| ►CFlir.Atlas.Image.Alarms.Alarm | Specifies the measurement shape result types |
| CFlir.Atlas.Image.Alarms.HumidityAlarm | The humidity isotherm can detect areas where there is a risk of mold growing, or where there is a risk of the humidity falling out as liquid water (i.e., the dew point) |
| CFlir.Atlas.Image.Alarms.InsulationAlarm | The insulation alarm can detect areas where there may be an insulation deficiency in the building. It will trigger when the insulation level falls below a preset value of the energy leakage through the building structure—the so-called thermal index. Different building codes recommend different values for the thermal index, but typical values are 0.6–0.8 for new buildings. Refer to your national building code for recommendations |
| CFlir.Atlas.Image.Diagnostics.AtlasLog | Monitor events and messages from Atlas |
| CFlir.Atlas.Image.AutoAdjustRegion | Auto adjust region |
| CFlir.Atlas.Image.AutoGainControl | Auto gain control. Image colorization based on region of interest |
| CFlir.Atlas.Image.Measurements.Calculator | Calculator for advanced image statistics |
| CFlir.Atlas.Live.Discovery.CameraDeviceInfo | Camera device information |
| CFlir.Atlas.Image.Import.CameraImport | CameraImport is a class for importing Images from FLIR Cameras |
| CFlir.Atlas.Image.CameraInformation | This class holds information about the camera used to create the IR image |
| CFlir.Atlas.Live.Remote.Command | Base class for device command |
| CFlir.Atlas.Image.CompassInfo | CompassInfo provides basic methods to handle compass information |
| CFlir.Atlas.Live.Discovery.DeviceIdentifier | Device identifier e.g. Thermal Camera E95 |
| CFlir.Atlas.Live.Device.Diagnostics | Base class for diagnostic information. This class can be useful for debugging purposes |
| CFlir.Atlas.Live.IO.DigitalIn | |
| CFlir.Atlas.Live.IO.DigitalIo | The Digital I/O covers the features required to control the general Input and Output signals of the device. This includes input and output control signals for Triggers Timers, counters and also static signals such as user configurable input or output bits. The Digital I/O Control model presents each I/O Line as a physical line that comes from the device connector and that goes into an I/O Control Block permitting to condition and to monitor the incoming or outgoing signal |
| CFlir.Atlas.Live.IO.DigitalOut | |
| ►CEventArgs | |
| CFlir.Atlas.Gigevision.Streaming.FrameReceivedEventArgs | Raw image from camera device |
| CFlir.Atlas.Gigevision.Streaming.ThermalFrameReceivedEventArgs | Raw image from camera device |
| CFlir.Atlas.Image.Alarms.AlarmEventArgs | This class represents the event data received in Alarm events |
| CFlir.Atlas.Image.ImageChangedEventArgs | This class represents the event data received in the Flir.Atlas.Image.ImageBase.Changed event |
| CFlir.Atlas.Image.ImageParametersChangedEventArgs | This class represents the event data received in ImageParametersChanged events |
| CFlir.Atlas.Image.Isotherms.IsothermEventArgs | This class represents the event data received in Isotherm events |
| CFlir.Atlas.Image.Measurements.MeasurementEventArgs | This class represents the event data received in Measurement events |
| CFlir.Atlas.Image.Palettes.PaletteChangedEventArgs | Represents the event data received in PaletteChanged events |
| CFlir.Atlas.Image.Playback.SelectedIndexChangedEventArgs | Selection changed |
| CFlir.Atlas.Image.PlaybackStatusChangedEventArgs | Class for handling events when the playback status changes |
| CFlir.Atlas.Image.ScaleChangedEventArgs | Represents the event data received in ScaleChanged events |
