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|
C
C File: Ordering_IntOrderTest_Impl.f
C Symbol: Ordering.IntOrderTest-v0.1
C Symbol Type: class
C Babel Version: 0.10.2
C Description: Server-side implementation for Ordering.IntOrderTest
C
C WARNING: Automatically generated; only changes within splicers preserved
C
C babel-version = 0.10.2
C
C
C Symbol "Ordering.IntOrderTest" (version 0.1)
C
C This class provides methods to verify that the array ordering
C capabilities work for arrays of int.
C
C DO-NOT-DELETE splicer.begin(_miscellaneous_code_start)
integer*4 function iFunc(ind, dim)
implicit none
integer*4 dim, ind(dim), res, i
res = 0
do i=1, dim
res = res + i * ind(i)
enddo
ifunc = res
end
logical function incIndex(ind, A, dimen)
implicit none
integer*4 dimen
integer*4 ind(dimen), i, upper, lower
integer*8 A
incIndex = .false.
i = 1
do while (i .le. dimen .and. .not. incIndex)
call sidl_int__array_upper_f(A, i - 1, upper)
ind(i) = ind(i) + 1
if (ind(i) .gt. upper) then
call sidl_int__array_lower_f(A, i - 1, lower)
ind(i) = lower
i = i + 1
else
incIndex = .true.
endif
enddo
end
logical function isIMatrix(A)
implicit none
integer*8 A
integer*4 dimen, i, cindex(16), upper
integer*4 iFunc, elem
logical incIndex
call sidl_int__array_dimen_f(A, dimen)
isIMatrix = .false.
if ((dimen .le. 16) .and. (dimen .gt. 0)) then
do i = 1, dimen
call sidl_int__array_lower_f(A, i - 1, cindex(i))
call sidl_int__array_upper_f(A, i - 1, upper)
if (cindex(i) .gt. upper) then
isIMatrix = .true.
endif
enddo
if (.not. isIMatrix) then
cindex(1) = cindex(1) - 1
isIMatrix = .true.
do while (incIndex(cindex, A, dimen) .and. isIMatrix)
call sidl_int__array_get_f(A, cindex, elem)
if (iFunc(cindex, dimen) .ne. elem) then
isIMatrix = .false.
endif
enddo
endif
endif
end
subroutine fillIMatrix(A)
implicit none
integer*8 A
integer*4 dimen, i, cindex(16), upper, iFunc
logical incIndex
if (A .ne. 0) then
call sidl_int__array_dimen_f(A, dimen)
if ((dimen .le. 16) .and. (dimen .gt. 0)) then
do i = 1, dimen
call sidl_int__array_lower_f(A, i - 1, cindex(i))
call sidl_int__array_upper_f(A, i - 1, upper)
if (cindex(i) .gt. upper) then
return
endif
enddo
cindex(1) = cindex(1) - 1
do while (incIndex(cindex, A, dimen))
call sidl_int__array_set_f(A, cindex,
$ iFunc(cindex, dimen))
enddo
endif
endif
end
C DO-NOT-DELETE splicer.end(_miscellaneous_code_start)
C
C Class constructor called when the class is created.
C
subroutine Ordering_IntOrderTest__ctor_fi(self)
implicit none
C in Ordering.IntOrderTest self
integer*8 self
C DO-NOT-DELETE splicer.begin(Ordering.IntOrderTest._ctor)
C Insert the implementation here...
C DO-NOT-DELETE splicer.end(Ordering.IntOrderTest._ctor)
end
C
C Class destructor called when the class is deleted.
C
subroutine Ordering_IntOrderTest__dtor_fi(self)
implicit none
C in Ordering.IntOrderTest self
integer*8 self
C DO-NOT-DELETE splicer.begin(Ordering.IntOrderTest._dtor)
C Insert the implementation here...
C DO-NOT-DELETE splicer.end(Ordering.IntOrderTest._dtor)
end
C
C Static class initializer called exactly once before any user-defined method is dispatched
C
subroutine Ordering_IntOrderTest__load_fi()
implicit none
C DO-NOT-DELETE splicer.begin(Ordering.IntOrderTest._load)
C Insert the implementation here...
C DO-NOT-DELETE splicer.end(Ordering.IntOrderTest._load)
end
C
C Create a column-major matrix satisfying condition I.
