DataArray<COL$QTD_ACTUAL,ROW$TOT_PRIME_TW> + PrimeTW ;* dkk 12/30/13
|
|
* DataArray<COL$QTD_ACTUAL,ROW$TOT_RECLAIM_TW> = DataArray<COL$QTD_ACTUAL,ROW$TOT_RECLAIM_TW> + ReclaimTW ;* dkk 12/30/13
|
|
|
|
Yield = DataArray<COL$QTD_ACTUAL,ROW$TOT_YIELD_OUTS> / (DataArray<COL$QTD_ACTUAL,ROW$TOT_YIELD_OUTS> + DataArray<COL$QTD_ACTUAL,ROW$TOT_EPI_SCRAP>)
|
|
|
|
DataArray<COL$QTD_ACTUAL,ROW$TOT_YIELD> = OCONV(ICONV(Yield*100,'MD2'),'MD2S%')
|
|
|
|
**********************
|
|
* IFX Scrap Rate Row *
|
|
**********************
|
|
IF DataArray<COL$QTD_ACTUAL,ROW$TOT_YIELD_OUTS> > 0 THEN
|
|
ScrapRate = (DataArray<COL$QTD_ACTUAL,ROW$TOT_EPI_SCRAP> / DataArray<COL$QTD_ACTUAL,ROW$TOT_YIELD_OUTS>) * 1000
|
|
END ELSE
|
|
ScrapRate = 0
|
|
END
|
|
DataArray<COL$QTD_ACTUAL,ROW$TOT_SCRAP_RATE> = OCONV(ICONV(ScrapRate,'MD2'),'MD2')
|
|
|
|
**********************************
|
|
* Begin of Planning Calculations *
|
|
**********************************
|
|
|
|
*************
|
|
* Scrap Row *
|
|
*************
|
|
QTDRem = (ICONV(DataArray<COL$QTD_MF_PLAN,ROW$TOT_EPI_SCRAP>,'MD0') - ICONV(DataArray<COL$QTD_ACTUAL,ROW$TOT_EPI_SCRAP>,'MD0'))
|
|
DataArray<COL$QTD_MF_REMAIN,ROW$TOT_EPI_SCRAP> = OCONV(QTDRem,'MD0,')
|
|
|
|
IF PlanWorkingDays = 0 THEN
|
|
OrgDailyPlan = 0
|
|
END ELSE
|
|
OrgDailyPlan = ICONV(DataArray<COL$QTD_MF_REMAIN,ROW$TOT_EPI_SCRAP>,'MD0')/PlanDaysRem
|
|
END
|
|
DataArray<COL$ORG_MF_DAILY_PLAN,ROW$TOT_EPI_SCRAP> = OCONV(ICONV(OrgDailyPlan,'MD0'),'MD0')
|
|
|
|
IF OrgDailyPlan NE 0 THEN
|
|
PlanQTD = ICONV((ICONV(DataArray<COL$QTD_MF_PLAN,ROW$TOT_EPI_SCRAP>,'MD0')/PlanWorkingDays)*DaysWorked,'MD0')
|
|
QTDOverUnder = ICONV(DataArray<COL$QTD_ACTUAL,ROW$TOT_EPI_SCRAP> - PlanQTD,'MD0')
|
|
DataArray<COL$QTD_MF_OVER_UNDER,ROW$TOT_EPI_SCRAP> = OCONV(QTDOverUnder,'MD0,')
|
|
END
|
|
|
|
******************
|
|
* Yield Outs Row *
|
|
******************
|
|
QTDRem = (ICONV(DataArray<COL$QTD_MF_PLAN,ROW$TOT_YIELD_OUTS>,'MD0') - ICONV(DataArray<COL$QTD_ACTUAL,ROW$TOT_YIELD_OUTS>,'MD0'))
|
|
DataArray<COL$QTD_MF_REMAIN,ROW$TOT_YIELD_OUTS> = OCONV(QTDRem,'MD0,')
|
|
|
|
IF PlanWorkingDays = 0 THEN
|
|
OrgDailyPlan = 0
|
|
END ELSE
|
|
OrgDailyPlan = ICONV(DataArray<COL$QTD_MF_REMAIN,ROW$TOT_YIELD_OUTS>,'MD0')/PlanDaysRem
|
|
END
|
|
DataArray<COL$ORG_MF_DAILY_PLAN,ROW$TOT_YIELD_OUTS> = OCONV(ICONV(OrgDailyPlan,'MD0'),'MD0')
|
|
|
|
IF OrgDailyPlan NE 0 THEN
|
|
PlanQTD = ICONV((ICONV(DataArray<COL$QTD_MF_PLAN,ROW$TOT_YIELD_OUTS>,'MD0')/PlanWorkingDays)*DaysWorked,'MD0')
|
|
QTDOverUnder = ICONV(DataArray<COL$QTD_ACTUAL,ROW$TOT_YIELD_OUTS> - PlanQTD,'MD0')
|
|
DataArray<COL$QTD_MF_OVER_UNDER,ROW$TOT_YIELD_OUTS> = OCONV(QTDOverUnder,'MD0,')
|
|
END
|
|
|
|
********************************
|
|
* End of Planning Calculations *
|
|
********************************
|
|
|
|
IF RDSFiscalWeek = FiscalWeek THEN
|
|
|
|
IF DayCol NE '' THEN
|
|
DataArray<DayCol,ROW$TOT_REACTOR_OUTS> = DataArray<DayCol,ROW$TOT_REACTOR_OUTS> + ReactorsOut
|
|
DataArray<DayCol,ROW$TOT_YIELD_OUTS> = DataArray<DayCol,ROW$TOT_YIELD_OUTS> + WafersOut
|
|
DataArray<DayCol,ROW$TOT_CUST_SCRAP> = DataArray<DayCol,ROW$TOT_CUST_SCRAP> + CustScrap
|
|
DataArray<DayCol,ROW$TOT_EPI_SCRAP> = DataArray<DayCol,ROW$TOT_EPI_SCRAP> + IFXEpiScrap
|
|
DataArray<DayCol,ROW$TOT_OTHER> = DataArray<DayCol,ROW$TOT_OTHER> + OtherWafers
|
|
* DataArray<DayCol,ROW$TOT_PRIME_TW> = DataArray<DayCol,ROW$TOT_PRIME_TW> + PrimeTW ;* dkk 12/30/13
|
|
* DataArray<DayCol,ROW$TOT_RECLAIM_TW> = DataArray<DayCol,ROW$TOT_RECLAIM_TW> + ReclaimTW ;* dkk 12/30/13
|
|
|
|
IF DataArray<DayCol,ROW$TOT_YIELD_OUTS> > 0 THEN
|
|
Yield = DataArray<DayCol,ROW$TOT_YIELD_OUTS> / (DataArray<DayCol,ROW$TOT_YIELD_OUTS> + DataArray<DayCol,ROW$TOT_EPI_SCRAP>)
|
|
END ELSE
|
|
Yield = 0
|
|
END
|
|
|
|
DataArray<DayCol,ROW$TOT_YIELD> = OCONV(ICONV(Yield*100,'MD2'),'MD2S%')
|
|
END
|
|
|
|
DataArray<COL$WTD_ACTUAL,ROW$TOT_REACTOR_OUTS> = DataArray<COL$WTD_ACTUAL,ROW$TOT_REACTOR_OUTS> + ReactorsOut
|
|
DataArray<COL$WTD_ACTUAL,ROW$TOT_YIELD_OUTS> = DataArray<COL$WTD_ACTUAL,ROW$TOT_YIELD_OUTS> + WafersOut
|
|
DataArray<COL$WTD_ACTUAL,ROW$TOT_CUST_SCRAP> = DataArray<COL$WTD_ACTUAL,ROW$TOT_CUST_SCRAP> + CustScrap
|
|
DataArray<COL$WTD_ACTUAL,ROW$TOT_EPI_SCRAP> = DataArray<COL$WTD_ACTUAL,ROW$TOT_EPI_SCRAP> + IFXEpiScrap
