Pipe to ground - Revision history

Qwr: /* History */ add 2.0 change of no player collision

2025-08-09T05:34:36Z

History: add 2.0 change of no player collision

← Older revision		Revision as of 05:34, 9 August 2025
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	== History ==		== History ==
	{{history\|2.0.7\|		{{history\|2.0.7\|
	* Underground pipes now turn green (instead of the default yellow) when placed at the maximum distance.}}		* Underground pipes now turn green (instead of the default yellow) when placed at the maximum distance.
			* Changed pipe to ground collision mask so player can walk on top of it.}}
	{{history\|0.13.0\|		{{history\|0.13.0\|
	* Underground pipes are now automatically placed at maximum distance when building by dragging.}}		* Underground pipes are now automatically placed at maximum distance when building by dragging.}}

Bilka: words

2025-04-25T19:30:42Z

words

← Older revision		Revision as of 19:30, 25 April 2025
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	The '''pipe to ground''' (or "underground pipe") is a distribution method for [[Fluid system\|liquids and gases]]. Since a basic [[pipe]] is impassable, these are necessary to keep the factory open, as well as to cross belt lines or environmental features.		The '''pipe to ground''' (or "underground pipe") is a distribution method for [[Fluid system\|liquids and gases]]. Since a basic [[pipe]] is impassable, these are necessary to keep the factory open, as well as to cross belt lines or environmental features.

	~~Fluid~~ distribution ~~is complex, comprehensive information~~ can be found on the [[fluid system]] page.		Comprehensive information on fluid distribution can be found on the [[fluid system]] page.

	== Alternative recipes ==		== Alternative recipes ==

Alfonse: Incorrect wording

2025-03-10T22:32:51Z

Incorrect wording

← Older revision		Revision as of 22:32, 10 March 2025
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	{{:Infobox:Pipe to ground}}		{{:Infobox:Pipe to ground}}

	The '''pipe to ground''' (or "underground pipe") is a distribution method for [[Fluid system\|liquids and gases]]. Since a basic [[pipe]] is impassable, these are necessary to keep the factory open, as well as to cross belt lines, or environmental features.		The '''pipe to ground''' (or "underground pipe") is a distribution method for [[Fluid system\|liquids and gases]]. Since a basic [[pipe]] is impassable, these are necessary to keep the factory open, as well as to cross belt lines or environmental features.

	Fluid distribution is complex, comprehensive information can be found on the [[fluid system]] page.		Fluid distribution is complex, comprehensive information can be found on the [[fluid system]] page.
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	* The maximum distance at which an underground pipe can connect is 10 tiles, resulting in a gap of 9 tiles in between.		* The maximum distance at which an underground pipe can connect is 10 tiles, resulting in a gap of 9 tiles in between.
	* The gap between underground pipes does not store any fluids; a pair of underground pipes only has the same volume as two regular pipes, regardless of distance bridged.		* The gap between underground pipes does not store any fluids; a pair of underground pipes only has the same volume as two regular pipes, regardless of distance bridged.
	* Underground pipes as well as [[underground belt]]s cannot transport items ~~between~~ [[lava]] and space void.		* Underground pipes as well as [[underground belt]]s cannot transport items beneath [[lava]] {{SA}} and space void.

	== Gallery ==		== Gallery ==

Tertius3: referred to fluid system article for mechanics

2025-02-03T12:49:12Z

referred to fluid system article for mechanics

← Older revision		Revision as of 12:49, 3 February 2025
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	{{Languages}}		{{Languages}}
	{{:Infobox:Pipe to ground}}		{{:Infobox:Pipe to ground}}
	~~{{Cleanup\|Information about fluid flow is outdated}}~~

	The '''pipe to ground''' (or "underground pipe") is a distribution method for [[Fluid system\|liquids and gases]]. Since a basic [[pipe]] is impassable, these are necessary to keep the factory open, as well as to cross belt lines, or environmental features.		The '''pipe to ground''' (or "underground pipe") is a distribution method for [[Fluid system\|liquids and gases]]. Since a basic [[pipe]] is impassable, these are necessary to keep the factory open, as well as to cross belt lines, or environmental features.

	~~The flow rate in pipes~~ is ~~heavily dependent on differences of fluid levels in individual segments. More complete~~ information ~~on handling fluids~~ can be found on the [[fluid system]] page.		Fluid distribution is complex, comprehensive information can be found on the [[fluid system]] page.