C
subroutine Ordering_IntOrderTest_makeColumnIMatrix_fi(size,
& useCreateCol, retval)
implicit none
C in int size
integer*4 size
C in bool useCreateCol
logical useCreateCol
C out array<int,2,column-major> retval
integer*8 retval
C DO-NOT-DELETE splicer.begin(Ordering.IntOrderTest.makeColumnIMatrix)
if (useCreateCol) then
call sidl_int__array_create2dCol_f(size, size, retval)
else
call sidl_int__array_create2dRow_f(size, size, retval)
endif
call fillIMatrix(retval)
C DO-NOT-DELETE splicer.end(Ordering.IntOrderTest.makeColumnIMatrix)
end
C
C Create a row-major matrix satisfying condition I.
C
subroutine Ordering_IntOrderTest_makeRowIMatrix_fi(size,
& useCreateRow, retval)
implicit none
C in int size
integer*4 size
C in bool useCreateRow
logical useCreateRow
C out array<int,2,row-major> retval
integer*8 retval
C DO-NOT-DELETE splicer.begin(Ordering.IntOrderTest.makeRowIMatrix)
if (useCreateRow) then
call sidl_int__array_create2dRow_f(size, size, retval)
else
call sidl_int__array_create2dCol_f(size, size, retval)
endif
call fillIMatrix(retval)
C DO-NOT-DELETE splicer.end(Ordering.IntOrderTest.makeRowIMatrix)
end
C
C Create a 4-D matrix satisfying condition I. Each dimension has
C size elements numbers 0 through size-1.
C
subroutine Ordering_IntOrderTest_makeIMatrix_fi(size,
& useCreateColumn, retval)
implicit none
C in int size
integer*4 size
C in bool useCreateColumn
logical useCreateColumn
C out array<int,4> retval
integer*8 retval
C DO-NOT-DELETE splicer.begin(Ordering.IntOrderTest.makeIMatrix)
integer*4 lower(4), upper(4), i
do i = 1, 4
lower(i) = 0
upper(i) = size - 1
enddo
if (useCreateColumn) then
call sidl_int__array_createCol_f(4, lower, upper, retval)
else
call sidl_int__array_createRow_f(4, lower, upper, retval)
endif
call fillIMatrix(retval)
C DO-NOT-DELETE splicer.end(Ordering.IntOrderTest.makeIMatrix)
end
C
C Create a column-major matrix satisfying condition I.
C
subroutine Ordering_IntOrderTest_createColumnIMatrix_fi(size,
& useCreateCol, res)
implicit none
C in int size
integer*4 size
C in bool useCreateCol
logical useCreateCol
C out array<int,2,column-major> res
integer*8 res
C DO-NOT-DELETE splicer.begin(Ordering.IntOrderTest.createColumnIMatrix)
if (useCreateCol) then
call Ordering_IntOrderTest_makeColumnIMatrix_f(size,
$ .true., res)
else
call Ordering_IntOrderTest_makeRowIMatrix_f(size,
$ .true., res)
endif
C DO-NOT-DELETE splicer.end(Ordering.IntOrderTest.createColumnIMatrix)
end
C
C Create a row-major matrix satisfying condition I.
C
subroutine Ordering_IntOrderTest_createRowIMatrix_fi(size,
& useCreateRow, res)
implicit none
C in int size
integer*4 size
C in bool useCreateRow
logical useCreateRow
C out array<int,2,row-major> res
integer*8 res
C DO-NOT-DELETE splicer.begin(Ordering.IntOrderTest.createRowIMatrix)
if (useCreateRow) then
call Ordering_IntOrderTest_makeRowIMatrix_f(size,
$ .true., res)
else
call Ordering_IntOrderTest_makeColumnIMatrix_f(size,
$ .true., res)
endif
C DO-NOT-DELETE splicer.end(Ordering.IntOrderTest.createRowIMatrix)
end
C
C Make sure an array is column-major. No changes to the dimension or
C values in a are made.
C
subroutine Ordering_IntOrderTest_ensureColumn_fi(a)
implicit none
C inout array<int,2,column-major> a
integer*8 a
C DO-NOT-DELETE splicer.begin(Ordering.IntOrderTest.ensureColumn)
C no action required
C DO-NOT-DELETE splicer.end(Ordering.IntOrderTest.ensureColumn)
end
C
C Make sure an array is row-major. No changes to the dimension or
C values in a are made.
