Generator

What each heap is worth

What each heap is worth
What each heap is worth. The value of a single heap of each size. Nothing here repeats: the forms grow deeper as the heap grows, which is what stops the impartial theory's periodic table from having an analogue.

The value of a single heap of each size. Nothing here repeats: the forms grow deeper as the heap grows, which is what stops the impartial theory's periodic table from having an analogue.

3 essays call partizan-strip. The drawing above is what it returns with no arguments at all; every call below passes it something, because a placement that passes nothing draws whichever member of the family the generator happens to default to rather than the one its essay argues about.

The positions it draws

42 distinct positions, harvested by running this generator again at the options each essay passed it.

PositionWorth OutcomeDrawn in
heap of 0 0 P Two players, two lists
heap of 1 N Two players, two lists
heap of 2 ∗2 N Two players, two lists
heap of 3 ∗3 N Two players, two lists
heap of 4 0 P Two players, two lists
heap of 0 0 P A sequence with a rule and no period
heap of 1 1 L A sequence with a rule and no period
heap of 2 1 | 0 N A sequence with a rule and no period
heap of 3 1∗ L A sequence with a rule and no period
heap of 4 {1, 1∗ | 0, {1 | 0}} N A sequence with a rule and no period
heap of 0 0 P A sequence with a rule and no period · Two players, two lists
heap of 1 N A sequence with a rule and no period · Two players, two lists
heap of 2 L A sequence with a rule and no period · Two players, two lists
heap of 3 ↑∗ N A sequence with a rule and no period · Two players, two lists
heap of 4 {↑ | ∗} L A sequence with a rule and no period · The condition that survived the wider sweep · Two players, two lists
heap of 6 L A sequence with a rule and no period · Two players, two lists
heap of 9 3·↑∗ L A sequence with a rule and no period · Two players, two lists
heap of 0 0 P The condition that survived the wider sweep
heap of 1 1 L The condition that survived the wider sweep
heap of 2 1 | 0 N The condition that survived the wider sweep
heap of 3 {1, {1 | 0} | 0} N The condition that survived the wider sweep
heap of 4 0 P The condition that survived the wider sweep
heap of 0 0 P A sequence with a rule and no period
heap of 1 1 L A sequence with a rule and no period
heap of 2 1 | 0 N A sequence with a rule and no period
heap of 3 1/2 L A sequence with a rule and no period
heap of 4 {1 | {1 | 0}} L A sequence with a rule and no period · The condition that survived the wider sweep · Two players, two lists
heap of 0 0 P Two players, two lists
heap of 1 1 L Two players, two lists
heap of 2 1 | 0 N Two players, two lists
heap of 3 0 P Two players, two lists
heap of 4 1 L The condition that survived the wider sweep · Two players, two lists
heap of 0 0 P Two players, two lists
heap of 1 −1 R Two players, two lists
heap of 2 0 | −1 N Two players, two lists
heap of 3 {0 | {0 | −1}} L Two players, two lists
heap of 4 −1/2 R The condition that survived the wider sweep · Two players, two lists
heap of 0 0 P The condition that survived the wider sweep
heap of 1 0 P The condition that survived the wider sweep
heap of 2 0 P The condition that survived the wider sweep
heap of 3 N The condition that survived the wider sweep
heap of 4 N The condition that survived the wider sweep

Where it is called

Changing this generator changes every one of these figures.

The whole library · The position index · The figures that play back