public void act() {
GreenfootImage img = new GreenfootImage(50, 50);
getScore();
String i = Integer.toString(score);
img.drawString(i, 20, 20);
this.setImage(img);
}
/** constructor de variables de la clase pizza */
public Pizza() {
dir = 1;
vel = 3;
GreenfootImage image = getImage();
image.scale(30, 30);
setImage(image);
}
/** Draws status bar for Fire Power */
private void drawIce() {
myImage.setColor(Color.RED); // Set the color of myImage blue
myImage.drawString("Fire Power", 10, 30); // display text "Fire Power" at a location on myImage
bar.setColor(Color.RED); // set the color of the image bar as blue
bar.fill(); // fill the image bar with blue
}
/** Draws status bar for Flight */
private void drawFire() {
myImage.setColor(Color.BLUE); // Set the color of myImage red
myImage.drawString("Flight", 10, 30); // display text "Flight" at a location on myImage
bar.setColor(Color.BLUE); // set the color of the image bar as red
bar.fill(); // fill the image bar with red
}
/** Draws status bar for Invincibility */
private void drawStun() {
myImage.setColor(Color.YELLOW);
myImage.drawString("Invincibility", 10, 30);
bar.setColor(Color.YELLOW);
bar.fill();
}
/** Draws status bar for Black Hole */
private void drawPoison() {
myImage.setColor(Color.BLACK);
myImage.drawString("Black Hole", 10, 30);
bar.setColor(Color.BLACK);
bar.fill();
}
/**
* Set a background image for the world. If the image size is larger than the world in pixels, it
* is clipped. If it is smaller than the world, it is tiled. A pattern showing the cells can
* easily be shown by setting a background image with a size equal to the cell size.
*
* @see #setBackground(String)
* @param image The image to be shown
*/
public final void setBackground(GreenfootImage image) {
if (image != null) {
int imgWidth = image.getWidth();
int imgHeight = image.getHeight();
int worldWidth = getWidthInPixels();
int worldHeight = getHeightInPixels();
boolean tile = imgWidth < worldWidth || imgHeight < worldHeight;
if (tile) {
backgroundIsClassImage = false;
backgroundImage = new GreenfootImage(worldWidth, worldHeight);
backgroundImage.setColor(DEFAULT_BACKGROUND_COLOR);
backgroundImage.fill();
for (int x = 0; x < worldWidth; x += imgWidth) {
for (int y = 0; y < worldHeight; y += imgHeight) {
backgroundImage.drawImage(image, x, y);
}
}
} else {
// To make it behave exactly the same way as when tiling we
// should make a clone here. But it performs better when not
// cloning.
// Performance will be an issue for people changing the
// background image all the time for animated backgrounds
backgroundImage = image;
}
} else {
backgroundIsClassImage = false;
backgroundImage = null;
}
}
public SpriteAnimation(String imageFile, int numFrames, int ticksPerFrame) {
try {
// Load the raw frames into a frame buffer
GreenfootImage baseImg = new GreenfootImage(imageFile);
GreenfootImage[] baseFrames = new GreenfootImage[numFrames];
int frameWidth = baseImg.getWidth() / numFrames;
int frameHeight = baseImg.getHeight();
BufferedImage rawImg = baseImg.getAwtImage();
for (int x = 0; x < numFrames; x++) {
baseFrames[x] = new GreenfootImage(frameWidth, frameHeight);
baseFrames[x]
.getAwtImage()
.setData(rawImg.getSubimage(x * frameWidth, 0, frameWidth, frameHeight).getData());
}
// Re-use object references to save from copying the images multiple times
frames = new GreenfootImage[numFrames * ticksPerFrame];
flipped = new GreenfootImage[numFrames * ticksPerFrame];
for (int f = 0; f < numFrames; f++) {
for (int t = 0; t < ticksPerFrame; t++) {
frames[f * ticksPerFrame + t] = baseFrames[f];
flipped[f * ticksPerFrame + t] = new GreenfootImage(baseFrames[f]);
flipped[f * ticksPerFrame + t].mirrorHorizontally();
}
}
} catch (IllegalArgumentException e) {
frames = flipped = new GreenfootImage[1];
frames[0] = ERROR_IMAGE;
}
}
/**
* Decreases the count down value of status duration, bar width and displays the percentate of
* status duration left If there is a target, When status duration reaches zero, the status
* disappears.
