public GameMenu(GameMain midlet_ /*,ConnectionServer conn_,RoleDataValue roleData_*/) {
// true->使用GameAction(boolean suppressKeyEvents) , false->不使用GameAction(boolean
// suppressKeyEvents)
super(false);
// 使用全螢幕
setFullScreenMode(true);
midlet = midlet_;
// music = music_;
// roleData = roleData_;
display = midlet.getDisplay();
layMa = new LayerManager();
spInterface = new Sprite(createImage("/image/gameInterface/inface.png"), bgWidth, bgHeight);
spName = new Sprite(createImage("/image/gameInterface/Title.png"), 84, 15);
menustate = 0;
menuNum = 3;
// setFullScreenMode(true);
g = getGraphics();
/*if(!(getWidth()<176) || !(getHeight()<208)){
disWidth = (getWidth()-176)/2;//抓取螢幕的中心點
disHeight = (getHeight()-208)/2;//抓取螢幕的中心點
}*/
// 設定Sprite位置
spName.setPosition(80, 20);
spInterface.setPosition(0, 0);
// 加入到LayerManager
layMa.append(spName);
spName.setVisible(false);
layMa.append(spInterface);
spInterface.setFrame(0);
System.out.println("start");
start();
}
/**
* Metoda wyswietlajaca okreg obrazujacy postep wykrywania urzadzen
*
* @param g Referencja do obiektu klasy Graphics, ktory pozwala na narysowanie pasku postepu
* @param progress Liczba z zakresu 0 - 359: zakres luku
*/
public void showInquiryProgress(Graphics g, int progress) {
int c = g.getColor();
g.setColor(255, 255, 255);
g.drawArc(screenWidth - 25, screenHeight - 57, 10, 16, 0, progress);
g.setColor(c);
bluetoothLogoSmallSprite.setPosition(screenWidth - 24, screenHeight - 56);
bluetoothLogoSmallSprite.paint(g);
}
private int[] getDiceX() {
int w = getWidth();
int diceWidth = red_dice.getWidth();
int ax = w / 2 - MoveDialog.distanceFromCenter - diceWidth / 2;
int dx = w / 2 + MoveDialog.distanceFromCenter - diceWidth / 2;
return new int[] {ax, dx};
}
public void run() {
try {
if (init) {
Thread.sleep(500);
disWidth = (getWidth() - 176) / 2; // 抓取螢幕的中心點
disHeight = (getHeight() - 208) / 2; // 抓取螢幕的中心點
drawDisplay();
systemShowInf("建立資料庫...");
new DataBaseWrite();
systemShowInf("設定音樂...");
GameMain.music = new BackupMusic();
music = GameMain.music;
systemShowInf("設定遊戲環境...");
GameMain.roleData = new RoleDataValue();
roleData = GameMain.roleData;
GameMain.gaminf = new GameInfString();
GameMain.music.musicStart("1");
spInterface.setFrame(1);
drawDisplay();
changeMeun();
init = false;
}
} catch (Exception e) {
e.printStackTrace();
}
}
/*
* 图片特旋转
*/
public Image effect_rotate(Image src, int direction) {
Sprite sprite = new Sprite(src);
switch (direction) {
case 1:
sprite.setTransform(sprite.TRANS_ROT270);
break;
case 2:
sprite.setTransform(sprite.TRANS_ROT90);
break;
}
Image temp = Image.createImage(src.getHeight(), src.getWidth());
Graphics g = temp.getGraphics();
sprite.setPosition(0, 0);
sprite.paint(g);
return temp;
}
/**
* Set up all of the data.
*
* <p>This is called from a separate init method in order to limit the amount of resource loading
* that is done by the thread that called the startApp method.
*/
public void init() throws Exception {
// TODO: [Exercise 3][step 1] - initialization code. Please, don't forget to fix the missing
// imports and fields
mazeDesign = new MazeGameDesign(); // [Exercise3]
jamesSprite = mazeDesign.getJamesS(); // [Exercise3]
dukeSprite = mazeDesign.getDukeS(); // [Exercise3]
dukeSprite.defineReferencePixel(dukeSprite.getWidth() / 2, 0); // [Exercise3]
dukeSpriteAnimator = new SpriteAnimationTask(dukeSprite, false); // [Exercise3]
myWalls = mazeDesign.getMaze1(); // [Exercise3]
mazeDesign.updateLayerManagerForLevel1(this); // [Exercise3]
timer = new Timer(); // [Exercise3]
timer.scheduleAtFixedRate(dukeSpriteAnimator, 0, mazeDesign.dukeSseq001Delay); // [Exercise3]
// this sets the view screen so that the player is
// in the center.
