Diuresis

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Diuresis
x = 29, y = 25, rule = B3/S23 5b2o16b2o$6bo16bo$6bobo12bobo$7b2o12b2o2$4b2o18b2o$4bobo10b2o4bobo$5bo 10bobo5bo$2bo13b2o9bo$2b6o8bo5b6o$7bo14bo$4b2o18b2o$4bo20bo$5bo18bo$2b 3o2bo14bo2b3o$2bo2b3o8bo5b3o3bo$3bo12b2o7b3o$4b2o10bobo5bo$6bo10b2o4bo 2b2o$4b2o18b2obo$bo2bo20bo$obobo2b2o12b2o2bo$bo2bobobo12bobob2o$4bobo 16bo2bo$5b2o16b2o! #C [[ THUMBSIZE 2 THEME 6 GRID GRIDMAJOR 0 SUPPRESS THUMBLAUNCH ]] #C [[ AUTOSTART ]] #C [[ GPS 10 ZOOM 10 LOOP 90 ]]
Pattern type Oscillator
Oscillator type Shuttle
Number of cells 121
Bounding box 29×25
Period 90
Mod 45
Heat 33.2
Volatility 0.74
Strict volatility 0.74
Discovered by David Eppstein
Year of discovery 1998

Diuresis is a period 90 oscillator consisting of two bookends hassled by complicated eaters. The original oscillator was found by David Eppstein, and was hassled by pentadecathlons. With a minimum population of 66 cells, this is still the smallest known form of the oscillator in terms of cell count. Later that same day, Dean Hickerson replaced the pentadecathlons with the still life arrangement. The form to the right shows two still life arrangements, one with the minimal population (left) and one with the minimal bounding box (right).

The name is due to Bill Gosper, who compared the bookends to kidneys.

Image gallery

The original form of diuresis
Download RLE: click here

External links