*
* @param change The Change in status duration value each Act
*/
public void update(int change) {
if (currCountDown > 0) {
currCountDown -= change; // decreases the current countdown by the change value
percentCountdown =
(double) currCountDown
/ maxCountDown; // set a double value of percent countdown by dividing current
// countdown by maximum countdown
currBarWidth =
(int)
(percentCountdown
* barWidth); // set a interger value of current bar width by multiplying percent
// countdown and bar width and casting them into a interger value
percentDisplay =
(int)
(percentCountdown
* 100); // set a interget value of percentDisplay by multiplying percentCountdown
// by 100.
percentCounter =
Integer.toString(
percentDisplay); // cast the interger percentDisplay into a string and store it in
// percentCouner
myImage.clear(); // clears the image
myImage.drawString(percentCounter + "%", 70, 30); // draws the percentCounter on myImage
if (currBarWidth > 1) bar.scale(currBarWidth, BAR_HEIGHT); // rescale the bar size
if (selection == true) if (currCountDown == 1) currCountDown += 1;
update(); // redraw the image
}
if (selection == false)
if (currCountDown == 0) // if current countdown is 0
removeStatus(); // remove status
}
private void ammoChange(AmmoData ad) {
ammoICO.setImage(ad.image);
GreenfootImage i = ammoICO.getImage();
i.scale((int) (ad.width * 1.75), (int) (ad.height * 1.75));
playerAmmo = ad;
ammoUI.setPoints(ammo[playerAmmunition.indexOf(ad)]);
}
public Shield() {
super();
GreenfootImage image = getImage();
image.scale(50, 50);
setImage(image);
effectiveTimeLeft = 500;
}
private void printText() {
laranjaEscuro = new Color(214, 95, 0);
imgHelp.setColor(laranjaEscuro);
Font play = new Font("sanserif", Font.BOLD, 30);
imgHelp.setFont(play);
int x = imgHelp.getWidth() - 130;
int y = imgHelp.getHeight() - 16;
imgHelp.drawString("Help", x, y);
}
/**
* Add the scores for the individual maps to the score board. 'scores' is an array with all
* scores, 'mapNo' is the number of the current map (array entries past this value have no valid
* value).
*/
private void addMapScores(int mapNo, int[] scores) {
GreenfootImage image = getImage();
Font font = image.getFont();
font = font.deriveFont(20.0f);
image.setFont(font);
image.setColor(Color.WHITE);
for (int i = 0; i <= mapNo; i++) {
image.drawString("Map " + (i + 1) + ": " + scores[i], 460, 80 + (i * 28));
}
}
public void fade(int f) {
if (f > 255) {
f = 255;
} else if (f < 0) {
f = 0;
}
fadeColor = new Color(0, 0, 0, f);
fade.clear();
fade.setColor(fadeColor);
fade.fillRect(0, 0, 1280, 720);
setImage(fade);
}
/**
* Change the background colour of this Button
*
* @param background The colour to use
*/
public void update(Color background) {
GreenfootImage tempTextImage =
new GreenfootImage(buttonText, textSize, Color.BLACK, background);
myImage = new GreenfootImage(tempTextImage.getWidth() + 8, tempTextImage.getHeight() + 8);
myImage.setColor(Color.BLACK);
myImage.fill();
myImage.drawImage(tempTextImage, 4, 4);
myImage.setColor(Color.BLACK);
myImage.drawRect(0, 0, tempTextImage.getWidth() + 7, tempTextImage.getHeight() + 7);
setImage(myImage);
}
/**
* Return the world's background image. The image may be used to draw onto the world's background.
*
* @return The background image
*/
public GreenfootImage getBackground() {
if (backgroundImage == null) {
backgroundImage = new GreenfootImage(getWidthInPixels(), getHeightInPixels());
backgroundImage.setColor(DEFAULT_BACKGROUND_COLOR);
backgroundImage.fill();
backgroundIsClassImage = false;
} else if (backgroundIsClassImage) {
// Make the image a copy of the original to avoid modifications
// to the original.
backgroundImage = backgroundImage.getCopyOnWriteClone();
backgroundIsClassImage = false;
}
return backgroundImage;
}
/**
* Change the text displayed on this Button
*
* @param text String to display
*/
public void update(String text) {
Color buttonFill = new Color(242, 206, 27); // yellow fill colour
buttonText = text;
GreenfootImage tempTextImage = new GreenfootImage(text, 20, Color.BLACK, buttonFill);
myImage = new GreenfootImage(tempTextImage.getWidth() + 8, tempTextImage.getHeight() + 8);
myImage.setColor(Color.BLACK);
myImage.fill();
myImage.drawImage(tempTextImage, 4, 4);
myImage.setColor(Color.BLACK);
myImage.drawRect(0, 0, tempTextImage.getWidth() + 7, tempTextImage.getHeight() + 7);
setImage(myImage);
}
/**
* Return the color at the centre of the cell. To paint a color, you need to get the background
* image for the world and paint on that.