myViewWindowX = dukeSprite.getX() - ((DISP_HEIGHT - SQUARE_WIDTH) / 2);
myViewWindowY = dukeSprite.getY() - ((DISP_HEIGHT - SQUARE_WIDTH) / 2);
System.gc();
}
public boolean animate(Graphics g) {
if (animatedOnce) {
if (frameSkipRate == 0) {
sprite.nextFrame();
} else {
frameCurrent++;
if (frameCurrent > 1000) frameCurrent = 0;
if (frameCurrent % frameSkipRate == 0) sprite.nextFrame();
}
} else {
animatedOnce = true;
}
sprite.paint(g);
if (sprite.getFrame() == endFrame) {
executeCustomMethods();
return false;
}
return true;
}
public int insideButton(int x, int y) {
// <copy-pasta>
int imageAreaHeight = getImageAreaHeight();
int heightOfComponents =
((MoveDialog.DialogLayout) getContentPane().getLayout())
.getHeightOfComponents(getContentPane());
// this is the MIDDLE of the images area
int xOffset = getContentPane().getWidth() / 2;
int yOffset =
(getContentPane().getHeight() - heightOfComponents) / 2
+ imageAreaHeight / 4
+ getContentPane().getY();
int y1 = yOffset + imageAreaHeight / 4; // top of dice
int y2 = y1 + red_dice.getHeight() + XULLoader.adjustSizeToDensity(2);
int y3 = y2 + red_dice.getHeight() + XULLoader.adjustSizeToDensity(2);
// </copy-pasta>
int[] diceXs = getDiceX();
int ax = diceXs[0], dx = diceXs[1];
int W = red_dice.getWidth();
int H = red_dice.getHeight();
if (x >= ax && x < (ax + W) && y >= y1 && y < (y1 + H)) {
return 1;
} else if (x >= ax && x < (ax + W) && y >= y2 && y < (y2 + H)) {
return 2;
} else if (x >= ax && x < (ax + W) && y >= y3 && y < (y3 + H)) {
return 3;
} else if (x >= dx && x < (dx + W) && y >= y1 && y < (y1 + H)) {
return 4;
} else if (x >= dx && x < (dx + W) && y >= y2 && y < (y2 + H)) {
return 5;
} else if (x >= dx && x < (dx + W) && y >= y3 && y < (y3 + H)) {
return 6;
}
return 0;
}
/**
* Metoda wczytujaca obrazki z zasobow i tworzaca tlo oraz ikony
*
* @throws IOException
*/
public void loadResources() throws IOException {
int i, j;
Image image = Image.createImage("/res/layer.png"); // wczytanie obrazku tla
Image iconsImage =
Image.createImage("/res/icons.png"); // wczytanie obrazu przechowujacego ikony przyciskow
Image logoImage =
Image.createImage(
"/res/blue_logo_small.png"); // wczytanie obrazku przechowujacego male logo Bluetooth
int rows = getHeight() / 16;
int cols = getWidth() / 16;
backgroundLayer = new TiledLayer(cols, rows, image, 16, 16);
backgroundLayer.setCell(0, 0, 3);
for (i = 0; i < cols - 2; i++) backgroundLayer.setCell(i + 1, 0, 2);
backgroundLayer.setCell(cols - 1, 0, 1);
for (i = 1; i < rows - 1; i++) {
backgroundLayer.setCell(0, i, 4);
backgroundLayer.setCell(cols - 1, i, 8);
}
backgroundLayer.setCell(0, rows - 1, 5);
for (i = 0; i < cols - 2; i++) backgroundLayer.setCell(i + 1, rows - 1, 6);
backgroundLayer.setCell(cols - 1, rows - 1, 7);
for (i = 1; i < cols - 1; i++) for (j = 1; j < rows - 1; j++) backgroundLayer.setCell(i, j, 9);
backgroundLayer.setPosition(
(getWidth() % 16) / 2,
(getHeight() % 16) / 2); // przesuniecie utworzonej warstwy na srodek wyswietlacza
playPauseSprite = new Sprite(iconsImage, 32, 32);
playPauseSprite.setFrame(PLAY_ICON);
nextSprite = new Sprite(iconsImage, 32, 32);
nextSprite.setFrame(NEXT_ICON); // ustawienie sprite'a tak, aby wyswietlal ikone 'Next'
previousSprite = new Sprite(iconsImage, 32, 32);
previousSprite.setFrame(
PREVIOUS_ICON); // ustawienie sprite'a tak, aby wyswietlal ikone 'Previous'
bluetoothLogoSmallSprite = new Sprite(logoImage, 8, 14);
}
public void drawButton(GuiButton selectedButton) {
if (!drawButton) {
if (!Touch.isInputHandled() && Touch.isPressed() && checkPoint(Touch.getX(), Touch.getY())) {
Touch.setInputHandled();
}
return;
}
if (getButtonImage() != buttonImage) {
initButtonSprite();
}
boolean flag = false;
if ((!Touch.isInputHandled() || cc.currentScreen == null)
&& Touch.isPressed()
&& checkPoint(Touch.getX(), Touch.getY())) {
flag = true;
} else if (selectedButton == this) {
flag = true;
}
int i = getHooverState(flag);
int y = yPos;
if (selectedButton != null
&& selectedButton.yPos + selectedButton.getHeight() > Comcraft.screenHeight) {
y -= selectedButton.yPos + selectedButton.getHeight() - Comcraft.screenHeight + 10;
}
buttonSprite.setPosition(xPos, y);
buttonSprite.setFrame(i);
buttonSprite.paint(cc.g);
drawButtonString(flag, y);
}
public void drawDice(boolean isAttacker, int result, int dx, int dy, Graphics2D g) {
g.translate(dx, dy);
if (isAttacker) {
g.drawSprite(red_dice, DICE_NORMAL, 0, 0);
} else {
g.drawSprite(blue_dice, DICE_NORMAL, 0, 0);
}
int w = red_dice.getWidth();
int size = (int) (w / (29D / 3D) + 0.5);
int close = (int) (w / (29D / 7D) + 0.5);
int middle = (w - size) / 2;
int far = w - close - size;
g.setColor(0xC8FFFFFF);
if (result == 0) {
g.fillOval(middle, middle, size, size);
} else if (result == 1) {
g.fillOval(close, close, size, size);
g.fillOval(far, far, size, size);
} else if (result == 2) {
g.fillOval(close, close, size, size);
g.fillOval(middle, middle, size, size);
g.fillOval(far, far, size, size);
} else if (result == 3) {
g.fillOval(close, close, size, size);
g.fillOval(far, close, size, size);
g.fillOval(far, far, size, size);
g.fillOval(close, far, size, size);
} else if (result == 4) {
g.fillOval(close, close, size, size);
g.fillOval(far, close, size, size);
g.fillOval(far, far, size, size);
g.fillOval(close, far, size, size);
g.fillOval(middle, middle, size, size);
} else if (result == 5) {
g.fillOval(close, close, size, size);
g.fillOval(far, close, size, size);
g.fillOval(far, far, size, size);
g.fillOval(close, far, size, size);
g.fillOval(middle, close, size, size);
g.fillOval(middle, far, size, size);
}
g.translate(-dx, -dy);
}
public void moveFight() {
sptSword.setPosition(
fightRange[fightCurIndex][1] * MyGameCanvas.CHECKWIDTH,
fightRange[fightCurIndex][0] * MyGameCanvas.CHECKHEIGHT);
int dR = fightRange[fightCurIndex][0] - thisRow;
int dC = fightRange[fightCurIndex][1] - thisCol;
if (abs(dR) > abs(dC)) {
if (dR > 0) direction = DOWN;
else direction = UP;
} else {
if (dC > 0) direction = RIGHT;
else direction = LEFT;
}
setFrame(moveFrame[direction][0]);
}
/**
* Internal to requestMove. Set the duke sprite to the correct frame depending on her movements..