|
|
DataArray<COL$WTD_ACTUAL,ROW$TOT_OTHER> = DataArray<COL$WTD_ACTUAL,ROW$TOT_OTHER> + OtherWafers
|
|
* DataArray<COL$WTD_ACTUAL,ROW$TOT_PRIME_TW> = DataArray<COL$WTD_ACTUAL,ROW$TOT_PRIME_TW> + PrimeTW ;* dkk 12/30/13
|
|
* DataArray<COL$WTD_ACTUAL,ROW$TOT_RECLAIM_TW> = DataArray<COL$WTD_ACTUAL,ROW$TOT_RECLAIM_TW> + ReclaimTW ;* dkk 12/30/13
|
|
|
|
IF DataArray<COL$WTD_ACTUAL,ROW$TOT_YIELD_OUTS> > 0 THEN
|
|
Yield = DataArray<COL$WTD_ACTUAL,ROW$TOT_YIELD_OUTS> / (DataArray<COL$WTD_ACTUAL,ROW$TOT_YIELD_OUTS> + DataArray<COL$WTD_ACTUAL,ROW$TOT_EPI_SCRAP>)
|
|
END ELSE
|
|
Yield = 0
|
|
END
|
|
DataArray<COL$WTD_ACTUAL,ROW$TOT_YIELD> = OCONV(ICONV(Yield*100,'MD2'),'MD2S%')
|
|
|
|
* Scrap Rate
|
|
IF DataArray<COL$WTD_ACTUAL,ROW$TOT_YIELD_OUTS> > 0 THEN
|
|
ScrapRate = (DataArray<COL$WTD_ACTUAL,ROW$TOT_EPI_SCRAP>/DataArray<COL$WTD_ACTUAL,ROW$TOT_YIELD_OUTS>)*1000
|
|
END ELSE
|
|
ScrapRate = 0
|
|
END
|
|
DataArray<COL$WTD_ACTUAL,ROW$TOT_SCRAP_RATE> = OCONV(ICONV(ScrapRate,'MD2'),'MD2')
|
|
|
|
END ;* End of check for current fiscal week
|
|
|
|
|
|
IF Captive THEN
|
|
|
|
DataArray<COL$QTD_ACTUAL,ROW$CAP_OUT> = DataArray<COL$QTD_ACTUAL,ROW$CAP_OUT> + WafersOut
|
|
DataArray<COL$QTD_ACTUAL,CapFabRow> = DataArray<COL$QTD_ACTUAL,CapFabRow> + WafersOut
|
|
DataArray<COL$QTD_ACTUAL,ROW$CAP_CUST_SCRAP> = DataArray<COL$QTD_ACTUAL,ROW$CAP_CUST_SCRAP> + CustScrap
|
|
DataArray<COL$QTD_ACTUAL,ROW$CAP_EPI_SCRAP> = DataArray<COL$QTD_ACTUAL,ROW$CAP_EPI_SCRAP> + IFXEpiScrap
|
|
DataArray<COL$QTD_ACTUAL,ROW$CAP_OTHER> = DataArray<COL$QTD_ACTUAL,ROW$CAP_OTHER> + OtherWafers
|
|
* DataArray<COL$QTD_ACTUAL,ROW$CAP_PRIME_TW> = DataArray<COL$QTD_ACTUAL,ROW$CAP_PRIME_TW> + PrimeTW ;* dkk 12/30/13
|
|
* DataArray<COL$QTD_ACTUAL,ROW$CAP_RECLAIM_TW> = DataArray<COL$QTD_ACTUAL,ROW$CAP_RECLAIM_TW> + ReclaimTW ;* dkk 12/30/13
|
|
|
|
IF DataArray<COL$QTD_ACTUAL,ROW$CAP_OUT> > 0 THEN
|
|
Yield = DataArray<COL$QTD_ACTUAL,ROW$CAP_OUT> / ( DataArray<COL$QTD_ACTUAL,ROW$CAP_OUT> + DataArray<COL$QTD_ACTUAL,ROW$CAP_EPI_SCRAP> )
|
|
END ELSE
|
|
Yield = 0
|
|
END
|
|
|
|
DataArray<COL$QTD_ACTUAL,ROW$CAP_YIELD> = OCONV(ICONV(Yield*100,'MD2'),'MD2S%')
|
|
|
|
* Scrap Rate
|
|
|
|
IF DataArray<COL$QTD_ACTUAL,ROW$CAP_OUT> > 0 THEN
|
|
ScrapRate = (DataArray<COL$QTD_ACTUAL,ROW$CAP_EPI_SCRAP>/DataArray<COL$QTD_ACTUAL,ROW$CAP_OUT>)*1000
|
|
END ELSE
|
|
ScrapRate = 0
|
|
END
|
|
|
|
DataArray<COL$QTD_ACTUAL,ROW$CAP_SCRAP_RATE> = OCONV(ICONV(ScrapRate,'MD2'),'MD2')
|
|
|
|
* Planning Calcs
|
|
|
|
QTDRem = (ICONV(DataArray<COL$QTD_MF_PLAN,ROW$CAP_EPI_SCRAP>,'MD0') - ICONV(DataArray<COL$QTD_ACTUAL,ROW$CAP_EPI_SCRAP>,'MD0'))
|
|
|
|
IF PlanWorkingDays = 0 THEN
|
|
OrgDailyPlan = 0
|
|
END ELSE
|
|
*OrgDailyPlan = ICONV(DataArray<COL$QTD_MF_PLAN,ROW$CAP_EPI_SCRAP>,'MD0')/PlanWorkingDays
|
|
OrgDailyPlan = ICONV(DataArray<COL$QTD_MF_REMAIN,ROW$CAP_EPI_SCRAP>,'MD0')/PlanDaysRem ;* <- 1/27/2014 JCH **********
|
|
END
|
|
|
|
DataArray<COL$QTD_MF_REMAIN,ROW$CAP_EPI_SCRAP> = OCONV(QTDRem,'MD0,')
|
|
|
|
DataArray<COL$ORG_MF_DAILY_PLAN,ROW$CAP_EPI_SCRAP> = OCONV(ICONV(OrgDailyPlan,'MD0'),'MD0')
|
|
|
|
IF OrgDailyPlan NE 0 THEN
|
|
PlanQTD = ICONV((ICONV(DataArray<COL$QTD_MF_PLAN,ROW$CAP_EPI_SCRAP>,'MD0')/PlanWorkingDays)*DaysWorked,'MD0') ;* <- 3/3/2014 JCH
|
|
QTDOverUnder = ICONV(DataArray<COL$QTD_ACTUAL,ROW$CAP_EPI_SCRAP> - PlanQTD,'MD0') ;* <- 3/3/2014 JCH
|
|
DataArray<COL$QTD_MF_OVER_UNDER,ROW$CAP_EPI_SCRAP> = OCONV(QTDOverUnder,'MD0,') ;* <- 1/15/2008 JCH
|
|
END
|
|
|
|
QTDRem = (ICONV(DataArray<COL$QTD_MF_PLAN,ROW$CAP_OUT>,'MD0') - ICONV(DataArray<COL$QTD_ACTUAL,ROW$CAP_OUT>,'MD0'))
|
|
|
|
IF PlanWorkingDays = 0 THEN
|
|
OrgDailyPlan = 0
|
|
END ELSE
|
|
*OrgDailyPlan = ICONV(DataArray<COL$QTD_MF_PLAN,ROW$CAP_OUT>,'MD0')/PlanWorkingDays
|
|
OrgDailyPlan = ICONV(DataArray<COL$QTD_MF_REMAIN,ROW$CAP_OUT>,'MD0')/PlanDaysRem ;* <- 1/27/2014 JCH **********
|
|
END
|
|
|
|
DataArray<COL$QTD_MF_REMAIN,ROW$CAP_OUT> = OCONV(QTDRem,'MD0,')
|
|
DataArray<COL$ORG_MF_DAILY_PLAN,ROW$CAP_OUT> = OCONV(ICONV(OrgDailyPlan,'MD0'),'MD0')
|
|
|
|
IF OrgDailyPlan NE 0 THEN
|
|
PlanQTD = ICONV((ICONV(DataArray<COL$QTD_MF_PLAN,ROW$CAP_OUT>,'MD0')/PlanWorkingDays)*DaysWorked,'MD0') ;* <- 3/3/2014 JCH
|
|
QTDOverUnder = ICONV(DataArray<COL$QTD_ACTUAL,ROW$CAP_OUT> - PlanQTD,'MD0') ;* <- 3/3/2014 JCH
