package Dino_Game_java;

import java.awt.Rectangle;

// Represents the Dinosaur entity

class Dinosaur {

private int x, y; // Current position

private int initialY;

private int jumpHeight = 280; // Max height of jump from initialY

private int jumpSpeed = 20;

private boolean jumping = false;

private boolean jumpAscending = false; // True if going up, false if going down

private int width = 5 * Game.unit; // Approximate width

private int height = 10 * Game.unit; // Approximate height (can be more precise)

public Dinosaur(int x, int y) {

this.x = x;

this.y = y;

this.initialY = y;

}

// Initiates the jump sequence

public void startJump() {

if (!jumping) {

jumping = true;

jumpAscending = true;

}

}

// Updates the dinosaur's Y position during a jump

public void updateJump() {

if (jumping) {

if (jumpAscending) {

y -= jumpSpeed; // Move up

if (y <= initialY - jumpHeight) { // Reached peak

y = initialY - jumpHeight;

jumpAscending = false; // Start descending

}

} else {

y += jumpSpeed; // Move down

if (y >= initialY) { // Landed

y = initialY;

jumping = false; // Jump finished

}

}

}

}

public boolean canJump() {

return !jumping;

}

public boolean isJumping() {

return jumping;

}

public int getX() { return x; }

public int getY() { return y; }

public Rectangle getBounds() {

// More accurate bounds needed based on actual drawing

// This is a placeholder

return new Rectangle(x - 2 * Game.unit, y - 16 * Game.unit, 11 * Game.unit, 17 * Game.unit);

}

}