private string Copy_Hitsounds(HitsoundCopierVm arg, BackgroundWorker worker)
{
var doMutedIndex = arg.MutedIndex >= 0;
var paths = arg.PathTo.Split('|');
var mapsDone = 0;
var sampleSchema = new SampleSchema();
var reader = EditorReaderStuff.GetFullEditorReaderOrNot();
foreach (var pathTo in paths)
{
BeatmapEditor editorTo = EditorReaderStuff.GetNewestVersionOrNot(pathTo, reader);;
Beatmap beatmapTo = editorTo.Beatmap;
Beatmap beatmapFrom;
if (!string.IsNullOrEmpty(arg.PathFrom))
{
var editorFrom = EditorReaderStuff.GetNewestVersionOrNot(arg.PathFrom, reader);
beatmapFrom = editorFrom.Beatmap;
}
else
{
// Copy from an empty beatmap similar to the map to copy to
beatmapFrom = beatmapTo.DeepCopy();
beatmapFrom.HitObjects.Clear();
beatmapFrom.BeatmapTiming.Clear();
}
Timeline processedTimeline;
if (arg.CopyMode == 0)
{
// Every defined hitsound and sampleset on hitsound gets copied to their copyTo destination
// Timelines
var tlTo = beatmapTo.GetTimeline();
var tlFrom = beatmapFrom.GetTimeline();
var volumeMuteTimes = arg.CopyVolumes && arg.AlwaysPreserve5Volume ? new List <double>() : null;
if (arg.CopyHitsounds)
{
ResetHitObjectHitsounds(beatmapTo);
CopyHitsounds(arg, tlFrom, tlTo);
}
// Save tlo times where timingpoint volume is 5%
// Timingpointchange all the undefined tlo from copyFrom
volumeMuteTimes?.AddRange(from tloTo in tlTo.TimelineObjects
where tloTo.CanCopy && Math.Abs(tloTo.SampleVolume) < Precision.DOUBLE_EPSILON &&
Math.Abs(tloTo.FenoSampleVolume - 5) < Precision.DOUBLE_EPSILON
select tloTo.Time);
// Volumes and samplesets and customindices greenlines get copied with timingpointchanges and allafter enabled
var timingPointsChanges = beatmapFrom.BeatmapTiming.TimingPoints.Select(tp =>
new TimingPointsChange(tp, sampleset: arg.CopySampleSets, index: arg.CopySampleSets,
volume: arg.CopyVolumes)).ToList();
// Apply the timingpoint changes
TimingPointsChange.ApplyChanges(beatmapTo.BeatmapTiming, timingPointsChanges, true);
processedTimeline = tlTo;
// Return 5% volume to tlo that had it before
if (volumeMuteTimes != null)
{
var timingPointsChangesMute = new List <TimingPointsChange>();
processedTimeline.GiveTimingPoints(beatmapTo.BeatmapTiming);
// Exclude objects which use their own sample volume property instead
foreach (var tloTo in processedTimeline.TimelineObjects.Where(o => Math.Abs(o.SampleVolume) < Precision.DOUBLE_EPSILON))
{
if (volumeMuteTimes.Contains(tloTo.Time))
{
// Add timingpointschange to copy timingpoint hitsounds
var tp = tloTo.HitsoundTimingPoint.Copy();
tp.Offset = tloTo.Time;
tp.Volume = 5;
timingPointsChangesMute.Add(new TimingPointsChange(tp, volume: true));
}
else
{
// Add timingpointschange to preserve index and volume
var tp = tloTo.HitsoundTimingPoint.Copy();
tp.Offset = tloTo.Time;
tp.Volume = tloTo.FenoSampleVolume;
timingPointsChangesMute.Add(new TimingPointsChange(tp, volume: true));
}
}
// Apply the timingpoint changes
TimingPointsChange.ApplyChanges(beatmapTo.BeatmapTiming, timingPointsChangesMute);
}
}
else
{
// Smarty mode
// Copy the defined hitsounds literally (not feno, that will be reserved for cleaner). Only the tlo that have been defined by copyFrom get overwritten.
