private IEnumerator UserRebootOpenPoseCoroutine()
{
if (OPWrapper.state == OPState.None)
{
yield break;
}
// Shutdown if running
if (OPWrapper.state == OPState.Running)
{
OPWrapper.OPShutdown();
}
// Wait until fully stopped
yield return(new WaitUntil(() => { return OPWrapper.state == OPState.Ready; }));
// Configure and start
UserConfigureOpenPose();
OPWrapper.OPRun();
}
void Start()
{
// Register callbacks
OPWrapper.OPRegisterCallbacks();
// Enable OpenPose log to unity (default true)
OPWrapper.OPEnableDebug(true);
// Enable OpenPose output to unity (default true)
OPWrapper.OPEnableOutput(true);
// Enable receiving image (default false)
OPWrapper.OPEnableImageOutput(true);
// Configure OpenPose with default value, or using specific configuration for each
/* OPWrapper.OPConfigureAllInDefault(); */
UserConfigureOpenPose();
// Start OpenPose
OPWrapper.OPRun();
}
private void Start()
{
Debug.Log("Start called");
_output = new List <Frame>();
// Extract Video name for exporting
string[] splitResult = videoInputPath.Split('\\');
splitResult = splitResult[splitResult.Length - 1].Split('.');
_videoName = splitResult[0];
sequences.Sort((sequence, sequence1) => (int)(sequence.StartFrame - sequence1.StartFrame));
if (sequences.Count > 0)
{
_currentSequence = sequences[0];
sequences.Remove(_currentSequence);
}
// Register callbacks
OPWrapper.OPRegisterCallbacks();
// Enable OpenPose log to unity (default true)
OPWrapper.OPEnableDebug(true);
// Enable OpenPose output to unity (default true)
OPWrapper.OPEnableOutput(true);
// Enable receiving image (default false)
OPWrapper.OPEnableImageOutput(true);
// Configure OpenPose with default value, or using specific configuration for each
/* OPWrapper.OPConfigureAllInDefault(); */
UserConfigureOpenPose();
// Start OpenPose
if (OPWrapper.state == OPState.Ready)
{
OPWrapper.OPRun();
}
}