| CFlir.Atlas.Image.TemperatureUnitEventArgs | This class represents the event data received in Temperature events |
| CFlir.Atlas.Live.ConnectionStatusChangedEventArgs | Provides data for the ConnectionStatus changed event |
| CFlir.Atlas.Live.Device.DeviceErrorEventArgs | Provides data for the device error event |
| ►CFlir.Atlas.Live.Device.ImageReceivedEventArgs | Raw image from camera device |
| CFlir.Atlas.Live.Device.DualImageReceivedEventArgs | Raw JPG and Thermal image from camera |
| CFlir.Atlas.Live.Device.StreamErrorEventArgs | Provides data for the device error event |
| CFlir.Atlas.Live.Device.StreamsUpdatedEventArgs | Event arguments when the stream have been updated |
| CFlir.Atlas.Live.Device.TriggerChangedEventArgs | Provides data for the trigger changed event |
| CFlir.Atlas.Live.Discovery.CameraDeviceInfoEventArgs | Camera device |
| CFlir.Atlas.Live.Discovery.CameraDiscoveredEventArgs | Event when a camera is discovered |
| CFlir.Atlas.Live.Discovery.CameraLostEventArgs | Event when a camera is lost |
| CFlir.Atlas.Live.Discovery.GigabitCameraDiscoveredEventArgs | Discovered Gigabit Network camera |
| CFlir.Atlas.Live.Discovery.GigabitCameraLostEventArgs | Lost Gigabit Network camera |
| CFlir.Atlas.Live.Discovery.NetworkCameraDiscoveredEventArgs | Discovered Network camera |
| CFlir.Atlas.Live.Discovery.NetworkCameraLostEventArgs | Lost Network camera |
| CFlir.Atlas.Live.Discovery.UsbCameraDiscoveredEventArgs | Discovered Gigabit Network camera |
| CFlir.Atlas.Live.Discovery.UsbCameraLostEventArgs | Lost Gigabit Network camera |
| ►CFlir.Atlas.Live.Interfaces.BaseErrorEventArgs | |
| CFlir.Atlas.Live.Interfaces.DeviceErrorEventArgs | |
| CFlir.Atlas.Live.Interfaces.NonRecoverableErrorEventArgs | |
| CFlir.Atlas.Live.Interfaces.StreamErrorEventArgs | |
| CFlir.Atlas.Live.Interfaces.ImageReadyEventArgs | |
| CFlir.Atlas.Live.Log.LogEventArgs | Log data item |
| CFlir.Atlas.Live.Recorder.RecorderStatusChangedEventArgs | Event arguments for the Recording status |
| CFlir.Atlas.Live.Remote.CommandExecutedEventArgs | CommandExecutedEventArgs is returned after an executed camera command |
| CFlir.Atlas.Image.ExampleSnippets.Examples | |
| CFlir.Atlas.Live.Examples.Examples | |
| ►CException | |
| CFlir.Atlas.Image.Import.FileAlreadyImportedException | |
| CFlir.Atlas.Image.ThermalException | The exception that is thrown when a ThermalImage error occurs |
| CFlir.Atlas.Live.Remote.CommandFailedException | Exception thrown when a remote command fails |
| CFlir.Atlas.Live.Device.ExternalIo | External I/O registers. Properties associated with configuring camera external I/O ports. Supported cameras are A615, A315 and T1050 with HSI box (high speed interface) |
| CFlir.Atlas.Live.Device.ExternalIoSettings | External I/O registers. Properties associated with configuring camera external I/O ports |
| CFlir.Atlas.Live.Device.ExternalTrigger | Monitoring the external I/O port |
| CFlir.Atlas.Image.FileMetaData | Internal use only |
| ►CFlir.Atlas.Image.Fusion.FusionMode | Base class for fusion settings |
| ►CFlir.Atlas.Image.Fusion.FusionWithColorMode | Fusion mode with an added colorization |
| CFlir.Atlas.Image.Fusion.Blending | Settings for FusionMode Blending Use Blending mode to display a blended image that uses a mix of infrared pixels and digital photo pixels |
| CFlir.Atlas.Image.Fusion.PictureInPicture | Settings for FusionMode PictureInPicture This mode displays an infrared image frame on top of a digital photo |
| ►CFlir.Atlas.Image.Fusion.ThermalFusion | Base class for ThermalFusion settings |