|
|
DataArray<COL$QTD_MF_OVER_UNDER,ROW$CAP_OUT> = OCONV(QTDOverUnder,'MD0,') ;* <- 1/15/2008 JCH
|
|
END
|
|
|
|
|
|
QTDRem = (ICONV(DataArray<COL$QTD_MF_PLAN,CapFabRow>,'MD0') - ICONV(DataArray<COL$QTD_ACTUAL,CapFabRow>,'MD0'))
|
|
|
|
IF PlanWorkingDays > 0 THEN
|
|
OrgDailyPlan = 0
|
|
END ELSE
|
|
*OrgDailyPlan = ICONV(DataArray<COL$QTD_MF_PLAN,CapFabRow>,'MD0')/PlanWorkingDays
|
|
OrgDailyPlan = ICONV(DataArray<COL$QTD_MF_REMAIN,CapFabRow>,'MD0')/PlanDaysRem ;* <- 1/27/2014 JCH **********
|
|
END
|
|
|
|
|
|
DataArray<COL$QTD_MF_REMAIN,CapFabRow> = OCONV(QTDRem,'MD0,')
|
|
DataArray<COL$ORG_MF_DAILY_PLAN,CapFabRow> = OCONV(ICONV(OrgDailyPlan,'MD0'),'MD0')
|
|
|
|
IF OrgDailyPlan NE 0 THEN
|
|
PlanQTD = ICONV((ICONV(DataArray<COL$QTD_MF_PLAN,CapFabRow>,'MD0')/PlanWorkingDays)*DaysWorked,'MD0') ;* <- 3/3/2014 JCH
|
|
QTDOverUnder = ICONV(DataArray<COL$QTD_ACTUAL,CapFabRow> - PlanQTD,'MD0') ;* <- 3/3/2014 JCH
|
|
DataArray<COL$QTD_MF_OVER_UNDER,CapFabRow> = OCONV(QTDOverUnder,'MD0,') ;* <- 1/15/2008 JCH
|
|
END
|
|
|
|
* End of Planning Calcs
|
|
|
|
IF RDSFiscalWeek = FiscalWeek THEN
|
|
|
|
DataArray<DayCol,ROW$CAP_OUT> = DataArray<DayCol,ROW$CAP_OUT> + WafersOut
|
|
DataArray<DayCol,CapFabRow> = DataArray<DayCol,CapFabRow> + WafersOut
|
|
DataArray<DayCol,ROW$CAP_CUST_SCRAP> = DataArray<DayCol,ROW$CAP_CUST_SCRAP> + CustScrap
|
|
DataArray<DayCol,ROW$CAP_EPI_SCRAP> = DataArray<DayCol,ROW$CAP_EPI_SCRAP> + IFXEpiScrap
|
|
DataArray<DayCol,ROW$CAP_OTHER> = DataArray<DayCol,ROW$CAP_OTHER> + OtherWafers
|
|
* DataArray<DayCol,ROW$CAP_PRIME_TW> = DataArray<DayCol,ROW$CAP_PRIME_TW> + PrimeTW ;* dkk 12/30/13
|
|
* DataArray<DayCol,ROW$CAP_RECLAIM_TW> = DataArray<DayCol,ROW$CAP_RECLAIM_TW> + ReclaimTW ;* dkk 12/30/13
|
|
|
|
IF DataArray<DayCol,ROW$CAP_OUT> > 0 THEN
|
|
Yield = DataArray<DayCol,ROW$CAP_OUT> / ( DataArray<DayCol,ROW$CAP_OUT> + DataArray<DayCol,ROW$CAP_EPI_SCRAP> )
|
|
END ELSE
|
|
Yield = 0
|
|
END
|
|
|
|
DataArray<DayCol,ROW$CAP_YIELD> = OCONV(ICONV(Yield*100,'MD2'),'MD2S%')
|
|
|
|
DataArray<COL$WTD_ACTUAL,ROW$CAP_OUT> = DataArray<COL$WTD_ACTUAL,ROW$CAP_OUT> + WafersOut
|
|
DataArray<COL$WTD_ACTUAL,CapFabRow> = DataArray<COL$WTD_ACTUAL,CapFabRow> + WafersOut
|
|
DataArray<COL$WTD_ACTUAL,ROW$CAP_CUST_SCRAP> = DataArray<COL$WTD_ACTUAL,ROW$CAP_CUST_SCRAP> + CustScrap
|
|
DataArray<COL$WTD_ACTUAL,ROW$CAP_EPI_SCRAP> = DataArray<COL$WTD_ACTUAL,ROW$CAP_EPI_SCRAP> + IFXEpiScrap
|
|
DataArray<COL$WTD_ACTUAL,ROW$CAP_OTHER> = DataArray<COL$WTD_ACTUAL,ROW$CAP_OTHER> + OtherWafers
|
|
* DataArray<COL$WTD_ACTUAL,ROW$CAP_PRIME_TW> = DataArray<COL$WTD_ACTUAL,ROW$CAP_PRIME_TW> + PrimeTW ;* dkk 12/30/13
|
|
* DataArray<COL$WTD_ACTUAL,ROW$CAP_RECLAIM_TW> = DataArray<COL$WTD_ACTUAL,ROW$CAP_RECLAIM_TW> + ReclaimTW ;* dkk 12/30/13
|
|
|
|
|
|
IF DataArray<COL$WTD_ACTUAL,ROW$CAP_OUT> > 0 THEN
|
|
Yield = DataArray<COL$WTD_ACTUAL,ROW$CAP_OUT> / ( DataArray<COL$WTD_ACTUAL,ROW$CAP_OUT> + DataArray<COL$WTD_ACTUAL,ROW$CAP_EPI_SCRAP> )
|
|
END ELSE
|
|
Yield = 0
|
|
END
|
|
|
|
DataArray<COL$WTD_ACTUAL,ROW$CAP_YIELD> = OCONV(ICONV(Yield*100,'MD2'),'MD2S%')
|
|
|
|
* Scrap Rate
|
|
|
|
IF DataArray<COL$WTD_ACTUAL,ROW$CAP_OUT> > 0 THEN
|
|
ScrapRate = (DataArray<COL$WTD_ACTUAL,ROW$CAP_EPI_SCRAP>/DataArray<COL$WTD_ACTUAL,ROW$CAP_OUT>)*1000
|
|
END ELSE
|
|
ScrapRate = 0
|
|
END
|
|
|
|
DataArray<COL$WTD_ACTUAL,ROW$CAP_SCRAP_RATE> = OCONV(ICONV(ScrapRate,'MD2'),'MD2')
|
|
|
|
END ;* End of check for current fiscal week
|
|
|
|
END ELSE
|
|
|
|
DataArray<COL$QTD_ACTUAL,ROW$MER_TOT_OUT> = DataArray<COL$QTD_ACTUAL,ROW$MER_TOT_OUT> + WafersOut
|
|
DataArray<COL$QTD_ACTUAL,MerProdRow> = DataArray<COL$QTD_ACTUAL,MerProdRow> + WafersOut
|
|
DataArray<COL$QTD_ACTUAL,ROW$MER_CUST_SCRAP> = DataArray<COL$QTD_ACTUAL,ROW$MER_CUST_SCRAP> + CustScrap
|
|
DataArray<COL$QTD_ACTUAL,ROW$MER_EPI_SCRAP> = DataArray<COL$QTD_ACTUAL,ROW$MER_EPI_SCRAP> + IFXEpiScrap
|
|
DataArray<COL$QTD_ACTUAL,ROW$MER_OTHER> = DataArray<COL$QTD_ACTUAL,ROW$MER_OTHER> + OtherWafers
|
|
* DataArray<COL$QTD_ACTUAL,ROW$MER_PRIME_TW> = DataArray<COL$QTD_ACTUAL,ROW$MER_PRIME_TW> + PrimeTW ;* dkk 12/30/13
|
|
* DataArray<COL$QTD_ACTUAL,ROW$MER_RECLAIM_TW> = DataArray<COL$QTD_ACTUAL,ROW$MER_RECLAIM_TW> + ReclaimTW ;* dkk 12/30/13
|
|
|
|
