NI Vision Builder for Automated Inspection 3.5 Win32Eng 自动化检测视觉生成器VBAI3.5 LabVIEW8.5

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NI Vision Builder for Automated Inspection 3.5 Win32Eng 自动化检测视觉生成器VBAI3.5 LabVIEW8.5
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NI Vision Builder for Automated Inspection 3.5 Readme

November 2007

This file contains important information about National Instruments Vision Builder for Automated Inspection (Vision Builder AI) software and is organized into the following sections:

System Requirements
Installation Instructions
Activation Instructions
New Features
Bug Fixes
Device Support
Known Issues
Additional Resources

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System Requirements

To configure inspections using Vision Builder AI, the host machine must meet the following requirements:

	Minimum	Recommended
Processor	233 MHz Pentium or equivalent	Pentium 4/M or equivalent
Memory	256 MB RAM	512 MB RAM
Display	1,024×768 resolution video adapter with a 16-bit display	1,024×768 resolution video adapter with a 24- or 32-bit display
Operating System	Microsoft Windows Vista/XP/2000
Browser	Microsoft Internet Explorer 5.0 or later
Hard Disk Space	700 MB

Note: If you are using Vision Builder AI on a Windows XP system with Service Pack 2 installed, refer to Known Issues for information about how Service Pack 2 affects Vision Builder AI.

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Installation Instructions

Complete the following steps to install Vision Builder AI:

Note: You must be logged in with administrator privileges to install Vision Builder AI.

• Insert the Vision Builder AI CD into your CD-ROM drive. If the CD does not run automatically, open Windows Explorer, right-click the CD drive icon, and select Play.
• 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
    
    
  If you choose to enter a serial number, enter the serial number found on your Certificate of Ownership card. Vision Builder AI automatically uses this serial number when you run the NI Activation Wizard.
• Follow the instructions on the screen to complete the Vision Builder AI installation.
• If you want to use Vision Builder AI with a National Instruments image acquisition device, such as a frame grabber or IEEE 1394 or GigE interface card, install the NI Vision Acquisition Software CD included with Vision Builder AI.
  
  

Note: It is not necessary to install NI Vision Acquisition Software to use Vision Builder AI with a remote target, such as the NI 17xx smart camera or NI CVS-1450 Series compact vision system.

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Activation Instructions

If you did not activate Vision Builder AI during the installation process, when you run a Vision Builder AI application for the first time, it prompts you to activate a license for the product. If you do not activate a valid license, Vision Builder AI runs in Evaluation mode and continues to prompt you to activate a license on each subsequent launch.

The evaluation period is 30 days. At the end of the evaluation period you must activate a Vision Builder AI license to continue using the product.

Note: While Vision Builder AI is in Evaluation mode, all features are available except Migrate Inspection to LabVIEW.

Vision Builder AI offers the following licensing options:

• 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 allows inspections to run on all supported targets. This license does not include the Vision Builder AI Development Toolkit.
• Vision Builder AI Full-Featured for NI 17xx Smart Cameras—Allows full access to all Vision Builder AI features, which can be used to configure, benchmark, and deploy inspections. This license only allows inspections to be created for, and run on, the NI 17xx smart camera. This license is included with all NI 17xx hardware kits.
• 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.
  
  

Complete the following steps to activate the Vision Builder AI license:

• 
  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

Pursuant to the National Instruments Software License Agreement, Vision Builder AI software is licensed to run on only one machine. Deployed applications that use Vision Builder AI require that Vision Builder AI be installed and licensed,either full-featured or run-time, on each host machine. Therefore, you must purchase a separate Vision Builder AI license for each host machine. For more information, refer to the enclosed National Instruments Software License Agreement or visit ni.com/legal/license.

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New Features

The following list describes the major changes and enhancements in this release of Vision Builder AI:

• Support for NI 17xx smart cameras
• Configurable user interface in Inspection mode
• Support for sharing Vision Builder AI variables on a network
• Ability to create system variables
• Improved Data Logging and Image Logging steps
• Support for QR code, Pharmacode, and RSS Limited detection
• New Advanced Edge Detection step
• Ability to disable individual steps in an inspection
• Reduced installation time on Windows
• Improved installation for remote targets
• Ability to create backup images of remote targets
  
  

The following list describes all of the new features and changes in this release of Vision Builder AI:

