Update app.py

app.py

@@ -3,60 +3,74 @@ import gradio as gr
 # State yo kugenzura niba igikoresho kiri ON cyangwa OFF
 device_state = {"on": True}
 
-def multi_sensor_control(voltage, temperature, speed):
+def evaluate_sensors(voltage, temperature, speed):
     messages = []
     
-    # Igenzura voltage
+    # Voltage check
     if voltage > 2.5:
-        messages.append("Umuriro urenze, turazimya igikoresho (OFF)")
+        messages.append("⚠️ Umuriro urenze, turazimya igikoresho (OFF).")
         device_state["on"] = False
     else:
-        messages.append("Umuriro uri hasi, igikoresho kiri ON")
+        messages.append("✅ Umuriro uri hasi, igikoresho kiri ON.")
         device_state["on"] = True
     
-    # Igenzura ubushyuhe
+    # Temperature check
     if temperature > 70:
-        messages.append("Ubushyuhe buri hejuru cyane! Shyira system ku gipimo cyo kurwanya ubushyuhe.")
+        messages.append("⚠️ Ubushyuhe buri hejuru cyane! Shyira system ku gipimo cyo kurwanya ubushyuhe.")
     else:
-        messages.append("Ubushyuhe buri mu rugero rwiza.")
+        messages.append("✅ Ubushyuhe buri mu rugero rwiza.")
     
-    # Igenzura umuvuduko (speed)
+    # Speed check
     if speed > 100:
-        messages.append("Umuvuduko urenze, gabanya umuvuduko.")
+        messages.append("⚠️ Umuvuduko urenze, gabanya umuvuduko.")
     else:
-        messages.append("Umuvuduko uri mu murongo mwiza.")
+        messages.append("✅ Umuvuduko uri mu murongo mwiza.")
     
+    # Status y’igikoresho
     status = "ON" if device_state["on"] else "OFF"
-    messages.append(f"Status y'igikoresho: {status}")
+    messages.append(f"ℹ️ Status y'igikoresho: {status}")
     
     return "\n".join(messages)
 
 def turn_on():
     device_state["on"] = True
-    return "Igikoresho cyongeye gukurwa kuri OFF, kiri ON ubu."
+    return "✅ Igikoresho cyongeye gukurwa kuri OFF, kiri ON ubu."
 
 def turn_off():
     device_state["on"] = False
-    return "Igikoresho cyahagaze, kiri OFF ubu."
+    return "❌ Igikoresho cyahagaze, kiri OFF ubu."
+
+def check_status():
+    status = "ON" if device_state["on"] else "OFF"
+    return f"ℹ️ Status y'igikoresho: {status}"
 
 with gr.Blocks() as demo:
-    voltage = gr.Slider(0, 5, step=0.1, label="Voltage (V)")
-    temperature = gr.Slider(0, 100, step=1, label="Ubushyuhe (°C)")
-    speed = gr.Slider(0, 200, step=1, label="Umuvuduko (km/h)")
+    gr.Markdown("## Simulation y'Igenzura ry'Ibipimo Byinshi hamwe na Buttons zo Kugenzura Igikoresho")
+    voltage = gr.Slider(0, 5, step=0.1, label="Voltage (V)", value=2.0)
+    temperature = gr.Slider(0, 100, step=1, label="Ubushyuhe (°C)", value=25)
+    speed = gr.Slider(0, 200, step=1, label="Umuvuduko (km/h)", value=50)
     
-    output_text = gr.Textbox(label="Ibisubizo", lines=6)
+    output_text = gr.Textbox(label="Ibisubizo bya System", lines=8)
     
-    btn_on = gr.Button("Kuzimya OFF (ON)")
-    btn_off = gr.Button("Kuzimya (OFF)")
-    btn_check = gr.Button("Reba Status")
+    with gr.Row():
+        btn_on = gr.Button("Kuzimya OFF (ON)")
+        btn_off = gr.Button("Kuzimya (OFF)")
+        btn_check = gr.Button("Reba Status")
     
+    # Guhuza events
     btn_on.click(turn_on, outputs=output_text)
     btn_off.click(turn_off, outputs=output_text)
-    btn_check.click(lambda: f"Status y'igikoresho: {'ON' if device_state['on'] else 'OFF'}", outputs=output_text)
+    btn_check.click(check_status, outputs=output_text)
+    
+    def on_change_all(v, t, s):
+        return evaluate_sensors(v, t, s)
     
-    # Reba ibisubizo uko bipimwa
-    voltage.change(lambda v, t, s: multi_sensor_control(v, t, s), inputs=[voltage, temperature, speed], outputs=output_text)
-    temperature.change(lambda v, t, s: multi_sensor_control(v, t, s), inputs=[voltage, temperature, speed], outputs=output_text)
-    speed.change(lambda v, t, s: multi_sensor_control(v, t, s), inputs=[voltage, temperature, speed], outputs=output_text)
+    voltage.change(on_change_all, inputs=[voltage, temperature, speed], outputs=output_text)
+    temperature.change(on_change_all, inputs=[voltage, temperature, speed], outputs=output_text)
+    speed.change(on_change_all, inputs=[voltage, temperature, speed], outputs=output_text)
+    
+    # Initial display
+    output_text.value = evaluate_sensors(voltage.value, temperature.value, speed.value)
 
 demo.launch()
+