"Rx.InteropNet.Runtime30" Possible return codes for devices. Steffens, 02.10.2013. True. False. The unknown state. \brief Camera property enum can be used for getting and setting camera properties. \attention The order of properties is \b not allowed to be changed. If further properties are needed, they must be appended. \brief Camera trigger modes that can be used with parameter EPar::Cam_TriggerMode. \attention The order of trigger modes is \b not allowed to be changed. If further trigger modes are needed, they must be appended. \brief Camera trigger modes that can be used with parameter EPar::Cam_ExternalTriggerMode. \attention The order of external trigger modes is \b not allowed to be changed. If further external trigger modes are needed, they must be appended. DO NOT USE - The external trigger is connected to the FrameGrabber. The external trigger is connected to the camera. Possible return codes for devices. Something unexpected happened. Everything has to be restarted. It is a bitwise | of the previous 2 A camera power reset is needed. This also means you have to reenumerate. The reenumeration of cameras is needed. The nothing additional needed, all fine. Gets the type of the driver. Gets the name of the driver (e.g. "TypeD"). Gets the list of connectors which are available for this driver. The List of connectors. Finalizes this IDeviceDriver. Finalize memory, objects etc. created in . Initializes this IDeviceDriver. This can be the initialization of camera type specific SDKs which are equal over all connectors. Has to be called before calling other driver functions. Interface for device driver. Values that represent the type of driver. This driver is of type 'FrameGrabber'. This driver is of type 'Camera'. No driver type. Gets or sets the type of the connector. The type of the connector. Gets the number of discovered devices. Only valid after DiscoverDevices. The count of discovered Devices. Gets the name of this connector. The connectors name. Returns a string array of DLL dependencies for the specific connector type of the camera type. An array of dependencies. Creates a native device. This native C++ devices implements INativeDeviceDo and consists of specific C++ driver implementation for the connector- camtype combination. Identifier for the camera. [in,out] If non-null, the message call. The native device pointer. Calls release function in native device driver. This function releases all devices connected to this connector and additionally frees all memory used. If no camera has been discovered only the memory will be freed. [in,out] If non-null, the message call. Calls discover function in native device driver. [in] the message callback pointer. The number of discovered devices on this interface. DeviceConnector interface. This interface provides the functions which the GeneralDeviceConnector implements. The functions are for wrapping the native code to .NET. All we need are the properties: * ConnectorName * Type * DeviceCount the static functions: * GetDependencies * DiscoverDevices * Release and the possibility to instantiate the native class: * CreateNativeDeviceDriver The DeviceCount is set and can be used after DiscoverDevices. Values that represent connector type. Euresys GrabLink Full grabber board. CameraLink device connector. GigE and USB device connector. GigE device connector. USB device connector. Unknown device connector. Values that represent the group of a connector type . Frame Grabber Camera Link connector group. Camera connector group. Unknown connector group. Registers the NativeDevice with the nativedevicedriver. It is used for ImageCallback and some checks. [in] The native (device) base. Executes the software trigger operation. Expected Device State: - Capturing (with Software Trigger Mode) Gets information about the image type the camera delivers. This is done by getting the values from the manufacturer SDK and mapping them to Raytrix (enum) values. Example: case BGAPI_PIXTYPE_BAYGB8: { iPixelType = RX_IMG_BAYER_GB; iDataType = RX_IMG_UNSIGNED_BYTE; iBytesPerPixel = 1; break; } Expected Device State: - Initialized [out] The pixeltype. [out] The datatype. [out] Zero-based index of the bytes per pixel. Executes the suspend capture operation. Should only be called on a device capturing images. Not all cameras support this, if the implementation is empty, but it will still be called from server side, where states are handled. Expected Device State: - Capturing true to suspend. Executes the stop capture operation. Expected Device State: - Capturing Executes the start capture operation. Expected Device State: - Opened The triggermode the camera is to be started in. (e.g. live, snapshot) Executes the close operation. Should only be called on an open Camera. For further information see DoOpen(). Expected Device State: - Opened. Executes the open operation. The Camera has to be initialized before. The device has to be open for some functions. With some cameras it doesn't do anything. Because it is called from the server side through the .NET device and native device the function will be called, because all cameras and states are handled equally. Expected Device State: - Initialized. Executes the initialize operation. Has to be called before anything else after the construction. Expected Device State: - Created (after construction) Destroys this interface and by this the whole native device by deleting itself. Interface for native device class. This base provides functionality for using devices independently of their hardware interface type. For further information on these functions see the documentation for INativeDeviceControl! This is required for the image acquisition process. Images from the camera manufacturer SDK are delivered to the camera base by calling this function. This function should only be called by a specific camera driver instance. By passing the pointer to image provided by camera SDK, the image will be copied to the buffer loop. [in] The pointer to manufacturer SDK image. Destructor. A native device image callback. Gets the property value range of the given arguments of type array int. [in] The property in question. [out] The pointer to an array that contains the list of available values. The pointer has to point to an array with iMaxValueCnt elements. The parameter iTotalValueCnt contains the total number of available properties. If a null pointer is passed here, only the total number of available parameters is returned in iTotalValueCnt. The number of values that can be stored in piValues. The number of integers that is required to store all available values. Gets the property value range of the given property of type int. [in] The property in question. [out] The minimum value for given property. [out] The maximum value for given property. Gets the property value range of the given property of type float. [in] The property in question. [out] The minimum value for given property. [out] The maximum value for given property. Sets a property value of type string. The property to be changed. [in] The value to be set. This is a null terminated string. Sets a property value of type int. [in] The property to be changed. [in] The value to be set. Sets a property value of type float. [in] The property to be changed. [in] The value to be set. Gets a property value of type string. To obtain the required buffer size, call this with pcValue = null. [in] The property in question. [out] The user managed buffer that is used for storing the value. The size of the given buffer in bytes. The number of bytes that is required to store the resultig string in pcValue, including the terminating 0. Gets a property value of type int. [in] The property in question. [out] The return value. Gets a property value of type float. [in] The property in question. [out] The return value. Queries if a property is available. [in] The property in question. True if the property is available, false if not. Triggers an image capture. In video mode it does nothing. In single capture mode performs a software trigger. Camera has to be open and should be capturing in software trigger mode. Stops the acquisition of images. Gets information about the image type the camera delivers. The camera must be open before calling this function. [out] The pixeltype. [out] The datatype. [out] The number of bytes per pixel. Suspends the capturing. With most cameras this just pauses the passing of the images while other cameras implement a real suspend which saves energy. [in] true to suspend. Starts the acquisition of images. This has to be called for image acquisition unrelated to the trigger mode used. The trigger mode has to be set while not capturing. Closes the device and finalizes the communication. Opens the device and prepares the communication. Interface for native device class. This base provides functionality for using devices independently of their hardware interface type. Signals the finish of the initialized progress. Set the value of the initialized progress to iValue. Progress value. Increments the initialized progress by iIncrement. Amount to increment by. Signals the beginning of a progress. This progress can be shown in a progress bar. Number of steps. Function to call for "warning level" messages. The message. Message describing the PC. Zero-based indent level for the message. Function to call for "error level" messages. The message. Message describing the PC. Zero-based indent level for the message. Function to call for "info level" messages. The message. Message describing the PC. Zero-based indent level for the message. \brief This interface is used to send messages from the