app.py

import streamlit as st
import pandas as pd
import matplotlib.pyplot as plt
import seaborn as sns
import plotly.express as px
import plotly.graph_objects as go
from plotly.subplots import make_subplots

st.set_page_config(page_icon='🏏', layout='wide', page_title='Cricket Analysis')

st.title("🏏 Cricket Stats Dashboard")

# Load dataset
df_batting = pd.read_csv("Batting_10_Teams_Final.csv", on_bad_lines='skip')
df_bowling = pd.read_csv("new_Bowling_10_Teams_Final.csv", on_bad_lines='skip')

col1, col2 = st.columns(2)

# Select country
with col1:
    country = sorted(df_batting["Country"].unique().tolist())
    selected_country = st.selectbox("Select a Country", country)

# Filter players based on selected country
filtered_players = df_batting[df_batting["Country"] == selected_country]["player_name"].unique()

# Select player
with col2:
    players = ["All"] + sorted(filtered_players.tolist())
    selected_player = st.selectbox("Select a Player", players)

selected_format = 'All'

# 📌 Display selected filters
st.write(f"📌 You selected: **{selected_country}** → **{selected_player}**")

# ✅ Filtering Data
filtered_batting_df = df_batting[df_batting["Country"] == selected_country]
filtered_bowling_df = df_bowling[df_bowling["Country"] == selected_country]

# Apply player filter only if a specific player is selected
if selected_player != "All":
    filtered_batting_df = filtered_batting_df[filtered_batting_df["player_name"] == selected_player]
    filtered_bowling_df = filtered_bowling_df[filtered_bowling_df["player_name"] == selected_player]

grouped_batting_df = filtered_batting_df.groupby("Format").sum().reset_index()
grouped_bowling_df = filtered_bowling_df.groupby("Format").sum().reset_index()


if not grouped_batting_df.empty and not grouped_bowling_df.empty:
    st.write("### 📊 Batting & Bowling Stats")
    
    # Create Tabs for Each Format
    tab_list = st.tabs(["Overall"] + grouped_batting_df["Format"].tolist())  # Add "Overall" tab

    # 🏏 Overall Stats
    overall_batting = filtered_batting_df.sum(numeric_only=True)
    overall_bowling = filtered_bowling_df.sum(numeric_only=True)

    with tab_list[0]:  # Overall tab
        st.subheader("Overall Stats")

        col1, col9, col2 = st.columns([1,0.05,1])

        # Batting Stats
        with col1:
            st.subheader("🏏 Batting Stats")
            c1, c2, c3 = st.columns(3)
            with c1:
                st.metric("Total Matches", int(overall_batting["Matches"]))
                st.metric("Total Innings", int(overall_batting["Innings"]))
                st.metric("Strike rate", overall_batting["SR"])
            with c2:
                st.metric("Total Runs", int(overall_batting["Runs"]))
                st.metric("Average Runs", overall_batting["Average"])
                st.metric("Total Fours", int(overall_batting["Fours"]))
                st.metric("Total Sixes", int(overall_batting["Sixes"]))
            with c3:
                st.metric("Total 100s", int(overall_batting["100s"]))
                st.metric("Total 50s", int(overall_batting["50s"]))

            if not overall_batting.empty:
                # Conditional Strike Rate Trend Plot
                if selected_player == "All":
                    # Average Strike Rate Across Formats (for all players)
                    format_sr = filtered_batting_df.groupby("Format")["SR"].mean().reset_index()
                    fig1 = px.line(
                        format_sr, x="Format", y="SR",
                        title="Average Strike Rate Across Formats",
                        markers=True,
                        template="plotly_dark",
                        line_shape="spline",
                        color_discrete_sequence=["#00CFFF"]
                    )
                    fig1.update_traces(marker=dict(size=10, symbol="circle"))
                    fig1.update_layout(
                        title_font=dict(size=18, family="Arial"),
                        xaxis_title="Match Format",
                        yaxis_title="Strike Rate",
                        hovermode="x unified"
                    )
                    st.plotly_chart(fig1, key="plot_strike_rate_trend")

                else:
                    # Strike Rate Trend for Selected Player
                    player_sr = filtered_batting_df[filtered_batting_df["player_name"] == selected_player]
                    
