Functions Reference

Written by: Alian713, Kramb

1. Rules¶

1.1. xsDisableRule¶

Returning Type: void

Prototype: void xsDisableRule(string ruleName)

Parameters:

string ruleName: The name of the rule to disable

Disables the given rule.

1.2. xsDisableRuleGroup¶

Returning Type: void

Prototype: void xsDisableRuleGroup(string ruleGroupName)

Parameters:

string ruleGroupName: The name of the rule group to disable

Disables all the rules in the given rule group

1.3. xsDisableSelf¶

Returning Type: void

Prototype: void xsDisableSelf()

Disables the rule this function is called inside. Cannot be used outside of a rule's body!

1.4. xsEnableRule¶

Returning Type: void

Prototype: void xsEnableRule(string ruleName)

Parameters:

string ruleName: The name of the rule to enable

Enables the given rule.

1.5. xsEnableRuleGroup¶

Returning Type: void

Prototype: void xsEnableRuleGroup(string ruleGroupName)

Parameters:

string ruleGroupName: The name of the rule group to enable

Enables all the rules in the given rule group

1.6. xsIsRuleEnabled¶

Returning Type: bool

Prototype: bool xsIsRuleEnabled(string ruleName)

Parameters:

string ruleName: The name of the rule to check

Returns true if the rule is enabled, else returns false.

1.7. xsIsRuleGroupEnabled¶

Returning Type: bool

Prototype: bool xsIsRuleGroupEnabled(string ruleGroupName)

Parameters:

string ruleGroupName: The name of the rule group to check

Returns true, if all the rules in the given rule group are enabled

1.8. xsSetRuleMaxInterval¶

Returning Type: void

Prototype: void xsSetRuleMaxInterval(string ruleName, int interval)

Parameters:

string ruleName: The name of the rule to set the max interval of
int interval: The new max interval of the rule

Sets the max interval of the given rule.

1.9. xsSetRuleMaxIntervalSelf¶

Returning Type: void

Prototype: void xsSetRuleMaxIntervalSelf(int interval)

Parameters:

int interval: The new max interval of the rule

Sets the max interval of the rule this function is called inside. Cannot be used outside of a rule's body!

1.10. xsSetRuleMinInterval¶

Returning Type: void

Prototype: void xsSetRuleMinInterval(string ruleName, int interval)

Parameters:

string ruleName: The name of the rule to set the min interval of
int interval: The new min interval of the rule

Sets the min interval of the given rule.

1.11. xsSetRuleMinIntervalSelf¶

Returning Type: void

Prototype: void xsSetRuleMinIntervalSelf(int interval)

Parameters:

int interval: The new min interval of the rule

Sets the min interval of the rule this function is called inside. Cannot be used outside of a rule's body!

1.12. xsSetRulePriority¶

Returning Type: void

Prototype: void xsSetRulePriority(string ruleName, int rulePriority)

Parameters:

string ruleName: The name of the rule to set the priority of
int rulePriority: The new priority of the rule

Sets the priority of the given rule.

1.13. xsSetRulePrioritySelf¶

Returning Type: void

Prototype: void xsSetRulePrioritySelf(int rulePriority)

Parameters:

int rulePriority: The new priority of the rule

Sets the priority of the rule this function is called inside. Cannot be used outside of a rule's body!

2. Vectors¶

2.1. xsVectorGetX¶

Returning Type: float

Prototype: float xsVectorGetX(vector v)

Parameters:

vector v: The vector to get the X coordinate of

The X coordinate of the vector given.

2.2. xsVectorGetY¶

Returning Type: float

Prototype: float xsVectorGetY(vector v)

Parameters:

vector v: The vector to get the Y coordinate of

The Y coordinate of the vector given.

2.3. xsVectorGetZ¶

Returning Type: float

Prototype: float xsVectorGetZ(vector v)

Parameters:

vector v: The vector to get the Z coordinate of

The Z coordinate of the vector given.

2.4. xsVectorLength¶

Returning Type: float

Prototype: float xsVectorLength(vector v)

Parameters:

vector v: The vector to calculate the length of

Returns the length of the given vector.

2.5. xsVectorNormalize¶

Returning Type: vector

Prototype: vector xsVectorNormalize(vector v)

Parameters:

vector v: The vector to normalise

Returns the normalised vector in the direction of the given vector.

