private string Run_Program(List <string> arguments, BackgroundWorker worker, DoWorkEventArgs e)
{
// Retrieve all arguments
string path = arguments[0];
bool volumeSliders = arguments[1] == "True";
bool samplesetSliders = arguments[2] == "True";
bool volumeSpinners = arguments[3] == "True";
bool samplesetSpinners = arguments[4] == "True";
bool removeSliderendMuting = arguments[5] == "True";
bool resnapObjects = arguments[6] == "True";
bool resnapBookmarks = arguments[7] == "True";
int snap1 = int.Parse(arguments[8].Split('/')[1]);
int snap2 = int.Parse(arguments[9].Split('/')[1]);
Editor editor = new Editor(path);
int greenlinesRemoved = 0;
int timingpointsProcessed = 0;
int num_timingPoints = editor.Beatmap.BeatmapTiming.TimingPoints.Count;
Timing timing = editor.Beatmap.BeatmapTiming;
Timeline timeline = editor.Beatmap.GetTimeline();
int mode = editor.Beatmap.General["Mode"].Value;
List <TimingPoint> newTimingPoints = new List <TimingPoint>();
double lastMpB = -100;
int lastSampleSet = 1;
int lastSampleIndex = 0;
double lastVolume = 100;
bool lastKiai = false;
foreach (TimingPoint tp in editor.Beatmap.BeatmapTiming.TimingPoints)
{
Print("evaluating timingpoint: " + tp.GetLine());
bool redUseful = false;
bool kiaiUseful = false;
bool svUseful = false;
bool volumeUseful = false;
bool samplesetUseful = false;
bool sampleindexUseful = false;
double firstUsefulTime = 1E99;
if (tp.Inherited) // If it's a red line it's usefull
{
redUseful = true;
firstUsefulTime = tp.Offset;
Print("usefull by redline");
}
if (tp.Kiai != lastKiai) // Kiai toggle is instant usefull and no move
{
kiaiUseful = true;
firstUsefulTime = tp.Offset;
Print("usefull by kiai");
}
// Get the object parts on the greenline affect range
double startTime = tp.Offset;
double endTime = editor.Beatmap.BeatmapTiming.GetTimingPointEffectiveRange(tp); // Not including this exact time in the range
Print("startTime: " + startTime + " , endTime: " + endTime);
Timeline timeLineObjectsInRange = timeline.GetTimeLineObjectsInRange(startTime, endTime);
List <HitObject> bodiesInRange = editor.Beatmap.GetHitObjectsWithRangeInRange(startTime, endTime);
bool svChange = tp.MpB != lastMpB;
bool volumeChange = tp.Volume != lastVolume;
bool samplesetChange = tp.SampleSet != lastSampleSet;
bool sampleindexChange = tp.SampleIndex != lastSampleIndex;
if (svChange && !tp.Inherited)
{
// SV change is always impactfull in taiko and mania
if (mode == 3 || mode == 1)
{
svUseful = true;
firstUsefulTime = tp.Offset;
Print("usefull by gamemode SV");
}
// Check for sliderhead
foreach (TimelineObject tlo in timeLineObjectsInRange.TimeLineObjects)
{
if (tlo.IsSliderHead)
{
svUseful = true;
if (tlo.Time < firstUsefulTime)
{
firstUsefulTime = tlo.Time;
}
Print("usefull by SV sliderhead");
}
}
}
if (volumeChange)
{
foreach (TimelineObject tlo in timeLineObjectsInRange.TimeLineObjects)
{
if (tlo.HasHitsound)
{
if (removeSliderendMuting && tlo.IsSliderEnd && tp.Volume == 5)
{
continue;
}
volumeUseful = true;
if (tlo.Time < firstUsefulTime)
{
firstUsefulTime = tlo.Time;
}
Print("usefull by volume hitsound");
