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leek-runtime-en.js
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/**
* abs(Number number) : Number result
* Returns the absolute value of given number.
* A number.
* Given number's absolute value.
*
* @level 1
* @cores 1
*
* @param Number number
*
* @return Number
* result
*/
function abs(number) {}
/**
* acos(Number argument) : Number result
* Computes the arccos of argument, within [0, PI].
* A number.
* Given number's arccos.
*
* @level 1
* @cores 1
*
* @param Number argument
*
* @return Number
* result
*/
function acos(argument) {}
/**
* arrayConcat(Array array1, Array array2) : Array new_array
* documentation_func_arrayConcat
* documentation_func_arrayConcat_arg_1
* documentation_func_arrayConcat_arg_2
* documentation_func_arrayConcat_return
*
* @level 1
* @cores 1
*
* @param Array array1
* @param Array array2
*
* @return Array
* new_array
*/
function arrayConcat(array1, array2) {}
/**
* arrayFilter(Array array, Function callback) : Array new_array
* documentation_func_arrayFilter
* documentation_func_arrayFilter_arg_1
* documentation_func_arrayFilter_arg_2
* documentation_func_arrayFilter_return
*
* @level 1
* @cores 1
*
* @param Array array
* @param Function callback
*
* @return Array
* new_array
*/
function arrayFilter(array, callback) {}
/**
* arrayFlatten(Array array) : Array new_array
* documentation_func_arrayFlatten
* documentation_func_arrayFlatten_arg_1
* documentation_func_arrayFlatten_return
*
* @level 1
* @cores 1
*
* @param Array array
*
* @return Array
* new_array
*/
function arrayFlatten(array) {}
/**
* arrayFlatten(Array array, Number depth) : Array new_array
* documentation_func_arrayFlatten_2
* documentation_func_arrayFlatten_2_arg_1
* documentation_func_arrayFlatten_2_arg_2
* documentation_func_arrayFlatten_2_return
*
* @level 1
* @cores 1
*
* @param Array array
* @param Number depth
*
* @return Array
* new_array
*/
function arrayFlatten(array, depth) {}
/**
* arrayFoldLeft(Array array, Function f, ? v0) : ? result
* documentation_func_arrayFoldLeft
* documentation_func_arrayFoldLeft_arg_1
* documentation_func_arrayFoldLeft_arg_2
* documentation_func_arrayFoldLeft_arg_3
* documentation_func_arrayFoldLeft_return
*
* @level 1
* @cores 1
*
* @param Array array
* @param Function f
* @param ? v0
*
* @return ?
* result
*/
function arrayFoldLeft(array, f, v0) {}
/**
* arrayFoldRight(Array array, Function f, ? v0) : ? result
* documentation_func_arrayFoldRight
* documentation_func_arrayFoldRight_arg_1
* documentation_func_arrayFoldRight_arg_2
* documentation_func_arrayFoldRight_arg_3
* documentation_func_arrayFoldRight_return
*
* @level 1
* @cores 1
*
* @param Array array
* @param Function f
* @param ? v0
*
* @return ?
* result
*/
function arrayFoldRight(array, f, v0) {}
/**
* arrayIter(Array array, Function callback)
* documentation_func_arrayIter
* documentation_func_arrayIter_arg_1
* documentation_func_arrayIter_arg_2
*
* @level 1
* @cores 1
*
* @param Array array
* @param Function callback
*/
function arrayIter(array, callback) {}
/**
* arrayMap(Array array, Function callback) : Array new_array
* documentation_func_arrayMap
* documentation_func_arrayMap_arg_1
* documentation_func_arrayMap_arg_2
* documentation_func_arrayMap_return
*
* @level 1
* @cores 1
*
* @param Array array
* @param Function callback
*
* @return Array
* new_array
*/
function arrayMap(array, callback) {}
/**
* arrayMax(Array array) : ? element
* Finds the greatest value within given array.See also: sort.
* An array of numbers.
* The greatest value contained in given array.
*
* @level 1
* @cores 1
*
* @param Array array
*
* @return ?
* element
*/
function arrayMax(array) {}
/**
* arrayMin(Array array) : ? element
* Finds the least value within given array.See also: sort.
* An array of numbers.
* The least value contained in given array.
*
* @level 1
* @cores 1
*
* @param Array array
*
* @return ?
* element
*/
function arrayMin(array) {}
/**
* arrayPartition(Array array, Function callback) : ArrayOfArrays new_array
* documentation_func_arrayPartition
* documentation_func_arrayPartition_arg_1
* documentation_func_arrayPartition_arg_2
* documentation_func_arrayPartition_return
*
* @level 1
* @cores 1
*
* @param Array array
* @param Function callback
*
* @return ArrayOfArrays
* new_array
*/
function arrayPartition(array, callback) {}
/**
* arraySort(Array array, Function callback) : Array sorted_array
* documentation_func_arraySort
* documentation_func_arraySort_arg_1
* documentation_func_arraySort_arg_2
* documentation_func_arraySort_return
*
* @level 1
* @cores 1
*
* @param Array array
* @param Function callback
*
* @return Array
* sorted_array
*/
function arraySort(array, callback) {}
/**
* asin(Number argument) : Number result
* Computes the arcsin of argument, within [0, PI].
* A number.
* Given number's arcsin.
*
* @level 1
* @cores 1
*
* @param Number argument
*
* @return Number
* result
*/
function asin(argument) {}
/**
* assocSort(Array array)
* Sorts an array, while keeping the key: value coupling.
* Array that needs sorting.
*
* @level 1
* @cores 1
*
* @param Array array
*/
function assocSort(array) {}
/**
* assocSort(Array array, Number order)
* Sorts an array, while keeping the key: value coupling, using given order.
* Array that needs sorting.
* Sorting order: SORT_ASC or SORT_DESC.
*
* @level 1
* @cores 1
*
* @param Array array
* @param Number order
*/
function assocSort(array, order) {}
/**
* atan(Number argument) : Number result
* Computes the arctan of argument, within [0, PI].
* A number.
* Given number's arctan.
*
* @level 1
* @cores 1
*
* @param Number argument
*
* @return Number
* result
*/
function atan(argument) {}
/**
* atan2(Number y, Number x) : Number result
* Computes the azimuth of given point (x, y) in polar coordinates. Return value is between - PI and PI, depending on parameters' signs.
* x coordinate.
* y coordinate.
* Azimuth of given point, in polar coordinates.
*
* @level 1
* @cores 1
*
* @param Number y
* @param Number x
*
* @return Number
* result
*/
function atan2(y, x) {}
/**
* average(ArrayOfNumbers array) : Number averageValue
* Computes the average of an array's elements.
* An array.
* Average of given array's elements.
*
* @level 1
* @cores 1
*
* @param ArrayOfNumbers array
*
* @return Number
* averageValue
*/
function average(array) {}
/**
* canUseChip(Number chip, Number leek) : Boolean canUse
* Checks whether your leek can use given chip, targetting given leek.
* The chip your leek wants to use.
* Targetted leek.
* true if your leek can use given chip, false otherwise.
*
* @level 29
* @cores 1
*
* @param Number chip
* @param Number leek
*
* @return Boolean
* canUse
*/
function canUseChip(chip, leek) {}
/**
* canUseChipOnCell(Number chip, Number cell) : Boolean canUse
* Checks whether your leek can use given chip, targetting given cell.
* The chip your leek wants to use.
* Targetted cell.
* true if your leek can use given chip, false otherwise.
*
* @level 40
* @cores 1
*
* @param Number chip
* @param Number cell
*
* @return Boolean
* canUse
*/
function canUseChipOnCell(chip, cell) {}
/**
* canUseWeapon(Number leek) : Boolean canUse
* Checks whether your leek can shoot its current weapon targetting given leek.
* Targetted leek.
* true if your leek can shoot, false otherwise.
*
* @level 29
* @cores 1
*
* @param Number leek
*
* @return Boolean
* canUse
*/
function canUseWeapon(leek) {}
/**
* canUseWeapon(Number weapon, Number leek) : Boolean canUse
* Checks whether your leek can shoot given weapon, targetting given leek.
* The weapon your leek wants to use.
* Targetted leek.
* true if your leek can shoot given weapon, false otherwise.
*
* @level 29
* @cores 1
*
* @param Number weapon
* @param Number leek
*
* @return Boolean
* canUse
*/
function canUseWeapon(weapon, leek) {}
/**
* canUseWeaponOnCell(Number cell) : Boolean canUse
* Checks whether your leek can shoot its current weapon targetting given cell.
* Targetted cell.
* true if your leek can shoot, false otherwise.
*
* @level 40
* @cores 1
*
* @param Number cell
*
* @return Boolean
* canUse
*/
function canUseWeaponOnCell(cell) {}
/**
* canUseWeaponOnCell(Number weapon, Number cell) : Boolean canUse
* Checks whether your leek can shoot given weapon, targetting given cell.
* The weapon your leek wants to use.
* Targetted cell.
* true if your leek can shoot given weapon, false otherwise.
*
* @level 40
* @cores 1
*
* @param Number weapon
* @param Number cell
*
* @return Boolean
* canUse
*/
function canUseWeaponOnCell(weapon, cell) {}
/**
* cbrt(Number number) : Number result
* Computes the cubic root of given number.
* A number.
* Given number's cubic root.
*
* @level 1
* @cores 1
*
* @param Number number
*
* @return Number
* result
*/
function cbrt(number) {}
/**
* ceil(Number number) : Number result
* Computes the rounded up value of given number.The rounded down value can be computed using floor and the closest integer using round.
* A number.
* Number's value as an integer, rounded up.
*
* @level 1
* @cores 1
*
* @param Number number
*
* @return Number
* result
*/
function ceil(number) {}
/**
* charAt(String string, Number position) : String char
* Returns the character at given position within given string.First character is at position 0.
* A string.
* Position of the character to return.
* Character from given position. Empty string if position is invald.
*
* @level 1
* @cores 1
*
* @param String string
* @param Number position
*
* @return String
* char
*/
function charAt(string, position) {}
/**
* contains(String string, String search) : Boolean contains
* Checks whether search string is contained within string.
* String in which the search is performed.
* String to be loooked for.
* true if search string is contained in string, false otherwise.
*
* @level 1
* @cores 1
*
* @param String string
* @param String search
*
* @return Boolean
* contains
*/
function contains(string, search) {}
/**
* cos(Number angle) : Number cosine
* Computes an angle's cosine.
* A number.
* Given number's cosine, within [-1, 1].
*
* @level 1
* @cores 1
*
* @param Number angle
*
* @return Number
* cosine
*/
function cos(angle) {}
/**
* count(Array array) : Number numberOfElements
* Counts the elements contained within an array.
* An array.
* Given array's number of elements.
*
* @level 1
* @cores 1
*
* @param Array array
*
* @return Number
* numberOfElements
*/
function count(array) {}
/**
* debug(? object)
* Logs an object message into your personnal log, available at the end of a fight.
* A message to log.
*
* @level 1
* @cores 1
*
* @param ? object
*/
function debug(object) {}
/**
* debugE(? object)
* Logs an object error message into your personnal log, available at the end of a fight.Error messages appear in red.
* A message to log.
*
* @level 1
* @cores 1
*
* @param ? object
*/
function debugE(object) {}
/**
* debugW(? object)
* Logs an object warning message into your personnal log, available at the end of a fight.Warning messages appear in orange.
* A message to log.
*
* @level 1
* @cores 1
*
* @param ? object
*/
function debugW(object) {}
/**
* deleteRegister(String key)
* documentation_func_deleteRegister
* documentation_func_deleteRegister_arg_1
*
* @level 32
* @cores 1
*
* @param String key
*/
function deleteRegister(key) {}
/**
* endsWith(String string, String suffix) : Boolean endsWith
* Checks whether given string ends with given suffix
* String to be checked
* Suffix to be found
* true if string ends with suffix, false otherwise
*
* @level 1
* @cores 1
*
* @param String string
* @param String suffix
*
* @return Boolean
* endsWith
*/
function endsWith(string, suffix) {}
/**
* exp(Number number) : Number result
* Computes the exponential of number, by exponentiation of E.
* A number.
* E ** number.
*
* @level 1
* @cores 1
*
* @param Number number
*
* @return Number
* result
*/
function exp(number) {}
/**
* fill(Array array, ? value)
* Fills an array with value, i.e replaces all existing elements with value.
* Array to be filled.
* Value to fill array with.
*
* @level 1
* @cores 1
*
* @param Array array
* @param ? value
*/
function fill(array, value) {}
/**
* fill(Array array, ? value, Number size)
* Resizes array to given size and fills it with value.
* Array to be filled.
* Value to fill array with.
* Size of final array.
*
* @level 1
* @cores 1
*
* @param Array array
* @param ? value
* @param Number size
*/
function fill(array, value, size) {}
/**
* floor(Number number) : Number result
* Computes the rounded down value of given number.The rounded up value can be computed using ceil and the closest integer using round.
* A number.
* Number's value as an integer, rounded down.
*
* @level 1
* @cores 1
*
* @param Number number
*
* @return Number
* result
*/
function floor(number) {}
/**
* getAbsoluteShield() : Number shield
* Returns your leek's absolute shield value.
* Your leek's absolute shield value.
*
* @level 30
* @cores 1
*
* @return Number
* shield
*/
function getAbsoluteShield() {}
/**
* getAbsoluteShield(Number leek) : Number shield
* Return a leek's absolute shield value.For your leek, prefer getAbsoluteShield() with no input.
* Leek whose absolute shield you want.
* Leek's absolute shield value.
*
* @level 38
* @cores 1
*
* @param Number leek
*
* @return Number
* shield
*/
function getAbsoluteShield(leek) {}
/**
* getAgility() : Number agility
* Returns your leek's agility.
* Your leek's agility.
*
* @level 1
* @cores 1
*
* @return Number
* agility
*/
function getAgility() {}
/**
* getAgility(Number leek) : Number agility
* Returns given leek's agility.For your leek's agility, prefer getAgility() with no input.
* Leek whose agility you want.
* leek's agility.
*
* @level 5
* @cores 1
*
* @param Number leek
*
* @return Number
* agility
*/
function getAgility(leek) {}
/**
* getAIID() : Number id
* Returns the id of your AI.
* The id of your leek's AI.
