Update app.py

app.py

@@ -135,22 +135,42 @@ with right:
 # Score Calculation
 # --------------------------------------------------
 
-cheating = 50
-cost = 0
-open_req = 0
+auditor_cost = 0
+owner_cost = 0
+reliability = 50
+openness = 0
 
 for action in st.session_state.owner_selected:
-    cheating += model_owner_actions[action]["cheating"]
-    cost += model_owner_actions[action]["cost"]
-    open_req += model_owner_actions[action]["open"]
+    auditor_cost += model_owner_actions[action]["cost"]
+    owner_cost += 10  # simple baseline cost for owner strategies
+    reliability -= model_owner_actions[action]["cheating"]
+    openness += model_owner_actions[action]["open"]
 
 for action in st.session_state.auditor_selected:
-    cheating += auditor_actions[action]["cheating"]
-    cost += auditor_actions[action]["cost"]
-    open_req += auditor_actions[action]["open"]
+    auditor_cost += auditor_actions[action]["cost"]
+    reliability -= auditor_actions[action]["cheating"]
+    openness += auditor_actions[action]["open"]
 
-cheating = max(0, min(100, cheating))
-open_req = max(0, open_req)
+reliability = max(0, min(100, reliability))
+openness = max(0, openness)
+
+# --------------------------------------------------
+# Convert to Levels
+# --------------------------------------------------
+
+def level(score):
+    if score < 30:
+        return "Low"
+    elif score < 60:
+        return "Medium"
+    else:
+        return "High"
+
+indicator_map = {
+    "Low": "🟢 Low",
+    "Medium": "🟡 Medium",
+    "High": "🔴 High"
+}
 
 # --------------------------------------------------
 # Dashboard
@@ -158,10 +178,24 @@ open_req = max(0, open_req)
 
 st.divider()
 
-c1, c2, c3 = st.columns(3)
+c1, c2, c3, c4 = st.columns(4)
+
+c1.metric(
+    "Cost for Auditor",
+    indicator_map[level(auditor_cost)]
+)
+
+c2.metric(
+    "Cost for Model Owner",
+    indicator_map[level(owner_cost)]
+)
 
-c1.metric("Chance of Cheating", f"{cheating}%")
-c2.metric("Audit Cost", cost)
-c3.metric("Openness Required", open_req)
+c3.metric(
+    "Audit Reliability",
+    indicator_map[level(reliability)]
+)
 
-st.progress(cheating / 100)
+c4.metric(
+    "Openness Requirements",
+    indicator_map[level(openness)]
+)