package jrummikub.model; import static jrummikub.model.StoneColor.*; import java.io.Serializable; import java.util.ArrayList; import java.util.Arrays; import java.util.HashSet; import java.util.List; import java.util.Set; /** * The overall game settings */ public class GameSettings implements Serializable { private static final long serialVersionUID = -7221346125938175643L; private ArrayList players = new ArrayList(); private int initialMeldThreshold; private int jokerPoints; private int jokerNumber; private int highestValue; private int stoneSetNumber; private int numberOfStonesDealt; private boolean noLimits; private HashSet stoneColors; /** * Creates new GameSettings with default values */ public GameSettings() { initialMeldThreshold = 30; jokerPoints = 50; jokerNumber = 2; highestValue = 13; stoneSetNumber = 2; numberOfStonesDealt = 14; noLimits = false; stoneColors = new HashSet(Arrays.asList(BLACK, BLUE, ORANGE, RED)); } /** * Returns the list containing the settings of all players * * @return the player settings list */ public List getPlayerList() { return players; } /** * Sets the initial meld threshold * * @param value * the value to set */ public void setInitialMeldThreshold(int value) { initialMeldThreshold = value; } /** * Returns the initial meld threshold * * @return the threshold */ public int getInitialMeldThreshold() { return initialMeldThreshold; } /** * Sets the points counted for a joker * * @param value * the value to set */ public void setJokerPoints(int value) { jokerPoints = value; } /** * Returns the points counted for a joker * * @return the points */ public int getJokerPoints() { return jokerPoints; } /** * Sets the number of jokers in game * * @param value * how many jokers will be used */ public void setJokerNumber(int value) { jokerNumber = value; } /** * Returns the number of jokers * * @return the number of jokers */ public int getJokerNumber() { return jokerNumber; } /** * Return the highest stone value in use * * @return highest stone value */ public int getHighestValue() { return highestValue; } /** * Set the highest stone value in use * * @param highestValue * highest stone value */ public void setHighestValue(int highestValue) { this.highestValue = highestValue; } /** * Get the number of sets of stones in use * * @return sets of stones in use */ public int getStoneSetNumber() { return stoneSetNumber; } /** * Set the number of sets of stones in use * * @param stoneSets * sets of stones in use */ public void setStoneSetNumber(int stoneSets) { this.stoneSetNumber = stoneSets; } /** * Use "No-Limits" rules * * @return whether No-Limits rules are used */ public boolean isNoLimits() { return noLimits; } /** * Set whether "No-Limits" rules are used * * @param noLimits * use no limit rules */ public void setNoLimits(boolean noLimits) { this.noLimits = noLimits; } /** * Get stone colors used * * @return used stone colors */ public Set getStoneColors() { return stoneColors; } /** * Set stone colors used * * @param stoneColors * used stone colors */ public void setStoneColors(Set stoneColors) { this.stoneColors = new HashSet(stoneColors); } /** * Get number of stones dealt at game start * * @return numberOfStonesDealt */ public int getNumberOfStonesDealt() { return numberOfStonesDealt; } /** * Set number of stones dealt at game start * * @param number * how many Stones will be dealt initially */ public void setNumberOfStonesDealt(int number) { numberOfStonesDealt = number; } }