Level/1 Bit Decoder - Revision history

Gelthor: Added highscores and api to infobox

2023-11-17T21:14:28Z

Added highscores and api to infobox

← Older revision		Revision as of 21:14, 17 November 2023
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	\| unlocks-level2 = Little Box		\| unlocks-level2 = Little Box
	\| unlocks-component1 = 1 Bit decoder		\| unlocks-component1 = 1 Bit decoder
			\| scored = Yes
			\| highscore = 3
			\| highscore-gate = 1
			\| highscore-delay = 2
			\| api-enum-id = decoder1
			\| api-enum-number = 24
	}}		}}
	This level asks you to make a circuit that outputs On to one of two pins depending on the input signal.		This level asks you to make a circuit that outputs On to one of two pins depending on the input signal.

Gelthor: Updated infoxbox parameter names

2023-11-13T20:58:17Z

Updated infoxbox parameter names

← Older revision		Revision as of 20:58, 13 November 2023
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	\| type = Component		\| type = Component
	\| prerequisite1 = Saving Bytes		\| prerequisite1 = Saving Bytes
	\| ~~dependency1~~ = 3 Bit Decoder		\| unlocks-level1 = 3 Bit Decoder
	\| ~~dependency2~~ = Little Box		\| unlocks-level2 = Little Box
	\| ~~unlocks1~~ = 1 Bit decoder		\| unlocks-component1 = 1 Bit decoder
	}}		}}
	This level asks you to make a circuit that outputs On to one of two pins depending on the input signal.		This level asks you to make a circuit that outputs On to one of two pins depending on the input signal.

Gelthor: Added infobox

2023-11-03T02:07:51Z

Added infobox

← Older revision		Revision as of 02:07, 3 November 2023
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	{{Header Nav\|game=Turing Complete}}		{{Header Nav\|game=Turing Complete}}
			{{infobox level
			\| section = Arithmetic
			\| type = Component
			\| prerequisite1 = Saving Bytes
			\| dependency1 = 3 Bit Decoder
			\| dependency2 = Little Box
			\| unlocks1 = 1 Bit decoder
			}}
	This level asks you to make a circuit that outputs On to one of two pins depending on the input signal.		This level asks you to make a circuit that outputs On to one of two pins depending on the input signal.

			==Solution==
	As the truth table reveals, one output is the inverse of the input and the other is a copy of the input. So add a Not Gate for the first output and wire things up.		As the truth table reveals, one output is the inverse of the input and the other is a copy of the input. So add a Not Gate for the first output and wire things up.

			{{Spoiler\|
	[[File:Turing Complete 1 Bit Decoder.png]]		[[File:Turing Complete 1 Bit Decoder.png]]
			}}

	{{Footer Nav\|game=Turing Complete\|prevpage=Signed Negator\|nextpage=3 Bit Decoder}}		{{Footer Nav\|game=Turing Complete\|prevpage=Signed Negator\|nextpage=3 Bit Decoder}}

Gelthor: Gelthor moved page Turing Complete/1 Bit Decoder to Level/1 Bit Decoder without leaving a redirect

2023-10-28T20:41:12Z

Gelthor moved page Turing Complete/1 Bit Decoder to Level/1 Bit Decoder without leaving a redirect

← Older revision	Revision as of 20:41, 28 October 2023
(No difference)

Gelthor: 1 revision imported: Imported from https://strategywiki.org/

2023-10-28T20:39:29Z

1 revision imported: Imported from https://strategywiki.org/

← Older revision	Revision as of 20:39, 28 October 2023
(No difference)

w:c:strategywiki>Henke37: Initial level page

2023-08-10T13:18:23Z

Initial level page

New page

{{Header Nav|game=Turing Complete}}

This level asks you to make a circuit that outputs On to one of two pins depending on the input signal.

As the truth table reveals, one output is the inverse of the input and the other is a copy of the input. So add a Not Gate for the first output and wire things up.

[[File:Turing Complete 1 Bit Decoder.png]]

{{Footer Nav|game=Turing Complete|prevpage=Signed Negator|nextpage=3 Bit Decoder}}