IF DataArray<COL$QTD_ACTUAL,ROW$MER_TOT_OUT> > 0 THEN
|
|
Yield = DataArray<COL$QTD_ACTUAL,ROW$MER_TOT_OUT> / ( DataArray<COL$QTD_ACTUAL,ROW$MER_TOT_OUT> + DataArray<COL$QTD_ACTUAL,ROW$MER_EPI_SCRAP> )
|
|
END ELSE
|
|
Yield = 0
|
|
END
|
|
|
|
DataArray<COL$QTD_ACTUAL,ROW$MER_YIELD> = OCONV(ICONV(Yield*100,'MD2'),'MD2S%')
|
|
|
|
* Scrap Rate
|
|
|
|
IF DataArray<COL$QTD_ACTUAL,ROW$MER_TOT_OUT> > 0 THEN
|
|
ScrapRate = (DataArray<COL$QTD_ACTUAL,ROW$MER_EPI_SCRAP>/DataArray<COL$QTD_ACTUAL,ROW$MER_TOT_OUT>)*1000
|
|
END ELSE
|
|
ScrapRate = 0
|
|
END
|
|
|
|
DataArray<COL$QTD_ACTUAL,ROW$MER_SCRAP_RATE> = OCONV(ICONV(ScrapRate,'MD2'),'MD2')
|
|
|
|
|
|
* Planning Calcs
|
|
|
|
|
|
QTDRem = (ICONV(DataArray<COL$QTD_MF_PLAN,ROW$MER_EPI_SCRAP>,'MD0') - ICONV(DataArray<COL$QTD_ACTUAL,ROW$MER_EPI_SCRAP>,'MD0'))
|
|
|
|
IF PlanWorkingDays = 0 THEN
|
|
OrgDailyPlan = 0
|
|
END ELSE
|
|
*OrgDailyPlan = ICONV(DataArray<COL$QTD_MF_PLAN,ROW$MER_EPI_SCRAP>,'MD0')/PlanWorkingDays
|
|
OrgDailyPlan = ICONV(DataArray<COL$QTD_MF_REMAIN,ROW$MER_EPI_SCRAP>,'MD0')/PlanDaysRem ;* <- 1/27/2014 JCH **********
|
|
|
|
END
|
|
|
|
DataArray<COL$QTD_MF_REMAIN,ROW$MER_EPI_SCRAP> = OCONV(QTDRem,'MD0,')
|
|
DataArray<COL$ORG_MF_DAILY_PLAN,ROW$MER_EPI_SCRAP> = OCONV(ICONV(OrgDailyPlan,'MD0'),'MD0')
|
|
|
|
IF OrgDailyPlan NE 0 THEN
|
|
PlanQTD = ICONV((ICONV(DataArray<COL$QTD_MF_PLAN,ROW$MER_EPI_SCRAP>,'MD0')/PlanWorkingDays)*DaysWorked,'MD0') ;* <- 3/3/2014 JCH
|
|
QTDOverUnder = ICONV(DataArray<COL$QTD_ACTUAL,ROW$MER_EPI_SCRAP> - PlanQTD,'MD0') ;* <- 3/3/2014 JCH
|
|
DataArray<COL$QTD_MF_OVER_UNDER,ROW$MER_EPI_SCRAP> = OCONV(QTDOverUnder,'MD0,') ;* <- 1/15/2008 JCH
|
|
END
|
|
|
|
QTDRem = (ICONV(DataArray<COL$QTD_MF_PLAN,ROW$MER_TOT_OUT>,'MD0') - ICONV(DataArray<COL$QTD_ACTUAL,ROW$MER_TOT_OUT>,'MD0'))
|
|
|
|
IF PlanWorkingDays = 0 THEN
|
|
OrgDailyPlan = 0
|
|
END ELSE
|
|
*OrgDailyPlan = ICONV(DataArray<COL$QTD_MF_PLAN,ROW$MER_TOT_OUT>,'MD0')/PlanWorkingDays
|
|
OrgDailyPlan = ICONV(DataArray<COL$QTD_MF_REMAIN,ROW$MER_TOT_OUT>,'MD0')/PlanDaysRem ;* <- 1/27/2014 JCH **********
|
|
END
|
|
|
|
DataArray<COL$QTD_MF_REMAIN,ROW$MER_TOT_OUT> = OCONV(QTDRem,'MD0,')
|
|
|
|
DataArray<COL$ORG_MF_DAILY_PLAN,ROW$MER_TOT_OUT> = OCONV(ICONV(OrgDailyPlan,'MD0'),'MD0')
|
|
|
|
IF OrgDailyPlan NE 0 THEN
|
|
PlanQTD = ICONV((ICONV(DataArray<COL$QTD_MF_PLAN,ROW$MER_TOT_OUT>,'MD0')/PlanWorkingDays)*DaysWorked,'MD0') ;* <- 3/3/2014 JCH
|
|
QTDOverUnder = ICONV(DataArray<COL$QTD_ACTUAL,ROW$MER_TOT_OUT> - PlanQTD,'MD0') ;* <- 3/3/2014 JCH
|
|
DataArray<COL$QTD_MF_OVER_UNDER,ROW$MER_TOT_OUT> = OCONV(QTDOverUnder,'MD0,') ;* <- 1/15/2008 JCH
|
|
END
|
|
|
|
QTDRem = (ICONV(DataArray<COL$QTD_MF_PLAN,MerProdRow>,'MD0') - ICONV(DataArray<COL$QTD_ACTUAL,MerProdRow>,'MD0'))
|
|
|
|
IF PlanWorkingDays = 0 THEN
|
|
OrgDailyPlan = 0
|
|
|
|
END ELSE
|
|
*OrgDailyPlan = ICONV(DataArray<COL$QTD_MF_PLAN,MerProdRow>,'MD0')/PlanWorkingDays
|
|
OrgDailyPlan = ICONV(DataArray<COL$QTD_MF_REMAIN,MerProdRow>,'MD0')/PlanDaysRem ;* <- 1/27/2014 JCH **********
|
|
END
|
|
|
|
DataArray<COL$QTD_MF_REMAIN,MerProdRow> = OCONV(QTDRem,'MD0,')
|
|
|
|
DataArray<COL$ORG_MF_DAILY_PLAN,MerProdRow> = OCONV(ICONV(OrgDailyPlan,'MD0'),'MD0')
|
|
|
|
IF OrgDailyPlan NE 0 THEN
|
|
PlanQTD = ICONV((ICONV(DataArray<COL$QTD_MF_PLAN,MerProdRow>,'MD0')/PlanWorkingDays)*DaysWorked,'MD0') ;* <- 3/3/2014 JCH
|
|
QTDOverUnder = ICONV(DataArray<COL$QTD_ACTUAL,MerProdRow> - PlanQTD,'MD0') ;* <- 3/3/2014 JCH
|
|
DataArray<COL$QTD_MF_OVER_UNDER,MerProdRow> = OCONV(QTDOverUnder,'MD0,') ;* <- 1/15/2008 JCH
|
|
END
|
|
|
|
|
|
* End of Planning Calcs
|
|
|
|
IF RDSFiscalWeek = FiscalWeek THEN
|
|
|
|
DataArray<DayCol,ROW$MER_TOT_OUT> = DataArray<DayCol,ROW$MER_TOT_OUT> + WafersOut
|
|
DataArray<DayCol,MerProdRow> = DataArray<DayCol,MerProdRow> + WafersOut
|
|
DataArray<DayCol,ROW$MER_CUST_SCRAP> = DataArray<DayCol,ROW$MER_CUST_SCRAP> + CustScrap
|
|
DataArray<DayCol,ROW$MER_EPI_SCRAP> = DataArray<DayCol,ROW$MER_EPI_SCRAP> + IFXEpiScrap
|
|
DataArray<DayCol,ROW$MER_OTHER> = DataArray<DayCol,ROW$MER_OTHER> + OtherWafers
|
|
* DataArray<DayCol,ROW$MER_PRIME_TW> = DataArray<DayCol,ROW$MER_PRIME_TW> + PrimeTW ;* dkk 12/30/13
|
|
* DataArray<DayCol,ROW$MER_RECLAIM_TW> = DataArray<DayCol,ROW$MER_RECLAIM_TW> + ReclaimTW ;* dkk 12/30/13
