Jasmine Liao:
Estoy haciendo un juego de mesa mini-monopolio para mi clase CompSci, y necesito ayuda con mover las piezas en el tablero. Cada bloque es de 90 píxeles de ancho, y cuánto se mueven las piezas se basa en una tirada de dados. No sé cómo mover las piezas alrededor. He pegado el código de la tabla de abajo.
No sé si debería decirlo en void keyPressed()o voidDraw()simplemente porque la tirada de los dados se basa en una pulsación de tecla.
import java.util.Random;
void setup() {
size (700,700);
noLoop();
background(205, 230, 208);
// four squares on each corner
strokeWeight(4);
stroke(0);
noFill();
rect(0, 0, 125, 125);
rect(575, 0, 125, 125);
rect(0, 575, 125, 125);
rect(575, 575, 125, 125);
// squares top side
for (int i = 0; i < 5; i++) {
if (i == 2 || i == 3) {
i=4;
}
rect(125 + (i * 90), 0, 90, 90);
}
// squares bottom side
for (int i = 0; i < 5; i++) {
if (i == 1 || i == 2) {
i = 3;
}
rect(125 + (i * 90), 610, 90, 90);
}
// squares left side
for (int i = 0; i < 5; i++) {
if (i == 1 || i == 2) {
i = 3;
}
rect(0, 125 + (90 * i), 90, 90);
}
// squares right side
for (int i = 0; i < 5; i++) {
if (i==2 || i ==3){
i = 4;
}
rect(610, 125 + (90 * i), 90, 90);
}
//inside square + lines for chance
rect(125, 125, 450, 450);
rect(0, 0, 700, 700);
line(0, 305, 125, 305);
line(575, 395, 700, 395);
line(305, 575, 305, 700);
line(395, 0, 395, 125);
// green
fill(30, 178, 90);
rect(125, 90, 90, 35);
rect(215, 90, 90, 35);
rect(485, 90, 90, 35);
// yellow
fill(253, 241, 1);
rect(90, 125, 35, 90);
rect(90, 395, 35, 90);
rect(90, 485, 35, 90);
//red
fill(224, 25, 33);
rect(575, 125, 35, 90);
rect(575, 215, 35, 90);
rect(575, 485, 35, 90);
// blue
fill(172, 223, 252);
rect(125, 575, 90, 35);
rect(395, 575, 90, 35);
rect(485, 575, 90, 35);
//logo
PFont comic;
PFont taxandchance = createFont("ComicSansMS", 75);
fill (237, 27, 35);
comic = createFont("ComicSansMS", 45);
textFont(comic);
pushMatrix();
translate(215, 490);
rotate(radians(315));
translate(-215, -490);
text("Mini Monopoly TM", 215, 490);
popMatrix();
// go
int x = 615;
int y = 670;
pushMatrix();
fill(0);
translate(x,y);
rotate(radians(315));
translate(-x, -y);
text("GO", x, y);
comic = createFont("ComicSansMS", 18);
textFont(comic);
text("collect $200", x - 14, y + 25);
popMatrix();
PFont corner = createFont("ComicSansMS", 35);
// free parking
x = 50;
y = 100;
pushMatrix();
fill(0);
translate(x, y);
rotate(radians(315));
translate(-x, -y);
textFont(corner);
text("Free", x, y);
popMatrix();
// stillwells
x = 600;
y = 40;
pushMatrix();
PFont stillwells = createFont("ComicSansMS", 25);
textFont(stillwells);
fill(0);
translate(x,y);
rotate(radians(45));
translate(-x,-y);
text("Stillwells", x, y);
popMatrix();
// grill
x = 38;
y = 620;
pushMatrix();
fill(0);
translate(x, y);
rotate(radians(45));
translate(-x, -y);
textFont(corner);
text("Grill", x, y);
popMatrix();
// location names bottom row
fill(0);
textFont(comic);
text("Library", 500, 650);
text("$100", 500, 680);
text("Elm", 425, 650);
text("$100", 418, 680);
text("Weth", 145, 650);
text("$120", 145, 680);
text("Train", (325), 620);
text("station:", (325), 640);
text("Andover", (320), 660);
textFont(taxandchance);
fill(0, 175, 237);
text("$", 236, 668);
// location names top row
x = 198;
y = 55;
pushMatrix();
fill(0);
textFont(comic);
translate(x, y);
rotate(radians(180));
translate(-x, -y);
text("Bowld", x, y);
text("PHLH", x - 90, y);
text("ACB", x - 350, y);
text("$260", x, y + 30);
