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jacobwilliamsjacobwilliams
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see if this fixes the floating point warnings
changed the tests to nested ifs, so the inner ones aren't computed if the outer ones fail.
1 parent 92a4c6a commit fca10b5

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6 files changed

+236
-69
lines changed

6 files changed

+236
-69
lines changed

‎test/test_chkder.f90‎

Lines changed: 39 additions & 9 deletions
Original file line numberDiff line numberDiff line change
@@ -35,6 +35,8 @@ program test_chkder
3535
real(wp), parameter :: tol = sqrt(dpmpar(1)) !! abstol for matching previously generated solutions
3636
real(wp), parameter :: solution_reltol = 1.0e-4_wp !! reltol for matching previously generated solutions
3737

38+
integer,dimension(ncases),parameter :: info_original = 1 ! not used here
39+
3840
cp = 1.23e-1_wp
3941

4042
do icase = 1, ncases+1
@@ -92,15 +94,7 @@ program test_chkder
9294
write (nwrite, '(//5x, a//(5x, 5d15.7))') ' FIRST FUNCTION VECTOR ', (fvec1(i), i=1, n)
9395
write (nwrite, '(//5x, a//(5x, 5d15.7))') ' FUNCTION DIFFERENCE VECTOR', (diff(i), i=1, n)
9496
write (nwrite, '(//5x, a//(5x, 5d15.7))') ' ERROR VECTOR', (err(i), i=1, n)
95-
96-
! compare with previously generated solutions:
97-
if (any(abs(solution(nprob) - diff)>tol .and. &
98-
abs((solution(nprob) - diff)/(solution(nprob))) > solution_reltol)) then
99-
write(nwrite,'(A)') 'Failed case'
100-
write(nwrite, '(//5x, a//(5x, 5d15.7))') 'Expected diff: ', solution(nprob)
101-
write(nwrite, '(/5x, a//(5x, 5d15.7))') 'Computed diff: ', diff
102-
error stop
103-
end if
97+
call compare_solutions(nprob, diff, solution_reltol, tol)
10498

10599
end if
106100

@@ -109,6 +103,42 @@ program test_chkder
109103
contains
110104
!*****************************************************************************************
111105

106+
!*****************************************************************************************
107+
!>
108+
! Compare with previously generated solutions.
109+
110+
subroutine compare_solutions(ic, x, reltol, abstol)
111+
112+
implicit none
113+
114+
integer,intent(in) :: ic !! problem number (index is `solution` vector)
115+
real(wp),dimension(:),intent(in) :: x !! computed `x` vector from the method
116+
real(wp),intent(in) :: reltol !! relative tolerance for `x` to pass
117+
real(wp),intent(in) :: abstol !! absolute tolerance for `x` to pass
118+
119+
real(wp),dimension(size(x)) :: diff, absdiff, reldiff
120+
121+
if (info_original(ic)<5) then ! ignore any where the original minpack failed
122+
diff = solution(ic) - x
123+
absdiff = abs(diff)
124+
if (any(absdiff>abstol)) then ! first do an absolute diff
125+
! also do a rel diff if the abs diff fails (also protect for divide by zero)
126+
reldiff = absdiff
127+
where (solution(ic) /= 0.0_wp) reldiff = absdiff / abs(solution(ic))
128+
if (any(reldiff > reltol)) then
129+
write(nwrite,'(A)') 'Failed case'
130+
write(nwrite, '(//5x, a//(5x, 5d15.7))') 'Expected x: ', solution(ic)
131+
write(nwrite, '(/5x, a//(5x, 5d15.7))') 'Computed x: ', x
132+
write(nwrite, '(/5x, a//(5x, 5d15.7))') 'absdiff: ', absdiff
133+
write(nwrite, '(/5x, a//(5x, 5d15.7))') 'reldiff: ', reldiff
134+
error stop ! test failed
135+
end if
136+
end if
137+
end if
138+
139+
end subroutine compare_solutions
140+
!*****************************************************************************************
141+
112142
!*****************************************************************************************
113143
!>
114144
! Replaced statement function in original code.