}
}
foreach (HitObject ho in bodiesInRange) // Check for purpose in slider/spinner bodies
{
if ((ho.IsSlider) && volumeSliders)
{
volumeUseful = true;
if (ho.Time > tp.Offset && ho.Time < firstUsefulTime)
{
firstUsefulTime = ho.Time;
}
else
{
firstUsefulTime = tp.Offset;
}
Print("usefull by volume sliderslide");
}
else if (ho.IsSpinner && volumeSpinners)
{
volumeUseful = true;
if (ho.Time > tp.Offset && ho.Time < firstUsefulTime)
{
firstUsefulTime = ho.Time;
}
else
{
firstUsefulTime = tp.Offset;
}
Print("usefull by volume spinnerspin");
}
}
}
if (samplesetChange)
{
foreach (TimelineObject tlo in timeLineObjectsInRange.TimeLineObjects)
{
if (tlo.HasHitsound && tlo.SampleSet == 0) // 0 is Auto so it will be affected by greenlines
{
samplesetUseful = true;
if (tlo.Time < firstUsefulTime)
{
firstUsefulTime = tlo.Time;
}
Print("usefull by sampleset hitsound");
}
}
foreach (HitObject ho in bodiesInRange) // Check for purpose in slider/spinner bodies
{
if ((ho.IsSlider) && samplesetSliders)
{
samplesetUseful = true;
if (ho.Time > tp.Offset && ho.Time < firstUsefulTime)
{
firstUsefulTime = ho.Time;
}
else
{
firstUsefulTime = tp.Offset;
}
Print("usefull by sampleset sliderslide");
}
else if (ho.IsSpinner && samplesetSpinners)
{
samplesetUseful = true;
if (ho.Time > tp.Offset && ho.Time < firstUsefulTime)
{
firstUsefulTime = ho.Time;
}
else
{
firstUsefulTime = tp.Offset;
}
Print("usefull by sampleset spinnerspin");
}
}
}
if (sampleindexChange)
{
foreach (TimelineObject tlo in timeLineObjectsInRange.TimeLineObjects)
{
if (tlo.HasHitsound) // 0 is Auto so it will be affected by greenlines
{
sampleindexUseful = true;
if (tlo.Time < firstUsefulTime)
{
firstUsefulTime = tlo.Time;
}
Print("usefull by sampleindex hitsound");
}
}
foreach (HitObject ho in bodiesInRange) // Check for purpose in slider/spinner bodies
{
if ((ho.IsSlider) && samplesetSliders)
{
sampleindexUseful = true;
if (ho.Time > tp.Offset && ho.Time < firstUsefulTime)
{
firstUsefulTime = ho.Time;
}
else
{
firstUsefulTime = tp.Offset;
}
Print("usefull by sampleindex sliderslide");
}
else if (ho.IsSpinner && samplesetSpinners)
{
sampleindexUseful = true;
if (ho.Time > tp.Offset && ho.Time < firstUsefulTime)
{
firstUsefulTime = ho.Time;
}
else
{
firstUsefulTime = tp.Offset;
}
Print("usefull by sampleindex spinnerspin");
}
}
}
// Only let them have the thing that made them usefull
if (redUseful)
{
lastMpB = -100;
} // Redlines have 1.00x SV
else
{
if (svUseful)
{
lastMpB = tp.MpB;
}
else
{
tp.MpB = lastMpB;
}
} // Don't change the MpB of the redline
if (kiaiUseful)
{
lastKiai = tp.Kiai;
}
else
{
tp.Kiai = lastKiai;
}
if (volumeUseful)
{
lastVolume = tp.Volume;
}
else
{
tp.Volume = lastVolume;
}
if (samplesetUseful)
{
lastSampleSet = tp.SampleSet;
}
else
{
tp.SampleSet = lastSampleSet;
}
if (sampleindexUseful)
{
lastSampleIndex = tp.SampleIndex;
}
else
{
tp.SampleIndex = lastSampleIndex;
}
bool usefull = redUseful || kiaiUseful || svUseful || samplesetUseful || sampleindexUseful || volumeUseful;
// Move to earliest usefull thing
if (usefull)
{
tp.Offset = firstUsefulTime;