*/
private void updateSprite(int hdirection, int vdirection) {
// if the duke is moving left or right, we set
// his image to be facing the right direction
if (hdirection > 0) {
dukeSprite.setTransform(Sprite.TRANS_NONE);
} else if (hdirection < 0) {
dukeSprite.setTransform(Sprite.TRANS_MIRROR);
}
// in case that duke is moving, change the showing sprite image
if (lastHorDirection != hdirection) {
dukeSprite.setFrameSequence(
mazeDesign.dukeSseq001); // TODO: [Exercise 3][step 2] Let the duke move set to vertical
// sequence
}
if (lastVertDirection != vdirection) {
if (vdirection > 0) { // he's jumping
dukeSprite.setFrameSequence(
mazeDesign.dukeSfalling); // TODO: [Exercise 3][step 2] set to falling sequence
} else if (vdirection < 0) {
dukeSprite.setFrameSequence(
mazeDesign.dukeSjumping); // TODO: [Exercise 3][step 2] set to jumping sequence
}
}
if ((vdirection != 0) || (hdirection != 0)) {
dukeSpriteAnimator.forward();
} else {
dukeSpriteAnimator.setMoving(false);
dukeSprite.setFrameSequence(
mazeDesign.dukeSseq001); // TODO: [Exercise 3][step 2] set to vertical sequence
}
lastHorDirection = hdirection;
lastVertDirection = vdirection;
}
// 畫面選單改變
public void changePage() {
try {
switch (page) {
case -1:
spName.setVisible(false);
spInterface.setFrame(1);
drawDisplay();
break;
case 0: // 遊戲帳號輸入選單
menustate = 0;
spName.setVisible(true);
spInterface.setFrame(2);
spName.setFrame(0);
drawDisplay();
for (int i = 0; i < loginStr.length; i++) nowString[i] = loginStr[i];
menuNum = loginStr.length; // MENU 數量
// System.out.println(page);
break;
case 1: // 遊戲說明選單
spInterface.setFrame(2);
spName.setFrame(1);
drawDisplay();
for (int i = 2; i < nowString.length; i++) nowString[i] = gameInfo[i - 2];
menuNum = loginStr.length;
menustate = 2;
break;
case 2: // 遊戲姓名輸入選單
spInterface.setFrame(2);
spName.setFrame(2);
spName.setVisible(true);
drawDisplay();
for (int i = 1; i < nowString.length; i++) nowString[i] = gameNameInp[i - 1];
menuNum = loginStr.length;
menustate = 1;
break;
case 3: // 遊戲角色建立成功選單
spName.setVisible(false);
spInterface.setFrame(3);
drawDisplay();
for (int i = 2; i < nowString.length; i++) nowString[i] = showGameUser[i - 2];
menuNum = loginStr.length;
menustate = 2;
break;
}
drawMenu();
} catch (Exception e) {
e.printStackTrace();
}
}
/** Metoda odpowiedzialna za przerysowanie ekranu */
public void updateScreen() {
Graphics g = getGraphics();
if (displayedScreen == PLAYER_SCREEN) {
if (backgroundLayer != null) {
backgroundLayer.paint(g);
}
if ((bluetoothPlayer.getIsConnectedToServer() == false)
&& (bluetoothPlayer.getBluetoothError() == false)) drawText(g, "Connecting...", 0);
else if (bluetoothPlayer.getBluetoothError() == true) drawText(g, "Disconnected", 0);
else {
if (bluetoothPlayer.getTitle() != null) {
drawText(g, bluetoothPlayer.getTitle(), 0);
}
if (bluetoothPlayer.getArtist() != null) {
drawText(g, bluetoothPlayer.getArtist(), 1);
}
if (showVolume > 0) {
showVolume--;
drawText(g, " Volume: " + volumeLevel + "%", 2);
}
}
if (bluetoothPlayer.isBluetoothOn()) {
if (bluetoothPlayer.getInquiryStarted()) {
showInquiryProgress(g, inquiryProgress += 20);
if (inquiryProgress >= 360) inquiryProgress = 0;
} else {
inquiryProgress = 0;
showInquiryProgress(g, 0);
}
} else {
drawText(g, "Please turn your Bluetooth device on", 1);
}
playPauseSprite.setPosition(screenWidth / 2 - 16, screenHeight - 66 + buttonsLocation);
previousSprite.setPosition(screenWidth / 2 - 55, screenHeight - 66 + buttonsLocation);
nextSprite.setPosition(screenWidth / 2 + 23, screenHeight - 66 + buttonsLocation);
playPauseSprite.paint(g);
previousSprite.paint(g);
nextSprite.paint(g);
if (bluetoothPlayer.getTotalTime() != 0)
showProgressBar(g, bluetoothPlayer.getCurrentTime(), bluetoothPlayer.getTotalTime());
else showProgressBar(g, 0, 100);
} else if (displayedScreen == MEDIA_LIBRARY_LOADING) {
if (backgroundLayer != null) {
backgroundLayer.paint(g);
}
if (bluetoothPlayer.getIsConnectedToServer() == true) {
drawText(g, "Loading media library", 0);
drawText(g, "Please wait...", 1);
// display size of the media library
if (bluetoothPlayer.getMediaLibrarySize() >= 1024) {
drawText(
g,
"Total size: "
+ bluetoothPlayer.getMediaLibrarySize() / 1024
+ "."
