Update app.py

app.py

@@ -1,165 +1,127 @@
 import gradio as gr
-import numpy as np
+import random
 import time
-from PIL import Image, ImageDraw
-import io
-import base64
+import base64  # For audio encoding
 
-# Game state class
-class SpaceShooter:
+# --- Game Logic (Adapted from your HTML/JS) ---
+
+class Bird:
     def __init__(self):
-        self.width = 480
-        self.height = 640
-        self.score = 0
-        self.lives = 3
-        
-        # Player
-        self.player = {
-            "x": self.width / 2,
-            "y": self.height - 60,
-            "width": 40,
-            "height": 40,
-            "speed": 5
-        }
-        
-        self.bullets = []
-        self.enemies = []
-        self.last_enemy_spawn = time.time()
-        self.enemy_spawn_rate = 1.5  # seconds
-        self.last_shot = 0
-        self.shoot_cooldown = 0.3  # seconds
-
-    def spawn_enemy(self, current_time):
-        if current_time - self.last_enemy_spawn > self.enemy_spawn_rate:
-            size = np.random.uniform(20, 40)
-            self.enemies.append({
-                "x": np.random.uniform(size/2, self.width - size/2),
-                "y": 0,
-                "width": size,
-                "height": size,
-                "speed": np.random.uniform(1, 3)
-            })
-            self.last_enemy_spawn = current_time
-
-    def shoot(self, current_time):
-        if current_time - self.last_shot > self.shoot_cooldown:
-            self.bullets.append({
-                "x": self.player["x"],
-                "y": self.player["y"] - self.player["height"]/2,
-                "width": 4,
-                "height": 15,
-                "speed": 10
-            })
-            self.last_shot = current_time
+        self.x = -50
+        self.y = 100 + random.random() * 300
+        self.speed = 2 + random.random() * 3
+        self.size = 30 + random.random() * 20
+        self.color = self.random_color()
+        self.wing_angle = 0  # Initial wing angle
+        self.last_wing_update = time.time()
+
+
+    def random_color(self):
+        colors = ["#FF5733", "#33FF57", "#3357FF", "#F3FF33", "#FF33F3", "#33FFF3"]
+        return random.choice(colors)
 
     def update(self):
+        self.x += self.speed
+
+        # Animate wings (simplified for Gradio, update every 0.1 seconds)
         current_time = time.time()
-        
-        # Update bullets
-        for bullet in self.bullets[:]:
-            bullet["y"] -= bullet["speed"]
-            if bullet["y"] < 0:
-                self.bullets.remove(bullet)
-
-        # Update enemies
-        for enemy in self.enemies[:]:
-            enemy["y"] += enemy["speed"]
-            if enemy["y"] > self.height:
-                self.enemies.remove(enemy)
-                self.lives -= 1
-
-        # Check collisions
-        for bullet in self.bullets[:]:
-            for enemy in self.enemies[:]:
-                if (bullet["x"] < enemy["x"] + enemy["width"]/2 and
-                    bullet["x"] + bullet["width"] > enemy["x"] - enemy["width"]/2 and
-                    bullet["y"] < enemy["y"] + enemy["height"]/2 and
-                    bullet["y"] + bullet["height"] > enemy["y"] - enemy["height"]/2):
-                    self.bullets.remove(bullet)
-                    self.enemies.remove(enemy)
-                    self.score += int(enemy["width"])
-                    break
-
-        # Spawn new enemies
-        self.spawn_enemy(current_time)
-
-    def draw(self):
-        # Create image
-        img = Image.new('RGB', (self.width, self.height), color='black')
