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|
subroutine setPat(avalue)
character avalue
include 'matrix1.i'
Pat=avalue
return
end
subroutine setTmcs(avalue)
character avalue
include 'matrix1.i'
Tmcs=avalue
* if ((value .eq. 'Y') .or. (value .eq. 'y')) then
* call usrentry(1.0d0,1,1,1,1,1020)
* else
* call usrentry(0.0d0,1,1,1,1,1020)
* end if
return
end
subroutine setAna(avalue)
character avalue
double precision dvec(1)
include 'matrix1.i'
Ana=avalue
if ((avalue .eq. 'Y').or.(avalue .eq. 'y')) then
dvec(1)=1.0d0
else
dvec(1)=0.0d0
endif
call usrentry(dvec,1,1,1,1,1019)
return
end
subroutine setNmmu(avalue)
Integer avalue
include 'matrix1.i'
Nmmu=avalue
return
end
subroutine setNmp(avalue)
Integer avalue
include 'matrix1.i'
Nmp=avalue
return
end
subroutine setNmd(avalue)
Integer avalue
include 'matrix1.i'
Nmd=avalue
return
end
subroutine setNmq(avalue)
Integer avalue
include 'matrix1.i'
Nmq=avalue
return
end
subroutine setNmBp(avalue)
Integer avalue
include 'matrix1.i'
NmBp=avalue
return
end
subroutine setNmBd(avalue)
Integer avalue
include 'matrix1.i'
NmBd=avalue
return
end
subroutine setNmBq(avalue)
Integer avalue
include 'matrix1.i'
NmBq=avalue
return
end
subroutine setSf(avalue)
character avalue
include 'matrix1.i'
Sf=avalue
* if ((value .eq. 'E').or.(value .eq. 'e')) then
* call usrentry(1.0d0,1,1,1,1,1021)
* else
* call usrentry(0.0d0,1,1,1,1,1021)
* end if
return
end
subroutine setCvar(avalue)
character avalue
include 'matrix1.i'
Cvar=avalue
* if ((value .eq. 'E').or.(value .eq. 'e')) then
* call usrentry(1.0d0,1,1,1,1,1022)
* else
* call usrentry(0.0d0,1,1,1,1,1022)
* end if
return
end
subroutine setCcc(avalue)
character avalue
include 'matrix1.i'
Ccc=avalue
* if ((value .eq. 'E').or.(value .eq. 'e')) then
* call usrentry(1.0d0,1,1,1,1,1039)
* else
* call usrentry(0.0d0,1,1,1,1,1039)
* end if
return
end
subroutine setCmtTc(avalue)
character avalue
include 'matrix1.i'
CmtTc=avalue
return
end
subroutine setCmtS(avalue)
character avalue
include 'matrix1.i'
CmtS=avalue
return
end
subroutine setCmtIR(avalue)
character avalue
include 'matrix1.i'
CmtIR=avalue
return
end
subroutine setCmtTs(avalue)
character avalue
include 'matrix1.i'
CmtTs=avalue
return
end
subroutine setCmtSA(avalue)
character avalue
include 'matrix1.i'
CmtSA=avalue
return
end
subroutine setSd(avalue)
real*8 avalue
include 'matrix1.i'
Sd=avalue
return
end
character Function getPat()
include 'matrix1.i'
getPat=Pat
return
end
character Function getTmcs()
include 'matrix1.i'
getTmcs=Tmcs
return
end
character Function getAna()
include 'matrix1.i'
getAna=Ana
return
end
Integer Function getNmmu()
include 'matrix1.i'
getNmmu=Nmmu
return
end
Integer Function getNmp()
include 'matrix1.i'
getNmp=Nmp
return
end
Integer Function getNmd()
include 'matrix1.i'
getNmd=Nmd
return
end
Integer Function getNmq()
include 'matrix1.i'
getNmq=Nmq
return
end
Integer Function getNmBp()
include 'matrix1.i'
getNmBp=NmBp
return
end
Integer Function getNmBd()
include 'matrix1.i'
getNmBd=NmBd
return
end
Integer Function getNmBq()
include 'matrix1.i'
getNmBq=NmBq
return
end
character Function getSf()
include 'matrix1.i'
getSf=Sf
return
end
character Function getCvar()
include 'matrix1.i'
getCvar=Cvar
return
end
character Function getCcc()
include 'matrix1.i'
getCcc=Ccc
return
end
character Function getCmtTc()
include 'matrix1.i'
getCmtTc=CmtTc
return
end
character Function getCmtS()
include 'matrix1.i'
getCmtS=CmtS
return
end
character Function getCmtIR()
include 'matrix1.i'
getCmtIR=CmtIR
return
end
