mir_slice.opIndexOpAssign

Op Assignment op= of a value (e.g. a number) to a fully defined slice.

auto ref opIndexOpAssign(T value, size_t[N] _indices)
void opIndexOpAssign(Slice!(RIterator, RN, rkind) value, Slices slices)
void opIndexOpAssign(T[] value, Slices slices)
void opIndexOpAssign(T value, Slices slices)
struct mir_slice(Iterator_, size_t N_ = 1, SliceKind kind_ = Contiguous, Labels_...)
scope return
@optmath
static if(isMutable!DeepElement)
void
opIndexOpAssign
(
string op
T
Slices...
)
(
T value
,
Slices slices
)
if (
(
isFullPureSlice!Slices ||
isIndexedSlice!Slices
) &&
(
!isDynamicArray!T ||
isDynamicArray!DeepElement
)
&&
DynamicArrayDimensionsCount!T == DynamicArrayDimensionsCount!DeepElement
&&
!isSlice!T
&&
!isConcatenation!T
)
if (
0 < N_ &&
N_ < 255
&&
!(
kind_ == Canonical &&
N_ == 1
)
&&
Labels_.length <= N_
&&
isIterator!Iterator_
)
void opIndexOpAssign(T concatenation, Slices slices)

Examples

import mir.ndslice.allocation;
auto a = slice!int(2, 3);

a[] += 1;
assert(a == [[1, 1, 1], [1, 1, 1]]);

a[0..$, 0..$-1] += 2;
assert(a == [[3, 3, 1], [3, 3, 1]]);

a[1, 0..$-1] += 3;
assert(a[1] == [6, 6, 1]);

mir_slice.opIndexOpAssign

Examples

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