Semi-Automatic Autolathe - Revision history

Ayudaz: add internal links

2023-04-06T08:33:16Z

add internal links

← Older revision		Revision as of 08:33, 6 April 2023
Line 3:		Line 3:
	You will need:		You will need:

	* Autolathe		* [[Autolathe]]
	* Stacker		* [[Stacker]]
	* 4 Logic I/O chips (2 Logic Writer, 2 Logic Reader)		* 4 [[Kit_(Logic_I/O)\|Logic I/O chips]] (2 Logic Writer, 2 Logic Reader)
	* 2 Logic Processor Chips (Compare)		* 2 [[Kit_(Logic_Processor)\|Logic Processor Chips]] (Compare)
	* Cable coils to connect all parts		* Cable coils to connect all parts

Pjf: wikify autolathe

2020-12-29T11:48:45Z

wikify autolathe

← Older revision		Revision as of 11:48, 29 December 2020
Line 1:		Line 1:
	This logic circuit will allow your autolathe to build a stack of whichever item you select, up to the quantity specified by your stacker. It will then turn off your autolathe and turn it back on. You can use this and replace the autolathe with any other fabricator such as an electric printer or a hydraulic pipe bender.		This logic circuit will allow your [[autolathe]] to build a stack of whichever item you select, up to the quantity specified by your stacker. It will then turn off your autolathe and turn it back on. You can use this and replace the autolathe with any other fabricator such as an electric printer or a hydraulic pipe bender.

	You will need:		You will need:

Korbah: Formatting and changed kit to circuit

2019-09-10T05:05:15Z

Formatting and changed kit to circuit

← Older revision		Revision as of 05:05, 10 September 2019
Line 1:		Line 1:
	This logic ~~kit~~ will allow your autolathe to build a stack of whichever item you select, up to the quantity specified by your stacker. It will then turn off your autolathe and turn it back on. You can use this and replace the autolathe with any other fabricator such as an electric printer or a hydraulic pipe bender.		This logic circuit will allow your autolathe to build a stack of whichever item you select, up to the quantity specified by your stacker. It will then turn off your autolathe and turn it back on. You can use this and replace the autolathe with any other fabricator such as an electric printer or a hydraulic pipe bender.

	You will need:		You will need:
Line 15:		Line 15:
	[[File:Automate Electric Printer.png\|thumb\|Automated Electric Printer]]		[[File:Automate Electric Printer.png\|thumb\|Automated Electric Printer]]

	'''Logic Reader A:'''		'''Logic Reader A:'''<br>
	In : Stacker<br>		In : Stacker<br>
	Var: Setting		Var: Setting

	'''Logic Reader B:'''		'''Logic Reader B:'''<br>
	In : Autolathe<br>		In : Autolathe<br>
	Var: ExportCount		Var: ExportCount

	'''Compare Unit C:'''		'''Compare Unit C:'''<br>
	In1: A<br>		In1: A<br>
	In2: B<br>		In2: B<br>
	Out: Greater		Out: Greater

	'''Compare Unit D:'''		'''Compare Unit D:'''<br>
	In1: A<br>		In1: A<br>
	In2: B<br>		In2: B<br>
	Out: Equals		Out: Equals

	'''Logic Writer:'''		'''Logic Writer:'''<br>
	In : C<br>		In : C<br>
	Out: Autolathe<br>		Out: Autolathe<br>
	Var: On		Var: On

	'''Logic Writer:'''		'''Logic Writer:'''<br>
	In : D<br>		In : D<br>
	Out: Autolathe<br>		Out: Autolathe<br>

Korbah: Formatting

2019-09-10T05:04:12Z

Formatting

← Older revision		Revision as of 05:04, 10 September 2019
Line 16:		Line 16:

	'''Logic Reader A:'''		'''Logic Reader A:'''
	In : Stacker		In : Stacker<br>
	Var: Setting		Var: Setting

