Follow the onscreen instructions.

(Optional) Activate NI Vision Development Module when prompted by the installer, or activate at a later time using the NI License Manager.

For more information on silent installations of individual NI products, refer to KB 4CJDP38M, Automating the Installation of a Single Installer.

For more information on silent installations of suited NI products, such as NI Developer Suite, refer to KB 4GGGDQH0, Automating the Installation of a Suited Installer.

To determine what version of NI Installers your product contains, refer to KB 4CJDR18M, How Can I Determine the Type and Version of My National Instruments Installer?.

When an FPGA target is active in a LabVIEW project, the Vision Assistant executable cannot generate code for a non-FPGA LabVIEW target into that same instance of LabVIEW.

When zoom factors above 30 are used, the Image Display Control on NI Linux Real-Time targets leaves black-colored border space.

The snapshot property node for the Image Display Control on NI Linux Real-Time targets returns an error even though the control is functioning properly. This issue is present only when the target is connected to the host.

The Image Display Control on NI Linux Real-Time targets may not work properly when an image is set using a property node value and the target is connected to the host. The property node value works properly when the target is disconnected from the host.

Vision FPGA VIs may be broken when opened on one target after being used on another target. You can fix the broken VI by forcing LabVIEW to recompile it by pressing <Ctrl> + <Shift> + Run Button.

Vision FPGA Filter VIs with a mask using a 9x9 kernel support image widths up to 2,000 pixels.

The IMAQ FPGA GrayMorphology Dilation 5x5 U8x1 VI left border will give incorrect values on Kintex-based NI FPGA targets.

The AVI2 VIs do not support writing extra data to AVIs.

Japanese and Simplified Chinese for text overlays are not supported on NI Linux Real-Time targets.

The Calibration Axis is not set properly in the Calibration Training Interface, resulting in wrong real-world coordinates, when the Calibration Type is set to Point Coordinate Calibration and the Implicit Calibration Axis option is deselected.

The IMAQ Read QR Code VI may hang when the QR Code Cell Size has a minimum size of 2 or less. Setting the minimum size to 3 or higher will prevent this issue.

The IMAQ Read Data Matrix Barcode 3 VI may hang on some I16 images.

Zooming out on a large 32-bit image in the Image Display Control in LabVIEW will cause the image to black out. Only the displayed image is affected. The image itself is not modified.

To store error statistics on corrected images, you must run the IMAQ Get Calibration Info2 VI before correcting the calibration template image. The Return Error Information input must be set to TRUE.

Vision Assistant cannot generate C code if a double-byte character exists in the path to Vision Assistant or in the destination path for the generated code.

Some Vision Development Module .NET examples only work if Measurement Studio 8.6 or later is installed.

The Visual Basic .NET Label example does not compile.

The installed documentation for NI Vision functions in LabWindows/CVI is incomplete. Refer to the Documentation and Examples section for information about downloading the latest version.

There is no 64-bit Vision API for C or .NET.

Installing the Vision Development Module on a Windows Vista 64-bit computer where Visual Studio 2005 has been recently installed causes compatibility warnings.

On some systems, the Vision Development Module cannot open two of the installed AVI files, SideCrash2.avi, when running as a 64-bit application.

NI Vision installs a copy of tbb.dll.

The IMAQ Compare VI average operation saturates unsigned 16-bit image values to 32768 instead of 65536.

The IMAQ Read File VI recognizes and reads a U16 TIFF image as an I16 TIFF image if the image was not originally created by NI Vision.

The IMAQ Overlay Multiple Lines 2 VI returns an error when Fill is the selected Drawing Mode.

The IMAQ Edge Tool 3 VI changes the position of edges found when image was calibrated with point coordinates calibration.