*
* @level 1
* @cores 1
*
* @return Number
* id
*/
function getAIID() {}
/**
* getAIID(Number leek) : Number id
* Returns the id of given leek's AI.
* Leek whose AI ID you want.
* The id of leek's AI.
*
* @level 1
* @cores 1
*
* @param Number leek
*
* @return Number
* id
*/
function getAIID(leek) {}
/**
* getAIName() : String name
* Returns the name of you AI.
* The name of you AI.
*
* @level 1
* @cores 1
*
* @return String
* name
*/
function getAIName() {}
/**
* getAIName(Number leek) : String name
* Returns the name of given leek's AI.
* Leek whose AI name you want.
* The name of leek's AI.
*
* @level 1
* @cores 1
*
* @param Number leek
*
* @return String
* name
*/
function getAIName(leek) {}
/**
* getAliveAllies() : ArrayOfNumbers allies
* Returns an array containing all of your alive allies in a fight.
* An array containing all of your alive allies in a fight.
*
* @level 14
* @cores 1
*
* @return ArrayOfNumbers
* allies
*/
function getAliveAllies() {}
/**
* getAliveEnemies() : ArrayOfNumbers enemies
* Returns an array containing all of your alive enemies in a fight.
* An array containing all all of your alive enemies in a fight.
*
* @level 16
* @cores 1
*
* @return ArrayOfNumbers
* enemies
*/
function getAliveEnemies() {}
/**
* getAliveEnemiesCount() : Number numAliveEnemies
* Counts the alive enemies in the fight.
* The number of alive enemies.
*
* @level 16
* @cores 1
*
* @return Number
* numAliveEnemies
*/
function getAliveEnemiesCount() {}
/**
* getAllies() : ArrayOfNumbers allies
* Returns an array containing all of your allies in a fight.
* An array containing all of your allies in a fight.
*
* @level 16
* @cores 1
*
* @return ArrayOfNumbers
* allies
*/
function getAllies() {}
/**
* getAlliesCount() : Number numAllies
* Returns the number of allies in the fight.
* Number of allies.
*
* @level 14
* @cores 1
*
* @return Number
* numAllies
*/
function getAlliesCount() {}
/**
* getAlliesLife() : Number life
* Returns the sum of all of your allies' HP
* Sum of all of your allies' HP.
*
* @level 14
* @cores 1
*
* @return Number
* life
*/
function getAlliesLife() {}
/**
* getBirthTurn() : Number turn
* documentation_func_getBirthTurn
* documentation_func_getBirthTurn_return
*
* @level 1
* @cores 1
*
* @return Number
* turn
*/
function getBirthTurn() {}
/**
* getBirthTurn(Number entity) : Number turn
* documentation_func_getBirthTurn_2
* documentation_func_getBirthTurn_2_arg_1
* documentation_func_getBirthTurn_2_return
*
* @level 1
* @cores 1
*
* @param Number entity
*
* @return Number
* turn
*/
function getBirthTurn(entity) {}
/**
* getBlue(Number color) : Number blue
* Returns the blue component of given color. For instance getBlue(COLOR_BLUE) = 255 and getBlue(COLOR_RED) = 0.
* Color whose blue component is to be returned.
* Blue component of given color
*
* @level 1
* @cores 1
*
* @param Number color
*
* @return Number
* blue
*/
function getBlue(color) {}
/**
* getCell() : Number cell
* Returns your leek's position, as a cell id.
* Cell id of your leek's position.
*
* @level 1
* @cores 1
*
* @return Number
* cell
*/
function getCell() {}
/**
* getCell(Number leek) : Number cell
* Returns given leek's position, as a cell id.
* Leek whose position is determined.
* Cell id of given leek's position.
*
* @level 5
* @cores 1
*
* @param Number leek
*
* @return Number
* cell
*/
function getCell(leek) {}
/**
* getCellContent(Number cell) : Number content
* Determines the content of given cell.
* id of the cell to be tested.
* Content of cell.
*
* @level 21
* @cores 1
*
* @param Number cell
*
* @return Number
* content
*/
function getCellContent(cell) {}
/**
* getCellDistance(Number cell1, Number cell2) : Number distance
* Computes the distance between cells cell1 and cell2.Distance is in amount of cells and does not take obstacles into account.For as a crow's flies distance, see getDistance and for an actual path (taking obstacles into account), see getPathLength.
* Cell id of starting point.
* Cell id of destination.
* Distance between cell1 and cell2.
*
* @level 5
* @cores 1
*
* @param Number cell1
* @param Number cell2
*
* @return Number
* distance
*/
function getCellDistance(cell1, cell2) {}
/**
* getCellFromXY(Number x, Number y) : Number cell
* Returns the id of the cell at coordinates (x, y).
* x-coordinate of the desired cell.
* y-coordinate of the desired cell.
* id of the cell at coordinates (x, y). null if it does not exist.
*
* @level 1
* @cores 1
*
* @param Number x
* @param Number y
*
* @return Number
* cell
*/
function getCellFromXY(x, y) {}
/**
* getCellsToUseChip(Number chip, Number leek) : ArrayOfNumbers cells
* Lists all cells that allow your leek to use a given chip, targetting given leek.
* The chip your leek wants to use.
* Targetted leek.
* List of all cells that allow using given chip.
*
* @level 31
* @cores 1
*
* @param Number chip
* @param Number leek
*
* @return ArrayOfNumbers
* cells
*/
function getCellsToUseChip(chip, leek) {}
/**
* getCellsToUseChip(Number chip, Number leek, ArrayOfNumbers ignoredCells) : ArrayOfNumbers cells
* Lists all cells that allow your leek to use a given chip, targetting given leek.
* The chip your leek wants to use.
* Targetted leek.
* Array of cells to ignore.
* List of all cells that allow using given chip.
*
* @level 31
* @cores 1
*
* @param Number chip
* @param Number leek
* @param ArrayOfNumbers ignoredCells
*
* @return ArrayOfNumbers
* cells
*/
function getCellsToUseChip(chip, leek, ignoredCells) {}
/**
* getCellsToUseChipOnCell(Number chip, Number cell) : ArrayOfNumbers cells
* Lists all cells that allow your leek to use a given chip, targetting given cell.
* The chip your leek wants to use.
* Targetted cell.
* List of all cells that allow using given chip.
*
* @level 31
* @cores 1
*
* @param Number chip
* @param Number cell
*
* @return ArrayOfNumbers
* cells
*/
function getCellsToUseChipOnCell(chip, cell) {}
/**
* getCellsToUseChipOnCell(Number chip, Number cell, ArrayOfNumbers ignoredCells) : ArrayOfNumbers cells
* Lists all cells that allow your leek to use a given chip, targetting given cell.
* The chip your leek wants to use.
* Targetted cell.
* Array of cells to ignore.
* List of all cells that allow using given chip.
*
* @level 31
* @cores 1
*
* @param Number chip
* @param Number cell
* @param ArrayOfNumbers ignoredCells
*
* @return ArrayOfNumbers
* cells
*/
function getCellsToUseChipOnCell(chip, cell, ignoredCells) {}
/**
* getCellsToUseWeapon(Number leek) : ArrayOfNumbers cells
* Lists all cells that allow your leek to shoot its current weapon, targetting given leek.
* Targetted leek.
* List of all cells that allow your leek to shoot.
*
* @level 31
* @cores 1
*
* @param Number leek
*
* @return ArrayOfNumbers
* cells
*/
function getCellsToUseWeapon(leek) {}
/**
* getCellsToUseWeapon(Number weapon, Number leek) : ArrayOfNumbers cells
* Lists all cells that allow your leek to shoot given weapon, targetting given leek.
* The weapon your leek wants to use.
* Targetted leek.
* List of all cells that allow your leek to shoot given weapon.
*
* @level 31
* @cores 1
*
* @param Number weapon
* @param Number leek
*
* @return ArrayOfNumbers
* cells
*/
function getCellsToUseWeapon(weapon, leek) {}
/**
* getCellsToUseWeapon(Number weapon, Number leek, ArrayOfNumbers ignoredCells) : ArrayOfNumbers cells
* Lists all cells that allow your leek to shoot a given weapon, targetting given leek.
* The weapon your leek wants to use.
* Targetted leek.
* Array of cells to ignore.
* List of all cells that allow your leek to shoot.
*
* @level 31
* @cores 1
*
* @param Number weapon
* @param Number leek
* @param ArrayOfNumbers ignoredCells
*
* @return ArrayOfNumbers
* cells
*/
function getCellsToUseWeapon(weapon, leek, ignoredCells) {}
/**
* getCellsToUseWeaponOnCell(Number cell) : ArrayOfNumbers cells
* Lists all cells that allow your leek to shoot its current weapon, targetting given cell.
* Targetted cell.
* List of all cells that allow your leek to shoot.
*
* @level 31
* @cores 1
*
* @param Number cell
*
* @return ArrayOfNumbers
* cells
*/
function getCellsToUseWeaponOnCell(cell) {}
/**
* getCellsToUseWeaponOnCell(Number weapon, Number cell) : ArrayOfNumbers cells
* Lists all cells that allow your leek to shoot given weapon, targetting given cell.
* The weapon your leek wants to use.
* Targetted cell.
* List of all cells that allow your leek to shoot.
*
* @level 31
* @cores 1
*
* @param Number weapon
* @param Number cell
*
* @return ArrayOfNumbers
* cells
*/
function getCellsToUseWeaponOnCell(weapon, cell) {}
/**
* getCellsToUseWeaponOnCell(Number weapon, Number cell, ArrayOfNumbers ignoredCells) : ArrayOfNumbers cell
* Lists all cells that allow your leek to shoot a given weapon, targetting given cell.
* The weapon your leek wants to use.
* Targetted cell.
* Array of cells to ignore.
* List of all cells that allow your leek to shoot.
*
* @level 31
* @cores 1
*
* @param Number weapon
* @param Number cell
* @param ArrayOfNumbers ignoredCells
*
* @return ArrayOfNumbers
* cell
*/
function getCellsToUseWeaponOnCell(weapon, cell, ignoredCells) {}
/**
* getCellToUseChip(Number chip, Number leek) : Number cell
* Finds a cell that allows your leek to use a given chip, targetting given leek.
* The chip your leek wants to use.
* Targetted leek.
* A cell that allows using given chip.
*
* @level 1
* @cores 1
*
* @param Number chip
* @param Number leek
*
* @return Number
* cell
*/
function getCellToUseChip(chip, leek) {}
/**
* getCellToUseChip(Number chip, Number cell, ArrayOfNumbers ignoredCells) : Number cell
* Finds a cell that allows your leek to use a given chip, targetting given leek.
* The chip your leek wants to use.
* Targetted leek.
* Array of cells to ignore.
* A cell that allows using given chip.
*
* @level 1
* @cores 1
*
* @param Number chip
* @param Number cell
* @param ArrayOfNumbers ignoredCells
*
* @return Number
* cell
*/
function getCellToUseChip(chip, cell, ignoredCells) {}
/**
* getCellToUseChipOnCell(Number chip, Number cell, ArrayOfNumbers ignoredCells) : Number cell
* Finds a cell that allows your leek to use a given chip, targetting given cell.
* The chip your leek wants to use.
* Targetted cell.
* Array of cells to ignore.
* A cell that allows using given chip.
*
* @level 25
* @cores 1
*
* @param Number chip
* @param Number cell
* @param ArrayOfNumbers ignoredCells
*
* @return Number
* cell
*/
function getCellToUseChipOnCell(chip, cell, ignoredCells) {}
/**
* getCellToUseChipOnCell(Number chip, Number cell) : Number cell
* Finds a cell that allows your leek to use a given chip, targetting given cell.
* The chip your leek wants to use.
* Targetted cell.
* A cell that allows using the given chip on targetted cell.
*
* @level 25
* @cores 1
*
* @param Number chip
* @param Number cell
*
* @return Number
* cell
*/
function getCellToUseChipOnCell(chip, cell) {}
/**
* getCellToUseWeapon(Number leek) : Number cell
* Finds a cell that allows your leek to shoot its current weapon, targetting given leek.
* Targetted leek.
* A cell that allows your leek to shoot.
*
* @level 1
* @cores 1
*
* @param Number leek
*
* @return Number
* cell
*/
function getCellToUseWeapon(leek) {}
/**
* getCellToUseWeapon(Number weapon, Number leek) : Number cell
* Finds a cell that allows your leek to shoot given weapon, targetting given leek.
* The weapon your leek wants to use.
* Targetted leek.
* A cell that allows your leek to shoot.
*
* @level 1
* @cores 1
*
* @param Number weapon
* @param Number leek
*
* @return Number
* cell
*/
function getCellToUseWeapon(weapon, leek) {}
/**
* getCellToUseWeapon(Number weapon, Number leek, ArrayOfNumbers ignoredCells) : Number cell
* Finds a cell that allows your leek to shoot given weapon, targetting given leek.
* The weapon your leek wants to use.
* Targetted leek.
* Array of cells to ignore.
* A cell that allows using given weapon.
*
* @level 1
* @cores 1
*
* @param Number weapon
* @param Number leek
* @param ArrayOfNumbers ignoredCells
*
* @return Number
* cell
*/
function getCellToUseWeapon(weapon, leek, ignoredCells) {}
/**
* getCellToUseWeaponOnCell(Number cell) : Number cell
* Finds a cell that allows your leek to shoot its current weapon, targetting given cell.
* Targetted cell.
* A cell that allows your leek to shoot.
*
* @level 25
* @cores 1
*
* @param Number cell
*
* @return Number
* cell
*/
function getCellToUseWeaponOnCell(cell) {}
/**
* getCellToUseWeaponOnCell(Number weapon, Number cell) : Number cell
* Finds a cell that allows your leek to shoot given weapon, targetting given leek.
* The weapon your leek wants to use.
* Targetted cell.
* A cell that allows your leek to shoot.
*
* @level 25
* @cores 1
*
* @param Number weapon
* @param Number cell
*
* @return Number
* cell
*/
function getCellToUseWeaponOnCell(weapon, cell) {}
/**
* getCellToUseWeaponOnCell(Number weapon, Number cell, ArrayOfNumbers ignoredCells) : Number cell
* Finds a cell that allows your leek to shoot given weapon, targetting given cell.
* The weapon your leek wants to use.
* Targetted cell.
* Array of cells to ignore.