var tlTo = beatmapTo.GetTimeline();
var tlFrom = beatmapFrom.GetTimeline();
var timingPointsChanges = new List <TimingPointsChange>();
var mode = (GameMode)beatmapTo.General["Mode"].IntValue;
var mapDir = editorTo.GetParentFolder();
var firstSamples = HitsoundImporter.AnalyzeSamples(mapDir);
if (arg.CopyHitsounds)
{
CopyHitsounds(arg, beatmapTo, tlFrom, tlTo, timingPointsChanges, mode, mapDir, firstSamples, ref sampleSchema);
}
if (arg.CopyBodyHitsounds)
{
// Remove timingpoints in beatmapTo that are in a sliderbody/spinnerbody for both beatmapTo and BeatmapFrom
foreach (var tp in from ho in beatmapTo.HitObjects
from tp in ho.BodyHitsounds
where beatmapFrom.HitObjects.Any(o => o.Time <tp.Offset && o.EndTime> tp.Offset)
where !tp.Uninherited
select tp)
{
beatmapTo.BeatmapTiming.Remove(tp);
}
// Get timingpointschanges for every timingpoint from beatmapFrom that is in a sliderbody/spinnerbody for both beatmapTo and BeatmapFrom
timingPointsChanges.AddRange(from ho in beatmapFrom.HitObjects
from tp in ho.BodyHitsounds
where beatmapTo.HitObjects.Any(o => o.Time <tp.Offset && o.EndTime> tp.Offset)
select new TimingPointsChange(tp.Copy(), sampleset: arg.CopySampleSets, index: arg.CopySampleSets,
volume: arg.CopyVolumes));
}
// Apply the timingpoint changes
TimingPointsChange.ApplyChanges(beatmapTo.BeatmapTiming, timingPointsChanges);
processedTimeline = tlTo;
}
if (arg.CopyStoryboardedSamples)
{
if (arg.CopyMode == 0)
{
beatmapTo.StoryboardSoundSamples.Clear();
}
beatmapTo.GiveObjectsGreenlines();
processedTimeline.GiveTimingPoints(beatmapTo.BeatmapTiming);
var mapDir = editorTo.GetParentFolder();
var firstSamples = HitsoundImporter.AnalyzeSamples(mapDir, true);
var samplesTo = new HashSet <StoryboardSoundSample>(beatmapTo.StoryboardSoundSamples);
var mode = (GameMode)beatmapTo.General["Mode"].IntValue;
foreach (var sampleFrom in beatmapFrom.StoryboardSoundSamples)
{
if (arg.IgnoreHitsoundSatisfiedSamples)
{
var tloHere = processedTimeline.TimelineObjects.FindAll(o =>
Math.Abs(o.Time - sampleFrom.StartTime) <= arg.TemporalLeniency);
var samplesHere = new HashSet <string>();
foreach (var tlo in tloHere)
{
foreach (var filename in tlo.GetPlayingFilenames(mode))
{
var samplePath = Path.Combine(mapDir, filename);
var fullPathExtLess = Path.Combine(Path.GetDirectoryName(samplePath),
Path.GetFileNameWithoutExtension(samplePath));
if (firstSamples.Keys.Contains(fullPathExtLess))
{
samplePath = firstSamples[fullPathExtLess];
}
samplesHere.Add(samplePath);
}
}
var sbSamplePath = Path.Combine(mapDir, sampleFrom.FilePath);
var sbFullPathExtLess = Path.Combine(Path.GetDirectoryName(sbSamplePath),
Path.GetFileNameWithoutExtension(sbSamplePath));
if (firstSamples.Keys.Contains(sbFullPathExtLess))
{
sbSamplePath = firstSamples[sbFullPathExtLess];
}
if (samplesHere.Contains(sbSamplePath))
{
continue;
}
}
// Add the StoryboardSoundSamples from beatmapFrom to beatmapTo if it doesn't already have the sample
if (!samplesTo.Contains(sampleFrom))
{
beatmapTo.StoryboardSoundSamples.Add(sampleFrom);
}
}
// Sort the storyboarded samples
beatmapTo.StoryboardSoundSamples.Sort();
}
if (arg.MuteSliderends)
{
var timingPointsChanges = new List <TimingPointsChange>();
beatmapTo.GiveObjectsGreenlines();
processedTimeline.GiveTimingPoints(beatmapTo.BeatmapTiming);
foreach (var tloTo in processedTimeline.TimelineObjects)
{
if (FilterMuteTlo(tloTo, beatmapTo, arg))
{
// Set volume to 5%, remove all hitsounds, apply customindex and sampleset
tloTo.SampleSet = arg.MutedSampleSet;