|
|
|
|
IF DataArray<DayCol,ROW$MER_TOT_OUT> > 0 THEN
|
|
Yield = DataArray<DayCol,ROW$MER_TOT_OUT> / ( DataArray<DayCol,ROW$MER_TOT_OUT> + DataArray<DayCol,ROW$MER_EPI_SCRAP> )
|
|
END ELSE
|
|
Yield = 0
|
|
END
|
|
|
|
DataArray<DayCol,ROW$MER_YIELD> = OCONV(ICONV(Yield*100,'MD2'),'MD2S%')
|
|
|
|
DataArray<COL$WTD_ACTUAL,ROW$MER_TOT_OUT> = DataArray<COL$WTD_ACTUAL,ROW$MER_TOT_OUT> + WafersOut
|
|
DataArray<COL$WTD_ACTUAL,MerProdRow> = DataArray<COL$WTD_ACTUAL,MerProdRow> + WafersOut
|
|
DataArray<COL$WTD_ACTUAL,ROW$MER_CUST_SCRAP> = DataArray<COL$WTD_ACTUAL,ROW$MER_CUST_SCRAP> + CustScrap
|
|
DataArray<COL$WTD_ACTUAL,ROW$MER_EPI_SCRAP> = DataArray<COL$WTD_ACTUAL,ROW$MER_EPI_SCRAP> + IFXEpiScrap
|
|
DataArray<COL$WTD_ACTUAL,ROW$MER_OTHER> = DataArray<COL$WTD_ACTUAL,ROW$MER_OTHER> + OtherWafers
|
|
* DataArray<COL$WTD_ACTUAL,ROW$MER_PRIME_TW> = DataArray<COL$WTD_ACTUAL,ROW$MER_PRIME_TW> + PrimeTW ;* dkk 12/30/13
|
|
* DataArray<COL$WTD_ACTUAL,ROW$MER_RECLAIM_TW> = DataArray<COL$WTD_ACTUAL,ROW$MER_RECLAIM_TW> + ReclaimTW ;* dkk 12/30/13
|
|
|
|
IF DataArray<COL$WTD_ACTUAL,ROW$MER_TOT_OUT> > 0 THEN
|
|
Yield = DataArray<COL$WTD_ACTUAL,ROW$MER_TOT_OUT> / ( DataArray<COL$WTD_ACTUAL,ROW$MER_TOT_OUT> + DataArray<COL$WTD_ACTUAL,ROW$MER_EPI_SCRAP> )
|
|
END ELSE
|
|
Yield = 0
|
|
END
|
|
|
|
DataArray<COL$WTD_ACTUAL,ROW$MER_YIELD> = OCONV(ICONV(Yield*100,'MD2'),'MD2S%')
|
|
|
|
* Scrap Rate
|
|
|
|
IF DataArray<COL$WTD_ACTUAL,ROW$MER_TOT_OUT> > 0 THEN
|
|
ScrapRate = (DataArray<COL$WTD_ACTUAL,ROW$MER_EPI_SCRAP>/DataArray<COL$WTD_ACTUAL,ROW$MER_TOT_OUT>)*1000
|
|
END ELSE
|
|
ScrapRate = 0
|
|
END
|
|
|
|
DataArray<COL$WTD_ACTUAL,ROW$MER_SCRAP_RATE> = OCONV(ICONV(ScrapRate,'MD2'),'MD2')
|
|
|
|
END ;* End of check for current fiscal week
|
|
END
|
|
|
|
* Calculations for Reactor Subtotals
|
|
|
|
DataArray<COL$QTD_ACTUAL,ReactTotRow> = DataArray<COL$QTD_ACTUAL,ReactTotRow> + WafersOut
|
|
DataArray<COL$QTD_ACTUAL,ReactCustScrapRow> = DataArray<COL$QTD_ACTUAL,ReactCustScrapRow> + CustScrap
|
|
DataArray<COL$QTD_ACTUAL,ReactIFXEpiScrapRow> = DataArray<COL$QTD_ACTUAL,ReactIFXEpiScrapRow> + IFXEpiScrap
|
|
DataArray<COL$QTD_ACTUAL,ReactOtherRow> = DataArray<COL$QTD_ACTUAL,ReactOtherRow> + OtherWafers
|
|
* DataArray<COL$QTD_ACTUAL,ReactPrimeTWRow> = DataArray<COL$QTD_ACTUAL,ReactPrimeTWRow> + PrimeTW ;* dkk 12/30/13
|
|
* DataArray<COL$QTD_ACTUAL,ReactReclaimTWRow> = DataArray<COL$QTD_ACTUAL,ReactReclaimTWRow> + ReclaimTW ;* dkk 12/30/13
|
|
|
|
|
|
IF DataArray<COL$QTD_ACTUAL,ReactTotRow> > 0 THEN
|
|
Yield = DataArray<COL$QTD_ACTUAL,ReactTotRow> / ( DataArray<COL$QTD_ACTUAL,ReactTotRow> + DataArray<COL$QTD_ACTUAL,ReactIFXEpiScrapRow> )
|
|
END ELSE
|
|
Yield = 0
|
|
END
|
|
|
|
DataArray<COL$QTD_ACTUAL,ReactYieldRow> = OCONV(ICONV(Yield*100,'MD2'),'MD2S%')
|
|
|
|
|
|
* Scrap Rate
|
|
|
|
IF DataArray<COL$QTD_ACTUAL,ReactTotRow> > 0 THEN
|
|
ScrapRate = (DataArray<COL$QTD_ACTUAL,ReactIFXEpiScrapRow>/DataArray<COL$QTD_ACTUAL,ReactTotRow>)*1000
|
|
END ELSE
|
|
ScrapRate = 0
|
|
END
|
|
|
|
DataArray<COL$QTD_ACTUAL,ReactScrapRateRow> = OCONV(ICONV(ScrapRate,'MD2'),'MD2')
|
|
|
|
* Planning Calcs
|
|
|
|
QTDRem = (ICONV(DataArray<COL$QTD_MF_PLAN,ReactTotRow>,'MD0') - ICONV(DataArray<COL$QTD_ACTUAL,ReactTotRow>,'MD0'))
|
|
|
|
|
|
|
|
IF PlanWorkingDays = 0 THEN
|
|
OrgDailyPlan = 0
|
|
END ELSE
|
|
OrgDailyPlan = ICONV(DataArray<COL$QTD_MF_PLAN,ReactTotRow>,'MD0')/PlanWorkingDays
|
|
END
|
|
|
|
DataArray<COL$QTD_MF_REMAIN,ReactTotRow> = OCONV(QTDRem,'MD0,')
|
|
|
|
|
|
DataArray<COL$ORG_MF_DAILY_PLAN,ReactTotRow> = OCONV(ICONV(OrgDailyPlan,'MD0'),'MD0')
|
|
|
|
IF OrgDailyPlan NE '' THEN
|
|
QTDOverUnder = ICONV(DataArray<COL$QTD_ACTUAL,ReactTotRow> - (DataArray<COL$ORG_MF_DAILY_PLAN,ReactTotRow>*DaysWorked),'MD0') ;* <- 1/15/2008 JCH
|
|
DataArray<COL$QTD_MF_OVER_UNDER,ReactTotRow> = OCONV(QTDOverUnder,'MD0,') ;* <- 1/15/2008 JCH
|
|
END
|
|
|
|
QTDRem = (ICONV(DataArray<COL$QTD_MF_PLAN,ReactIFXEpiScrapRow>,'MD0') - ICONV(DataArray<COL$QTD_ACTUAL,ReactIFXEpiScrapRow>,'MD0'))
|
|
|
|
|
|
IF PlanWorkingDays = 0 THEN
|
|
OrgDailyPlan = 0
|
|
END ELSE
|
|
OrgDailyPlan = ICONV(DataArray<COL$QTD_MF_REMAIN,ReactIFXEpiScrapRow>,'MD0')/PlanDaysRem ;* <- 1/27/2014 JCH **********
|
|
END
|
|
|
|