2.6. xsVectorSet¶

Returning Type: vector

Prototype: vector xsVectorSet(float x, float y, float z)

Parameters:

float x: The value to set the X coordinate to
float y: The value to set the Y coordinate to
float z: The value to set the Z coordinate to

Returns a vector with the given X, Y and Z components.

2.7. xsVectorSetX¶

Returning Type: vector

Prototype: vector xsVectorSetX(vector v, float x)

Parameters:

vector v: The vector to modify the X coordinate of
float x: The value to set the X coordinate to

Returns a new vector with the X component of the given vector changed to the given value. Note: This function DOES NOT modify the vector given as the parameter!

2.8. xsVectorSetY¶

Returning Type: vector

Prototype: vector xsVectorSetY(vector v, float y)

Parameters:

vector v: The vector to modify the Y coordinate of
float y: The value to set the Y coordinate to

Returns a new vector with the Y component of the given vector changed to the given value. Note: This function DOES NOT modify the vector given as the parameter!

2.9. xsVectorSetZ¶

Returning Type: vector

Prototype: vector xsVectorSetZ(vector v, float z)

Parameters:

vector v: The vector to modify the Z coordinate of
float z: The value to set the Z coordinate to

Returns a new vector with the Z component of the given vector changed to the given value. Note: This function DOES NOT modify the vector given as the parameter!

3. Arrays¶

3.1. xsArrayCreateBool¶

Returning Type: int

Prototype: int xsArrayCreateBool(int size, bool defaultValue, string uniqueName)

Parameters:

int size: The length of the array to create
(Optional) bool defaultValue: The default value to initialise all the values in the array to. If not set all array values will be false
(Optional) string uniqueName: A unique name of the created array. Note that when set, this name cannot be reused, and subsequent array creation attempts with the same name will fail (e.g. in loops)

Creates an array of type bool and returns its ID. Created arrays never go out of scope so be careful when creating them inside repeated code patterns as that can introduce memory leaks.

3.2. xsArrayCreateFloat¶

Returning Type: int

Prototype: int xsArrayCreateFloat(int size, float defaultValue, string uniqueName)

Parameters:

int size: The length of the array to create
(Optional) float defaultValue: The default value to initialise all the values in the array to. If not set all array values will be 0.0
(Optional) string uniqueName: A unique name of the created array. Note that when set, this name cannot be reused, and subsequent array creation attempts with the same name will fail (e.g. in loops)

Creates an array of type float and returns its ID. Created arrays never go out of scope so be careful when creating them inside repeated code patterns as that can introduce memory leaks.

3.3. xsArrayCreateInt¶

Returning Type: int

Prototype: int xsArrayCreateInt(int size, int defaultValue, string uniqueName)

Parameters:

int size: The length of the array to create
(Optional) int defaultValue: The default value to initialise all the values in the array to. If not set all array values will be 0
(Optional) string uniqueName: A unique name of the created array. Note that when set, this name cannot be reused, and subsequent array creation attempts with the same name will fail (e.g. in loops)

Creates an array of type int and returns its ID. Created arrays never go out of scope so be careful when creating them inside repeated code patterns as that can introduce memory leaks.

3.4. xsArrayCreateString¶

Returning Type: int

Prototype: int xsArrayCreateString(int size, string defaultValue, string uniqueName)

Parameters:

int size: The length of the array to create
(Optional) string defaultValue: The default value to initialise all the values in the array to. If not set all array values will be ""
(Optional) string uniqueName: A unique name of the created array. Note that when set, this name cannot be reused, and subsequent array creation attempts with the same name will fail (e.g. in loops)

Creates an array of type String and returns its ID. Created arrays never go out of scope so be careful when creating them inside repeated code patterns as that can introduce memory leaks.

3.5. xsArrayCreateVector¶

Returning Type: int

Prototype: int xsArrayCreateVector(int size, vector defaultValue, string uniqueName)

Parameters:

int size: The length of the array to create
(Optional) vector defaultValue: The default value to initialise all the values in the array to. If not set all array values will be vector(-1.0, -1.0, -1.0)
(Optional) string uniqueName: A unique name of the created array. Note that when set, this name cannot be reused, and subsequent array creation attempts with the same name will fail (e.g. in loops)

Creates an array of type Vector and returns its ID. Created arrays never go out of scope so be careful when creating them inside repeated code patterns as that can introduce memory leaks.