tloTo.AdditionSet = 0;
tloTo.Normal = false;
tloTo.Whistle = false;
tloTo.Finish = false;
tloTo.Clap = false;
tloTo.HitsoundsToOrigin();
// Add timingpointschange to copy timingpoint hitsounds
var tp = tloTo.HitsoundTimingPoint.Copy();
tp.Offset = tloTo.Time;
tp.SampleSet = arg.MutedSampleSet;
tp.SampleIndex = arg.MutedIndex;
tp.Volume = 5;
timingPointsChanges.Add(new TimingPointsChange(tp, sampleset: true, index: doMutedIndex,
volume: true));
}
else
{
// Add timingpointschange to preserve index and volume and sampleset
var tp = tloTo.HitsoundTimingPoint.Copy();
tp.Offset = tloTo.Time;
timingPointsChanges.Add(new TimingPointsChange(tp, sampleset: true, index: doMutedIndex,
volume: true));
}
}
// Apply the timingpoint changes
TimingPointsChange.ApplyChanges(beatmapTo.BeatmapTiming, timingPointsChanges);
}
// Save the file
editorTo.SaveFile();
// Export the sample schema if there are samples
if (sampleSchema.Count > 0)
{
string exportFolder = MainWindow.ExportPath;
DirectoryInfo di = new DirectoryInfo(exportFolder);
foreach (FileInfo file in di.GetFiles())
{
file.Delete();
}
HitsoundExporter.ExportSampleSchema(sampleSchema, exportFolder);
System.Diagnostics.Process.Start(exportFolder);
}
// Update progressbar
if (worker != null && worker.WorkerReportsProgress)
{
worker.ReportProgress(++mapsDone * 100 / paths.Length);
}
}
return("Done!");
}
private string Make_Hitsounds(HitsoundStudioVm arg, BackgroundWorker worker, DoWorkEventArgs _)
{
string result = string.Empty;
if (arg.HitsoundExportModeSetting == HitsoundStudioVm.HitsoundExportMode.Standard)
{
// Convert the multiple layers into packages that have the samples from all the layers at one specific time
List <SamplePackage> samplePackages = HitsoundConverter.ZipLayers(arg.HitsoundLayers, arg.DefaultSample);
UpdateProgressBar(worker, 10);
// Balance the volume between greenlines and samples
HitsoundConverter.BalanceVolumes(samplePackages, 0, false);
UpdateProgressBar(worker, 20);
// Load the samples so validation can be done
HashSet <SampleGeneratingArgs> allSampleArgs = new HashSet <SampleGeneratingArgs>();
foreach (SamplePackage sp in samplePackages)
{
allSampleArgs.UnionWith(sp.Samples.Select(o => o.SampleArgs));
}
var loadedSamples = SampleImporter.ImportSamples(allSampleArgs);
UpdateProgressBar(worker, 30);
// Convert the packages to hitsounds that fit on an osu standard map
CompleteHitsounds completeHitsounds =
HitsoundConverter.GetCompleteHitsounds(samplePackages, loadedSamples);
UpdateProgressBar(worker, 60);
if (arg.ShowResults)
{
// Count the number of samples
int samples = completeHitsounds.CustomIndices.SelectMany(ci => ci.Samples.Values)
.Count(h => h.Any(SampleImporter.ValidateSampleArgs));
// Count the number of changes of custom index
int greenlines = 0;
int lastIndex = -1;
foreach (var hit in completeHitsounds.Hitsounds.Where(hit => hit.CustomIndex != lastIndex))
{
lastIndex = hit.CustomIndex;
greenlines++;
}
result = $"Number of sample indices: {completeHitsounds.CustomIndices.Count}, " +
$"Number of samples: {samples}, Number of greenlines: {greenlines}";
}
if (arg.DeleteAllInExportFirst && (arg.ExportSamples || arg.ExportMap))
{
// Delete all files in the export folder before filling it again
DirectoryInfo di = new DirectoryInfo(arg.ExportFolder);
foreach (FileInfo file in di.GetFiles())
{
file.Delete();
}
}
UpdateProgressBar(worker, 70);
// Export the hitsound map and sound samples
if (arg.ExportMap)
{
HitsoundExporter.ExportHitsounds(completeHitsounds.Hitsounds, arg.BaseBeatmap, arg.ExportFolder);
