Class AlgorithmBase

src/game_battlealgorithm.h:82–619

};

class AlgorithmBase {
public:
	virtual ~AlgorithmBase() {}

	/** @return the category associated with this action */
	virtual int GetActionType();

	/** @return the unique identifier associated with this specific action */
	virtual int GetActionId();

	/** @return the source of the battle action. */
	Game_Battler* GetSource() const;

	/** @return current target battler */
	Game_Battler* GetTarget() const;

	/** @return If the action was reflected, returns the target which triggered the reflect */
	Game_Battler* GetReflectTarget() const;

	/** @return true if this algorithm targets a party */
	Game_Party_Base* GetOriginalPartyTarget() const;

	/** @return the original targets of the action before reflect or other modifications */
	Span<Game_Battler* const> GetOriginalTargets() const;

	/** @return If the action originally had a single target, return that target. Otherwise return nullptr */
	Game_Battler* GetOriginalSingleTarget() const;

	/** @return the current repetition of the algorithm */
	int GetCurrentRepeat() const;

	/** @return the total number of times this algo will repeat */
	int GetTotalRepetitions() const;

	/** Initializes targetting and performs any initial actions such as sp cost reduction for the user. */
	void Start();

	/**
	 * If IsReflected(target) true on any target, will reflect the action back on the source or the source's party.
	 *
	 * @return true if this algo was reflected.
	 */
	bool ReflectTargets();

	/**
	 * Add a new target to the algo.
	 *
	 * @param target the target to add
	 * @param set_current Whether or not to reset the current target to this one
	 */
	void AddTarget(Game_Battler* target, bool set_current);

	/**
	 * Add all party targets to the algo.
	 *
	 * @param targets the party to add
	 * @param set_current Whether or not to reset the current target to the first member of the party
	 */