*
* @param x The x coordinate of the cell.
* @param y The y coordinate of the cell.
* @see #getBackground()
* @throws IndexOutOfBoundsException If the location is not within the world bounds. If there is
* no background image at the location it will return Color.WHITE.
*/
public Color getColorAt(int x, int y) {
ensureWithinXBounds(x);
ensureWithinYBounds(y);
int xPixel = (int) Math.floor(getCellCenter(x));
int yPixel = (int) Math.floor(getCellCenter(y));
if (xPixel >= backgroundImage.getWidth()) {
return DEFAULT_BACKGROUND_COLOR;
}
if (yPixel >= backgroundImage.getHeight()) {
return DEFAULT_BACKGROUND_COLOR;
}
return backgroundImage.getColorAt(xPixel, yPixel);
}
// constructor Virus
public Virus(Score score) {
counter = score;
virus = getImage();
virus.mirrorHorizontally();
int level = counter.level;
speed = level + 2;
}
public AnswerMedium(String txt) {
ansmed = txt;
// First we create an image that will hold our largest answer, so that we can
// align all the text to the left.
GreenfootImage imgTxt = new GreenfootImage(300, 30);
// if we include "java.awt." in the next line, we don't have to import the class
// See http://www.greenfoot.org/topics/187
imgTxt.setColor(java.awt.Color.black);
imgTxt.setFont(new java.awt.Font("Helvetica", java.awt.Font.PLAIN, 14));
imgTxt.drawString(ansmed, 1, 15);
// TextImage t=new TextImage(ans);
setImage(imgTxt);
}
// Draws the minimap
public void draw() {
// A new image is created for the minimap, drawn onto, and the applied as the Actor's image
// Drawing of the minimap is done this way so that there won't be any artifacting when draw() is
// called by a thread other than the main thread
GreenfootImage image = new GreenfootImage(FRAME.width, FRAME.height);
image.setTransparency(150);
// Get map
ArrayList<ArrayList<Tile>> map = Data.tiles();
// Position of the minimap tile being drawn
int x = 0;
int y = 0;
// Iterate through every map tile and draw it onto minimap, adjusting the position for the next
// tile with each iteration
// Minimap is drawn column by column
for (int i = 0; i < Map.getInstance().SIZE_COLUMNS; i++) {
for (int j = 0; j < Map.getInstance().SIZE_ROWS; j++) {
Tile tile = (Tile) map.get(i).get(j);
// Get the color to draw based on either the tile's type or zone (if zoned)
if (tile.zone() > 0) {
image.setColor(colorForTileOfZone(tile.zone()));
} else {
image.setColor(colorForTileOfType(tile.type()));
}
image.fillRect(x, y, tileSize, tileSize); // Minimap tiles are 2px * 2px
y += tileSize;
}
// Reset Y to top of the column
y = 0;
x += tileSize;
}
setImage(image);
}
/**
* Return the color at the center of the cell. To paint a color, you need to get the background
* image for the world and paint on that.
*
* @see #getBackground()
* @throws IndexOutOfBoundsException If the location is not within the world bounds. If there is
* no background image at the location it will return Color.WHITE.
*/
public Color getColorAt(int x, int y) {
ensureWithinXBounds(x);
ensureWithinYBounds(y);
int xPixel = (int) Math.floor(getCellCenter(x));
int yPixel = (int) Math.floor(getCellCenter(y));
// Take tiling into account
if (isTiled()) {
xPixel = xPixel % backgroundImage.getWidth();
yPixel = yPixel % backgroundImage.getHeight();
}
// TODO if it is not tiled, and outside, what should be returned? BGcolor? Null?
