@Override
public int hashCode() {
int result = skill;
result = 31 * result + (scheme != null ? scheme.hashCode() : 0);
result = 31 * result + (name != null ? name.hashCode() : 0);
return result;
}
/**
* Overrides the parent class to return random colors. Only valid for cells with integer states,
* this gets a color corresponding to the given state.
*
* @param state The current cell state.
* @param numStates The number of states used in the simulation.
* @param currentView The view used by the cell.
* @return A color appropriate for the given state.
*/
public Color getColor(int state, int numStates, CellStateView currentView) {
// the number of times this method has been called
numCalls++;
// create an array of random colors, but only when necessary. Why this
// complicated scheme? Because the properties may change the number of
// states. And if the number of states changes, the initial states panel
// will draw random colors for that many states. But that may be more
// than the number of states being used by the current simulation. So
// the initial states panel would inadvertently change the colors of the
// current simulation. Very annoying. The "else-if" code prevents that.
if (randomColors == null) {
randomColors = new Color[numStates];
for (int i = 0; i < numStates; i++) {
randomColors[i] = new Color(random.nextInt(256), random.nextInt(256), random.nextInt(256));
}
super.setEmptyColor(randomColors[0]);
super.setFilledColor(randomColors[numStates - 1]);
} else if (randomColors.length < numStates) {
// copy the original colors (so they are not lost)
Color[] newRandomColors = new Color[numStates];
for (int i = 0; i < randomColors.length; i++) {
newRandomColors[i] = randomColors[i];
}
// now create new colors (tack them onto the end of the original
// colors)
for (int i = randomColors.length; i < numStates; i++) {
newRandomColors[i] =
new Color(random.nextInt(256), random.nextInt(256), random.nextInt(256));
}
randomColors = newRandomColors;
// and reset the empty and filled colors, but only if this is the
// same view (otherwise this is being called by the initial state
// tab, and we don't want to change the simulation; we only want
// to change the initial state which is trying to set up for a
// different number of cell states.)
if (this.currentView == currentView) {
super.setEmptyColor(randomColors[0]);
super.setFilledColor(randomColors[numStates - 1]);
}
}
// only set the current view when first called
if (numCalls == 1) {
this.numStates = numStates;
this.currentView = currentView;
}
// now get the color that will be returned. Note that this replaces the
// array color with the filled and empty color as appropriate. Why?
// Because the filled and empty colors can be reset from the menu by the
// user. But those reset values are not stored in this class' color
// array.
Color theColor = null;
if (state == 0) {
theColor = getEmptyColor();
} else if (state == numStates - 1) {
theColor = getFilledColor();
} else {
theColor = randomColors[state];
}
return theColor;
}
/** Overrides the parent so that the random array is also given a new filled color. */
public void setFilledColor(Color color) {
super.setFilledColor(color);
randomColors[numStates - 1] = color;
}
/** Overrides the parent so that the random array is also given a new empty color. */
public void setEmptyColor(Color color) {
super.setEmptyColor(color);
randomColors[0] = color;
}
/**
* main: This method initializes and coordinates the main actions of the game. Pre: None Post: The
* game has been completed
*/
public static void main(String[] args) {
JOptionPane.showMessageDialog(
null,
"CLEANSANITY\n"
+ "Instructions:\n"
+ "Use W, A, S, and D to move the Cleansinator towards the exit (a pulsating GREEN tile)\n"
+ "Clean the forces of dirt by pointing at them and pressing the RIGHT or LEFT MOUSE BUTTONS.\n"
+ "Use COMMA and PERIOD to zoom in and out.\n"
+ "Press SHIFT to toggle sprint.\n"
+ "Use P and O to increase/decrease the volume.",
"CLEANSANITY",
JOptionPane.PLAIN_MESSAGE);
String strSeedToSetTo =
JOptionPane.showInputDialog(
null, "Input a game seed:", "CLEANSANITY", JOptionPane.INFORMATION_MESSAGE);
try {
iCurrentMapSeed = Integer.parseInt(strSeedToSetTo);
} catch (NumberFormatException e) {
iCurrentMapSeed = strSeedToSetTo.hashCode();
}
JOptionPane.showMessageDialog(
null,
"CLEANSANITY\n" + "NOW PLAYING: " + iCurrentMapSeed,
"CLEANSANITY",
JOptionPane.PLAIN_MESSAGE);
strGamePath = new File("").getAbsolutePath();
// Initialization begins
iGameReadinessState = -1;
mainGameWindow = new GameWindow();
GameInput.initGameInput();
GameSettings.initGameSettings();
GameSettings.setDefaultKeyBindings();
ColorScheme.initColorScheme();
iMSPFOGmAdj = GameSettings.iMSPFOGm;
lCurrentFrame = 0;
mainGameWindow.start();
entveCurrentEntities = new Vector<Entity>();
addEntity(
ContentLibrary.PLAYER_BLUEPRINT,
0,
0,
0,
new ControllerPlayer(),
new SkeletonHumanoid(),
ContentLibrary.PLAYER_COLORS);
// addEntity(ContentLibrary.RAT_BLUEPRINT, 10,17,0, new ControllerAI(), new SkeletonCreature(),
// ContentLibrary.CREATURE_COLORS);
// addEntity(ContentLibrary.DIRTY_BUBBLE_BLUEPRINT, 15,15,0, new ControllerAI(), new
// SkeletonBubble(), ContentLibrary.DIRTY_BUBBLE_COLORS);
addItem(
new Item(
ContentLibrary.DUSTER_BLUEPRINT,
new ControllerItem(),
new SkeletonDuster(),
ContentLibrary.DUSTER_COLORS,
0,
handleEntity(0).ensSkeleton.sklaSkeleton[5]),
handleEntity(0));
addItem(
new Item(
ContentLibrary.BROOM_BLUEPRINT,
new ControllerItem(),
new SkeletonBroom(),
ContentLibrary.BROOM_COLORS,
0,
handleEntity(0).ensSkeleton.sklaSkeleton[6]),
handleEntity(0));
dngCurrentDungeon = new Dungeon(iCurrentMapSeed);
iGameReadinessState += 1;
// Initialization ends
bRenderMenu = false;
bRenderGame = true;
mainGameWindow.show();
// The Gameplay Loop
while (true) {
lGameLoopStartTime = System.currentTimeMillis();
if (bRenderGame) {
doGameLoop();
ColorScheme.updateColorList();
lCurrentFrame++;
}
// Do features such as zoom in, zoom out, calling out menus, etc.
doNonGameplayInput();
// Checks whether different music needs to be played
GameSounds.updateGameSounds();
regulateFramerate();
}
}