                    # Ensure player has strike rate data
                    if not player_sr.empty:
                        fig1_player = px.line(
                            player_sr, x="Format", y="SR",
                            title=f"{selected_player}: Strike Rate Across Formats",
                            markers=True,
                            template="plotly_dark",
                            line_shape="spline",
                            color_discrete_sequence=["#00CFFF"]
                        )
                        fig1_player.update_traces(marker=dict(size=10, symbol="circle"))
                        fig1_player.update_layout(
                            title_font=dict(size=18, family="Arial"),
                            xaxis_title="Match Format",
                            yaxis_title="Strike Rate",
                            hovermode="x unified"
                        )
                        st.plotly_chart(fig1_player, key="plot_player_sr")
                
                # Conditional Plots Based on Player Selection
                if selected_player == "All":
                    # Top 10 Players by Runs
                    top_10_batsmen = filtered_batting_df.drop_duplicates(subset=["player_name"]).nlargest(10, "Runs")
                    top_players_runs = filtered_batting_df[filtered_batting_df["player_name"].isin(top_10_batsmen["player_name"])]
                    fig2 = px.bar(
                        top_players_runs, x="player_name", y="Runs", color="Format",
                        title="Runs Across Formats for Top Players",
                        barmode="stack",
                        template="plotly_dark",
                        text_auto=True,
                        color_discrete_sequence=px.colors.qualitative.Safe
                    )
                    fig2.update_layout(
                        title_font=dict(size=18, family="Arial"),
                        xaxis_title="Player Name",
                        yaxis_title="Total Runs",
                        hovermode="x unified"
                    )
                    st.plotly_chart(fig2, key="plot_stacked_runs")

                # Stacked Bar Chart: Sixes & Fours Across Formats for Top Batters
                if selected_player == "All":
                    # Get Top 10 Batters Based on Sixes
                    ttop_10_batsmen = filtered_batting_df.drop_duplicates(subset=["player_name"]).nlargest(10, "Sixes")
                    top_batsmen_stats = filtered_batting_df[filtered_batting_df["player_name"].isin(top_10_batsmen["player_name"])]

                    # Aggregate Total Sixes & Fours per Player
                    top_batsmen_melted = top_batsmen_stats.groupby(["player_name"])[["Sixes", "Fours"]].sum().reset_index()

                    #print(top_batsmen_stats[['Format','player_name', 'Sixes','Fours']])
                    # Reshape Data for a Single Stacked Bar Chart
                    top_batsmen_melted = top_batsmen_melted.melt(
                        id_vars=["player_name"], 
                        value_vars=["Sixes", "Fours"],
                        var_name="Boundary Type", 
                        value_name="Count"
                    )

                    # Create Stacked Bar Chart with Facet for Each Format
                    fig3 = px.bar(
                        top_batsmen_melted, 
                        x="player_name", 
                        y="Count",
                        color="Boundary Type", 
                        barmode="stack",
                        title="Sixes & Fours Across All Formats for Top Batters",
                        hover_data=["Boundary Type", "Count"],
                        color_discrete_sequence=px.colors.qualitative.Pastel
                    )

                    fig3.update_layout(
                        xaxis_title="Player Name",
                        yaxis_title="Total Boundaries",
                        hovermode="x unified",
                        legend=dict(title="Boundary Type")
                    )

                    st.plotly_chart(fig3, key="plot_top_boundaries")

                else:
                    # Get stats for the selected player across formats
                    player_stats = filtered_batting_df[filtered_batting_df["player_name"] == selected_player]
                    #print(player_stats[['Format','Sixes', 'Fours']])

                    # Ensure we reshape correctly to show both Sixes & Fours
                    player_stats_melted = player_stats.melt(
                        id_vars=["Format"], 
                        value_vars=["Sixes", "Fours"],
                        var_name="Boundary Type", 
                        value_name="Count"
                    )
                    #print(player_stats_melted)

