private void FinishApply(Action callback)
{
song.DeleteNotesPastMaxInstanceLength();
song.InvalidateCumulativePatternCache();
song.Project.ValidateIntegrity();
callback();
}
private void TruncateLongPatterns(Song song)
{
if (song.PatternLength > 256)
{
song.SetDefaultPatternLength(256);
}
// FamiTracker can only shorten patterns using skips.
// We allow patterns to be longer than the default, so we will truncate those.
for (int i = 0; i < song.Length; i++)
{
if (song.GetPatternLength(i) > song.PatternLength)
{
song.ClearPatternCustomSettings(i);
}
}
song.DeleteNotesPastMaxInstanceLength();
}
public void Apply(bool custom = false)
{
if (song.UsesFamiTrackerTempo)
{
if (patternIdx == -1)
{
if (famitrackerTempoPropIdx >= 0)
{
song.FamitrackerTempo = props.GetPropertyValue <int>(famitrackerTempoPropIdx);
song.FamitrackerSpeed = props.GetPropertyValue <int>(famitrackerSpeedPropIdx);
}
song.SetBeatLength(props.GetPropertyValue <int>(notesPerBeatPropIdx));
song.SetDefaultPatternLength(props.GetPropertyValue <int>(notesPerPatternPropIdx));
}
else
{
for (int i = minPatternIdx; i <= maxPatternIdx; i++)
{
var beatLength = props.GetPropertyValue <int>(notesPerBeatPropIdx);
var patternLength = props.GetPropertyValue <int>(notesPerPatternPropIdx);
if (custom)
{
song.SetPatternCustomSettings(i, patternLength, beatLength);
}
else
{
song.ClearPatternCustomSettings(i);
}
}
}
}
else
{
var tempoIndex = Array.IndexOf(tempoStrings, props.GetPropertyValue <string>(famistudioBpmPropIdx));
var tempoInfo = tempoList[tempoIndex];
var beatLength = props.GetPropertyValue <int>(notesPerBeatPropIdx);
var patternLength = props.GetPropertyValue <int>(notesPerPatternPropIdx);
var noteLength = Utils.Min(tempoInfo.groove);
var grooveIndex = Array.IndexOf(grooveStrings, props.GetPropertyValue <string>(groovePropIdx));
var groovePadMode = GroovePaddingType.GetValueForName(props.GetPropertyValue <string>(groovePadPropIdx));
var grooveList = FamiStudioTempoUtils.GetAvailableGrooves(tempoInfo.groove);
var groove = grooveList[grooveIndex];
props.UpdateIntegerRange(notesPerPatternPropIdx, 1, Pattern.MaxLength / noteLength);
props.SetLabelText(framesPerNotePropIdx, noteLength.ToString());
if (patternIdx == -1)
{
var convertTempo = false;
if (noteLength != originalNoteLength)
{
convertTempo = ShowConvertTempoDialog();
}
song.ChangeFamiStudioTempoGroove(groove, convertTempo);
song.SetBeatLength(beatLength * song.NoteLength);
song.SetDefaultPatternLength(patternLength * song.NoteLength);
song.SetGroovePaddingMode(groovePadMode);
}
else
{
var actualNoteLength = song.NoteLength;
var actualPatternLength = song.PatternLength;
var actualBeatLength = song.BeatLength;
if (custom)
{
actualNoteLength = noteLength;
actualBeatLength = beatLength * noteLength;
actualPatternLength = patternLength * noteLength;
}
var patternsToResize = new List <int>();
for (int i = minPatternIdx; i <= maxPatternIdx; i++)
{
if (actualNoteLength != song.GetPatternNoteLength(patternIdx))
{
patternsToResize.Add(i);
}
}
if (patternsToResize.Count > 0)
{
if (ShowConvertTempoDialog())
{
foreach (var p in patternsToResize)
{
song.ResizePatternNotes(p, actualNoteLength);
}
}
}
for (int i = minPatternIdx; i <= maxPatternIdx; i++)
{
if (custom)
{
song.SetPatternCustomSettings(i, actualPatternLength, actualBeatLength, groove, groovePadMode);
}
else
{
song.ClearPatternCustomSettings(i);
}
}
}
}
song.DeleteNotesPastMaxInstanceLength();
song.InvalidateCumulativePatternCache();
song.Project.ValidateIntegrity();
}