Как найти сейв satisfactory

Сохранения в Windows

Сохранения «Satisfactory» хранятся в операционной системе Windows в папке [AppData], находящейся по умолчанию в профиле пользователя на системном диске «C». Игра поддерживает облачную синхронизацию сохранений в Steam Cloud и Epic Games Launcher. На полное прохождение игры Satisfactory требуется 214 часов (на сюжет и второстепенные задания — 131 час, только на сюжет — 92 часа). Игра была взломана командой P2P в день релиза.

Путь до сохранений Satisfactory в Windows:

• %LOCALAPPDATA%FactoryGameSavedSaveGames
• C:Users[имя пользователя]AppDataLocalFactoryGameSavedSaveGames

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Сохранения в Linux

Сохранения игры «Satisfactory» лежат в операционной системе Linux в папке [steamapps], расположенной в игровом клиенте STEAM Play Proton.

Путь к сохранениям Satisfactory в STEAM на Linux:

• [Папка со Steam]/steamapps/compatdata/526870/pfx/
• ~/.steam/steam/userdata/[id пользователя]/526870/

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Фоторежим и скриншоты

Путь до скриншотов Satisfactory в Windows:

• %USERPROFILE%DocumentsMy GamesFactoryGameScreenshots
• C:Users[имя пользователя]DocumentsMy GamesFactoryGameScreenshots

Save files are files that contain the .sav file extension.

Save File Location[]

Both Steam and Epic Games version use the same PATH depending on OS used.

1. Windows (either Path will work):
   • Path 1:

     %LOCALAPPDATA%FactoryGameSavedSaveGames{YOUR ID}

   • Path 2:

     Users<your Windows username>AppDataLocalFactoryGameSavedSaveGames{YOUR ID}

     • If you cannot find your steam save folder (probably because you have owned the game in Epic and just bought the Steam copy recently), first start a new game with Steam, then save the new game. You should now be able to see your steam save folder beside epic. The steam ID is usually shorter than the Epic ID. The folder location is stated above.
2. Linux
   • using Steam Play:

     ~/.local/share/Steam/steamapps/compatdata/526870/pfx/drive_c/users/steamuser/Local Settings/Application Data/FactoryGame/Saved/SaveGames/{YOUR STEAM ID}

   • Steam:

     ~/.var/app/com.valvesoftware.Steam/.local/share/Steam/steamapps/compatdata/526870/pfx/drive_c/users/steamuser/AppData/Local/FactoryGame/Saved/SaveGames/{YOUR STEAM ID}

Save editing[]

Save files can be edited using online tools such as Satisfactory Interactive Map. See here.

Cloud sync[]

If playing on Epic Games or Steam and the Cloud Sync is enabled, a notification may sometimes appear when the player:

• Switches the game version between experimental and stable
• Copies over the save game across different platforms
• Continues a game at different machine

And you will be prompted to either upload your save file to the cloud or download the save file from the cloud to your PC.

Unless you are playing across multiple PC, always choose upload your save file to the cloud to avoid losing your progress. And always back up your saves!

Save File Format[]

A save file has a header and a body. The body of the file is compressed in chunks – see Compressed Save File Body Format below.

As of Patch 0.6.1.3 (Early Access Build 202470, released on September 28, 2022), the produced save file header has version 10, the save version is 30 and the editor object version is 40. For these versions, this format description should be correct, but may not be complete: It is possible that not all potential structures were present in the analyzed save files.

Basic data types[]

There are five basic types that are used to compose more elaborated structures in the save files:

Byte[]

A single 8-bit byte that represents a signed integer between -128 and 127.

Int[]

Four consecutive bytes in little-endian order that represent a signed integer between -2,147,483,648 and 2,147,483,647.

Long[]

Eight consecutive bytes in little-endian order that represent a signed integer between -9,223,372,036,854,775,808 and 9,223,372,036,854,775,807.

Float[]

Four consecutive bytes in little-endian order that represent a signed floating-point number with single precision, according to the binary32 format of IEEE 754.