}
UpdateProgressBar(worker, 80);
if (arg.ExportSamples)
{
HitsoundExporter.ExportCustomIndices(completeHitsounds.CustomIndices, arg.ExportFolder,
loadedSamples);
}
UpdateProgressBar(worker, 99);
}
else if (arg.HitsoundExportModeSetting == HitsoundStudioVm.HitsoundExportMode.Coinciding)
{
List <SamplePackage> samplePackages = HitsoundConverter.ZipLayers(arg.HitsoundLayers, arg.DefaultSample, 0, false);
HitsoundConverter.BalanceVolumes(samplePackages, 0, false, true);
UpdateProgressBar(worker, 20);
Dictionary <SampleGeneratingArgs, SampleSoundGenerator> loadedSamples = null;
Dictionary <SampleGeneratingArgs, string> sampleNames = null;
Dictionary <SampleGeneratingArgs, Vector2> samplePositions = null;
var hitsounds = HitsoundConverter.GetHitsounds(samplePackages, ref loadedSamples, ref sampleNames, ref samplePositions);
// Load the samples so validation can be done
UpdateProgressBar(worker, 50);
if (arg.ShowResults)
{
result = "Number of sample indices: 0, " +
$"Number of samples: {loadedSamples.Count}, Number of greenlines: 0";
}
if (arg.DeleteAllInExportFirst && (arg.ExportSamples || arg.ExportMap))
{
// Delete all files in the export folder before filling it again
DirectoryInfo di = new DirectoryInfo(arg.ExportFolder);
foreach (FileInfo file in di.GetFiles())
{
file.Delete();
}
}
UpdateProgressBar(worker, 60);
if (arg.ExportMap)
{
HitsoundExporter.ExportHitsounds(hitsounds, arg.BaseBeatmap, arg.ExportFolder, false);
}
UpdateProgressBar(worker, 70);
if (arg.ExportSamples)
{
HitsoundExporter.ExportLoadedSamples(loadedSamples, arg.ExportFolder, sampleNames);
}
}
else if (arg.HitsoundExportModeSetting == HitsoundStudioVm.HitsoundExportMode.Storyboard)
{
List <SamplePackage> samplePackages = HitsoundConverter.ZipLayers(arg.HitsoundLayers, arg.DefaultSample, 0, false);
HitsoundConverter.BalanceVolumes(samplePackages, 0, false, true);
UpdateProgressBar(worker, 20);
Dictionary <SampleGeneratingArgs, SampleSoundGenerator> loadedSamples = null;
Dictionary <SampleGeneratingArgs, string> sampleNames = null;
Dictionary <SampleGeneratingArgs, Vector2> samplePositions = null;
var hitsounds = HitsoundConverter.GetHitsounds(samplePackages, ref loadedSamples, ref sampleNames, ref samplePositions);
// Load the samples so validation can be done
UpdateProgressBar(worker, 50);
if (arg.ShowResults)
{
result = "Number of sample indices: 0, " +
$"Number of samples: {loadedSamples.Count}, Number of greenlines: 0";
}
if (arg.DeleteAllInExportFirst && (arg.ExportSamples || arg.ExportMap))
{
// Delete all files in the export folder before filling it again
DirectoryInfo di = new DirectoryInfo(arg.ExportFolder);
foreach (FileInfo file in di.GetFiles())
{
file.Delete();
}
}
UpdateProgressBar(worker, 60);
if (arg.ExportMap)
{
HitsoundExporter.ExportHitsounds(hitsounds, arg.BaseBeatmap, arg.ExportFolder, false, true);
}
UpdateProgressBar(worker, 70);
if (arg.ExportSamples)
{
HitsoundExporter.ExportLoadedSamples(loadedSamples, arg.ExportFolder, sampleNames);
}
}
// Open export folder
if (arg.ExportSamples || arg.ExportMap)
{
System.Diagnostics.Process.Start(arg.ExportFolder);
}
// Collect garbage
GC.Collect();
UpdateProgressBar(worker, 100);
return(result);
}
private void Make_Hitsounds(Arguments arg, BackgroundWorker worker, DoWorkEventArgs _)
{
if (arg.Debug)
{
// Convert the multiple layers into packages that have the samples from all the layers at one specific time
List <SamplePackage> samplePackages = HitsoundConverter.ZipLayers(arg.HitsoundLayers, arg.DefaultSample);