text("$260", x - 90, y + 30);
text("$280", x - 350, y + 30);
text("Train", x - 182, y - 25);
text("station:", x - 189, y - 5);
text("Hotchkiss", x - 195, y + 25);
textFont(taxandchance);
fill(0, 175, 237);
text("$", x - 261, y + 20);
popMatrix();
// locationnames yellow
x = 60;
y = 511;
pushMatrix();
textFont(comic);
fill(0);
translate(x, y);
rotate(radians(90));
translate(-x, -y);
text("HR", x, y);
text("OMA", x - 90, y);
text("Bissell", x -364, y);
text("$180", x, y + 30);
text("$180", x - 90, y + 30);
text("$200", x - 360, y + 30);
text("Train", x - 182, y - 25);
text("station:", x - 189, y - 5);
text("Choate", x - 186, y + 25);
textFont(taxandchance);
fill(247, 134, 32);
text("?", x - 270, y + 25);
popMatrix();
// locationnames red
x = 640;
y = 190;
pushMatrix();
textFont(comic);
fill(0);
translate(x,y);
rotate(radians(270));
translate(-x, -y);
text("Phelps", x - 5, y);
text("Field H.", x - 100, y);
text("Goel", x - 363, y);
text("$320", x, y + 30);
text("$350", x - 90, y + 30);
text("$400", x - 370, y + 30);
text("Train", x - 182, y - 25);
text("station:", x - 189, y - 5);
text("Deerfield:", x - 200, y + 25);
textFont(taxandchance);
fill(247, 134, 32);
text("?", x - 270, y + 25);
popMatrix();
// tokens
fill(226, 53, 143);
ellipse(630, 630, 30, 30);
fill(1, 110, 203);
ellipse(630, 665, 30, 30);
println(name1 + " press 'l' to roll!");
}
int p1position = 0;
int p2position = 0;
int p1diceroll;
int p2diceroll;
String name1 = "Jasmine";
String name2 = "Iliana";
void keyPressed() {
noLoop();
Random rand = new Random();
if (key == 'l') {
// Obtain a number between [0 - 5].
p1diceroll = rand.nextInt(6) + 1;
println("You rolled a " + p1diceroll + "!");
println(name2 + " press 'a' to roll");
}
if (key == 'a') {
// Obtain a number between [0 - 5].
p2diceroll = rand.nextInt(6) + 1;
println("You rolled a " + p2diceroll + "!");
if (p1diceroll > p2diceroll){
System.out.println(name1 + " rolled higher!. They go first.");
}
if (p2diceroll > p1diceroll) {
System.out.println(name2 + " rolled higher!. They go first. ");
}
if (p2diceroll == p1diceroll) {
System.out.println("It's a tie! " + name1 + " goes first by default." );
}
}
}
Rabbid76:
Crear una lista de todos los campos. Uso (por ejemplo) ArrayListtor almacenar los rectángulos de los campos de una matriz dinámica:
por ejemplo,
ArrayList<int[]> fields = new ArrayList<int[]>();
void setup() {
// bottom right
fields.add(new int[]{575, 575, 125, 125});
// squares bottom side
for (int i=4; i>=0; i--){
fields.add(new int[]{125+(i*90), (i==1 || i==2) ? 575 : 610, 90, (i==1 || i==2) ? 125 : 90});
}
// bottom left
fields.add(new int[]{0, 575, 125, 125});
// squares left side
for (int i=4; i>=0; i--){
fields.add(new int[]{0, 125+(90*i), (i==1 || i==2) ? 125 : 90, 90});
}
// top left
fields.add(new int[]{0, 0, 125, 125});
// squares top side
for (int i=0; i<5; i++){
fields.add(new int[]{125+(i*90), 0, 90, (i==2 || i==3) ? 125 : 90});
}
// top right
fields.add(new int[]{575, 0, 125, 125});
// squares right side
for (int i=0; i<5; i++){
fields.add(new int[]{(i==2 || i ==3) ? 575 : 610, 125+(90*i), (i==2 || i ==3) ? 125 : 90, 90});
}
// [...]
}
Dibuje toda la junta a un PGraphicsobjeto:
PGraphics board;
void setup() {
// [...]
size(700, 700);
board = createGraphics(700, 700);
board.beginDraw();
board.background(205,230,208);
// four squares on each corner
board.strokeWeight(4);
board.stroke(0);
board.noFill();
for(int[] f : fields) {
board.rect(f[0], f[1], f[2], f[3]);
}
// [...]