String[]

A variable-length byte sequence of UTF-encoded characters, null-terminated:

number of bytes	description	example	notes
4	string length in bytes, including null-termination bytes	22	as an Int, see above
variable	the encoded characters	“Hello Massage-2(A-B)b”	without the quotation marks
1 or 2	null-termination	N/A	one byte if UTF-8, two bytes if UTF-16

A length of zero represents the empty string and occupies just these four bytes. A positve length means that the characters are encoded in UTF-8. A negative length means that the characters are encoded in UTF-16 little-endian, without a byte-order mark. In this case, the given negative length has to be multiplied by minus two to get the number of bytes the rest of the string occupies (including the two bytes for null-termination).

Composite data types[]

Using the basic data types defined above, a save file has two top-level structures: a SaveFileHeader and a SaveFileBody. These are composed of different intermediate data types themselves.

These composite data types are documented below. A data type is a list of ordered fields, each field is a row in the table of the data type. So, for example: The SaveFileHeader begins with an Int (four bytes) that represents the save header version. This is followed by another Int (the next four bytes) that represents the save version and so on.

[]

basic data type	description	example	notes
Int	save header version	10	for a version list see the header SaveCustomVersion.h in the Community resources
Int	save version	30	for a version list see the header FGSaveManagerInterface.h in the Community resources
Int	build version	202,470	this is Patch 0.6.1.3
String	map name	“Persistent_Level”
String	map options	“?startloc=Rocky Desert?sessionName=only one way to find out?Visibility=SV_Private”
String	session name	“only one way to find out”
Int	played seconds	941,514
Long	save timestamp as Ticks	637,894,867,432,920,000	this is 2022-05-30 05:52:23 UTC
Byte	session visibility	0	this is “private” visibility, 1 would be “friends only”
Int	editor object version	40	depends on the unreal engine version used
String	mod metadata	“”	empty if no mods where used
Int	mod flags	0	zero if no mods where used
String	save identifier	_tYytyulUk6z2Ah42xvScg	a unique identifier (GUID) for this save, for analytics purposes

CompressedSaveFileBody[]

Directly after the save file header, the save file body begins with a list of zlib-compressed chunks. Each compressed chunk has this format:

basic data type	description	example	notes
Int	unreal engine package signature	2,653,586,369	always the magic number “9E2A83C1” in hex (not really an Int as defined above, more like a four byte unsigned integer)
Int	padding	0
Int	maximum chunk size	131,072	in number of bytes, always 128 * 1,024
Int	padding	0
Int	compressed size	3,814	in number of bytes
Int	padding	0
Int	uncompressed size	131,072	in number of bytes
Int	padding	0
Int	compressed size	3,814	this is a repeat of the above data
Int	padding	0
Int	uncompressed size	131,072	this is a repeat of the above data
Int	padding	0
N/A	compressed bytes of the chunk	N/A	number of bytes: see “compressed size” above

SaveFileBody[]

The save file body is the concatenation of the uncompressed chunks. The body mainly consists of a list of sublevels and the persistent level.

basic data type	description	example	notes
Int	uncompressed size	90,103,391	in number of bytes, for the whole body
Int	sublevel count	107	the number of sublevels that follow – does not include the persistent level
N/A	levels	N/A	sublevels and the persistent level. There is one more level than the sublevel count above, the last entry being the persistent level (See SCIM). For the format of one Level, see below
Int	object references count	218	the count of some old object references, can be ignored according to SCIM
N/A	object references	N/A	a list of object references, can also be ignored. for the format of one such ObjectReference, see below

Level[]

Each level has a list of game objects (actors and components), preceded by a list of headers for these objects.

basic data type	description	example	notes
String	sublevel name	“Level /Game/FactoryGame/Map/GameLevel01/Cave_X3_Y4_DesertCanyon_1_01.Cave_X3_Y4_DesertCanyon_1_01:PersistentLevel”	the name of the sublevel. if this is the persistent level, the field is absent
Int	object header and collectables size	21,499,825	in number of bytes
Int	object header count	86,644	the number of headers that follow
N/A	object headers	N/A	for the format of one ObjectHeader, see below
Int	collectables count	223	the number of collectable objects that follow (e.g. Power Slugs)
N/A	collectables	N/A	a list of object references, for the format of one such ObjectReference, see below
Int	objects size	92,259	in number of bytes, for all game objects in that level (actors and components)
Int	object count	504	should be the same as the number of object headers above
N/A	objects	N/A	the additional data for each of the object headers above. for the format of objects, see below (ActorObject or ComponentObject, depending on the header type the object belongs to)
Int	second collectables count	223	the number of collectables in the second list that follows. can be igonred, since the collectables should be exactly the same as above
N/A	second collectables	N/A	a list of object references, for the format of one such ObjectReference, see below. can also be ignored

