public MoCapTimeRecorder(MoCapManager.Group group, string customPrefix)
{
this.recordingState = MoCapManager.State.Ongoing;
this.group = group;
this.customPrefix = customPrefix;
MoCapManager.recordingEvent += OnRecordingEvent;
}
public MoCapTimePlayback(MoCapManager.Group group, string customPrefix)
{
this.group = group;
this.customPrefix = customPrefix;
this.playbackState = MoCapManager.State.Ongoing;
MoCapManager.playbackEvent += OnPlaybackEvent;
durationLeft = FileManager.DeSerializeObject <float>(group, customPrefix, "time");
}
public void UpdateTime(float deltaTime)
{
if (playbackState == MoCapManager.State.Ongoing)
{
durationLeft -= deltaTime;
if (durationLeft < 0)
{
playbackState = MoCapManager.State.Stopped;
onPlaybackFinishedEvent?.Invoke(group, customPrefix);
}
}
}
void OnPlaybackEvent(MoCapManager.Group group, MoCapManager.State state,
string customPrefix)
{
if (this.group != group)
{
Debug.Log(
"Found recording group " + this.group +
", not responding to " + group + " call");
return;
}
this.customPrefix = customPrefix;
switch (state)
{
case MoCapManager.State.Preload:
{
LoadFromDisk();
}
break;
case MoCapManager.State.Ongoing:
if (playbackState == MoCapManager.State.Stopped || playbackState == MoCapManager.State.Preload)
{
Debug.Log("Starting to playback");
time = 0;
LoadFromDisk();
}
break;
case MoCapManager.State.Paused:
// Only valid when recording is ongoing.
if (playbackState != MoCapManager.State.Ongoing)
{
Debug.LogWarning("Playback state is " + playbackState);
return;
}
break;
case MoCapManager.State.Stopped:
// Only invalid when no recording is going on.
if (playbackState == MoCapManager.State.Stopped)
{
Debug.LogError("No ongoing playback");
return;
}
Debug.Log("playback has stopped");
break;
}
playbackState = state;
}
private void OnRecordingEvent(MoCapManager.Group group, MoCapManager.State state, string customPrefix)
{
// Make sure this is the correct group and prefix.
if (this.group != group || !string.Equals(this.customPrefix, customPrefix))
{
return;
}
if (state == MoCapManager.State.Stopped && recordingState != MoCapManager.State.Stopped)
{
RecordTime();
}
recordingState = state;
}
private void OnPlaybackEvent(MoCapManager.Group group, MoCapManager.State state, string customPrefix)
{
// Make sure this is the correct group and prefix.
if (this.group != group || !string.Equals(this.customPrefix, customPrefix))
{
return;
}
if (state == MoCapManager.State.Stopped && playbackState != MoCapManager.State.Stopped)
{
onPlaybackFinishedEvent?.Invoke(group, customPrefix);
}
playbackState = state;
}
void OnRecordingEvent(MoCapManager.Group group, MoCapManager.State state, string customPrefix)
{
if (this.group != group)
{
Debug.Log("Found recording group " + this.group + ", not responding to " + group + " call");
return;
}
this.customPrefix = customPrefix;
Debug.Log("Found recording group " + this.group + state);
switch (state)
{
case MoCapManager.State.Ongoing:
// If stopped, start.
if (recordingState == MoCapManager.State.Stopped)
{
Debug.Log("Starting recording");
// This is needed here as we start recording coroutine right here. Waiting until it leaves the switch will be too late.
recordingState = state;
maxTime = MoCapManager.instance.maxTime;
this.keyframeInterval = MoCapManager.instance.keyframeInterval;
StartCoroutine("WriteCurves");
}
// If paused, resume.
break;
case MoCapManager.State.Paused:
// Only valid when recording is ongoing.
if (recordingState != MoCapManager.State.Ongoing)
{
Debug.LogWarning("Recording state is " + recordingState);
return;
}
break;
case MoCapManager.State.Stopped:
// Only invalid when no recording is going on.
if (recordingState == MoCapManager.State.Stopped)
{
Debug.LogError("No ongoing record");
return;
}
break;
}
recordingState = state;
}
