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;
}
});
}
void FillSimpleItems(ItemList.SimpleItem[] simpleItems, SynesisTripWireRuleModel model) {
simpleItems.ForEach(x => {
switch (x.name) {
case "Direction":
switch (x.value) {
case "FromLeft":
model.TripDirection = controls.GraphEditor.TripWireEditor.TripWireDirection.FromLeft;
break;
case "FromRight":
model.TripDirection = controls.GraphEditor.TripWireEditor.TripWireDirection.FromRight;
break;
case "FromBoth":
model.TripDirection = controls.GraphEditor.TripWireEditor.TripWireDirection.FromBoth;
break;
}
//model.ruleId = XmlConvert.ToInt32(x.Value);
break;
}
});
}
void FillElementItems(ItemList.ElementItem[] elementItems, SynesisTripWireRuleModel model) {
elementItems.ForEach(x => {
switch (x.name) {
case "Points":
model.TripPoints = x.any.Deserialize<synesis.TripWirePoints>();
ScalePointsInput(model.TripPoints);
break;
//case "Direction":
// int i = 0;
// //model.TripDirection = x.Any.Deserialize<synesis.TripWireDirection>();
// break;
}
});
}
void FillData(ItemList.SimpleItem[] simpleItems, SynesisAnalyticsModel model) {
simpleItems.ForEach(simple => {
switch (simple.name) {
case "EnableMovingRects":
model.EnableMovingRects = DataConverter.StringToBool(simple.value);
break;
case "EnableSpeed":
model.EnableSpeed = DataConverter.StringToBool(simple.value);
break;
case "EnableTimestamp":
model.EnableTimestamp = DataConverter.StringToBool(simple.value);
break;
case "EnableSystemInformation":
model.EnableSystemInformation = DataConverter.StringToBool(simple.value);
break;
case "EnableChannelName":
model.EnableChannelName = DataConverter.StringToBool(simple.value);
break;
case "EnableTracking":
model.EnableTracking = DataConverter.StringToBool(simple.value);
break;
case "EnableUserRegion":
model.EnableUserRegion = DataConverter.StringToBool(simple.value);
break;
case "EnableRules":
model.EnableRules = DataConverter.StringToBool(simple.value);
break;
case "EnableCalibrationResults":
model.EnableCalibrationResults = DataConverter.StringToBool(simple.value);
break;
}
});
}
void FillElementItems(ItemList.ElementItem[] elementItems, SynesisAnalyticsModel model) {
elementItems.ForEach(x => {
switch (x.name) {
case "AntishakerCrop":
model.AntishakerCrop = x.any.Deserialize<synesis.AntishakerCrop>();
ScaleAntishakerCropInput(model.AntishakerCrop);
break;
case "MarkerCalibration":
model.Markers = x.any.Deserialize<synesis.MarkerCalibration>();
ScaleMarkersInput(model.Markers);
break;
case "UserRegion":
model.UserRegion = x.any.Deserialize<synesis.UserRegion>();
ScaleUserRegionInput(model.UserRegion);
break;
}
});
}
void FillSimpleItems(ItemList.SimpleItem[] simpleItems, SynesisAnalyticsModel model) {
simpleItems.ForEach(x => {
switch (x.name) {
case "StabilizationTime":
model.StabilizationTime = DataConverter.StringToInt(x.value);
break;
case "ShiftOutputPicture":
model.ShiftOutputPicture = DataConverter.StringToBool(x.value);
break;
case "UseObjectTracker":
model.UseObjectTracker = DataConverter.StringToBool(x.value);
break;
case "MaxObjectArea":
model.MaxObjectArea = DataConverter.StringToFloat(x.value);
break;
case "MinObjectArea":
model.MinObjectArea = DataConverter.StringToFloat(x.value);
break;
case "MaxObjectSpeed":
model.MaxObjectSpeed = DataConverter.StringToFloat(x.value);
break;
case "DisplacementSensitivity":
model.DisplacementSensivity = DataConverter.StringToInt(x.value);
break;
case "CameraObstructed":
model.CameraObstructed = DataConverter.StringToBool(x.value);
break;
case "UseAntishaker":
model.UseAntishaker = DataConverter.StringToBool(x.value);
break;
case "CameraRedirected":
model.CameraRedirected = DataConverter.StringToBool(x.value);
break;
case "ContrastSensitivity":
model.ContrastSensivity = DataConverter.StringToInt(x.value);
break;
case "ImageTooDark":
model.ImageTooDark = DataConverter.StringToBool(x.value);
break;
case "ImageTooBlurry":
model.ImageTooBlurry = DataConverter.StringToBool(x.value);
break;
case "ImageTooBright":
model.ImageTooBright = DataConverter.StringToBool(x.value);
break;
case "ImageTooNoisy":
model.ImageTooNoisy = DataConverter.StringToBool(x.value);
break;
}
});
}