[]

basic data type	description	example	notes
Int	header type	1	this is a header for an actor object, 0 would be a component header
N/A	the bytes of the header	N/A	either an ActorHeader or a ComponentHeader, see below

[]

basic data type	description	example	notes
String	type path	“/Game/FactoryGame/Buildable/Factory/ConstructorMk1/Build_ConstructorMk1.Build_ConstructorMk1_C”	the type of actor, described in a hierarchical path
String	root object	“Persistent_Level”
String	instance name	“Persistent_Level:PersistentLevel.Build_ConstructorMk1_C_2147169479”	the name of this single actor object
Int	need transform?	1	seems to be more like a boolean flag, semantics unclear
Float	rotation x	-0.0
Float	rotation y	0.0
Float	rotation z	-0.99999994
Float	rotation w	3.5762787E-7
Float	position x	-165,200.0
Float	position y	-33,599.996
Float	position z	-450.0
Float	scale x	1.0
Float	scale y	1.0
Float	scale z	1.0
Int	was placed in level?	0	seems to be more like a boolean flag, semantics unclear

[]

basic data type	description	example	notes
String	type path	“/Script/FactoryGame.FGPowerCircuit”	the type of component, described in a hierarchical path
String	root object	“Persistent_Level”
String	instance name	“Persistent_Level:PersistentLevel.CircuitSubsystem.FGPowerCircuit_2147177256”	the name of this single component object
String	parent actor name	“Persistent_Level:PersistentLevel.CircuitSubsystem”	a reference to the instance name of an actor

ActorObject[]

basic data type	description	example	notes
Int	size	2,333	the number of bytes this ActorObject has, including trailing bytes
String	parent object root	“Persistent_Level”
String	parent object name	“Persistent_Level:PersistentLevel.BuildableSubsystem”
Int	component count	8	the number of components this actor has (e.g. a Constructor has an input inventory)
N/A	components	N/A	a list of object references, for the format of one such ObjectReference, see below
N/A	properties	N/A	a list of properties, see PropertyList below
N/A	trailing bytes	N/A	some actors have trailing bytes that contain additional information or are just padding zeros. for interpreting this data, see existing save file parsers like SCIM

ComponentObject[]

basic data type	description	example	notes
Int	size	194,584	the number of bytes this ComponentObject has, including trailing bytes. Some components only have their header information, so this size could be zero
N/A	properties	N/A	a list of properties, see PropertyList below
N/A	trailing bytes	N/A	some components have trailing bytes that contain additional information or are just padding zeros. for interpreting this data, see existing save file parsers like SCIM

ObjectReference[]

basic data type	description	example	notes
String	level name	“Persistent_Level”
String	path name	“Persistent_Level:PersistentLevel.Build_WorkBench_C_2146781450.FGFactoryLegs”

Properties[]

Properties contain very different types of information. Every property has a name, which has the basic data type String.

PropertyList[]

Zero, one or multiple properties concatenated form a PropertyList. The special property named “None” marks the end of a PropertyList. All other properties in a PropertyList also have a type, which has the basic data type String. After the “name” and the “type” strings, the type-specific part begins. For these, see the following “…Property” descriptions.