3.6. xsArrayGetBool¶

Returning Type: bool

Prototype: bool xsArrayGetBool(int arrayID, int index)

Parameters:

int arrayID: The ID of the array to get the value from
int index: The index to get the value of

Gets and returns the value of the given bool array at the specified index.

3.7. xsArrayGetFloat¶

Returning Type: float

Prototype: float xsArrayGetFloat(int arrayID, int index)

Parameters:

int arrayID: The ID of the array to get the value from
int index: The index to get the value of

Gets and returns the value of the given float array at the specified index.

3.8. xsArrayGetInt¶

Returning Type: int

Prototype: int xsArrayGetInt(int arrayID, int index)

Parameters:

int arrayID: The ID of the array to get the value from
int index: The index to get the value of

Gets and returns the value of the given int array at the specified index.

3.9. xsArrayGetSize¶

Returning Type: int

Prototype: int xsArrayGetSize(int arrayID)

Parameters:

int arrayID: The ID of the array to get the length of

Returns the length of the given array.

3.10. xsArrayGetString¶

Returning Type: string

Prototype: string xsArrayGetString(int arrayID, int index)

Parameters:

int arrayID: The ID of the array to get the value from
int index: The index to get the value of

Gets and returns the value of the given string array at the specified index.

3.11. xsArrayGetVector¶

Returning Type: vector

Prototype: vector xsArrayGetVector(int arrayID, int index)

Parameters:

int arrayID: The ID of the array to get the value from
int index: The index to get the value of

Gets and returns the value of the given vector array at the specified index.

3.12. xsArrayResizeBool¶

Returning Type: int

Prototype: int xsArrayResizeBool(int arrayID, int newSize)

Parameters:

int arrayID: The ID of the array to resize
int newSize: The new size of the array

Resizes the the given bool array to the specified size and returns 1.

3.13. xsArrayResizeFloat¶

Returning Type: int

Prototype: int xsArrayResizeFloat(int arrayID, int newSize)

Parameters:

int arrayID: The ID of the array to resize
int newSize: The new size of the array

Resizes the the given float array to the specified size and returns 1.

3.14. xsArrayResizeInt¶

Returning Type: int

Prototype: int xsArrayResizeInt(int arrayID, int newSize)

Parameters:

int arrayID: The ID of the array to resize
int newSize: The new size of the array

Resizes the the given int array to the specified size and returns 1.

3.15. xsArrayResizeString¶

Returning Type: int

Prototype: int xsArrayResizeString(int arrayID, int newSize)

Parameters:

int arrayID: The ID of the array to resize
int newSize: The new size of the array

Resizes the the given string array to the specified size and returns 1.

3.16. xsArrayResizeVector¶

Returning Type: int

Prototype: int xsArrayResizeVector(int arrayID, int newSize)

Parameters:

int arrayID: The ID of the array to resize
int newSize: The new size of the array

Resizes the the given vector array to the specified size and returns 1.

3.17. xsArraySetBool¶

Returning Type: int

Prototype: int xsArraySetBool(int arrayID, int index, bool value)

Parameters:

int arrayID: The ID of the array to set the value in
int index: The index to set the value of
bool value: The new value to set

Sets the value at the specified index of the given bool array to the provided value and returns 1.

3.18. xsArraySetFloat¶

Returning Type: int

Prototype: int xsArraySetFloat(int arrayID, int index, float value)

Parameters:

int arrayID: The ID of the array to set the value in
int index: The index to set the value of
float value: The new value to set

Sets the value at the specified index of the given float array to the provided value and returns 1.

3.19. xsArraySetInt¶

Returning Type: int

Prototype: int xsArraySetInt(int arrayID, int index, int value)

Parameters:

int arrayID: The ID of the array to set the value in
int index: The index to set the value of
int value: The new value to set

Sets the value at the specified index of the given int array to the provided value and returns 1.

3.20. xsArraySetString¶

Returning Type: int

Prototype: int xsArraySetString(int arrayID, int index, string value)

Parameters:

int arrayID: The ID of the array to set the value in
int index: The index to set the value of
string value: The new value to set

Sets the value at the specified index of the given string array to the provided value and returns 1.

3.21. xsArraySetVector¶

Returning Type: int

Prototype: int xsArraySetVector(int arrayID, int index, vector value)

Parameters:

int arrayID: The ID of the array to set the value in
int index: The index to set the value of
vector value: The new value to set

Sets the value at the specified index of the given vector array to the provided value and returns 1.

