simulator

Class Simulator

java.lang.Object

simulator.Simulator

public class Simulator
extends java.lang.Object

The class of the simulator.

Constructor Summary

Constructors

Constructor and Description
Simulator(GameData gameData) The class constructor that creates an instance of the Simulator class by using an instance of the GameData class.

Method Summary

Modifier and Type

Method and Description

FrameData

simulate(FrameData frameData, boolean playerNumber, java.util.Deque<Action> myAct, java.util.Deque<Action> oppAct, int simulationLimit) Simulates the progression of a fight starting from a given FrameData instance and executing specified actions for both players. The resulting FrameData is returned, and can be used to assess the outcome of the simulation. Note that when the character is on ground, all AIR actions will be considered invalid by the simulator.

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

Simulator

public Simulator(GameData gameData)

The class constructor that creates an instance of the Simulator class by using an instance of the GameData class.

Parameters:

gameData - an instance of the GameData class

Method Detail

simulate

public FrameData simulate(FrameData frameData,
                          boolean playerNumber,
                          java.util.Deque<Action> myAct,
                          java.util.Deque<Action> oppAct,
                          int simulationLimit)

Simulates the progression of a fight starting from a given FrameData instance and executing specified actions for both players.
The resulting FrameData is returned, and can be used to assess the outcome of the simulation.
Note that when the character is on ground, all AIR actions will be considered invalid by the simulator. Likewise, all GROUND actions are considered invalid if the character is in air.
To simulate AIR actions when the character is initially on ground, add Action.JUMP to the action list before the AIR action.
For example, myAct.add(Action.JUMP); myAct.add(Action.AIR_A);

Parameters:

frameData - frame data at the start of simulation

playerNumber - boolean value which identifies P1/P2. true if the player is P1, or false if P2.

myAct - actions to be performed by the player identified by the parameter `player`

oppAct - actions to be performed by the opponent of the player identified by the parameter `player`

simulationLimit - the number of frames to be simulated.
If `simulationLimit` is less than the number of frames required for executing the actions of a given player, the simulator will simulate the player's actions up to `simulationLimit` frames; otherwise, the simulator will simulate the player's all actions and then continue the simulation until the `simulationLimit`-th frame assuming no actions are performed by the player.

Returns:

the frame data after the simulation