newTimingPoints.Add(tp);
}
else
{
greenlinesRemoved += 1;
}
timingpointsProcessed += 1;
// Update progressbar
if (worker != null)
{
if (worker.WorkerReportsProgress)
{
int percentComplete = (int)((timingpointsProcessed / num_timingPoints) * 100);
worker.ReportProgress(percentComplete);
}
}
}
// Replace the timingpoints
timing.TimingPoints = newTimingPoints;
if (resnapObjects)
{
// Snap all objects and timingpoints
foreach (TimingPoint tp in timing.TimingPoints)
{
tp.Offset = Math.Floor(timing.Resnap(tp.Offset, snap1, snap2));
}
foreach (HitObject ho in editor.Beatmap.HitObjects)
{
ho.Time = Math.Floor(timing.Resnap(ho.Time, snap1, snap2));
}
}
if (resnapBookmarks)
{
// Snap the bookmarks
List <double> newBookmarks = new List <double>();
foreach (double bookmark in editor.Beatmap.GetBookmarks())
{
newBookmarks.Add(timing.Resnap(bookmark, snap1, snap2));
}
editor.Beatmap.SetBookmarks(newBookmarks);
}
editor.SaveFile();
return("Succesfully removed " + greenlinesRemoved + " greenlines!");
}
private string Run_Program2(List <string> arguments, BackgroundWorker worker, DoWorkEventArgs e)
{
// Retrieve all arguments
string path = arguments[0];
bool volumeSliders = arguments[1] == "True";
bool samplesetSliders = arguments[2] == "True";
bool volumeSpinners = arguments[3] == "True";
bool resnapObjects = arguments[4] == "True";
bool resnapBookmarks = arguments[5] == "True";
int snap1 = int.Parse(arguments[6].Split('/')[1]);
int snap2 = int.Parse(arguments[7].Split('/')[1]);
bool removeSliderendMuting = arguments[8] == "True";
bool removeUnclickabeHitsounds = arguments[9] == "True";
Editor editor = new Editor(path);
Timing timing = editor.Beatmap.BeatmapTiming;
Timeline timeline = editor.Beatmap.GetTimeline();
int mode = editor.Beatmap.General["Mode"].Value;
int num_timingPoints = editor.Beatmap.BeatmapTiming.TimingPoints.Count;
int objectsResnapped = 0;
// Count total stages
int maxStages = 11;
// Collect Kiai toggles and SV changes for mania/taiko
List <TimingPoint> kiaiToggles = new List <TimingPoint>();
List <TimingPoint> svChanges = new List <TimingPoint>();
bool lastKiai = false;
double lastSV = -100;
for (int i = 0; i < timing.TimingPoints.Count; i++)
{
TimingPoint tp = timing.TimingPoints[i];
if (tp.Kiai != lastKiai)
{
kiaiToggles.Add(tp.Copy());
lastKiai = tp.Kiai;
}
if (tp.Inherited)
{
lastSV = -100;
}
else
{
if (tp.MpB != lastSV)
{
svChanges.Add(tp.Copy());
lastSV = tp.MpB;
}
}
UpdateProgressbar(worker, (double)i / timing.TimingPoints.Count, 0, maxStages);
}
// Resnap shit
if (resnapObjects)
{
// Resnap all objects
for (int i = 0; i < editor.Beatmap.HitObjects.Count; i++)
{
HitObject ho = editor.Beatmap.HitObjects[i];
bool resnapped = ho.ResnapSelf(timing, snap1, snap2);
if (resnapped)
{
objectsResnapped += 1;
}
ho.ResnapEnd(timing, snap1, snap2);
UpdateProgressbar(worker, (double)i / editor.Beatmap.HitObjects.Count, 1, maxStages);
}
// Resnap Kiai toggles and SV changes
for (int i = 0; i < kiaiToggles.Count; i++)
{
TimingPoint tp = kiaiToggles[i];
tp.ResnapSelf(timing, snap1, snap2);
UpdateProgressbar(worker, (double)i / kiaiToggles.Count, 2, maxStages);
