private void ConvertKSHAndOpen()
{
var dialog = new OpenFileDialogDesc("Open KSH Chart",
new[] { new FileFilter("K-Shoot MANIA Files", "ksh") });
var dialogResult = FileSystem.ShowOpenFileDialog(dialog);
if (dialogResult.DialogResult == DialogResult.OK)
{
string primaryKshFile = dialogResult.FilePath;
var chartSetInfo = ConvertKSHAndSave(primaryKshFile, out ChartInfo selected);
var serializer = BinaryTheoriChartSerializer.GetSerializerFor(NeuroSonicGameMode.Instance);
using (var stream = File.OpenRead(Path.Combine(m_chartsDir, chartSetInfo.FilePath, selected.FileName)))
{
var chart = serializer.DeserializeChart(selected, stream);
string audioFile = Path.Combine(m_chartsDir, chartSetInfo.FilePath, chart.Info.SongFileName);
var audio = AudioTrack.FromFile(audioFile);
audio.Channel = Host.Mixer.MasterChannel;
audio.Volume = chart.Info.SongVolume / 100.0f;
AutoPlay autoPlay = AutoPlay.None;
if (Keyboard.IsDown(KeyCode.LCTRL) || Keyboard.IsDown(KeyCode.RCTRL))
{
autoPlay = AutoPlay.ButtonsAndLasers;
}
var game = new GameLayer(Plugin.DefaultResourceLocator, chart, audio, autoPlay);
Host.PushLayer(new GenericTransitionLayer(game, Plugin.DefaultResourceLocator));
}
}
}
private void OpenKSH()
{
var dialog = new OpenFileDialogDesc("Open Chart",
new[] { new FileFilter("K-Shoot MANIA Files", "ksh") });
var dialogResult = FileSystem.ShowOpenFileDialog(dialog);
if (dialogResult.DialogResult == DialogResult.OK)
{
string kshChart = dialogResult.FilePath;
string fileDir = Directory.GetParent(kshChart).FullName;
var ksh = KshChart.CreateFromFile(kshChart);
string audioFileFx = Path.Combine(fileDir, ksh.Metadata.MusicFile ?? "");
string audioFileNoFx = Path.Combine(fileDir, ksh.Metadata.MusicFileNoFx ?? "");
string audioFile = audioFileNoFx;
if (File.Exists(audioFileFx))
{
audioFile = audioFileFx;
}
var audio = AudioTrack.FromFile(audioFile);
audio.Channel = Host.Mixer.MasterChannel;
audio.Volume = ksh.Metadata.MusicVolume / 100.0f;
var chart = ksh.ToVoltex();
AutoPlay autoPlay = AutoPlay.None;
if (Keyboard.IsDown(KeyCode.LCTRL) || Keyboard.IsDown(KeyCode.RCTRL))
{
autoPlay = AutoPlay.ButtonsAndLasers;
}
var game = new GameLayer(Plugin.DefaultResourceLocator, chart, audio, autoPlay);
Host.PushLayer(new GenericTransitionLayer(game, Plugin.DefaultResourceLocator));
}
}
private void OpenTheori()
{
var dialog = new OpenFileDialogDesc("Open Theori Chart",
new[] { new FileFilter("music:theori Files", "theori") });
var dialogResult = FileSystem.ShowOpenFileDialog(dialog);
if (dialogResult.DialogResult == DialogResult.OK)
{
string theoriFile = dialogResult.FilePath;
string theoriDirectory = Directory.GetParent(theoriFile).FullName;
var setFiles = Directory.EnumerateFiles(theoriDirectory, "*.theori-set").ToArray();
if (setFiles.Length == 0)
{
Logger.Log("Failed to locate .theori-set file.");
return;
}
else if (setFiles.Length != 1)
{
Logger.Log($"Too many .theori-set files, choosing the first ({ setFiles[0] }).");
return;
}
string setFile = setFiles[0];
var setSerializer = new ChartSetSerializer();
ChartSetInfo setInfo;
using (var setStream = File.OpenRead(setFile))
setInfo = setSerializer.DeserializeChartSetInfo(setStream);
setInfo.FilePath = theoriDirectory;
var chartInfos = (from chartInfo in setInfo.Charts
where chartInfo.FileName == Path.GetFileName(theoriFile)
select chartInfo).ToArray();
if (chartInfos.Length == 0)
{
Logger.Log($"Set file { Path.GetFileName(setFile) } did not contain meta information for given chart { Path.GetFileName(theoriFile) }.");
return;
}
Debug.Assert(chartInfos.Length == 1, "Chart set deserialization returned multiple sets with the same file name!");
var selected = chartInfos.Single();
var serializer = BinaryTheoriChartSerializer.GetSerializerFor(NeuroSonicGameMode.Instance);
using (var stream = File.OpenRead(Path.Combine(m_chartsDir, setInfo.FilePath, selected.FileName)))
{
var chart = serializer.DeserializeChart(selected, stream);