* A cell that allows using given weapon on targetted cell.
*
* @level 25
* @cores 1
*
* @param Number weapon
* @param Number cell
* @param ArrayOfNumbers ignoredCells
*
* @return Number
* cell
*/
function getCellToUseWeaponOnCell(weapon, cell, ignoredCells) {}
/**
* getCellX(Number cell) : Number x
* Computes the x-coordinate of given cell.
* id of the cell.
* Its x-coordinate/
*
* @level 5
* @cores 1
*
* @param Number cell
*
* @return Number
* x
*/
function getCellX(cell) {}
/**
* getCellY(Number cell) : Number y
* Computes the y-coordinate of given cell.
* id of the cell.
* Its y-coordinate/
*
* @level 5
* @cores 1
*
* @param Number cell
*
* @return Number
* y
*/
function getCellY(cell) {}
/**
* getChipArea(Number chip) : Number area
* documentation_func_getChipArea
* documentation_func_getChipArea_arg_1
* documentation_func_getChipArea_return
*
* @level 1
* @cores 1
*
* @param Number chip
*
* @return Number
* area
*/
function getChipArea(chip) {}
/**
* getChipCooldown(Number chip) : Number cooldown
* Returns a chip's cooldown as shown in the market.
* Desired chip.
* Given chip's coolodwn
*
* @level 1
* @cores 1
*
* @param Number chip
*
* @return Number
* cooldown
*/
function getChipCooldown(chip) {}
/**
* getChipCost(Number chip) : Number cost
* Returns a chip's cost, in TP.
* Desired chip.
* Given chip's cost, in TP.
*
* @level 4
* @cores 1
*
* @param Number chip
*
* @return Number
* cost
*/
function getChipCost(chip) {}
/**
* getChipEffectiveArea(Number chip, Number cell) : ArrayOfNumbers cells
* Lists the cells affected if given chip were used on given cell.
* Chip to be used.
* Targetted cell.
* Array that contains the id of all affected cells.
*
* @level 31
* @cores 1
*
* @param Number chip
* @param Number cell
*
* @return ArrayOfNumbers
* cells
*/
function getChipEffectiveArea(chip, cell) {}
/**
* getChipEffectiveArea(Number chip, Number cell, Number from) : ArrayOfNumbers cells
* Lists the cells affected if given chip were used on given cell from from cell.
* Chip to be used.
* Targetted cell.
* Cell from which the chip is used.
* Array that contains the id of all affected cells.
*
* @level 31
* @cores 2
*
* @param Number chip
* @param Number cell
* @param Number from
*
* @return ArrayOfNumbers
* cells
*/
function getChipEffectiveArea(chip, cell, from) {}
/**
* getChipEffects(Number chip) : ArrayOfNumbers effects
* Lists a chip's effects.
* Desired chip.
* Given chip's effects. Format is the same as getWeaponEffects
*
* @level 9
* @cores 2
*
* @param Number chip
*
* @return ArrayOfNumbers
* effects
*/
function getChipEffects(chip) {}
/**
* getChipFailure(Number chip) : Number failure
* Returns a chip's failure rate.
* Desired chip.
* Given chip's failure rate, in percents, integer between 0 and 100.
*
* @level 4
* @cores 1
*
* @param Number chip
*
* @return Number
* failure
*/
function getChipFailure(chip) {}
/**
* getChipMaxScope(Number chip) : Number maxScope
* Returns a chip's max scope.
* Desired chip.
* Given chip's maximum scope.
*
* @level 9
* @cores 1
*
* @param Number chip
*
* @return Number
* maxScope
*/
function getChipMaxScope(chip) {}
/**
* getChipMinScope(Number chip) : Number minScope
* Returns a chip's min scope.
* Desired chip.
* Given chip's minimum scope.
*
* @level 9
* @cores 1
*
* @param Number chip
*
* @return Number
* minScope
*/
function getChipMinScope(chip) {}
/**
* getChipName(Number chip) : String name
* Returns a chip's name.
* Desired chip.
* Given chip's name
*
* @level 1
* @cores 1
*
* @param Number chip
*
* @return String
* name
*/
function getChipName(chip) {}
/**
* getChips() : ArrayOfNumbers chips
* Lists your leek's chips.
* Array containing all of your leek's chips.
*
* @level 1
* @cores 1
*
* @return ArrayOfNumbers
* chips
*/
function getChips() {}
/**
* getChips(Number leek) : ArrayOfNumbers chips
* Lists given leek's chips.
* Desired leek.
* Array containing all of given leek's chips.
*
* @level 57
* @cores 2
*
* @param Number leek
*
* @return ArrayOfNumbers
* chips
*/
function getChips(leek) {}
/**
* getChipTargets(Number chip, Number cell) : ArrayOfNumbers targets
* Lists leeks that will be affected if given chip were used on given cell.
* Chip to be used.
* Targetted cell.
* Array containing the affected leeks.
*
* @level 39
* @cores 2
*
* @param Number chip
* @param Number cell
*
* @return ArrayOfNumbers
* targets
*/
function getChipTargets(chip, cell) {}
/**
* getColor(Number red, Number green, Number blue) : Number color
* Gives an integer that corresponds to given color on a (red, green, blue) scale. See mark on how to use given integer.
* Red value, between 0 and 255.
* Green value, between 0 and 255.
* Blue value, between 0 and 255.
* Integer that corresponds to given color.
*
* @level 1
* @cores 1
*
* @param Number red
* @param Number green
* @param Number blue
*
* @return Number
* color
*/
function getColor(red, green, blue) {}
/**
* getCooldown(Number chip) : Number cooldown
* Returns the current cooldown of given chip for your leek.
* Desired chip.
* Given chip's current cooldown.
*
* @level 36
* @cores 1
*
* @param Number chip
*
* @return Number
* cooldown
*/
function getCooldown(chip) {}
/**
* getCooldown(Number chip, Number leek) : Number cooldown
* Returns the current cooldown of given chip for given leek.
* Desired chip.
* Desired leek.
* Given chip's current cooldown, i.e. the amount of turns owner must wait to cast it again.
*
* @level 36
* @cores 1
*
* @param Number chip
* @param Number leek
*
* @return Number
* cooldown
*/
function getCooldown(chip, leek) {}
/**
* getCores() : Number cores
* Returns your leek's number of cores.
* Your leek's number of cores.
*
* @level 1
* @cores 1
*
* @return Number
* cores
*/
function getCores() {}
/**
* getCores(Number leek) : Number cores
* Returns given leek's number of cores.
* Desired leek.
* Given leek's number of cores.
*
* @level 8
* @cores 1
*
* @param Number leek
*
* @return Number
* cores
*/
function getCores(leek) {}
/**
* getDeadAllies() : ArrayOfNumbers deadAllies
* Lists dead allies.
* Array of dead allies.
*
* @level 14
* @cores 1
*
* @return ArrayOfNumbers
* deadAllies
*/
function getDeadAllies() {}
/**
* getDeadEnemies() : ArrayOfNumbers deadEnemies
* Lists dead enemies.
* Array of dead enemies.
*
* @level 16
* @cores 1
*
* @return ArrayOfNumbers
* deadEnemies
*/
function getDeadEnemies() {}
/**
* getDeadEnemiesCount() : Number numDeadEnemies
* Counts the dead enemies in the fight.
* The number of dead enemies.
*
* @level 16
* @cores 1
*
* @return Number
* numDeadEnemies
*/
function getDeadEnemiesCount() {}
/**
* getDistance(Number cell1, Number cell2) : Number distance
* Computes as a crow flies distance between cell1 and cell2.For distance in number of cells, see getCellDistance, and for an actual path (taking obstacles into account), see getPathLength.
* Cell id of starting point.
* Cell id of arrival.
* Crow's fly distance between given cells.
*
* @level 5
* @cores 1
*
* @param Number cell1
* @param Number cell2
*
* @return Number
* distance
*/
function getDistance(cell1, cell2) {}
/**
* getEffects() : ArrayOfArrays effects
* Lists the effects affecting your leek.
* Array of effects affecting your leek. More details in getEffects(leek).
*
* @level 51
* @cores 1
*
* @return ArrayOfArrays
* effects
*/
function getEffects() {}
/**
* getEffects(Number leek) : ArrayOfArrays effects
* Lists the effects affecting given leek. For your leek, prefer getEffects() with no input.
* Leek whose effects are listed.
* Array of effects affecting given leek.
An effect itself is a 2-cell array of the following form: [type, value], with type describing the type of effect, among:
EFFECT_DAMAGE, value is the amount of damage
EFFECT_HEAL, value is the number of HP healed
EFFECT_BUFF_FORCE, value is the added strength
EFFECT_BUFF_AGILITY, value is the added agility
EFFECT_BUFF_TP, value is the number of added TP
EFFECT_BUFF_MP, valueis the number of added MP
EFFECT_ABSOLUTE_SHIELD, value is the absolute shield gained
EFFECT_RELATIVE_SHIELD, value is the relative shield gained
EFFECT_DEBUFF, indicates a debuff, value is not significant.
*
* @level 61
* @cores 1
*
* @param Number leek
*
* @return ArrayOfArrays
* effects
*/
function getEffects(leek) {}
/**
* getEnemies() : ArrayOfNumbers enemies
* Lists all enemies (dead and alive) within a fight.
* Array containing leek ids of all enemies.
*
* @level 16
* @cores 1
*
* @return ArrayOfNumbers
* enemies
*/
function getEnemies() {}
/**
* getEnemiesCount() : Number numEnemies
* Counts the enemies in the fight.
* The number of enemies.
*
* @level 16
* @cores 1
*
* @return Number
* numEnemies
*/
function getEnemiesCount() {}
/**
* getEnemiesLife() : Number life
* Returns the sum of all of your enemies' HP
* Sum of all of your enemies' HP
*
* @level 16
* @cores 1
*
* @return Number
* life
*/
function getEnemiesLife() {}
/**
* getFarmerID() : Number id
* Returns your farmer's id.
* Your farmer's id.
*
* @level 1
* @cores 1
*
* @return Number
* id
*/
function getFarmerID() {}
/**
* getFarmerID(Number leek) : Number id
* Returns the id of given leek's farmer.
* Desired leek.
* The id of given leek's farmer.
*
* @level 1
* @cores 1
*
* @param Number leek
*
* @return Number
* id
*/
function getFarmerID(leek) {}
/**
* getFarmerName() : String name
* Returns your farmer's name.
* Your farmer's name.
*
* @level 1
* @cores 1
*
* @return String
* name
*/
function getFarmerName() {}
/**
* getFarmerName(Number leek) : String name
* Returns the name of given leek's farmer.
* Desired leek.
* The name of given leek's farmer.
*
* @level 1
* @cores 1
*
* @param Number leek
*
* @return String
* name
*/
function getFarmerName(leek) {}
/**
* getFarthestAlly() : Number farthestAlly
* Returns the farthest ally, using as a crow flies distance.
* Farthest ally's leek id.
*
* @level 14
* @cores 1
*
* @return Number
* farthestAlly
*/
function getFarthestAlly() {}
/**
* getFarthestEnemy() : Number farthestEnemy
* Returns the farthest enemy, using as a crow flies distance.
* Farthest enemy's leek id.
*
* @level 14
* @cores 1
*
* @return Number
* farthestEnemy
*/
function getFarthestEnemy() {}
/**
* getFightContext() : Number context
* Returns current fight's context
* Depending on fight's context: Test fight (FIGHT_CONTEXT_TEST), Garden fight (FIGHT_CONTEXT_GARDEN), Tournament fight (FIGHT_CONTEXT_TOURNAMENT), Challenge fight (FIGHT_CONTECT_CHALLENGE).
*
* @level 5
* @cores 1
*
* @return Number
* context
*/
function getFightContext() {}
/**
* getFightType() : Number fightType
* Returns current fight's type
* Depending on fight's type: Solo fight (FIGHT_TYPE_SOLO), Farmer fight (FIGHT_TYPE_FARMER), Team fight (FIGHT_TYPE_TEAM).
*
* @level 5
* @cores 1
*
* @return Number
* fightType
*/
function getFightType() {}
/**
* getForce() : Number force
* Returns your leek's strength.
* Your leek's strength.
*
* @level 1
* @cores 1
*
* @return Number
* force
*/
function getForce() {}
/**
* getForce(Number leek) : Number force
* Return's given leek's strength.
* Desired leek.
* Given leek's strength.
*
* @level 5
* @cores 1
*
* @param Number leek
*
* @return Number
* force
*/
function getForce(leek) {}
/**
* getFrequency() : Number frequency
* Returns your leek's frequency.
* Your leek's frequency.
*
* @level 1
* @cores 1
*
* @return Number
* frequency
*/
function getFrequency() {}
/**
* getFrequency(Number leek) : Number frequency
* Return's given leek's frequency.
* Desired leek.
* Given leek's frequency.
*
* @level 8
* @cores 1
*
* @param Number leek
*
* @return Number
* frequency
*/
function getFrequency(leek) {}
/**
* getGreen(Number color) : Number green
* Returns the green component of given color. For
instance getGreen(COLOR_GREEN) = 255 and getGreen(COLOR_BLUE) = 0.
* Color whose green component is to be returned.
* Green component of given color.
*
* @level 1
* @cores 1
*
* @param Number color
*
* @return Number
* green
*/
function getGreen(color) {}
/**
* getInstructionsCount() : Number instructions
* Returns the number of instructions used by your leek this turn.
* The number of instructions used by your leek this turn.
*
* @level 1
* @cores 1
*
* @return Number
* instructions
*/
function getInstructionsCount() {}
/**
* getLeek() : Number leek
* Returns your leek's id.
* Your leek's id.
*
* @level 1
* @cores 1
*
* @return Number
* leek
*/
function getLeek() {}
/**
* getLeekID() : Number realID
* Returns your leek's absolute id (does not depend on fight).
* Your leek's absolute id.
*
* @level 1
* @cores 1
*
* @return Number
* realID
*/
function getLeekID() {}
/**
* getLeekID(Number leek) : Number realID
* Returns given leek's absolute id.
* Desired leek.
* Given leek's absolute id.
*
* @level 1
* @cores 1
*
* @param Number leek
*
* @return Number
* realID
*/
function getLeekID(leek) {}
/**
* getLeekOnCell(Number cell) : Number leek
* Returns the leek present on given cell, if any.
