void OnFileSaved(int id, string filepath)
{
// Our file has successfully been compressed & written to disk !
m_LastFile = filepath;
m_IsSaving = false;
// Let's start recording again (note that we could do that as soon as pre-processing
// is done and actually save multiple gifs at once, see OnProcessingDone().
m_Recorder.Record();
}
void Start()
{
// Get our Recorder instance (there can be only one per camera).
m_Recorder = GetComponent <Recorder>();
// If you want to change Recorder settings at runtime, use :
//m_Recorder.Setup(autoAspect, width, height, fps, bufferSize, repeat, quality);
// The Recorder starts paused for performance reasons, call Record() to start
// saving frames to memory. You can pause it at any time by calling Pause().
m_Recorder.Record();
// Optional callbacks (see each function for more info).
m_Recorder.OnPreProcessingDone = OnProcessingDone;
m_Recorder.OnFileSaveProgress = OnFileSaveProgress;
m_Recorder.OnFileSaved = OnFileSaved;
}
void Start()
{
// Get our Recorder instance (there can be only one per camera).
m_Recorder = GetComponent<Recorder>();
// If you want to change Recorder settings at runtime, use :
//m_Recorder.Setup(autoAspect, width, height, fps, bufferSize, repeat, quality);
// The Recorder starts paused for performance reasons, call Record() to start
// saving frames to memory. You can pause it at any time by calling Pause().
m_Recorder.Record();
// Optional callbacks (see each function for more info).
m_Recorder.OnPreProcessingDone = OnProcessingDone;
m_Recorder.OnFileSaveProgress = OnFileSaveProgress;
m_Recorder.OnFileSaved = OnFileSaved;
}