	'''Logic Reader B:'''		'''Logic Reader B:'''
	In : Autolathe		In : Autolathe<br>
	Var: ExportCount		Var: ExportCount

	'''Compare Unit C:'''		'''Compare Unit C:'''
	In1: A		In1: A<br>
	In2: B		In2: B<br>
	Out: Greater		Out: Greater

	'''Compare Unit D:'''		'''Compare Unit D:'''
	In1: A		In1: A<br>
	In2: B		In2: B<br>
	Out: Equals		Out: Equals

	'''Logic Writer:'''		'''Logic Writer:'''
	In : C		In : C<br>
	Out: Autolathe		Out: Autolathe<br>
	Var: On		Var: On

	'''Logic Writer:'''		'''Logic Writer:'''
	In : D		In : D<br>
	Out: Autolathe		Out: Autolathe<br>
	Var: ClearMemory		Var: ClearMemory

	This circuit works by keeping the autolathe on while it's current ExportCount is less than the setting on the Stacker that you have attached. Once the ExportCount reaches the stacker setting, the autolathe's memory is reset(setting ExportCount to 0) and the Autolathe is powered off for one tick and then powered back on.		This circuit works by keeping the autolathe on while it's current ExportCount is less than the setting on the Stacker that you have attached. Once the ExportCount reaches the stacker setting, the autolathe's memory is reset(setting ExportCount to 0) and the Autolathe is powered off for one tick and then powered back on.

Korbah: changed wording about images

2019-09-10T05:03:07Z

changed wording about images

← Older revision		Revision as of 05:03, 10 September 2019
Line 9:		Line 9:
	* Cable coils to connect all parts		* Cable coils to connect all parts

	~~Here is~~ an example of ~~the logic - the cable implementation leaves much to be desired~~.		Clicking on the image in this article will show you an example of this setup ingame with all screws annotated.

	[[File:Automate Autolathe Logic.png\|thumb\|Description of Logic Circuits to Automate Autolathe]]		[[File:Automate Autolathe Logic.png\|thumb\|Description of Logic Circuits to Automate Autolathe]]

	~~Here is an example of this circuit, however it is hooked up to an Electric Printer.~~

	[[File:Automate Electric Printer.png\|thumb\|Automated Electric Printer]]		[[File:Automate Electric Printer.png\|thumb\|Automated Electric Printer]]

Korbah: Created page

2019-09-10T05:01:44Z

Created page

New page

This logic kit will allow your autolathe to build a stack of whichever item you select, up to the quantity specified by your stacker. It will then turn off your autolathe and turn it back on. You can use this and replace the autolathe with any other fabricator such as an electric printer or a hydraulic pipe bender.

You will need:

* Autolathe
* Stacker
* 4 Logic I/O chips (2 Logic Writer, 2 Logic Reader)
* 2 Logic Processor Chips (Compare)
* Cable coils to connect all parts

Here is an example of the logic - the cable implementation leaves much to be desired.

[[File:Automate Autolathe Logic.png|thumb|Description of Logic Circuits to Automate Autolathe]]

Here is an example of this circuit, however it is hooked up to an Electric Printer.

[[File:Automate Electric Printer.png|thumb|Automated Electric Printer]]

'''Logic Reader A:'''
In : Stacker
Var: Setting

'''Logic Reader B:'''
In : Autolathe
Var: ExportCount

'''Compare Unit C:'''
In1: A
In2: B
Out: Greater

'''Compare Unit D:'''
In1: A
In2: B
Out: Equals

'''Logic Writer:'''
In : C
Out: Autolathe
Var: On

'''Logic Writer:'''
In : D
Out: Autolathe
Var: ClearMemory

This circuit works by keeping the autolathe on while it's current ExportCount is less than the setting on the Stacker that you have attached. Once the ExportCount reaches the stacker setting, the autolathe's memory is reset(setting ExportCount to 0) and the Autolathe is powered off for one tick and then powered back on.