if (xPixel >= backgroundImage.getWidth()) {
return Color.WHITE;
}
if (yPixel >= backgroundImage.getHeight()) {
return Color.WHITE;
}
return backgroundImage.getColorAt(xPixel, yPixel);
}
/** Load the images */
private void loadImages() {
GifDecoder decode = new GifDecoder();
decode.read(file);
int numFrames = decode.getFrameCount();
if (numFrames > 0) {
images = new GreenfootImage[numFrames];
delay = new int[numFrames];
} else {
images = new GreenfootImage[1];
images[0] = new GreenfootImage(1, 1);
}
for (int i = 0; i < numFrames; i++) {
GreenfootImage image =
new GreenfootImage(decode.getFrame(i).getWidth(), decode.getFrame(i).getHeight());
BufferedImage frame = image.getAwtImage();
Graphics2D g = (Graphics2D) frame.getGraphics();
g.drawImage(decode.getFrame(i), null, 0, 0);
delay[i] = decode.getDelay(i);
images[i] = image;
}
time = System.currentTimeMillis();
}
private void drawBox() {
amarelo = new Color(255, 188, 0);
laranja = new Color(255, 133, 0);
imgHelp = getImage();
imgHelp.setColor(laranja);
imgHelp.fill();
imgHelp.scale(200, 50);
imgHelp.setColor(amarelo);
int margem = 5;
int largura = imgHelp.getWidth() - 2 * margem;
int altura = imgHelp.getHeight() - 2 * margem;
imgHelp.fillRect(margem, margem, largura, altura);
}
// Method runs to update number of hearts on screen.
private void updateImage() {
int heightOne = (int) height; // value of height for hearts recasted
GreenfootImage image =
new GreenfootImage(fullLives * heightOne + 64, heightOne); // create the image's object
image.drawRect(0, 0, image.getWidth() - 1, image.getHeight() - 1); // frame added to the object
GreenfootImage hearts = new GreenfootImage("hearts_Ahrenn.png"); // obtains image of heart
hearts.scale(4 * heightOne / 6, 4 * heightOne / 6); // resizes image of heart
for (int i = 0; i < lives; i++) {
image.drawImage(
hearts,
4 * +4 + i * 9 * 4,
4); // adds a specific number of hearts to image based on number of lives remaining
}
setImage(image); // Actually makes the image look like how the values above desire it to be.
}
// Method runs to update number of mana potions on screen.
private void updateImageTwo() {
GreenfootImage imageTwo =
new GreenfootImage(fullMana * heightTwo + 64, heightTwo); // create the image's object
imageTwo.drawRect(
0, 0, imageTwo.getWidth() - 1, imageTwo.getHeight() - 1); // frame added to the object
GreenfootImage potions = new GreenfootImage("mana_Ahrenn.png"); // obtains image of potion
potions.scale(4 * heightTwo / 6, 4 * heightTwo / 6); // resizes image of potion
for (int i = 0; i < mana; i++) {
imageTwo.drawImage(
potions,
4 * +4 + i * 9 * 4,
4); // adds a specific number of potions to image based on amount of mana remaining
}
setImage(imageTwo); // Actually makes the image look like how the values above desire it to be.
}
private void animatePlayer(boolean moveDir) {
if (moveDir == true && Greenfoot.isKeyDown("d")) {
if (frame < 1 * delay) {
setImage(base);
} else if (frame < 2 * delay) {
setImage(run2r);
} else if (frame < 3 * delay) {
setImage(run3r);
} else if (frame < 4 * delay) {
setImage(run4r);
frame = 1;
return;
}
frame++;
}
if (moveDir == false && Greenfoot.isKeyDown("a")) {
if (frame < 1 * delay) {
setImage(base);
} else if (frame < 2 * delay) {
GreenfootImage run2l = new GreenfootImage(run2r);
run2l.mirrorHorizontally();
setImage(run2l);
} else if (frame < 3 * delay) {
GreenfootImage run3l = new GreenfootImage(run3r);
run3l.mirrorHorizontally();
setImage(run3l);
} else if (frame < 4 * delay) {
GreenfootImage run4l = new GreenfootImage(run4r);
run4l.mirrorHorizontally();
setImage(run4l);
frame = 1;
return;
}
frame++;
}
}
/** Update the image on screen to show the current value. */
private void updateImage() {
GreenfootImage image = new GreenfootImage(background);
GreenfootImage text =
new GreenfootImage(prefix + "Points: " + value, 22, Color.MAGENTA, transparent);
if (text.getWidth() > image.getWidth() - 20) {
image.scale(text.getWidth() + 20, image.getHeight());
}
image.drawImage(
text, (image.getWidth() - text.getWidth()) / 2, (image.getHeight() - text.getHeight()) / 2);
setImage(image);
}
/** Draws the count down bar for status duration */
private void drawBar() {
myImage.drawImage(bar, 0, 40); // draws the bar image on myImage
}
public AmericanFootball() {
GreenfootImage image = getImage();
image.scale(75, 75);
setImage(image);
}