UpdateProgressBar(worker, 10);
// Balance the volume between greenlines and samples
HitsoundConverter.BalanceVolumes(samplePackages, new VolumeBalancingArgs(0, false));
UpdateProgressBar(worker, 20);
// Load the samples so validation can be done
HashSet <SampleGeneratingArgs> allSampleArgs = new HashSet <SampleGeneratingArgs>();
foreach (SamplePackage sp in samplePackages)
{
allSampleArgs.UnionWith(sp.Samples.Select(o => o.SampleArgs));
}
var loadedSamples = SampleImporter.ImportSamples(allSampleArgs);
UpdateProgressBar(worker, 40);
// Convert the packages to hitsounds that fit on an osu standard map
CompleteHitsounds completeHitsounds = HitsoundConverter.GetCompleteHitsounds(samplePackages, loadedSamples);
UpdateProgressBar(worker, 60);
int samples = completeHitsounds.CustomIndices.SelectMany(ci => ci.Samples.Values).Count(h => h.Any(SampleImporter.ValidateSampleArgs));
UpdateProgressBar(worker, 80);
int greenlines = 0;
int lastIndex = -1;
foreach (var hit in completeHitsounds.Hitsounds.Where(hit => hit.CustomIndex != lastIndex))
{
lastIndex = hit.CustomIndex;
greenlines++;
}
UpdateProgressBar(worker, 100);
MessageBox.Show(
$"Number of sample indices: {completeHitsounds.CustomIndices.Count}, Number of samples: {samples}, Number of greenlines: {greenlines}");
}
else
{
// Convert the multiple layers into packages that have the samples from all the layers at one specific time
List <SamplePackage> samplePackages = HitsoundConverter.ZipLayers(arg.HitsoundLayers, arg.DefaultSample);
UpdateProgressBar(worker, 10);
// Balance the volume between greenlines and samples
HitsoundConverter.BalanceVolumes(samplePackages, new VolumeBalancingArgs(0, false));
UpdateProgressBar(worker, 20);
// Load the samples so validation can be done
HashSet <SampleGeneratingArgs> allSampleArgs = new HashSet <SampleGeneratingArgs>();
foreach (SamplePackage sp in samplePackages)
{
allSampleArgs.UnionWith(sp.Samples.Select(o => o.SampleArgs));
}
var loadedSamples = SampleImporter.ImportSamples(allSampleArgs);
UpdateProgressBar(worker, 30);
// Convert the packages to hitsounds that fit on an osu standard map
CompleteHitsounds completeHitsounds = HitsoundConverter.GetCompleteHitsounds(samplePackages, loadedSamples);
UpdateProgressBar(worker, 60);
// Delete all files in the export folder before filling it again
DirectoryInfo di = new DirectoryInfo(arg.ExportFolder);
foreach (FileInfo file in di.GetFiles())
{
file.Delete();
}
UpdateProgressBar(worker, 80);
// Export the hitsound .osu and sound samples
HitsoundExporter.ExportCompleteHitsounds(arg.ExportFolder, arg.BaseBeatmap, completeHitsounds, loadedSamples);
UpdateProgressBar(worker, 99);
// Open export folder
System.Diagnostics.Process.Start(arg.ExportFolder);
}
// Collect garbage
GC.Collect();
UpdateProgressBar(worker, 100);
}
private string Make_Hitsounds(HitsoundStudioVm arg, BackgroundWorker worker, DoWorkEventArgs _)
{
string result = string.Empty;
bool validateSampleFile =
!(arg.SingleSampleExportFormat == HitsoundExporter.SampleExportFormat.MidiChords ||
arg.MixedSampleExportFormat == HitsoundExporter.SampleExportFormat.MidiChords);
var comparer = new SampleGeneratingArgsComparer(validateSampleFile);
if (arg.HitsoundExportModeSetting == HitsoundStudioVm.HitsoundExportMode.Standard)
{
// Convert the multiple layers into packages that have the samples from all the layers at one specific time
// Don't add default sample when exporting midi files because that's not a final export.
