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NI Vision Acquisition Software 2012.08 LabVIEW2012 Win32/64Eng 视觉采集软件VASAugust2012
NI VAS视觉采集软件，即NI机器视觉驱动包2012版。如果需要使用NI的MAX、视觉助手、VBAI等直接采集相机中的图像，需要安装此视觉驱动软件。采集图像，仅限NI视觉采集软件支持的相机，或协议。一般以标准协议开发的相机，都能被NI支持。如AVT、BASLER等GIGE相机，1394相机等。USB相机，可能兼容性不太好。如大恒的相机，需要安装DirectX插件后，才能在MAX中发现，并且属性设置也有一些问题。或者是普通的USB摄像头，一般能够发现并采集，但是属性可以设置的比较少。
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NI Vision Acquisition Software 2012.08 LabVIEW2012 Win32/64Eng 视觉采集软件VASAugust2012
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NI Vision Acquisition Software Release Notes
NI-IMAQ—<National Instruments>NI-IMAQdxDocs eadme.html
NI-IMAQ I/O—autorun.exe. If you have autorun enabled, autorun.exe runs automatically.
Follow the onscreen instructions.
Installing from an NI Software Suite or NI Product Bundle
Automating the Installation of NI Products
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?.
Configuring NI-IMAQ
Install your image acquisition device, and connect the camera. Refer to the device documentation for specific hardware installation instructions.
Run MAX.
Double-click the MAX icon on the desktop. You can use MAX to modify camera properties. Once you have saved these properties, they become the default settings for all NI-IMAQ applications.
Expand Devices and Interfaces and NI-IMAQ Devices to display a list of the image acquisition devices installed on your computer.
Select a camera file, and acquire an image.
Use the Snap button to acquire and display a single image with the image acquisition device.
Use the Grab button to acquire images continuously. A grab allows you to focus the camera.
Click the plus sign next to the image acquisition device to expand the menu tree and list the available channels or ports. Right-click the channel or port to display a list of available cameras.
Select the appropriate camera type from the list. Camera type selection varies according to the image acquisition device installed.
To change the camera settings, modify the parameters at the bottom of the image viewer panel.
You can acquire an image in the following ways:
Configuring a Remote PXI/Compact PCIe Image Acquisition Device
Launch MAX.
In the Configuration tree, expand Remote Systems.
Expand the appropriate system.
Expand Devices and Interfaces.
Expand NI-IMAQ Devices.
Expand the device you want to configure.
Configuring NI-IMAQdx
Installing IEEE 1394 Hardware
Installing the High Performance GigE Vision Driver
Install your NIC.
If Windows does not prompt you to choose a driver, proceed to step 2.
If Windows prompts you to choose a driver, proceed to step 3.
Right-click the NIC in the Device Manager, and select Update Driver.
Choose not to connect to the Windows Update Web site, and click Next.
Choose to Install from a list or a specific location, and click Next.
Choose Don't Search. I will choose the driver to install.
Click Next.
Select National Instruments GigE Vision driver from the list, and click Next.
Click Finish.
Installing the Universal GigE Vision Driver
Install the NIC and any related drivers. Refer to the NIC device documentation for installation instructions.
Enable jumbo frames (frame packet size is greater than 1,500 bytes) on your NIC.
Right-click the NIC in the Device Manager, and select Properties.
Click the Advanced tab, and Jumbo Frames will appear in the Property list if supported by your NIC.
Select the largest frame size available and click OK.
Disable the Windows Firewall or any additional third party firewalls on the port. Windows Firewall can be disabled on individual ports from the Advanced tab of the Windows Firewall applet.
Configuring Multiple Ports
Open the Network Connections window in Windows, and select all of the ports that cameras will be connected to by holding <Ctrl> while clicking each port.
Right-click one of the selected ports, and choose Bridge Connections.
Configuring NI-IMAQdx for Windows
Connect the camera.
Run MAX.
Double-click the MAX icon on your desktop. You can use MAX to modify camera attributes. After you have saved these attributes, they become the default settings for all NI-IMAQdx or NI Vision applications.