board.endDraw();
}
Ahora se puede utilizar el bucle de transformación de la caza. Dibuje la junta de la ventana ( image) y dibujar los jugadores en la parte superior de la tabla, en sus posiciones individuales:
int pos_l = 0;
int pos_a = 0;
void draw() {
image(board, 0, 0);
// tokens
int xl = fields.get(pos_l)[0] + fields.get(pos_l)[2] / 3;
int yl = fields.get(pos_l)[1] + fields.get(pos_l)[3] / 3;
fill(226, 53, 143);
ellipse(xl, yl, 30, 30);
int xa = fields.get(pos_a)[0] + fields.get(pos_a)[2] * 2 / 3;
int ya = fields.get(pos_a)[1] + fields.get(pos_a)[3] * 2 / 3;
fill(1, 110, 203);
ellipse(xa, ya, 30, 30);
}
En el keyPressedcaso de que haya que aplicar la lógica del juego y para chang la posición de los jugadores ( player_l, player_a):
void keyPressed() {
Random rand = new Random();
if (key == 'l'){
// Obtain a number between [0 - 5].
p1diceroll = rand.nextInt(6) + 1;
// [...]
pos_l = (pos_l + p1diceroll) % fields.size();
}
if (key == 'a'){
// Obtain a number between [0 - 5].
p2diceroll = rand.nextInt(6) + 1;
// [...]
pos_a = (pos_a + p2diceroll) % fields.size();
}
}
Vea el ejemplo, donde apliqué las sugerencias al código de la cuestión. El ejemplo no proporciona ninguna lógica del juego, ya que sólo añade los dados a las posiciones de los jugadores y los jugadores se mueve alrededor del tablero:
import java.util.Random;
ArrayList<int[]> fields = new ArrayList<int[]>();
PGraphics board;
void setup()
{
// bottom right
fields.add(new int[]{575, 575, 125, 125});
// squares bottom side
for (int i=4; i>=0; i--){
fields.add(new int[]{125+(i*90), (i==1 || i==2) ? 575 : 610, 90, (i==1 || i==2) ? 125 : 90});
}
// bottom left
fields.add(new int[]{0, 575, 125, 125});
// squares left side
for (int i=4; i>=0; i--){
fields.add(new int[]{0, 125+(90*i), (i==1 || i==2) ? 125 : 90, 90});
}
// top left
fields.add(new int[]{0, 0, 125, 125});
// squares top side
for (int i=0; i<5; i++){
fields.add(new int[]{125+(i*90), 0, 90, (i==2 || i==3) ? 125 : 90});
}
// top right
fields.add(new int[]{575, 0, 125, 125});
// squares right side
for (int i=0; i<5; i++){
fields.add(new int[]{(i==2 || i ==3) ? 575 : 610, 125+(90*i), (i==2 || i ==3) ? 125 : 90, 90});
}
size(700, 700);
board = createGraphics(700, 700);
board.beginDraw();
board.background(205,230,208);
// four squares on each corner
board.strokeWeight(4);
board.stroke(0);
board.noFill();
for(int[] f : fields) {
board.rect(f[0], f[1], f[2], f[3]);
}
//inside square + lines for chance
board.rect(125, 125, 450, 450);
board.rect(0, 0, 700, 700);
board.line(0, 305, 125, 305);
board.line(575, 395, 700, 395);
board.line(305, 575, 305, 700);
board.line(395, 0, 395, 125);
// green
board.fill(30, 178, 90);
board.rect(125, 90, 90, 35);
board.rect(215, 90, 90, 35);
board.rect(485, 90, 90, 35);
// yellow
board.fill(253, 241, 1);
board.rect(90, 125, 35, 90);
board.rect(90, 395, 35, 90);
board.rect(90, 485, 35, 90);
//red
board.fill(224, 25, 33);
board.rect(575, 125, 35, 90);
board.rect(575, 215, 35, 90);
board.rect(575, 485, 35, 90);
// blue
board.fill(172, 223, 252);
board.rect(125, 575, 90, 35);
board.rect(395, 575, 90, 35);
board.rect(485, 575, 90, 35);
//logo
PFont comic;
PFont taxandchance = createFont("ComicSansMS", 75);
board.fill (237, 27, 35);
comic = createFont("ComicSansMS", 45);
board.textFont(comic);
board.pushMatrix();
board.translate(215,490);
board.rotate(radians(315));
board.translate(-215,-490);
board.text("Mini Monopoly TM", 215, 490);
board.popMatrix();
// go
int x = 615;
int y = 670;
board.pushMatrix();
board.fill(0);
board.translate(x,y);
board.rotate(radians(315));
board.translate(-x,-y);
board.text("GO", x, y);
comic = createFont("ComicSansMS", 18);
board.textFont(comic);
board.text("collect $200", x-14, y+25);
board.popMatrix();
PFont corner = createFont("ComicSansMS", 35);
// free parking
x = 50;
y = 100;
board.pushMatrix();
board.fill(0);
board.translate(x,y);
board.rotate(radians(315));
board.translate(-x,-y);
board.textFont(corner);