character Function getCmtTs()
include 'matrix1.i'
getCmtTs=CmtTs
return
end
character Function getCmtSA()
include 'matrix1.i'
getCmtSA=CmtSA
return
end
real*8 Function getSd()
include 'matrix1.i'
getSd=Sd
return
end
subroutine Mtx1Reset()
include 'matrix1.i'
Pat='N'
Tmcs='N'
Ana='N'
Nmmu=0
Nmp=0
Nmd=0
Nmq=0
Nmbp=0
Nmbd=0
Nmbq=0
Sf='0'
Cvar='0'
Ccc='0'
CmtTc='N'
CmtS='N'
CmtIR='N'
CmtTs='N'
CmtSA='N'
Sd=0.0d0
return
end
C
C Matrix2
C
subroutine setSdt(avalue)
include 'matrix2.i'
real*8 avalue
Sdt=avalue
return
end
real*8 function getSdt()
include 'matrix2.i'
getSdt=Sdt
return
end
subroutine setSds(avalue)
include 'matrix2.i'
real*8 avalue
Sds=avalue
return
end
real*8 function getSds()
include 'matrix2.i'
getSds=Sds
return
end
subroutine setSdc(avalue)
include 'matrix2.i'
real*8 avalue
Sdc=avalue
return
end
real*8 function getSdc()
include 'matrix2.i'
getSdc=Sdc
return
end
subroutine setSdi(avalue)
include 'matrix2.i'
real*8 avalue
Sdi=avalue
return
end
real*8 function getSdi()
include 'matrix2.i'
getSdi=Sdi
return
end
subroutine setSdsa(avalue)
include 'matrix2.i'
real*8 avalue
Sdsa=avalue
return
end
real*8 function getSdsa()
include 'matrix2.i'
getSdsa=Sdsa
return
end
subroutine setSeCect(avalue)
include 'matrix2.i'
real*8 avalue
SeCect=avalue
return
end
real*8 function getSeCect()
include 'matrix2.i'
getSeCect=SeCect
return
end
subroutine setSeCecSa(avalue)
include 'matrix2.i'
real*8 avalue
SeCecSa=avalue
return
end
real*8 function getSeCecSa()
include 'matrix2.i'
getSeCecSa=SeCecSa
return
end
subroutine setRseCect(avalue)
include 'matrix2.i'
real*8 avalue
RseCect=avalue
return
end
real*8 function getRseCect()
include 'matrix2.i'
getRseCect=RseCect
return
end
subroutine setRseCecSa(avalue)
include 'matrix2.i'
real*8 avalue
RseCecSa=avalue
return
end
real*8 function getRseCecSa()
include 'matrix2.i'
getRseCecSa=RseCecSa
return
end
subroutine setCovt1(avalue)
include 'matrix2.i'
real*8 avalue
Covt1=avalue
return
end
real*8 function getCovt1()
include 'matrix2.i'
getCovt1=Covt1
return
end
subroutine setCovsa1(avalue)
include 'matrix2.i'
real*8 avalue
Covsa1=avalue
return
end
real*8 function getCovsa1()
include 'matrix2.i'
getCovsa1=Covsa1
return
end
subroutine setCovt5(avalue)
include 'matrix2.i'
real*8 avalue
Covt5=avalue
return
end
real*8 function getCovt5()
include 'matrix2.i'
getCovt5=Covt5
return
end
subroutine setCovsa5(avalue)
include 'matrix2.i'
real*8 avalue
Covsa5=avalue
return
end
real*8 function getCovsa5()
include 'matrix2.i'
getCovsa5=Covsa5
return
end
subroutine setSsh(avalue)
include 'matrix2.i'
integer avalue
Ssh=avalue
return
end
integer function getSsh()
include 'matrix2.i'
getSsh=Ssh
return
end
subroutine setESS(nTh95,nTh3,MQ)
integer nTh95,nTh3,MQ
include 'matrix2.i'
if (nTh3.ge.1 .or. nTh95.ge.2 .or. (MQ.lt.12.and.nTh95.ge.1))then
ESS=1
else
ESS=0
endif
return
end
integer function getESS()
include 'matrix2.i'
getESS=ESS
return
end
C LINES OF CODE COMMENTED FOR X-13A-S : 1
C subroutine setSSp(avalue)
C END OF CODE BLOCK
C LINES OF CODE ADDED FOR X-13A-S : 1
subroutine setSSp2(avalue)
C END OF CODE BLOCK
include 'matrix2.i'
integer avalue
SSp=avalue
return
end
C LINES OF CODE COMMENTED FOR X-13A-S : 3
C integer function getSSp()
C include 'matrix2.i'
C getSSp=SSp
C END OF CODE BLOCK
C LINES OF CODE ADDED FOR X-13A-S : 3
integer function getSSp2()
include 'matrix2.i'
getSSp2=SSp
C END OF CODE BLOCK
return
end
subroutine setSSf(avalue)
include 'matrix2.i'
integer avalue
SSf=avalue
return
end
integer function getSSf()
include 'matrix2.i'
