Update app.py

app.py

@@ -98,21 +98,22 @@ def optimize_dishes_for_budget(city, daily_budget):
         total_calories = sum(cal * qty for cal, qty in zip(calories, quantities))
         total_protein = sum(prot * qty for prot, qty in zip(proteins, quantities))
         
-        result_str = f"### Best Combination of Dishes for ₹{daily_budget:.2f} in {city}:\n"
+        # Create the summary of the budget allocation
+        result_str = f"### For ₹{daily_budget:.2f}, you can have:\n"
         for dish, qty in zip(selected_dishes, quantities):
             if qty > 1e-5:
-                result_str += f"- **{dish}**: {qty:.2f} portions\n"
+                result_str += f"- **{qty:.2f} portions of {dish}** at ₹{nutritional_data[dish][city]} per portion\n"
                 
                 # Add detailed information about each selected dish
-                result_str += f"  - Cost: ₹{nutritional_data[dish][city]} x {qty:.2f} = ₹{nutritional_data[dish][city] * qty:.2f}\n"
-                result_str += f"  - Energy: {nutritional_data[dish]['Energy (kcal)']} kcal x {qty:.2f} = {nutritional_data[dish]['Energy (kcal)'] * qty:.2f} kcal\n"
-                result_str += f"  - Protein: {nutritional_data[dish]['Protein (g)']} g x {qty:.2f} = {nutritional_data[dish]['Protein (g)'] * qty:.2f} g\n"
-                result_str += f"  - Fat: {nutritional_data[dish]['Fat (g)']} g x {qty:.2f} = {nutritional_data[dish]['Fat (g)'] * qty:.2f} g\n"
-                result_str += f"  - Carbohydrate: {nutritional_data[dish]['Carbohydrate (g)']} g x {qty:.2f} = {nutritional_data[dish]['Carbohydrate (g)'] * qty:.2f} g\n"
-                result_str += f"  - Fiber: {nutritional_data[dish]['Fiber (g)']} g x {qty:.2f} = {nutritional_data[dish]['Fiber (g)'] * qty:.2f} g\n"
-                result_str += f"  - Calcium: {nutritional_data[dish]['Calcium (mg)']} mg x {qty:.2f} = {nutritional_data[dish]['Calcium (mg)'] * qty:.2f} mg\n"
-                result_str += f"  - Iron: {nutritional_data[dish]['Iron (mg)']} mg x {qty:.2f} = {nutritional_data[dish]['Iron (mg)'] * qty:.2f} mg\n"
-                result_str += f"  - Vitamin C: {nutritional_data[dish]['Vitamin C (mg)']} mg x {qty:.2f} = {nutritional_data[dish]['Vitamin C (mg)'] * qty:.2f} mg\n\n"
+                result_str += f"  - Total Cost: ₹{nutritional_data[dish][city] * qty:.2f}\n"
+                result_str += f"  - Total Energy: {nutritional_data[dish]['Energy (kcal)'] * qty:.2f} kcal\n"
+                result_str += f"  - Total Protein: {nutritional_data[dish]['Protein (g)'] * qty:.2f} g\n"
+                result_str += f"  - Total Fat: {nutritional_data[dish]['Fat (g)'] * qty:.2f} g\n"
+                result_str += f"  - Total Carbohydrate: {nutritional_data[dish]['Carbohydrate (g)'] * qty:.2f} g\n"
+                result_str += f"  - Total Fiber: {nutritional_data[dish]['Fiber (g)'] * qty:.2f} g\n"
+                result_str += f"  - Total Calcium: {nutritional_data[dish]['Calcium (mg)'] * qty:.2f} mg\n"
+                result_str += f"  - Total Iron: {nutritional_data[dish]['Iron (mg)'] * qty:.2f} mg\n"
+                result_str += f"  - Total Vitamin C: {nutritional_data[dish]['Vitamin C (mg)'] * qty:.2f} mg\n\n"
         
         result_str += f"\n### Total Cost: ₹{total_cost:.2f}\n"
         result_str += f"### Total Calories: {total_calories:.2f} kcal\n"
@@ -131,7 +132,7 @@ def create_interface():
         
         # User inputs for city and daily budget
         city_selector = gr.Dropdown(choices=cities, label="Select City")
-        budget_input = gr.Number(label="Daily Budget (₹)", value=300)
+        budget_input = gr.Number(label="Daily Budget (₹)", value=500)
         
         show_all_dishes_button = gr.Button("Show All Available Dishes")
         optimize_button = gr.Button("Optimize Nutrition")