* Desired cell.
* The leek id of a leek that is currently occupying given cell, -1 if cell is not occupied by a leek.
*
* @level 11
* @cores 1
*
* @param Number cell
*
* @return Number
* leek
*/
function getLeekOnCell(cell) {}
/**
* getLevel() : Number level
* Returns your leek's level.
* Your leek's level.
*
* @level 1
* @cores 1
*
* @return Number
* level
*/
function getLevel() {}
/**
* getLevel(Number leek) : Number level
* Returns given leek's level.
* Desired leek.
* Given leek's level.
*
* @level 13
* @cores 1
*
* @param Number leek
*
* @return Number
* level
*/
function getLevel(leek) {}
/**
* getLife() : Number life
* Returns your leek's HP count.
* Your leek's HP count.
*
* @level 1
* @cores 1
*
* @return Number
* life
*/
function getLife() {}
/**
* getLife(Number leek) : Number life
* Returns given leek's HP count.
* Desired leek.
* Given leek's HP count.
*
* @level 1
* @cores 1
*
* @param Number leek
*
* @return Number
* life
*/
function getLife(leek) {}
/**
* getMessageAuthor(Array message) : Number leek
* Returns given message's author (leek).
* Message whose author is desired.
* Given message's author.
*
* @level 41
* @cores 1
*
* @param Array message
*
* @return Number
* leek
*/
function getMessageAuthor(message) {}
/**
* getMessageParams(Array message) : ? params
* Returns given message's parameters.
* Message whose parameters are desired.
* Given message's parameters.
*
* @level 41
* @cores 1
*
* @param Array message
*
* @return ?
* params
*/
function getMessageParams(message) {}
/**
* getMessages() : ArrayOfArrays messages
* Lists all messages addressed to you.
* Array of messages.A message itself is a 3-cell array of the following form: [author, type, parameters]Message types are:
MESSAGE_HEAL: request for heal
MESSAGE_ATTACK: request for attack
MESSAGE_BUFF_FORCE: request for strength buff
...
*
* @level 41
* @cores 1
*
* @return ArrayOfArrays
* messages
*/
function getMessages() {}
/**
* getMessages(Number leek) : ArrayOfArrays messages
* Lists all messages addressed to given leek.
* Leek whose messages are returned.
* Array of messages addressed to given leek.
*
* @level 201
* @cores 1
*
* @param Number leek
*
* @return ArrayOfArrays
* messages
*/
function getMessages(leek) {}
/**
* getMessageType(Array message) : Number type
* Returns given message's message type.
* Message whose type is desired.
* Given message's type.
*
* @level 41
* @cores 1
*
* @param Array message
*
* @return Number
* type
*/
function getMessageType(message) {}
/**
* getMP() : Number mp
* Returns your leek's MP count.
* Your leek's MP count.
*
* @level 1
* @cores 1
*
* @return Number
* mp
*/
function getMP() {}
/**
* getMP(Number leek) : Number mp
* Returns given leek's MP count.
* Desired leek.
* Given leek's name.
*
* @level 10
* @cores 1
*
* @param Number leek
*
* @return Number
* mp
*/
function getMP(leek) {}
/**
* getName() : String name
* Returns your leek's name.
* Your leek's name.
*
* @level 1
* @cores 1
*
* @return String
* name
*/
function getName() {}
/**
* getName(Number leek) : String name
* Returns given leek's name.
* Desired leek.
* Given leek's name.
*
* @level 1
* @cores 1
*
* @param Number leek
*
* @return String
* name
*/
function getName(leek) {}
/**
* getNearestAlly() : Number nearestAlly
* Returns the allied leek closest to your leek.
* id of the nearest ally
*
* @level 14
* @cores 1
*
* @return Number
* nearestAlly
*/
function getNearestAlly() {}
/**
* getNearestAllyTo(Number leek) : Number ally
* Returns, among your allies, the closest one to given leek.
* Targetted leek.
* Leek id of your ally that is closest to given leek.
*
* @level 1
* @cores 1
*
* @param Number leek
*
* @return Number
* ally
*/
function getNearestAllyTo(leek) {}
/**
* getNearestAllyToCell(Number cell) : Number ally
* Returns, among your allies, the closest one to given cell.
* Targetted cell.
* Leek id of your ally that is closest to given cell.
*
* @level 1
* @cores 1
*
* @param Number cell
*
* @return Number
* ally
*/
function getNearestAllyToCell(cell) {}
/**
* getNearestEnemy() : Number nearestEnemy
* Returns the enemy leek closest to your leek.
* id of the nearest enemy.
*
* @level 1
* @cores 1
*
* @return Number
* nearestEnemy
*/
function getNearestEnemy() {}
/**
* getNearestEnemyTo(Number leek) : Number enemy
* Returns, among your enemies, the closest one to given leek.
* Targetted leek.
* Leek id of your enemy that is closest to given leek.
*
* @level 1
* @cores 1
*
* @param Number leek
*
* @return Number
* enemy
*/
function getNearestEnemyTo(leek) {}
/**
* getNearestEnemyToCell(Number cell) : Number enemy
* Returns, among your enemies, the closest one to given cell.
* Targetted cell.
* Leek id of your enemy that is closest to given cell.
*
* @level 1
* @cores 1
*
* @param Number cell
*
* @return Number
* enemy
*/
function getNearestEnemyToCell(cell) {}
/**
* getNextPlayer() : Number player
* Returns the leek id of the next leek to play.
* Leek id of the next player.
*
* @level 26
* @cores 1
*
* @return Number
* player
*/
function getNextPlayer() {}
/**
* getObstacles() : ArrayOfNumbers obstacles
* Lists all cells that are occupied by obstacles.
* Array of cells occupied by obstacles.
*
* @level 21
* @cores 1
*
* @return ArrayOfNumbers
* obstacles
*/
function getObstacles() {}
/**
* getPath(Number cell1, Number cell2) : ArrayOfNumbers path
* Finds a path between cell1 and cell2, avoiding occupied cells.
* Cell id of starting point.
* Cell id of destination.
* Array of empty cells that build a path between given cells. Empty array if no path is found.
*
* @level 37
* @cores 2
*
* @param Number cell1
* @param Number cell2
*
* @return ArrayOfNumbers
* path
*/
function getPath(cell1, cell2) {}
/**
* getPath(Number start, Number end, ArrayOfNumbers ignoredCells) : ArrayOfNumbers path
* Finds a path between cell1 and cell2, avoiding occupied cells, except ignoredCells, which are considered empty even when a leek occupies them.
* Cell id of starting point.
* Cell id of destination.
* Array of cells considered inoccupied even when a leek is present.
* Array of cells that build a path between given cells. Considering ignoredCells as empty. Empty array if no path is found.
*
* @level 37
* @cores 2
*
* @param Number start
* @param Number end
* @param ArrayOfNumbers ignoredCells
*
* @return ArrayOfNumbers
* path
*/
function getPath(start, end, ignoredCells) {}
/**
* getPathLength(Number cell1, Number cell2) : Number length
* Returns the length of a path between cell1 and cell2 that avoids occupied cells. This function is equivalent to count(getPath(cell1, cell2)).For as a crow's flies distance, see getDistance and for distance in number of cells, see getCellDistance
* Cell id of starting point.
* Cell id of destination.
* Length of the path between cell1 and cell2. -1 if no path is found.
*
* @level 37
* @cores 2
*
* @param Number cell1
* @param Number cell2
*
* @return Number
* length
*/
function getPathLength(cell1, cell2) {}
/**
* getPathLength(Number cell1, Number cell2, ArrayOfNumbers ignoredCells) : ArrayOfNumbers length
* Returns the length of a path between cell1 and cell2 that avoids occupied cells, except ignoredCells which are considered empty even when a leek is present.
* Cell id of starting point.
* Cell id of destination.
* Array of cells considered inoccupied even when a leek is present.
* Length of the path between cell1 and cell2. -1 if no path is found.
*
* @level 37
* @cores 2
*
* @param Number cell1
* @param Number cell2
* @param ArrayOfNumbers ignoredCells
*
* @return ArrayOfNumbers
* length
*/
function getPathLength(cell1, cell2, ignoredCells) {}
/**
* getPreviousPlayer() : Number player
* Returns the leek id of the leek who just played.
* Leek id of the leek who just played.
*
* @level 26
* @cores 1
*
* @return Number
* player
*/
function getPreviousPlayer() {}
/**
* getRed(Number color) : Number red
* Returns the red component of given color. For
instance getRed(COLOR_RED) = 255 and getRed(COLOR_BLUE) = 0.
* Color whose red component is to be returned.
* Red component of given color.
*
* @level 1
* @cores 1
*
* @param Number color
*
* @return Number
* red
*/
function getRed(color) {}
/**
* getRegister(String key) : String value
* documentation_func_getRegister
* documentation_func_getRegister_arg_1
* documentation_func_getRegister_return
*
* @level 32
* @cores 1
*
* @param String key
*
* @return String
* value
*/
function getRegister(key) {}
/**
* getRegisters() : ArrayOfStrings registers
* documentation_func_getRegisters
* documentation_func_getRegisters_return
*
* @level 32
* @cores 1
*
* @return ArrayOfStrings
* registers
*/
function getRegisters() {}
/**
* getRelativeShield() : Number shield
* Returns your leek's relative shield.
* Your leek's relative shield, in percents: integer between 0 and 100.
*
* @level 30
* @cores 1
*
* @return Number
* shield
*/
function getRelativeShield() {}
/**
* getRelativeShield(Number leek) : Number shield
* Returns given leek's relative shield. For your leek's relative shield, prefer getRelativeShield() with no input.
* Desired leek.
* Given leek's relative shield, in percents: integer between 0 and 100.
*
* @level 38
* @cores 1
*
* @param Number leek
*
* @return Number
* shield
*/
function getRelativeShield(leek) {}
/**
* getSummoner() : Number summoner
* documentation_func_getSummoner
* documentation_func_getSummoner_return
*
* @level 1
* @cores 1
*
* @return Number
* summoner
*/
function getSummoner() {}
/**
* getSummoner(Number entity) : Number summoner
* documentation_func_getSummoner_2
* documentation_func_getSummoner_2_arg_1
* documentation_func_getSummoner_2_return
*
* @level 1
* @cores 1
*
* @param Number entity
*
* @return Number
* summoner
*/
function getSummoner(entity) {}
/**
* getTeamID() : Number id
* Returns your team's id.
* Your team's id.
*
* @level 1
* @cores 1
*
* @return Number
* id
*/
function getTeamID() {}
/**
* getTeamID(Number leek) : Number id
* Returns the id of given leek's team.
* Desired leek.
* The id of given leek's team.
*
* @level 1
* @cores 1
*
* @param Number leek
*
* @return Number
* id
*/
function getTeamID(leek) {}
/**
* getTeamName() : String name
* Returns your team's name.
* Your team's name.
*
* @level 1
* @cores 1
*
* @return String
* name
*/
function getTeamName() {}
/**
* getTeamName(Number leek) : String name
* Returns the name of given leek's team.
* Desired leek.
* The name of given leek's team.
*
* @level 1
* @cores 1
*
* @param Number leek
*
* @return String
* name
*/
function getTeamName(leek) {}
/**
* getTotalLife() : Number life
* Returns your leek's maximum life.
* Your leek's maximum life.
*
* @level 1
* @cores 1
*
* @return Number
* life
*/
function getTotalLife() {}
/**
* getTotalLife(Number leek) : Number life
* Returns given leek's maximum life.
* Desired leek.
* Given leek's maximum life.
*
* @level 1
* @cores 1
*
* @param Number leek
*
* @return Number
* life
*/
function getTotalLife(leek) {}
/**
* getTP() : Number tp
* Returns your leek's TP count.
* Your leek's TP count.
*
* @level 1
* @cores 1
*
* @return Number
* tp
*/
function getTP() {}
/**
* getTP(Number leek) : Number tp
* Returns given leek's TP count.
* Desired leek.
* Given leek's TP count.
*
* @level 10
* @cores 1
*
* @param Number leek
*
* @return Number
* tp
*/
function getTP(leek) {}
/**
* getTurn() : Number turn
* Returns current turn's count. Maximum duration of a fight is MAX_TURNS.
* Current turn's count.
*
* @level 12
* @cores 1
*
* @return Number
* turn
*/
function getTurn() {}
/**
* getType() : Number type
* documentation_func_getType
* documentation_func_getType_return
*
* @level 1
* @cores 1
*
* @return Number
* type
*/
function getType() {}
/**
* getType(Number entity) : Number type
* documentation_func_getType_2
* documentation_func_getType_2_arg_1
* documentation_func_getType_2_return
*
* @level 1
* @cores 1
*
* @param Number entity
*
* @return Number
* type
*/
function getType(entity) {}
/**
* getWeapon() : Number weapon
* Returns the weapon currently equipped by your leek.
* The weapon's id, null if your leek has no equipped weapon.
*
* @level 1
* @cores 1
*
* @return Number
* weapon
*/
function getWeapon() {}
/**
* getWeapon(Number leek) : Number weapon
* Returns the weapon currently equipped by given leek.
* Desired leek.
* The weapon's id, null if given leek has no equipped weapon.
*
* @level 7
* @cores 1
*
* @param Number leek
*
* @return Number
* weapon
*/
function getWeapon(leek) {}
/**
* getWeaponArea(Number weapon) : Number area
* documentation_func_getWeaponArea
* documentation_func_getWeaponArea_arg_1
* documentation_func_getWeaponArea_return
*
* @level 1
* @cores 1
*
* @param Number weapon
*
* @return Number
* area
*/
function getWeaponArea(weapon) {}
/**
* getWeaponCost(Number weapon) : Number cost
* Returns a weapon's cost, in TP.
* Desired weapon.
* Given weapon's cost, in TP.
*
* @level 4
* @cores 1
*
* @param Number weapon
*
* @return Number
* cost
*/
function getWeaponCost(weapon) {}
/**
* getWeaponEffectiveArea(Number cell) : ArrayOfNumbers cells
* Lists the cells affected if your leek's current weapon were shot on given cell.
* Targetted cell.
* Array that contains the id of all affected cells.
*
* @level 31
* @cores 1
*
* @param Number cell
*
* @return ArrayOfNumbers
* cells
*/
function getWeaponEffectiveArea(cell) {}
/**
* getWeaponEffectiveArea(Number weapon, Number cell) : ArrayOfNumbers cells
* Lists the cells affected if given weapon were shot on given cell.