DataArray<COL$QTD_MF_REMAIN,ReactIFXEpiScrapRow> = OCONV(QTDRem,'MD0,')
|
|
|
|
DataArray<COL$ORG_MF_DAILY_PLAN,ReactIFXEpiScrapRow> = OCONV(ICONV(OrgDailyPlan,'MD0'),'MD0')
|
|
|
|
IF OrgDailyPlan NE '' THEN
|
|
QTDOverUnder = ICONV(DataArray<COL$QTD_ACTUAL,ReactIFXEpiScrapRow> - (DataArray<COL$ORG_MF_DAILY_PLAN,ReactIFXEpiScrapRow>*DaysWorked),'MD0') ;* <- 1/15/2008 JCH
|
|
DataArray<COL$QTD_MF_OVER_UNDER,ReactIFXEpiScrapRow> = OCONV(QTDOverUnder,'MD0,') ;* <- 1/15/2008 JCH
|
|
END
|
|
|
|
* End of Planning Calcs
|
|
|
|
|
|
IF RDSFiscalWeek = FiscalWeek THEN
|
|
|
|
DataArray<DayCol,ReactTotRow> = DataArray<DayCol,ReactTotRow> + WafersOut
|
|
DataArray<DayCol,ReactCustScrapRow> = DataArray<DayCol,ReactCustScrapRow> + CustScrap
|
|
DataArray<DayCol,ReactIFXEpiScrapRow> = DataArray<DayCol,ReactIFXEpiScrapRow> + IFXEpiScrap
|
|
DataArray<DayCol,ReactOtherRow> = DataArray<DayCol,ReactOtherRow> + OtherWafers
|
|
* DataArray<DayCol,ReactPrimeTWRow> = DataArray<DayCol,ReactPrimeTWRow> + PrimeTW ;* dkk 12/30/13
|
|
* DataArray<DayCol,ReactReclaimTWRow> = DataArray<DayCol,ReactReclaimTWRow> + ReclaimTW ;* dkk 12/30/13
|
|
|
|
IF DataArray<DayCol,ReactTotRow> > 0 THEN
|
|
Yield = DataArray<DayCol,ReactTotRow> / ( DataArray<DayCol,ReactTotRow> + DataArray<DayCol,ReactIFXEpiScrapRow> )
|
|
END ELSE
|
|
Yield = 0
|
|
END
|
|
|
|
DataArray<DayCol,ReactYieldRow> = OCONV(ICONV(Yield*100,'MD2'),'MD2S%')
|
|
|
|
DataArray<COL$WTD_ACTUAL,ReactTotRow> = DataArray<COL$WTD_ACTUAL,ReactTotRow> + WafersOut
|
|
DataArray<COL$WTD_ACTUAL,ReactCustScrapRow> = DataArray<COL$WTD_ACTUAL,ReactCustScrapRow> + CustScrap
|
|
DataArray<COL$WTD_ACTUAL,ReactIFXEpiScrapRow> = DataArray<COL$WTD_ACTUAL,ReactIFXEpiScrapRow> + IFXEpiScrap
|
|
DataArray<COL$WTD_ACTUAL,ReactOtherRow> = DataArray<COL$WTD_ACTUAL,ReactOtherRow> + OtherWafers
|
|
* DataArray<COL$WTD_ACTUAL,ReactPrimeTWRow> = DataArray<COL$WTD_ACTUAL,ReactPrimeTWRow> + PrimeTW ;* dkk 12/30/13
|
|
* DataArray<COL$WTD_ACTUAL,ReactReclaimTWRow> = DataArray<COL$WTD_ACTUAL,ReactReclaimTWRow> + ReclaimTW ;* dkk 12/30/13
|
|
|
|
IF DataArray<COL$WTD_ACTUAL,ReactTotRow> > 0 THEN
|
|
Yield = DataArray<COL$WTD_ACTUAL,ReactTotRow> / ( DataArray<COL$WTD_ACTUAL,ReactTotRow> + DataArray<COL$WTD_ACTUAL,ReactIFXEpiScrapRow> )
|
|
END ELSE
|
|
Yield = 0
|
|
END
|
|
|
|
DataArray<COL$WTD_ACTUAL,ReactYieldRow> = OCONV(ICONV(Yield*100,'MD2'),'MD2S%')
|
|
|
|
* Scrap Rate
|
|
|
|
IF DataArray<COL$WTD_ACTUAL,ReactTotRow> > 0 THEN
|
|
ScrapRate = (DataArray<COL$WTD_ACTUAL,ReactIFXEpiScrapRow>/DataArray<COL$WTD_ACTUAL,ReactTotRow>)*1000
|
|
END ELSE
|
|
ScrapRate = 0
|
|
END
|
|
|
|
DataArray<COL$WTD_ACTUAL,ReactScrapRateRow> = OCONV(ICONV(ScrapRate,'MD2'),'MD2')
|
|
|
|
END ;* End of check for current fiscal week
|
|
|
|
END ;* End of check for Report Exclude flag on customer
|
|
|
|
END ;* End of RDS Record read
|
|
|
|
Running = Msg(@WINDOW, MsgUp, LoopCnt, MSGINSTUPDATE$)
|
|
|
|
|
|
UNTIL RDSKeys = '' OR NOT(Running)
|
|
REPEAT
|
|
|
|
Msg(@WINDOW,MsgUp) ;* Take message down
|
|
|
|
* * * * New Section to calculate Shipments - JCH 3/26/2014 **********************************************************************************
|
|
|
|
OPEN 'COC' TO ShipTable ELSE
|
|
ErrMsg('Unable to open COC for report.')
|
|
RETURN
|
|
END
|
|
|
|
OPEN 'DICT.COC' TO @DICT ELSE
|
|
ErrMsg('Unable to open DICT.COC for report.')
|
|
RETURN
|
|
END
|
|
|
|
StartDt = ICONV(FQStartDt,'D') - 1
|
|
*EndDt = ICONV(FWEndDt,'D') + 1 ;* 12/2/2015 JCH - Use cutoff date for data selection rather than week ending date
|
|
EndDt = thisCutOffDt + 1
|
|
|
|
SearchString = 'SHIP_DT':@VM:StartDt:'~':EndDt:@FM
|
|
|
|
ShipKeys = ''
|
|
Option = ''
|
|
Flag = ''
|
|
|
|
Def = ""
|
|
Def<MTEXT$> = "Selecting Shipment records..."
|
|
Def<MTYPE$> = "U"
|
|
MsgUp = Msg(@window, Def) ;* display the processing message
|
|
|
|
Set_Status(0)
|
|
Btree.Extract(SearchString, 'COC', @DICT, ShipKeys, Option, Flag)
|
|
|
|
Msg(@WINDOW, MsgUp)
|
|
|
|
IF Get_Status(errCode) THEN
|
|
ErrMsg(errCode)
|
|
RETURN
|
|
END
|
|
|
|
IF ShipKeys = '' THEN
|
|
ErrMsg('No Shipment Records found for the current quarter!')
|
|
RETURN
|
|
END
|
|
|
|
ShipCnt = COUNT(ShipKeys,@VM) + (ShipKeys NE '')
|
|
LoopCnt = 0
|
|
LastCheck = 0
|
|
|
|
Def = ""
|
|
Def<MCAPTION$> = "Building Report Shipments..."