| CFlir.Atlas.Image.Fusion.ThermalFusionAbove | Settings for FusionMode ThermalFusion This mode displays a digital photo where some parts are displayed in infrared, depending on the temperature limits |
| CFlir.Atlas.Image.Fusion.ThermalFusionBelow | Settings for FusionMode ThermalFusion This mode displays a digital photo where some parts are displayed in infrared, depending on the temperature limits |
| CFlir.Atlas.Image.Fusion.ThermalFusionInterval | Settings for FusionMode ThermalFusion This mode displays a digital photo where some parts are displayed in infrared, depending on the temperature limits |
| CFlir.Atlas.Image.Fusion.VisualOnly | Settings for FusionMode Visual. This mode hides the Thermal Image, only the digital photo is displayed |
| CFlir.Atlas.Image.Fusion.Msx | Settings for FusionMode MSX. Thermal MSX (Multi Spectral DynamicImaging): This mode displays an infrared image where the edges of the objects are enhanced with information from the visual image |
| CFlir.Atlas.Image.Fusion.ThermalOnly | Settings for fusion mode ThermalOnly. This mode displays a fully infrared image |
| CFlir.Atlas.Live.Device.FusionSettings | The camera fusion settings |
| CFlir.Atlas.Image.GasQuantificationInput | Input parameters used in gas quantification calculation |
| CFlir.Atlas.Image.GasQuantificationResult | |
| CFlir.Atlas.Live.Device.GenApi | Application programming interface (API) for configuring a gigabit camera |
| ►CFlir.Atlas.Live.Device.GenICamParameter | Base class for GenICam parameters |
| CFlir.Atlas.Live.Device.GenICamBoolean | Base class form GenICam boolean |
| CFlir.Atlas.Live.Device.GenICamCommand | Base class for GenICamCommand |
| CFlir.Atlas.Live.Device.GenICamEnum | Base class for GenICam enum |
| CFlir.Atlas.Live.Device.GenICamFloat | Base class form GenICam float |
| CFlir.Atlas.Live.Device.GenICamInteger | Base class form GenICam integer |
| CFlir.Atlas.Live.Device.GenICamString | Base class form GenICamString string |
| CFlir.Atlas.Live.Discovery.GigabitIdentity | Gigabit Network camera identity |
| CFlir.Atlas.Gigevision.GigeVisionDevice | Representation of a GigeVsion camera |
| ►CFlir.Atlas.Gigevision.Remote.GigeVisionRemoteControl | Base class for GigeVision camera communications |
| CFlir.Atlas.Gigevision.Remote.ThermalRemoteControl | Base class for handling FLIR specific remote control |
| CFlir.Atlas.Image.GPSInfo | GPSInformation provides basic methods to handle a GPS information |
| CFlir.Atlas.Image.Measurements.Histogram | Base class for the ThermalImage histogram. The Histogram class will calculate how pixels in the area of the image are distributed and then count how many values fall into each interval level |
| ►CIDisposable | |
| CFlir.Atlas.Image.Fusion.Fusion | This class provides functionality for image fusion |
| ►CFlir.Atlas.Image.Helpers.DisposableObject | |
| ►CFlir.Atlas.Gigevision.GigeVisionCamera | Base class for GigeVision thermal camera |
| CFlir.Atlas.Gigevision.GigeVisionThermalCamera | Base class for creating an instance of a Thermal camera |
| CFlir.Atlas.Gigevision.GigeVisionScanner | Discover GigeVision cameras |
| ►CFlir.Atlas.Gigevision.Streaming.GigeVisionStream | Base class for handling a GigeVision stream |
| CFlir.Atlas.Gigevision.Streaming.ThermalStream | |
| ►CFlir.Atlas.Image.ImageBase | Base class for all FLIR images |
| ►CFlir.Atlas.Image.ThermalImage | Specifies the base features for an ThermalImage |
| CFlir.Atlas.Image.ThermalImageFile | This class represents an Thermal image |
| ►CFlir.Atlas.Image.VisualImage | Image class for Visual Image not containing Thermal data |
