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NI Vision Builder for Automated Inspection 2009SP1 Win32Eng 自动化检测视觉生成器VBAI2009SP1 LV2009SP1
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NI Vision Builder for Automated Inspection 2009SP1 Win32Eng 自动化检测视觉生成器VBAI2009SP1 LV2009SP1
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NI Vision Builder for Automated Inspection 2009 Service Pack 1 (SP1) Readme
System Requirements
| Minimum | Recommended | |
| Processor | Pentium 4/M or equivalent | Core Duo or equivalent |
| Memory | 512 MB RAM | 1 GB RAM |
| Display | 1,024×768 resolution video adapter with a 24- or 32-bit display | 1,280×1,024 resolution video adapter with a 24- or 32-bit display |
| Operating System | Microsoft Windows 7/Vista/XP/2000 | |
| Browser | Microsoft Internet Explorer 5.0 or later | |
| Hard Disk Space | 700 MB | |
Installation Instructions
Insert the Vision Builder AI DVD into your DVD-ROM drive. If the DVD does not run automatically, open Windows Explorer, right-click the DVD drive icon, and select AutoPlay.
Select Install Vision Builder for Automated Inspection on the National Instruments Vision Builder for Automated Inspection screen.
Vision Builder AI prompts you to enter your user information. Select one of the following options:
Install this product using the following serial number
Install this product for evaluation
Continue to follow the instructions on the screen.
Activation Instructions
Vision Builder AI Full-Featured (778649-01)—Allows full access to all Vision Builder AI features, which can be used to configure, benchmark, and deploy inspections. This license does not include the Vision Builder AI Development Toolkit.
Vision Builder AI Run-Time (779799-03)—Allows you to deploy existing inspections to a host machine and modify the control values for steps in an inspection. This license does not allow you to add steps to or remove steps from an inspection.
Vision Builder AI Development Toolkit (779343-03)—Licenses only the Vision Builder AI Development Toolkit, which allows you to create custom steps for use in any Vision Builder AI application.
Launch Vision Builder AI.
Click Yes when prompted to activate Vision Builder AI.
Ensure that Automatically activate through a secure Internet connection is selected, and click Next.
Enter your serial number, and click Next.
Enter your registration information, and click Next.
You can enter an email address to receive a copy of the activation code for your records.
Deployment Policy for Vision Builder AI
New Features
New Read/Write Camera Attributes step—The Read/Write Camera Attributes step allows you to read camera attributes or write camera attributes, including I/O lines for GigE Vision cameras and registers for IEEE-1394 cameras, without using an acquisition step.
New Read/Write Variables to INI File step—The Read/Write Variables to INI File step allows you to easily restore variables to a known state. Use the step to interact with an .ini file that contains inspection variables, user-defined system variables, EtherNet/IP assembly data, or Modbus table data.
New support for multiple instances of Vision Builder AI—Launch multiple instances of Vision Builder AI to run multiple inspections in parallel or simultaneously connect to multiple remote targets.
New support for IP cameras—The Acquire Image (1394, GigE, or USB) and Read/Write Camera Attributes steps support IP cameras.
Updated Run LabVIEW VI step and Configure Inspection Interface tool—The Run LabVIEW VI step and Configure Inspection Interface tool now support VIs created in LabVIEW 8.5 or earlier, and VIs created in LabVIEW 8.6 or later that are saved for LabVIEW 8.5 using File»Save for Previous Version.