List <SamplePackage> samplePackages = HitsoundConverter.ZipLayers(arg.HitsoundLayers, arg.DefaultSample, arg.ZipLayersLeniency, validateSampleFile);
UpdateProgressBar(worker, 10);
// Balance the volume between greenlines and samples
HitsoundConverter.BalanceVolumes(samplePackages, 0, false);
UpdateProgressBar(worker, 20);
// Load the samples so validation can be done
HashSet <SampleGeneratingArgs> allSampleArgs = new HashSet <SampleGeneratingArgs>(comparer);
foreach (SamplePackage sp in samplePackages)
{
allSampleArgs.UnionWith(sp.Samples.Select(o => o.SampleArgs));
}
var loadedSamples = SampleImporter.ImportSamples(allSampleArgs, comparer);
UpdateProgressBar(worker, 30);
// Convert the packages to hitsounds that fit on an osu standard map
CompleteHitsounds completeHitsounds =
HitsoundConverter.GetCompleteHitsounds(samplePackages, loadedSamples,
arg.UsePreviousSampleSchema ? arg.PreviousSampleSchema.GetCustomIndices() : null,
arg.AllowGrowthPreviousSampleSchema, arg.FirstCustomIndex, validateSampleFile, comparer);
UpdateProgressBar(worker, 60);
// Save current sample schema
if (!arg.UsePreviousSampleSchema)
{
arg.PreviousSampleSchema = new SampleSchema(completeHitsounds.CustomIndices);
}
else if (arg.AllowGrowthPreviousSampleSchema)
{
arg.PreviousSampleSchema.MergeWith(new SampleSchema(completeHitsounds.CustomIndices));
}
if (arg.ShowResults)
{
// Count the number of samples
int samples = completeHitsounds.CustomIndices.SelectMany(ci => ci.Samples.Values)
.Count(h => h.Any(o =>
SampleImporter.ValidateSampleArgs(o, loadedSamples, validateSampleFile)));
// Count the number of changes of custom index
int greenlines = 0;
int lastIndex = -1;
foreach (var hit in completeHitsounds.Hitsounds.Where(hit => hit.CustomIndex != lastIndex))
{
lastIndex = hit.CustomIndex;
greenlines++;
}
result = $"Number of sample indices: {completeHitsounds.CustomIndices.Count}, " +
$"Number of samples: {samples}, Number of greenlines: {greenlines}";
}
if (arg.DeleteAllInExportFirst && (arg.ExportSamples || arg.ExportMap))
{
// Delete all files in the export folder before filling it again
DirectoryInfo di = new DirectoryInfo(arg.ExportFolder);
foreach (FileInfo file in di.GetFiles())
{
file.Delete();
}
}
UpdateProgressBar(worker, 70);
// Export the hitsound map and sound samples
if (arg.ExportMap)
{
HitsoundExporter.ExportHitsounds(completeHitsounds.Hitsounds,
arg.BaseBeatmap, arg.ExportFolder, arg.HitsoundDiffName, arg.HitsoundExportGameMode, true, false);
}
UpdateProgressBar(worker, 80);
if (arg.ExportSamples)
{
HitsoundExporter.ExportCustomIndices(completeHitsounds.CustomIndices, arg.ExportFolder,
loadedSamples, arg.SingleSampleExportFormat, arg.MixedSampleExportFormat, comparer);
}
UpdateProgressBar(worker, 99);
}
else if (arg.HitsoundExportModeSetting == HitsoundStudioVm.HitsoundExportMode.Coinciding)
{
List <SamplePackage> samplePackages = HitsoundConverter.ZipLayers(arg.HitsoundLayers, arg.DefaultSample, 0, false);
HitsoundConverter.BalanceVolumes(samplePackages, 0, false, true);
UpdateProgressBar(worker, 20);
Dictionary <SampleGeneratingArgs, SampleSoundGenerator> loadedSamples = null;
Dictionary <SampleGeneratingArgs, string> sampleNames = arg.UsePreviousSampleSchema ? arg.PreviousSampleSchema?.GetSampleNames(comparer) : null;
Dictionary <SampleGeneratingArgs, Vector2> samplePositions = null;
var hitsounds = HitsoundConverter.GetHitsounds(samplePackages, ref loadedSamples, ref sampleNames, ref samplePositions,
