public static VsqCommand generateCommandTrackCurveReplace(int track, string target_curve, VsqBPList bplist)
{
VsqCommand command = new VsqCommand();
command.Type = VsqCommandType.TRACK_CURVE_REPLACE;
command.Args = new Object[3];
command.Args[0] = track;
command.Args[1] = target_curve;
command.Args[2] = bplist.clone();
return(command);
}
public Object clone()
{
VsqMetaText res = new VsqMetaText();
if (Common != null)
{
res.Common = (VsqCommon)Common.clone();
}
if (master != null)
{
res.master = (VsqMaster)master.clone();
}
if (mixer != null)
{
res.mixer = (VsqMixer)mixer.clone();
}
if (Events != null)
{
res.Events = new VsqEventList();
foreach (var item in Events.iterator())
{
res.Events.add((VsqEvent)item.clone(), item.InternalID);
}
}
if (PIT != null)
{
res.PIT = (VsqBPList)PIT.clone();
}
if (PBS != null)
{
res.PBS = (VsqBPList)PBS.clone();
}
if (DYN != null)
{
res.DYN = (VsqBPList)DYN.clone();
}
if (BRE != null)
{
res.BRE = (VsqBPList)BRE.clone();
}
if (BRI != null)
{
res.BRI = (VsqBPList)BRI.clone();
}
if (CLE != null)
{
res.CLE = (VsqBPList)CLE.clone();
}
if (reso1FreqBPList != null)
{
res.reso1FreqBPList = (VsqBPList)reso1FreqBPList.clone();
}
if (reso2FreqBPList != null)
{
res.reso2FreqBPList = (VsqBPList)reso2FreqBPList.clone();
}
if (reso3FreqBPList != null)
{
res.reso3FreqBPList = (VsqBPList)reso3FreqBPList.clone();
}
if (reso4FreqBPList != null)
{
res.reso4FreqBPList = (VsqBPList)reso4FreqBPList.clone();
}
if (reso1BWBPList != null)
{
res.reso1BWBPList = (VsqBPList)reso1BWBPList.clone();
}
if (reso2BWBPList != null)
{
res.reso2BWBPList = (VsqBPList)reso2BWBPList.clone();
}
if (reso3BWBPList != null)
{
res.reso3BWBPList = (VsqBPList)reso3BWBPList.clone();
}
if (reso4BWBPList != null)
{
res.reso4BWBPList = (VsqBPList)reso4BWBPList.clone();
}
if (reso1AmpBPList != null)
{
res.reso1AmpBPList = (VsqBPList)reso1AmpBPList.clone();
}
if (reso2AmpBPList != null)
{
res.reso2AmpBPList = (VsqBPList)reso2AmpBPList.clone();
}
if (reso3AmpBPList != null)
{
res.reso3AmpBPList = (VsqBPList)reso3AmpBPList.clone();
}
if (reso4AmpBPList != null)
{
res.reso4AmpBPList = (VsqBPList)reso4AmpBPList.clone();
}
if (harmonics != null)
{
res.harmonics = (VsqBPList)harmonics.clone();
}
if (fx2depth != null)
{
res.fx2depth = (VsqBPList)fx2depth.clone();
}
if (GEN != null)
{
res.GEN = (VsqBPList)GEN.clone();
}
if (POR != null)
{
res.POR = (VsqBPList)POR.clone();
}
if (OPE != null)
{
res.OPE = (VsqBPList)OPE.clone();
}
return(res);
}
/// <summary>
/// このトラックの指定した範囲を削除し，削除範囲以降の部分を削除開始位置までシフトします
/// </summary>
/// <param name="clock_start"></param>
/// <param name="clock_end"></param>
public void removePart(int clock_start, int clock_end)
{
int dclock = clock_end - clock_start;
// 削除する範囲に歌手変更イベントが存在するかどうかを検査。
VsqEvent t_last_singer = null;
for (Iterator <VsqEvent> itr = getSingerEventIterator(); itr.hasNext();)
{
VsqEvent ve = itr.next();
if (clock_start <= ve.Clock && ve.Clock < clock_end)
{
t_last_singer = ve;
}
if (ve.Clock == clock_end)
{
t_last_singer = null; // 後でclock_endの位置に補うが、そこにに既に歌手変更イベントがあるとまずいので。
}
}
VsqEvent last_singer = null;
if (t_last_singer != null)
{
last_singer = (VsqEvent)t_last_singer.clone();
last_singer.Clock = clock_end;
}
bool changed = true;
// イベントの削除
while (changed)
{
changed = false;
int numEvents = getEventCount();
for (int i = 0; i < numEvents; i++)
{
VsqEvent itemi = getEvent(i);
if (clock_start <= itemi.Clock && itemi.Clock < clock_end)
{
removeEvent(i);
changed = true;
break;
}
}
}
// クロックのシフト
if (last_singer != null)
{
addEvent(last_singer); //歌手変更イベントを補う
}
int num_events = getEventCount();
for (int i = 0; i < num_events; i++)
{
VsqEvent itemi = getEvent(i);
if (clock_end <= itemi.Clock)
{
itemi.Clock -= dclock;
}
}
for (int i = 0; i < VsqTrack.CURVES.Length; i++)
{
string curve = VsqTrack.CURVES[i];
VsqBPList bplist = getCurve(curve);
if (bplist == null)
{
continue;
}
VsqBPList buf_bplist = (VsqBPList)bplist.clone();
bplist.clear();
int value_at_end = buf_bplist.getValue(clock_end);
bool at_end_added = false;
foreach (var key in buf_bplist.keyClockIterator())
{
if (key < clock_start)
{
bplist.add(key, buf_bplist.getValue(key));
}
else if (clock_end <= key)
{
if (key == clock_end)
{
at_end_added = true;
}
bplist.add(key - dclock, buf_bplist.getValue(key));
}
}
if (!at_end_added)
{
bplist.add(clock_end - dclock, value_at_end);
}
}
}