+ (bluetoothPlayer.getMediaLibrarySize() % 1024) * 100 / 1024
+ " kB",
3);
} else drawText(g, "Total size: " + bluetoothPlayer.getMediaLibrarySize() + " B", 3);
int size = bluetoothPlayer.getMediaLibrarySize();
if (size == 0) // to avoid dividing by zero
size = 1;
showProgressBar(g, bluetoothPlayer.getMediaLibraryDownloadedBytes(), size);
// if the playlist file was downloaded and parsed
if (bluetoothPlayer.getMediaLibrary().getLibraryDownloadedAndParsed() == true)
setDisplayedScreen(MainCanvas.MEDIA_LIBRARY_SCREEN);
} else drawText(g, "You're not connected", 0);
} else if (displayedScreen == MEDIA_LIBRARY_SCREEN) {
if (backgroundLayer != null) {
backgroundLayer.paint(g);
}
showMediaLibrary(
g, bluetoothPlayer, mediaLibrarySelectedItemOnScreen, mediaLibraryItemsNumberOnScreen);
}
flushGraphics();
}
/** Metoda sprawdzajaca stan klawiszy i aktualizujaca zmienne odpowiedzialne za stan gry */
public void updateState() {
int keys = getKeyStates();
if (bluetoothPlayer.getIsConnectedToServer() == true) {
if (displayedScreen == PLAYER_SCREEN) { // jesli wyswietlany jest ekran odtwarzacza
// jesli przycisk 'Play / Pause' jest wcisniety, a pozostale nie sa wcisniete
if (((keys & FIRE_PRESSED) != 0) && (nextPressed == false) && (previousPressed == false)) {
if (playPauseSprite.getFrame() == PLAY_ICON) {
playPauseSprite.setFrame(PLAY_ICON_PRESSED);
} else if (playPauseSprite.getFrame() == PAUSE_ICON) {
playPauseSprite.setFrame(PAUSE_ICON_PRESSED);
}
if (firePressed == false) soundPlayer.play(SoundPlayer.CLICK_SOUND);
firePressed = true;
}
// przycisk zostal zwolniony
else if (((keys & FIRE_PRESSED) == 0) && (firePressed == true)) {
if (playPauseSprite.getFrame() == PLAY_ICON_PRESSED) { // zmiana stanu przycisku
bluetoothPlayer.play();
playPauseSprite.setFrame(PAUSE_ICON);
} else if (playPauseSprite.getFrame() == PAUSE_ICON_PRESSED) {
bluetoothPlayer.pause();
playPauseSprite.setFrame(PLAY_ICON);
}
firePressed = false;
}
// jesli przycisk 'Next' jest wcisniety, a pozostale nie sa wcisniete
if (((keys & RIGHT_PRESSED) != 0) && (firePressed == false) && (previousPressed == false)) {
if (nextSprite.getFrame() == NEXT_ICON) nextSprite.setFrame(NEXT_ICON_PRESSED);
if (nextPressed == false) {
soundPlayer.play(SoundPlayer.CLICK_SOUND);
}
nextPressed = true;
}
// przycisk zostal zwolniony
else if (((keys & RIGHT_PRESSED) == 0) && (nextPressed == true)) {
if (nextSprite.getFrame() == NEXT_ICON_PRESSED) nextSprite.setFrame(NEXT_ICON);
bluetoothPlayer.addCommandToProcess(BluetoothPlayer.COMMAND_NEXT);
nextPressed = false;
if (bluetoothPlayer.getTotalTime() != 0) // jesli utwor jest odtwarzany lub zapauzowany
playPauseSprite.setFrame(PAUSE_ICON);
}
// jesli przycisk 'Previous' jest wcisniety, a pozostale nie sa wcisniete
if (((keys & LEFT_PRESSED) != 0) && (nextPressed == false) && (firePressed == false)) {
if (previousSprite.getFrame() == PREVIOUS_ICON)
previousSprite.setFrame(PREVIOUS_ICON_PRESSED);
if (previousPressed == false) {
soundPlayer.play(SoundPlayer.CLICK_SOUND);
}
previousPressed = true;
}
// przycisk zostal zwolniony
else if (((keys & LEFT_PRESSED) == 0) && (previousPressed == true)) {
if (previousSprite.getFrame() == PREVIOUS_ICON_PRESSED)
previousSprite.setFrame(PREVIOUS_ICON);
bluetoothPlayer.addCommandToProcess(BluetoothPlayer.COMMAND_PREV);
previousPressed = false;
if (bluetoothPlayer.getTotalTime() != 0) // jesli utwor jest odtwarzany lub zapauzowany
playPauseSprite.setFrame(PAUSE_ICON);
}
// jesli przycisk 'Up' jest wcisniety, a pozostale nie sa wcisniete
if (((keys & UP_PRESSED) != 0)
&& (previousPressed == false)
&& (nextPressed == false)
&& (firePressed == false)) {
if (previousPressed == false) {
soundPlayer.play(SoundPlayer.CLICK_SOUND);
}
bluetoothPlayer.volumeUp();
}
// jesli przycisk 'Down' jest wcisniety, a pozostale nie sa wcisniete
