TetraStats/lib/widgets/tl_progress_bar.dart

82 lines
4.4 KiB
Dart

import 'dart:math';
import 'package:flutter/material.dart';
import 'package:intl/intl.dart';
import 'package:syncfusion_flutter_gauges/gauges.dart';
import 'package:tetra_stats/data_objects/glicko.dart';
import 'package:tetra_stats/data_objects/tetrio.dart';
import 'package:tetra_stats/gen/strings.g.dart';
import 'package:tetra_stats/utils/numers_formats.dart';
class TLProgress extends StatelessWidget{
final TetraLeagueAlpha tlData;
final String? nextRank;
final String? previousRank;
final double? nextRankTRcutoff;
final double? previousRankTRcutoff;
final double? nextRankGlickoCutoff;
final double? previousGlickoCutoff;
final double? nextRankTRcutoffTarget;
final double? previousRankTRcutoffTarget;
const TLProgress({super.key, required this.tlData, this.nextRank, this.previousRank, this.nextRankTRcutoff, this.previousRankTRcutoff, this.nextRankGlickoCutoff, this.previousGlickoCutoff, this.nextRankTRcutoffTarget, this.previousRankTRcutoffTarget});
double getBarPosition(){
return min(max(0, 1 - (tlData.standing - tlData.nextAt)/(tlData.prevAt - tlData.nextAt)), 1);
}
double? getBarTR(double tr){
return min(max(0, (tr - previousRankTRcutoff!)/(nextRankTRcutoff! - previousRankTRcutoff!)), 1);
}
@override
Widget build(BuildContext context) {
final glickoForWin = rate(tlData.glicko!, tlData.rd!, 0.06, [[tlData.glicko!, tlData.rd!, 1]], {})[0]-tlData.glicko!;
return Padding(
padding: const EdgeInsets.all(8.0),
child: Column(
mainAxisSize: MainAxisSize.min,
children: [
SfLinearGauge(
minimum: 0,
maximum: 1,
interval: 1,
ranges: [
if (previousRankTRcutoff != null && nextRankTRcutoff != null) LinearGaugeRange(endValue: getBarTR(tlData.rating)!, color: Colors.cyanAccent, position: LinearElementPosition.cross)
else if (tlData.standing != -1) LinearGaugeRange(endValue: getBarPosition(), color: Colors.cyanAccent, position: LinearElementPosition.cross),
if (previousRankTRcutoff != null && previousRankTRcutoffTarget != null) LinearGaugeRange(endValue: getBarTR(previousRankTRcutoffTarget!)!, color: Colors.greenAccent, position: LinearElementPosition.inside),
if (nextRankTRcutoff != null && nextRankTRcutoffTarget != null) LinearGaugeRange(startValue: getBarTR(nextRankTRcutoffTarget!)!, endValue: 1, color: Colors.yellowAccent, position: LinearElementPosition.inside)
],
markerPointers: [
LinearShapePointer(value: (previousRankTRcutoff != null && nextRankTRcutoff != null) ? getBarTR(tlData.rating)! : getBarPosition(), position: LinearElementPosition.cross, shapeType: LinearShapePointerType.diamond, color: Colors.white, height: 20),
LinearWidgetPointer(offset: 4, position: LinearElementPosition.outside, value: (previousRankTRcutoff != null && nextRankTRcutoff != null) ? getBarTR(tlData.rating)! : getBarPosition(), child: Text("${NumberFormat.decimalPatternDigits(locale: LocaleSettings.currentLocale.languageCode, decimalDigits: 0).format(tlData.standing)}"))
],
isMirrored: true,
showTicks: true,
axisLabelStyle: TextStyle(),
onGenerateLabels: () => [
LinearAxisLabel(text: "${tlData.prevAt > 0 ? "${f0.format(tlData.prevAt)}" : ""}\n ${intf.format(previousRankTRcutoff)} TR", value: 0),
LinearAxisLabel(text: "${tlData.nextAt > 0 ? "${f0.format(tlData.nextAt)}" : ""}\n ${intf.format(nextRankTRcutoff)} TR", value: 1),
],
// labelFormatterCallback: (value) {
// if (value == "0") return "${f0.format(previousRankPosition)}\n 26,700 TR";
// else return f0.format(nextRankPosition);
// },
showLabels: true
),
Container(
width: MediaQuery.of(context).size.width,
height: 20,
child: Stack(
fit: StackFit.expand,
children: [
Positioned(child: Text("${f2.format(tlData.rating-previousRankTRcutoff!)} (${f2.format((tlData.glicko!-previousGlickoCutoff!)/glickoForWin)} losses)"), left: 0,),
Positioned(child: Text("${f2.format(nextRankTRcutoff!-tlData.rating)} (${f2.format((nextRankGlickoCutoff!-tlData.glicko!)/glickoForWin)} wins)"), right: 0,)
],),
)
],
)
);
}
}