‎test/test_hybrd.f90‎

Lines changed: 49 additions & 17 deletions
Original file line numberDiff line numberDiff line change
@@ -28,10 +28,10 @@ program test_hybrd
2828
1,1,1,1,1,1,1,1,1]
2929

3030
integer :: i, ic, info, k, lwa, n, NFEv, NPRob, ntries, icase
31-
integer :: na(55), nf(55), np(55), nx(55)
32-
real(wp) :: fnm(55)
31+
integer,dimension(55) :: na, nf, np, nx
32+
real(wp),dimension(55) :: fnm
3333
real(wp) :: factor, fnorm1, fnorm2
34-
real(wp),allocatable :: fvec(:), wa(:), x(:)
34+
real(wp),dimension(:),allocatable :: fvec, wa, x
3535

3636
integer, parameter :: nwrite = output_unit !! logical output unit
3737
real(wp), parameter :: one = 1.0_wp
@@ -84,24 +84,50 @@ program test_hybrd
8484
' EXIT PARAMETER', info, &
8585
' FINAL APPROXIMATE SOLUTION', x(1:n)
8686
factor = ten*factor
87-
88-
! compare with previously generated solutions:
89-
if (info_original(ic)<5 .and. & ! ignore any where the original minpack failed
90-
any(abs( solution(ic) - x)>tol .and. &
91-
abs((solution(ic) - x)/(solution(ic))) > solution_reltol)) then
92-
write(nwrite,'(A)') 'Failed case'
93-
write(nwrite, '(//5x, a//(5x, 5d15.7))') 'Expected x: ', solution(ic)
94-
write(nwrite, '(/5x, a//(5x, 5d15.7))') 'Computed x: ', x
95-
error stop
96-
end if
97-
87+
call compare_solutions(ic, x, solution_reltol, tol)
9888
end do
9989
end if
10090
end do
10191

10292
contains
10393
!*****************************************************************************************
10494

95+
!*****************************************************************************************
96+
!>
97+
! Compare with previously generated solutions.
98+
99+
subroutine compare_solutions(ic, x, reltol, abstol)
100+
101+
implicit none
102+
103+
integer,intent(in) :: ic !! problem number (index is `solution` vector)
104+
real(wp),dimension(:),intent(in) :: x !! computed `x` vector from the method
105+
real(wp),intent(in) :: reltol !! relative tolerance for `x` to pass
106+
real(wp),intent(in) :: abstol !! absolute tolerance for `x` to pass
107+
108+
real(wp),dimension(size(x)) :: diff, absdiff, reldiff
109+
110+
if (info_original(ic)<5) then ! ignore any where the original minpack failed
111+
diff = solution(ic) - x
112+
absdiff = abs(diff)
113+
if (any(absdiff>abstol)) then ! first do an absolute diff
114+
! also do a rel diff if the abs diff fails (also protect for divide by zero)
115+
reldiff = absdiff
116+
where (solution(ic) /= 0.0_wp) reldiff = absdiff / abs(solution(ic))
117+
if (any(reldiff > reltol)) then
118+
write(nwrite,'(A)') 'Failed case'
119+
write(nwrite, '(//5x, a//(5x, 5d15.7))') 'Expected x: ', solution(ic)
120+
write(nwrite, '(/5x, a//(5x, 5d15.7))') 'Computed x: ', x
121+
write(nwrite, '(/5x, a//(5x, 5d15.7))') 'absdiff: ', absdiff
122+
write(nwrite, '(/5x, a//(5x, 5d15.7))') 'reldiff: ', reldiff
123+
error stop ! test failed
124+
end if
125+
end if
126+
end if
127+
128+
end subroutine compare_solutions
129+
!*****************************************************************************************
130+
105131
!*****************************************************************************************
106132
!>
107133
! The calling sequence of fcn should be identical to the
@@ -388,14 +414,20 @@ subroutine vecfcn(n, x, Fvec, Nprob)
388414
Fvec(4) = c6*temp2 + c4*(x(4) - one) + c5*(x(2) - one)
389415
case (5)
390416
! HELICAL VALLEY FUNCTION.
417+
write(*,*) '1'
391418
tpi = eight*atan(one)
392-
temp1 = sign(c7, x(2))
393-
if (x(1) > zero) temp1 = atan(x(2)/x(1))/tpi
394-
if (x(1) < zero) temp1 = atan(x(2)/x(1))/tpi + c8
419+
if (x(1) > zero) then
420+
temp1 = atan(x(2)/x(1))/tpi
421+
else if (x(1) < zero) then
422+
temp1 = atan(x(2)/x(1))/tpi + c8
423+
else
424+
temp1 = sign(c7, x(2)) ! does this ever happen?
425+
end if
395426
temp2 = sqrt(x(1)**2 + x(2)**2)
396427
Fvec(1) = ten*(x(3) - ten*temp1)
397428
Fvec(2) = ten*(temp2 - one)
398429
Fvec(3) = x(3)
430+
write(*,*) '2'
399431
case (6)
400432
! WATSON FUNCTION.
401433
do k = 1, n