4. Maths¶

4.1. abs¶

Returning Type: float

Prototype: float abs(float x)

Parameters:

float x: The number to find the absolute value of

Returns the absolute value (magnitude) of the given number.

4.2. acos¶

Returning Type: float

Prototype: float acos(float x)

Parameters:

float x: The value to find the inverse cosine of

Returns the inverse cosine (arccos) of the given value

4.3. asin¶

Returning Type: float

Prototype: float asin(float x)

Parameters:

float x: The value to find the inverse sine of

Returns the inverse sine (arcsin) of the given value

4.4. atan¶

Returning Type: float

Prototype: float atan(float x)

Parameters:

float x: The value to find the inverse tangent of

Returns the inverse tangent (arctan) of the given value

4.5. atan2¶

Returning Type: float

Prototype: float atan2(float x)

Parameters:

float x: The X coordinate of the point to find the amplitude of

This is supposed to be the atan2(y, x) function but apparently it only takes one input. ThxDE

4.6. cos¶

Returning Type: float

Prototype: float cos(float x)

Parameters:

float x: The angle (in radians) to find the cosine of

Returns the cosine of the angle in radians

4.7. pow¶

Returning Type: float

Prototype: float pow(float x, float y)

Parameters:

float x: The base value
float y: The exponent to raise the base value to

Returns x raised to the power y (x**y).

4.8. sin¶

Returning Type: float

Prototype: float sin(float x)

Parameters:

float x: The angle (in radians) to find the sine of

Returns the sine of the angle in radians.

4.9. sqrt¶

Returning Type: float

Prototype: float sqrt(float x)

Parameters:

float x: The number to find the square root of

Returns the square root of the given number.

4.10. tan¶

Returning Type: float

Prototype: float tan(float x)

Parameters:

float x: The angle (in radians) to find the tangent of

Returns the tangent of the angle in radians

4.11. xsCeilToInt¶

Returning Type: int

Prototype: int xsCeilToInt(float value)

Parameters:

float value: The value to determine the ceil of

Rounds the number up to the next integer

5. General¶

5.1. xsChatData¶

Returning Type: void

Prototype: void xsChatData(string message, int value)

Parameters:

string message: The message to display in chat
(Optional) int value: This value is inserted in place of any %d used in the message of the function

Shows the given message in the game chat

5.2. xsEffectAmount¶

Returning Type: void

Prototype: void xsEffectAmount(int effectID, int unitOrTechnologyID, int attributeOrOperation, float value, int playerNumber)

Parameters:

int effectID: The ID of the effect to use
int unitOrTechnologyID: The ID of the unit or technology to effect
int attributeOrOperation: The attribute to modify or the operation to perform
float value: The value of the effect
(Optional) int playerNumber: The player to apply the effect to. If unspecified, applies to all players except Gaia.

Change the specified attribute of the specified unit or technology by the value for the specified player. For more information on this, check the UserPatch section of the guide

5.3. xsGetGameTime¶

Returning Type: int

Prototype: int xsGetGameTime()

Returns the current game time in seconds

5.4. xsGetMapHeight¶

Returning Type: int

Prototype: int xsGetMapHeight()

Returns the Height of the map.

5.5. xsGetMapID¶

Returning Type: int

Prototype: int xsGetMapID()

Returns the AI map type.

5.6. xsGetMapName¶

Returning Type: string

Prototype: string xsGetMapName(bool showFileExtension)

Parameters:

bool showFileExtension: If this is set to true, then the returned name also contains the file extension

Returns the name of the map currently being played.

5.7. xsGetMapWidth¶

Returning Type: int

Prototype: int xsGetMapWidth()

Returns the Width of the map.

5.8. xsGetNumPlayers¶

Returning Type: int

Prototype: int xsGetNumPlayers()

Returns the number of players in the game

5.9. xsGetObjectAttribute¶

Returning Type: float

Prototype: float xsGetObjectAttribute(int playerId, int objectId, int attribute)

Parameters:

int playerId: The player whose unit to get the attribute for
int objectId: The unit to get the attribute for
int attribute: The attribute to get

Returns the attribute value for an object

5.10. xsGetObjectCount¶

Returning Type: int

Prototype: int xsGetObjectCount(int playerId, int id)

Parameters:

int playerId: The player to get the object count for
int id: The ID of the object to get the count for

Returns the number of currently alive objects with the given ID of the specified player

5.11. xsGetObjectCountTotal¶

Returning Type: int

Prototype: int xsGetObjectCountTotal(int playerId, int id)