}
for (int i = 0; i < svChanges.Count; i++)
{
TimingPoint tp = svChanges[i];
tp.ResnapSelf(timing, snap1, snap2);
UpdateProgressbar(worker, (double)i / svChanges.Count, 3, maxStages);
}
}
if (resnapBookmarks)
{
// Resnap the bookmarks
List <double> newBookmarks = new List <double>();
List <double> bookmarks = editor.Beatmap.GetBookmarks();
for (int i = 0; i < bookmarks.Count; i++)
{
double bookmark = bookmarks[i];
newBookmarks.Add(Math.Floor(timing.Resnap(bookmark, snap1, snap2)));
UpdateProgressbar(worker, (double)i / bookmarks.Count, 4, maxStages);
}
editor.Beatmap.SetBookmarks(newBookmarks);
}
// Maybe mute unclickable timelineobjects
if (removeUnclickabeHitsounds)
{
foreach (TimelineObject tlo in timeline.TimeLineObjects)
{
if (!(tlo.IsCircle || tlo.IsSliderHead || tlo.IsHoldnoteHead)) // Not clickable
{
tlo.FenoSampleVolume = 5; // 5% volume mute
}
}
}
// Make new timingpoints
List <Change> changes = new List <Change>();
// Add redlines
List <TimingPoint> redlines = timing.GetAllRedlines();
for (int i = 0; i < redlines.Count; i++)
{
TimingPoint tp = redlines[i];
changes.Add(new Change(tp, mpb: true, meter: true, inherited: true));
UpdateProgressbar(worker, (double)i / redlines.Count, 5, maxStages);
}
// Add SV changes for taiko and mania
if (mode == 1 || mode == 3)
{
for (int i = 0; i < svChanges.Count; i++)
{
TimingPoint tp = svChanges[i];
changes.Add(new Change(tp, mpb: true));
UpdateProgressbar(worker, (double)i / svChanges.Count, 6, maxStages);
}
}
// Add Kiai toggles
for (int i = 0; i < kiaiToggles.Count; i++)
{
TimingPoint tp = kiaiToggles[i];
changes.Add(new Change(tp, kiai: true));
UpdateProgressbar(worker, (double)i / kiaiToggles.Count, 7, maxStages);
}
// Add Hitobject stuff
for (int i = 0; i < editor.Beatmap.HitObjects.Count; i++)
{
HitObject ho = editor.Beatmap.HitObjects[i];
if (ho.IsSlider) // SV changes
{
TimingPoint tp = ho.TP.Copy();
tp.Offset = ho.Time;
tp.MpB = ho.SV;
changes.Add(new Change(tp, mpb: true));
}
// Body hitsounds
bool vol = (ho.IsSlider && volumeSliders) || (ho.IsSpinner && volumeSpinners);
bool sam = (ho.IsSlider && samplesetSliders && ho.SampleSet == 0);
bool ind = (ho.IsSlider && samplesetSliders);
bool samplesetActuallyChanged = false;
foreach (TimingPoint tp in ho.BodyHitsounds)
{
if (tp.Volume == 5 && removeSliderendMuting)
{
vol = false;
} // Removing sliderbody silencing
changes.Add(new Change(tp, volume: vol, index: ind, sampleset: sam));
if (tp.SampleSet != ho.HitsoundTP.SampleSet)
{
samplesetActuallyChanged = samplesetSliders && ho.SampleSet == 0;
} // True for sampleset change in sliderbody
}
if (ho.IsSlider && (!samplesetActuallyChanged) && ho.SampleSet == 0) // Case can put sampleset on sliderbody
{
ho.SampleSet = ho.HitsoundTP.SampleSet;
ho.SliderExtras = true;
}
if (ho.IsSlider && samplesetActuallyChanged) // Make it start out with the right sampleset
{
TimingPoint tp = ho.HitsoundTP.Copy();
tp.Offset = ho.Time;
changes.Add(new Change(tp, sampleset: true));
}
UpdateProgressbar(worker, (double)i / editor.Beatmap.HitObjects.Count, 8, maxStages);