                    # Create Stacked Bar Chart for Selected Player
                    fig4 = px.bar(
                        player_stats_melted, 
                        x="Format", y="Count", 
                        color="Boundary Type",
                        barmode="stack",
                        title=f"Sixes & Fours Across Formats for {selected_player}",
                        text_auto=True,
                        hover_data=["Boundary Type", "Count"],
                        color_discrete_sequence=px.colors.qualitative.Pastel
                    )

                    fig4.update_layout(
                        xaxis_title="Match Format",
                        yaxis_title="Total Boundaries",
                        hovermode="x unified",
                        legend=dict(title="Boundary Type")
                    )

                    st.plotly_chart(fig4, key="plot_selected_player_boundaries")

                # Pie Chart: Runs Contribution Across Formats
                format_runs = filtered_batting_df.groupby("Format")["Runs"].sum().reset_index()
                fig5 = px.pie(
                    format_runs, names="Format", values="Runs",
                    title="Runs Contribution Across Formats",
                    template="plotly_dark",
                    color_discrete_sequence=px.colors.qualitative.Pastel
                )
                fig5.update_traces(
                    title_font=dict(size=18, family="Arial"),
                    textinfo="label+value",
                    pull=[0.01, 0.01, 0.01, 0.01]
                )
                st.plotly_chart(fig5, key="plot_runs_contribution")


        st.markdown("---")  # Divider

        # **Vertical Line (Divider)**
        with col9:
            st.markdown(
                """

                <style>

                .divider {

                    height: auto;

                    width: 3px;

                    background-color: #555;

                    margin: auto;

                }

                </style>

                <div class="divider"></div>

                """,
                unsafe_allow_html=True
            )

        # OverAll Bowling Stats
        with col2:
            st.subheader("🎯 Bowling Stats")
            c1, c2, c3, c4 = st.columns(4)
            with c1:
                st.metric("Total Matches", int(overall_bowling["Matches"]))
                st.metric("Total Innings", int(overall_bowling["Innings"]))
                st.metric("Strike Rate", overall_bowling["SR"])
            with c2:
                st.metric("Total Wickets", int(overall_bowling["Wickets"]))
                st.metric("Average Wickets", overall_bowling["Avg"])
                st.metric("Total 4W", int(overall_bowling["4w"]))  
                st.metric("Total 5W", int(overall_bowling["5w"]))
            with c3:
                st.metric("Best BBI Runs", int(overall_bowling["BBI_Runs"]))
                st.metric("Best BBI Wickets", int(overall_bowling["BBI_Wickets"]))
                st.metric("Best BBM Runs", int(overall_bowling["BBM_Runs"]))
                st.metric("Best BBM Wickets", int(overall_bowling["BBM_Wickets"]))
            with c4:
                st.metric("Maidens", int(overall_bowling["Maidens"]))
                st.metric("Eco", overall_bowling["Eco"])

            if not overall_bowling.empty:
                # Line Chart: Economy Rate Trend Across Formats
                format_stats = filtered_bowling_df.groupby("Format").agg({"Eco": "mean", "Matches": "sum"}).reset_index()
                
                fig1 = make_subplots(specs=[[{"secondary_y": True}]])  # Dual axis plot

                # Economy Rate Line
                fig1.add_trace(
                    go.Scatter(x=format_stats["Format"], y=format_stats["Eco"], 
                            mode="lines+markers", name="Economy Rate", line_shape="spline",
                            marker=dict(size=10, symbol="circle", color="#FF6F61")),
                    secondary_y=False
                )

                # Number of Matches Bar
                fig1.add_trace(
                    go.Bar(x=format_stats["Format"], y=format_stats["Matches"], 
                        name="No. of Matches", marker_color="lightblue", opacity=0.6), 
                    secondary_y=True
                )

                fig1.update_layout(
                    title="Economy Rate & Matches Across Formats",
                    xaxis_title="Match Format",
                    yaxis=dict(title="Average Economy Rate"),
                    yaxis2=dict(title="Total Matches", overlaying="y", side="right"),
                    hovermode="x unified",
                )
                
                st.plotly_chart(fig1, key="plot_eco_trend")

