UpgradeType¶
-
class
BWAPI.
UpgradeType
¶ The upgrade type represents a passive upgrade that can be obtained with
Unit.upgrade()
.See also
Constructors
-
UpgradeType
([id = UpgradeTypes.Enum.None])¶ Expected type constructor.
If the type is an invalid type, then it becomes
Unknown
. A type is invalid if its value is less than 0 or greater thanUnknown
.Parameters: id (int) – The id that corresponds to this type. It is typically an integer value that corresponds to an internal Broodwar type. If the given id is invalid, then it becomes Unknown
.
Member Functions
-
getID
() → int¶ Retrieves this type’s identifier as an integer.
Returns: An integer representation of this type. Return type: int
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isValid
() → boolean¶ Checks if the current type has a valid identifier. The purpose of this function is to prevent buffer overflows if a type has been handled improperly.
A type is valid if it is between 0 and Unknown (inclusive).
Returns: true
if this type is valid andfalse
otherwise.Return type: boolean
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getName
() → string¶ Returns: The variable name of the type. Return type: string
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gasPrice
([level = 1]) → int¶ Returns the vespene gas price for the first upgrade.
Parameters: level (int) – (optional) The next upgrade level. Returns: The gas cost of the upgrade for the given level
.Return type: int Note
Upgrades start at level 0.
-
gasPriceFactor
() → int¶ Returns the amount that the vespene gas price increases for each additional upgrade.
Returns: The gas cost added to the upgrade after each level. Return type: int
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getRace
() → Race¶ Retrieves the race the upgrade is for.
For example,
BWAPI.UpgradeTypes.Terran_Infantry_Armor:getRace()
will returnRaces.Terran
.Returns: Race
that this upgrade belongs to.Return type: BWAPI.Race
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maxRepeats
() → int¶ Returns the maximum number of times the upgrade can be researched.
Returns: Maximum number of times this upgrade can be upgraded. Return type: int
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mineralPrice
([level = 1]) → int¶ Returns the mineral price for the upgrade.
Parameters: level (int) – (optional) The next upgrade level. Returns: The mineral cost of the upgrade for the given level
.Return type: int Note
Upgrades start at level 0.
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mineralPriceFactor
() → int¶ The amount that the mineral price increases for each additional upgrade.
Returns: The mineral cost added to the upgrade after each level. Return type: int
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upgradeTime
([level = 1]) → int¶ Returns the number of frames needed to research the first upgrade.
Parameters: level (int) – (optional) The next upgrade level. Returns: The time cost of the upgrade for the given level
.Return type: int Note
Upgrades start at level 0.
-
upgradeTimeFactor
() → int¶ Returns the number of frames that the upgrade time increases for each additional upgrade.
Returns: The time cost added to the upgrade after each level. Return type: int
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whatsRequired
([level = 1]) → UnitType¶ Returns the type of unit that is required for the upgrade.
The player must have at least one of these units completed in order to start upgrading this upgrade.
Parameters: level (int) – (optional) The next upgrade level. Returns: UnitType
required to obtain this upgrade.Return type: BWAPI.UnitType
Note
Upgrades start at level 0.
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whatUpgrades
() → UnitType¶ Returns the type of unit that researches the upgrade.
Returns: The UnitType
that is used to upgrade this type.Return type: BWAPI.UnitType
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whatUses
() → UnitTypeset¶ Returns the set of units that are affected by this upgrade.
Returns: Set of unit types that passively use this upgrade type. Return type: BWAPI.UnitTypeset
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UpgradeTypeset¶
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class
BWAPI.
UpgradeTypeset
¶ A container for a set of
UpgradeType
objects.Constructors
-
UpgradeTypeset
()¶ Default constructor.
-
UpgradeTypeset
(set) Copy constructor.
Parameters: set (BWAPI.UpgradeTypeset) – The UpgradeTypeset to copy.
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UpgradeTypeset
(tbl) Constructor to convert a Lua table to a set. Any values in the table that are of type
UpgradeType
are added to the set.Parameters: tbl (table) – A table containing UpgradeType
objects.
Member Functions
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iterator
() → iteratorFunction¶ Returns an iterator function intended to be used in
for
loops (e.g.for item in set:iterator() do
).Returns: An iterator function that will return the next value in the set with each successive call. Return type: function
-
asTable
() → table¶ Returns the values of the set as an array-like Lua table.
Note
The ordering of the returned table is arbitrary (due to sets being unordered in the C++ implementation).
Returns: An array-like Lua table containing each value in the set. Return type: table
-
count
(val) → int¶ Searches the set for elements with a value of
val
and returns the number of elements found. Because sets do not allow for duplicate values, this means that the function will return either1
or0
. Because of this, it’s recommended to usecontains()
instead.See also
-
contains
(val) → boolean¶ Checks if this set contains a specific value.
Returns: true
if the set contains the specified value, orfalse
otherwise.Return type: boolean
-
size
() → int¶ Returns: The number of values in the set. Return type: int Note
set:size()
is exactly equivalent to#set
-
empty
() → boolean¶ Returns: true
if the set is empty (size() == 0
), orfalse
otherwise.Return type: boolean
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insert
(val)¶ Inserts the value into the set.
Note
Sets cannot contain duplicate values. If the value already exists in the set, the set will not be modified.
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erase
(val) → numElementsErased¶ Removes
val
from the set if it exists.Returns: The number of elements removed. Because sets do not allow for duplicate values, this means that the function will return either 1
or0
.Return type: int
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clear
()¶ Removes all elements from the set, leaving it with a size of 0.
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eraseIf
(pred)¶ Iterates the set and erases each element x where pred(x) returns true. The set is modified in place.
Parameters: pred (function) – A predicate function that takes a value and returns true
for values that should be erased andfalse
otherwise.
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filter
(pred)¶ Iterates the set and erases each element x where pred(x) returns false. The set is modified in place.
Parameters: pred (function) – A predicate function that takes a value and returns true
for values that should be kept andfalse
for elements that should be erased.
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