}
// Add timeline hitsounds
for (int i = 0; i < timeline.TimeLineObjects.Count; i++)
{
TimelineObject tlo = timeline.TimeLineObjects[i];
// Change the samplesets in the hitobjects
if (tlo.Origin.IsCircle)
{
tlo.Origin.SampleSet = tlo.FenoSampleSet;
tlo.Origin.AdditionSet = tlo.FenoAdditionSet;
if (mode == 3)
{
tlo.Origin.CustomIndex = tlo.FenoCustomIndex;
tlo.Origin.SampleVolume = tlo.FenoSampleVolume;
}
}
else if (tlo.Origin.IsSlider)
{
tlo.Origin.EdgeHitsounds[tlo.Repeat] = tlo.GetHitsounds();
tlo.Origin.EdgeSampleSets[tlo.Repeat] = tlo.FenoSampleSet;
tlo.Origin.EdgeAdditionSets[tlo.Repeat] = tlo.FenoAdditionSet;
tlo.Origin.SliderExtras = true;
if (tlo.Origin.EdgeAdditionSets[tlo.Repeat] == tlo.Origin.EdgeSampleSets[tlo.Repeat]) // Simplify additions to auto
{
tlo.Origin.EdgeAdditionSets[tlo.Repeat] = 0;
}
}
else if (tlo.Origin.IsSpinner)
{
if (tlo.Repeat == 1)
{
tlo.Origin.SampleSet = tlo.FenoSampleSet;
tlo.Origin.AdditionSet = tlo.FenoAdditionSet;
}
}
else if (tlo.Origin.IsHoldNote)
{
if (tlo.Repeat == 0)
{
tlo.Origin.SampleSet = tlo.FenoSampleSet;
tlo.Origin.AdditionSet = tlo.FenoAdditionSet;
tlo.Origin.CustomIndex = tlo.FenoCustomIndex;
tlo.Origin.SampleVolume = tlo.FenoSampleVolume;
}
}
if (tlo.Origin.AdditionSet == tlo.Origin.SampleSet) // Simplify additions to auto
{
tlo.Origin.AdditionSet = 0;
}
if (mode == 0 && tlo.HasHitsound) // Add greenlines for custom indexes and volumes
{
TimingPoint tp = tlo.Origin.TP.Copy();
tp.Offset = tlo.Time;
tp.SampleIndex = tlo.FenoCustomIndex;
tp.Volume = tlo.FenoSampleVolume;
bool ind = !(tlo.Filename != "" && (tlo.IsCircle || tlo.IsHoldnoteHead || tlo.IsSpinnerEnd)); // Index doesnt have to change if custom is overridden by Filename
bool vol = !(tp.Volume == 5 && removeSliderendMuting && (tlo.IsSliderEnd || tlo.IsSpinnerEnd)); // Remove volume change if sliderend muting or spinnerend muting
changes.Add(new Change(tp, volume: vol, index: ind));
}
UpdateProgressbar(worker, (double)i / timeline.TimeLineObjects.Count, 9, maxStages);
}
// Add the new timingpoints
changes = changes.OrderBy(o => o.TP.Offset).ToList();
List <TimingPoint> newTimingPoints = new List <TimingPoint>();
for (int i = 0; i < changes.Count; i++)
{
Change c = changes[i];
c.AddChange(newTimingPoints, timing);
UpdateProgressbar(worker, (double)i / changes.Count, 10, maxStages);
}
// Replace the old timingpoints
timing.TimingPoints = newTimingPoints;
// Save the file
editor.SaveFile();
// Complete progressbar
if (worker != null && worker.WorkerReportsProgress)
{
worker.ReportProgress(100);
}
// Make an accurate message (Softwareporn)
int removed = num_timingPoints - newTimingPoints.Count;
string message = "";
if (removed < 0)
{
message += "Succesfully added " + Math.Abs(removed);
}
else
{
message += "Succesfully removed " + removed;
}
if (Math.Abs(removed) == 1)
{
message += " greenline and resnapped " + objectsResnapped;
}
else
{
message += " greenlines and resnapped " + objectsResnapped;
}
if (Math.Abs(objectsResnapped) == 1)
{
message += " object!";
}
else
{
message += " objects!";
}
return(message);
}