if (((keys & DOWN_PRESSED) != 0)
&& (previousPressed == false)
&& (nextPressed == false)
&& (firePressed == false)) {
if (previousPressed == false) {
soundPlayer.play(SoundPlayer.CLICK_SOUND);
}
bluetoothPlayer.volumeDown();
}
}
}
// jesli wyswietlany jest ekran biblioteki muzycznej
if (displayedScreen == MEDIA_LIBRARY_SCREEN) {
// jesli przycisk akcji jest wcisniety, a pozostale nie sa wcisniete
if (((keys & FIRE_PRESSED) != 0) && (nextPressed == false) && (previousPressed == false)) {
buttonPressedInARowCount = 0;
if (firePressed == false) soundPlayer.play(SoundPlayer.CLICK_SOUND);
firePressed = true;
}
// przycisk zostal zwolniony
else if (((keys & FIRE_PRESSED) == 0) && (firePressed == true)) {
buttonPressedInARowCount = 0;
firePressed = false;
}
// jesli przycisk 'Down' jest wcisniety, a pozostale nie sa wcisniete
if (((keys & DOWN_PRESSED) != 0) && (firePressed == false) && (previousPressed == false)) {
if (nextPressed == true) buttonPressedInARowCount++;
else buttonPressedInARowCount = 0;
nextPressed = true;
}
// button was released or hold down for more than MAX_BUTTON_PRESSED_IN_A_ROW_COUNT clicks
if ((((keys & DOWN_PRESSED) == 0) && (nextPressed == true))
|| (((keys & DOWN_PRESSED) != 0)
&& (buttonPressedInARowCount >= MAX_BUTTON_PRESSED_IN_A_ROW_COUNT))) {
// jesli wybrany utwor nie byl ostatni na liscie
if (bluetoothPlayer.getMediaLibrary().selectItemInMediaLibrary(NEXT_ITEM) == true) {
if (mediaLibrarySelectedItemOnScreen < mediaLibraryItemsNumberOnScreen - 1)
mediaLibrarySelectedItemOnScreen++;
}
// nextPressed is set to false only if button was released
if ((((keys & DOWN_PRESSED) != 0)
&& (buttonPressedInARowCount >= MAX_BUTTON_PRESSED_IN_A_ROW_COUNT))
== false) nextPressed = false;
}
// jesli przycisk 'Previous' jest wcisniety, a pozostale nie sa wcisniete
if (((keys & UP_PRESSED) != 0) && (nextPressed == false) && (firePressed == false)) {
if (previousPressed == true) buttonPressedInARowCount++;
else buttonPressedInARowCount = 0;
previousPressed = true;
}
// button was released or hold down for more than MAX_BUTTON_PRESSED_IN_A_ROW_COUNT clicks
if ((((keys & UP_PRESSED) == 0) && (previousPressed == true))
|| (((keys & UP_PRESSED) != 0)
&& (buttonPressedInARowCount >= MAX_BUTTON_PRESSED_IN_A_ROW_COUNT))) {
// jesli wybrany utwor nie byl pierwszy na liscie
if (bluetoothPlayer.getMediaLibrary().selectItemInMediaLibrary(PREVIOUS_ITEM) == true) {
if (mediaLibrarySelectedItemOnScreen > 0) mediaLibrarySelectedItemOnScreen--;
}
// previousPressed is set to false only if button was released
if ((((keys & UP_PRESSED) != 0)
&& (buttonPressedInARowCount >= MAX_BUTTON_PRESSED_IN_A_ROW_COUNT))
== false) previousPressed = false;
}
}
// if volume level has changed
if (volumeLevel != bluetoothPlayer.getVolumeLevel()) {
showVolume = 15;
volumeLevel = bluetoothPlayer.getVolumeLevel();
}
if (bluetoothPlayer.getIsConnectedToServer() == false) {
if (buttonsLocation < 70) buttonsLocation += 5;
}
if ((bluetoothPlayer.getIsConnectedToServer() == true) && (buttonsLocation > 0)) {
buttonsLocation -= 5;
}
if (bluetoothPlayer.getStateChanged()) {
String state = bluetoothPlayer.getPlayingState();
if (state != null) {
if (state.equals("PLAY") || state.equals("OTHER")) {
playPauseSprite.setFrame(PAUSE_ICON);
} else if (state.equals("PAUSE") || state.equals("STOP"))
playPauseSprite.setFrame(PLAY_ICON);
}
soundPlayer.play(SoundPlayer.POPUP_SOUND);
}
}
public boolean collidesWith(Sprite s, boolean pixelLevel) {
java.awt.Rectangle r1 =
new java.awt.Rectangle(this.getX(), this.getY(), getWidth(), getHeight());
java.awt.Rectangle r2 = new java.awt.Rectangle(s.getX(), s.getY(), s.getWidth(), s.getHeight());
return r1.intersects(r2);
}
/**
* respond to keystrokes by deciding where to move and then moving the pieces and the view window
* correspondingly.
