Program g13cefe
! G13CEF Example Program Text
! Mark 26.1 Release. NAG Copyright 2016.
! .. Use Statements ..
Use nag_library, Only: g13cef, nag_wp
! .. Implicit None Statement ..
Implicit None
! .. Parameters ..
Integer, Parameter :: nin = 5, nout = 6
! .. Local Scalars ..
Real (Kind=nag_wp) :: t
Integer :: i, ifail, j, ng
! .. Local Arrays ..
Real (Kind=nag_wp), Allocatable :: ca(:), calw(:), caup(:), sc(:), &
sclw(:), scup(:), xg(:), xyig(:), &
xyrg(:), yg(:)
Real (Kind=nag_wp) :: stats(4)
! .. Executable Statements ..
Write (nout,*) 'G13CEF Example Program Results'
Write (nout,*)
! Skip heading in data file
Read (nin,*)
! Read in the problem size
Read (nin,*) ng
! Read in statistics
Read (nin,*) stats(1:4)
Allocate (xg(ng),yg(ng),xyrg(ng),xyig(ng),ca(ng),calw(ng),caup(ng), &
sc(ng),sclw(ng),scup(ng))
! Read in data
Read (nin,*)(xg(i),yg(i),xyrg(i),xyig(i),i=1,ng)
! Calculate cross-amplitude spectrum
ifail = -1
Call g13cef(xg,yg,xyrg,xyig,ng,stats,ca,calw,caup,t,sc,sclw,scup,ifail)
If (ifail/=0) Then
If (ifail<2) Then
Go To 100
End If
End If
! Display results
Write (nout,*) ' Cross amplitude spectrum'
Write (nout,*)
Write (nout,*) ' Lower Upper'
Write (nout,*) ' Value bound bound'
Write (nout,99999)(j-1,ca(j),calw(j),caup(j),j=1,ng)
Write (nout,*)
Write (nout,99998) 'Squared coherency test statistic =', t
Write (nout,*)
Write (nout,*) ' Squared coherency'
Write (nout,*)
Write (nout,*) ' Lower Upper'
Write (nout,*) ' Value bound bound'
Write (nout,99999)(j-1,sc(j),sclw(j),scup(j),j=1,ng)
100 Continue
99999 Format (1X,I5,3F10.4)
99998 Format (1X,A,F12.4)
End Program g13cefe