P4 CP cenark - Revision history

Confocal: cat, formatting

2023-03-15T20:06:33Z

cat, formatting

← Older revision		Revision as of 20:06, 15 March 2023
Line 8:		Line 8:
	\|a = 90		\|a = 90
	\|p = 4		\|p = 4
			\|colour = preserving
	\|recovery = 44		\|recovery = 44
	\|rotor = Custom p4		\|rotor = Custom p4
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	\|isorulemax = B34c8/S234c5c6i8		\|isorulemax = B34c8/S234c5c6i8
	\|rle = true		\|rle = true
	\|viewerconfig = #C [[ THUMBSIZE 2 X -22 Y ~~26 Z 10~~ GPS 12 ~~HEIGHT 480~~ AUTOSTART LOOP 220 ]]		\|viewerconfig = #C [[ THUMBSIZE 3 ZOOM 15 WIDTH 800 HEIGHT 650 X -22 Y 30 GPS 12 AUTOSTART LOOP 220 ]]
	}}		}}
	'''P4 CP cenark''' is a periodic [[colour-preserving]] [[glider]] [[reflector]] discovered by [[Tanner Jacobi]] in November 2017, with a minimum [[repeat time]] of 44 [[tick]]s.<ref name="post52645" /> A [[stable]] [[Snark]] reflector can be substituted for the p4 CP cenark. This slows down the output glider by three [[tick]]s, which can be useful for rephasing periodic glider [[stream]]s. A p4 [[bumper]] can also be substituted to down the output glider by 8 ticks, but an equivalent adjustment can usually be made by moving a [[trombone slide]] one cell diagonally.		'''p4 CP cenark''' is a periodic [[colour-preserving]] [[glider]] [[reflector]] discovered by [[Tanner Jacobi]] in November 2017, with a minimum [[repeat time]] of 44 [[tick]]s.<ref name="post52645" /> A [[stable]] [[Snark]] reflector can be substituted for the p4 CP cenark. This slows down the output glider by three [[tick]]s, which can be useful for rephasing periodic glider [[stream]]s. A p4 [[bumper]] can also be substituted to down the output glider by 8 ticks, but an equivalent adjustment can usually be made by moving a [[trombone slide]] one cell diagonally.

	For the [[colour-changing]] cenark variant, see [[p4 CC cenark]].		For the [[colour-changing]] cenark variant, see [[p4 CC cenark]].

GUYTU6J: /* References */ {{GliderNavbox}}

2022-02-22T16:57:40Z

References: {{GliderNavbox}}

← Older revision		Revision as of 16:57, 22 February 2022
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	}}</ref>		}}</ref>
	</references>		</references>

			{{GliderNavbox}}

	{{DISPLAYTITLE:p4 CP cenark}}		{{DISPLAYTITLE:p4 CP cenark}}

Ian07: rules

2020-11-26T21:58:50Z

rules

← Older revision		Revision as of 21:58, 26 November 2020
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	\|discoverer = Tanner Jacobi		\|discoverer = Tanner Jacobi
	\|discoveryear = 2017		\|discoveryear = 2017
			\|rulemin = B3/S23
			\|rulemax = B38/S238
	\|rulespecial = [[Conway's Game of Life\|Conway Life]]		\|rulespecial = [[Conway's Game of Life\|Conway Life]]
			\|isorulemin = B3/S23
			\|isorulemax = B34c8/S234c5c6i8
	\|rle = true		\|rle = true
	\|viewerconfig = #C [[ THUMBSIZE 2 X -22 Y 26 Z 10 GPS 12 HEIGHT 480 AUTOSTART LOOP 220 ]]		\|viewerconfig = #C [[ THUMBSIZE 2 X -22 Y 26 Z 10 GPS 12 HEIGHT 480 AUTOSTART LOOP 220 ]]