Updated support for previous measurements—The following steps now support using previous measurements:
Find Edges
Find Straight Edge
Find Circular Edge
Advanced Straight Edge
Generate Pulse (NI-IMAQ I/O)
Updates
| ID | Fixed Issue |
| 35757 | Vision Builder AI will not open if the Vision Builder AI ActiveX component is running as part of an inspection that is running on the host machine. |
| 152201 | The Serial I/O step returns any received characters if the step times out even though the characters do not include an end of line character. |
| 172828 | It is impossible to connect to multiple TCP slave devices that have the same IP address but different ports. |
| 172829 | The TCP I/O step returns any received characters if the step times out; the received characters are not available for subsequent steps. |
| 178528 | Creating a new EtherNet/IP device and defining default tags after opening an inspection that contains an EtherNet/IP step while no EtherNet/IP device is defined can create duplicate tags in the EtherNet/IP step. |
| 181217 | When creating a calibration, existing points do not appear in the points list and appear incorrectly when selected in the image. |
| 181534 | The Run LabVIEW VI step and steps created with the Vision Builder AI Development Toolkit do not to work properly in debug mode if LabVIEW is not installed to the default folder. |
| 182046 | The value of the constant cannot be edited when editing the Vision Assistant Operator step. |
| 182049 | The mapping method for 16-bit images in the Image Display options reverts to Full Dynamic when switching to the Vision Builder AI Inspection interface. |
| 184776 | In the Attributes tab of the Acquire Image (1394, GigE, or USB) step, it is sometimes impossible to select attributes from a specific area of the attributes tree. |
| 186179 | Some legacy ActiveX examples cannot run unless the user is logged in as an administrator. |
| 186766 | When editing the Match Pattern step on a remote target immediately after running the inspection once, the step displays the ROI and pattern from the previous template after another template is selected. |
| 187137 | Using the snap or grab buttons to acquire an image from a remote target after selecting a video mode in the Acquire Image (IEEE 1394) step can reset the video mode to the default video mode. |
| 187409 | Entering a network path that contains spaces when creating a new device in the Communication Device Manager causes communication errors. |
| 187595 | Acquire Image (IEEE 1394) steps select the default camera in an inspection that uses multiple Acquire Image (IEEE 1394) steps to acquire images from multiple cameras connected to a remote target after saving and reloading the inspection or when editing each Acquire Image (IEEE 1394)step. |
| 189285 | Vision Builder AI doesn't use initial values specified in a custom inspection interface. |
| 192159 | In the EtherNet/IP Adapter step, if editing the address of a user register repositions the user register in the User Register table, the user register appears to have the value of the user register that previously occupied its position in the User Register table. |
| 192353 | In the Calculator Step - Edit Inputs/Outputs window, previous measurements used in the step are not selected in the Input Measurements tree if the step producing the measurements is renamed. |
| 192685 | In the Vision Assistant Threshold step, it is impossible to select a Threshold Type if it does not appear as one of the first two listed types. |
| 193310 | Editing an input measurement control that uses a variable value in a Calculator step disconnects the input measurement control. |
| 193483 | Reading an I/O line with the Read/Write (NI-IMAQ I/O) step is slower in Vision Builder AI 2009. |
| 193730 | When using the Calibration Training Wizard to configure a grid calibration, it is not possible to draw an ROI to update the kernel size. |
| 193983 | A Delay step in the Inspection Setup state does not wait for the specified period of time after the first iteration of an inspection when Vision Builder AI is configured to run the Inspection Setup and Inspection Cleanup states each time the inspection is started or stopped. |
| 194218 | Vision Builder AI does not reset the Inspection Iteration Counter built-in system variable before the first iteration of an inspection when Run Inspection Multiple Times is selected. |
| 194224 | After copying a state, a copied step that uses an ROI from another step in the same state uses the ROI from the step in the original state. |
| 195601 | Editing the IP address while creating an EtherNet/IP device in the Communication Device Manager can cause two EtherNet/IP devices to be created. |
| 196736 | The Inspection Selection button does not appear in the inspection interface after rebooting the remote target. |
| 196944 | If the Inspection Measurements window is open while the Variable Manager is used to delete variables, the deleted variables are still listed in the Inspection Measurements window. |
| 197428 | After using a custom inspection interface in the Vision Builder AI Inspection Interface and then returning to the Vision Builder AI Configuration Interface and loading a modified version of the custom inspection interface, Vision Builder AI does not reflect the changes found in the modified custom inspection interface. |
| 197504 | In the Inspection Measurements window, step results for a deleted step remain in the Selected Results table after the step is deleted. |
