compile insert QUOTE_OLD_SPEC_EQU
* These are equates for the spec_substrate field in the quote table
* so they are the @vm positions. This is used when defining spec information
* for a particular quote 

equ QSSubOrientation$   to 1
equ QSSubType$          to 2
equ QSSubWafersize$     to 3
equ QSSubResistivity$   to 4
equ QSSubResUnits$      to 5
equ QSSubDopant$        to 6
equ QSSubPreClean$      to 7
equ QSSubBl1Dopant$     to 8
equ QSSubBl2Dopant$     to 9
equ QSSubOxide$         to 10
equ QSSubPostClean$     to 11
equ QSSubResRadGrad$    to 12
equ QSSubCarbon$        to 13
equ QSSubDisDensity$    to 14 
equ QSSubInstructions$  to 15
equ QSSubOtherSpecs$    to 16


* now these are the equates for the spec_epi field in the quote table
* so they are the @vm positions.
equ QSEpiConcMinThick$  to 1 ;* could have @svm
equ QSEpiConcMaxThick$  to 2 ;* could have @svm
equ QSEpiConcUnits$     to 3
equ QSEpiResMinThick$   to 4
equ QSEpiResMaxThick$   to 5
equ QSEpiResUnits$      to 6
equ QSEpiMinThick$      to 7
equ QSEpiMaxThick$      to 8
equ QSEpiThickUnits$    to 9
equ QSEpiDopant$        to 10
equ QSEpiRecipe$        to 11
equ QSEpiRecipeName$    to 12
* it is these twelve values delimited by char(247) for each seperate
* reactor layer then char(245) and then as follows as @vm
equ QSOEpiThickMeasure$ to 1
equ QSOEpiResMeasure$   to 2
equ QSOEpiThickTol$     to 3   ;* from 3 - 13 can go
equ QSOEpiThickWWTol$   to 4
equ QSOEpiResTol$       to 5
equ QSOEpiResWWTol$     to 6
equ QSOEpiDopTrans$     to 7
equ QSOEpiLpDef$        to 8
equ QSOEpiSlip$         to 9
equ QSOEpiStackFaults$  to 10
equ QSOEpiStress$       to 11
equ QSOEpiEdgeCrown$    to 12
equ QSOEpiMContam$      to 13