Ian07: added forum ref

2020-03-19T01:26:14Z

added forum ref

← Older revision		Revision as of 01:26, 19 March 2020
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	\|viewerconfig = #C [[ THUMBSIZE 2 X -22 Y 26 Z 10 GPS 12 HEIGHT 480 AUTOSTART LOOP 220 ]]		\|viewerconfig = #C [[ THUMBSIZE 2 X -22 Y 26 Z 10 GPS 12 HEIGHT 480 AUTOSTART LOOP 220 ]]
	}}		}}
	'''P4 CP cenark''' is a periodic [[colour-preserving]] [[glider]] [[reflector]] discovered by [[Tanner Jacobi]] in November 2017, with a minimum [[repeat time]] of 44 [[tick]]s. A [[stable]] [[Snark]] reflector can be substituted for the p4 CP cenark. This slows down the output glider by three [[tick]]s, which can be useful for rephasing periodic glider [[stream]]s. A p4 [[bumper]] can also be substituted to down the output glider by 8 ticks, but an equivalent adjustment can usually be made by moving a [[trombone slide]] one cell diagonally.		'''P4 CP cenark''' is a periodic [[colour-preserving]] [[glider]] [[reflector]] discovered by [[Tanner Jacobi]] in November 2017, with a minimum [[repeat time]] of 44 [[tick]]s.<ref name="post52645" /> A [[stable]] [[Snark]] reflector can be substituted for the p4 CP cenark. This slows down the output glider by three [[tick]]s, which can be useful for rephasing periodic glider [[stream]]s. A p4 [[bumper]] can also be substituted to down the output glider by 8 ticks, but an equivalent adjustment can usually be made by moving a [[trombone slide]] one cell diagonally.

	For the [[colour-changing]] cenark variant, see [[p4 CC cenark]].		For the [[colour-changing]] cenark variant, see [[p4 CC cenark]].
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	* [[CP semi-cenark]]		* [[CP semi-cenark]]
	* [[CC semi-cenark]]		* [[CC semi-cenark]]

			==References==
			<references>
			<ref name="post52645">{{LinkForumThread
			\|format = ref
			\|title = Re: Execution of Old Guns by Variable-Speed Firing Squad
			\|p = 52645
			\|author = Tanner Jacobi
			\|date = November 3, 2017
			}}</ref>
			</references>

	{{DISPLAYTITLE:p4 CP cenark}}		{{DISPLAYTITLE:p4 CP cenark}}

Ian07 at 01:22, 29 January 2019

2019-01-29T01:22:48Z

← Older revision		Revision as of 01:22, 29 January 2019
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	{{Reflector		{{Reflector
	\|name = P4 CP cenark		\|name = p4 CP cenark
	\|pname = p4colourpreservingcenark		\|pname = p4colourpreservingcenark
	\|c = 104		\|c = 104

Ian07: DISPLAYTITLE

2018-10-21T01:21:44Z

DISPLAYTITLE

← Older revision		Revision as of 01:21, 21 October 2018
Line 23:		Line 23:
	* [[CP semi-cenark]]		* [[CP semi-cenark]]
	* [[CC semi-cenark]]		* [[CC semi-cenark]]

			{{DISPLAYTITLE:p4 CP cenark}}

Dvgrn: Oops, unintentional self-reference

2018-09-28T13:29:53Z

Oops, unintentional self-reference

← Older revision		Revision as of 13:29, 28 September 2018
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	'''P4 CP cenark''' is a periodic [[colour-preserving]] [[glider]] [[reflector]] discovered by [[Tanner Jacobi]] in November 2017, with a minimum [[repeat time]] of 44 [[tick]]s. A [[stable]] [[Snark]] reflector can be substituted for the p4 CP cenark. This slows down the output glider by three [[tick]]s, which can be useful for rephasing periodic glider [[stream]]s. A p4 [[bumper]] can also be substituted to down the output glider by 8 ticks, but an equivalent adjustment can usually be made by moving a [[trombone slide]] one cell diagonally.		'''P4 CP cenark''' is a periodic [[colour-preserving]] [[glider]] [[reflector]] discovered by [[Tanner Jacobi]] in November 2017, with a minimum [[repeat time]] of 44 [[tick]]s. A [[stable]] [[Snark]] reflector can be substituted for the p4 CP cenark. This slows down the output glider by three [[tick]]s, which can be useful for rephasing periodic glider [[stream]]s. A p4 [[bumper]] can also be substituted to down the output glider by 8 ticks, but an equivalent adjustment can usually be made by moving a [[trombone slide]] one cell diagonally.

