void Update()
{
playheadScrubbing = playheadHandle.curState == manipObject.manipState.grabbed;
if (!playheadScrubbing)
{
updatePlayhead();
}
else
{
playheadHandle.xBounds.y = _deviceInterface._gridParams.UnittoX(_deviceInterface._gridParams.head_tail.x);
playheadHandle.xBounds.x = _deviceInterface._gridParams.UnittoX(_deviceInterface._gridParams.head_tail.y);
curGridPosition = _deviceInterface._gridParams.XtoUnit(playheadHandle.transform.localPosition.x);
timelineEventUpdate();
}
lock (_recordLock) {
if (toRecord.Keys.Count > 0)
{
foreach (KeyValuePair <int, float> entry in toRecord)
{
activeEvents[entry.Key] = _deviceInterface.SpawnTimelineEvent(entry.Key, new Vector2(entry.Value, entry.Value + .01f));
activeEvents[entry.Key].setRecord(true);
activeEvents[entry.Key].setOut(entry.Value + .01f);
activeEvents[entry.Key].overlapCheck();
}
toRecord.Clear();
}
}
}
public override void Load(InstrumentData d)
{
TimelineData data = d as TimelineData;
base.Load(data);
_timeline.SetTimelineData(data.timelineData);
Vector3 pos = trackHandle.localPosition;
pos.y = data.handleHeight;
trackHandle.localPosition = pos;
for (int i = 0; i < data.timelineEvents.Length; i++)
{
_timeline.SpawnTimelineEvent(data.timelineEvents[i].track, data.timelineEvents[i].in_out);
}
Update();
for (int i = 0; i < data.tracks.Length; i++)
{
if (i < _trackInterfaces.Count)
{
_trackInterfaces[i].Load(data.tracks[i]);
}
else
{
Debug.Log("ERROR");
}
}
}
public void spawnEvent(manipulator m, Vector2 gridpos)
{
int track = (int)_interface._gridParams.YtoUnit(gridpos.y);
Vector2 io = Vector2.zero;
io.x = _interface._gridParams.XtoUnit(gridpos.x + _interface._gridParams.unitSize / (2f * _interface._gridParams.snapFraction));
io.y = _interface._gridParams.XtoUnit(gridpos.x - _interface._gridParams.unitSize / (2f * _interface._gridParams.snapFraction));
timelineHandle tl = _interface.SpawnTimelineEvent(track, io).GetComponentInChildren <timelineHandle>();
tl.stretchMode = true;
m.ForceGrab(tl);
}
public override void Load(InstrumentData d)
{
XyloRollData data = d as XyloRollData;
base.Load(data);
for (int i = 0; i < 3; i++)
{
_adsrInterface.xyHandles[i].setPercent(data.ADSRdata[i]);
}
_adsrInterface.setDefaults = false;
octaveSlider.setVal(data.octaveSetting);
seqEnableButton.startToggled = data.seqon;
arpEnableButton.startToggled = data.arpon;
arpPatternSlider.switchVal = data.arpSetting;
arpSpeedSlider.switchVal = data.arpSpeed;
inputSwitch.setSwitch(data.inputSetting == 1);
sampleBank.GetComponent <samplerLoad>().QueueSample(data.inputSample[0], data.inputSample[1]);
oscBank.GetComponent <oscillatorBankComponentInterface>().setValues(data.oscAamp, data.oscAfreq, data.oscAwave, data.oscBamp, data.oscBfreq, data.oscBwave);
if (data.midiInConnection != null && data.midiInConnection != "")
{
midiInButton.startToggled = true;
_midiIn.ConnectByName(data.midiInConnection);
}
if (data.midiOutConnection != null && data.midiOutConnection != "")
{
midiOutButton.startToggled = true;
_midiOut.ConnectByName(data.midiOutConnection);
}
output.ID = data.jackOutID;
if (data.timelinePresent)
{
_timeline.SetTimelineData(data.timelineData);
Vector3 pos = _timeline.heightHandle.transform.localPosition;
pos.y = data.timelineHeight;
_timeline.heightHandle.transform.localPosition = pos;
_timeline.setStartHeight(data.timelineHeight);
for (int i = 0; i < data.timelineEvents.Length; i++)
{
_timeline.SpawnTimelineEvent(data.timelineEvents[i].track, data.timelineEvents[i].in_out);
}
}
else
{
if (data.seqInID != 0)
{
_timeline.playInput.ID = data.seqInID;
}
}
}