getSSf=SSf
return
end
subroutine setT11t(avalue)
include 'matrix2.i'
real*8 avalue
T11t=avalue
return
end
real*8 function getT11t()
include 'matrix2.i'
getT11t=T11t
return
end
subroutine setT11sa(avalue)
include 'matrix2.i'
real*8 avalue
T11sa=avalue
return
end
real*8 function getT11sa()
include 'matrix2.i'
getT11sa=T11sa
return
end
subroutine setT112t(avalue)
include 'matrix2.i'
real*8 avalue
T112t=avalue
return
end
real*8 function getT112t()
include 'matrix2.i'
getT112t=T112t
return
end
subroutine setT112sa(avalue)
include 'matrix2.i'
real*8 avalue
T112sa=avalue
return
end
real*8 function getT112sa()
include 'matrix2.i'
getT112sa=T112sa
return
end
subroutine setT112x(avalue)
include 'matrix2.i'
real*8 avalue
T112x=avalue
return
end
real*8 function getT112x()
include 'matrix2.i'
getT112x=T112x
return
end
subroutine setDaat(avalue)
include 'matrix2.i'
real*8 avalue
Daat=avalue
return
end
real*8 function getDaat()
include 'matrix2.i'
getDaat=Daat
return
end
subroutine setDaasa(avalue)
include 'matrix2.i'
real*8 avalue
Daasa=avalue
* call usrentry(daasa,1,1,1,1,1038)
return
end
real*8 function getDaasa()
include 'matrix2.i'
getDaasa=Daasa
return
end
subroutine Mtx2Reset()
include 'matrix2.i'
Sdt = 0.0d0
Sds = 0.0d0
Sdc = 0.0d0
Sdi = 0.0d0
Sdsa = 0.0d0
SeCect = 0.0d0
SeCecSa = 0.0d0
RseCect = 0.0d0
RseCecSa = 0.0d0
Covt1 = 0.0d0
Covsa1 = 100.0d0
Covt5 = 0.0d0
Covsa5 = 100.0d0
Ssh = 0.0d0
SSp = 0.0d0
SSf = 0.0d0
T11t = 0.0d0
T11sa = 0.0d0
T112t = 0.0d0
T112sa = 0.0d0
T112x = 0.0d0
Daat = 0.0d0
Daasa = 0.0d0
return
end
c
subroutine inicSumS()
include 'sums.i'
tTMCS=0
tANA=0
tScomp=0
tCycComp=0
tStocTD=0
tSpecFac=0
tACF=0
tCCF=0
tUnstSa=0
tUnrSa=0
tRevSa=0
tSeasNoSig=0
tBias=0
tCrQs=0
tCrSNP=0
tCrPeaks=0
tX11=0
tSeats=0
tNSA=0
return
end
c
subroutine addToSumS(mq,IsCloseToTD,crQs,crSNP,crPeaks,IsPureMA)
include 'sums.i'
character wStr
c
real*8 getSdS,getSdc,getSdSa,getSeCecSa,getRSeCecSa,getSd,
& getDaaSa,tmpreal,dvec(1)
logical isPureMA
character gettmcs,getANA,getSf,getCvar,getCcc
integer getssh,crQs,crSNP,crPeaks,mq,getESS
logical IsCloseToTD
EXTERNAL getSdS,getSdc,getSdSa,getSeCecSa,getRSeCecSa,getSd,
& getDaaSa,gettmcs,getANA,getSf,getCvar,getCcc,getssh,
& getESS
c
wStr=getTmcs()
if ((wStr.eq.'Y') .or.(wStr.eq.'y')) then
tTMCS=tTMCS+1
end if
if ((getANA().eq.'Y').or.(getANA().eq.'y')) then
tANA=tANA+1
end if
if (isPureMA .eqv. .false.) then
tmpreal=0.0d0
if (getSdS().gt.0) then
tScomp=tScomp+1
if (getSdS().gt.(0.75d0*getSd())) then
tUnstSa=tUnstSa+1
tmpreal=1.0d0
end if
if (getSeCecSa().gt.(0.95d0*getSd())) then
tUnrSa=tUnrSa+1
end if
dvec(1)=tmpreal
call usrentry(dvec,1,1,1,1,1601)
tmpreal=0.0d0
if (getRSeCecSa().gt.(0.80d0*getSd())) then
tRevSa=tRevSa+1
tmpreal=1.0d0
end if
dvec(1)=tmpreal
call usrentry(dvec,1,1,1,1,1603)
if (getESS().lt.1) then
c if (getSSh().lt.2) then
tSeasNosig=tSeasNosig+1
end if
end if
if (.not.IsCloseToTD) then
if (getSdc().gt.0) then
tCycComp=tCycComp+1
end if
else
if (getSdc().gt.0) then
tStocTD=tStocTD+1
end if
end if
if ((getSf().eq.'E').or.(getSf().eq.'e')) then
tSpecFac=tSpecFac+1
end if
if ((getCvar().eq.'E').or.(getCvar().eq.'e')) then
tACF=tACF+1
end if
if ((getCcc().eq.'E').or.(getCcc().eq.'e')) then
tCCF=tCCF+1
end if
if (getDaaSa().gt.1.0d0) then
tBias=tBias+1
end if
if ((mq.eq.4).or.(mq.eq.12)) then
if (tCrQs.ne.-1) then
tCrQs=tCrQs+CrQs
end if
if (tCrSNP.ne.-1) then
tCrSNP=tCrSNP+tCrSNP
end if
if (tCrPeaks.ne.-1) then
tCrPeaks=tCrPeaks+tCrPeaks
end if
else
tCrQs=-1
tCrSNP=-1
tCrPeaks=-1
end if
end if
return
end
|
