Lane: Difference between revisions

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Glossary, per Lex
 
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A '''lane''' is a path traveled by a [[glider]], or less commonly a [[spaceship]] such as a [[loafer]]. The lane is centered on the line of [[symmetry]] (if any) of the spaceship in question. If a lane is clear, then the spaceship can travel along it without colliding or interfering with any other [[object]]s.
A '''lane''' is a path traveled by a [[glider]], or less commonly a [[spaceship]] such as a [[loafer]]. The lane is centered on the line of [[symmetry]] (if any) of the spaceship in question. If a lane is clear, then the spaceship can travel along it without colliding or interfering with any other [[object]]s.


Diagonal lanes are often numbered consecutively, in [[half-diagonals]] ([[hd]]). Occasionally diagonal lane measurements are given in [[quarter-diagonals]] ([[qd]]), in part because diagonally symmetric spaceships have a line of symmetry 1qd away from the lines available for gliders. It's also convenient that moving a glider forward by 100qd (for example) has the same effect as [[evolution|evolving]] the same glider for 100 [[tick]]s.  
Diagonal lanes are often numbered consecutively, in [[half-diagonal]]s ([[hd]]). Occasionally diagonal lane measurements are given in [[quarter-diagonal]]s ([[qd]]), in part because diagonally symmetric spaceships have a line of symmetry 1qd away from the lines available for gliders. It's also convenient that moving a glider forward by 100qd (for example) has the same effect as [[evolution|evolving]] the same glider for 100 [[tick]]s.  


==External links==
==External links==
{{LinkLexicon|lex_l.htm#lane}}
{{LinkLexicon|lex_l.htm#lane}}

Latest revision as of 16:23, 24 January 2018

A lane is a path traveled by a glider, or less commonly a spaceship such as a loafer. The lane is centered on the line of symmetry (if any) of the spaceship in question. If a lane is clear, then the spaceship can travel along it without colliding or interfering with any other objects.

Diagonal lanes are often numbered consecutively, in half-diagonals (hd). Occasionally diagonal lane measurements are given in quarter-diagonals (qd), in part because diagonally symmetric spaceships have a line of symmetry 1qd away from the lines available for gliders. It's also convenient that moving a glider forward by 100qd (for example) has the same effect as evolving the same glider for 100 ticks.