logs-gets

Violin Plot

This chart shows the relationship between function/parameter and iteration time. The thickness of the shaded region indicates the probability that a measurement of the given function/parameter would take a particular length of time.

logs-gets/Roots/1000x1000000 random elements

logs-gets/Roots/1000x1000000 sequential elements

logs-gets/Roots/100x100000 random elements

logs-gets/Roots/100x100000 sequential elements

logs-gets/Roots/10x1000 random elements

logs-gets/Roots/10x1000 sequential elements

logs-gets/Roots/1x1000 random elements

logs-gets/Roots/1x1000 sequential elements

logs-gets/Roots/1x100000 random elements

logs-gets/Roots/1x100000 sequential elements

logs-gets/Roots/1x1000000 random elements

logs-gets/Roots/1x1000000 sequential elements

logs-gets/SQLite/1000x1000000 random elements

logs-gets/SQLite/1000x1000000 sequential elements

logs-gets/SQLite/100x100000 random elements

logs-gets/SQLite/100x100000 sequential elements

logs-gets/SQLite/10x1000 random elements

logs-gets/SQLite/10x1000 sequential elements

logs-gets/SQLite/1x1000 random elements

logs-gets/SQLite/1x1000 sequential elements

logs-gets/SQLite/1x100000 random elements

logs-gets/SQLite/1x100000 sequential elements

logs-gets/SQLite/1x1000000 random elements

logs-gets/SQLite/1x1000000 sequential elements

logs-gets/Sled/1000x1000000 random elements

logs-gets/Sled/1000x1000000 sequential elements

logs-gets/Sled/100x100000 random elements

logs-gets/Sled/100x100000 sequential elements

logs-gets/Sled/10x1000 random elements

logs-gets/Sled/10x1000 sequential elements

logs-gets/Sled/1x1000 random elements

logs-gets/Sled/1x1000 sequential elements

logs-gets/Sled/1x100000 random elements

logs-gets/Sled/1x100000 sequential elements

logs-gets/Sled/1x1000000 random elements

logs-gets/Sled/1x1000000 sequential elements