9il

import std.stdio;

void main() {
	"Hellow World".writeln;
}

9il

F dotProduct(F)(in F[] a, in F[] b) @trusted
if(is(F == double) || is(F == float))
in
{
	assert(a.length == b.length);
}
out(result)
{
	assert(!result.isNaN);
} 

9il

	for(; ap < sbe; ap+=4*M, bp+=4*M)
	{
		auto a0 = load(cast(VP)ap+0);
		auto a1 = load(cast(VP)ap+1);
		auto a2 = load(cast(VP)ap+2);
		auto a3 = load(cast(VP)ap+3);

		auto b0 = load(cast(VP)bp+0);
		auto b1 = load(cast(VP)bp+1);
		auto b2 = load(cast(VP)bp+2);

9il

	.section	.text._D4simd10dotproduct18__T10dotProductTfZ10dotProductFNexAfxAfZf,"axG",@progbits,_D4simd10dotproduct18__T10dotProductTfZ10dotProductFNexAfxAfZf,comdat
	.p2align 4,,15
	.weak	_D4simd10dotproduct18__T10dotProductTfZ10dotProductFNexAfxAfZf
	.type	_D4simd10dotproduct18__T10dotProductTfZ10dotProductFNexAfxAfZf, @function
_D4simd10dotproduct18__T10dotProductTfZ10dotProductFNexAfxAfZf:
.LFB412:
	.cfi_startproc
	mov	rdx, rdi
	lea	r10, [rsi+rdi*4]
	and	rdi, -32

9il

sgemm(Order.RowMajor, Transpose.NoTrans, Transpose.NoTrans, 
	dl, wl, tl, 1.0, pdt.ptr, tl, ptw.ptr, wl, 0.0, qdw.ptr, wl);
qdw.array[] /= ndw.array[];

sgemm(Order.RowMajor, Transpose.  Trans, Transpose.NoTrans, 
	tl, wl, dl, 1.0, pdt.ptr, tl, qdw.ptr, wl, 0.0, rtw.ptr, wl);
rtw.array[] *= ptw.array[];

sgemm(Order.RowMajor, Transpose.NoTrans, Transpose.  Trans, 
	dl, tl, wl, 1.0, qdw.ptr, wl, ptw.ptr, wl, 0.0, rdt.ptr, tl);

9il

foreach(d; 0..dl)
{
	auto pt = pdt[d];
	auto nw = ndw[d];
	auto qw = qdw[d];
	foreach(w; 0..wl)
		qwd[w, d] = qw[w] = nw[w] / dotProduct(pt, pwt[w]);
}

foreach(t; 0..tl)

9il

struct Matrix(T)
{

	this(size_t height, size_t width)
	{
		ptr = (new T[height * width]).ptr;
		this.height = height;
		this.width = width;
	}

9il

import std.stdio, std.datetime, std.uuid, std.conv;

struct NEW_UUID
{
	union
	{
		ulong[2] ulongs;
		static if(size_t.sizeof == 4) 
			uint[4] uints;
		UUID id;

9il

import std.datetime, std.stdio, std.uuid, std.traits;

void main()
{
	import std.datetime, std.stdio, std.conv;
	string str = "24c24a92-5fc8-11e5-9d70-feff819cdc9f";
	   ID   id =   ID("24c24a92-5fc8-11e5-9d70-feff819cdc9f");
	UUID uuid = UUID("24c24a92-5fc8-11e5-9d70-feff819cdc9f");
	size_t len;
	auto b = benchmark!(

9il

import std.experimental.ndslice;

//3D += number
void nd_test_val(Slice!(3, double*) slice, double value)
{
	slice[] += value;
}

//3D += 1D
void nd_test_slice1(Slice!(3, double*) slice, Slice!(1, double*) value)