test

app.py

@@ -1,75 +1,24 @@
 import gradio as gr
-import random
-
-def initialize_game():
-    # Initialize or reset the game state
-    game_state = {
-        'height': 0,
-        'gap_position': 2,
-        'bird_position': 2,
-        'score': 0,
-        'game_over': False
-    }
-    return get_game_state(game_state), game_state
-
-def update_game(command, game_state):
-    PIPE_WIDTH = 3
-    GAME_HEIGHT = 5
-    GAP_SIZE = 2
-
-    if game_state['game_over'] or command == "start":
-        return initialize_game()
-
-    # Move bird based on command
-    game_state['bird_position'] += 1 if command.lower() != "flap" else -1
-
-    # Check bounds
-    if game_state['bird_position'] < 0 or game_state['bird_position'] >= GAME_HEIGHT:
-        game_state['game_over'] = True
-        return f"You hit the top/bottom! Game Over! Your score: {game_state['score']}", game_state
-
-    # Update pipe position
-    game_state['height'] = (game_state['height'] + 1) % (PIPE_WIDTH + GAME_HEIGHT)
-
-    # Check for collision or passing through the gap
-    if game_state['height'] == PIPE_WIDTH:
-        if game_state['bird_position'] not in range(game_state['gap_position'], game_state['gap_position'] + GAP_SIZE):
-            game_state['game_over'] = True
-            return f"You hit a pipe! Game Over! Your score: {game_state['score']}", game_state
-        else:
-            game_state['score'] += 1
-            game_state['gap_position'] = random.randint(0, GAME_HEIGHT - GAP_SIZE)
-
-    return get_game_state(game_state), game_state
-
-def get_game_state(game_state):
-    PIPE_WIDTH = 3
-    GAME_HEIGHT = 5
-    GAP_SIZE = 2
-    display = "Score: {}\n".format(game_state['score'])
-    for i in range(GAME_HEIGHT):
-        line = ""
-        if game_state['height'] < PIPE_WIDTH and (i < game_state['gap_position'] or i >= game_state['gap_position'] + GAP_SIZE):
-            line += "|"
-        else:
-            line += " "
-        line += "B" if i == game_state['bird_position'] else "_"
-        line += "\n"
-        display += line
-    return display
+import time
+
+def start_pomodoro(duration):
+    # This function will simulate a Pomodoro timer.
+    # Real asynchronous waiting or background tasks aren't feasible with Gradio in its current state,
+    # so we'll return a message instead of a real timer.
+    
+    if duration == 25:
+        return "Pomodoro started! Work for 25 minutes."
+    elif duration == 5:
+        return "Short break started! Relax for 5 minutes."
+    else:
+        return "Long break started! Relax for 15 minutes."
 
 iface = gr.Interface(
-    fn=update_game,
-    inputs=[
-        gr.Dropdown(choices=["flap", "start"], label="Control"),
-        gr.State()
-    ],
-    outputs=[
-        gr.Textbox(label="Game State"),
-        gr.State()
-    ],
-    title="Simple Text-based Flappy Bird Game",
-    description="Use the dropdown to 'Start' the game or 'Flap' to move the bird up. Avoid the pipes!"
+    fn=start_pomodoro,
+    inputs=gr.Dropdown(choices=[25, 5, 15], label="Select Duration (minutes)"),
+    outputs="text",
+    title="Simple Pomodoro Timer",
+    description="Select duration and start a Pomodoro timer. Currently, the timer is simulated; it doesn't count down in real-time."
 )
 
 if __name__ == "__main__":