‎test/test_hybrj.f90‎

Lines changed: 37 additions & 10 deletions
Original file line numberDiff line numberDiff line change
@@ -89,16 +89,7 @@ program test_hybrj
8989
' EXIT PARAMETER', info, &
9090
' FINAL APPROXIMATE SOLUTION', x(1:n)
9191
factor = ten*factor
92-
93-
! compare with previously generated solutions:
94-
if (info_original(ic)<5 .and. & ! ignore any where the original minpack failed
95-
any(abs( solution(ic) - x)>tol .and. &
96-
abs((solution(ic) - x)/(solution(ic))) > solution_reltol)) then
97-
write(nwrite,'(A)') 'Failed case'
98-
write(nwrite, '(//5x, a//(5x, 5d15.7))') 'Expected x: ', solution(ic)
99-
write(nwrite, '(/5x, a//(5x, 5d15.7))') 'Computed x: ', x
100-
error stop
101-
end if
92+
call compare_solutions(ic, x, solution_reltol, tol)
10293

10394
end do
10495
end if
@@ -107,6 +98,42 @@ program test_hybrj
10798
contains
10899
!*****************************************************************************************
109100

101+
!*****************************************************************************************
102+
!>
103+
! Compare with previously generated solutions.
104+
105+
subroutine compare_solutions(ic, x, reltol, abstol)
106+
107+
implicit none
108+
109+
integer,intent(in) :: ic !! problem number (index is `solution` vector)
110+
real(wp),dimension(:),intent(in) :: x !! computed `x` vector from the method
111+
real(wp),intent(in) :: reltol !! relative tolerance for `x` to pass
112+
real(wp),intent(in) :: abstol !! absolute tolerance for `x` to pass
113+
114+
real(wp),dimension(size(x)) :: diff, absdiff, reldiff
115+
116+
if (info_original(ic)<5) then ! ignore any where the original minpack failed
117+
diff = solution(ic) - x
118+
absdiff = abs(diff)
119+
if (any(absdiff>abstol)) then ! first do an absolute diff
120+
! also do a rel diff if the abs diff fails (also protect for divide by zero)
121+
reldiff = absdiff
122+
where (solution(ic) /= 0.0_wp) reldiff = absdiff / abs(solution(ic))
123+
if (any(reldiff > reltol)) then
124+
write(nwrite,'(A)') 'Failed case'
125+
write(nwrite, '(//5x, a//(5x, 5d15.7))') 'Expected x: ', solution(ic)
126+
write(nwrite, '(/5x, a//(5x, 5d15.7))') 'Computed x: ', x
127+
write(nwrite, '(/5x, a//(5x, 5d15.7))') 'absdiff: ', absdiff
128+
write(nwrite, '(/5x, a//(5x, 5d15.7))') 'reldiff: ', reldiff
129+
error stop ! test failed
130+
end if
131+
end if
132+
end if
133+
134+
end subroutine compare_solutions
135+
!*****************************************************************************************
136+
110137
!*****************************************************************************************
111138
!>
112139
! The calling sequence of fcn should be identical to the

‎test/test_lmder.f90‎

Lines changed: 37 additions & 11 deletions
Original file line numberDiff line numberDiff line change
@@ -95,24 +95,50 @@ program test_lmder
9595
' EXIT PARAMETER', info, &
9696
' FINAL APPROXIMATE SOLUTION',x(1:n)
9797
factor = ten*factor
98-
99-
! compare with previously generated solutions:
100-
if (info_original(ic)<5 .and. & ! ignore any where the original minpack failed
101-
any(abs( solution(ic) - x)>tol .and. &
102-
abs((solution(ic) - x)/(solution(ic))) > solution_reltol)) then
103-
write(nwrite,'(A)') 'Failed case'
104-
write(nwrite, '(//5x, a//(5x, 5d15.7))') 'Expected x: ', solution(ic)
105-
write(nwrite, '(/5x, a//(5x, 5d15.7))') 'Computed x: ', x
106-
error stop
107-
end if
108-
98+
call compare_solutions(ic, x, solution_reltol, tol)
10999
end do
110100
end if
111101
end do
112102

113103
contains
114104
!*****************************************************************************************
115105