-        draw = ImageDraw.Draw(img)
-
-        # Draw player
-        draw.polygon([
-            (self.player["x"], self.player["y"] - self.player["height"]/2),
-            (self.player["x"] - self.player["width"]/2, self.player["y"] + self.player["height"]/2),
-            (self.player["x"] + self.player["width"]/2, self.player["y"] + self.player["height"]/2)
-        ], fill='#3498db')
-
-        # Draw bullets
-        for bullet in self.bullets:
-            draw.rectangle([
-                (bullet["x"] - bullet["width"]/2, bullet["y"]),
-                (bullet["x"] + bullet["width"]/2, bullet["y"] + bullet["height"])
-            ], fill='#ff0')
-
-        # Draw enemies
-        for enemy in self.enemies:
-            draw.ellipse([
-                (enemy["x"] - enemy["width"]/2, enemy["y"] - enemy["height"]/2),
-                (enemy["x"] + enemy["width"]/2, enemy["y"] + enemy["height"]/2)
-            ], fill='#ff5555')
-
-        return img
-
-# Game instance
-game = SpaceShooter()
-
-def move_player(direction):
-    if game.lives <= 0:
-        return game.draw(), f"Game Over! Score: {game.score}"
-    
-    if direction == "left" and game.player["x"] > game.player["width"]/2:
-        game.player["x"] -= game.player["speed"]
-    elif direction == "right" and game.player["x"] < game.width - game.player["width"]/2:
-        game.player["x"] += game.player["speed"]
-    elif direction == "shoot":
-        game.shoot(time.time())
-    
-    game.update()
-    status = f"Score: {game.score} | Lives: {game.lives}"
-    if game.lives <= 0:
-        status = f"Game Over! Score: {game.score}"
-    
-    return game.draw(), status
-
-def reset_game():
-    global game
-    game = SpaceShooter()
-    return game.draw(), f"Score: {game.score} | Lives: {game.lives}"
-
-# Gradio interface
-with gr.Blocks(title="Space Shooter") as demo:
-    gr.Markdown("# Space Shooter")
-    gr.Markdown("Use the buttons to move left, right, and shoot. Game updates after each action.")
-    
-    with gr.Row():
-        game_output = gr.Image(label="Game", width=480, height=640)
-        status_output = gr.Textbox(label="Status")
-    
-    with gr.Row():
-        left_btn = gr.Button("Left")
-        right_btn = gr.Button("Right")
-        shoot_btn = gr.Button("Shoot")
-        reset_btn = gr.Button("Reset")
-    
-    # Initial state
-    game_output.value = game.draw()
-    status_output.value = f"Score: {game.score} | Lives: {game.lives}"
-    
-    # Event handlers
-    left_btn.click(move_player, inputs=gr.State(value="left"), outputs=[game_output, status_output])
-    right_btn.click(move_player, inputs=gr.State(value="right"), outputs=[game_output, status_output])
-    shoot_btn.click(move_player, inputs=gr.State(value="shoot"), outputs=[game_output, status_output])
-    reset_btn.click(reset_game, inputs=None, outputs=[game_output, status_output])
-
-demo.launch()
+        if current_time - self.last_wing_update > 0.1:
+            self.wing_angle = 15 * (1 if (int(current_time * 10) % 2 == 0) else -1)  # simpler flapping
+            self.last_wing_update = current_time
+
+
+        if self.x > 850:
+            return False  # Bird left the screen
+        return True
+
+    def check_hit(self, click_x, click_y):
+        distance = ((self.x - click_x) ** 2 + (self.y - click_y) ** 2) ** 0.5
+        return distance < self.size
+
+    def to_svg(self):
+        # Bird body (ellipse)
+        body = f'<ellipse cx="{self.x}" cy="{self.y}" rx="{self.size / 2}" ry="{self.size / 3}" fill="{self.color}" />'
+
+        # Bird head (circle)