	For the [[colour-changing]] cenark variant, see [[p4 CP cenark]].		For the [[colour-changing]] cenark variant, see [[p4 CC cenark]].

	==See also==		==See also==
	* [[CP semi-cenark]]		* [[CP semi-cenark]]
	* [[CC semi-cenark]]		* [[CC semi-cenark]]

Dvgrn: add correct recovery time info to infobox (not used yet)

2018-09-28T12:35:28Z

add correct recovery time info to infobox (not used yet)

← Older revision		Revision as of 12:35, 28 September 2018
Line 8:		Line 8:
	\|a = 90		\|a = 90
	\|p = 4		\|p = 4
			\|recovery = 44
	\|rotor = Custom p4		\|rotor = Custom p4
	\|discoverer = Tanner Jacobi		\|discoverer = Tanner Jacobi
Line 15:		Line 16:
	\|viewerconfig = #C [[ THUMBSIZE 2 X -22 Y 26 Z 10 GPS 12 HEIGHT 480 AUTOSTART LOOP 220 ]]		\|viewerconfig = #C [[ THUMBSIZE 2 X -22 Y 26 Z 10 GPS 12 HEIGHT 480 AUTOSTART LOOP 220 ]]
	}}		}}
	'''P4 CP cenark''' is a periodic [[colour-preserving]] [[glider]] [[reflector]] discovered by [[Tanner Jacobi]] in November 2017, with a minimum [[repeat time]] of 40 [[tick]]s. A [[stable]] [[Snark]] reflector can be substituted for the p4 CP cenark. This slows down the output glider by three [[tick]]s, which can be useful for rephasing periodic glider [[stream]]s. A p4 [[bumper]] can also be substituted to down the output glider by 8 ticks, but an equivalent adjustment can usually be made by moving a [[trombone slide]] one cell diagonally.		'''P4 CP cenark''' is a periodic [[colour-preserving]] [[glider]] [[reflector]] discovered by [[Tanner Jacobi]] in November 2017, with a minimum [[repeat time]] of 44 [[tick]]s. A [[stable]] [[Snark]] reflector can be substituted for the p4 CP cenark. This slows down the output glider by three [[tick]]s, which can be useful for rephasing periodic glider [[stream]]s. A p4 [[bumper]] can also be substituted to down the output glider by 8 ticks, but an equivalent adjustment can usually be made by moving a [[trombone slide]] one cell diagonally.

	For the [[colour-changing]] cenark variant, see [[p4 CP cenark]].		For the [[colour-changing]] cenark variant, see [[p4 CP cenark]].

Dvgrn: Documentation of Temporarily Forgotten Technology #2

2018-09-28T12:26:50Z

Documentation of Temporarily Forgotten Technology #2

New page

{{Reflector
|name = P4 CP cenark
|pname = p4colourpreservingcenark
|c = 104
|bx = 23
|by = 35
|family = Cenark
|a = 90
|p = 4
|rotor = Custom p4
|discoverer = Tanner Jacobi
|discoveryear = 2017
|rulespecial = [[Conway's Game of Life|Conway Life]]
|rle = true
|viewerconfig = #C [[ THUMBSIZE 2 X -22 Y 26 Z 10 GPS 12 HEIGHT 480 AUTOSTART LOOP 220 ]]
}}
'''P4 CP cenark''' is a periodic [[colour-preserving]] [[glider]] [[reflector]] discovered by [[Tanner Jacobi]] in November 2017, with a minimum [[repeat time]] of 40 [[tick]]s. A [[stable]] [[Snark]] reflector can be substituted for the p4 CP cenark. This slows down the output glider by three [[tick]]s, which can be useful for rephasing periodic glider [[stream]]s. A p4 [[bumper]] can also be substituted to down the output glider by 8 ticks, but an equivalent adjustment can usually be made by moving a [[trombone slide]] one cell diagonally.

For the [[colour-changing]] cenark variant, see [[p4 CP cenark]].

==See also==
* [[CP semi-cenark]]
* [[CC semi-cenark]]