Parameters:

int playerId: The player to get the object count for
int id: The ID of the object to get the count for

Returns the number of currently alive/standing + queued/foundation objects with the given ID of the specified player

5.12. xsGetPlayerCivilization¶

Returning Type: int

Prototype: int xsGetPlayerCivilization(int playerNumber)

Parameters:

int playerNumber: The player to get the civilization of

Returns the civilization ID of the given player. Refer to the Constant Reference for all the different civ IDs

5.13. xsGetPlayerInGame¶

Returning Type: bool

Prototype: bool xsGetPlayerInGame(int playerNumber)

Parameters:

int playerNumber: Check if this player is still alive

Returns true if the player given is still alive, and false otherwise.

5.14. xsGetPlayerNumberOfTechs¶

Returning Type: int

Prototype: int xsGetPlayerNumberOfTechs(int playerNumber)

Parameters:

int playerNumber: The player whose technology count is being requested.

Returns the number of technologies available to the player in the entire game.

5.15. xsGetRandomNumber¶

Returning Type: int

Prototype: int xsGetRandomNumber()

Returns a random number between 0 and 32766.

5.16. xsGetRandomNumberLH¶

Returning Type: int

Prototype: int xsGetRandomNumberLH(int low, int high)

Parameters:

int low: The lower bound for the range for the random number returned (included)
int high: The upper bound for the range for the random number returned (excluded)

Returns a random number between low and high

5.17. xsGetRandomNumberMax¶

Returning Type: int

Prototype: int xsGetRandomNumberMax(int max)

Parameters:

int max: The upper bound for the range for the random number returned (excluded)

Returns a random number between 0 and max.

5.18. xsGetTime¶

Returning Type: int

Prototype: int xsGetTime()

Returns the current game time - 1 in seconds

5.19. xsGetVictoryCondition¶

Returning Type: int

Prototype: int xsGetVictoryCondition()

Returns one of these constants: cStandardVictory cWonderVictory cRelicVictory cKingOfTheHillVictory

5.20. xsGetVictoryConditionForSecondaryGameMode¶

Returning Type: int

Prototype: int xsGetVictoryConditionForSecondaryGameMode()

Returns one of these constants: cStandardVictory cWonderVictory cRelicVictory cKingOfTheHillVictory

5.21. xsGetVictoryPlayer¶

Returning Type: int

Prototype: int xsGetVictoryPlayer()

Returns the number of the player with the highest score in a normal game. Returns the number of the player who owns 5 relics or has a wonder if standard victory is enabled. In a game like KoTH, returns the number of the player who owns the monument.

5.22. xsGetVictoryPlayerForSecondaryGameMode¶

Returning Type: int

Prototype: int xsGetVictoryPlayerForSecondaryGameMode()

Returns 1 when no secondary game mode is set. Returns the number of the player who owns the monument in game modes like KotH

5.23. xsGetVictoryTime¶

Returning Type: int

Prototype: int xsGetVictoryTime()

For game modes like KoTH and other game modes where there is a timer on the screen, it returns the amount of time left in half seconds. meaning if the value returned is 799, it means there are 399.5s remaining. Returns -1 otherwise

5.24. xsGetVictoryTimeForSecondaryGameMode¶

Returning Type: int

Prototype: int xsGetVictoryTimeForSecondaryGameMode()

For game modes like KoTH and other game modes where there is a timer on the screen, it returns the amount of time left in half seconds. meaning if the value returned is 799, it means there are 399.5s remaining. Returns -1 otherwise

5.25. xsGetVictoryType¶

Returning Type: int

Prototype: int xsGetVictoryType()

Returns an integer corresponding to different victory settings in game. These are:

0: Standard

1: Conquest

2: Time Limit

3: Score

4: Custom (scenarios only).

Last Man Standing returns 0 as well.

5.26. xsObjectHasAction¶

Returning Type: bool

Prototype: bool xsObjectHasAction(int playerID, int unitType, int actionId, int targetPlayerID, int targetType, int targetUnitLevel)

Parameters:

int playerID: The player to check unit actions for
int unitType: The type of unit to check actions for. Values 9xx refer to classes
int actionId: The type of action to check for
(Optional) int targetPlayerID: Check if the action is being performed on a unit (eg. attacking) of this player. Can use -1 to ignore this filter.
(Optional) int targetType: Check if the action is being performed on a unit of this type. Values 9xx refer to classes. Can use -1 to ignore this filter.
(Optional) int targetUnitLevel: Check if the action is being performed on a unit with this Interface Kind (look in the A.G.E.), eg: 3 - villagers, 4 - most military units. Can be used as an alternative to targetType. If both are used, will pick units that match either. Can use -1 to ignore this filter.