	== Alternative recipes ==		== Alternative recipes ==

Bilka: /* Alternative recipes */ Machine -> Made in

2025-01-25T20:02:53Z

Alternative recipes: Machine -> Made in

← Older revision		Revision as of 20:02, 25 January 2025
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	{\|class="wikitable"		{\|class="wikitable"
	\|-		\|-
	! Process !! Input !! Output !! ~~Machine~~ !! Required technology		! Process !! Input !! Output !! Made in !! Required technology
	\|-		\|-
	\| {{icon\|Casting pipe to ground\|\|}} Casting pipe to ground		\| {{icon\|Casting pipe to ground\|\|}} Casting pipe to ground

Bilka: Fixed alternative recipe formatting

2025-01-24T20:28:12Z

Fixed alternative recipe formatting

← Older revision		Revision as of 20:28, 24 January 2025
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	{{Languages}}		{{Languages}}
	{{:Infobox:Pipe to ground}}		{{:Infobox:Pipe to ground}}
			{{Cleanup\|Information about fluid flow is outdated}}

	The '''pipe to ground''' (or "underground pipe") is a distribution method for [[Fluid system\|liquids and gases]]. Since a basic [[pipe]] is impassable, these are necessary to keep the factory open, as well as to cross belt lines, or environmental features.		The '''pipe to ground''' (or "underground pipe") is a distribution method for [[Fluid system\|liquids and gases]]. Since a basic [[pipe]] is impassable, these are necessary to keep the factory open, as well as to cross belt lines, or environmental features.

	{\| class="wikitable"		The flow rate in pipes is heavily dependent on differences of fluid levels in individual segments. More complete information on handling fluids can be found on the [[fluid system]] page.
	~~! Building !! Process !! Results~~
			== Alternative recipes ==
			{{About/Space age}}
			{\|class="wikitable"
	\|-		\|-
	\| {{~~Imagelink~~\|~~Assembling machine 1~~}}~~<br>~~{{~~Imagelink~~\|~~Assembling machine 2}}<br>{{Imagelink~~\|~~Assembling machine 3~~}} \|\| {{~~Imagelink~~\|Pipe}} \|\| {{icon\|~~Time~~\|~~0.5~~}} + {{~~Icon~~\|~~Iron plate~~\|5}} + {{~~Icon~~\|~~Pipe~~\|10}} → {{~~Icon~~\|~~Pipe to ground~~\|2}}		! Process !! Input !! Output !! Machine !! Required technology
			\|-
			\| {{icon\|Casting pipe to ground\|\|}} Casting pipe to ground
			\| {{icon\|Time\|1}} + {{icon\|Pipe\|10}} + {{icon\|Molten iron\|50}}
			\| {{icon\|Pipe to ground\|2}}
			\| {{icon\|Foundry\|space-age=yes}}
			\| {{icontech\|Foundry (research)\|}} [[Foundry (research)]]
	\|-		\|-
	~~\| {{Imagelink\|Foundry}} \|\| {{imagelink\|Casting pipe to ground}} \|\| {{icon\|Time\|1}} + {{icon\|Pipe\|10}} + {{icon\|Molten iron\|10}} → {{Icon\|Pipe to ground\|2}}~~
	\|}		\|}

	~~The flow rate in pipes is heavily dependent on differences of fluid levels in individual segments. More complete information on handling fluids can be found on the [[fluid system]] page.~~

	== Notes ==		== Notes ==

Iridium235: /* Notes */ Added info about transporting items over lava and space void

2025-01-22T07:00:00Z

Notes: Added info about transporting items over lava and space void

← Older revision		Revision as of 07:00, 22 January 2025
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	* The maximum distance at which an underground pipe can connect is 10 tiles, resulting in a gap of 9 tiles in between.		* The maximum distance at which an underground pipe can connect is 10 tiles, resulting in a gap of 9 tiles in between.
	* The gap between underground pipes does not store any fluids; a pair of underground pipes only has the same volume as two regular pipes, regardless of distance bridged.		* The gap between underground pipes does not store any fluids; a pair of underground pipes only has the same volume as two regular pipes, regardless of distance bridged.
			* Underground pipes as well as [[underground belt]]s cannot transport items between [[lava]] and space void.