|
|
Def<MTYPE$> = "GC"
|
|
Def<MEXTENT$> = ShipCnt
|
|
Def<MTEXTWIDTH$> = 600
|
|
|
|
MsgUp = Msg(@WINDOW, Def)
|
|
|
|
LOOP
|
|
@ID = ShipKeys[1,@VM]
|
|
ShipKeys[1,COL2()] = ''
|
|
LoopCnt += 1
|
|
|
|
READ @RECORD FROM ShipTable,@ID THEN
|
|
|
|
ShipQty = SUM({CASS_WAFER_CNT}) ;* Only product wafers (no test wafers being returned )
|
|
Captive = {CUST_CAPTIVE}
|
|
|
|
ShipDt = @RECORD<COC_SHIP_DT$>
|
|
Day = MOD(ShipDt,7)
|
|
|
|
BEGIN CASE
|
|
CASE Day = 0 ; DayCol = COL$SUN
|
|
CASE Day = 1 ; DayCol = COL$MON
|
|
CASE Day = 2 ; DayCol = COL$TUE
|
|
CASE Day = 3 ; DayCol = COL$WED
|
|
CASE Day = 4 ; DayCol = COL$THU
|
|
CASE Day = 5 ; DayCol = COL$FRI
|
|
CASE Day = 6 ; DayCol = COL$SAT
|
|
END CASE
|
|
|
|
ShipDt = OCONV(ShipDt,'D4/')
|
|
ShipFiscalWeek = obj_Calendar('IRFiscalWeek',ShipDt)<1> ;* 2nd and 3rd fields are the start and end dates of the week
|
|
|
|
Row = ROW$TOT_SHIP
|
|
DataArray<COL$QTD_ACTUAL,Row> = DataArray<COL$QTD_ACTUAL,Row> + ShipQty
|
|
|
|
IF ShipFiscalWeek = FiscalWeek THEN
|
|
DataArray<COL$WTD_ACTUAL,Row> = DataArray<COL$WTD_ACTUAL,Row> + ShipQty
|
|
DataArray<DayCol,Row> = DataArray<DayCol,Row> + ShipQty
|
|
END
|
|
|
|
IF Captive THEN
|
|
Row = ROW$CAP_SHIP
|
|
END ELSE
|
|
Row = ROW$MER_SHIP
|
|
END
|
|
DataArray<COL$QTD_ACTUAL,Row> = DataArray<COL$QTD_ACTUAL,Row> + ShipQty
|
|
IF ShipFiscalWeek = FiscalWeek THEN
|
|
DataArray<COL$WTD_ACTUAL,Row> = DataArray<COL$WTD_ACTUAL,Row> + ShipQty
|
|
DataArray<DayCol,Row> = DataArray<DayCol,Row> + ShipQty
|
|
END
|
|
|
|
END ;* End of Shipment Record Read
|
|
|
|
Running = Msg(@WINDOW, MsgUp, LoopCnt, MSGINSTUPDATE$)
|
|
|
|
UNTIL ShipKeys = '' OR NOT(Running)
|
|
|
|
REPEAT
|
|
|
|
**************************************
|
|
* Beginning Of Planning Calculations *
|
|
**************************************
|
|
|
|
***************
|
|
* Shipped Row *
|
|
***************
|
|
QTDRem = (ICONV(DataArray<COL$QTD_MF_PLAN,ROW$TOT_SHIP>,'MD0') - ICONV(DataArray<COL$QTD_ACTUAL,ROW$TOT_SHIP>,'MD0'))
|
|
DataArray<COL$QTD_MF_REMAIN,ROW$TOT_SHIP> = OCONV(QTDRem,'MD0,')
|
|
|
|
IF PlanWorkingDays = 0 THEN
|
|
OrgDailyPlan = 0
|
|
END ELSE
|
|
OrgDailyPlan = ICONV(DataArray<COL$QTD_MF_REMAIN,ROW$TOT_SHIP>,'MD0')/PlanDaysRem
|
|
END
|
|
DataArray<COL$ORG_MF_DAILY_PLAN,ROW$TOT_SHIP> = OCONV(ICONV(OrgDailyPlan,'MD0'),'MD0')
|
|
|
|
IF OrgDailyPlan NE 0 THEN
|
|
PlanQTD = ICONV((ICONV(DataArray<COL$QTD_MF_PLAN,ROW$TOT_SHIP>,'MD0')/PlanWorkingDays)*DaysWorked,'MD0')
|
|
QTDOverUnder = ICONV(DataArray<COL$QTD_ACTUAL,ROW$TOT_SHIP> - PlanQTD,'MD0')
|
|
DataArray<COL$QTD_MF_OVER_UNDER,ROW$TOT_SHIP> = OCONV(QTDOverUnder,'MD0,')
|
|
END
|
|
|
|
********************************
|
|
* End Of Planning Calculations *
|
|
********************************
|
|
|
|
* * * * * End of shipment section
|
|
|
|
|
|
FOR I = ROW$TOT_REACTOR_OUTS TO ROW$TOT_SHIP
|
|
IF I NE ROW$TOT_YIELD THEN
|
|
FOR J = COL$MON TO COL$QTD_ACTUAL
|
|
DataArray<J,I> = OCONV(DataArray<J,I>,'MD0,Z')
|
|
NEXT J
|
|
END
|
|
NEXT I
|
|
|
|
FOR I = ROW$CAP_OUT TO ROW$CAP_SHIP
|
|
IF I NE ROW$CAP_YIELD THEN
|
|
FOR J = COL$MON TO COL$QTD_ACTUAL
|
|
DataArray<J,I> = OCONV(DataArray<J,I>,'MD0,Z')
|
|
NEXT J
|
|
END
|
|
NEXT I
|
|
|
|
FOR I = ROW$MER_TOT_OUT TO ROW$MER_SHIP
|
|
IF I NE ROW$MER_YIELD THEN
|
|
FOR J = COL$MON TO COL$QTD_ACTUAL
|
|
DataArray<J,I> = OCONV(DataArray<J,I>,'MD0,Z')
|
|
NEXT J
|
|
END
|
|
NEXT I
|
|
|
|
FOR I = ROW$ASMP_OUT TO ROW$ASMP_OTHER
|
|
FOR J = COL$MON TO COL$QTD_ACTUAL
|
|
DataArray<J,I> = OCONV(DataArray<J,I>,'MD0,Z')
|
|
NEXT J
|
|
NEXT I
|
|
|
|
FOR I = ROW$ASM_OUT TO ROW$ASM_OTHER
|
|
FOR J = COL$MON TO COL$QTD_ACTUAL
|
|
DataArray<J,I> = OCONV(DataArray<J,I>,'MD0,Z')
|
|
NEXT J
|
|
NEXT I
|
|
|
|
FOR I = ROW$HTR3_OUT TO ROW$HTR3_OTHER
|
|
FOR J = COL$MON TO COL$QTD_ACTUAL
|
|
DataArray<J,I> = OCONV(DataArray<J,I>,'MD0,Z')
|
|
NEXT J
|
|
NEXT I
|
|
|
|
FOR I = ROW$EPIPRO_OUT TO ROW$EPIPRO_OTHER
|
|
FOR J = COL$MON TO COL$QTD_ACTUAL
|
|
DataArray<J,I> = OCONV(DataArray<J,I>,'MD0,Z')
|
|
NEXT J
|
|
NEXT I
|
|
|
|
Msg(@WINDOW,MsgUp)
|
|
|
|
xlApp = OleCreateInstance("excel.Application") ;* Create instance of Excel
|
|
OlePutProperty(XlApp, 'Visible', xlSheetVisible)
|
|
if OleStatus() then Goto HadError
|
|
|
|
xlWorkBooks =OleGetProperty(xlApp, "Workbooks") ;* Create workbook
|
|
xlWkb = OleCallMethod(xlWorkbooks,"Add")
|
|
if OleStatus() then Goto HadError
|
|
|
|
xlSht = OleGetProperty(xlWkb, "Worksheets",1) ;* Select worksheet 1
|
|
if OleStatus() then Goto HadError
|
|
|
|
xlPageSetup = OleGetProperty(xlSht,"PageSetup") ;* Get PageSetup object for Page/Printing stuff
|
|
if OleStatus() then GOTO HadError
|
|
|
|
OlePutProperty( xlPageSetup , 'PrintGridLines', xlTrue ) ;* Print Gridlines on
|
|
OlePutProperty( xlPageSetup , 'Orientation' , xlLandscape ) ;* Orientation to Landscape
|
|
OlePutProperty( xlPageSetup , 'HeaderMargin', '20') ;* HeaderMargin to 20pts
|
|
|
|
OlePutProperty( xlPageSetup , 'CenterHeader' , '&14Epi SERVICES - Thruput Report - w/o Makeup Activity' ) ;* Set Center Header
|
|
OlePutProperty( xlPageSetup , 'LeftHeader' , '&G' ) ;* Set graphic in Left Header
|
|
|
|
graphic = OleGetProperty( xlPageSetup , 'LeftHeaderPicture' ) ;* Get graphic object for Left Header Picture
|
|
OlePutProperty( graphic , 'FileName' , 'R:\Oinsight\BMPS\EpiSvcs.png' ) ;* Set filename for graphic
|
|
OlePutProperty( graphic , 'Height' , '51.75' ) ;* Scale graphic to fit header
|
|
OlePutProperty( graphic , 'Width' , '81')
|
|
|
|
OlePutProperty( xlPageSetup , 'RightHeader' , 'Page &P' ) ;* Set Right Header to show current page number
|
|
|
|
|
|
ColCnt = COUNT(DataArray,@FM) + (DataArray NE '')
|
|
LineCnt = COUNT(DataArray<1>,@VM) + (DataArray<1> NE '')
|
|
FOR LineNo = 1 TO LineCnt
|
|
FOR Column = 1 to ColCnt
|
|
RangeColumn = eXcelCols<1,Column>
|
|
range = OleGetProperty( xlSht, 'Range',RangeColumn:LineNo)
|
|
OlePutProperty(range, 'Value', DataArray<Column,LineNo>) ;* Load report array into spreadsheet cells
|
|
IF OleStatus() THEN GOTO HadError
|
|
NEXT Column
|
|
NEXT LineCnt
|
|
|
|