• Added two new execution targets to the Welcome screen, Compact Vision System Emulator and Smart Camera Emulator. The emulator options allows inspections created for remote targets to run even when the hardware is not present.
• The Select Remote Target dialog box now has a context, right-click, menu available for remote targets found and shown in this dialog. This menu provides easy access to familiar functions like configuration and properties as well as the ability to reboot the target and a new feature to create a software image of the target that can be deployed in other systems.
• Remote Target Configuration Wizard - Installation of software on a remote target consists of installing a complete software image resulting in a more intuitive and faster installation process. Information about the image installed is available in the remote target configuration wizard as well as in the remote target properties dialog. It is also possible to format the target drive before installation of a new image.
• The Variable Manager now includes the ability to create inspection variables and system variables. System variables can be published on the network. A new Network Variables tab allows subscribing to network variables published on other systems through Vision Builder AI or LabVIEW.
• A new Inspection Interface Configuration menu item allows specifying the Inspection Interface for the current inspection. The Inspection Interface can use one of the provided templates or an existing LabVIEW VI. A Custom Inspection Interface running on an NI CVS-1450 Series compact vision system or NI 17xx smart camera can be viewed and controlled remotely using a web browser.
• The Benchmark Inspection feature now reports timing information for the complete inspection. The number of times the inspection runs for the purpose of benchmarking is configurable.
• It is now possible to specify when the Setup and Cleanup states are run. These states can be run every time the inspection is loaded and unloaded (default behavior in Vision Builder AI 3.0) or every time the inspection starts and stops. This option is available by selecting Tools»Options when running on a host or selecting under Target»Options when connected to an NI CVS-1450 Series compact vision system or NI 17xx smart camera.
• The Target»Options menu includes a new option to run a web server on the remote target. The web server publishes the customized Inspection Interface if configured.
• The Target»Options menu for the NI 17xx smart camera includes the ability to synchronize the smart camera with an SNTP time server.
• The Target»Options menu for the NI 17xx smart camera allows specifying the network configuration of the secondary Ethernet port in the smart camera.
• Selecting Target»Create Target Image creates a complete image of all software and data on a remote target. This allows you to backup the configuration of a remote target in order to restore or duplicate the system.
• In the State Diagram editor, the combination of +click allows you to select multiple states. Right-clicking one of multiple states selected displays a context menu for aligning or distributing states.
• You can now disable inspection steps by right-clicking the step and selecting Disable/Enable Step.
• There are new steps to acquire images from an NI 17xx smart camera, read and write to the smart camera I/O lines, and configure the output lines for pulse generation.
• A new Advanced Straight Edge step is available on the Locate Features tab. This step allows the detection of one or multiple straight edges in low contrast, noisy images with high accuracy and repeatability.
• The new Read QR Code step allows locating and decoding QR and micro-QR codes.
• A new Update Inspection UI step located in the Use Additional Tools tab, allows updating the indicators in the Inspection Interface. Indicators can be image, string, numeric (including charts), and Boolean indicators.
• The Acquire Image and Acquire Image (IEEE 1394) steps now give the option to immediately return if a new image has already been acquired since the last call to the step or wait for another image to be acquired after the step was called.
• The Simulate Acquisition step used to cache the images in the folder that it read before the inspection ran. The default mode is now to load images individually only caching the file names, with the option to revert to the previous default of caching all the images.
• The Vision Assistant step can now process a region of interest in the image.
• The Calibrate Image step has a new option to correct the original image by applying a spatial calibration.
• The Read 1D Barcode step now reads Pharmacode and RSS Limited codes.
• The Serial I/O step provides the option to remove the termination character from strings received.
• The Set Variable step makes it possible to read or write inspection, system, and network variables.
• The Data Logging step allows logging data to the local hard drive, a remote FTP server, or to send data to a TCP device.
• The Data Logging step provides the option to return data as a tab delimited text file or a comma-separated value (CSV) file.
• The Data Logging step allows choosing a substitution character to use in place of missing measurements.
• The Image Logging step offers the possibility to log images to an FTP server.
• Steps using previous measurements as well as transition conditions can now use inspection, system, or network variables.
• Steps using previous measurements as well as transition conditions can now use the value of controls available on a custom Inspection Interface.
• The Inspection In Progress system signal is ON while the inspection is running. The behavior of inspections configured with Vision Builder 3.0 using Inspection in Progress system signal remains unchanged.
• A new Inspection Loaded system signal is available.
• The folder of images used by the Simulate Acquisition step can now be C:\User Images on an NI CVS-1450 Series compact vision system or NI 17xx smart camera. This location is used if the path specified in the Simulate Acquisition step cannot be found in the remote target.
• The VIs or LLBs used by the Run LabVIEW VI step can now be C:\User VIs on an NI CVS-1450 Series compact vision system or NI 17xx smart camera. This location is used if the path specified in the Run LabVIEW VI step cannot be found on the remote target.
• New lessons have been added to the Vision Builder AI tutorial about image acquisition with an NI CVS-1450 device or the NI 17xx smart Camera as well as usage of the Inspection Selection feature.
• The performance of state diagrams has significantly improved.
  