ArrayProperty[]

basic data type	description	example	notes
Int	size	112	the number of bytes this property has, starting after the first padding
Int	index	0
String	type	“ObjectProperty”	the type of the elements in this array
Byte	padding	0	always zero, as all padding should be
Int	length	1	the number of elements in this array
N/A	array elements	N/A	a list of values, according to the stated element type and number of elements. although the types are named like the other “…Property” structures here, most are actually simpler: “ByteProperty”: a single Byte per element “EnumProperty”: a single String per element “InterfaceProperty” or “ObjectProperty”: two Strings per element, “level name” and “path name” “IntProperty”: a single Int per element “StructProperty” as element type in this context has more fields per element: basic data type description example notes String name “mStops” String type “StructProperty” seems to be always this value Int size 1234 the number of bytes the payload of these StructProperty array elements have, starting after the “UUID” and the one byte padding below Int padding 0 String element type “TimeTableStop” the type of elements in the payload of these StructProperty array elements Int ? N/A “UUID”: most of the time, these four Ints are zeros like in a padding – but sometimes they are not. semantics unclear, could be some sort of UUID Int ? N/A Int ? N/A Int ? N/A Byte padding 0 N/A typed data N/A the list of elements with the actual payload of the property, see “TypedData” below for one such element

BoolProperty[]

basic data type	description	example	notes
Int	padding	0
Int	index	0	seems to always be zero
Byte	the boolean value	1	zero is considered “false”, everything else is “true”
Byte	padding	0

ByteProperty[]

basic data type	description	example	notes
Int	size	17	the number of bytes this property has, starting after the padding
Int	index	0	seems to always be zero
String	type	“EGamePhase”	semantics unclear, why is it not just a byte?
Byte	padding	0
Byte or String	the byte value	“EGP_LateGame”	the actual value of this property. if type is “None”, then its just a Byte, otherwise a String

EnumProperty[]

basic data type	description	example	notes
Int	size	34	the number of bytes this property has, starting after the padding
Int	index	0	seems to always be zero
String	type	“EIntroTutorialSteps”	semantics unclear
Byte	padding	0
String	the enum value	“EIntroTutorialSteps::ITS_DONE”	the actual value of this property

FloatProperty[]

basic data type	description	example	notes
Int	size	4	the number of bytes this property has, starting after the padding
Int	index	0	seems to always be zero
Byte	padding	0
Float	the float value	0.37677494	the actual value of this property

IntProperty[]

basic data type	description	example	notes
Int	size	4	the number of bytes this property has, starting after the padding
Int	index	0	seems to always be zero
Byte	padding	0
Int	the int value	10	the actual value of this property

Int64Property[]

basic data type	description	example	notes
Int	size	8	the number of bytes this property has, starting after the padding
Int	index	0	seems to always be zero
Byte	padding	0
Long	the long value	2,830,424,080	the actual value of this property

MapProperty[]

basic data type	description	example	notes
Int	size	370	the number of bytes this property has, starting after the padding
Int	index	0	seems to always be zero
String	key type	“ObjectProperty”	the type the keys of this map have
String	value type	“IntProperty”	the type the values of this map have
Byte	padding	0
Int	mode type	0	semantics unclear, seems to be always 0, but does not seem to be a simple padding
Int	number of elements	4	the number of key-value pairs in this map
N/A	map elements	N/A	a list of key-value pairs, according to the stated types and number of pairs. although the types are named like the other “…Property” structures here, they are actually simpler: the key type seems to be always “ObjectProperty”, which in this context is two Strings per key-value pair, “level name” and “path name” the value types seem to always be one of these: “ByteProperty”: a single Byte per key-value pair “IntProperty”: a single Int per key-value pair “StructProperty”: a list of properties per key-value pair, see “PropertyList” above for one of this list

NameProperty[]

basic data type	description	example	notes
Int	size	17	the number of bytes this property has, starting after the padding
Int	index	0	seems to always be zero
Byte	padding	0
String	the string value	“Rocky Desert”	the actual value of this property

ObjectProperty[]

basic data type	description	example	notes
Int	size	104	the number of bytes this property has, starting after the padding
Int	index	0	seems to always be zero
Byte	padding	0
String	level name	“Persistent_Level”
String	path name	“Persistent_Level:PersistentLevel.BP_FreightWagon_C_2147208516.StorageInventory”

SetProperty[]

basic data type	description	example	notes
Int	size	5,240	the number of bytes this property has, starting after the first padding
Int	index	0	seems to always be zero
String	type	“StructProperty”	the type of the elements in this set
Byte	padding	0
Int	padding	0
Int	length	436	the number of elements in this set
N/A	set elements	N/A	a list of values, according to the stated element type and number of elements. e.g. for the “mRemovalLocations” property of “/Script/FactoryGame.FGFoliageRemoval”, each removal location element is of type “StructProperty”. The actual location element is simpler than the StructProperty described below, since a location is just x/y/z, each of basic data type Float.

