private static void ImageSaved(object sender, ImageSavedArgs e)
{
imagesSaved.Add(e.image.ToString());
}
public static void camera_Alarm(object sender, CamIdArgs e, LevelArgs l)
{
List<object> lightSpikeResults;
bool spike = new bool();
spike = false;
int spikePerc = new int();
//are we filtering light spikes?
if (!CameraRig.rig[e.cam].cam.triggeredBySpike
&& (bool)(CameraRig.rigInfoGet(bubble.profileInUse, CameraRig.rig[e.cam].cameraName, CameraRig.infoEnum.lightSpike)))
{
lightSpikeResults = statistics.lightSpikeDetected(e.cam, l.lvl,
config.getProfile(bubble.profileInUse).timeSpike,
config.getProfile(bubble.profileInUse).toleranceSpike,
bubble.profileInUse,
time.millisecondsSinceStart());
spike = (bool)lightSpikeResults[0];
spikePerc = (int)lightSpikeResults[1];
}
//movement alarm was not previously triggered by a light spike
//and a light spike has not been detected with the current alarm inducing movement
//or we are not concerned about light spikes
if ((!CameraRig.rig[e.cam].cam.triggeredBySpike && !spike)
|| CameraRig.rig[e.cam].cam.certifiedTriggeredByNonSpike
|| !(bool)(CameraRig.rigInfoGet(bubble.profileInUse, CameraRig.rig[e.cam].cameraName, CameraRig.infoEnum.lightSpike)))
{
CameraRig.rig[e.cam].cam.certifiedTriggeredByNonSpike = true;
if (config.getProfile(bubble.profileInUse).areaOffAtMotion && !CameraRig.AreaOffAtMotionIsTriggeredCam(e.cam))
{
CameraRig.AreaOffAtMotionTrigger(e.cam);
bubble.areaOffAtMotionTriggered = true;
}
if (bubble.Alert.on && bubble.imageSaveTime(true))
{
try
{
string fName = fileNameSet(config.getProfile(bubble.profileInUse).filenamePrefix,
config.getProfile(bubble.profileInUse).cycleStampChecked,
config.getProfile(bubble.profileInUse).startCycle,
config.getProfile(bubble.profileInUse).endCycle,
ref config.getProfile(bubble.profileInUse).currentCycle,
true);
Bitmap saveBmp = null;
imageText stampArgs = new imageText();
stampArgs.bitmap = (Bitmap)CameraRig.rig[e.cam].cam.pubFrame.Clone();
stampArgs.type = "Alert";
stampArgs.backingRectangle = config.getProfile(profileInUse).alertTimeStampRect;
saveBmp = timeStampImage(stampArgs);
ImageCodecInfo jgpEncoder = GetEncoder(ImageFormat.Jpeg);
System.Drawing.Imaging.Encoder myEncoder = System.Drawing.Imaging.Encoder.Quality;
EncoderParameters myEncoderParameters = new EncoderParameters(1);
EncoderParameter myEncoderParameter = new EncoderParameter(myEncoder, config.getProfile(profileInUse).alertCompression);
myEncoderParameters.Param[0] = myEncoderParameter;
saveBmp.Save(bubble.imageFolder + fName, jgpEncoder, myEncoderParameters);
Bitmap thumb = GetThumb(saveBmp);
thumb.Save(thumbFolder + tmbPrefix + fName, ImageFormat.Jpeg);
ImageThumbs.addThumbToPictureBox(thumbFolder + tmbPrefix + fName);
saveBmp.Dispose();
thumb.Dispose();
ImageSavedArgs a = new ImageSavedArgs();
a.image = fName;
ImageSaved(null, a);
updateSeq++;
if (updateSeq > 9999)
{
updateSeq = 1;
}
moveStatsAdd(time.currentTime());
logAddLine("Movement detected");
logAddLine("Movement level: " + l.lvl.ToString() + " spike perc.: " + Convert.ToString(spikePerc));
logAddLine("Image saved: " + fName);
}
catch (Exception)
{
logAddLine("Error in saving movement image.");
updateSeq++;
}
}
}
else
{
//a light spike caused this alarm and we are catching light spikes
if ((bool)(CameraRig.rigInfoGet(bubble.profileInUse, CameraRig.rig[e.cam].cameraName, CameraRig.infoEnum.lightSpike)))
{
CameraRig.rig[e.cam].cam.triggeredBySpike = true;
}
}
}
