Update app.py

app.py

@@ -630,7 +630,7 @@ if page == "Altman Z Score":
             min_year = z_df.loc[min_idx, 'date'].year
             max_year = z_df.loc[max_idx, 'date'].year
 
-            st.write("**--- Rich Interpretation for Original Z-Score ---")
+            st.write("**--- Interpretation for Original Z-Score ---")
             st.write(f"Over the entire time series, the Z-Score has {trend}.")
             st.write(f"The lowest value was {min_val:.2f} in {min_year}.")
             st.write(f"The highest value was {max_val:.2f} in {max_year}.")
@@ -764,7 +764,7 @@ if page == "Altman Z Score":
             min_year_d = z_df.loc[min_idx_d, 'date'].year
             max_year_d = z_df.loc[max_idx_d, 'date'].year
 
-            st.write("**--- Rich Interpretation for Z'' (Non-Manufacturing) ---**")
+            st.write("**--- Interpretation for Z'' (Non-Manufacturing) ---**")
             st.write(f"Over the chosen period, the Z-Score has {trend_d}.")
             st.write(f"Lowest: {min_val_d:.2f} in {min_year_d}.")
             st.write(f"Highest: {max_val_d:.2f} in {max_year_d}.")
@@ -894,7 +894,7 @@ if page == "Altman Z Score":
             min_year_t = z_df.loc[min_idx_t, 'date'].year
             max_year_t = z_df.loc[max_idx_t, 'date'].year
 
-            st.write("**--- Rich Interpretation for Z''' (Service/Tech) ---**")
+            st.write("**--- Interpretation for Z''' (Service/Tech) ---**")
             st.write(f"Across the selected years, this Z-Score has {trend_t}.")
             st.write(f"Minimum was {min_val_t:.2f} in {min_year_t}.")
             st.write(f"Maximum was {max_val_t:.2f} in {max_year_t}.")