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    • Structure (Sorter)

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Kit (Stacker)
____________ General ____________	____________	____________
Paintable	❌
Nameable	❌
Prefab Hash	1013244511
Prefab Name	ItemKitStacker
______________ Item ______________	____________	____________
Stack Size	10
Class	None	0
SortingClass	Kits	1
____________ Durability ____________	____________	____________
Flashpoint Temperature	100℃
Autoignition Temperature	300℃

Made In	Autolathe T1	Autolathe T2
Time
Energy	500
Iron Fe	10g	10g
Copper Cu	2g	2g

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A stacker is an important part of any automated chute network. The Xigo ProKompile can be set manually or via logic, to make sure items passing through the stacker are maximized for your storage needs.

The ProKompile can stack a wide variety of things such as ingots, as well as splitting stacks into appropriate sizes as needed.

Stacker
____________ General ____________	______________	______________
Paintable	✔
Nameable	✔
Prefab Hash	-2020231820
Prefab Name	StructureStacker
____________ Durability ____________	______________	______________
Flashpoint Temperature	NA
Autoignition Temperature	NA
_________ Construction _________	______________	______________
Placement Cost	Kit (Stacker)	1
.............................................................	.........................	.........................
Deconstruction Tool	Hand Drill
____________ Power ____________	____ Min ____	____ Max ____
Power Use	50W	50W
Heat Generation

Placement			Dimensions
Snapping	Small Grid		Length	1
Rotation	Horizontal Only		Height	2
Required Support	None		Width	1

Device Logic Variables	Type	Min	Max	Read	Write	Device Specific Behaviours
Power	bool	0	1	✔	❌
Mode	int	0	1	✔	✔	Mode.
Error	bool	0	1	✔	❌
Activate	bool	0	1	✔	✔	State of the clear lever.
Lock	bool	0	1	✔	✔
Setting	int	1	500	✔	❌	Stack size.
On	bool	0	1	✔	✔
RequiredPower	float	-1	50	✔	❌
ClearMemory	bool	0		❌	✔
ExportCount	int	0		✔	❌
ImportCount	int	0		✔	❌
Output	int	-1	1	✔	✔	Writing 0 or 1 in logic mode outputs 1 stack.
PrefabHash	int	-2020231820	-2020231820	✔	❌
ReferenceId	int			✔	❌

Mode	Name	Description
0	Automatic	Outputs a stack automatically when stack reaches desired size.
1	Logic	Outputs 1 stack per activation of Output.

Slot	Name	Class	Icon	_______	Slot	Name	Class	Icon
0	Import	None			1	Export	None
2	Processing	None

Logic Slots	Type	Min	Max	Read	Write	Slots	Device Specific Behaviours
Occupied	bool	0	1	✔	❌	0-2
OccupantHash	int			✔	❌	0-2
Quantity		0		✔	❌	0-2
Damage	float	0	1	✔	❌	0-2
Class ?	int	0	34	✔	❌	0-2
MaxQuantity		0		✔	❌	0-2
PrefabHash	int			✔	❌	0-2
SortingClass ?	int	0	7	✔	❌	0-2

Connections	Port	Description
Power And Data	0
Chute Output	1
Chute Input	2

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A stacker is an important part of any automated chute network. The Xigo ProKompile can be set manually or via logic, to make sure items passing through the stacker are maximized for your storage needs.

The ProKompile can stack a wide variety of things such as ingots, as well as splitting stacks into appropriate sizes as needed.

Stacker
____________ General ____________	______________	______________
Paintable	✔
Nameable	✔
Prefab Hash	1585641623
Prefab Name	StructureStackerReverse
____________ Durability ____________	______________	______________
Flashpoint Temperature	NA
Autoignition Temperature	NA
_________ Construction _________	______________	______________
Placement Cost	Kit (Stacker)	1
.............................................................	.........................	.........................
Deconstruction Tool	Hand Drill
____________ Power ____________	____ Min ____	____ Max ____
Power Use	50W	50W
Heat Generation

Placement			Dimensions
Snapping	Small Grid		Length	1
Rotation	Horizontal Only		Height	2
Required Support	None		Width	1

Device Logic Variables	Type	Min	Max	Read	Write	Device Specific Behaviours
Power	bool	0	1	✔	❌
Mode	int	0	1	✔	✔	Mode.
Error	bool	0	1	✔	❌
Activate	bool	0	1	✔	✔	State of the clear lever.
Lock	bool	0	1	✔	✔
Setting	int	1	500	✔	❌	Stack size.
On	bool	0	1	✔	✔
RequiredPower	float	-1	50	✔	❌
ClearMemory	bool	0		❌	✔
ExportCount	int	0		✔	❌
ImportCount	int	0		✔	❌
Output	int	-1	1	✔	✔	Writing 0 or 1 in logic mode outputs 1 stack.
PrefabHash	int	1585641623	1585641623	✔	❌
ReferenceId	int			✔	❌

Mode	Name	Description
0	Automatic	Outputs a stack automatically when stack reaches desired size.
1	Logic	Outputs 1 stack per activation of Output.

Slot	Name	Class	Icon	_______	Slot	Name	Class	Icon
0	Import	None			1	Export	None
2	Processing	None

Logic Slots	Type	Min	Max	Read	Write	Slots	Device Specific Behaviours
Occupied	bool	0	1	✔	❌	0-2
OccupantHash	int			✔	❌	0-2
Quantity		0		✔	❌	0-2
Damage	float	0	1	✔	❌	0-2
Class ?	int	0	34	✔	❌	0-2
MaxQuantity		0		✔	❌	0-2
PrefabHash	int			✔	❌	0-2
SortingClass ?	int	0	7	✔	❌	0-2

Connections	Port	Description
Power And Data	0
Chute Output	1
Chute Input	2

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The Xigo Re:Gurge is a handy unit for unloading any items inserted into it, and feeding them into a chute network. For instance, if you add a full Mining Belt, the Re:Gurge will empty a mining belt of its contents, insert them into the chute network, then insert the mining belt itself. A Sorter is recommended to reclaim the mining belt.

