Slope: Difference between revisions
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{{Glossary}} | {{Glossary}} | ||
The '''slope''' a [[spaceship]] (more generally any moving object) with [[displacement]] (''n'', ''m'') is the maximum of ''m'' and ''n'' divided by the minimum of ''m'' and ''n'' if both are non-zero, zero otherwise: | The '''slope''' of a [[spaceship]] (more generally any moving object) with [[displacement]] (''n'', ''m'') is the maximum of ''m'' and ''n'' divided by the minimum of ''m'' and ''n'' if both are non-zero, zero otherwise: | ||
:[[File:Slope.png]] | :[[File:Slope.png]] | ||
Hence, the slope of an [[orthogonal]] spaceship is 0; the slope of a [[diagonal]] spaceship is 1; the slope of a [[knightship]] is 2; etc. | Hence, the slope of an [[orthogonal]] spaceship is 0; the slope of a [[diagonal]] spaceship is 1; the slope of a [[knightship]] is 2; etc. | ||
==See also== | |||
* {{CategoryLink|Spaceships with specific slope}} | |||
* [[Oblique spaceship]] | |||
* [[Direction]] | |||
Latest revision as of 07:10, 15 August 2022
The slope of a spaceship (more generally any moving object) with displacement (n, m) is the maximum of m and n divided by the minimum of m and n if both are non-zero, zero otherwise:
Hence, the slope of an orthogonal spaceship is 0; the slope of a diagonal spaceship is 1; the slope of a knightship is 2; etc.