Component/Switch (word) - Revision history

Gelthor: Added early access version tag

2024-09-07T17:34:48Z

Added early access version tag

← Older revision		Revision as of 17:34, 7 September 2024
Line 1:		Line 1:
			{{early-access-version\|0\|1059}}
	== 8 Bit Switch ==		== 8 Bit Switch ==
	{{Infobox component		{{Infobox component

Gelthor: Multibyte versions are unlocked by The Lab

2024-08-23T11:28:29Z

Multibyte versions are unlocked by The Lab

← Older revision		Revision as of 11:28, 23 August 2024
Line 20:		Line 20:
	\| bit-width = 16		\| bit-width = 16
	\| type = 16bit		\| type = 16bit
	\| prerequisite = ~~Sandbox~~		\| prerequisite = Lab
	}}		}}
	{{Infobox component		{{Infobox component
Line 27:		Line 27:
	\| bit-width = 32		\| bit-width = 32
	\| type = 32bit		\| type = 32bit
	\| prerequisite = ~~Sandbox~~		\| prerequisite = Lab
	}}		}}
	{{Infobox component		{{Infobox component
Line 34:		Line 34:
	\| bit-width = 64		\| bit-width = 64
	\| type = 64bit		\| type = 64bit
	\| prerequisite = ~~Sandbox~~		\| prerequisite = Lab
	}}		}}

Gelthor: Added infoboxes

2024-08-22T17:13:44Z

Added infoboxes

@@ Line 1: / Line 1: @@
-The 8-bit switch is a device that can enable or disable the output, similar to the [[1-bit Switch|1-bit switch]]. It has a 1 byte input, 1 byte output, and a bit toggle switch. When the bit toggle switch is 1 or {{On}}, it outputs the input. When the bit toggle is 0 or {{Off}}, the output is disabled. Because the output is fully disabled, this mean you can connect multiple outputs onto the same [[wire]] without causing a [[short circuit]], provided that at most 1 distinct value is output.
+== 8 Bit Switch ==
 TODO: Clarify. with some examples.
 Switches (or disabled outputs of any kind) do not help with [[circular dependency|circular dependencies]].

Gelthor: Gelthor moved page 8 Bit Switch to Component/Switch (word): Should be a subpage under Component

2024-08-22T16:42:35Z

Gelthor moved page 8 Bit Switch to Component/Switch (word): Should be a subpage under Component

← Older revision	Revision as of 16:42, 22 August 2024
(No difference)

Gelthor: Switches prevent short circuits, not cirular dependencies

2024-08-22T16:41:47Z

Switches prevent short circuits, not cirular dependencies

← Older revision		Revision as of 16:41, 22 August 2024
Line 1:		Line 1:
	The 8-bit switch is a device that can enable or disable the output, similar to the [[1-bit Switch\|1-bit switch]]. It has a 1 byte input, 1 byte output, and a bit toggle switch. When the bit toggle switch is 1 or {{On}}, it outputs the input. When the bit toggle is 0 or {{Off}}, the output is disabled. Because the output is fully disabled, this mean you can connect the ~~output to other types of output wires~~ without causing a circular dependency.		The 8-bit switch is a device that can enable or disable the output, similar to the [[1-bit Switch\|1-bit switch]]. It has a 1 byte input, 1 byte output, and a bit toggle switch. When the bit toggle switch is 1 or {{On}}, it outputs the input. When the bit toggle is 0 or {{Off}}, the output is disabled. Because the output is fully disabled, this mean you can connect multiple outputs onto the same [[wire]] without causing a [[short circuit]], provided that at most 1 distinct value is output.

			TODO: Clarify. with some examples.

			Switches (or disabled outputs of any kind) do not help with [[circular dependency\|circular dependencies]].

Poppi-Sama: Added a description to the 8 Bit Switch, linked the 1-bit switch, and added a part about circuit dependency.

2024-08-21T00:01:43Z

Added a description to the 8 Bit Switch, linked the 1-bit switch, and added a part about circuit dependency.

New page

The 8-bit switch is a device that can enable or disable the output, similar to the [[1-bit Switch|1-bit switch]]. It has a 1 byte input, 1 byte output, and a bit toggle switch. When the bit toggle switch is 1 or {{On}}, it outputs the input. When the bit toggle is 0 or {{Off}}, the output is disabled. Because the output is fully disabled, this mean you can connect the output to other types of output wires without causing a circular dependency.