void FillElementItems(ItemList.ElementItem[] elementItems, SynesisRegionRuleModel model)
{
elementItems.ForEach(x => {
switch (x.name)
{
case "DirectionAlarm":
model.DirectionAlarm = x.any.Deserialize <synesis.DirectionAlarm>();
break;
case "LoiteringAlarm":
model.LoiteringAlarm = x.any.Deserialize <synesis.LoiteringAlarm>();
break;
case "Points":
model.Points = x.any.Deserialize <synesis.RegionPoints>();
ScalePointsInput(model.Points);
break;
case "SpeedAlarm":
model.SpeedAlarm = x.any.Deserialize <synesis.SpeedAlarm>();
break;
case "AbandonedItemAlarm":
model.AbandonedItemAlarm = x.any.Deserialize <synesis.AbandonedItemAlarm>();
break;
case "RegionMotionAlarm":
model.RegionMotionAlarm = x.any.Deserialize <synesis.RegionMotionAlarm>();
break;
}
});
}
public bool Init(IUnityContainer container, StreamInfoArgs args, odm.ui.activities.ConfigureAnalyticView.ModuleDescriptor modulDescr)
{
this.modulDescr = modulDescr;
this.container = container;
this.videoDescr = new ConfigureAnalyticView.AnalyticsVideoDescriptor()
{
videoInfo = new VideoInfo()
{
MediaUri = args.streamUri, Resolution = new Size()
{
Width = args.sourceResolution.Width, Height = args.sourceResolution.Height
}
},
videoSourceResolution = new Size()
{
Width = args.encoderResolution.Width, Height = args.encoderResolution.Height
}
};
this.videoInfo = videoDescr.videoInfo;
videoSourceSize = new Size(videoDescr.videoSourceResolution.Width, videoDescr.videoSourceResolution.Height);
videoEncoderSize = new Size(videoDescr.videoInfo.Resolution.Width, videoDescr.videoInfo.Resolution.Height);
model = new SynesisRegionRuleModel();
try {
FillElementItems(modulDescr.config.parameters.elementItem, model);
} catch (Exception err) {
dbg.Error(err);
return(false);
}
try {
BindData();
VideoStartup(args);
} catch (Exception err) {
dbg.Error(err);
return(false);
}
return(true);
}
void FillElementItems(ItemList.ElementItem[] elementItems, SynesisRegionRuleModel model) {
elementItems.ForEach(x => {
switch (x.name) {
case "DirectionAlarm":
model.DirectionAlarm = x.any.Deserialize<synesis.DirectionAlarm>();
break;
case "LoiteringAlarm":
model.LoiteringAlarm = x.any.Deserialize<synesis.LoiteringAlarm>();
break;
case "Points":
model.Points = x.any.Deserialize<synesis.RegionPoints>();
ScalePointsInput(model.Points);
break;
case "SpeedAlarm":
model.SpeedAlarm = x.any.Deserialize<synesis.SpeedAlarm>();
break;
case "AbandonedItemAlarm":
model.AbandonedItemAlarm = x.any.Deserialize<synesis.AbandonedItemAlarm>();
break;
case "RegionMotionAlarm":
model.RegionMotionAlarm = x.any.Deserialize<synesis.RegionMotionAlarm>();
break;
}
});
}
public bool Init(IUnityContainer container, StreamInfoArgs args, odm.ui.activities.ConfigureAnalyticView.ModuleDescriptor modulDescr) {
this.modulDescr = modulDescr;
this.container = container;
this.videoDescr = new ConfigureAnalyticView.AnalyticsVideoDescriptor() {
videoInfo = new VideoInfo() { MediaUri = args.streamUri, Resolution = new Size() { Width = args.sourceResolution.Width, Height = args.sourceResolution.Height } },
videoSourceResolution = new Size() { Width = args.encoderResolution.Width, Height = args.encoderResolution.Height }
};
this.videoInfo = videoDescr.videoInfo;
videoSourceSize = new Size(videoDescr.videoSourceResolution.Width, videoDescr.videoSourceResolution.Height);
videoEncoderSize = new Size(videoDescr.videoInfo.Resolution.Width, videoDescr.videoInfo.Resolution.Height);
model = new SynesisRegionRuleModel();
try {
FillElementItems(modulDescr.config.parameters.elementItem, model);
} catch (Exception err) {
dbg.Error(err);
return false;
}
try {
BindData();
VideoStartup(args);
} catch (Exception err) {
dbg.Error(err);
return false;
}
return true;
}