arg.HitsoundExportGameMode == GameMode.Mania, arg.AddCoincidingRegularHitsounds, arg.AllowGrowthPreviousSampleSchema,
validateSampleFile, comparer);
// Save current sample schema
if (!arg.UsePreviousSampleSchema || arg.PreviousSampleSchema == null)
{
arg.PreviousSampleSchema = new SampleSchema(sampleNames);
}
else if (arg.AllowGrowthPreviousSampleSchema)
{
arg.PreviousSampleSchema.MergeWith(new SampleSchema(sampleNames));
}
// Load the samples so validation can be done
UpdateProgressBar(worker, 50);
if (arg.ShowResults)
{
result = "Number of sample indices: 0, " +
$"Number of samples: {loadedSamples.Count}, Number of greenlines: 0";
}
if (arg.DeleteAllInExportFirst && (arg.ExportSamples || arg.ExportMap))
{
// Delete all files in the export folder before filling it again
DirectoryInfo di = new DirectoryInfo(arg.ExportFolder);
foreach (FileInfo file in di.GetFiles())
{
file.Delete();
}
}
UpdateProgressBar(worker, 60);
if (arg.ExportMap)
{
HitsoundExporter.ExportHitsounds(hitsounds,
arg.BaseBeatmap, arg.ExportFolder, arg.HitsoundDiffName, arg.HitsoundExportGameMode, false, false);
}
UpdateProgressBar(worker, 70);
if (arg.ExportSamples)
{
HitsoundExporter.ExportLoadedSamples(loadedSamples, arg.ExportFolder, sampleNames, arg.SingleSampleExportFormat, comparer);
}
}
else if (arg.HitsoundExportModeSetting == HitsoundStudioVm.HitsoundExportMode.Storyboard)
{
List <SamplePackage> samplePackages = HitsoundConverter.ZipLayers(arg.HitsoundLayers, arg.DefaultSample, 0, false);
HitsoundConverter.BalanceVolumes(samplePackages, 0, false, true);
UpdateProgressBar(worker, 20);
Dictionary <SampleGeneratingArgs, SampleSoundGenerator> loadedSamples = null;
Dictionary <SampleGeneratingArgs, string> sampleNames = arg.UsePreviousSampleSchema ? arg.PreviousSampleSchema?.GetSampleNames(comparer) : null;
Dictionary <SampleGeneratingArgs, Vector2> samplePositions = null;
var hitsounds = HitsoundConverter.GetHitsounds(samplePackages, ref loadedSamples, ref sampleNames, ref samplePositions,
false, false, arg.AllowGrowthPreviousSampleSchema, validateSampleFile, comparer);
// Save current sample schema
if (!arg.UsePreviousSampleSchema || arg.PreviousSampleSchema == null)
{
arg.PreviousSampleSchema = new SampleSchema(sampleNames);
}
else if (arg.AllowGrowthPreviousSampleSchema)
{
arg.PreviousSampleSchema.MergeWith(new SampleSchema(sampleNames));
}
// Load the samples so validation can be done
UpdateProgressBar(worker, 50);
if (arg.ShowResults)
{
result = "Number of sample indices: 0, " +
$"Number of samples: {loadedSamples.Count}, Number of greenlines: 0";
}
if (arg.DeleteAllInExportFirst && (arg.ExportSamples || arg.ExportMap))
{
// Delete all files in the export folder before filling it again
DirectoryInfo di = new DirectoryInfo(arg.ExportFolder);
foreach (FileInfo file in di.GetFiles())
{
file.Delete();
}
}
UpdateProgressBar(worker, 60);
if (arg.ExportMap)
{
HitsoundExporter.ExportHitsounds(hitsounds,
arg.BaseBeatmap, arg.ExportFolder, arg.HitsoundDiffName, arg.HitsoundExportGameMode, false, true);
}
UpdateProgressBar(worker, 70);
if (arg.ExportSamples)
{
HitsoundExporter.ExportLoadedSamples(loadedSamples, arg.ExportFolder, sampleNames, arg.SingleSampleExportFormat, comparer);
}
}
// Open export folder
if (arg.ExportSamples || arg.ExportMap)
{
System.Diagnostics.Process.Start("explorer.exe", arg.ExportFolder);
}
// Collect garbage
GC.Collect();
UpdateProgressBar(worker, 100);
return(result);
}
