Update app.py

app.py

@@ -1,8 +1,15 @@
 import gradio as gr
 
-# Color list (5 different color schemes)
-color_schemes = ["#ADD8E6", "#FFB6C1", "#FFFFE0", "#98FB98", "#FFD700"]  # Light Blue, Pink, Light Yellow, Light Green, Gold
-color_index = 0  # This will track the current color in the list
+# List of color schemes for the entire table (5 color schemes)
+color_schemes = [
+    {"header": "#FFD700", "row_even": "#ADD8E6", "row_odd": "#FFB6C1", "border": "#FF6347"},  # Gold, Light Blue, Pink
+    {"header": "#FF4500", "row_even": "#FFE4B5", "row_odd": "#FF6347", "border": "#8B0000"},  # Orange Red, Light Gold, Red
+    {"header": "#98FB98", "row_even": "#E0FFFF", "row_odd": "#FFFAF0", "border": "#32CD32"},  # Light Green, Light Cyan, Ivory
+    {"header": "#8A2BE2", "row_even": "#F0E68C", "row_odd": "#DA70D6", "border": "#800080"},  # Blue Violet, Khaki, Orchid
+    {"header": "#20B2AA", "row_even": "#F0FFF0", "row_odd": "#F5FFFA", "border": "#006400"}   # Light Sea Green, Honeydew
+]
+
+color_index = 0  # This will track the current color scheme in the list
 
 # Function to generate a colorful multiplication table for a given number
 def generate_table(number):
@@ -10,20 +17,27 @@ def generate_table(number):
     try:
         number = int(number)
         
-        # Select the color based on the color_index
-        color = color_schemes[color_index]
+        # Select the color scheme based on the color_index
+        color_scheme = color_schemes[color_index]
+        
+        header_color = color_scheme["header"]
+        even_row_color = color_scheme["row_even"]
+        odd_row_color = color_scheme["row_odd"]
+        border_color = color_scheme["border"]
         
-        table = f"<h2 style='color:{color};'>📋 Multiplication Table for {number}:</h2><br>"
-        table += "<table style='border-collapse: collapse; width: 100%; text-align: center;'>"
-        table += "<thead><tr style='background-color: #FFD700; color: #000;'><th style='padding: 10px;'>Multiplier</th><th style='padding: 10px;'>Result</th></tr></thead>"
+        # Construct the multiplication table
+        table = f"<h2 style='color:{header_color};'>📋 Multiplication Table for {number}:</h2><br>"
+        table += f"<table style='border-collapse: collapse; width: 100%; text-align: center; border: 2px solid {border_color};'>"
+        table += "<thead><tr style='background-color: {header_color}; color: #000;'><th style='padding: 10px;'>Multiplier</th><th style='padding: 10px;'>Result</th></tr></thead>"
         
         for i in range(1, 11):
-            row_color = "#FFB6C1" if i % 2 == 0 else "#ADD8E6"  # Alternate row colors
+            # Alternate row colors based on even/odd rows
+            row_color = even_row_color if i % 2 == 0 else odd_row_color
             table += f"<tr style='background-color: {row_color};'><td style='padding: 8px;'>{number} x {i}</td><td style='padding: 8px;'>{number * i}</td></tr>"
         
         table += "</table>"
         
-        # Update color index to the next color (cycle back to 0 after 5)
+        # Update color index to the next color scheme (cycle back to 0 after 5)
         color_index = (color_index + 1) % len(color_schemes)
         
         return table