                # Stacked Bar Chart: Wickets & Matches Across Formats for Top Bowlers
                if selected_player == "All":
                    top_10_bowlers = filtered_bowling_df.drop_duplicates(subset=["player_name"]).nlargest(10, "Wickets")
                    top_bowler_stats = filtered_bowling_df[filtered_bowling_df["player_name"].isin(top_10_bowlers["player_name"])]

                    fig2 = px.bar(
                        top_bowler_stats, x="player_name", y="Wickets", 
                        color="Format", barmode="stack",
                        title="Wickets Across Formats for Top Bowlers",
                        text_auto=True,
                        hover_data=["Wickets", "Format"],
                        color_discrete_sequence=px.colors.qualitative.Safe
                    )

                    fig2.update_layout(
                        xaxis_title="Player Name",
                        yaxis_title="Total Wickets",
                        hovermode="x unified",
                        legend=dict(title="Match Format")
                    )

                    st.plotly_chart(fig2, key="plot_top_bowlers")

                # Stacked Bar Chart: Wickets & Matches Across Formats for Top Bowlers
                if selected_player == "All":
                    top_10_bowlers = filtered_bowling_df.drop_duplicates(subset=["player_name"]).nlargest(10, "Wickets")
                    top_bowler_stats = filtered_bowling_df[filtered_bowling_df["player_name"].isin(top_10_bowlers["player_name"])]

                    # Aggregate Total Wickets & Maidens per Player
                    top_bowlers_melted = top_bowler_stats.groupby(["player_name"])[["Wickets", "Maidens"]].sum().reset_index()

                    # Reshape Data for Stacked Bar Chart
                    top_bowlers_melted = top_bowlers_melted.melt(
                        id_vars=["player_name"], 
                        value_vars=["Wickets", "Maidens"],
                        var_name="Bowling Stat", 
                        value_name="Count"
                    )


                    # Create Stacked Bar Chart with Facet for Each Format
                    fig_bowling = px.bar(
                        top_bowlers_melted, 
                        x="player_name", y="Count",
                        color="Bowling Stat", 
                        barmode="stack",
                        title="Wickets & Maidens Across Formats for Top Bowlers",
                        hover_data=["Bowling Stat", "Count"],
                        color_discrete_sequence=px.colors.qualitative.Pastel
                    )

                    fig_bowling.update_layout(
                        xaxis_title="Player Name",
                        yaxis_title="Total Count",
                        hovermode="x unified",
                        legend=dict(title="Bowling Stat")
                    )

                    st.plotly_chart(fig_bowling, key="plot_top_bowling_stats")

                else:
                    # Get stats for the selected player across formats
                    player_bowling_stats = filtered_bowling_df[filtered_bowling_df["player_name"] == selected_player]
                    # Ensure we reshape correctly to show both Wickets & Maidens
                    player_bowling_melted = player_bowling_stats.melt(
                        id_vars=["Format"], 
                        value_vars=["Wickets", "Maidens"],
                        var_name="Bowling Stat", 
                        value_name="Count"
                    )

                    # Create Stacked Bar Chart for Selected Player
                    fig_player_bowling = px.bar(
                        player_bowling_melted, 
                        x="Format", y="Count", 
                        color="Bowling Stat",
                        barmode="stack",
                        title=f"Wickets & Maidens Across Formats for {selected_player}",
                        text_auto=True,
                        hover_data=["Bowling Stat", "Count"],
                        color_discrete_sequence=px.colors.qualitative.Pastel
                    )

                    fig_player_bowling.update_layout(
                        xaxis_title="Match Format",
                        yaxis_title="Total Count",
                        hovermode="x unified",
                        legend=dict(title="Bowling Stat")
                    )

                    st.plotly_chart(fig_player_bowling, key="plot_selected_player_bowling_stats")