Expand Devices and Interfaces»NI-IMAQdx in the configuration tree to display a list of the cameras installed on your computer.
For IEEE 1394 cameras, NI-IMAQdx may not be associated with the camera. If this is the case, change the associated driver by right-clicking the camera and selecting Driver»NI-IMAQdx.
Select the camera from the list. You then can view or modify the camera attributes on the Camera Attributes tab located below the image viewer.
Configuring NI-IMAQdx for the LabVIEW Real-Time Module
Install NI-IMAQdx software on your Windows development machine.
Ensure that your RT target is connected to the same subnet as the Windows development machine.
Run MAX.
Double-click the MAX icon on your desktop.
Expand the Remote Systems list in the configuration tree.
Select your RT target in the list.
Configure your network settings. Refer to the Remote Systems Help in MAX (Help»Help Topics»Remote Systems) for instructions about configuring network settings.
Install NI-IMAQdx on the RT target.
Click the Software item below the RT target in the configuration tree.
Click Install Software on the MAX toolbar to launch the LabVIEW Real-Time Install Software Wizard.
Select NI-IMAQdx RT, as well as any additional software you would like to install on the target machine.
Click Next. Review the list of software you selected to install.
Click Next to begin downloading the software to the target machine. When MAX has finished downloading the software, it restarts the remote device.
Click Finish.
Connect your camera to your remote system.
Press <F5> to refresh the MAX configuration tree. Your camera should be listed in the Remote Systems list.
Expand Devices and Interfaces»NI-IMAQdx in the configuration tree to display a list of the cameras installed on your computer.
Select the camera from the list. You then can view or modify the camera attributes from the Camera Attributes panel located below the image viewer.
Known IssuesNI-IMAQ
The serial port is not properly configured to work with LabVIEW on the following smart cameras: NI 1712, NI 1732, NI 1752, and NI 1754. Complete the following steps to correct this issue:
Install NI-Serial to the smart camera.
In Windows Explorer, open an FTP window to the smart camera (for example, /ni-rt/system/ folder.
Copy niserial.ini from your hard drive.
Find the line that says "ClockFrequency = 266000000".
Change this line to "ClockFrequency = 200000000".
Close /ni-rt/system/ folder.
Reboot the smart camera.
Error codes returned during a property node read or write are not being reported correctly. The status flag is set correctly, to notify you that an error occurred, but the code is set to an invalid value.
The NI PCIe-1433 or NI PXIe-1435 may lose the first image of a triggered acquisition if the attached camera is in a triggered mode that does not drive the line valid signal while waiting.
The NI-IMAQ .NET API is not supported on the NI PCI-1408.
When you upgrade from NI Vision Acquisition Software 8.0, .NET support and examples are not installed. To install .NET support, uninstall NI Vision Acquisition Software 8.0 and install a later version NI Vision Acquisition Software. If you already have a later version of NI Vision Acquisition Software installed, you must repair the installation to add .NET support and examples.
NI-IMAQdx
When you upgrade from NI Vision Acquisition Software 8.0, the .NET support and examples are not installed. To install support for .NET, uninstall NI Vision Acquisition Software 8.0, and then install a later version NI Vision Acquisition Software. If you already have a later version of NI Vision Acquisition Software installed, you must repair the installation to add .NET support and examples.
Plugging a device into an IEEE 1394 bus causes a bus reset. If there are any ongoing acquisitions, the acquisition continues, but it is possible that a frame could be dropped. If you have an application in which it is important to get every frame, you should protect against devices being plugged into the bus.
Windows OS Issues
Updating your computer to Windows XP Service Pack 2 may decrease the performance of your IEEE 1394 devices running with an IEEE 1394b host interface, such as the NI PCIe-8255R. Refer to the NI KnowledgeBase article 3J0A446W or Microsoft Knowledge Base article 885222 for more information.
When switching drivers, you may find that the camera does not always appear in the MAX configuration or in your Device Manager. To correct this, disconnect the IEEE 1394 camera from your IEEE 1394 adapter and reconnect it. You can also press the <F5> key to refresh.