Checks and returns if any unit matching the set filters of the given player has the specified action.

5.27. xsPlayerAttribute¶

Returning Type: float

Prototype: float xsPlayerAttribute(int playerNumber, int resourceID)

Parameters:

int playerNumber: The player to get the resource of (0 for Gaia)
int resourceID: The ID of the resource to get the amount of

Returns the amount the specified resource of the given player.

5.28. xsRemoveTask¶

Returning Type: void

Prototype: void xsRemoveTask(int unitId, int actionType, int targetUnitId, int playerId)

Parameters:

int unitId: Unit to remove the task from.
int actionType: Task type. Eg.: 105 for heal, 155 for aura and etc. Look in the A.G.E.
(Optional) int targetUnitId: Target unitId for the task if exists. Values 9xx refer to classes.
(Optional) int playerId: The player from whose units the task will be removed. If unspecified or -1, applies to all players except Gaia.

Removes a task from a unit if the specified actionType, unitId, and Search Wait Time (set by xsTaskAmount) match an existing task in a unit. No other fields are used for filtering (same as when xsTask edits instead of adding a new task)

5.29. xsResearchTechnology¶

Returning Type: bool

Prototype: bool xsResearchTechnology(int techID, bool force, bool techAvailable, int playerNumber)

Parameters:

int techID: The technology ID to research.
bool force: Force researching the tech even if it is not enabled. To force an unavailable tech, the argument techAvailable must be set to false
bool techAvailable: This flag determines if it is required to check if a tech is available before researching it
int playerNumber: The player to research the technology for

Returns a boolean based on whether the technology was researched or not.

5.30. xsSetPlayerAttribute¶

Returning Type: void

Prototype: void xsSetPlayerAttribute(int playerNumber, int resourceID, float value)

Parameters:

int playerNumber: The player to set the resource of (0 for Gaia)
int resourceID: The ID of the resource to set the amount of
float value: The amount to set the resource to

Sets the amount of the specified resource of the given player to the provided value.

5.31. xsSetTriggerVariable¶

Returning Type: void

Prototype: void xsSetTriggerVariable(int variableID, int value)

Parameters:

int variableID: The ID of the variable to set the value of
int value: The value to set the variable to

Sets the value of the variable of the given variable ID to the provided value.

5.32. xsTask¶

Returning Type: void

Prototype: void xsTask(int unitId, int actionType, int targetUnitId, int playerId)

Parameters:

int unitId: The unit to add the task to
int actionType: Task type. Eg.: 105 for heal, 155 for aura and etc. Look in the A.G.E.
(Optional) int targetUnitId: Target unitId for the task if exists. Values 9xx refer to classes.
(Optional) int playerId: The player to whose units the task will be inserted. If unspecified or -1, applies to all players except Gaia.

Adds a new (or edits an existing) task with the fields previously defined by calls to xsTaskAmount for the specified unit at the end of the task list (see A.G.E.). If a task with the specified actionType, unitId, and Search Wait Time (set by xsTaskAmount) already exists, it is edited instead of a new one being added.

Note that xsTaskAmount modifies a global task struct which is re-used every time xsTask is called (For non programmers, this is similar to filling out a form once (the calls to xsTaskAmount) and then submitting multiple copies of it for different people)

5.33. xsTaskAmount¶

Returning Type: void

Prototype: void xsTaskAmount(int taskFieldId, float value)

Parameters:

int taskFieldId: Specifies which property of the task to change (names correspond with A.G.E.):
- 0: Work Value 1 (Task 155 - Quantity to mul/add to the attribute modified)
- 1: Work Value 2 (Task 155 - Min number of units required to activate the effect. See Monaspa)
- 2: Work Range
- 3: Work Flag 2
- 4: Search Wait Time (Task 155 - Attribute to modify. Only some attributes are supported: Hit Points, Movement Speed, Attack, Attack Reload Time, Work Rate, Regeneration Rate, Conversion Chance Modifier, 116 - Melee Armor, 117 - Pierce Armor, Regeneration HP Percent)
- 5: Unused Flag (Task 155 - Combinable bitfield: 1 - Multiply instead of Add, 2 - Circular instead of Rectangular radius, 4 - Range indicator shown, 8 - Temporary Aura, 16 - Use with 8 - applies buffs only units around when the ability is triggered, 32 - Translucent)
- 6: Target Diplomacy
float value: The value to set the task field to

Sets the value of the given field of the global XS task struct to the provided value. See also xsTask. It is recommended to always set all values before inserting or updating a task otherwise the insert/update might fail.