| CFlir.Atlas.Image.VisualImageFile | Image class for Visual Image file not containing Thermal data |
| CFlir.Atlas.Image.Playback.ThermalSequencePlayer | Playback of thermal sequence file |
| CFlir.Atlas.Image.Scale | Represents a scale object |
| CFlir.Atlas.Image.ThermalImageFile | This class represents an Thermal image |
| CFlir.Atlas.Image.VisualImage | Image class for Visual Image not containing Thermal data |
| CFlir.Atlas.Image.VisualImageFile | Image class for Visual Image file not containing Thermal data |
| ►CFlir.Atlas.Live.Decoders.DisposableObject | |
| CFlir.Atlas.Live.Decoders.VisualImageDecoder | |
| CFlir.Atlas.Live.Discovery.Discovery | Scan for devices on adapter interfaces |
| CFlir.Atlas.Live.Discovery.GigabitScanner | |
| CFlir.Atlas.Live.Discovery.NetworkScanner | Scans the network for FLIR cameras |
| CFlir.Atlas.Live.Discovery.ThermalCameraScanner | Scan adapters for thermal cameras |
| CFlir.Atlas.Live.Discovery.UsbScanner | Scan for USB cameras |
| ►CFlir.Atlas.Live.Device.CameraBase | Base class for camera communication |
| ►CFlir.Atlas.Live.Device.Camera | Base class for camera streaming |
| CFlir.Atlas.Live.Device.StreamingCamera | Streaming camera is for advanced streaming in raw image formats |
| ►CFlir.Atlas.Live.Device.ThermalCamera | Base class for 16-bit Thermal Cameras |
| CFlir.Atlas.Live.Device.DualStreamingThermalCamera | Dual streaming, streams Thermal and Visual simultanuosly |
| CFlir.Atlas.Live.Device.ThermalGigabitCamera | Thermal gigabit camera |
| CFlir.Atlas.Live.Device.ThermalSpinnakerCamera | |
| CFlir.Atlas.Live.Device.VideoOverlayCamera | Stream video overlay from a camera |
| ►CFlir.Atlas.Live.Interfaces.ICameraAdapter | |
| CFlir.Atlas.Live.CameraEngines.CLICameraAdapter | |
| CFlir.Atlas.Live.CameraEngines.SpinnakerAdapter | |
| ►CIEnumerable | |
| CFlir.Atlas.Image.Alarms.AlarmCollection | Holds the alarm functionality |
| CFlir.Atlas.Image.Isotherms.IsothermCollection | This class represents a collection of isotherms |
| CFlir.Atlas.Image.Measurements.MeasurementShapeCollection< T > | This class represents a collection of measurement shapes for other classes to derive from |
| CFlir.Atlas.Image.Sensors.SensorsCollection | This class represents a collection of SensorData |
| CFlir.Atlas.Image.Import.IExternalLibraryInfo | Information about the found library |
| ►CFlir.Atlas.Image.Interfaces.IFilter | Interface for all Atlas filters |
| CFlir.Atlas.Image.Filters.AverageFilter | Average of image pixels |
| CFlir.Atlas.Image.Filters.HighSensitivityModeEnhanced | FLIR’s proprietary High Sensitivity Mode is based upon an image subtraction video processing technique that effectively enhances the thermal sensitivity of the camera |
| CFlir.Atlas.Image.Filters.HighSensitivityModeFilter | FLIR’s proprietary High Sensitivity Mode is based upon an image subtraction video processing technique that effectively enhances the thermal sensitivity of the camera |
| CFlir.Atlas.Image.Filters.PixelBinning | |
| CFlir.Atlas.Image.Filters.SubtractionFilter | |
| CFlir.Atlas.Image.Interfaces.IColorizationFilter | Interface for all colorization filters. /summary> |
| CFlir.Atlas.Image.Interfaces.IHistogramExt | |
| CFlir.Atlas.Image.Interfaces.ILogger | Defines an abstraction for Logger public interface |
| CFlir.Atlas.Image.ImageParameters | This class is a container for Image parameters |
| CFlir.Atlas.Image.ImageProcessing.ImageProcessing | ImageProcessing is a class for advanced usage of the Thermal image like running custom filter pipelines |
| CFlir.Atlas.Live.Device.ImageProcessing | |
