private static void checkAndPrintContent(HtmlDisplayer htmlDisplayer, KeyValuePair <Beatmap, List <TimingPoint> > previousPair, KeyValuePair <Beatmap, List <TimingPoint> > pair, TimingPoint firstPoint, TimingPoint secondPoint)
{
if (!firstPoint.ContentEquals(secondPoint))
{
htmlDisplayer.addLine("Point at " + firstPoint.GetOffsetWithLink() + ":");
htmlDisplayer.addLineWithBreak("Difficulty: " + previousPair.Key.DifficultyName);
htmlDisplayer.addLine("Offset: " + firstPoint.getDisplayOffset(), firstPoint.Offset != secondPoint.Offset);
htmlDisplayer.addLine("Point value: " + firstPoint.getDisplayValueString(), firstPoint.PointValue != secondPoint.PointValue);
htmlDisplayer.addLine("Measure: " + firstPoint.getDisplayMeter(), firstPoint.Meter != secondPoint.Meter);
htmlDisplayer.addLine("Inherited: " + firstPoint.IsInherited, firstPoint.IsInherited != secondPoint.IsInherited);
htmlDisplayer.addLineBreak();
htmlDisplayer.addLine("Difficulty: " + pair.Key.DifficultyName);
htmlDisplayer.addLineWithBreak("Point at " + secondPoint.GetOffsetWithLink() + ":");
htmlDisplayer.addLine("Offset: " + secondPoint.getDisplayOffset(), firstPoint.Offset != secondPoint.Offset);
htmlDisplayer.addLine("Point value: " + secondPoint.getDisplayValueString(), firstPoint.PointValue != secondPoint.PointValue);
htmlDisplayer.addLine("Measure: " + secondPoint.getDisplayMeter(), firstPoint.Meter != secondPoint.Meter);
htmlDisplayer.addLine("Inherited: " + secondPoint.IsInherited, firstPoint.IsInherited != secondPoint.IsInherited);
htmlDisplayer.addLineBreak();
}
}
public static void addInconsistentTimingPoints(HtmlDisplayer htmlDisplayer, Dictionary <Beatmap, List <TimingPoint> > timingPointsPerBeatmap)
{
htmlDisplayer.addSection("Uninherited timing point inconsistencies detected.");
KeyValuePair <Beatmap, List <TimingPoint> > previousPair = default(KeyValuePair <Beatmap, List <TimingPoint> >);
foreach (KeyValuePair <Beatmap, List <TimingPoint> > pair in timingPointsPerBeatmap)
{
if (!previousPair.Equals(default(KeyValuePair <Beatmap, List <TimingPoint> >)))
{
List <TimingPoint> first = previousPair.Value;
List <TimingPoint> second = pair.Value;
if (first.Count == second.Count)
{
for (int i = 0; i < first.Count; i++)
{
TimingPoint firstPoint = first[i];
TimingPoint secondPoint = second[i];
checkAndPrintContent(htmlDisplayer, previousPair, pair, firstPoint, secondPoint);
}
}
else
{
for (int i = 0; i < first.Count; i++)
{
TimingPoint firstPoint = first[i];
bool isEqualOffsetPointFound = false;
for (int j = 0; j < second.Count; j++)
{
TimingPoint secondPoint = second[j];
if (secondPoint.Offset == firstPoint.Offset)
{
isEqualOffsetPointFound = true;
checkAndPrintContent(htmlDisplayer, previousPair, pair, firstPoint, secondPoint);
break;
}
}
if (!isEqualOffsetPointFound)
{
htmlDisplayer.addWarning("Timing point with offset " + firstPoint.getDisplayOffset() + " not found in difficulty: " + pair.Key.DifficultyName);
htmlDisplayer.addLineBreak();
}
}
}
}
previousPair = pair;
}
}
public static void changeBpmOfTimingPoint(Beatmap beatmap, HtmlDisplayer htmlDisplayer,
double offset, double newValue, bool shiftRestOfBeatmap,
bool saveBackups, string customPath)
{
if (saveBackups)
{
beatmap.save(customPath + "//" + beatmap.FileName);
}
decimal newValueDecimal = Convert.ToDecimal(newValue);
// We need to extract the objects between the selected offset and the next timing point.
List <TimingPoint> originalPoints = beatmap.TimingPoints;
// Get exact and next timing points. Exact timing point cannot be null. If it is null, throw
// a message and bail out.
TimingPoint sourcePoint = SearchUtils.GetExactTimingPoint(originalPoints, offset);
TimingPoint nextPoint = SearchUtils.GetClosestNextTimingPoint(originalPoints, sourcePoint);
if (sourcePoint == null)
{
if (!htmlDisplayer.containsSections())
{
htmlDisplayer.addSection("Starting uninherited timing point not found in one or more difficulties.");
}
else
{
htmlDisplayer.addLineBreak();
}
htmlDisplayer.addSubsection("Beatmap difficulty: " + beatmap.DifficultyName);
htmlDisplayer.addWarning(StringUtils.GetOffsetWithLink(offset) + " does not exist.");
return;
}
// Get the objects we require.
SearchUtils.GetObjectsInBetween(beatmap, offset, nextPoint != null ? nextPoint.Offset : double.MaxValue,
out IList <Bookmark> bookmarks, out IList <TimingPoint> timingPoints, out IList <HitObject> hitObjects);
// Since the snaps are already calculated, it should be easy to calculate the next offsets
// after changing the BPM.
// Remove the next timing point offset from all lists.
if (nextPoint != null)
{
((SubList <Bookmark>)bookmarks).TrimEnd(x => x.Offset == nextPoint.Offset);
((SubList <TimingPoint>)timingPoints).TrimEnd(x => x.Offset == nextPoint.Offset);
((SubList <HitObject>)hitObjects).TrimEnd(x => x.Offset == nextPoint.Offset);
}
// Next point's snap is important to determine the offset difference for rest of the objects,
// if shifting is enabled.
if (shiftRestOfBeatmap && nextPoint != null)
{
// This means there is a next point and it should be included in timingPoints list.
// Check the snap differences between them and shift them all first.
decimal snapDifference = Convert.ToDecimal(nextPoint.GetSnap()) - Convert.ToDecimal(sourcePoint.GetSnap());
int offsetDifference = SnapUtils.calculateEndOffsetFromBpmValue(offset, snapDifference, newValueDecimal);
// Shift all the objects starting from the last object offset.
SearchUtils.GetObjectsInBetween(beatmap, offset, nextPoint.Offset,
out IList <Bookmark> bookmarks2, out IList <TimingPoint> timingPoints2, out IList <HitObject> hitObjects2);
SnapUtils.shiftAllElementsByOffset(offsetDifference, hitObjects2, timingPoints2, bookmarks2);
}
// After this, now start calculating the end offsets from the relative snaps of the elements.
sourcePoint.PointValue = newValue;
// Use the newValueDecimal to adjust everything.
SnapUtils.shiftAllElementsByNewPointValue(beatmap, sourcePoint, offset, newValueDecimal, hitObjects, timingPoints, bookmarks);
// And the process should be complete.
}
public void Completed(object sender, RunWorkerCompletedEventArgs e)
{
HtmlDisplayer.DisplayHtml(e.Result.ToString(), WebBrowser);
ProgressLabel.Text = "Login complete!";
}