* Weapon to be used.
* Targetted cell.
* Array that contains the id of all affected cells.
*
* @level 31
* @cores 1
*
* @param Number weapon
* @param Number cell
*
* @return ArrayOfNumbers
* cells
*/
function getWeaponEffectiveArea(weapon, cell) {}
/**
* getWeaponEffectiveArea(Number weapon, Number cell, Number from) : ArrayOfNumbers cells
* Lists the cells affected if given weapon were shot on given cell, from from cell.
* Weapon to be used.
* Targetted cell.
* Cell from which the chip is used.
* Array that contains the id of all affected cells.
*
* @level 31
* @cores 2
*
* @param Number weapon
* @param Number cell
* @param Number from
*
* @return ArrayOfNumbers
* cells
*/
function getWeaponEffectiveArea(weapon, cell, from) {}
/**
* getWeaponEffects(Number weapon) : ArrayOfNumbers effects
* Lists a weapon's effects.
* Desired weapon.
* Array containing given's weapon effects. An effect itself if an array, in the following format: [type, min, max, turns, targets].
type is an effect type, among: EFFECT_DAMAGE, EFFECT_HEAL,
#EFFECT_ABSOLUTE_SHIELD, EFFECT_RELATIVE_SHIELD, EFFECT_DEBUFF,
#EFFECT_BUFF_FORCE, EFFECT_BUFF_AGILITY, EFFECT_BUFF_MP,
#EFFECT_BUFF_TP.
min and max are the min and max values of the effect (from the market).
turns is the duration of the effect, in turns.
targets gives which players can be affected. It is a binary construct of:
EFFECT_TARGET_ALLIES: Affects allies
EFFECT_TARGET_ENEMIES: Affects enemies
EFFECT_TARGET_CASTER: Always affects caster
EFFECT_TARGET_NOT_CASTER: Cannot affect caster
It can be parsed with:
1234if (targets & EFFECT_TARGET_ALLIES) debug('Affects allies');
if (targets & EFFECT_TARGET_ENEMIES) debug('Affects enemies');
if (targets & EFFECT_TARGET_CASTER) debug('Always affects caster');
if (targets & EFFECT_TARGET_NOT_CASTER) debug('Cannot affect caster');
*
* @level 9
* @cores 2
*
* @param Number weapon
*
* @return ArrayOfNumbers
* effects
*/
function getWeaponEffects(weapon) {}
/**
* getWeaponFailure(Number weapon) : Number failure
* Returns a weapon's failure rate.
* Desired weapon.
* Given chip's failure rate, in percents, integer between 0 and 100.
*
* @level 4
* @cores 1
*
* @param Number weapon
*
* @return Number
* failure
*/
function getWeaponFailure(weapon) {}
/**
* getWeaponMaxScope(Number weapon) : Number maxScope
* Returns a weapon's max scope.
* Desired weapon.
* Given weapon's maximum scope.
*
* @level 9
* @cores 1
*
* @param Number weapon
*
* @return Number
* maxScope
*/
function getWeaponMaxScope(weapon) {}
/**
* getWeaponMinScope(Number weapon) : Number minScope
* Returns a weapon's min scope.
* Desired weapon.
* Given weapon's minimum scope.
*
* @level 9
* @cores 1
*
* @param Number weapon
*
* @return Number
* minScope
*/
function getWeaponMinScope(weapon) {}
/**
* getWeaponName(Number weapon) : String name
* Returns a weapon's name.
* Desired weapon.
* Given weapon's name
*
* @level 1
* @cores 1
*
* @param Number weapon
*
* @return String
* name
*/
function getWeaponName(weapon) {}
/**
* getWeapons() : ArrayOfNumbers weapons
* Lists your leek's weapons.
* Array containing all of your leek's weapons.
*
* @level 1
* @cores 1
*
* @return ArrayOfNumbers
* weapons
*/
function getWeapons() {}
/**
* getWeapons(Number leek) : ArrayOfNumbers weapon
* Lists given leek's weapons.
* Desired leek.
* Array containing all of given leek's weapons.
*
* @level 57
* @cores 2
*
* @param Number leek
*
* @return ArrayOfNumbers
* weapon
*/
function getWeapons(leek) {}
/**
* getWeaponTargets(Number cell) : ArrayOfNumbers targets
* Lists leeks that will be affected if your leek's current weapon were used on given cell.
* Targetted cell.
* Array containing the affected leeks.
*
* @level 39
* @cores 2
*
* @param Number cell
*
* @return ArrayOfNumbers
* targets
*/
function getWeaponTargets(cell) {}
/**
* getWeaponTargets(Number weapon, Number cell) : ArrayOfNumbers targets
* Lists leeks that will be affected if given weapon were used on given cell.
* Weapon to be used.
* Targetted cell.
* Array containing the affected leeks.
*
* @level 39
* @cores 2
*
* @param Number weapon
* @param Number cell
*
* @return ArrayOfNumbers
* targets
*/
function getWeaponTargets(weapon, cell) {}
/**
* hypot(Number x, Number y) : Number hypotenuse
* Returns the hypothenuse of a right-angled triangle with sides x and y. Equivalent to sqrt(x**2 + y**2).
* x value.
* y value.
* sqrt(x**2 + y**2).
*
* @level 1
* @cores 1
*
* @param Number x
* @param Number y
*
* @return Number
* hypotenuse
*/
function hypot(x, y) {}
/**
* inArray(Array array, ? element) : Boolean inArray
* Checks whether given element is inside given array.
* Array in which search is performed.
* Element to look for.
* true if given element is contained in array, false otherwise.
*
* @level 1
* @cores 1
*
* @param Array array
* @param ? element
*
* @return Boolean
* inArray
*/
function inArray(array, element) {}
/**
* include(String ai)
* Icludes the AI whose name is ai inside current AI.Warning: include function shall only be called inside the main AI block, and its parameter shall NOT be a variable. More information in the tutorial: http://leekwars.com/tutorial#includes.
* AI's name (hard-coded string only)
*
* @level 1
* @cores 1
*
* @param String ai
*/
function __include(ai) {}
/**
* indexOf(String string, String search) : Number index
* Finds the first occurrence of search string within given string.
* String to be looked into.
* String to be looked for.
* First matching substring's position , -1 if no match was found.
*
* @level 1
* @cores 1
*
* @param String string
* @param String search
*
* @return Number
* index
*/
function indexOf(string, search) {}
/**
* indexOf(String string, String search, Number start) : Number index
* Finds the first occurrence of search string within given string, starting at given position.
* String to be looked into.
* String to be looked for.
* Position within string where the search starts.
* First matching substring's position , -1 if no match was found.
*
* @level 1
* @cores 1
*
* @param String string
* @param String search
* @param Number start
*
* @return Number
* index
*/
function indexOf(string, search, start) {}
/**
* insert(Array array, ? element, Number position)
* Inserts an element in an array, at given position.
* Array in which element is added.
* Element to add.
* Insertion position.
*
* @level 1
* @cores 1
*
* @param Array array
* @param ? element
* @param Number position
*/
function insert(array, element, position) {}
/**
* isAlive(Number leek) : Boolean alive
* Checks whether a leek is alive. Equivalent to getLife(leek) > 0.
* Desired leek.
* true if leek is alive, false otherwise.
*
* @level 1
* @cores 1
*
* @param Number leek
*
* @return Boolean
* alive
*/
function isAlive(leek) {}
/**
* isAlly(Number leek) : Boolean isAlly
* Checks whether a leek is your ally.
* Desired leek.
* true if leek is an ally (or you), false otherwise.
*
* @level 14
* @cores 1
*
* @param Number leek
*
* @return Boolean
* isAlly
*/
function isAlly(leek) {}
/**
* isChip(Number value) : String chip
* Checks whether given value can represent a chip.isChip(CHIP_RAGE) = true;isChip(WEAPON_PISTOL) = false.
* Value to check.
* true if value is a chip, false otherwise.
*
* @level 1
* @cores 1
*
* @param Number value
*
* @return String
* chip
*/
function isChip(value) {}
/**
* isDead(Number leek) : Boolean dead
* Checks whether a leek is dead. Equivalent to getLife(leek) == 0.
* Desired leek.
* true if leek is dead, false otherwise.
*
* @level 1
* @cores 1
*
* @param Number leek
*
* @return Boolean
* dead
*/
function isDead(leek) {}
/**
* isEmpty(Array array) : Boolean empty
* Checks whether given array is empty. Equivalent to count(array) == 0.
* Array to check.
* true if array is empty, false otherwise.
*
* @level 1
* @cores 1
*
* @param Array array
*
* @return Boolean
* empty
*/
function isEmpty(array) {}
/**
* isEmptyCell(Number cell) : Boolean empty
* Checks whether given cell is empty.
* Cell to check.
* true if cell is empty, false otherwise.
*
* @level 21
* @cores 1
*
* @param Number cell
*
* @return Boolean
* empty
*/
function isEmptyCell(cell) {}
/**
* isEnemy(Number leek) : Boolean isEnemy
* Checks whether a leek is your enemy.
* Desired leek.
* true if leek is an enemy, false otherwise.
*
* @level 14
* @cores 1
*
* @param Number leek
*
* @return Boolean
* isEnemy
*/
function isEnemy(leek) {}
/**
* isInlineChip(Number chip) : Boolean isInline
* Checks whether given chip is inline, i.e. only usable if the target is in the same line as the caster.
* Desired chip.
* true if chip is inline, false otherwise.
*
* @level 8
* @cores 1
*
* @param Number chip
*
* @return Boolean
* isInline
*/
function isInlineChip(chip) {}
/**
* isInlineWeapon(Number weapon) : Boolean isInline
* Checks whether given weapon is inline, i.e. only usable if the target is in the same line as the caster.
* Desired weapon.
* true if weapon is inline, false otherwise.
*
* @level 8
* @cores 1
*
* @param Number weapon
*
* @return Boolean
* isInline
*/
function isInlineWeapon(weapon) {}
/**
* isLeek(Number cell) : Boolean isLeek
* Checks whether given cell is occupied by a leek.
* Cell to check.
* true if cell is occupied by a leek, false otherwise.
*
* @level 21
* @cores 1
*
* @param Number cell
*
* @return Boolean
* isLeek
*/
function isLeek(cell) {}
/**
* isObstacle(Number cell) : Boolean isObstacle
* Checks whether given cell is occupied by an obstacle.
* Cell to check.
* true if cell is occupied by an obstacle, false otherwise.
*
* @level 21
* @cores 1
*
* @param Number cell
*
* @return Boolean
* isObstacle
*/
function isObstacle(cell) {}
/**
* isOnSameLine(Number cell1, Number cell2) : Boolean sameLine
* Checks whether cell1 and cell2 are on the same line.
* First cell.
* Second cell.
* true if cells are on the same line, false otherwise.
*
* @level 5
* @cores 1
*
* @param Number cell1
* @param Number cell2
*
* @return Boolean
* sameLine
*/
function isOnSameLine(cell1, cell2) {}
/**
* isSummon() : String summon
* documentation_func_isSummon
* documentation_func_isSummon_return
*
* @level 1
* @cores 1
*
* @return String
* summon
*/
function isSummon() {}
/**
* isSummon(Number entity) : Number summon
* documentation_func_isSummon_2
* documentation_func_isSummon_2_arg_1
* documentation_func_isSummon_2_return
*
* @level 1
* @cores 1
*
* @param Number entity
*
* @return Number
* summon
*/
function isSummon(entity) {}
/**
* isWeapon(Number value) : String weapon
* Checks whether given value can represent a weapon.isWeapon(WEAPON_LASER) = true;isWeapon(CHIP_TELEPORTATION) = false.
* Value to check.
* true if value is a weapon, false otherwise.
*
* @level 1
* @cores 1
*
* @param Number value
*
* @return String
* weapon
*/
function isWeapon(value) {}
/**
* join(Array array, String glue) : String string
* Creates a single string containing all elements of given array, separated by glue delimiters.
* An array of elements to be joined into a string.
* A string that is inserted between consecutive elements of the array.
* The resulting string.
*
* @level 1
* @cores 1
*
* @param Array array
* @param String glue
*
* @return String
* string
*/
function join(array, glue) {}
/**
* keySort(Array array)
* Sorts an array using key values.
* Array that is sorted.
*
* @level 1
* @cores 1
*
* @param Array array
*/
function keySort(array) {}
/**
* keySort(Array array, Number order)
* Sorts an array using key values, using given sorting order.
* Array that is sorted.
* Sorting order: SORT_ASC or SORT_DESC.
*
* @level 1
* @cores 1
*
* @param Array array
* @param Number order
*/
function keySort(array, order) {}
/**
* length(String string) : Number length
* Returns given string's length.
* Desired string.
* Given string's length
*
* @level 1
* @cores 1
*
* @param String string
*
* @return Number
* length
*/
function length(string) {}
/**
* lineOfSight(Number start, Number end) : Boolean los
* Checks whether a leek on start cell can see end cell.
* Cell id of starting point.
* Cell id of target.
* true if the line of sight is clear, false otherwise.
*
* @level 1
* @cores 1
*
* @param Number start
* @param Number end
*
* @return Boolean
* los
*/
function lineOfSight(start, end) {}
/**
* lineOfSight(Number start, Number end, Number leekToIgnore) : Boolean los
* Checks whether a leek on start cell can see end cell, ignoring given leek.
* Cell id of starting point.
* Cell id of target.
* Ignored leek (this leek will not block a line of sight).Note: this input can also be an array containing several leeks.
* true if the line of sight is clear, false otherwise.
*
* @level 1
* @cores 1
*
* @param Number start
* @param Number end
* @param Number leekToIgnore
*
* @return Boolean
* los
*/
function lineOfSight(start, end, leekToIgnore) {}
/**
* listen() : Array messages
* Lists say() performed by previous leeks, as [leek_id, message].
* Array containing previous say().
*
* @level 1
* @cores 1
*
* @return Array
* messages
*/
function listen() {}
/**
* log(Number number) : Number log
* Computes the natural logarithm of given number.
* A positive number (within ]0 ; +∞[ ).
* Given number's natural logarithm.
