282 lines
9.0 KiB
Dart
282 lines
9.0 KiB
Dart
import 'package:flutter/material.dart';
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import 'package:provider/provider.dart';
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import 'package:tallee/core/constants.dart';
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import 'package:tallee/data/db/database.dart';
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import 'package:tallee/data/models/match.dart';
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import 'package:tallee/data/models/player.dart';
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import 'package:tallee/l10n/generated/app_localizations.dart';
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import 'package:tallee/presentation/widgets/app_skeleton.dart';
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import 'package:tallee/presentation/widgets/tiles/statistics_tile.dart';
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import 'package:tallee/presentation/widgets/top_centered_message.dart';
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class StatisticsView extends StatefulWidget {
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/// A view that displays player statistics
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const StatisticsView({super.key});
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@override
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State<StatisticsView> createState() => _StatisticsViewState();
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}
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class _StatisticsViewState extends State<StatisticsView> {
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List<(Player, int)> winCounts = List.filled(6, (
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Player(name: 'Skeleton Player'),
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1,
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));
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List<(Player, int)> matchCounts = List.filled(6, (
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Player(name: 'Skeleton Player'),
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1,
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));
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List<(Player, double)> winRates = List.filled(6, (
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Player(name: 'Skeleton Player'),
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1,
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));
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bool isLoading = true;
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@override
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void initState() {
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super.initState();
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loadStatisticData();
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}
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@override
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Widget build(BuildContext context) {
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final loc = AppLocalizations.of(context);
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return LayoutBuilder(
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builder: (BuildContext context, BoxConstraints constraints) {
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return SingleChildScrollView(
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child: AppSkeleton(
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enabled: isLoading,
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fixLayoutBuilder: true,
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child: ConstrainedBox(
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constraints: BoxConstraints(minWidth: constraints.maxWidth),
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child: Column(
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mainAxisAlignment: MainAxisAlignment.start,
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crossAxisAlignment: CrossAxisAlignment.center,
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children: [
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SizedBox(height: constraints.maxHeight * 0.01),
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Visibility(
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visible:
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winCounts.isEmpty &&
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matchCounts.isEmpty &&
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winRates.isEmpty,
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replacement: Column(
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children: [
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StatisticsTile(
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icon: Icons.sports_score,
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title: loc.wins,
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width: constraints.maxWidth * 0.95,
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values: winCounts,
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itemCount: 3,
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barColor: Colors.green,
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),
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SizedBox(height: constraints.maxHeight * 0.02),
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StatisticsTile(
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icon: Icons.percent,
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title: loc.winrate,
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width: constraints.maxWidth * 0.95,
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values: winRates,
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itemCount: 5,
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barColor: Colors.orange[700]!,
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),
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SizedBox(height: constraints.maxHeight * 0.02),
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StatisticsTile(
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icon: Icons.casino,
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title: loc.amount_of_matches,
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width: constraints.maxWidth * 0.95,
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values: matchCounts,
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itemCount: 10,
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barColor: Colors.blue,
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),
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],
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),
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child: TopCenteredMessage(
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icon: Icons.info,
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title: loc.info,
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message: AppLocalizations.of(
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context,
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).no_statistics_available,
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),
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),
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SizedBox(height: MediaQuery.paddingOf(context).bottom),
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],
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),
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),
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),
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);
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},
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);
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}
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/// Loads matches and players from the database
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/// and calculates statistics for each player
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void loadStatisticData() {
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final db = Provider.of<AppDatabase>(context, listen: false);
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Future.wait([
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db.matchDao.getAllMatches(),
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db.playerDao.getAllPlayers(),
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Future.delayed(Constants.MINIMUM_SKELETON_DURATION),
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]).then((results) async {
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if (!mounted) return;
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final matches = results[0] as List<Match>;
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final players = results[1] as List<Player>;
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winCounts = _calculateWinsForAllPlayers(
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matches: matches,
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players: players,
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context: context,
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);
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matchCounts = _calculateMatchAmountsForAllPlayers(
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matches: matches,
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players: players,
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context: context,
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);
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winRates = computeWinRatePercent(
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winCounts: winCounts,
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matchCounts: matchCounts,
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);
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setState(() {
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isLoading = false;
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});