LastColumn = eXcelCols<1,ColCnt>
|
|
range = OleGetProperty( xlSht, 'Range','B1:':LastColumn:'1') ;* Turn on word wrap in columns from B through end
|
|
OlePutProperty( range, 'WrapText', xlTrue)
|
|
IF OleStatus() THEN GOTO HadError
|
|
|
|
RangeColumn = eXcelCols<1,ColCnt>
|
|
range = OleGetProperty( xlSht, 'Range','A1:':RangeColumn:LineCnt)
|
|
|
|
Void = OleCallMethod( range, 'AutoFormat', xlRangeAutoFormatClassic1 ) ;* Turn on autoformat (FormatClassic1)
|
|
IF OleStatus() THEN GOTO HadError
|
|
|
|
|
|
FOR I = COL$MON TO COL$SUN
|
|
eXcelCol = eXcelCols<1,I>
|
|
column = OleGetProperty( xlSht, 'Range' , eXcelCol:':':exCelCol ) ;* Set the day columns to a standard width
|
|
OlePutProperty( column , 'ColumnWidth' , '10.6' ) ;* Originally 10.3 - changed to 10.6 to fit Wednesday - dkk 12/30/13
|
|
a = OleStatus()
|
|
NEXT I
|
|
|
|
|
|
EdgeList = xlDiagonalDown:@VM:xlDiagonalup:@VM:xlEdgeLeft:@VM:xlEdgeTop:@VM:xlEdgeRight:@VM:xlInsideVertical
|
|
|
|
* Put border on the BOTTOM of this row
|
|
|
|
range = OleGetProperty( xlSht, 'Range', 'A':ROW$TOT_SHIP:':':RangeColumn:ROW$TOT_SHIP)
|
|
|
|
FOR I = 1 TO COUNT(EdgeList,@VM) + (EdgeList NE '')
|
|
edge = OleGetProperty( range, 'Borders' , EdgeList<1,I> )
|
|
OlePutProperty( edge , 'LineStyle' , xlLineStyleNone ) ;* Clear border segments EXCEPT bottom
|
|
IF OleStatus() THEN debug
|
|
NEXT I
|
|
|
|
edge = OleGetProperty( range, 'Borders' , xlEdgeBottom ) ;* Set border segment for bottom to medium weight line
|
|
olePutProperty( edge , 'LineStyle', xlContinuous )
|
|
olePutProperty( edge , 'Weight' , xlMedium )
|
|
olePutProperty( edge , 'ColorIndex', xlColorIndexAutomatic )
|
|
|
|
range = OleGetProperty( xlSht, 'Range', 'A':ROW$MER_SHIP:':':RangeColumn:ROW$MER_SHIP) ;* Set border for range (underline entire row)
|
|
|
|
FOR I = 1 TO COUNT(EdgeList,@VM) + (EdgeList NE '')
|
|
edge = OleGetProperty( range, 'Borders' , EdgeList<1,I> )
|
|
OlePutProperty( edge , 'LineStyle' , xlLineStyleNone )
|
|
NEXT I
|
|
|
|
edge = OleGetProperty( range, 'Borders' , xlEdgeBottom )
|
|
olePutProperty( edge , 'LineStyle', xlContinuous )
|
|
olePutProperty( edge , 'Weight' , xlMedium )
|
|
olePutProperty( edge , 'ColorIndex', xlColorIndexAutomatic )
|
|
|
|
|
|
* Void = OleCallMethod( xlWkb, 'SaveAs','C:\OIReports\ThruPut.xls', xlWorkbookNormal ) ;* Save to local drive
|
|
Void = OleCallMethod( xlWkb, 'SaveAs',Environment_Services('GetReportsRootPath') : '\ThruPut.xls', xlWorkbookNormal ) ;* Save to local drive
|
|
|
|
RETURN
|
|
|
|
* * * * * * *
|
|
HadError:
|
|
* * * * * * *
|
|
|
|
xlChart = ''
|
|
Charts = ''
|
|
range = ''
|
|
xlSht = ''
|
|
xlWkb=''
|
|
xlWorkBooks = ''
|
|
x = OleCallMethod(xlApp, 'Quit')
|
|
|
|
RETURN
|
|
|
|
/* end of code */
|
|
|
|
*
|
|
|
|
|
|
/*
|
|
* Insert 4 blank rows at the top
|
|
|
|
range = OleGetProperty( xlSht, 'Range','1:1')
|
|
rows = OleGetProperty( range, 'Rows' )
|
|
|
|
void = OleCallMethod( rows, 'Insert', xlShiftDown )
|
|
void = OleCallMethod( rows, 'Insert', xlShiftDown )
|
|
void = OleCallMethod( rows, 'Insert', xlShiftDown )
|
|
void = OleCallMethod( rows, 'Insert', xlShiftDown )
|
|
|
|
* Merge the 4 rows and setup for header text
|
|
|
|
range = OleGetProperty( xlSht, 'Range','A1:':LastColumn:'4')
|
|
OlePutProperty( range , 'HorizontalAlignment' , xlCenter )
|
|
OlePutProperty( range , 'VerticalAlignment' , xlCenter )
|
|
OlePutProperty( range , 'WrapText' , xlFalse )
|
|
OlePutProperty( range , 'Orientation' , '0' )
|
|
OlePutProperty( range , 'AddIndent' , xlFalse )
|
|
OlePutProperty( range , 'IndentLevel' , '0' )
|
|
OlePutProperty( range , 'ShrinkToFit' , xlFalse )
|
|
OlePutProperty( range , 'ReadingOrder' , xlContext )
|
|
OlePutProperty( range , 'MergeCells' , xlTrue )
|
|
|
|
font = OleGetProperty( range , 'Font' )
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OlePutProperty( font , 'Name' , 'Arial' )
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OlePutProperty( font , 'FontStyle' , 'Bold' )
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OlePutProperty( font , 'Size' , '12' )
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OlePutProperty( font , 'Strikethrough' , xlFalse )
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OlePutProperty( font , 'Superscript' , xlFalse )
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OlePutProperty( font , 'Subscript' , xlFalse )
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OlePutProperty( font , 'OutlineFont' , xlFalse )
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OlePutProperty( font , 'Shadow' , xlFalse )
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OlePutProperty( font , 'Underline' , xlUnderLineStyleNone )
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OlePutProperty( font , 'ColorIndex' , xlAutomatic )
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range = OleGetProperty( xlSht, 'Range','A1:':LastColumn:'4')
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OlePutProperty(range, 'Value', 'Thruput Report - w/o Makeup Activity') ;* Put the title text in
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pictures = OleGetProperty( xlSht , 'Pictures' )
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void = OleCallMethod( pictures , 'Insert' , 'R:\Oinsight\BMPS\EpiSvcs.png' ) ;* Insert graphic in u/l corner
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shapes = OleGetProperty( xlSht , 'Shapes' ) ;* This is a collection
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shaperange = OleGetProperty( shapes , 'Range' , '1' ) ;* This selects 1 or more of the collection to work with
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void = OleCallMethod( shaperange , 'ScaleWidth' , '0.41' , msoFalse , msoScaleFromTopLeft ) ;* Scale the graphic to fit in the 4 line header
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void = OleCallMethod( shaperange , 'ScaleHeight' , '0.41' , msoFalse , msoScaleFromTopLeft )
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*/
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