C
subroutine Ordering_IntOrderTest_ensureRow_fi(a)
implicit none
C inout array<int,2,row-major> a
integer*8 a
C DO-NOT-DELETE splicer.begin(Ordering.IntOrderTest.ensureRow)
C no action required
C DO-NOT-DELETE splicer.end(Ordering.IntOrderTest.ensureRow)
end
C
C Return <code>true</code> iff the implementation sees
C an incoming array satisfying condition I.
C
subroutine Ordering_IntOrderTest_isIMatrixOne_fi(A, retval)
implicit none
C in array<int> A
integer*8 A
C out bool retval
logical retval
C DO-NOT-DELETE splicer.begin(Ordering.IntOrderTest.isIMatrixOne)
logical isIMatrix
retval = isIMatrix(A)
C DO-NOT-DELETE splicer.end(Ordering.IntOrderTest.isIMatrixOne)
end
C
C Return <code>true</code> iff the implementation sees
C an incoming column-major array satisfying condition I.
C
subroutine Ordering_IntOrderTest_isColumnIMatrixOne_fi(A,
& retval)
implicit none
C in array<int,column-major> A
integer*8 A
C out bool retval
logical retval
C DO-NOT-DELETE splicer.begin(Ordering.IntOrderTest.isColumnIMatrixOne)
logical acol, isIMatrix
call sidl_int__array_isColumnOrder_f(A, acol)
retval = acol .and. isIMatrix(A)
C DO-NOT-DELETE splicer.end(Ordering.IntOrderTest.isColumnIMatrixOne)
end
C
C Return <code>true</code> iff the implementation sees
C an incoming row-major array satisfying condition I.
C
subroutine Ordering_IntOrderTest_isRowIMatrixOne_fi(A, retval)
implicit none
C in array<int,row-major> A
integer*8 A
C out bool retval
logical retval
C DO-NOT-DELETE splicer.begin(Ordering.IntOrderTest.isRowIMatrixOne)
logical arow, isIMatrix
call sidl_int__array_isRowOrder_f(A, arow)
retval = arow .and. isIMatrix(A)
C DO-NOT-DELETE splicer.end(Ordering.IntOrderTest.isRowIMatrixOne)
end
C
C Return <code>true</code> iff the implementation sees
C an incoming array satisfying condition I.
C
subroutine Ordering_IntOrderTest_isIMatrixTwo_fi(A, retval)
implicit none
C in array<int,2> A
integer*8 A
C out bool retval
logical retval
C DO-NOT-DELETE splicer.begin(Ordering.IntOrderTest.isIMatrixTwo)
logical isIMatrix
retval = isIMatrix(A)
C DO-NOT-DELETE splicer.end(Ordering.IntOrderTest.isIMatrixTwo)
end
C
C Return <code>true</code> iff the implementation sees
C an incoming column-major array satisfying condition I.
C
subroutine Ordering_IntOrderTest_isColumnIMatrixTwo_fi(A,
& retval)
implicit none
C in array<int,2,column-major> A
integer*8 A
C out bool retval
logical retval
C DO-NOT-DELETE splicer.begin(Ordering.IntOrderTest.isColumnIMatrixTwo)
logical acol, isIMatrix
call sidl_int__array_isColumnOrder_f(A, acol)
retval = acol .and. isIMatrix(A)
C DO-NOT-DELETE splicer.end(Ordering.IntOrderTest.isColumnIMatrixTwo)
end
C
C Return <code>true</code> iff the implementation sees
C an incoming row-major array satisfying condition I.
C
subroutine Ordering_IntOrderTest_isRowIMatrixTwo_fi(A, retval)
implicit none
C in array<int,2,row-major> A
integer*8 A
C out bool retval
logical retval
C DO-NOT-DELETE splicer.begin(Ordering.IntOrderTest.isRowIMatrixTwo)
logical arow, isIMatrix
call sidl_int__array_isRowOrder_f(A, arow)
retval = arow .and. isIMatrix(A)
C DO-NOT-DELETE splicer.end(Ordering.IntOrderTest.isRowIMatrixTwo)
end
C
C Return <code>true</code> iff the implementation sees
C an incoming array satisfying condition I.
