array->SetLowerBoundsToOne();
ConstantSubscripts at{array->lbounds()}, maskAt, resultIndices, resultShape;
if (mask) {
+ if (auto scalarMask{mask->GetScalarValue()}) {
+ // Convert into array in case of scalar MASK= (for
+ // MAXLOC/MINLOC/FINDLOC mask should be be conformable)
+ ConstantSubscript n{GetSize(array->shape())};
+ std::vector<Scalar<LogicalResult>> mask_elements(
+ n, Scalar<LogicalResult>{scalarMask.value()});
+ *mask = Constant<LogicalResult>{
+ std::move(mask_elements), ConstantSubscripts{n}};
+ }
mask->SetLowerBoundsToOne();
maskAt = mask->lbounds();
}
logical, parameter :: test_char2 = all(minloc(a).eq.[1])
logical, parameter :: test_char3 = all(maxloc(a, back=.true.).eq.[4])
logical, parameter :: test_char4 = all(minloc(a, back=.true.).eq.[3])
+
+ ! Check with scalar MASK=
+ logical, parameter:: test_mia1_mt = all(minloc(ia1, mask=.true.) == 1)
+ logical, parameter:: test_mia1_mtd = all(minloc(ia1, mask=.true., dim=1) == [1])
+ logical, parameter:: test_xia1_mt = all(maxloc(ia1, mask=.true.) == 3)
+ logical, parameter:: test_xia1_mtd = all(maxloc(ia1, mask=.true., dim=1) == [3])
+ logical, parameter:: test_fia1_mt = all(findloc(ia1, 1, mask=.true.) == 1)
+ logical, parameter:: test_fia1_mtd = all(findloc(ia1, 1, mask=.true., dim=1) == [1])
+
+ logical, parameter:: test_mia1_mf = all(minloc(ia1, mask=.false.) == 0)
+ logical, parameter:: test_mia1_mfd = all(minloc(ia1, mask=.false., dim=1) == [0])
+ logical, parameter:: test_xia1_mf = all(maxloc(ia1, mask=.false.) == 0)
+ logical, parameter:: test_xia1_mfd = all(maxloc(ia1, mask=.false., dim=1) == [0])
+ logical, parameter:: test_fia1_mf = all(findloc(ia1, 1, mask=.false.) == 0)
+ logical, parameter:: test_fia1_mfd = all(findloc(ia1, 1, mask=.false., dim=1) == [0])
end module