*/
public void requestMove(int hdirection, int vdirection) {
// vdirection < 0 indicates that the user has
// pressed the UP button and would like to jump.
// therefore, if we're not currently jumping,
// we begin the jump.
if ((myIsJumping == NO_JUMP) && (vdirection < 0)) {
myIsJumping++;
} else if (myIsJumping == NO_JUMP) {
// if we're not jumping at all, we need to check
// if the duke should be falling:
// we (temporarily) move the duke down and see if that
// causes a collision with the floor:
dukeSprite.move(0, 1);
// if the duke can move down without colliding
// with the floor, then we set the duke to
// be falling. The variable myIsJumping starts
// negative while the duke is jumping up and
// is zero or positive when the duke is coming
// back down. We therefore set myIsJumping to
// zero to indicate that the duke should start
// falling.
if (!checkCollision()) {
myIsJumping = 0;
}
// we move the duke Sprite back to the correct
// position she was at before we (temporarily) moved
// her down to see if she would fall.
dukeSprite.move(0, -1);
}
// if the duke is currently jumping or falling,
// advance the jump (change the vertical distance
// the duke is supposed to move)
if ((myIsJumping <= MAX_FREE_FALL) && (myIsJumping != NO_JUMP)) {
myIsJumping++;
}
// also accellerate the horizontal motion if the duke
// runs runs in the same horizontal direction for more than
// one game tick:
myIsRunning++;
// But don't accellerate past the maximum speed:
if (myIsRunning > MAX_SPEED) {
myIsRunning = MAX_SPEED;
}
int horizontal = MOVE_LENGTH * myIsRunning;
// if the duke is currently jumping or falling,
// we calculate the vertical distance she should move.
// This is a parabola given by y = (x*x) * (a + b/c)
// where x is how far we have advanced in the jump
// or fall (myIsJumping), and a, b, and c are constants
// based on the screen size. (The actual values are
// read from a properties file and were originally
// computed through trial and error.)
int vertical = 0;
if (myIsJumping != NO_JUMP) {
vertical =
myIsJumping * myIsJumping * JUMP_INT
+ (myIsJumping * myIsJumping * JUMP_FRAC_NUM) / JUMP_FRAC_DENOM;
// for the first half of the jump we go up,
// then for the second half go down:
if (myIsJumping < 0) {
vdirection = -1;
} else {
vdirection = 1;
}
}
// set the sprite to the correct frame based
// on the duke's current motion:
updateSprite(hdirection, vdirection);
boolean vcrash = false;
boolean hcrash = false;
// now calculate the motion one pixel at a time
// (vertically then horizontally) to see precisely
// how far the duke can move in each of the
// requested directions:
while ((vertical >= 1 && !vcrash) || (horizontal >= 1 && !hcrash)) {
dukeSprite.move(0, vdirection);
if (checkCollision()) {
dukeSprite.move(0, -vdirection);
vcrash = true;
} else {
vertical -= 1;
vcrash = false;
myViewWindowY += vdirection;
}
dukeSprite.move(MOVE_BUFFER * hdirection, 0);
if (checkCollision()) {
dukeSprite.move(-MOVE_BUFFER * hdirection, 0);
hcrash = true;
} else {
dukeSprite.move(-MOVE_BUFFER * hdirection, 0);
dukeSprite.move(hdirection, 0);
horizontal -= 1;
hcrash = false;
myViewWindowX += hdirection;
}
}
// If the duke is blocked vertically,
// then the jump or fall in progress stops:
if (vcrash) {
myIsJumping = NO_JUMP;
}
// If the duke is blocked horizontally,
// forget any horizontal accelleration:
if (hcrash) {
myIsRunning = 0;
}
if (dukeSprite.collidesWith(jamesSprite, true)) {
myCanvas.setGameOver();
return;
}
}
@Override
public void paintComponent(Graphics2D g) {
int csrc = myrisk.hasArmiesInt(c1num);
int cdes = myrisk.hasArmiesInt(c2num);
int color1 = myrisk.getColorOfOwner(c1num);
int color2 = myrisk.getColorOfOwner(c2num);
int imageAreaHeight = getImageAreaHeight();
int heightOfComponents =
((MoveDialog.DialogLayout) getContentPane().getLayout())
.getHeightOfComponents(getContentPane());