*
* @level 1
* @cores 1
*
* @param Number number
*
* @return Number
* log
*/
function log(number) {}
/**
* log10(Number number) : Number log10
* Computes the decimal logarithm of given number.
* A positive number (within ]0 ; +∞[ ).
* Given number's decimal logarithm.
*
* @level 1
* @cores 1
*
* @param Number number
*
* @return Number
* log10
*/
function log10(number) {}
/**
* mark(? cells) : Boolean success
* Marks one or several cells on terrain in black, for one turn. The mark is only visible by the marking leek's farmer.
* A cell or array of cells.
* true if all went well, false otherwise.
*
* @level 1
* @cores 1
*
* @param ? cells
*
* @return Boolean
* success
*/
function mark(cells) {}
/**
* mark(? cells, Number color) : Boolean success
* Marks one or several cells on terrain in given color for one turn. The mark is only visible by the marking leek's farmer.
* A cell or array of cells.
* Marking's color (see getColor()).
* true if all went well, false otherwise.
*
* @level 1
* @cores 1
*
* @param ? cells
* @param Number color
*
* @return Boolean
* success
*/
function mark(cells, color) {}
/**
* mark(? cells, Number color, Number duration) : Boolean success
* Marks one or several cells on terrain in given color
for the given duration. The mark is only visible by the marking leek's farmer.
* A cell or array of cells.
* Marking's color (see getColor()).
* Duration of the marking.
* true if all went well, false otherwise.
*
* @level 1
* @cores 1
*
* @param ? cells
* @param Number color
* @param Number duration
*
* @return Boolean
* success
*/
function mark(cells, color, duration) {}
/**
* max(Number a, Number b) : Number max
* Finds the greatest value among two numbers a and b.
* A number.
* Another number.
* The greatest of the two numbers.
*
* @level 1
* @cores 1
*
* @param Number a
* @param Number b
*
* @return Number
* max
*/
function max(a, b) {}
/**
* min(Number a, Number b) : Number min
* Finds the least value among two numbers a and b.
* A number.
* Another number.
* The least of the two numbers.
*
* @level 1
* @cores 1
*
* @param Number a
* @param Number b
*
* @return Number
* min
*/
function min(a, b) {}
/**
* moveAwayFrom(Number leek) : Number mp
* Moves your leek away from another leek.
* The leek from which you want to flee.
* The amount of MP spent doing so.
*
* @level 5
* @cores 1
*
* @param Number leek
*
* @return Number
* mp
*/
function moveAwayFrom(leek) {}
/**
* moveAwayFrom(Number leek, Number mp) : Number mp
* Moves your leek away from another leek, using at most mp Movement Points.
* The leek from which you want to flee.
* The maximum amount of MP to spend.
* The actual amount of MP spent.
*
* @level 5
* @cores 1
*
* @param Number leek
* @param Number mp
*
* @return Number
* mp
*/
function moveAwayFrom(leek, mp) {}
/**
* moveAwayFromCell(Number cell) : Number mp
* Moves your leek away from given cell.
* The cell from which you want to flee.
* The amount of MP spent.
*
* @level 19
* @cores 1
*
* @param Number cell
*
* @return Number
* mp
*/
function moveAwayFromCell(cell) {}
/**
* moveAwayFromCell(Number cell, Number mp) : Number mp
* Moves your leek away from given cell, using at most mp Movement Points.
* The cell from which you want to flee.
* The maximum amount of MP to spend.
* The actual amount of MP spent.
*
* @level 19
* @cores 1
*
* @param Number cell
* @param Number mp
*
* @return Number
* mp
*/
function moveAwayFromCell(cell, mp) {}
/**
* moveAwayFromCells(ArrayOfNumbers cells) : Number mp
* Moves your leek away from a given group of cells.
* Array containig the cells from which you want to flee.
* The amount of MP spent.
*
* @level 35
* @cores 2
*
* @param ArrayOfNumbers cells
*
* @return Number
* mp
*/
function moveAwayFromCells(cells) {}
/**
* moveAwayFromCells(ArrayOfNumbers cells, Number mp) : Number mp
* Moves your leek away from a given group of cells, using at most mp Movement Points.
* Array containig the cells from which you want to flee.
* The maximum amount of MP to spend.
* The actual amount of MP spent.
*
* @level 35
* @cores 2
*
* @param ArrayOfNumbers cells
* @param Number mp
*
* @return Number
* mp
*/
function moveAwayFromCells(cells, mp) {}
/**
* moveAwayFromLeeks(ArrayOfNumbers leeks) : Number mp
* Moves your leek away from a given group of leeks.
* Array containig the leeks from which you want to flee.
* The amount of MP spent.
*
* @level 35
* @cores 2
*
* @param ArrayOfNumbers leeks
*
* @return Number
* mp
*/
function moveAwayFromLeeks(leeks) {}
/**
* moveAwayFromLeeks(ArrayOfNumbers leeks, Number mp) : Number mp
* Moves your leek away from a given group of leeks, using at most mp Movement Points.
* Array containig the leeks from which you want to flee.
* The maximum amount of MP to spend.
* The actual amount of MP spent.
*
* @level 35
* @cores 2
*
* @param ArrayOfNumbers leeks
* @param Number mp
*
* @return Number
* mp
*/
function moveAwayFromLeeks(leeks, mp) {}
/**
* moveAwayFromLine(Number cell1, Number cell2) : Number mp
* Moves your leek away from the line between cell1 and cell2.
* The first cell of the line.
* The final cell of the line.
* The amount of MP spent.
*
* @level 42
* @cores 3
*
* @param Number cell1
* @param Number cell2
*
* @return Number
* mp
*/
function moveAwayFromLine(cell1, cell2) {}
/**
* moveAwayFromLine(Number cell1, Number cell2, Number mp) : Number mp
* Moves your leek away from the line between cell1
and cell2, using at most mp
Movement Points.
* First cell of the line.
* Final cell of the line.
* The maximum amount of MP to spend.
* The actual amount of MP spent.
*
* @level 42
* @cores 3
*
* @param Number cell1
* @param Number cell2
* @param Number mp
*
* @return Number
* mp
*/
function moveAwayFromLine(cell1, cell2, mp) {}
/**
* moveToward(Number leek) : Number mp
* Moves your leek closer to another leek.
* The leek you want to get closer to.
* The amount of MP spent.
*
* @level 1
* @cores 1
*
* @param Number leek
*
* @return Number
* mp
*/
function moveToward(leek) {}
/**
* moveToward(Number leek, Number mp) : Number mp
* Moves your leek closer to another leek, using at most mp
Movement Points.
* The leek you want to get closer to.
* The maximum amount of MP to spend.
* The actual amount of MP spent.
*
* @level 1
* @cores 1
*
* @param Number leek
* @param Number mp
*
* @return Number
* mp
*/
function moveToward(leek, mp) {}
/**
* moveTowardCell(Number cell) : Number mp
* Moves your leek closer to given cell.
* The cell you want to get closer to.
* The amount of MP spent.
*
* @level 5
* @cores 1
*
* @param Number cell
*
* @return Number
* mp
*/
function moveTowardCell(cell) {}
/**
* moveTowardCell(Number cell, Number mp) : Number mp
* Moves your leek closer to given cell, using at most mp
Movement Points.
* The cell you want to get closer to.
* The maximum amount of MP to spend.
* The actual amount of MP spent.
*
* @level 5
* @cores 1
*
* @param Number cell
* @param Number mp
*
* @return Number
* mp
*/
function moveTowardCell(cell, mp) {}
/**
* moveTowardCells(ArrayOfNumbers cells) : Number mp
* Moves your leek closer to a given group of cells.
* Array containig the cells to which you want to get closer.
* The amount of MP spent.
*
* @level 28
* @cores 2
*
* @param ArrayOfNumbers cells
*
* @return Number
* mp
*/
function moveTowardCells(cells) {}
/**
* moveTowardCells(ArrayOfNumbers cells, Number mp) : Number mp
* Moves your leek closer to a given group of cells, using at most mp
Movement Points.
* Array containig the cells to which you want to get closer.
* The maximum amount of MP to spend.
* The actual amount of MP spent.
*
* @level 28
* @cores 2
*
* @param ArrayOfNumbers cells
* @param Number mp
*
* @return Number
* mp
*/
function moveTowardCells(cells, mp) {}
/**
* moveTowardLeeks(ArrayOfNumbers leeks) : Number mp
* Moves your leek closer to a given group of leeks.
* Array containig the leeks to which you want to get closer.
* The amount of MP spent.
*
* @level 28
* @cores 2
*
* @param ArrayOfNumbers leeks
*
* @return Number
* mp
*/
function moveTowardLeeks(leeks) {}
/**
* moveTowardLeeks(ArrayOfNumbers leeks, Number mp) : Number mp
* Moves your leek closer to a given group of leeks, using at most mp
Movement Points.
* Array containig the leeks to which you want to get closer.
* The maximum amount of MP to spend.
* The actual amount of MP spent.
*
* @level 28
* @cores 2
*
* @param ArrayOfNumbers leeks
* @param Number mp
*
* @return Number
* mp
*/
function moveTowardLeeks(leeks, mp) {}
/**
* moveTowardLine(Number cell1, Number cell2) : Number mp
* Moves your leek towards the line between cell1
and cell2.
* The first cell of the line.
* The final cell of the line.
* The amount of MP spent.
*
* @level 42
* @cores 3
*
* @param Number cell1
* @param Number cell2
*
* @return Number
* mp
*/
function moveTowardLine(cell1, cell2) {}
/**
* moveTowardLine(Number cell1, Number cell2, Number mp) : Number mp
* Moves your leek towards the line between cell1
and cell2, using at most mp
Movement Points.
* The first cell of the line.
* The final cell of the line.
* The maximum amount of MP to spend.
* The actual amount of MP spent.
*
* @level 42
* @cores 3
*
* @param Number cell1
* @param Number cell2
* @param Number mp
*
* @return Number
* mp
*/
function moveTowardLine(cell1, cell2, mp) {}
/**
* number(? value) : Number number
* Casts a value into a number. If the value is a string, this function attempts to convert it into a number. If the value is a number, this function returns the number. For any other type, this function returns null
* The value to convert.
* The resulting number.
*
* @level 1
* @cores 1
*
* @param ? value
*
* @return Number
* number
*/
function number(value) {}
/**
* pause()
* Pauses the fight, only for the pausing leek's farmer.
*
* @level 1
* @cores 1
*/
function pause() {}
/**
* pop(Array array) : ? element
* Removes the last element of an array, and returns this element.
* The array to truncate.
* The truncated element.
*
* @level 1
* @cores 1
*
* @param Array array
*
* @return ?
* element
*/
function pop(array) {}
/**
* pow(Number base, Number exp) : Number result
* Exponentiates a base number to the exp power.
* Number to exponentiate.
* Exponant.
* base**exp.
*
* @level 1
* @cores 1
*
* @param Number base
* @param Number exp
*
* @return Number
* result
*/
function pow(base, exp) {}
/**
* push(Array array, ? element)
* Adds given element at the end of given array.
* Array which will be prolonged.
* Additionnal element.
*
* @level 1
* @cores 1
*
* @param Array array
* @param ? element
*/
function push(array, element) {}
/**
* pushAll(Array array, Array elements)
* Adds all elements from elements array at the end of given array.
* Array which will be prolonged.
* Array containing elements to add.
*
* @level 1
* @cores 1
*
* @param Array array
* @param Array elements
*/
function pushAll(array, elements) {}
/**
* rand() : Number number
* Returns a random real number, between 0 (included) and 1 (excluded).
* A random number within [0;1).
*
* @level 1
* @cores 1
*
* @return Number
* number
*/
function rand() {}
/**
* randFloat(Number a, Number b) : Number number
* Returns a random real number, between a (included) and b (excluded).
* The lower bound of the interval.
* The upper bound of the interval.
* A random number within [a;b).
*
* @level 1
* @cores 1
*
* @param Number a
* @param Number b
*
* @return Number
* number
*/
function randFloat(a, b) {}
/**
* randInt(Number a, Number b) : Number number
* Returns a random integer, between a (included) and b (excluded).
* The lower bound of the interval.
* The upper bound of the interval.
* A random integer within [a;b).
*
* @level 1
* @cores 1
*
* @param Number a
* @param Number b
*
* @return Number
* number
*/
function randInt(a, b) {}
/**
* remove(Array array, Number position) : ? element
* Removes the element at given position from given array, and returns this element.
* The array from which an element is removed.
* The position of the element to remove.
* documentation_func_remove_return
*
* @level 1
* @cores 1
*
* @param Array array
* @param Number position
*
* @return ?
* element
*/
function remove(array, position) {}
/**
* removeElement(Array array, ? element)
* Removes the first occurrence of given element from given array. array is unchanged if element cannot be found.
* The array from which an element is removed.
* The element to look for and remove.
*
* @level 1
* @cores 1
*
* @param Array array
* @param ? element
*/
function removeElement(array, element) {}
/**
* removeKey(Array array, ? key)
* Removes the element of given array associated with given key.
* The array from which an element is removed.
* The key of the element to remove.
*
* @level 1
* @cores 1
*
* @param Array array
* @param ? key
*/
function removeKey(array, key) {}
/**
* replace(String string, String search, String replace) : String string
* Replaces all occurrence of search string with replace string, within given string.
* String inside which substitutions are performed.
* Substring to be replaced.
* Replacing substring.
* Resulting string.
*
* @level 1
* @cores 1
*
* @param String string
* @param String search
* @param String replace
*
* @return String
* string
*/
function replace(string, search, replace) {}
/**
* reverse(Array array)
* Reverses the given array.
* Array that is reversed.
*
* @level 1
* @cores 1
*
* @param Array array
*/
function reverse(array) {}
/**
* round(Number number) : Number number
* Computes the integer closest to a given number.The rounded down value can be computed using floor and the rounded up value using ceil.
* Number
* Rounded value of number, to the closest integer.
*
* @level 1
* @cores 1
*
* @param Number number
*
* @return Number
* number
*/
function round(number) {}
/**
* say(String message)
* Allows your leek to talk. Costs one TP.
* Message your leek says, visible by all viewers of the fight.
*
* @level 1
* @cores 1
*
* @param String message
*/
function say(message) {}
/**
* search(Array array, ? element) : Number pos
* Searches for given element inside given array.
* The array to look into.
