Update app.py

app.py

@@ -107,13 +107,16 @@ def quant(imageinput):
   thresho = 20
   sig=final[0][0]
   #signal=plt.plot(sig,figure=plt.figure())
-  
-
   if ratio >= thresho:
-    xx=str("The test band signal [" + str(ratio) + "mg/dl] shows a " + target +"-POSITIVE test.")
+  xx=str("The test band signal [" + str(ratio) + "mg/dl] shows a " + target +"-POSITIVE test." +" " + "Classic PKU, needs urgent medical treatment")
+  elif ratio >= 2 and ratio <6:
+  xx=str("The test band signal [" + str(ratio) + "mg/dl] shows a " + target +"-POSITIVE test." +" " + "Likely PKU phenotype.")
+  elif ratio >= 6 and ratio <12:
+  xx=str("The test band signal [" + str(ratio) + "mg/dl] shows a " + target +"-POSITIVE test." +" " + "PKU and dietary restriction is recommended")
+  elif ratio >=12 and ratio <20:
+  xx=str("The test band signal [" + str(ratio) + "mg/dl] shows a " + target +"-POSITIVE test." +" " + "PKU and need medical attention for risk of intellectuall impairment")
   else:
-    xx=str("The test band signal[" + str(ratio) + "mg/dl] shows a " + target +"-NEGATIVE test.")
-  
+  xx=str("The test band signal[" + str(ratio) + "mg/dl] shows a " + target +"-NEGATIVE test.")
   return xx,figplota(sig),cv2.resize(image, (20,60), interpolation = cv2.INTER_AREA) #cv2.resize(signal, (20,40), interpolation = cv2.INTER_AREA)#,cv2.resize(signal, (20,40), interpolation = cv2.INTER_AREA)
-iface  = gr.Interface(quant, gr.Image(type="filepath"),  outputs=["text","plot","image"],debug=True)
+iface = gr.Interface(quant, gr.Image(type="filepath"), outputs=["text","plot","image"],debug=True)
 iface.launch()