Using Multiple Cameras
The IIDC 1394-based Digital Camera Specification version 1.30 allows up to 16 cameras and one controller to exist on an IEEE 1394 bus at one time. Multiple cameras connected to a single adapter share the same IEEE 1394 bus and the available bandwidth for that bus. To simultaneously acquire images from multiple cameras, select a video mode for each camera so that the total bandwidth does not exceed the bandwidth capability of the bus.
NI-IMAQ I/O
In LabVIEW 8.6, the Abort and Reset FPGA Interface methods will not execute if there is an error coming into the node. As a work around, route the error around the method nodes. Close and Reset if Last Reference executes as expected.
When you upgrade from NI Vision Acquisition Software 8.0, the .NET support and examples are not installed. To install support for .NET, uninstall NI Vision Acquisition Software 8.0, and then install a later version NI Vision Acquisition Software. If you already have a later version of NI Vision Acquisition Software installed, you must repair the installation to add .NET support and examples.
When creating LabVIEW FPGA applications for NI-IMAQ I/O devices, the digital inputs ISO_POWER_PRESENT and USER_DIP are low true signals. Also, digital outputs should be treated as outputs only. Trying to use an output on your device as a digital output and a digital input in your LabVIEW FPGA block diagram will result in a compilation error.
Configuring the shutdown states on an NI-IMAQ I/O device while the default personality is running on the FPGA can affect the value of the isolated output lines. Drive the isolated outputs with the value you expect after configuring shutdown states.
If you need to call multiple instances of the Open FPGA VI Reference function, National Instruments recommends running them sequentially and not simultaneously.
The host VI might import improperly to LabVIEW 8.2 or later if any of the following conditions apply: you use constants for the HW Exec Ref parameter on the block diagram, you use Call By Reference Nodes that pass the HW Exec Ref parameter, or you use strict type definitions of the HW Exec Ref parameter with property nodes to get or set their value. Open the host VI and manually replace all instances of the HW Exec Ref that are broken with the new HW Exec Ref coming from the Open FPGA VI Reference function.
A host VI created with the LabVIEW FPGA Module 1.x might have used the Abort method with an Invoke Method function or as part of the Close FPGA VI Reference function. The import utility replaces the Abort method with the Reset method. The Abort method in the LabVIEW FPGA Module 1.x resets the FPGA VI to default values. The Reset method in the LabVIEW FPGA Module 8.2 resets the FPGA VI to default values. In the LabVIEW FPGA Module 8.2, the Abort method stops the FPGA VI but does not reset the values to their default values. By replacing the Abort method with the Reset method, the import utility preserves behavior of your program. No action on your part is necessary.
Pop-up windows are not supported in executables running on Real-Time (RT) targets. Therefore, no window pops up to indicate when an FPGA VI is programmatically downloaded by a host VI running on an RT target.
Host VIs that contain the FPGA Interface functions might take a long time to open because the FPGA Interface functions need several support files to manage the interface with FPGA VIs. The FPGA Interface functions also verify the status of the FPGA VI when you open the host VI.
When adding an existing IMAQIO-5 FPGA target in LabVIEW 8.0 with the LabVIEW FPGA Module 8.0, the IMAQIO-5 FPGA target will not appear in the Add Targets and Devices configuration tree, and <No Items Found> is displayed in the configuration tree. Refer to National Instruments KnowledgeBase 3UGCL2D3 for instructions to correct this issue. To determine which FPGA your device uses, refer to the LabVIEW Help and search for NI-IMAQ I/O Reference.
NI Compact Vision System
From Visual Studio, select Help»Contents to view the Visual Studio table of contents. The NI Measurement Studio Help is listed in the table of contents.
When you use the LabVIEW Application Builder to create an executable on an NI CVS-1450 Series compact vision system, create the executable in the default directory for LabVIEW Real-Time startup applications (<Measurement Studio> is the location to which Measurement Studio is installed. The help launches in a stand-alone help viewer.
From Visual Studio, select Measurement Studio»NI Measurement Studio Help.
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