fixed graphing

app.py

@@ -62,9 +62,6 @@ def plot_interest_coverage(interest_rate, cagr_revenues, cagr_ssoasdi_revenues):
     # add a baseline net interest / revenues ex SS OASDI column
     data["Net Interest / Revenues ex SS OASDI (Baseline)"] = data["Net Interest"] / data["Revenues ex SS OASDI"]
 
-    # add a baseline SS OASDI revenues column
-    # data["SS OASDI Revenues"] = data["Total Revenues"] - data["Revenues ex SS OASDI"]
-
     # add a projected average rate on federal debt column
     data["Average Rate on Federal Debt (Projected)"] = np.where(
         data.index.astype(int) < 2025, 
@@ -83,26 +80,15 @@ def plot_interest_coverage(interest_rate, cagr_revenues, cagr_ssoasdi_revenues):
         data["SS OASDI Revenues"], 
         data["SS OASDI Revenues"] + (ssoasdi_revenues_yearly_increase * (data.index.astype(int) - 2024)))
     
-    # add a projected revenues column
-    #data["Total Revenues (Projected)"] = np.where(
-        #data.index.astype(int) < 2025, 
-        #data["Total Revenues"], 
-        #data["Total Revenues"] + (revenues_yearly_increase * (data.index.astype(int) - 2024)))
-
     # add a projected revenues column
     data["Total Revenues (Projected)"] = data["Revenues ex SS OASDI (Projected)"] + data["SS OASDI Revenues (Projected)"]
-    
-    #print(data.loc[2055, "Total Revenues (Projected)"])
-    
+        
     # add a projected interest / revenues column
     data["Net Interest / Revenues (Projected)"] = np.where(
         data.index.astype(int) < 2025, 
         data["Net Interest / Revenues (Baseline)"], 
         data["Average Rate on Federal Debt (Projected)"] * data["Debt Balance"] / data["Total Revenues (Projected)"])
     
-    #print(data.loc[2055, "Net Interest / Revenues (Baseline)"])
-    #print(data.loc[2055, "Net Interest / Revenues (Projected)"])
-    
     # add a projected interest / revenues ex SS OASDI column
     data["Net Interest / Revenues ex SS OASDI (Projected)"] = np.where(
         data.index.astype(int) < 2025, 
@@ -119,7 +105,7 @@ def plot_interest_coverage(interest_rate, cagr_revenues, cagr_ssoasdi_revenues):
         label = "Average Rate on Federal Debt"
     )
     # plot average rate on federal debt projected
-    if cagr_revenues != baseline_cagr_revenues or interest_rate != baseline_interest_rate:
+    if cagr_revenues != baseline_cagr_revenues or interest_rate != baseline_interest_rate or cagr_ssoasdi_revenues != baseline_cagr_ssoasdi_revenues:
         plt.plot(
             data.index, 
             data["Average Rate on Federal Debt (Projected)"], 
@@ -143,16 +129,25 @@ def plot_interest_coverage(interest_rate, cagr_revenues, cagr_ssoasdi_revenues):
         color = "Blue", 
         label = "Net Interest / Revenues (Baseline)"
     )
+
     # plot interest / revenues (projected)
-    plt.plot(
+    if cagr_revenues != baseline_cagr_revenues or interest_rate != baseline_interest_rate or cagr_ssoasdi_revenues != baseline_cagr_ssoasdi_revenues:
+        plt.plot(
             data.index, 
             data["Net Interest / Revenues (Projected)"], 
             color = "Blue", 
             label = "Net Interest / Revenues (Projected)",
             linestyle = "--"
         )
-
-    
+    else:
+         plt.plot(
+            data.index, 
+            data["Net Interest / Revenues (Baseline)"], 
+            color = "Blue", 
+            label = "Net Interest / Revenues (Projected)",
+            linestyle = "--"
+        )
+   
     # plot interest / revenues ex ss oasdi (baseline)
     plt.plot(
         data.index, 
@@ -161,13 +156,24 @@ def plot_interest_coverage(interest_rate, cagr_revenues, cagr_ssoasdi_revenues):
         label = "Net Interest / Revenues ex SS OASDI (Baseline)"
     )
     # plot interest / revenues ex ss oasdi (projected)
-    plt.plot(
+     # plot interest / revenues (projected)
+    if cagr_revenues != baseline_cagr_revenues or interest_rate != baseline_interest_rate or cagr_ssoasdi_revenues != baseline_cagr_ssoasdi_revenues:
+        plt.plot(
             data.index, 
             data["Net Interest / Revenues ex SS OASDI (Projected)"], 
             color = "Orange", 
             label = "Net Interest / Revenues ex SS OASDI (Projected)",
             linestyle = "--"
         )
+    else:
+         plt.plot(
+            data.index, 
+            data["Net Interest / Revenues ex SS OASDI (Baseline)"], 
+            color = "Orange", 
+            label = "Net Interest / Revenues ex SS OASDI (Projected)",
+            linestyle = "--"
+        )
+    
     
     plt.title("Interest as Share of Revenues Through 2055")
     plt.legend(loc = "upper left")
@@ -205,7 +211,7 @@ with gr.Blocks() as interface:
     interest_rate_slider = gr.Slider(
         interest_rate_lowerbound, 
         interest_rate_upperbound, 
-        step = .1,
+        step = .01,
         value = baseline_interest_rate, 
         label = "2055 Projected Average Interest Rate on Federal Debt"
     )