// this is the MIDDLE of the images area
int xOffset = getContentPane().getWidth() / 2;
int yOffset =
(getContentPane().getHeight() - heightOfComponents) / 2
+ imageAreaHeight / 4
+ getContentPane().getY();
// g.setColor(0xFFFF0000);
// g.drawRect( (getContentPane().getWidth()-imageAreaHeight)/2 ,
// (getContentPane().getHeight()-heightOfComponents)/2 + getContentPane().getY(),
// imageAreaHeight, imageAreaHeight);
MoveDialog.paintMove(
g,
xOffset,
yOffset,
c1img,
c2img,
color1,
color2,
myrisk.getCountryCapital(c1num),
myrisk.getCountryCapital(c2num),
myrisk.getCountryName(c1num),
myrisk.getCountryName(c2num),
csrc,
cdes,
0);
// #####################################################
// ################## drawing DICE!!!!! ################
int[] diceXs = getDiceX();
int ax = diceXs[0], dx = diceXs[1];
int y1 = yOffset + imageAreaHeight / 4; // top of dice
int y2 = y1 + red_dice.getHeight() + XULLoader.adjustSizeToDensity(2);
int y3 = y2 + red_dice.getHeight() + XULLoader.adjustSizeToDensity(2);
// just in case in the middle of the draw the att and def get set to null
int[] atti = att;
int[] defi = def;
// this is the max defend dice allowed for this battle
int deadDice = myrisk.hasArmiesInt(c2num);
if (deadDice > myrisk.getGame().getMaxDefendDice()) {
deadDice = myrisk.getGame().getMaxDefendDice();
}
// if we need input
if (max != 0) {
// selecting the number of attacking dice
if (canRetreat) {
g.drawSprite(red_dice, DICE_NORMAL, ax, y1);
if (noda > 1) {
g.drawSprite(red_dice, DICE_NORMAL, ax, y2);
} else if (max > 1) {
g.drawSprite(red_dice, DICE_DARK, ax, y2);
}
if (noda > 2) {
g.drawSprite(red_dice, DICE_NORMAL, ax, y3);
} else if (max > 2) {
g.drawSprite(red_dice, DICE_DARK, ax, y3);
}
// draw the dead dice
g.drawSprite(blue_dice, DICE_DARK, dx, y1);
if (deadDice > 1) {
g.drawSprite(blue_dice, DICE_DARK, dx, y2);
}
if (deadDice > 2) {
g.drawSprite(blue_dice, DICE_DARK, dx, y3);
}
}
// selecting the number of dice to defend
else {
g.drawSprite(blue_dice, DICE_NORMAL, dx, y1);
if (nodd > 1) {
g.drawSprite(blue_dice, DICE_NORMAL, dx, y2);
} else if (max > 1) {
g.drawSprite(blue_dice, DICE_DARK, dx, y2);
}
if (nodd > 2) {
g.drawSprite(blue_dice, DICE_NORMAL, dx, y3);
} else if (max > 2) {
g.drawSprite(blue_dice, DICE_DARK, dx, y3);
}
}
}
// battle open and waiting for the attacker to select there number of dice
else if (atti == null && defi == null && !spinD) {
// draw the dead dice
g.drawSprite(blue_dice, DICE_DARK, dx, y1);
if (deadDice > 1) {
g.drawSprite(blue_dice, DICE_DARK, dx, y2);
}
if (deadDice > 2) {
g.drawSprite(blue_dice, DICE_DARK, dx, y3);
}
if (!spinA) {
// draw dead dice for attacker
int AdeadDice = myrisk.hasArmiesInt(c1num) - 1;
// we assume that the attacker can attack with max of 3 dice
g.drawSprite(red_dice, DICE_DARK, ax, y1);
if (AdeadDice > 1) {
g.drawSprite(red_dice, DICE_DARK, ax, y2);
}
if (AdeadDice > 2) {
g.drawSprite(red_dice, DICE_DARK, ax, y3);
}
}
}
// #####################################################
// ##################### END DICE ######################
final int SPINS_OFFSET = 3;
if (spinA) {
g.drawSprite(red_dice, SPINS_OFFSET + r.nextInt(6), ax, y1);
if (noda > 1) {
g.drawSprite(red_dice, SPINS_OFFSET + r.nextInt(6), ax, y2);
}
if (noda > 2) {
g.drawSprite(red_dice, SPINS_OFFSET + r.nextInt(6), ax, y3);
}
// g.drawString("ROLLING ATTACKER " + noda +" " + Math.random() , 50, 100);
if (spinD) {
g.drawSprite(blue_dice, SPINS_OFFSET + r.nextInt(6), dx, y1);
if (nodd > 1) {
g.drawSprite(blue_dice, SPINS_OFFSET + r.nextInt(6), dx, y2);
}
if (nodd > 2) {
g.drawSprite(blue_dice, SPINS_OFFSET + r.nextInt(6), dx, y3);
}
// g.drawString("ROLLING DEFENDER " + nodd +" " + Math.random(), 300, 100);
}
}
DirectGraphics g2 = DirectUtils.getDirectGraphics(g.getGraphics());
int offset = (int) (red_dice.getWidth() / (29D / 4D) + 0.5);
int bottom = red_dice.getHeight() - offset - 1; // TODO not sure why -1??