* The element to look for.
* The position of the first occurrence of given element inside given array, null if no match was found.
*
* @level 1
* @cores 1
*
* @param Array array
* @param ? element
*
* @return Number
* pos
*/
function search(array, element) {}
/**
* search(Array array, ? element, Number start) : Number pos
* Searches for given element inside given array, starting at start position.
* The array to look into.
* The element to look for.
* The starting position.
* The position of the first occurrence of given element inside given array starting at given start position, null if no match was found.
*
* @level 1
* @cores 1
*
* @param Array array
* @param ? element
* @param Number start
*
* @return Number
* pos
*/
function search(array, element, start) {}
/**
* sendAll(Number type, ? params)
* Sends a message to all of your allies.
* The type of message to send (see MESSAGE_* constants).
* The parameters of the message, which can take any form.
*
* @level 69
* @cores 1
*
* @param Number type
* @param ? params
*/
function sendAll(type, params) {}
/**
* sendTo(Number leek, Number type, ? params) : Boolean sent
* Sends a message to given leek.
* Message's addressee
* The type of message to send (see MESSAGE_* constants).
* The parameters of the message, which can take any form.
* documentation_func_sendTo_return
*
* @level 69
* @cores 1
*
* @param Number leek
* @param Number type
* @param ? params
*
* @return Boolean
* sent
*/
function sendTo(leek, type, params) {}
/**
* setRegister(String key, String value) : Boolean success
* documentation_func_setRegister
* documentation_func_setRegister_arg_1
* documentation_func_setRegister_arg_2
* documentation_func_setRegister_return
*
* @level 32
* @cores 1
*
* @param String key
* @param String value
*
* @return Boolean
* success
*/
function setRegister(key, value) {}
/**
* setWeapon(Number weapon)
* Equips given weapon on your leek.
* Weapon's id.
*
* @level 1
* @cores 1
*
* @param Number weapon
*/
function setWeapon(weapon) {}
/**
* shift(Array array) : ? element
* Removes the first cell of given array, and returns the corresponding element.
* The array to be truncated.
* The removed element.
*
* @level 1
* @cores 1
*
* @param Array array
*
* @return ?
* element
*/
function shift(array) {}
/**
* show(Number cell) : ? 
* Shows all players given cell in black, for one turn. Costs one TP.
* Cell to be showned.
* true if all went well, false otherwise.
*
* @level 1
* @cores 1
*
* @param Number cell
*
* @return ?
* undefined
*/
function show(cell) {}
/**
* show(Number cell, Number color) : ? 
* Shows all players given cell in given color, for one turn. Costs one TP.
* Cell to be showned.
* Marking's color (see getColor()).
* true if all went well, false otherwise.
*
* @level 1
* @cores 1
*
* @param Number cell
* @param Number color
*
* @return ?
* undefined
*/
function show(cell, color) {}
/**
* shuffle(Array array)
* Shuffles the contents of given array.
* Array to be shuffled.
*
* @level 1
* @cores 1
*
* @param Array array
*/
function shuffle(array) {}
/**
* signum(Number number) : Number sign
* Checks the sign of given number.
* Input number.
* 1 if number is positive, 0 if it is 0 and -1 if it is negative.
*
* @level 1
* @cores 1
*
* @param Number number
*
* @return Number
* sign
*/
function signum(number) {}
/**
* sin(Number angle) : Number sine
* Computes an angle's sine.
* A number.
* Given number's sine, within [-1, 1].
*
* @level 1
* @cores 1
*
* @param Number angle
*
* @return Number
* sine
*/
function sin(angle) {}
/**
* sort(Array array)
* Sorts given array, using the following order:
Booleans (false then true)
Numbers (least to greatest)
Strings (sorted alphabetically)
null elements
* Array that needs sorting.
*
* @level 1
* @cores 1
*
* @param Array array
*/
function sort(array) {}
/**
* sort(Array array, Number order)
* Sorts given array, using the given order.
* Array that needs sorting.
* SORT_ASC to sort from least to greatest, or SORT_DESC to sort from greatest to least. More details in sort (especially for multiple types arrays).
*
* @level 1
* @cores 1
*
* @param Array array
* @param Number order
*/
function sort(array, order) {}
/**
* split(String string, String delimiter) : ArrayOfStrings parts
* Splits given string into substrings separated by given delimiter.
* String that needs splitting.
* String that separates desired substrings.
* Array containing all substrings.
*
* @level 1
* @cores 1
*
* @param String string
* @param String delimiter
*
* @return ArrayOfStrings
* parts
*/
function split(string, delimiter) {}
/**
* split(String string, String delimiter, Number limit) : ArrayOfStrings parts
* Splits given string into substrings separated by given delimiter.
* String that needs splitting.
* String that separates desired substrings.
* Maximum size of output array.
* Array containing all substrings.
*
* @level 1
* @cores 1
*
* @param String string
* @param String delimiter
* @param Number limit
*
* @return ArrayOfStrings
* parts
*/
function split(string, delimiter, limit) {}
/**
* sqrt(Number number) : Number root
* Computes given number's square root.
* A number.
* Given number's square root.
*
* @level 1
* @cores 1
*
* @param Number number
*
* @return Number
* root
*/
function sqrt(number) {}
/**
* startsWith(String string, String prefix) : Boolean startsWith
* Checks whether given string starts with given prefix.
* String to look into.
* Prefix to look for.
* true if given string starts with given prefix, false otherwise.
*
* @level 1
* @cores 1
*
* @param String string
* @param String prefix
*
* @return Boolean
* startsWith
*/
function startsWith(string, prefix) {}
/**
* string(? value) : String string
* Casts a value to a string container.Returns:
value if it is a string
"value" if it is a number
"[key1: value1, key2: value2... ...]" if value is an array
"true" or "false" if value is a boolean
"null" if value is null
.
* Value that needs conversion.
* Resulting string.
*
* @level 1
* @cores 1
*
* @param ? value
*
* @return String
* string
*/
function string(value) {}
/**
* subArray(Array array, Number start, Number size) : Array array
* Extracts a sub-array, starting at start position and of given size, from given array.
* Source array.
* Starting position.
* Size of the output.
* The desired sub-array.
*
* @level 1
* @cores 1
*
* @param Array array
* @param Number start
* @param Number size
*
* @return Array
* array
*/
function subArray(array, start, size) {}
/**
* substring(String string, Number start) : String string
* Extracts a substring, starting at start position, from given string.
* Source string.
* Starting position.
* The desired substring.
*
* @level 1
* @cores 1
*
* @param String string
* @param Number start
*
* @return String
* string
*/
function substring(string, start) {}
/**
* substring(String string, Number start, Number length) : String string
* Extracts a substring, starting at start position and
of given length, from given string
* Source string.
* Starting position.
* Length of the output.
* The desired substring.
*
* @level 1
* @cores 1
*
* @param String string
* @param Number start
* @param Number length
*
* @return String
* string
*/
function substring(string, start, length) {}
/**
* sum(ArrayOfNumbers array) : Number sum
* Computes the sum of all elements within given array.
* Source array.
* Computed sum.
*
* @level 1
* @cores 1
*
* @param ArrayOfNumbers array
*
* @return Number
* sum
*/
function sum(array) {}
/**
* summon(Number chipId, Number cellId, Function AIFunction) : Number return
* documentation_func_summon
* documentation_func_summon_arg_1
* documentation_func_summon_arg_2
* documentation_func_summon_arg_3
* documentation_func_summon_return
*
* @level 1
* @cores 1
*
* @param Number chipId
* @param Number cellId
* @param Function AIFunction
*
* @return Number
* return
*/
function summon(chipId, cellId, AIFunction) {}
/**
* tan(Number angle) : Number tangent
* Computes given angle's tangent.
* A number.
* Given angle's tangent.
*
* @level 1
* @cores 1
*
* @param Number angle
*
* @return Number
* tangent
*/
function tan(angle) {}
/**
* toDegrees(Number radians) : Number degrees
* Converts given angle from radians to degrees.
* Angle's measure in radians.
* Angle's measure in degrees.
*
* @level 1
* @cores 1
*
* @param Number radians
*
* @return Number
* degrees
*/
function toDegrees(radians) {}
/**
* toLower(String string) : String string
* Converts all capital letters from given string to lower characters.
* Input string.
* String in lower characters.
*
* @level 1
* @cores 1
*
* @param String string
*
* @return String
* string
*/
function toLower(string) {}
/**
* toRadians(Number degrees) : Number radians
* Converts given angle from degrees to radians.
* Angle's measure in degrees.
* Angle's measure in radians.
*
* @level 1
* @cores 1
*
* @param Number degrees
*
* @return Number
* radians
*/
function toRadians(degrees) {}
/**
* toUpper(String string) : String string
* Converts all lower characters from given string to capital letters.
* Input string.
* String in upper characters.
*
* @level 1
* @cores 1
*
* @param String string
*
* @return String
* string
*/
function toUpper(string) {}
/**
* typeOf(? value) : Number type
* Determines the type of give value, among: TYPE_NULL, TYPE_NUMBER, TYPE_BOOLEAN, TYPE_ARRAY, TYPE_FUNCTION.
* Value that needs testing.
* values's type.
*
* @level 1
* @cores 1
*
* @param ? value
*
* @return Number
* type
*/
function typeOf(value) {}
/**
* unshift(Array array, ? element)
* Adds given element at the beginning of given array.
* Array.
* Additionnal element.
*
* @level 1
* @cores 1
*
* @param Array array
* @param ? element
*/
function unshift(array, element) {}
/**
* useChip(Number chip, Number leek) : Number result
* Use given chip, targetting given leek.
* Chip to use.
* Targetted leek.
*
USE_SUCCESS, in case of success
USE_FAILED, in case of failure
USE_INVALID_TARGET, if the target does not exist
USE_NOT_ENOUGH_TP, if your leek does not have enough TP
USE_INVALID_COOLDOWN, if given chip's cooldown is not expired
USE_INVALID_POSITION, if the chip's scope does not allow its use, or line of sight is not clear.
*
* @level 1
* @cores 1
*
* @param Number chip
* @param Number leek
*
* @return Number
* result
*/
function useChip(chip, leek) {}
/**
* useChipOnCell(Number chip, Number cell) : Number result
* Use given chip, targetting given cell.
* Chip to use.
* Targetted cell.
* See useChip.
*
* @level 7
* @cores 1
*
* @param Number chip
* @param Number cell
*
* @return Number
* result
*/
function useChipOnCell(chip, cell) {}
/**
* useWeapon(Number leek) : Number result
* Fires your leek's weapon, targetting given leek.
* Targetted leek.
*
USE_SUCCESS, in case of success
USE_FAILED, in case of failure
USE_INVALID_TARGET, if the target does not exist
USE_NOT_ENOUGH_TP, if your leek does not have enough TP
USE_INVALID_POSITION, if the weapon's scope does not allow its use, or line of sight is not clear.
*
* @level 1
* @cores 1
*
* @param Number leek
*
* @return Number
* result
*/
function useWeapon(leek) {}
/**
* useWeaponOnCell(Number cell) : Number result
* Fires your leek's weapon, targetting given cell.
* Targetted cell.
* See useWeapon.
*
* @level 7
* @cores 1
*
* @param Number cell
*
* @return Number
* result
*/
function useWeaponOnCell(cell) {}
/**
* AREA_CIRCLE_1 : Number
* documentation_const_AREA_CIRCLE_1
*
*/
global AREA_CIRCLE_1 = 3;
/**
* AREA_CIRCLE_2 : Number
* documentation_const_AREA_CIRCLE_2
*
*/
global AREA_CIRCLE_2 = 4;
/**
* AREA_CIRCLE_3 : Number
* documentation_const_AREA_CIRCLE_3
*
*/
global AREA_CIRCLE_3 = 5;
/**
* AREA_LASER_LINE : Number
* documentation_const_AREA_LASER_LINE
*
*/
global AREA_LASER_LINE = 2;
/**
* AREA_POINT : Number
* Single point area.