Output = 0 exporting the main item
Output = 1 exporting items inside and eventually the main item.

Unloader
____________ General ____________	______________	______________
Paintable	✔
Nameable	✔
Prefab Hash	750118160
Prefab Name	StructureUnloader
____________ Durability ____________	______________	______________
Flashpoint Temperature	100℃
Autoignition Temperature	300℃
_________ Construction _________	______________	______________
Placement Cost	Kit (Stacker)	1
.............................................................	.........................	.........................
Deconstruction Tool	Hand Drill
____________ Power ____________	____ Min ____	____ Max ____
Power Use	50W	50W
Heat Generation

Placement			Dimensions
Snapping	Small Grid		Length	1
Rotation	Any		Height	2
Required Support	None		Width	1

Device Logic Variables	Type	Min	Max	Read	Write	Device Specific Behaviours
Power	bool	0	1	✔	❌
Mode	int	0	1	✔	✔	Mode.
Error	bool	0	1	✔	❌
Lock	bool	0	1	✔	✔
On	bool	0	1	✔	✔
RequiredPower	float	-1	50	✔	❌
ClearMemory	bool	0		❌	✔
ExportCount	int	0		✔	❌
ImportCount	int	0		✔	❌
Output	int	-1	1	✔	✔	0 = Export main item, 1 = Export contents, then main item.
PrefabHash	int	750118160	750118160	✔	❌
ReferenceId	int			✔	❌

Mode	Name	Description
0	Automatic	Exports contents, and then the main item.
1	Logic	Exports 1 item for every activation of Output, Writing 0 export the main item right away.

Slot	Name	Class	Icon	_______	Slot	Name	Class	Icon
0	Import	None			1	Export	None

Logic Slots	Type	Min	Max	Read	Write	Slots	Device Specific Behaviours
Occupied	bool	0	1	✔	❌	0,1
OccupantHash	int			✔	❌	0,1
Quantity		0		✔	❌	0,1
Damage	float	0	1	✔	❌	0,1
Class ?	int	0	34	✔	❌	0,1
MaxQuantity		0		✔	❌	0,1
PrefabHash	int			✔	❌	0,1
SortingClass ?	int	0	7	✔	❌	0,1

Connections	Port	Description
Power And Data	0
Chute Output	1
Chute Input	2

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Kit (Sorter)
____________ General ____________	____________	____________
Paintable	❌
Nameable	❌
Prefab Hash	969522478
Prefab Name	ItemKitSorter
______________ Item ______________	____________	____________
Stack Size	10
Class	None	0
SortingClass	Kits	1
____________ Durability ____________	____________	____________
Flashpoint Temperature	100℃
Autoignition Temperature	300℃

Made In	Autolathe T1	Autolathe T2
Time
Energy	500
Iron Fe	10g	10g
Gold Au	1g	1g
Copper Cu	5g	5g

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No amount of automation is complete without some way of moving different items to different parts of a system. The Xigo A2B sorter can be programmed via a computer with a Sorter Motherboard to direct various items into different chute networks. Filtered items are always passed out the righthand side of the sorter, while non filtered items continue straight through.

Sorter
____________ General ____________	______________	______________
Paintable	✔
Nameable	✔
Prefab Hash	-1009150565
Prefab Name	StructureSorter
____________ Durability ____________	______________	______________
Flashpoint Temperature	NA
Autoignition Temperature	NA
_________ Construction _________	______________	______________
Placement Cost	Kit (Sorter)	1
.............................................................	.........................	.........................
Deconstruction Tool	Hand Drill
____________ Power ____________	____ Min ____	____ Max ____
Power Use	5W	5W
Heat Generation	1W	1W

Placement			Dimensions
Snapping	Small Grid		Length	1
Rotation	Horizontal Only		Height	2
Required Support	None		Width	2

Device Logic Variables	Type	Min	Max	Read	Write	Device Specific Behaviours
Power	bool	0	1	✔	❌
Mode	int	0	2	✔	✔	Mode.
Error	bool	0	1	✔	❌
Lock	bool	0	1	✔	✔
On	bool	0	1	✔	✔
RequiredPower	float	-1	5	✔	❌
ClearMemory	bool	0		❌	✔
ExportCount	int	0		✔	❌
ImportCount	int	0		✔	❌
Output	int	-1	1	✔	✔
PrefabHash	int	-1009150565	-1009150565	✔	❌
ReferenceId	int			✔	❌

Mode	Name	Description
0	Split
1	Filter
2	Logic

Slot	Name	Class	Icon	_______	Slot	Name	Class	Icon
0	Import	None			1	Export	None
2	Export2	None			3	Data Disk	Data Disk

Logic Slots	Type	Min	Max	Read	Write	Slots	Device Specific Behaviours
Occupied	bool	0	1	✔	❌	0-3
OccupantHash	int			✔	❌	0-3
Quantity		0		✔	❌	0-3
Damage	float	0	1	✔	❌	0-3
Class ?	int	0	34	✔	❌	0-3
MaxQuantity		0		✔	❌	0-3
PrefabHash	int			✔	❌	0-3
SortingClass ?	int	0	7	✔	❌	0-3

Connections	Port	Description
Chute Output2	0
Chute Input	1
Chute Output	2
Power And Data	3

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