	== Gallery ==		== Gallery ==

Alfonse: Underground pipes can transport fluids under water tiles. They cannot go across lava or space though.

2024-11-29T17:45:52Z

Underground pipes can transport fluids under water tiles. They cannot go across lava or space though.

← Older revision		Revision as of 17:45, 29 November 2024
Line 18:		Line 18:
	* The maximum distance at which an underground pipe can connect is 10 tiles, resulting in a gap of 9 tiles in between.		* The maximum distance at which an underground pipe can connect is 10 tiles, resulting in a gap of 9 tiles in between.
	* The gap between underground pipes does not store any fluids; a pair of underground pipes only has the same volume as two regular pipes, regardless of distance bridged.		* The gap between underground pipes does not store any fluids; a pair of underground pipes only has the same volume as two regular pipes, regardless of distance bridged.
	* As of version 2.0.0, underground pipes cannot transport fluid over water tiles.

	== Gallery ==		== Gallery ==
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	== History ==		== History ==
	{{history\|2.0.7\|		{{history\|2.0.7\|
	* Underground pipes can no longer transport fluids over water tiles.
	* Underground pipes now turn green (instead of the default yellow) when placed at the maximum distance.}}		* Underground pipes now turn green (instead of the default yellow) when placed at the maximum distance.}}
	{{history\|0.13.0\|		{{history\|0.13.0\|

Iridium235: Added some descriptions for 2.0's new fluid mechaics

2024-11-29T17:35:24Z

Added some descriptions for 2.0's new fluid mechaics

← Older revision		Revision as of 17:35, 29 November 2024
Line 18:		Line 18:
	* The maximum distance at which an underground pipe can connect is 10 tiles, resulting in a gap of 9 tiles in between.		* The maximum distance at which an underground pipe can connect is 10 tiles, resulting in a gap of 9 tiles in between.
	* The gap between underground pipes does not store any fluids; a pair of underground pipes only has the same volume as two regular pipes, regardless of distance bridged.		* The gap between underground pipes does not store any fluids; a pair of underground pipes only has the same volume as two regular pipes, regardless of distance bridged.
			* As of version 2.0.0, underground pipes cannot transport fluid over water tiles.

	== Gallery ==		== Gallery ==
Line 26:		Line 27:

	== History ==		== History ==
			{{history\|2.0.7\|
			* Underground pipes can no longer transport fluids over water tiles.
			* Underground pipes now turn green (instead of the default yellow) when placed at the maximum distance.}}
	{{history\|0.13.0\|		{{history\|0.13.0\|
	* Underground pipes are now automatically placed at maximum distance when building by dragging.}}		* Underground pipes are now automatically placed at maximum distance when building by dragging.}}

Brin: Recipes

2024-10-31T19:18:49Z

Recipes

← Older revision		Revision as of 19:18, 31 October 2024
Line 3:		Line 3:

	The '''pipe to ground''' (or "underground pipe") is a distribution method for [[Fluid system\|liquids and gases]]. Since a basic [[pipe]] is impassable, these are necessary to keep the factory open, as well as to cross belt lines, or environmental features.		The '''pipe to ground''' (or "underground pipe") is a distribution method for [[Fluid system\|liquids and gases]]. Since a basic [[pipe]] is impassable, these are necessary to keep the factory open, as well as to cross belt lines, or environmental features.

			{\| class="wikitable"
			! Building !! Process !! Results
			\|-
			\| {{Imagelink\|Assembling machine 1}}<br>{{Imagelink\|Assembling machine 2}}<br>{{Imagelink\|Assembling machine 3}} \|\| {{Imagelink\|Pipe}} \|\| {{icon\|Time\|0.5}} + {{Icon\|Iron plate\|5}} + {{Icon\|Pipe\|10}} → {{Icon\|Pipe to ground\|2}}
			\|-
			\| {{Imagelink\|Foundry}} \|\| {{imagelink\|Casting pipe to ground}} \|\| {{icon\|Time\|1}} + {{icon\|Pipe\|10}} + {{icon\|Molten iron\|10}} → {{Icon\|Pipe to ground\|2}}
			\|}

	The flow rate in pipes is heavily dependent on differences of fluid levels in individual segments. More complete information on handling fluids can be found on the [[fluid system]] page.		The flow rate in pipes is heavily dependent on differences of fluid levels in individual segments. More complete information on handling fluids can be found on the [[fluid system]] page.