                # Pie Chart: Wickets & Matches Contribution Across Formats (Sunburst)
                format_totals = filtered_bowling_df.groupby("Format").agg({"Wickets": "sum", "Matches":"sum"}).reset_index()

                fig3 = px.sunburst(
                    format_totals, path=["Format"], values="Wickets",
                    color = "Matches",
                    title="Wickets & Matches Contribution Across Formats",
                    color_continuous_scale=px.colors.qualitative.Pastel
                )
                # Customize hover info to display both Wickets & Matches
                fig3.update_traces(
                    hovertemplate="<b>%{label}</b><br>Wickets: %{value}<br>Matches: %{customdata}<extra></extra>",
                    customdata=format_totals["Matches"],
                    textinfo = "label+value",
                )
                fig3.update_layout(
                    title_font=dict(size=18, family="Arial"),
                    hovermode="x unified",
                    legend=dict(title="Match Format"),
                    coloraxis_showscale=False
                )

                st.plotly_chart(fig3, key="plot_wickets_contribution")


# 📌 **Format-wise Stats**
for i, format_name in enumerate(grouped_batting_df["Format"].unique()):  
    with tab_list[i + 1]:  # Each format tab
        st.subheader(f"{format_name} Stats")

        col1, col3, col2 = st.columns([1, 0.05, 1])

        # 🏏 **Batting Stats**
        format_batting = grouped_batting_df[grouped_batting_df["Format"] == format_name]
        if not format_batting.empty:
            format_batting_row = format_batting.iloc[0]  
            with col1:
                st.subheader("🏏 Batting Stats")
                c1, c2, c3 = st.columns(3)
                with c1:
                    st.metric("Total Matches", int(format_batting_row["Matches"]))    
                    st.metric("Total Innings", int(format_batting_row["Innings"]))
                    st.metric("Strike Rate", float(format_batting_row["SR"]))
                with c2:
                    st.metric("Total Runs", int(format_batting_row["Runs"]))
                    st.metric("Average Runs", float(format_batting_row["Average"]))
                    st.metric("Total Fours", int(format_batting_row["Fours"]))  
                    st.metric("Total Sixes", int(format_batting_row["Sixes"])) 
                with c3:
                    st.metric("Total 100s", int(format_batting_row["100s"]))  
                    st.metric("Total 50s", int(format_batting_row["50s"]))

                format_filtered_df = filtered_batting_df[filtered_batting_df["Format"] == format_name]
                
                if not format_filtered_df.empty:
                    # Show only top 10 run-scorers
                    if selected_player != "All":
                        top_batters = format_filtered_df[format_filtered_df["player_name"] == selected_player]
                    else:
                        top_batters = format_filtered_df.nlargest(10, "Runs")

                    # Line Chart: Strike Rate of Top 10 Players     
                    fig2 = px.line(
                        top_batters,
                        x="player_name", y="SR",
                        markers=True,
                        line_shape="spline",
                        title=f"{format_name}: Strike Rate of Top 10 Players",
                    )
                    st.plotly_chart(fig2, key=f"plot_{format_name}_batting_sr")
                
                    if selected_player == "All":
                        top_10_batsmen_format = format_filtered_df.drop_duplicates(subset=["player_name"]).nlargest(10, "Sixes")
                        top_batsmen_stats_format = format_filtered_df[format_filtered_df["player_name"].isin(top_10_batsmen_format["player_name"])]

                        # Aggregate Total Sixes & Fours per Player
                        top_batsmen_melted_format = top_batsmen_stats_format.groupby(["player_name"])[["Sixes", "Fours"]].sum().reset_index()

                        # Reshape Data
                        top_batsmen_melted_format = top_batsmen_melted_format.melt(
                            id_vars=["player_name"], 
                            value_vars=["Sixes", "Fours"],
                            var_name="Boundary Type", 
                            value_name="Count"
                        )

                        # Create Stacked Bar Chart for this format
                        fig_format = px.bar(
                            top_batsmen_melted_format, 
                            x="player_name", 
                            y="Count",
                            color="Boundary Type", 
                            barmode="stack",
                            title=f"Sixes & Fours in {format_name} Matches (Top 10 Players)",
                            hover_data=["Boundary Type", "Count"],
                            color_discrete_sequence=px.colors.qualitative.Pastel
                        )

                        fig_format.update_layout(
                            xaxis_title="Player Name",
                            yaxis_title="Total Boundaries",
                            hovermode="x unified",
                            legend=dict(title="Boundary Type")
                        )

                        st.plotly_chart(fig_format, key=f"plot_top_boundaries_{format_name}")

                    else:
                        # Get stats for the selected player in this format
                        player_stats_format = format_filtered_df[format_filtered_df["player_name"] == selected_player]

