Upload app.py

app.py

@@ -3,6 +3,8 @@ import pandas as pd
 from datetime import datetime
 import os
 import configparser  # For activating the config
+from PIL import Image, ImageFilter 
+import io
 
 global_user_data = []  # For appending user_data
 
@@ -22,6 +24,11 @@ def save_user_data(user_data):
     st.session_state.data.append(user_data)
 
 
+# Function to save Slab data
+def save_slab_data(new_row):
+    st.session_state.data.append(new_row)
+
+
 # Function to generate PM_id
 def generate_rule_id(user_data):
     company_id = user_data.get('Company ID', '')
@@ -150,6 +157,51 @@ st.set_page_config(
 )
 
 
+# Background image 
+
+def set_bg_hack_url(image_url, width='10%', height='10vh'):
+    '''
+    A function to set a background image from a URL with custom dimensions and shift it to the right.
+    Parameters
+    ----------
+    image_url : str
+        The URL of the image.
+    width : str, optional
+        Width of the background image. Defaults to '30%'.
+    height : str, optional
+        Height of the background image. Defaults to '20vh' (20% of viewport height).
+    '''
+    st.markdown(
+         f"""
+         <style>
+         :root {{
+             --bg-width: {width};
+             --bg-height: {height};
+         }}
+         .stApp {{
+             background: url("{image_url}");
+             background-size: cover;
+             background-position: center; /* Shifts the image to the right */
+             width: var(--bg-width);
+             height: var(--bg-height);
+             position: fixed;
+             top: 0;
+             left: 0;
+             z-index: -1;
+         }}
+         </style>
+         """,
+         unsafe_allow_html=True
+     )
+
+# Example usage with a demo URL and custom dimensions
+demo_image_url = "https://cdn.pixelbin.io/v2/falling-surf-7c8bb8/fyprod/wrkr/platform/pictures/free-logo/original/oanADZQ9B-platform-meta-image.jpeg"
+set_bg_hack_url(demo_image_url, width='100%', height='100vh')
+
+
+
+
+
 # Section 1: Plan Info
 st.sidebar.image('Fynd_logo2.png', width=300)
 st.sidebar.title(":blue[Plan maker]")
@@ -284,15 +336,17 @@ if bundle_by == "Feature specific":
         st.write("Enter values for Slab based fee structure:")
 
     # Initialize an empty list to store data rows
+        # Global list to store slab data rows
         global_data_rows = []
 
         def add_data(slab, max_value, user_input, Usage, Capping_or_Minimum_Guarantee, threshold):
-        # Convert values to int if not None
+    # Convert values to int if not None
             max_value = int(max_value.strip()) if max_value else None
             user_input = int(user_input.strip()) if user_input else None
             Usage = int(Usage.strip()) if Usage else None
             Capping_or_Minimum_Guarantee = int(Capping_or_Minimum_Guarantee.strip()) if Capping_or_Minimum_Guarantee else None
-
+    
+    # Create a new row dictionary
             new_row = {
                 "Slab": slab,
                 "Max_value": max_value,
@@ -301,46 +355,46 @@ if bundle_by == "Feature specific":
                 "Capping/Min_Guarantee_value": Capping_or_Minimum_Guarantee,
                 "Threshold": threshold
             }
-
-        # Append new_row to global list of rows
+    
+    # Append new_row to global list of rows
             global_data_rows.append(new_row)
+            save_slab_data(new_row) 
 
-    # Streamlit UI code
+    # Display all rows in a table
+            st.subheader("Added Slabs")
+            for i, row in enumerate(global_data_rows):
+                st.write(f"Entry {i + 1}:")
+                st.table([row])
+
+# Streamlit UI code
         def main():
             st.title("Slab Data Management")
-
-        # Inputs for adding data
-        # Input fields for user data
+    
+    # Inputs for adding data
             col1, col2 = st.columns([2, 2])
-
             with col1:
                 slab = st.selectbox("Slab:", [1, 2, 3], key="slab_select")
-            with col2:
-                max_value = st.text_input("Max value:", key="max_value_input")
-            with col1:
                 user_input = st.text_input("Commercial Value:", key="user_input")
-            with col2:
-                Usage = st.text_input("Usage:", key="Usage_input")
-            with col1:
                 Capping_or_Minimum_Guarantee = st.text_input("Capping/Min_Guarantee:", key="Capping_or_Minimum_Guarantee_input")
             with col2:
+                max_value = st.text_input("Max value:", key="max_value_input")
+                Usage = st.text_input("Usage:", key="Usage_input")
                 threshold = st.text_input("Threshold:", key="threshold_input")
-
-        # Button to add data
+    
+    # Button to add data
             if st.button("Add Data", key="add_data_button"):
-                add_data(slab, max_value, user_input, Usage, Capping_or_Minimum_Guarantee, threshold)
-                st.success(f"Data for Slab '{slab}' added successfully!")
+                if not (slab and user_input and Capping_or_Minimum_Guarantee):
+                    st.warning("Please fill in all required fields.")
+                else:
+                    add_data(slab, max_value, user_input, Usage, Capping_or_Minimum_Guarantee, threshold)
+                    st.success(f"Data for Slab '{slab}' added successfully!")
 
-        # Display all rows in a table
-            if global_data_rows:
-                st.subheader("Added Slabs")
-                for i, row in enumerate(global_data_rows):
-                    st.write(f"Entry {i + 1}:")
-                    st.table([row])
+                
 
         if __name__ == "__main__":
             main()
 
+
     elif selected_fee_nature in ["Fixed %", "Flat currency"]:
         user_input = st.number_input("Commercial value:", min_value=0.0, help="Enter a valid number")