StrProperty[]

basic data type	description	example	notes
Int	size	9	the number of bytes this property has, starting after the padding
Int	index	0	seems to always be zero
Byte	padding	0
String	the string value	“Name”	the actual value of this property

StructProperty[]

basic data type	description	example	notes
Int	size	387	the number of bytes this property has, starting after the padding
Int	index	0	seems to always be zero
String	type	“TrainDockingRuleSet”	the type of structure this property’s payload represents. if it is “InventoryItem”, the structure has an addtional overhead of 42 bytes, compared to the stated size (because in the TypedData below, there is an addtional property of this size – see below in “TypedData” / “InventoryItem”)
Long	padding	0
Long	padding	0
Byte	padding	0
N/A	typed data	N/A	the actual payload of the property, see “TypedData” below

TextProperty[]

basic data type	description	example	notes
Int	size	34	the number of bytes this property has, starting after the padding
Int	index	0	seems to always be zero
Byte	padding	0
Int	flags	18	semantics unclear
Byte	history type	-1	semantics unclear, seems to be always -1
int	is text culture invariant?	1	semantics unclear, seems to be always 1 (as a boolean, this would be “true”, sincei it is not zero)
String	the text value	“my fancy train station”	the actual value of this property

TypedData[]

As part of an element in an ArrayProperty or “standalone” as the payload of a StructProperty, several custom types can occur. Note that the actual type is stated beforehand as a String, with a gap of 17 bytes to this structure. By default, the TypedData is just a PropertyList (see above), but there are some special structures:

Box[]

basic data type	description	example	notes
Float	min x	-269,069.38
Float	min y	-309,234.5
Float	min z	-27,460.76
Float	max x	318,316.0
Float	max y	303,073.75
Float	max z	29,100.76
Byte	is valid?	1	semantics unclear

FluidBox[]

basic data type	description	example	notes
Float	the float value of this FluidBox	6.3548093

InventoryItem[]

basic data type	description	example	notes
Int	padding	0
String	item type	“/Game/FactoryGame/Resource/Equipment/NailGun/Desc_RebarGunProjectile.Desc_RebarGunProjectile_C”
String	level name	“Persistent_Level”
String	path name	“Persistent_Level:PersistentLevel.Equip_RebarGun_Projectile_C_2147354475”
N/A	extra property	IntProperty: NumItems=1	this extra property is only present if the InventoryItem is part of the payload of a StructProperty. It always seems to be this “NumItems” IntProperty

LinearColor[]

basic data type	description	example	notes
Float	r	0.783538
Float	g	0.291771
Float	b	0.057805
Float	a	1.0

Quat[]

basic data type	description	example	notes
Float	x	0.42907318
Float	y	-0.13565472
Float	z	-0.23136456
Float	w	0.8625337

RailroadTrackPosition[]

basic data type	description	example	notes
String	level name	“Persistent_Level”
String	path name	“Persistent_Level:PersistentLevel.Build_RailroadTrackIntegrated_C_2147205088”
Float	offset	93.29132
Float	forward	1.0

Vector[]

basic data type	description	example	notes
Float	x	2.1905906
Float	y	2.1905906
Float	z	2.1905909

Trivia[]

• Creative Mode can be enabled by editing a save file, with third-party tools providing a GUI interface for doing so. Much like the 4-player limit for multiplayer, that there is no interface to change this option within the Satisfactory client indicates that this feature is unsupported.

Где лежат сохранения Satisfactory на ПК

Windows

Сохранения Satisfactory лежат стандартно в OC Windows 10 на локальном диске (C:) по такому пути:

C:Users[имя_пользователя]AppDataLocalFactoryGameSavedSaveGames

или

C:Users[имя_пользователя]DocumentsMy GamesFactoryGameSaveGame

Linux

Путь где находятся сейвы Satisfactory в OC Linux:

Steam Play Proton: ~/.steam/steam/userdata/[id_пользователя]/526870/