C
subroutine Ordering_IntOrderTest_isIMatrixFour_fi(A, retval)
implicit none
C in array<int,4> A
integer*8 A
C out bool retval
logical retval
C DO-NOT-DELETE splicer.begin(Ordering.IntOrderTest.isIMatrixFour)
logical isIMatrix
retval = isIMatrix(A)
C DO-NOT-DELETE splicer.end(Ordering.IntOrderTest.isIMatrixFour)
end
C
C Return <code>true</code> iff the implementation sees
C an incoming column-major array satisfying condition I.
C
subroutine Ordering_IntOrderTest_isColumnIMatrixFour_fi(A,
& retval)
implicit none
C in array<int,4,column-major> A
integer*8 A
C out bool retval
logical retval
C DO-NOT-DELETE splicer.begin(Ordering.IntOrderTest.isColumnIMatrixFour)
logical acol, isIMatrix
call sidl_int__array_isColumnOrder_f(A, acol)
retval = acol .and. isIMatrix(A)
C DO-NOT-DELETE splicer.end(Ordering.IntOrderTest.isColumnIMatrixFour)
end
C
C Return <code>true</code> iff the implementation sees
C an incoming row-major array satisfying condition I.
C
subroutine Ordering_IntOrderTest_isRowIMatrixFour_fi(A, retval)
implicit none
C in array<int,4,row-major> A
integer*8 A
C out bool retval
logical retval
C DO-NOT-DELETE splicer.begin(Ordering.IntOrderTest.isRowIMatrixFour)
logical arow, isIMatrix
call sidl_int__array_isRowOrder_f(A, arow)
retval = arow .and. isIMatrix(A)
C DO-NOT-DELETE splicer.end(Ordering.IntOrderTest.isRowIMatrixFour)
end
C
C Return <code>true</code> iff the implementation of slice
C and smart copy is correct.
C
subroutine Ordering_IntOrderTest_isSliceWorking_fi(useCreateCol,
& retval)
implicit none
C in bool useCreateCol
logical useCreateCol
C out bool retval
logical retval
C DO-NOT-DELETE splicer.begin(Ordering.IntOrderTest.isSliceWorking)
integer*4 maxDim, halfDim, ind(2), stride(2), numElem(2)
integer*4 newIndex(2), dimen, Aelem, Belem, iFunc
integer*8 A, B
retval = .true.
maxDim = 16
halfDim = maxDim / 2
stride(1) = 2
stride(2) = 2
numElem(1) = halfDim
numElem(2) = halfDim
ind(1) = 0
ind(2) = 0
newIndex(1) = 0
newIndex(2) = 0
A = 0
B = 0
if (useCreateCol) then
call Ordering_IntOrderTest_makeColumnIMatrix_f(maxDim,
$ .false., A)
else
call Ordering_IntOrderTest_makeRowIMatrix_f(maxDim,
$ .false., A)
endif
call sidl_int__array_slice_f(A, 2, numElem, ind, stride,
$ newIndex, B)
if (B .eq. 0) then
retval = .false.
goto 100
endif
call sidl_int__array_dimen_f(B, dimen)
if (dimen .ne. 2) then
retval = .false.
goto 100
endif
do while (newIndex(2) .lt. halfDim)
do while (newIndex(1) .lt. halfDim)
call sidl_int__array_get_f(A, ind, Aelem)
call sidl_int__array_get_f(B, newIndex, Belem)
if ((Aelem .ne. Belem) .or.
$ Belem .ne. iFunc(ind, 2)) then
retval = .false.
goto 100
endif
newIndex(1) = newIndex(1) + 1
ind(1) = ind(1) + 2
enddo
newIndex(2) = newIndex(2) + 1
ind(2) = ind(2) + 2
enddo
C CLEANUP AND RETURN
100 if (A .ne. 0) then
call sidl_int__array_deleteRef_f(A)
endif
if (B .ne. 0) then
call sidl_int__array_deleteRef_f(B)
endif
C DO-NOT-DELETE splicer.end(Ordering.IntOrderTest.isSliceWorking)
end
C DO-NOT-DELETE splicer.begin(_miscellaneous_code_end)
C Insert extra code here...
C DO-NOT-DELETE splicer.end(_miscellaneous_code_end)
|