int halfDice = red_dice.getHeight() / 2;
if (atti != null && defi != null) {
{
int yCoords[] = {y1 + offset, y1 + bottom, y1 + halfDice};
if (defi[0] >= atti[0]) {
int xCoords[] = {dx + offset, dx + offset, ax + bottom};
g2.fillPolygon(xCoords, 0, yCoords, 0, xCoords.length, COLOR_BLUE);
} else {
int xCoords[] = {ax + bottom, ax + bottom, dx + offset};
g2.fillPolygon(xCoords, 0, yCoords, 0, xCoords.length, COLOR_RED);
}
}
if (atti.length > 1 && defi.length > 1) {
int yCoords[] = {y2 + offset, y2 + bottom, y2 + halfDice};
if (defi[1] >= atti[1]) {
int xCoords[] = {dx + offset, dx + offset, ax + bottom};
g2.fillPolygon(xCoords, 0, yCoords, 0, xCoords.length, COLOR_BLUE);
} else {
int xCoords[] = {ax + bottom, ax + bottom, dx + offset};
g2.fillPolygon(xCoords, 0, yCoords, 0, xCoords.length, COLOR_RED);
}
}
if (atti.length > 2 && defi.length > 2) {
int yCoords[] = {y3 + offset, y3 + bottom, y3 + halfDice};
if (defi[2] >= atti[2]) {
int xCoords[] = {dx + offset, dx + offset, ax + bottom};
g2.fillPolygon(xCoords, 0, yCoords, 0, xCoords.length, COLOR_BLUE);
} else {
int xCoords[] = {ax + bottom, ax + bottom, dx + offset};
g2.fillPolygon(xCoords, 0, yCoords, 0, xCoords.length, COLOR_RED);
}
}
// draw attacker dice
drawDice(true, atti[0], ax, y1, g);
if (atti.length > 1) {
drawDice(true, atti[1], ax, y2, g);
}
if (atti.length > 2) {
drawDice(true, atti[2], ax, y3, g);
}
// draw defender dice
drawDice(false, defi[0], dx, y1, g);
if (defi.length > 1) {
drawDice(false, defi[1], dx, y2, g);
}
if (defi.length > 2) {
drawDice(false, defi[2], dx, y3, g);
}
}
}
/** Checks of the player hits a stone wall or a door. */
boolean checkCollision() {
return dukeSprite.collidesWith(myWalls, true);
}
public int getSizeX() {
return sprite.getWidth();
}
public int getSizeY() {
return sprite.getHeight();
}
// 判斷選取的選單選項
public void changeMeunStart() {
try {
if (page == -1) {
switch (menustate) {
case 0:
page = 0;
spName.setVisible(true);
changePage();
break;
case 1:
page = 0;
spName.setVisible(true);
changePage();
break;
case 2:
// spWelcome.setVisible(false);
spName.setVisible(false);
spInterface.setFrame(4);
drawDisplay();
GameMain.music.stop();
exit();
break;
}
} else {
switch (menustate) {
case 0:
try {
new InputText(nowString[0]);
} catch (Exception e) {
e.printStackTrace();
}
break;
case 1:
new InputText(nowString[1]);
break;
case 2: // 登入
if (page == 0) { // 當在輸入帳號畫面時
// 未輸入帳號
if (username.equals("") || pass.equals("")) {
g.drawString("「請 輸入帳號密碼」", disWidth + 75, disHeight + 140, 0);
flushGraphics();
} else if (username.equals("xlinx") && pass.equals("x")) {
runGame();
g.drawString("進入遊戲...", disWidth + 15, disHeight + 129, 0);
flushGraphics();
} else { // 連到Server
try {
GameMain.conn.setLoginAccess(username, pass); // 送出帳號密碼
} catch (Exception e) {
e.printStackTrace();
}
g.setColor(255, 255, 255);
g.drawString("「登入中」", disWidth + 95, disHeight + 140, 0);
flushGraphics();
while (!ConnectionServer.connFin) ; // Server是否回傳完資訊
page = 0;
drawDisplay();
g.setColor(255, 255, 255);
gameUserInfCount = 0;
// 成功登入將繼續到下一頁面(第一次進入遊戲)
if (GameMain.conn.getConnSucess() == 1) {
g.drawString("「登入成功」", disWidth + 95, disHeight + 140, 0);
flushGraphics();
RoleDataValue.userpass = pass;
page = 1;
changePage();
} else if (GameMain.conn.getConnSucess() == 0) { // 登入,不是第一次遊戲
try {
page = -2;
g.drawString("「登入成功」", disWidth + 95, disHeight + 140, 0);
flushGraphics();
RoleDataValue.userpass = pass;
g.drawString("讀取使用者資料....", disWidth + 15, disHeight + 69, 0);
flushGraphics();
GameMain.conn.setGameName("");
while (!ConnectionServer.connFin) ; // Server是否回傳完資訊
g.drawString("人物狀態初始化.....", disWidth + 15, disHeight + 89, 0);
flushGraphics();
roleData.getFirstRoleStateForInternet(GameMain.conn.getRequestState());
roleData.loginSuccessStart();
g.drawString("地圖初始化..........", disWidth + 15, disHeight + 109, 0);
flushGraphics();
} catch (Exception e) {
e.printStackTrace();
}
runGame();
g.drawString("進入遊戲...", disWidth + 15, disHeight + 129, 0);
flushGraphics();
} else {
g.drawString("「登入失敗」", disWidth + 95, disHeight + 140, 0);
flushGraphics();
}
}
} else if (page == 1) { // 當畫面在遊戲說明時
if (gameUserInfCount < gameUserInf.length) // 如果遊戲說明未結速時
changePage();
else { // 遊戲說明完成,畫面改變為輸入遊戲名稱
page = 2;
gameUserInfCount = 20;
changePage();
}
} else if (page == 2) { // 輸入名稱完成,畫面改變為角色建立完成
if (nickname.equals("")) g.drawString("「請輸入名稱」", disWidth + 90, disHeight + 140, 0);
else {
page = 3;
changePage();
}
} else if (page == 3) { // 第一進入遊戲,完成輸入名稱
page = -2;
GameMain.conn.setGameName(nickname);
while (!ConnectionServer.connFin) ; // Server是否回傳完資訊
try {
roleData.getFirstRoleStateForInternet(GameMain.conn.getRequestState());
roleData.loginSuccessStart();
} catch (Exception e) {
e.printStackTrace();
}
runGame();
}
break;
case 3: // 回主選單,上一頁
if (page == 0) {
page = -1;
menustate = 0;
menuNum = 3;
}
// 判斷當為GameInformation時,要回輸入帳號密碼
if (page == 1 && gameUserInfCount == 5) page--;
else if (page == 2 || page == 3) // 判斷當不是GameInformation時
page--;
// 切換GameInformaion的頁面
if (page == 1) {
gameUserInfCount -= 5 * gameUserInfPage;
gameUserInfPage++;
if (gameUserInfPage >= 3) gameUserInfPage = 2;
changePage();
} // 回到輸入姓名部份
else if (page == 2) {
// rolesprite=true;
Thread.sleep(300);
gameUserInfPage = 2;
changePage();
} else changePage();
break;
}
showBufferString();
}
} catch (Exception e) {
}
}