                        # Reshape Data
                        player_stats_melted_format = player_stats_format.melt(
                            id_vars=["Format"], 
                            value_vars=["Sixes", "Fours"],
                            var_name="Boundary Type", 
                            value_name="Count"
                        )

                        # Create Stacked Bar Chart for Selected Player in this format
                        fig_selected_format = px.bar(
                            player_stats_melted_format, 
                            x="Format", y="Count", 
                            color="Boundary Type",
                            barmode="group",
                            title=f"Sixes & Fours in {format_name} Matches for {selected_player}",
                            text_auto=True,
                            hover_data=["Boundary Type", "Count"],
                            color_discrete_sequence=px.colors.qualitative.Pastel
                        )

                        fig_selected_format.update_layout(
                            xaxis_title="Match Format",
                            yaxis_title="Total Boundaries",
                            hovermode="x unified",
                            legend=dict(title="Boundary Type")
                        )

                        st.plotly_chart(fig_selected_format, key=f"plot_selected_player_boundaries_{format_name}")

        # **Vertical Line (Divider)**
        with col3:
            st.markdown(
                """

                <style>

                .divider {

                    height: auto;

                    width: 3px;

                    background-color: #555;

                    margin: auto;

                }

                </style>

                <div class="divider"></div>

                """,
                unsafe_allow_html=True
            )

        # 🎯 **Bowling Stats**
        format_bowling = grouped_bowling_df[grouped_bowling_df["Format"] == format_name]
        if not format_bowling.empty:
            format_bowling_row = format_bowling.iloc[0]
            with col2:
                st.subheader("🎯 Bowling Stats")
                c1, c2, c3, c4 = st.columns(4)
                with c1:
                    st.metric("Total Matches", int(format_bowling_row["Matches"]))
                    st.metric("Total Innings", int(format_bowling_row["Innings"]))
                    st.metric("Strike Rate", float(format_bowling_row["SR"]))   
                with c2:
                    st.metric("Total Wickets", int(format_bowling_row["Wickets"]))
                    st.metric("Average Wickets", float(format_bowling_row['Avg']))
                    st.metric("Total 4W", int(format_bowling_row["4w"]))  
                    st.metric("Total 5W", int(format_bowling_row["5w"]))  
                with c3:
                    st.metric("Best BBI Runs", format_bowling_row["BBI_Runs"])  
                    st.metric("Best BBI Wickets", format_bowling_row["BBI_Wickets"])  
                    st.metric("Best BBM Runs", format_bowling_row["BBM_Runs"])  
                    st.metric("Best BBM Wickets", format_bowling_row["BBM_Wickets"])
                with c4:
                    st.metric("Maidens", int(format_bowling_row['Maidens']))
                    st.metric("Economy Rate", float(format_bowling_row['Eco']))

                format_filtered_df2 = filtered_bowling_df[filtered_bowling_df["Format"] == format_name]

                if not format_filtered_df2.empty:
                    if selected_player != "All":
                        top_bowlers = format_filtered_df2[format_filtered_df2["player_name"] == selected_player]
                    else:
                        top_bowlers = format_filtered_df2.nlargest(10, "Wickets")

                    # Bar Chart: Top 10 Wicket-Takers
                    fig_bowling_1 = px.bar(
                        top_bowlers,
                        x="player_name", y="Wickets",
                        color="Wickets",
                        title=f"{format_name}: {'Player' if selected_player != 'All' else 'Top 10'} Wicket-Takers",
                        text_auto=True
                    )
                    st.plotly_chart(fig_bowling_1, key=f"plot_{format_name}_bowling_wickets")

                    # 📊 Line Plot: Economy Rate of Top 10 Bowlers
                    fig_bowling_2 = px.line(
                        top_bowlers,
                        x="player_name", y="Eco",
                        markers = True,
                        line_shape='spline',
                        title=f"💰 {format_name}: {'Player' if selected_player != 'All' else 'Top 10'} Economy Rate",
                    )
                    st.plotly_chart(fig_bowling_2, key=f"plot_{format_name}_bowling_economy")