+        head = f'<circle cx="{self.x + self.size / 2}" cy="{self.y - self.size / 6}" r="{self.size / 4}" fill="{self.color}" />'
+
+        # Bird eye (circle)
+        eye = f'<circle cx="{self.x + self.size / 2 + self.size / 8}" cy="{self.y - self.size / 6 - self.size / 8}" r="{self.size / 10}" fill="black" />'
+
+        # Bird beak (polygon)
+        beak = f'<polygon points="{self.x + self.size / 2 + self.size / 4},{self.y - self.size / 6} {self.x + self.size},{self.y} {self.x + self.size / 2 + self.size / 4},{self.y + self.size / 10}" fill="orange" />'
+
+        # Bird wing (ellipse with rotation)
+        wing = f'<ellipse cx="{self.x}" cy="{self.y + self.size/4}" rx="{self.size / 3}" ry="{self.size / 6}" fill="{self.color}" transform="rotate({self.wing_angle} {self.x} {self.y + self.size/4})" />'
+
+
+        return f'<g>{body}{head}{eye}{beak}{wing}</g>'
+
+
+class Explosion:
+    def __init__(self, x, y, size):
+        self.x = x
+        self.y = y
+        self.size = size
+        self.frame = 0
+        self.max_frames = 20
+        self.sound_played = False # Prevent sound repetition
+
+
+    def update(self):
+        self.frame += 1
+        if self.frame >= self.max_frames:
+            return False
+        return True
+
+    def to_svg(self):
+        group = f'<g transform="translate({self.x}, {self.y})">'
+        colors = ["#FF0000", "#FF7700", "#FFFF00"]
+        particle_count = 12
+
+        for i in range(particle_count):
+            angle = (i / particle_count) * 2 * 3.14159  # Use a close approximation of PI
+            distance = (self.size / 3) + (self.frame * 2)
+            x = (self.size/3 + self.frame *2)  * (1 if i%2 == 0 else -1)
+            y = (self.size/3 + self.frame*2) * (1 if i%3 ==0 else -1)
+            radius = self.size / 8 * (1 - self.frame / self.max_frames)
+            opacity = 1 - (self.frame / self.max_frames)
+            particle = f'<circle cx="{x}" cy="{y}" r="{radius}" fill="{random.choice(colors)}" opacity="{opacity}" />'
+            group += particle
+
+        center_radius = (self.size / 2) * (1 + self.frame / 5)
+        center_opacity = 1 - (self.frame / self.max_frames)
+        center = f'<circle cx="0" cy="0" r="{center_radius}" fill="#FF0000" opacity="{center_opacity}" />'
+        group += center + '</g>'
+        return group
+
+
+def create_clouds():
+    clouds_svg = ""
+    cloud_count = 5
+    for _ in range(cloud_count):
+        cx = random.random() * 800
+        cy = 50 + random.random() * 100
+        rx = 50 + random.random() * 50
+        ry = 20 + random.random() * 20
+        clouds_svg += f'<ellipse cx="{cx}" cy="{cy}" rx="{rx}" ry="{ry}" fill="white" opacity="0.8" />'
+        # Smaller ellipse
+        cloud_part_cx = cx + 30
+        cloud_part_cy = cy - 5
+        clouds_svg += f'<ellipse cx="{cloud_part_cx}" cy="{cloud_part_cy}" rx="30" ry="15" fill="white" opacity="0.8" />'
+    return clouds_svg
+
+# --- Gradio App ---
+
+def play_game(click_data, game_state):
+    if game_state is None:  # Initialize game state
+        game_state = {"score": 0, "birds": [], "explosions": [], "game_running": True}
+
+    score = game_state["score"]
+    birds = game_state["birds"]
+    explosions = game_state["explosions"]
+    game_running = game_state["game_running"]
+
+    # Sounds (Base64 encoded for embedding)
+    explosion_sound = "data:audio/wav;base64,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"
+    miss_sound = "data:audio/wav;base64,UklGRiQDAABXQVZFZm10IBAAAAABAAEAESsAABErAAABAAgAZGF0YQADAABkAGQAZABkAGQAfACEAJwAsAC8AMgA1ADsAOQA7ADkANQA0AC8AKgAnACMAHQAX