| 197727 | In the Predefined Registers tree of the EtherNet/IP Adapter step, no value is displayed for a selected register if the register is listed as the final element in a branch. |
| 197811 | In the Inspection Measurements window, result values of NaN are included when calculating the average value. |
| 198529 | The Data Logging, Image Logging, and Read/Write INI File steps allow file paths to contain multiple line entries. |
| 199177 | When the feature-based algorithm is selected for the Geometric Matching step, the step does not use the specified Match Offset coordinates after the step is added to the inspection. |
| 199233 | After opening an inspection that contains a Run LabVIEW VI step which cannot locate the specified VI, the step deletes any VI control or indicator settings when the step is edited. |
Device Support
NI 17xx Smart Cameras
NI CVS-1450 Series Compact Vision Systems
NI EVS-1460RT Series Embedded Vision Systems
National Instruments image acquisition devices
IEEE 1394 industrial digital cameras
GigE Vision cameras
DirectShow-compatible USB cameras
IP cameras
digital or analog I/O from NI data acquisition (DAQ) devices
serial devices
NI 17xx Smart Cameras
NI CVS-1450 Series Compact Vision System
NI EVS-1460RT Series Embedded Vision System
National Instruments Image Acquisition Devices
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|
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IEEE 1394 Cameras, GigE Vision Cameras, DirectShow-Compatible USB Cameras, and IP Cameras
Camera Type | Minimum Required NI-IMAQdx Version | Supported NI Host Adapters |
| IEEE 1394 Cameras | 3.0 | NI PXI/PCI-8252, NI PCI-8254R, NI PCIe-8255R |
| GigE Vision Cameras | 3.0 | NI PCIe-8231, NI PCIe-8235, NI PXIe-8234 |
| DirectShow-Compatible USB Cameras* | 3.4 | — |
| IP Cameras | 3.5 | — |
| *Verify that the camera driver supports DirectShow and that the camera driver is installed correctly. For specific information about drivers and camera compatibility, consult your camera manufacturer documentation. | ||
Launch MAX.
In the MAX configuration tree, expand Devices and Interfaces to obtain a list of installed devices.
Expand NI-IMAQdx Devices to obtain a list of available cameras.
Right-click the camera and select Driver»NI-IMAQdx IIDC Digital Camera.
NI Analog and Digital I/O Devices
Serial Communication
Known Issues
General
Vision Builder AI may not display an inspection image if the image is large and your computer is low on available memory.
To detect and configure a remote target on a system running Windows 7/Vista, the system must have only one network adapter or you must temporarily disable all but one network adapter.
The Run LabVIEW VI step works only with VIs that have a connector pane that consists of a single unwired terminal. For information about configuring a VI to work with the Run LabVIEW VI step, refer to the Run LabVIEW VI FAQs topic in the NI Vision Builder for Automated Inspection: Configuration Help.
Vision Builder AI Development Toolkit
When using the Vision Builder AI Development Toolkit, you must close all open LabVIEW VIs before attempting to create a new step or importing a step from a previous version of Vision Builder AI.
When using the Vision Builder AI Development Toolkit, if you import a Vision Builder AI 2.6 step that uses previous measurement results, when the step executes, the array of measurements in the User Interface and User Programming VIs will be empty. Refer to the NI Vision Builder for Automated Inspection Development Toolkit Tutorial for information about using previous measurements in Vision Builder AI 3.0 or later.
Vision Builder AI ActiveX Component
To use the Vision Builder AI ActiveX component from LabVIEW, you must use LabVIEW 8.2 or later.
When using the Vision Builder AI ActiveX component, the NIVBAITargetMode setting is not available. Therefore, the connection to a target always allows full control.
When using the Vision Builder AI ActiveX component, if the connection to a local target fails the first time you try to connect to the local target, restart the computer and retry the connection.
Additional ResourcesHow do I get started?
Where can I find reference information?
NI Vision Concepts Help—Contains basic concepts of image analysis, image processing, and machine vision. This document also contains in-depth discussions about imaging functions for advanced users.
NI Vision Builder for Automated Inspection: Configuration Help—Contains information about the Vision Builder AI Configuration interface, managing inspections and images, and creating steps for an inspection.
NI Vision Builder for Automated Inspection: Inspection Help—Contains information about using the Vision Builder AI Inspection interface to run inspections.
NI Vision Builder for Automated Inspection: ActiveX Component Reference Help—Contains information about the ActiveX objects available to embed Vision Builder AI inspections into ActiveX applications.
Vision Builder for Automated Inspection Tutorial—Describes Vision Builder for Automated Inspection and provides step-by-step instructions for solving common visual inspection tasks, such as inspection, gauging, part presence, guidance, and counting.
NI Vision Builder for Automated Inspection Development Toolkit Tutorial—Contains instructions for using LabVIEW to create custom steps for Vision Builder AI.
Where can I find examples?
Where else can I go for Vision Builder AI information?