package com.codingame.game;
import java.util.Random;
+import java.util.ArrayList;
+import java.util.Comparator;
import com.codingame.gameengine.core.MultiplayerGameManager;
import com.codingame.gameengine.module.entities.GraphicEntityModule;
class Player {
Model.Player model;
+
int colorToken;
String nicknameToken;
String avatarToken;
+ double frameRot;
+
Group avatar;
Text stoneCounter;
Text message;
Sprite castle;
Text stone;
+ Text stoneReminder;
void init(com.codingame.game.Player p) {
model = p.model;
int x = p0 ? 280 : 1920 - 280;
int y = 220;
- Rectangle border1 = graphicEntityModule
- .createRectangle()
- .setWidth(140)
- .setHeight(140)
- .setX(x - 70)
- .setY(y - 70)
- .setLineWidth(0)
- .setFillColor(colorToken);
-
- Rectangle border2 = graphicEntityModule
- .createRectangle()
- .setWidth(120)
- .setHeight(120)
- .setX(x - 60)
- .setY(y - 60)
- .setLineWidth(0)
- .setFillColor(0xffffff);
+ Sprite frame = graphicEntityModule.createSprite()
+ .setImage("frame.png")
+ .setAnchor(0.5)
+ .setRotation(frameRot)
+ .setZIndex(22)
+ .setTint(colorToken);
+
+ Sprite frameBg = graphicEntityModule.createSprite()
+ .setImage("frame_bg.png")
+ .setAnchor(0.5)
+ .setRotation(frameRot)
+ .setZIndex(20);
Sprite avatarSprite = graphicEntityModule.createSprite()
- .setX(x)
- .setY(y)
- .setZIndex(20)
- .setImage(avatarToken)
- .setAnchor(0.5)
- .setBaseHeight(116)
- .setBaseWidth(116);
+ .setZIndex(21)
+ .setImage(avatarToken)
+ .setAnchor(0.5)
+ .setBaseHeight(116)
+ .setBaseWidth(116);
- avatar = graphicEntityModule.createGroup(border1, border2, avatarSprite);
+ avatar = graphicEntityModule
+ .createGroup(frame, frameBg, avatarSprite)
+ .setX(x).setY(y);
Text text = graphicEntityModule.createText(nicknameToken)
.setX(x)
.setFillColor(0x7f3f00)
.setAnchor(0.5);
- stoneCounter = graphicEntityModule.createText("S")
+ stoneCounter = graphicEntityModule.createText()
.setX(x)
.setY(y+200)
.setZIndex(20)
.setFontSize(40)
.setFillColor(0x7f3f00)
.setAnchor(0.5);
+ updateStoneCounter();
message = graphicEntityModule.createText()
.setX(p0 ? 15 : 1920-15)
.setY(680)
.setZIndex(1)
.setFontSize(40)
- .setStrokeColor(0x000000)
.setFillColor(0xffbf7f)
.setAnchorX(p0 ? 0 : 1)
.setAnchorY(1);
.setFillColor(0x12322a)
.setAnchor(0.5)
.setAlpha(0);
+
+ stoneReminder = graphicEntityModule.createText()
+ .setX(p0 ? x + 100 : x - 100)
+ .setY(y)
+ .setZIndex(20)
+ .setFontSize(75)
+ .setFillColor(0x3f3f3f)
+ .setAnchorX(p0 ? 0 : 1)
+ .setAnchorY(0.5);
}
- void setStone() {
+ void updateStoneCounter() {
int stones = model.getStones();
if (stones <= 0) {
- stoneCounter.setText("No stones!");
+ stoneCounter.setText("Out of stones!");
stoneCounter.setFillColor(0xff7777);
}
else if (stones == 1) {
stoneCounter.setText(stones + " stones");
}
}
+
void animateStones(int stones) {
+ String stonesString = new Integer(stones).toString();
stone.setX(castle.getX());
stone.setY(castle.getY() - 100);
- stone.setText(new Integer(stones).toString());
+ stone.setText(stonesString);
stone.setAlpha(1);
graphicEntityModule.commitEntityState(0, stone);