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});
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}
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/// Calculates the number of wins for each player
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/// and returns a sorted list of tuples (playerName, winCount)
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List<(Player, int)> _calculateWinsForAllPlayers({
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required List<Match> matches,
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required List<Player> players,
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required BuildContext context,
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}) {
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List<(Player, int)> winCounts = [];
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final loc = AppLocalizations.of(context);
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// Getting the winners
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for (var match in matches) {
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final winner = match.winner;
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if (winner != null) {
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final index = winCounts.indexWhere((entry) => entry.$1.id == winner.id);
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// -1 means winner not found in winCounts
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if (index != -1) {
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final current = winCounts[index].$2;
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winCounts[index] = (winner, current + 1);
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} else {
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winCounts.add((winner, 1));
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}
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}
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}
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// Adding all players with zero wins
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for (var player in players) {
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final index = winCounts.indexWhere((entry) => entry.$1.id == player.id);
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// -1 means player not found in winCounts
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if (index == -1) {
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winCounts.add((player, 0));
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}
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}
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// Replace player IDs with names
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for (int i = 0; i < winCounts.length; i++) {
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final playerId = winCounts[i].$1.id;
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final player = players.firstWhere(
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(p) => p.id == playerId,
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orElse: () =>
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Player(id: playerId, name: loc.not_available, description: ''),
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);
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winCounts[i] = (player, winCounts[i].$2);
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}
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winCounts.sort((a, b) => b.$2.compareTo(a.$2));
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return winCounts;
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}
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/// Calculates the number of matches played for each player
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/// and returns a sorted list of tuples (playerName, matchCount)
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List<(Player, int)> _calculateMatchAmountsForAllPlayers({
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required List<Match> matches,
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required List<Player> players,
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required BuildContext context,
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}) {
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List<(Player, int)> matchCounts = [];
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final loc = AppLocalizations.of(context);
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// Counting matches for each player
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for (var match in matches) {
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for (Player player in match.players) {
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// Check if the player is already in matchCounts
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final index = matchCounts.indexWhere(
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(entry) => entry.$1.id == player.id,
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);
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// -1 -> not found
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if (index == -1) {
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// Add new entry
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matchCounts.add((player, 1));
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} else {
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// Update existing entry
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final currentMatchAmount = matchCounts[index].$2;
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matchCounts[index] = (player, currentMatchAmount + 1);
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}
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}
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}
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// Adding all players with zero matches
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for (var player in players) {
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final index = matchCounts.indexWhere((entry) => entry.$1.id == player.id);
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// -1 means player not found in matchCounts
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if (index == -1) {
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matchCounts.add((player, 0));
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}
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}
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// Replace player IDs with names
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for (int i = 0; i < matchCounts.length; i++) {
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final playerId = matchCounts[i].$1.id;
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final player = players.firstWhere(
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(p) => p.id == playerId,
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orElse: () => Player(id: playerId, name: loc.not_available),
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);
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matchCounts[i] = (player, matchCounts[i].$2);
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}
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matchCounts.sort((a, b) => b.$2.compareTo(a.$2));
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return matchCounts;
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}
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List<(Player, double)> computeWinRatePercent({
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required List<(Player, int)> winCounts,
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required List<(Player, int)> matchCounts,
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}) {
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final Map<Player, int> winsMap = {for (var e in winCounts) e.$1: e.$2};
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final Map<Player, int> matchesMap = {for (var e in matchCounts) e.$1: e.$2};
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// Get all unique player names
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final player = {...matchesMap.keys};
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// Calculate win rates
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final result = player.map((name) {
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final int w = winsMap[name] ?? 0;
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final int m = matchesMap[name] ?? 0;
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// Calculate percentage and round to 2 decimal places
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// Avoid division by zero
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final double percent = (m > 0)
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? double.parse(((w / m)).toStringAsFixed(2))
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: 0;
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return (name, percent);
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}).toList();
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// Sort the result: first by winrate descending,
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// then by wins descending in case of a tie
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result.sort((a, b) {
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final cmp = b.$2.compareTo(a.$2);
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if (cmp != 0) return cmp;
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final wa = winsMap[a.$1] ?? 0;
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final wb = winsMap[b.$1] ?? 0;
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return wb.compareTo(wa);
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});
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return result;
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}
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}
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