A | |
| Ascii_table [Defaults] | |
| Ascii_table [Bench_table] | |
| Ascii_table [Bench_command] | |
B | |
| Basic_test [Test] | |
| Bench [Std] | |
| Bench |
Simple example of using bench:
{
open Core.Std
open Core_bench.Std
let main () =
let t1 =
Bench.Test.create ~name:"ArrayCreateInt1" (fun () ->
ignore (Array.create ~len:200 0))
in
let t2 =
Bench.Test.create ~name:"ArrayCreateInt2" (fun () ->
ignore (Array.create ~len:300 0))
in
Command.run (Bench.make_command [t1; t2;])
let () = main ()
}
|
| Bench_command | |
| Bench_table | |
| Bootstrap [Mv_regression] | |
C | |
| Coefficient [Mv_regression] | |
| Column | |
| Column [Bench] | |
D | |
| Defaults | |
| Direct [Test_metrics.Fields] | |
| Direct [Test.Fields] | |
| Direct [Test.Basic_test.Fields] | |
| Direct [Partial_array.Fields] | |
| Direct [Mv_regression.Coefficient.Fields] | |
F | |
| Fields [Test_metrics] | |
| Fields [Test] | |
| Fields [Test.Basic_test] | |
| Fields [Partial_array] | |
| Fields [Mv_regression.Coefficient] | |
I | |
| Id [Test] | |
L | |
| Linear_algebra |
Some basic linear algebra code, so that basic operations can be done
without introducing a dependency on Lacaml/LAPACK.
|
M | |
| Map [Column] | |
| Mat [Linear_algebra] |
Matrices
|
| Measurement | |
| Mv_regression | |
P | |
| Partial_array |
Arrays in which only some initial segment is meaningful.
|
S | |
| Std | |
T | |
| T [Column] | |
| Test | |
| Test [Bench] | |
| Test_metrics | |
| To_string | |
V | |
| Variable [Test_metrics] | |
| Variable [Mv_regression] | |
| Variable [Bench_table] | |
| Variable [Bench_command] | |
| Variable [Bench] | |
| Vec [Linear_algebra] |
Vectors
|
| Verbosity |