update timeout

app.py

@@ -52,7 +52,7 @@ model.save_pretrained("merged_adapters")
 
 processor = PaliGemmaProcessor.from_pretrained(model_id)
 
-@spaces.GPU
+@spaces.GPU(duration=120)
 def infer(
     image: PIL.Image.Image,
     text: str,
@@ -313,10 +313,7 @@ def extract_objs(text, width, height, unique_labels=False):
 #########
 
 INTRO_TEXT="# 🔬🧠 CellVision AI -- Intelligent Cell Imaging Analysis 🤖🧫"
-IMAGE_PROMPT="""
-Describe the morphological characteristics and visible interactions between different cell types.
-Assess the biological context to identify signs of cancer and the presence of antigens.
-"""
+IMAGE_PROMPT="Assess the biological context to identify signs of cancer and the presence of antigens."
 
 with gr.Blocks(css="style.css") as demo:
     gr.Markdown(INTRO_TEXT)
@@ -331,41 +328,14 @@ with gr.Blocks(css="style.css") as demo:
 
         seg_btn = gr.Button("Submit")    
         examples = [["./examples/cnmc1.bmp", "segment cancerous cells"],
-                    ["./examples/cnmc1.bmp", "segment healthy cells"],
-                    ["./examples/cnmc1.bmp", "detect cancerous cells"],
-                    ["./examples/cnmc1.bmp", "detect healthy cells"],
-                    ["./examples/cnmc2.bmp", "segment cancerous cells"],
-                    ["./examples/cnmc2.bmp", "segment healthy cells"],
                     ["./examples/cnmc2.bmp", "detect cancerous cells"],
-                    ["./examples/cnmc2.bmp", "detect healthy cells"],
-                    ["./examples/cnmc3.bmp", "segment cancerous cells"],
                     ["./examples/cnmc3.bmp", "segment healthy cells"],
-                    ["./examples/cnmc3.bmp", "detect cancerous cells"],
-                    ["./examples/cnmc3.bmp", "detect healthy cells"],
-                    ["./examples/cnmc4.bmp", "segment cancerous cells"],
-                    ["./examples/cnmc4.bmp", "segment healthy cells"],
-                    ["./examples/cnmc4.bmp", "detect cancerous cells"],
                     ["./examples/cnmc4.bmp", "detect healthy cells"],
                     ["./examples/cnmc5.bmp", "segment cancerous cells"],
-                    ["./examples/cnmc5.bmp", "segment healthy cells"],
-                    ["./examples/cnmc5.bmp", "detect cancerous cells"],
-                    ["./examples/cnmc5.bmp", "detect healthy cells"],
-                    ["./examples/cnmc6.bmp", "segment cancerous cells"],
-                    ["./examples/cnmc6.bmp", "segment healthy cells"],
                     ["./examples/cnmc6.bmp", "detect cancerous cells"],
-                    ["./examples/cnmc6.bmp", "detect healthy cells"],
-                    ["./examples/cnmc7.bmp", "segment cancerous cells"],
                     ["./examples/cnmc7.bmp", "segment healthy cells"],
-                    ["./examples/cnmc7.bmp", "detect cancerous cells"],
-                    ["./examples/cnmc7.bmp", "detect healthy cells"],
-                    ["./examples/cnmc8.bmp", "segment cancerous cells"],
-                    ["./examples/cnmc8.bmp", "segment healthy cells"],
-                    ["./examples/cnmc8.bmp", "detect cancerous cells"],
                     ["./examples/cnmc8.bmp", "detect healthy cells"],
                     ["./examples/cnmc9.bmp", "segment cancerous cells"],
-                    ["./examples/cnmc9.bmp", "segment healthy cells"],
-                    ["./examples/cnmc9.bmp", "detect cancerous cells"],
-                    ["./examples/cnmc9.bmp", "detect healthy cells"],
                     ["./examples/cart1.jpg", "segment cells"],
                     ["./examples/cart1.jpg", "detect cells"],
                     ["./examples/cart2.jpg", "segment cells"],