106+
!*****************************************************************************************
107+
!>
108+
! Compare with previously generated solutions.
109+
110+
subroutine compare_solutions(ic, x, reltol, abstol)
111+
112+
implicit none
113+
114+
integer,intent(in) :: ic !! problem number (index is `solution` vector)
115+
real(wp),dimension(:),intent(in) :: x !! computed `x` vector from the method
116+
real(wp),intent(in) :: reltol !! relative tolerance for `x` to pass
117+
real(wp),intent(in) :: abstol !! absolute tolerance for `x` to pass
118+
119+
real(wp),dimension(size(x)) :: diff, absdiff, reldiff
120+
121+
if (info_original(ic)<5) then ! ignore any where the original minpack failed
122+
diff = solution(ic) - x
123+
absdiff = abs(diff)
124+
if (any(absdiff>abstol)) then ! first do an absolute diff
125+
! also do a rel diff if the abs diff fails (also protect for divide by zero)
126+
reldiff = absdiff
127+
where (solution(ic) /= 0.0_wp) reldiff = absdiff / abs(solution(ic))
128+
if (any(reldiff > reltol)) then
129+
write(nwrite,'(A)') 'Failed case'
130+
write(nwrite, '(//5x, a//(5x, 5d15.7))') 'Expected x: ', solution(ic)
131+
write(nwrite, '(/5x, a//(5x, 5d15.7))') 'Computed x: ', x
132+
write(nwrite, '(/5x, a//(5x, 5d15.7))') 'absdiff: ', absdiff
133+
write(nwrite, '(/5x, a//(5x, 5d15.7))') 'reldiff: ', reldiff
134+
error stop ! test failed
135+
end if
136+
end if
137+
end if
138+
139+
end subroutine compare_solutions
140+
!*****************************************************************************************
141+
116142
!*****************************************************************************************
117143
!>
118144
! The calling sequence of fcn should be identical to the

‎test/test_lmdif.f90‎

Lines changed: 37 additions & 11 deletions
Original file line numberDiff line numberDiff line change
@@ -88,24 +88,50 @@ program test_lmdif
8888
' EXIT PARAMETER', info, &
8989
' FINAL APPROXIMATE SOLUTION', x(1:n)
9090
factor = ten*factor
91-
92-
! compare with previously generated solutions:
93-
if (info_original(ic)<5 .and. & ! ignore any where the original minpack failed
94-
any(abs( solution(ic) - x)>tol .and. &
95-
abs((solution(ic) - x)/(solution(ic))) > solution_reltol)) then
96-
write(nwrite,'(A)') 'Failed case'
97-
write(nwrite, '(//5x, a//(5x, 5d15.7))') 'Expected x: ', solution(ic)
98-
write(nwrite, '(/5x, a//(5x, 5d15.7))') 'Computed x: ', x
99-
error stop
100-
end if
101-
91+
call compare_solutions(ic, x, solution_reltol, tol)
10292
end do
10393
end if
10494
end do
10595

10696
contains
10797
!*****************************************************************************************
10898

99+
!*****************************************************************************************
100+
!>
101+
! Compare with previously generated solutions.
102+
103+
subroutine compare_solutions(ic, x, reltol, abstol)
104+
105+
implicit none
106+
107+
integer,intent(in) :: ic !! problem number (index is `solution` vector)
108+
real(wp),dimension(:),intent(in) :: x !! computed `x` vector from the method
109+
real(wp),intent(in) :: reltol !! relative tolerance for `x` to pass
110+
real(wp),intent(in) :: abstol !! absolute tolerance for `x` to pass
111+
112+
real(wp),dimension(size(x)) :: diff, absdiff, reldiff
113+
114+
if (info_original(ic)<5) then ! ignore any where the original minpack failed
115+
diff = solution(ic) - x
116+
absdiff = abs(diff)
117+
if (any(absdiff>abstol)) then ! first do an absolute diff
118+
! also do a rel diff if the abs diff fails (also protect for divide by zero)
119+
reldiff = absdiff
120+
where (solution(ic) /= 0.0_wp) reldiff = absdiff / abs(solution(ic))
121+
if (any(reldiff > reltol)) then
122+
write(nwrite,'(A)') 'Failed case'
123+
write(nwrite, '(//5x, a//(5x, 5d15.7))') 'Expected x: ', solution(ic)
124+
write(nwrite, '(/5x, a//(5x, 5d15.7))') 'Computed x: ', x
125+
write(nwrite, '(/5x, a//(5x, 5d15.7))') 'absdiff: ', absdiff
126+
write(nwrite, '(/5x, a//(5x, 5d15.7))') 'reldiff: ', reldiff
127+
error stop ! test failed
128+
end if
129+
end if
130+
end if
131+
132+
end subroutine compare_solutions
133+
!*****************************************************************************************
134+
109135
!*****************************************************************************************
110136
!>
111137
! The calling sequence of fcn should be identical to the

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