string audioFile = Path.Combine(m_chartsDir, setInfo.FilePath, chart.Info.SongFileName);
var audio = AudioTrack.FromFile(audioFile);
audio.Channel = Host.Mixer.MasterChannel;
audio.Volume = chart.Info.SongVolume / 100.0f;
AutoPlay autoPlay = AutoPlay.None;
if (Keyboard.IsDown(KeyCode.LCTRL) || Keyboard.IsDown(KeyCode.RCTRL))
{
autoPlay = AutoPlay.ButtonsAndLasers;
}
var game = new GameLayer(Plugin.DefaultResourceLocator, chart, audio, autoPlay);
Host.PushLayer(new GenericTransitionLayer(game, Plugin.DefaultResourceLocator));
}
}
}
public override bool AsyncLoad()
{
m_script["game"] = m_gameTable = m_script.NewTable();
m_script["scoring"] = m_scoringTable = m_script.NewTable();
//m_script["game"] = m_gameTable;
m_gameTable["chart"] = new ChartInfoHandle(new ChartSetInfoHandle(m_resources, m_script, Client.DatabaseWorker, m_chartInfo.Set), m_chartInfo);
if (!base.AsyncLoad())
{
return(false);
}
string chartsDir = TheoriConfig.ChartsDirectory;
var setInfo = m_chartInfo.Set;
if (m_chart == null)
{
if (ChartDatabaseService.TryLoadChart(m_chartInfo) is Chart chart)
{
m_chart = chart;
string audioFile = Path.Combine(chartsDir, setInfo.FilePath, m_chart.Info.SongFileName);
m_audio = AudioTrack.FromFile(audioFile);
m_audio.Channel = Mixer.MasterChannel;
m_audio.Volume = m_chart.Info.SongVolume / 100.0f;
}
else
{
Logger.Log($"Failed to load chart {m_chartInfo.SongTitle}");
Pop();
return(false);
}
}
m_audioPlayback = new SlidingChartPlayback(m_chart, false);
m_visualPlayback = new SlidingChartPlayback(m_chart, true);
m_highwayView = new HighwayView(m_locator, m_visualPlayback);
//m_script = new ScriptProgram(m_locator);
#if false
m_gameTable["meta"] = m_metaTable = m_script.NewTable();
m_gameTable["scoring"] = m_scoringTable = m_script.NewTable();
m_metaTable["songTitle"] = m_chart.Info.SongTitle;
m_metaTable["songArtist"] = m_chart.Info.SongArtist;
m_metaTable["difficultyName"] = m_chart.Info.DifficultyName;
m_metaTable["difficultyNameShort"] = m_chart.Info.DifficultyNameShort;
m_metaTable["difficultyLevel"] = m_chart.Info.DifficultyLevel;
m_metaTable["difficultyColor"] = (m_chart.Info.DifficultyColor ?? new Vector3(1, 1, 1)) * 255;
#endif
//m_guiScript.LoadFile(m_locator.OpenFileStream("scripts/generic-layer.lua"));
//m_script.LoadFile(m_locator.OpenFileStream("scripts/game/main.lua")!, "scripts/game/main.lua");
//if (!m_script.LuaAsyncLoad()) return false;
if (!m_highwayView.AsyncLoad())
{
return(false);
}
if (!m_background.AsyncLoad())
{
return(false);
}
m_slamSample = m_resources.QueueAudioLoad("audio/slam");
m_hitSounds["clap"] = m_resources.QueueAudioLoad("audio/sample_clap");
m_hitSounds["clap_punchy"] = m_resources.QueueAudioLoad("audio/sample_clap");
m_hitSounds["clap_impact"] = m_resources.QueueAudioLoad("audio/sample_kick");
m_hitSounds["snare"] = m_resources.QueueAudioLoad("audio/sample_snare");
m_hitSounds["snare_lo"] = m_resources.QueueAudioLoad("audio/sample_snare_lo");
foreach (var lane in m_chart.Lanes)
{
foreach (var entity in lane)
{
switch (entity)
{
case ButtonEntity button:
{
if (!button.HasSample)
{
break;
}
if (!m_hitSounds.ContainsKey(button.Sample))
{
string samplePath = Path.Combine(chartsDir, setInfo.FilePath, button.Sample);
if (!File.Exists(samplePath))
{
break;
}
var sample = AudioTrack.FromFile(samplePath);
m_resources.Manage(sample);
m_hitSounds[button.Sample] = sample;
}
} break;
}
}
}
ForegroundGui = new Panel()
{
Children = new GuiElement[]
{
m_critRootUi = new CriticalLineUi(m_resources),
m_critRootWorld = new CriticalLineWorld(m_resources),
m_comboDisplay = new ComboDisplay(m_resources)
{
RelativePositionAxes = Axes.Both,
Position = new Vector2(0.5f, 0.7f)
},
}
};
if (!m_critRootUi.AsyncLoad())
{
return(false);
}
if (!m_critRootWorld.AsyncLoad())
{
return(false);
}
if (!m_comboDisplay.AsyncLoad())
{
return(false);
}
if (!m_resources.LoadAll())
{
return(false);
}
return(true);
}