board.text("Free", x, y);
board.popMatrix();
// stillwells
x = 600;
y = 40;
board.pushMatrix();
PFont stillwells = createFont("ComicSansMS", 25);
board.textFont(stillwells);
board.fill(0);
board.translate(x,y);
board.rotate(radians(45));
board.translate(-x,-y);
board.text("Stillwells", x, y);
board.popMatrix();
// grill
x = 38;
y = 620;
board.pushMatrix();
board.fill(0);
board.translate(x,y);
board.rotate(radians(45));
board.translate(-x,-y);
board.textFont(corner);
board.text("Grill", x, y);
board.popMatrix();
// location names bottom row
board.fill (0);
board.textFont(comic);
board.text("Library", 500, 650);
board.text("$100", 500, 680);
board.text("Elm", 425, 650);
board.text("$100", 418, 680);
board.text("Weth", 145, 650);
board.text("$120", 145, 680);
board.text("Train", (325), 620);
board.text("station:", (325), 640);
board.text("Andover", (320), 660);
board.textFont(taxandchance);
board.fill(0, 175,237);
board.text("$", 236, 668);
// location names top row
x = 198;
y = 55;
board.pushMatrix();
board.fill(0);
board.textFont(comic);
board.translate(x,y);
board.rotate(radians(180));
board.translate(-x,-y);
board.text("Bowld", x, y);
board.text("PHLH", x - 90, y);
board.text("ACB", x - 350, y);
board.text("$260", x, y+30);
board.text("$260", x - 90, y+30);
board.text("$280", x - 350, y+30);
board.text("Train", x - 182, y-25);
board.text("station:", x - 189, y-5);
board.text("Hotchkiss", x - 195, y+25);
board.textFont(taxandchance);
board.fill(0, 175,237);
board.text("$", x-261, y+20);
board.popMatrix();
// locationnames yellow
x = 60;
y = 511;
board.pushMatrix();
board.textFont(comic);
board.fill(0);
board.translate(x,y);
board.rotate(radians(90));
board.translate(-x,-y);
board.text("HR", x, y);
board.text("OMA", x - 90, y);
board.text("Bissell", x -364, y);
board.text("$180", x, y+30);
board.text("$180", x - 90, y+30);
board.text("$200", x - 360, y+30);
board.text("Train", x - 182, y-25);
board.text("station:", x - 189, y-5);
board.text("Choate", x - 186, y+25);
board.textFont(taxandchance);
board.fill(247,134,32);
board.text("?", x-270, y+25);
board.popMatrix();
// locationnames red
x = 640;
y = 190;
board.pushMatrix();
board.textFont(comic);
board.fill(0);
board.translate(x,y);
board.rotate(radians(270));
board.translate(-x,-y);
board.text("Phelps", x-5, y);
board.text("Field H.", x - 100, y);
board.text("Goel", x -363, y);
board.text("$320", x, y+30);
board.text("$350", x - 90, y+30);
board.text("$400", x - 370, y+30);
board.text("Train", x - 182, y-25);
board.text("station:", x - 189, y-5);
board.text("Deerfield:", x - 200, y+25);
board.textFont(taxandchance);
board.fill(247,134,32);
board.text("?", x-270, y+25);
board.popMatrix();
board.endDraw();
}
int pos_l = 0;
int pos_a = 0;
void draw(){
image(board, 0, 0);
// tokens
int xl = fields.get(pos_l)[0] + fields.get(pos_l)[2] / 3;
int yl = fields.get(pos_l)[1] + fields.get(pos_l)[3] / 3;
fill(226, 53, 143);
ellipse(xl, yl, 30, 30);
int xa = fields.get(pos_a)[0] + fields.get(pos_a)[2] * 2 / 3;
int ya = fields.get(pos_a)[1] + fields.get(pos_a)[3] * 2 / 3;
fill(1, 110, 203);
ellipse(xa, ya, 30, 30);
}
int p1position = 0;
int p2position = 0;
int p1diceroll;
int p2diceroll;
String name1 = "Jasmine";
String name2 = "Iliana";
void keyPressed(){
Random rand = new Random();
if (key == 'l'){
// Obtain a number between [0 - 5].
p1diceroll = rand.nextInt(6) + 1;
println("You rolled a " + p1diceroll + "!");
println(name2 + " press 'a' to roll");
pos_l = (pos_l + p1diceroll) % fields.size();
}
if (key == 'a'){
// Obtain a number between [0 - 5].
p2diceroll = rand.nextInt(6) + 1;
println("You rolled a " + p2diceroll + "!");
if (p1diceroll>p2diceroll){
System.out.println(name1 + " rolled higher!. They go first.");
}
if (p2diceroll>p1diceroll){
System.out.println(name2 + " rolled higher!. They go first. ");
}
if (p2diceroll==p1diceroll){
System.out.println("It's a tie! " + name1 + " goes first by default." );
}
pos_a = (pos_a + p2diceroll) % fields.size();
}
}