Added LDL

blood_calculator.py

@@ -1,28 +1,36 @@
 def interface():
     print("Blood calculator")
-    keep_running = True 
+    keep_running = True
     while keep_running:
         print("Options:")
         print("1 - HDL")
+        print("2 - LDL")
+        print("3 - Total Cholesterol")
         print("9 - Quit")
         choice = input("Select an option:")
         if choice == "9":
             keep_running = False
         elif choice == "1":
             HDL_driver()
+        elif choice == "2":
+            LDL_driver()
+        elif choice == "3":
+            total_driver()
     print("Program ending")
 
-
+    
 def HDL_driver():
-    HDL_in = HDL_input()
+    HDL_in = generic_input("HDL")
     HDL_analy = HDL_analysis(HDL_in)
-    HDL_output(HDL_in, HDL_analy)
-
-def HDL_input():
-    HDL_value = input("Enter the HDL result:")
-    HDL_value = int(HDL_value)
-    return HDL_value
+    generic_output("HDL", HDL_in, HDL_analy)
+
 
+def generic_input(test_name):
+    value = input ("Enter the {} value: ".format(test_name))
+    value = int(value)
+    return value
+
+
 def HDL_analysis(HDL_int):
     if HDL_int >= 60:
         answer = "Normal"
@@ -31,11 +39,45 @@ def HDL_analysis(HDL_int):
     else:
         answer = "Low"
     return answer
+
+
+def generic_output(test_name, test_value, test_analy):
+    print("The {} result of {} is considered {}"
+        .format(test_name, test_value, test_analy))
+    return
 
 
-def HDL_output(HDL_value, HDL_analy):
-    print("The HDL result of {} is connected {}".format(HDL_value, HDL_analy))
-    return 
+def LDL_driver():
+    LDL_in = generic_input("LDL")
+    LDL_analy = LDL_analysis(LDL_in)
+    generic_output("LDL", LDL_in, LDL_analy)
+
+def LDL_analysis(LDL_int):
+    if LDL_int >= 190:
+        answer = "Very High"
+    elif 160 <= LDL_int < 190:
+        answer = "High"
+    elif 130 <= LDL_int < 160:
+        answer = "Borderline High"
+    else:
+        answer = "Normal"
+    return answer
 
-interface()
+def total_driver():
+    total_in = generic_input("Total Cholesterol")
+    total_analy = total_analysis(total_in)
+    generic_output("Total Cholesterol", total_in, total_analy)
+
+def total_analysis(total_int):
+    if total_int >= 240:
+        answer = "High"
+    elif 200 <= total_int < 240:
+        answer = "Borderline High"
+    else:
+        answer = "Normal"
+    return answer
 
+
+
+
+interface()