| CFlir.Atlas.Image.ImageStatistics | ImageStatistics represents calculated image values |
| CFlir.Atlas.Live.Discovery.IpConfig | Base class for IP configuration |
| ►CFlir.Atlas.Image.Interfaces.IPixels | IPixels provides basic methods to handle pixels |
| CFlir.Atlas.Image.Helpers.BitmapSourceWrapper | BitmapSourceWrapper is encapsulating a WriteableBitmap. A WriteableBitmap provides a BitmapSource that can be written to and updated |
| CFlir.Atlas.Image.Helpers.BitmapWrapper | |
| CFlir.Atlas.Live.Discovery.IpSettings | Stores the IP settings |
| CFlir.Atlas.Image.Interfaces.IRotateImage | |
| ►CISerializable | |
| CFlir.Atlas.Image.ThermalException | The exception that is thrown when a ThermalImage error occurs |
| ►CFlir.Atlas.Image.Isotherms.Isotherm | This class represents an Isotherm object |
| ►CFlir.Atlas.Image.Isotherms.IsothermAbove | IsothermAbove is colorizing pixels above a threshold |
| CFlir.Atlas.Image.Isotherms.AlarmIsothermAbove | Alarm isotherm Above is colorizing the image by an alarm threshold |
| ►CFlir.Atlas.Image.Isotherms.IsothermBelow | IsothermBelow is colorizing pixels below a threshold |
| CFlir.Atlas.Image.Isotherms.AlarmIsothermBelow | Alarm isotherm Below is colorizing the image by an alarm threshold |
| ►CFlir.Atlas.Image.Isotherms.IsothermInterval | IsothermInterval is colorizing pixels inside a range |
| CFlir.Atlas.Image.Isotherms.AlarmIsothermInterval | Alarm isotherm is colorizing the image in the Interval set by the alarm threshold |
| CFlir.Atlas.Image.Interfaces.IThermalImageExt | Extends ThermalImage with advanced features |
| CFlir.Atlas.Live.Log.LogMessage | A Log class provides the message and the Date and Time the log entry was created |
| CFlir.Atlas.Live.Log.LogWriter | Class for monitoring events from Atlas Live |
| CFlir.Atlas.Image.Measurements.MeasurementParameters | Encapsulates the object parameters for a MeasurementShape object |
| ►CFlir.Atlas.Image.Measurements.MeasurementShape | The class is a base class for other measurement shapes. The class has the basic properties and methods for a measurement shape |
| CFlir.Atlas.Image.Measurements.MeasurementDelta | This class represents a Delta measurement object |
| CFlir.Atlas.Image.Measurements.MeasurementEllipse | Represents a MeasurementEllipse object |
| ►CFlir.Atlas.Image.Measurements.MeasurementLine | Represents a MeasurementLine object |
| CFlir.Atlas.Image.Measurements.MeasurementPolyLine | Represents a Measurement poly line object |
| CFlir.Atlas.Image.Measurements.MeasurementPolygon | Represents a MeasurementPolygon object. The polygon is area is a shape bounded by a chain of straight lines |
| CFlir.Atlas.Image.Measurements.MeasurementRectangle | Represents a MeasurementRectangle object |
| CFlir.Atlas.Image.Measurements.MeasurementSpot | Represents a MeasurementSpot object |
| ►CFlir.Atlas.Image.Measurements.MeasurementShapeCollection< MeasurementShape > | |
| CFlir.Atlas.Image.MeasurementCollection | The Measurement class encapsulates and collects the different types of measurement shapes |
| CFlir.Atlas.Live.Discovery.NetworkIdentity | Network camera identity |
| CFlir.Atlas.Image.Palettes.Palette | Represents a Palette object |
| CFlir.Atlas.Image.Palettes.PaletteManager | Palettes handles palette selections |
| CFlir.Atlas.Image.Measurements.RadiometricSettings | Radiometric custom settings |
| CFlir.Atlas.Image.Range< T > | This class represents a range with specified minimum and maximum values |
| ►CFlir.Atlas.Live.Recorder.Recorder | Base class for Recorders |