Devices to the Server. \brief \copybrief Rx::Interop::Runtime30::Camera::EProperty The position of the strobe signal given in percentage of the strobe length. A value of 0 % establishes the earliest position. A value of 100 % establishes the latest position. A value of 50 % means that the strobe pulse is located in the middle of the exposure period. This parameter refers to the middle of the strobe pulse (unsigned,[0,100],RW). The length of the strobe signal given in percentage of the camera exposure time. A value of 50 % means that the duration of the strobe pulse is half the duration of the exposure period. (unsigned,[0,100],RW). Enable (1) or disable (0) the strobe output channel of the frame grabber. Only available in external trigger mode (unsigned,[0,1],RW). Mode of the external trigger. The supported modes are listed in Rx::Interop::Runtime30::Canera::EExternalTriggerMode Read mode of image files of the virtual camera The current source image folder of the virtual camera A string representing the camera link port ID of the grabber or the camera link camera. Example: "EURESYS#Euresys Grablink Full#0". DEPRICATED: The identifier of the grabber board. Property for getting and setting the board topology. Property for getting and setting PIV mode. [unsigned] [0,1] Property for getting and setting IrisValue. Property for getting and setting Iris. Property for getting and setting Focus. Property for getting availability of a software controllable main lens. Property for getting and setting auto gain mode of camera. Property for getting and setting auto exposure mode of camera. Property for getting and setting auto luminance mode of camera. Property for getting and setting the bit depth of the acquisition image. Property for getting and setting image height. This is the height of acquisition image, not of image sensor. Property for getting and setting image width. This is the width of acquisition image, not of image sensor. Property for getting and setting y offset of image. This is the y coordinate on sensor where the image starts. Property for getting and setting x offset of image. This is the x coordinate on sensor where the image starts. Property for getting and setting TapBalanceMode. Property for getting and setting TapBalance. Property for getting and setting blue gain value of camera. Property for getting and setting green gain value of camera. Property for getting and setting red gain value of camera. Property for getting and setting global gain value of camera. Property for getting and setting the number of video buffers. Property for getting and setting PixelClock for IDS Cameras. Property for getting current acquisition frame rate. Property for getting and setting frame rate of camera. Property for getting and setting exposure of camera. The Camera is suspended Property for getting and setting the video mode. The supported modes are listed in Rx::Interop::Runtime30::Canera::EriggerMode The Camera is a bayer camera The Camera is a color camera The Camera is capturing The Camera is opened The Camera is connected The Camera is initialized Unique hardware ID. Raytrix camera type name. E.g. 'TypeD' or 'TypeE'. Property for getting temperature of camera. Get the Raytrix camera model name. Get the Raytrix camera model name. The firmware version of the hardware. The internal serial nr. of the hardware. The name the hardware reports as its own. \brief \copybrief Rx::Interop::Runtime30::Camera::ETriggerMode The camera waits for an external trigger signal and records a single frame using the current exposure settings. The camera captures a single frame triggered by the software. The camera triggers new frames itself continuously. No trigger mode. No property. The image pixel types.. Planar YUV with 4:2:0 chroma subsampling 1 Channel per pixel (Bayer pattern GBRG) 1 Channel per pixel (Bayer pattern GRBG) 1 Channel per pixel (Bayer pattern BGGR) 1 Channel per pixel (Bayer pattern RGGB) 2 Channels per pixel (Luminance, Alpha) 1 Channel per pixel (Luminance) 4 Channels per pixel (Blue, Green, Red, Alpha) 3 Channels per pixel (Blue, Green, Red) 4 Channels per pixel (Red, Green, Blue, Alpha) 3 Channels per pixel (Red, Green, Blue) The image data types. Double. Float. 32 bit unsigned. 32 bit signed. 16 bit unsigned. 16 bit signed. 8 bit unsigned. 8 bit signed. Each pixel has a size of 12 bit. It should be converted into 16 bit. Each pixel has a size of 10 bit. It should be converted into 16 bit. The upper 12 bits of a 16 bit unsigned short are used. The lower 4 bits are unused (zero). The lower 12 bits of a 16 bit unsigned short are used. The upper 4 bits are unused (zero). The upper 10 bits of a 16 bit unsigned short are used. The lower 6 bits are unused (zero). The lower 10 bits of a 16 bit unsigned short are used. The upper 6 bits are unused (zero).