*
*/
global AREA_POINT = 1;
/**
* CELL_EMPTY : Number
* documentation_const_CELL_EMPTY
*
*/
global CELL_EMPTY = 0;
/**
* CELL_OBSTACLE : Number
* documentation_const_CELL_OBSTACLE
*
*/
global CELL_OBSTACLE = 2;
/**
* CELL_PLAYER : Number
* documentation_const_CELL_PLAYER
*
*/
global CELL_PLAYER = 1;
/**
* CHIP_ADRENALINE : Number
* documentation_const_CHIP_ADRENALINE
*
*/
global CHIP_ADRENALINE = 16;
/**
* CHIP_ARMOR : Number
* documentation_const_CHIP_ARMOR
*
*/
global CHIP_ARMOR = 22;
/**
* CHIP_ARMORING : Number
* documentation_const_CHIP_ARMORING
*
*/
global CHIP_ARMORING = 67;
/**
* CHIP_BANDAGE : Number
* documentation_const_CHIP_BANDAGE
*
*/
global CHIP_BANDAGE = 3;
/**
* CHIP_CURE : Number
* documentation_const_CHIP_CURE
*
*/
global CHIP_CURE = 4;
/**
* CHIP_DOPING : Number
* documentation_const_CHIP_DOPING
*
*/
global CHIP_DOPING = 26;
/**
* CHIP_DRIP : Number
* documentation_const_CHIP_DRIP
*
*/
global CHIP_DRIP = 10;
/**
* CHIP_FIRE_BULB : Number
* documentation_const_CHIP_FIRE_BULB
*
*/
global CHIP_FIRE_BULB = 74;
/**
* CHIP_FLAME : Number
* documentation_const_CHIP_FLAME
*
*/
global CHIP_FLAME = 5;
/**
* CHIP_FLASH : Number
* documentation_const_CHIP_FLASH
*
*/
global CHIP_FLASH = 6;
/**
* CHIP_FORTRESS : Number
* documentation_const_CHIP_FORTRESS
*
*/
global CHIP_FORTRESS = 29;
/**
* CHIP_HEALER_BULB : Number
* documentation_const_CHIP_HEALER_BULB
*
*/
global CHIP_HEALER_BULB = 75;
/**
* CHIP_HELMET : Number
* documentation_const_CHIP_HELMET
*
*/
global CHIP_HELMET = 21;
/**
* CHIP_ICE : Number
* documentation_const_CHIP_ICE
*
*/
global CHIP_ICE = 2;
/**
* CHIP_ICEBERG : Number
* documentation_const_CHIP_ICEBERG
*
*/
global CHIP_ICEBERG = 31;
/**
* CHIP_INVERSION : Number
* documentation_const_CHIP_INVERSION
*
*/
global CHIP_INVERSION = 68;
/**
* CHIP_LEATHER_BOOTS : Number
* documentation_const_CHIP_LEATHER_BOOTS
*
*/
global CHIP_LEATHER_BOOTS = 14;
/**
* CHIP_LIBERATION : Number
* documentation_const_CHIP_LIBERATION
*
*/
global CHIP_LIBERATION = 34;
/**
* CHIP_LIGHTNING : Number
* documentation_const_CHIP_LIGHTNING
*
*/
global CHIP_LIGHTNING = 33;
/**
* CHIP_METEORITE : Number
* documentation_const_CHIP_METEORITE
*
*/
global CHIP_METEORITE = 36;
/**
* CHIP_MOTIVATION : Number
* documentation_const_CHIP_MOTIVATION
*
*/
global CHIP_MOTIVATION = 15;
/**
* CHIP_PEBBLE : Number
* documentation_const_CHIP_PEBBLE
*
*/
global CHIP_PEBBLE = 19;
/**
* CHIP_PROTEIN : Number
* documentation_const_CHIP_PROTEIN
*
*/
global CHIP_PROTEIN = 8;
/**
* CHIP_PUNY_BULB : Number
* documentation_const_CHIP_PUNY_BULB
*
*/
global CHIP_PUNY_BULB = 73;
/**
* CHIP_RAGE : Number
* documentation_const_CHIP_RAGE
*
*/
global CHIP_RAGE = 17;
/**
* CHIP_RAMPART : Number
* documentation_const_CHIP_RAMPART
*
*/
global CHIP_RAMPART = 24;
/**
* CHIP_REFLEXES : Number
* documentation_const_CHIP_REFLEXES
*
*/
global CHIP_REFLEXES = 28;
/**
* CHIP_RESURRECTION : Number
* documentation_const_CHIP_RESURRECTION
*
*/
global CHIP_RESURRECTION = 35;
/**
* CHIP_ROCK : Number
* documentation_const_CHIP_ROCK
*
*/
global CHIP_ROCK = 7;
/**
* CHIP_ROCKFALL : Number
* documentation_const_CHIP_ROCKFALL
*
*/
global CHIP_ROCKFALL = 32;
/**
* CHIP_SEVEN_LEAGUE_BOOTS : Number
* documentation_const_CHIP_SEVEN_LEAGUE_BOOTS
*
*/
global CHIP_SEVEN_LEAGUE_BOOTS = 13;
/**
* CHIP_SHIELD : Number
* documentation_const_CHIP_SHIELD
*
*/
global CHIP_SHIELD = 20;
/**
* CHIP_SHOCK : Number
* documentation_const_CHIP_SHOCK
*
*/
global CHIP_SHOCK = 1;
/**
* CHIP_SPARK : Number
* documentation_const_CHIP_SPARK
*
*/
global CHIP_SPARK = 18;
/**
* CHIP_STALACTITE : Number
* documentation_const_CHIP_STALACTITE
*
*/
global CHIP_STALACTITE = 30;
/**
* CHIP_STEROID : Number
* documentation_const_CHIP_STEROID
*
*/
global CHIP_STEROID = 25;
/**
* CHIP_STRETCHING : Number
* documentation_const_CHIP_STRETCHING
*
*/
global CHIP_STRETCHING = 9;
/**
* CHIP_TELEPORTATION : Number
* documentation_const_CHIP_TELEPORTATION
*
*/
global CHIP_TELEPORTATION = 59;
/**
* CHIP_VACCINE : Number
* documentation_const_CHIP_VACCINE
*
*/
global CHIP_VACCINE = 11;
/**
* CHIP_WALL : Number
* documentation_const_CHIP_WALL
*
*/
global CHIP_WALL = 23;
/**
* CHIP_WARM_UP : Number
* documentation_const_CHIP_WARM_UP
*
*/
global CHIP_WARM_UP = 27;
/**
* CHIP_WINGED_BOOTS : Number
* documentation_const_CHIP_WINGED_BOOTS
*
*/
global CHIP_WINGED_BOOTS = 12;
/**
* COLOR_BLUE : Number
* Integer corresponding to Blue color.
*
*/
global COLOR_BLUE = 255;
/**
* COLOR_GREEN : Number
* Integer corresponding to Green color.
*
*/
global COLOR_GREEN = 65280;
/**
* COLOR_RED : Number
* Integer corresponding to Red color.
*
*/
global COLOR_RED = 16711680;
/**
* E : Number
* e number.
*
*/
global E = 2;
/**
* EFFECT_ABSOLUTE_SHIELD : Number
* documentation_const_EFFECT_ABSOLUTE_SHIELD
*
*/
global EFFECT_ABSOLUTE_SHIELD = 5;
/**
* EFFECT_BUFF_AGILITY : Number
* documentation_const_EFFECT_BUFF_AGILITY
*
*/
global EFFECT_BUFF_AGILITY = 4;
/**
* EFFECT_BUFF_FORCE : Number
* documentation_const_EFFECT_BUFF_FORCE
*
*/
global EFFECT_BUFF_FORCE = 3;
/**
* EFFECT_BUFF_MP : Number
* documentation_const_EFFECT_BUFF_MP
*
*/
global EFFECT_BUFF_MP = 7;
/**
* EFFECT_BUFF_TP : Number
* documentation_const_EFFECT_BUFF_TP
*
*/
global EFFECT_BUFF_TP = 8;
/**
* EFFECT_DAMAGE : Number
* documentation_const_EFFECT_DAMAGE
*
*/
global EFFECT_DAMAGE = 1;
/**
* EFFECT_DEBUFF : Number
* documentation_const_EFFECT_DEBUFF
*
*/
global EFFECT_DEBUFF = 9;
/**
* EFFECT_HEAL : Number
* documentation_const_EFFECT_HEAL
*
*/
global EFFECT_HEAL = 2;
/**
* EFFECT_RELATIVE_SHIELD : Number
* documentation_const_EFFECT_RELATIVE_SHIELD
*
*/
global EFFECT_RELATIVE_SHIELD = 6;
/**
* ENTITY_BULB : Number
* documentation_const_ENTITY_BULB
*
*/
global ENTITY_BULB = 2;
/**
* ENTITY_LEEK : Number
* documentation_const_ENTITY_LEEK
*
*/
global ENTITY_LEEK = 1;
/**
* FIGHT_CONTEXT_CHALLENGE : Number
* Fight context for challenges.
*
*/
global FIGHT_CONTEXT_CHALLENGE = 2;
/**
* FIGHT_CONTEXT_GARDEN : Number
* Fight context for garden fights.
*
*/
global FIGHT_CONTEXT_GARDEN = 1;
/**
* FIGHT_CONTEXT_TEST : Number
* Fight context for test fights.
*
*/
global FIGHT_CONTEXT_TEST = 0;
/**
* FIGHT_CONTEXT_TOURNAMENT : Number
* Fight context for tournament fights.
*
*/
global FIGHT_CONTEXT_TOURNAMENT = 3;
/**
* FIGHT_TYPE_FARMER : Number
* Fight type of farmer fights.
*
*/
global FIGHT_TYPE_FARMER = 1;
/**
* FIGHT_TYPE_SOLO : Number
* Fight type of of solo fights.
*
*/
global FIGHT_TYPE_SOLO = 0;
/**
* FIGHT_TYPE_TEAM : Number
* Fight type of team fights.
*
*/
global FIGHT_TYPE_TEAM = 2;
/**
* INSTRUCTIONS_LIMIT : Number
* documentation_const_INSTRUCTIONS_LIMIT
*
*/
global INSTRUCTIONS_LIMIT = 300000;
/**
* MAX_TURNS : Number
* Maximum duration of a fight.
*
*/
global MAX_TURNS = 64;
/**
* MESSAGE_ATTACK : Number
* documentation_const_MESSAGE_ATTACK
*
*/
global MESSAGE_ATTACK = 2;
/**
* MESSAGE_BUFF_AGILITY : Number
* documentation_const_MESSAGE_BUFF_AGILITY
*
*/
global MESSAGE_BUFF_AGILITY = 8;
/**
* MESSAGE_BUFF_FORCE : Number
* documentation_const_MESSAGE_BUFF_FORCE
*
*/
global MESSAGE_BUFF_FORCE = 7;
/**
* MESSAGE_BUFF_MP : Number
* documentation_const_MESSAGE_BUFF_MP
*
*/
global MESSAGE_BUFF_MP = 5;
/**
* MESSAGE_BUFF_TP : Number
* documentation_const_MESSAGE_BUFF_TP
*
*/
global MESSAGE_BUFF_TP = 6;
/**
* MESSAGE_CUSTOM : Number
* documentation_const_MESSAGE_CUSTOM
*
*/
global MESSAGE_CUSTOM = 13;
/**
* MESSAGE_DEBUFF : Number
* documentation_const_MESSAGE_DEBUFF
*
*/
global MESSAGE_DEBUFF = 3;
/**
* MESSAGE_HEAL : Number
* documentation_const_MESSAGE_HEAL
*
*/
global MESSAGE_HEAL = 1;
/**
* MESSAGE_MOVE_AWAY : Number
* documentation_const_MESSAGE_MOVE_AWAY
*
*/
global MESSAGE_MOVE_AWAY = 10;
/**
* MESSAGE_MOVE_AWAY_CELL : Number
* documentation_const_MESSAGE_MOVE_AWAY_CELL
*
*/
global MESSAGE_MOVE_AWAY_CELL = 12;
/**
* MESSAGE_MOVE_TOWARD : Number
* documentation_const_MESSAGE_MOVE_TOWARD
*
*/
global MESSAGE_MOVE_TOWARD = 9;
/**
* MESSAGE_MOVE_TOWARD_CELL : Number
* documentation_const_MESSAGE_MOVE_TOWARD_CELL
*
*/
global MESSAGE_MOVE_TOWARD_CELL = 11;
/**
* MESSAGE_SHIELD : Number
* documentation_const_MESSAGE_SHIELD
*
*/
global MESSAGE_SHIELD = 4;
/**
* PI : Number
* Relation between a circle's circonference and its diameter.
*
*/
global PI = 3;
/**
* SORT_ASC : Number
* Indicates a sorting function to use ascending order.
*
*/
global SORT_ASC = 0;
/**
* SORT_DESC : Number
* Indicates a sorting function to use descending order.
*
*/
global SORT_DESC = 1;
/**
* TYPE_ARRAY : Number
* array type.
*
*/
global TYPE_ARRAY = 4;
/**
* TYPE_BOOLEAN : Number
* boolean type.
*
*/
global TYPE_BOOLEAN = 2;
/**
* TYPE_FUNCTION : Number
* function type.
*
*/
global TYPE_FUNCTION = 5;
/**
* TYPE_NULL : Number
* null type.
*
*/
global TYPE_NULL = 0;
/**
* TYPE_NUMBER : Number
* number type.
*
*/
global TYPE_NUMBER = 1;
/**
* TYPE_STRING : Number
* string type.
*
*/
global TYPE_STRING = 3;
/**
* USE_FAILED : Number
* documentation_const_USE_FAILED
*
*/
global USE_FAILED = 0;
/**
* USE_INVALID_COOLDOWN : Number
* documentation_const_USE_INVALID_COOLDOWN
*
*/
global USE_INVALID_COOLDOWN = -3;
/**
* USE_INVALID_POSITION : Number
* documentation_const_USE_INVALID_POSITION
*
*/
global USE_INVALID_POSITION = -4;
/**
* USE_INVALID_TARGET : Number
* documentation_const_USE_INVALID_TARGET
*
*/
global USE_INVALID_TARGET = -1;
/**
* USE_NOT_ENOUGH_TP : Number
* documentation_const_USE_NOT_ENOUGH_TP
*
*/
global USE_NOT_ENOUGH_TP = -2;
/**
* USE_SUCCESS : Number
* documentation_const_USE_SUCCESS
*
*/
global USE_SUCCESS = 1;
/**
* WEAPON_B_LASER : Number
* documentation_const_WEAPON_B_LASER
*
*/
global WEAPON_B_LASER = 60;
/**
* WEAPON_DESTROYER : Number
* documentation_const_WEAPON_DESTROYER
*
*/
global WEAPON_DESTROYER = 40;
/**
* WEAPON_DOUBLE_GUN : Number
* documentation_const_WEAPON_DOUBLE_GUN
*
*/
global WEAPON_DOUBLE_GUN = 39;
/**
* WEAPON_ELECTRISOR : Number
* documentation_const_WEAPON_ELECTRISOR
*
*/
global WEAPON_ELECTRISOR = 44;
/**
* WEAPON_FLAME_THROWER : Number
* documentation_const_WEAPON_FLAME_THROWER
*
*/
global WEAPON_FLAME_THROWER = 46;
/**
* WEAPON_GAZOR : Number
* documentation_const_WEAPON_GAZOR
*
*/
global WEAPON_GAZOR = 48;
/**
* WEAPON_GRENADE_LAUNCHER : Number
* documentation_const_WEAPON_GRENADE_LAUNCHER
*
*/
global WEAPON_GRENADE_LAUNCHER = 43;
/**
* WEAPON_LASER : Number
* documentation_const_WEAPON_LASER
*
*/
global WEAPON_LASER = 42;
/**
* WEAPON_MACHINE_GUN : Number
* documentation_const_WEAPON_MACHINE_GUN
*
*/
global WEAPON_MACHINE_GUN = 38;
/**
* WEAPON_MAGNUM : Number
* documentation_const_WEAPON_MAGNUM
*
*/
global WEAPON_MAGNUM = 45;
/**
* WEAPON_M_LASER : Number
* documentation_const_WEAPON_M_LASER
*
*/
global WEAPON_M_LASER = 47;
/**
* WEAPON_PISTOL : Number
* documentation_const_WEAPON_PISTOL
*
*/
global WEAPON_PISTOL = 37;
/**
* WEAPON_SHOTGUN : Number
* documentation_const_WEAPON_SHOTGUN
*
*/
global WEAPON_SHOTGUN = 41;
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