5.34. xsTriggerVariable¶

Returning Type: int

Prototype: int xsTriggerVariable(int variableID)

Parameters:

int variableID: The ID of the variable to get the value of

Returns the value of the variable of the given variable ID.

6. Read/Write¶

6.1. xsCloseFile¶

Returning Type: bool

Prototype: bool xsCloseFile()

Close the currently opened or created file. Returns true if the file was successfully closed

6.2. xsCreateFile¶

Returning Type: bool

Prototype: bool xsCreateFile(bool append)

Parameters:

(Optional) bool append: Default: true. If set to false, this will overwrite any existing file with the same name.

Creates a new (or appends to an existing) .xsdat file with the same name as the RMS/scenario being played. After invoking this function, the writing functions can be used to write data to the file. Returns true if the file was successfully created. In a multiplayer game a file is created for each player, and subsequent writes will be duplicated to each player.

6.3. xsGetDataTypeSize¶

Returning Type: int

Prototype: int xsGetDataTypeSize(int type)

Parameters:

int type: One of the cOffsetXXX constants may be used as a parameter

Returns the number of bytes used to store a given type value.

6.4. xsGetFilePosition¶

Returning Type: int

Prototype: int xsGetFilePosition()

Gets the byte (0-indexed) of the file that the next read function will start reading from.

6.5. xsGetFileSize¶

Returning Type: int

Prototype: int xsGetFileSize()

Gets the size (in bytes) of the currently open file

6.6. xsOffsetFilePosition¶

Returning Type: bool

Prototype: bool xsOffsetFilePosition(int dataType, bool forward)

Parameters:

int dataType: The cOffset constants can be used to specify the datatype used for the offset. Integers and floats are 4 bytes long, vectors are 12 bytes long and strings can be of variable length (specified by the 32 bit int preceding the chars of the string)
(Optional) bool forward: Default: true. Setting this to false will make the file position move back

Moves the file position forward (or backward) relative to the current file position, and by an amount of bytes equivalent to reading the given data type

6.7. xsOpenFile¶

Returning Type: bool

Prototype: bool xsOpenFile(string filename)

Parameters:

string filename: The name of the file to open, without the .xsdat extension

Opens an existing .xsdatfile in read only mode. After invoking this function, the reading functions can be used to read data from the file. Returns true if the file was successfully opened. In a multiplayer game, the file being read must exist for all players and contain the same data to avoid an out of sync error

6.8. xsReadFloat¶

Returning Type: float

Prototype: float xsReadFloat()

Reads and returns a float from the previously opened .xsdat file. Note that this function does not check if the value being read is actually meant to be a float, which means the value being read is bit casted into a float regardless of what it originally was. This function also moves the file position forward by 4 bytes

6.9. xsReadInt¶

Returning Type: int

Prototype: int xsReadInt()

Reads and returns an integer from the previously opened .xsdat file. Note that this function does not check if the value being read is actually meant to be an integer, which means the value being read is bit casted into an integer regardless of what it originally was. This function also moves the file position forward by 4 bytes

6.10. xsReadString¶

Returning Type: string

Prototype: string xsReadString()

Reads and returns a string from the previously opened .xsdat file. Note that this function does not check if the value being read is actually meant to be a string, which means the value being read is bit casted into a string regardless of what it originally was. This function also moves the file position forward by 4 bytes + the amount of bytes in the length of the string

6.11. xsReadVector¶

Returning Type: vector

Prototype: vector xsReadVector()

Reads and returns a vector from the previously opened .xsdat file. Note that this function does not check if the value being read is actually meant to be a vector, which means the value being read is bit casted into a vector regardless of what it originally was. This function also moves the file position forward by 12 bytes

6.12. xsSetFilePosition¶

Returning Type: bool

Prototype: bool xsSetFilePosition(int byteOffset)

Parameters:

int byteOffset: 0 indexed byte offset to determine which byte to read and return from the file

Sets the byte (0-indexed) of the file that the next read function will start reading from.

