1 files changed, 0 insertions, 145 deletions
diff --git a/lib/simfile.dart b/lib/simfile.dart
deleted file mode 100644
index 764e3aa..0000000
--- a/lib/simfile.dart
+++ /dev/null
@@ -1,145 +0,0 @@
-import 'dart:ffi';
-import 'dart:io';
-
-enum Difficulty { Beginner, Easy, Medium, Hard, Challenge, Edit }
-
-// These are the standard note values:
-//
-//     0 – No note
-//     1 – Normal note
-//     2 – Hold head
-//     3 – Hold/Roll tail
-//     4 – Roll head
-//     M – Mine (or other negative note)
-//
-// Later versions of StepMania accept other note values which may not work in older versions:
-//
-//     K – Automatic keysound
-//     L – Lift note
-//     F – Fake note
-
-RegExp noteTypes = RegExp(r'^([012345MKLF]+)\s*([,;])?');
-
-class Chart {
-  String? chartType;
-  // Description/author
-  String? author;
-  // Difficulty (one of Beginner, Easy, Medium, Hard, Challenge, Edit)
-  Difficulty? difficulty;
-  // Numerical meter
-  int? numericalMeter;
-  // Groove radar values, generated by the program
-  String? radarValues;
-
-  List<List<String>>? measures;
-
-  Map<double, String> beats = {};
-}
-
-class Simfile {
-  String directoryPath;
-  String? simfilePath;
-  String? audioPath;
-  String? bannerPath;
-  String? lines;
-
-  // tags of simfile
-  Map<String, String> tags = {};
-
-  Chart? chartSimplest;
-
-  Map<double, double> bpms = {};
-  double offset = 0;
-
-  Simfile(this.directoryPath);
-
-  void _parseChart({required List<String> keys, required String value}) {
-    Chart chart = Chart();
-    chart.chartType = keys[1];
-    chart.author = keys[2];
-    chart.difficulty = Difficulty.values.byName(keys[3]);
-    chart.numericalMeter = int.parse(keys[4]);
-    chart.radarValues = keys[5];
-
-    if (chartSimplest == null ||
-        (chart.difficulty!.index <= chartSimplest!.difficulty!.index &&
-            chart.numericalMeter! <= chartSimplest!.numericalMeter!)) {
-      List<List<String>> measures = [];
-      for (final measureRaw in value.split(',')) {
-        List<String> measure = [];
-        for (final noteRaw in measureRaw.split('\n')) {
-          String note = noteRaw.trim();
-          if (noteTypes.hasMatch(note)) {
-            measure.add(note);
-          }
-        }
-        measures.add(measure);
-      }
-
-      double bpm = bpms.entries.first.value;
-
-      for (final (measureIndex, measure) in measures.indexed) {
-        for (final (noteIndex, noteData) in measure.indexed) {
-          double beat = measureIndex * 4.0 +
-              (noteIndex.toDouble() / measure.length) * 4.0;
-          double minutesPerBeat = 1.0 / bpm;
-          double offsetMinutes = offset / 60.0;
-          chart.beats[beat * minutesPerBeat + offsetMinutes] = noteData;
-        }
-      }
-
-      chart.measures = measures;
-      chartSimplest = chart;
-    }
-  }
-
-  void _parseTag(RegExpMatch fieldData) {
-    List<String> keys =
-        fieldData[1]!.split(':').map((key) => key.trim()).toList();
-    String value = fieldData[2]!;
-    if (keys[0] == "BPMS") {
-      for (final pairRaw in value.split(',')) {
-        List<String> pair = pairRaw.split('=');
-        if (pair.length != 2) {
-          continue;
-        }
-        double time = double.parse(pair[0]);
-        double bpm = double.parse(pair[1]);
-        bpms[time] = bpm;
-      }
-    }
-
-    if (keys[0] == "OFFSET") {
-      offset = double.parse(value);
-    }
-
-    if (keys[0] != "NOTES") {
-      tags[keys[0]] = value;
-      return;
-    }
-    _parseChart(keys: keys, value: value);
-  }
-
-  void load() {
-    simfilePath = Directory(directoryPath)
-        .listSync()
-        .firstWhere((entity) => entity.path.endsWith('.sm'),
-            orElse: () => File('')).path;
-
-    audioPath = Directory(directoryPath)
-        .listSync()
-        .firstWhere((entity) => entity.path.endsWith('.ogg'),
-            orElse: () => File(''))
-        .path;
-
-    lines = File(simfilePath!).readAsStringSync();
-
-    RegExp commentsRegExp = RegExp(r'//.*$');
-    lines = lines?.replaceAll(commentsRegExp, '');
-    RegExp fieldDataRegExp = RegExp(r'#([^;]+):([^;]*);');
-
-    for (final fieldData in fieldDataRegExp.allMatches(lines!)) {
-      _parseTag(fieldData);
-    }
-  }
-}