This live report demonstrates how CK can help create researchers reproducible and interactive article from reusable components

Note: After GCC 4.9.x we changed parsing script, moved it to CK (see above link), and started parsing optimizations using gcc --help:optimizers, while taking parameters from params.def, hence small variation in number is possible.
Interactive graph of slambench v1.1 cpu autotuning

Reproduce/reuse/replay/discuss via CK (interactive graphs)

Samsung ChromeBook 2; Samsung EXYNOS5; ARM Cortex A15/A7; ARM Mali-T628; Ubuntu 12.04; GCC 4.9.2; video 640x480
Big green dot: Clang 3.6.0 -O3
Big red dot: GCC 4.9.2 -O3
Small blue dots: random GCC 4.9.2. optimization flags (with 10% probablitiy of a selection of a given flag
Small red dots: Pareto frontier

$#ck_include_start#${"cid":"2d41f89bcf32d4d4:3645af97abb448ab", "where":"div#ck_interactive_f6eb74c75ae8565f", "html":"2d_points_time_vs_size_with_pareto_interactive.html", "style":"2d_points_time_vs_size_with_pareto_interactive.style"}$#ck_include_stop#$

Non-interactive graph of image corner detection algorith (susan corners) autotuning

Reproduce/reuse/replay/discuss via CK (interactive graphs)

LENOVO X240; Intel(R) Core(TM) i5-4210U CPU @ 1.70GHz; Intel HD Graphics 4400; Windows 7 Pro
Image image-pgm-0001; 600x450; 270015 bytes
Black square dot: MingW GCC 4.9.2 -O3
Blue dots: random optimization flags (with 10% probablitiy of a selection of a given flag
Red line: Pareto frontier