6.13. xsWriteFloat¶

Returning Type: bool

Prototype: bool xsWriteFloat(float data)

Parameters:

float data: The float value to write

Writes a floating point number to the previously created .xsdat file. Causes an error if a file hasn't been opened before using. Returns true if the floating point number was successfully written. Floats are written in the 32 bit IEEE 754 format

6.14. xsWriteInt¶

Returning Type: bool

Prototype: bool xsWriteInt(int data)

Parameters:

int data: The integer to write

Writes an integer to the previously created .xsdat file. Causes an error if a file hasn't been opened before using. Returns true if the integer was successfully written. Integers are written as signed 32 bit numbers

6.15. xsWriteString¶

Returning Type: bool

Prototype: bool xsWriteString(string data)

Parameters:

string data: The string to write

Writes a string to the previously created .xsdat file. Causes an error if a file hasn't been opened before using. Returns true if the string was successfully written. A string is written to the file in two parts, an unsigned 32 bit integer (indicates the length of the string) followed by that many bytes making up the actual characters of the string

6.16. xsWriteVector¶

Returning Type: bool

Prototype: bool xsWriteVector(vector data)

Parameters:

vector data: The vector to write

Writes a vector to the previously created .xsdat file. Causes an error if a file hasn't been opened before using. Returns true if the vector was successfully written. Vectors are written as 3 consecutive floating point numbers, one for each coordinate.

7. Ai Scripting¶

7.1. xsGetGoal¶

Returning Type: int

Prototype: int xsGetGoal(int id)

Parameters:

int id: The goal id/number to get for the current AI

Gets the goal id/number of the current AI

7.2. xsGetStrategicNumber¶

Returning Type: int

Prototype: int xsGetStrategicNumber(int id)

Parameters:

int id: The SN to get for the current AI

Gets the SN of the current AI

7.3. xsSetGoal¶

Returning Type: int

Prototype: int xsSetGoal(int id, int value)

Parameters:

int id: The goal id/number to get for the current AI
int value: The value to set the goal id/number to

Sets the goal id/number of the current AI

7.4. xsSetStrategicNumber¶

Returning Type: int

Prototype: int xsSetStrategicNumber(int id, int value)

Parameters:

int id: The SN to get for the current AI
int value: The value to set the SN to

Sets the SN of the current AI

8. Functions With Seemingly No Practical Use¶

8.1. xsAddRuntimeEvent¶

Returning Type: bool

Prototype: bool xsAddRuntimeEvent(string runtimeName, string functionName, int functionArgument)

Parameters:

string runtimeName: This is the name of the runtime to create the event in. This should be "Random Map" for RMS and "Scenario Triggers" for scenarios. Find which one to use in a general script by using the xsGetMapName(true) function and checking the extension. To use with an AI, set the runtime name to "Expert" and pass the player number as the arg
string functionName: This is the name of a user defined function that takes a single integer argument
int functionArgument: This is an integer argument that is passed to the function given to the argument functionName when this event runs.

A runtime event is called after all the XS code has finished executing but before rules start executing. It calls the function functionName given to it with the functionArgument passed to it as a parameter. For programmers familiar with the terminology, this is basically a way to set a callback. It also returns true if the function name given to it exists, otherwise it returns false. Does not work with built-ins

8.2. xsBreakPoint¶

Returning Type: void

Prototype: void xsBreakPoint()

This function is meant to add a break point to the execution of XS code for debugging. This used to cause a crash in crash earlier versions of DE.

8.3. xsDumpArrays¶

Returning Type: void

Prototype: void xsDumpArrays()

This function is supposed to blogs out all XS arrays. Currently, it does absolutely nothing.

8.4. xsGetContextPlayer¶

Returning Type: int

Prototype: int xsGetContextPlayer()

Returns the current context player ID.

8.5. xsGetFunctionID¶

Returning Type: int

Prototype: int xsGetFunctionID(string functionName)

Parameters:

string functionName: The name of the function to get the hash of

Returns the hash of a given function. This function has no practical application and is probably for internal usage only.

8.6. xsSetContextPlayer¶

Returning Type: void

Prototype: void xsSetContextPlayer(int playerNumber)

Parameters:

int playerNumber: The player to set the context player to

In other functions involving a playerNumber argument, the value of the context player is used if -1 is passed as playerNumber to them. xsEffectAmount will use the value of the context player as its player if -2 is passed to it as the player argument.