stone.setY(troll.getY() - 50, Curve.EASE_IN);
stone.setAlpha(0, Curve.EASE_IN);
graphicEntityModule.commitEntityState(0.5, stone);
+
+ stoneReminder.setText(stonesString);
+ graphicEntityModule.commitEntityState(0.25, stoneReminder);
+ stoneReminder.setAlpha(1);
+ graphicEntityModule.commitEntityState(0.5, stoneReminder);
}
+
void displayMessage(String msg) {
message.setText(msg);
graphicEntityModule.commitEntityState(0, message);
}
+ void markLoser() {
+ graphicEntityModule.commitEntityState(0.5, avatar);
+ int dir = random.nextInt(2) == 1 ? 1 : -1;
+ avatar.setRotation(dir * 170 * Math.PI / 180, Curve.ELASTIC);
+ }
+
void destroy() {
- avatar.setRotation(170*Math.PI/180, Curve.ELASTIC);
+ graphicEntityModule.commitEntityState(0.5, castle);
+ castle.setX(castle.getX(), Curve.ELASTIC);
+ castle.setScaleY(-0.2, Curve.EASE_IN);
+ }
- graphicEntityModule.commitEntityState(0.5, castle);
- castle.setX(castle.getX(), Curve.ELASTIC);
- castle.setScaleY(-0.2, Curve.EASE_IN);
- }
+ void startTurn() {
+ stoneReminder.setAlpha(0);
+ graphicEntityModule.commitEntityState(0, stoneReminder);
+ }
}
Model model;
void init(Model m) {
model = m;
+ drawBackground();
+
+ /*
+ * Random π/2-grained rotation of the avatar frames. Avoid
+ * having them π/2 apart, though, as one of them is likely
+ * going to end upside-down and the trick would be revealed.
+ * And I'd have to "draw" a new frame. Ewww.
+ */
+ p0.frameRot = random.nextInt(4) * Math.PI / 2;
p0.init(gameManager.getPlayer(0));
+ p1.frameRot = p1.frameRot +
+ (random.nextInt(2) == 1 ? 1 : -1) * Math.PI / 2;
p1.init(gameManager.getPlayer(1));
- drawBackground();
drawTroll();
}
+ void startTurn() {
+ p0.startTurn();
+ p1.startTurn();
+ }
+
+ private class Pos {
+ int x, y;
+ Pos(int _x, int _y) { x = _x; y = _y; }
+ }
+
private void drawBackground() {
graphicEntityModule.createSprite()
.setImage("background.png")
.setAnchor(0);
+
+ int numTrees = random.nextInt(21);
+ ArrayList<Pos> poss = new ArrayList<Pos>(numTrees);
+ while (numTrees --> 0) {
+ int x, y;
+ do {
+ x = random.nextInt(1920);
+ // yes, this biases randomness wrt perspective! :-(
+ y = 700 + random.nextInt(175);
+ } while (y > 880 && (x < 200 || x > 1720));
+ poss.add(new Pos(x, y));
+ }
+ poss.sort(new Comparator<Pos>() {
+ public int compare(Pos a, Pos b) { return a.y < b.y ? -1 : 1; }
+ });
+
+ for (Pos p : poss) {
+ double scale = ( 90.0 / 433.0 // base height from PNG
+ * (p.y - 680) / (875 - 680) ); // perspective
+ graphicEntityModule.createSprite()
+ .setImage(random.nextInt(2) == 0 ? "Alshockv1.png"
+ : "Alshockv2.png")
+ .setAnchorX(0.5)
+ .setAnchorY(1)
+ .setX(p.x)
+ .setY(p.y)
+ .setScaleX(scale * (random.nextInt(2) == 0 ? -1 : 1)
+ * (1 + (random.nextDouble() - 0.5) / 6))
+ .setScaleY(scale * (1 + (random.nextDouble() -0.5) / 6))
+ .setRotation((random.nextDouble() - 0.5) * Math.PI / 1800)
+ .setSkewX((random.nextDouble() - 0.5) /4)
+ .setSkewY((random.nextDouble() - 0.5) /8);
+ }
}
private void drawTroll() {
.setX(1980/2)
.setY(980)
.setFillColor(0xffffff);
+
+ moveTroll();
}
void moveTroll() {
Ça trolle… / troll.git / blobdiff