| CFlir.Atlas.Live.Recorder.ThermalImageRecorder | Records thermal images to disk |
| CFlir.Atlas.Live.Recorder.VideoRecorder | Records video frames to the disk |
| CFlir.Atlas.Live.WinForms.RecordingControl | |
| CFlir.Atlas.Live.Remote.RemoteCameraControl | Remote control |
| CFlir.Atlas.Live.Remote.RemoteCameraFocus | Control the camera focus |
| CFlir.Atlas.Live.Remote.RemoteCameraGeoLocation | Class for reading Geo Location data from a camera |
| CFlir.Atlas.Live.Remote.RemoteCameraSettings | |
| CFlir.Atlas.Live.Remote.RemoteControl | Remote camera control |
| CFlir.Atlas.Live.Remote.RemoteFusionSettings | Remote fusion modes |
| CFlir.Atlas.Live.Remote.RemoteHsi | High speed interface |
| ►CFlir.Atlas.Live.Remote.Script.RemoteValue | |
| CFlir.Atlas.Live.Remote.Script.RemoteBool | |
| CFlir.Atlas.Live.Remote.Script.RemoteDouble | |
| CFlir.Atlas.Live.Remote.Script.RemoteInt | |
| CFlir.Atlas.Live.Remote.Script.RemoteString | |
| CFlir.Atlas.Live.Remote.Script.RunScript | An internal class for running remote test scripts |
| CFlir.Atlas.Image.Measurements.ScanLine | A scan line represents one row in the polygon |
| CFlir.Atlas.Image.Measurements.ScanLineFloat | |
| CFlir.Atlas.Live.Security.SecurityParameters | Certificate settings |
| CFlir.Atlas.Image.Sensors.SensorData | This class represents an Sensor data object |
| CFlir.Atlas.Live.WinForms.NativeMethods.SHFILEOPSTRUCT | |
| CFlir.Atlas.Gigevision.Remote.TemperatureRange | Temperature range |
| CFlir.Atlas.Live.WinForms.NativeMethods.TEXTMETRIC | |
| CFlir.Atlas.Gigevision.Remote.ThermalCameraControl | Base class for handling FLIR specific remote camera control |
| CFlir.Atlas.Image.ThermalColorizationPipeline | |
| CFlir.Atlas.Gigevision.Remote.ThermalFocusControl | Base class for handling FLIR specific remote focus control and settings |
| CFlir.Atlas.Image.ThermalPipeline | Image processing pipeline |
| CFlir.Atlas.Image.ThermalValue | This class represents an IR value with additional information |
| CFlir.Atlas.Image.TriggerData | Trigger data settings stored in the image from the camera I/O interface |
| CFlir.Atlas.Live.Interfaces.TriggerInfo | |
| CFlir.Atlas.Live.Discovery.UsbIdentity | Gigabit Network camera identity |
| ►CUserControl | |
| CFlir.Atlas.Image.WinForms.ThermalImageControl | ThermalImageControl. This control is for demo purposes and shows how to render a Thermal image with overlay in a WinForms application. See the IRImageReaderDemo sample on how to create your own Image widget |
| CFlir.Atlas.Image.WinForms.ThermalToolbarControl | ThermalToolbarControl. This control is for demo purposes and shows how to add measurements from a Toolbar in a WinForms application |
| CFlir.Atlas.Live.WinForms.DiscoveryControl | Discovery of camera devices. This control is for demo purposes on how to discover cameras. See the ThermalImageStreamerDemo sample on how to create your own Discovery Control |
| CFlir.Atlas.Live.WinForms.PlaybackControl | |
| CFlir.Atlas.Live.WinForms.ThermalScannerControl | |
| ►CFlir.Atlas.Live.Device.Video | Base class for different raw streaming formats |
| CFlir.Atlas.Live.Device.OverlayJpg | Motion JPG |
| CFlir.Atlas.Live.Device.OverlayPpmArgb | PPM ARGB |
| CFlir.Atlas.Live.Device.OverlayYuy2 | YUY2 Video Picture Encoding |
| CFlir.Atlas.Live.Device.ThermalMono16 | Flir File Format, FFF |
| CFlir.Atlas.Image.VoiceAnnotation | Represents a VoiceAnnotation object |
| CFlir.Atlas.Live.Remote.WorkingEnvironment | A working environment defines a valid combination of calibration case, frame rate and windowing mode |
| CFlir.Atlas.Image.ZoomSettings | Zoom settings |
1.10.0