  

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Bug Fixes

The following list describes issues in previous versions of Vision Builder AI that are fixed in this release.

• 4DDCS5OK—The paste feature allowed pasting steps invalid for the selected state.
• 4DQ9F400—Double-clicking an inspection file while Vision Builder was open had no effect.
• 4EGCKNZN—An inspection state could update the image display even if the Display Result Image for this State control was disabled.
• 4A4DE3ZN—Vision Builder AI Configuration mode consumes a large amount of CPU resources when opening large inspections.
• 4E18591G—Opening a Vision Builder inspection previously saved with Vision Builder AI 1.x or 2.x (*.bin file) could take a long time.
• 4DD9891G—Losing connection to a remote target could result in the loss of changes made to an inspection.
• 4CKA8CRJ—Renaming an inspection file in Windows Explorer did not change the name of the inspection in Vision Builder AI.
• 4EGC7PZN—Benchmarking an inspection on a remote target returned incorrect results if the inspection included more than one state.
• 4DGEETRJ—When using the Run Once option on a remote target, if a coordinate system step failed in the inspection, Vision Builder AI did not display the inspection state anymore.
• 4C9AHVRJ—Inspection steps could not use regions of interest defined in previous states.
• 4ABFSTZN—View Measurements window was not updated after editing inspection steps.
• 4C9ANKRJ—The copy of a Calculator step used incorrect measurements.
• 49ND8UZN—Could not connect to an NI CVS-1450 device when a string received from the Serial I/O Step and Select Inspection step did not match.
• 4DH9LJZN—Exiting an inspection with the No, Close Only option disabled inspection selection.
• 4EB89R1G—It could be difficult to re-connect to a remote target using inspection selection.
• 4E94EB00—The Vision Builder AI ActiveX control could return incorrect measurements for an inspection including multiple states.
• 4C8GMSZN—The Vision Builder AI ActiveX control could return errors when opening an inspection on the host machine.
• 4E87SA00—After modifying a Calculator step, there was no prompt to save changes.
• 4CDBOA1G—LabVIEW code generated did not update system variables.
• 4DBESH00—LabVIEW code generated had incorrect pass/fail criteria for Match Color Pattern step.
• 4DBEPNZN—LabVIEW code generated had incorrect pass/fail criteria for Match Color Template step.
• 47R3QE91—LabVIEW code generated might not update image overlay.
• 4DBETTZN—LabVIEW code generated might have incorrect pass/fail criteria when inspection included multiple states.
• 4ABFLHZN—Controls for lower/upper threshold values in the Count Pixel steps could be difficult to modify.
• 4DCFP4WM—Grading option returned incorrect values in the Read Data Matrix Code step.
• 4DGD9IRJ—Load from File control in the Detect Defects step returned invalid template error when connected to a remote target.
• 4DO9IUSN—The Detect Objects step gave incorrect results when working with a region of interest that was a rotated rectangle with a negative rotation angle.
• 4ECE3SZN—The position and overlay of the objects found by the Detect Objects step was offset when the image had a nonlinear calibration.
• 4E19011G—The FTP path used in the Data Logging step could not include any folder names.
• 47PFEQ1G—The change detection option of the NI-IMAQ I/O step always returned true for the first iteration of the step.
• 476A19I8—No error was returned when trying to use the Acquire Image (IEEE 1394 or GigE) step on an NI CVS-1450 device.
• 4EI7LQ1G—Using multiple instances of the Acquire Image (IEEE 1394 or GigE) step with the same camera did not keep unique settings for each step.
• 4D38RNZN—The Server Not Running warning from the Modbus Slave and TCP I/O steps could stop inspection selection.
• 4BTE3O1G—The user configuration of the Read Data Matrix Code step was not saved properly.
• 492AASRJ—The Run LabVIEW VI step returned errors when the called VIs had dependencies on LabVIEW libraries.
• 4BKAKGZN—It was possible to run out of memory when using a large amount of images with the Simulate Acquisition step.
• 4DCGC1V9—The Threshold Image step returned empty image if it used an unavailable measurement.
• 4ADC4CRJ—The Vision Assistant step could work with an image different than the input one.
• 46M53M7C—The Vision Assistant step returned an Image not accessible error message when the user account did not have administrative rights.
• 4C8GMERJ—In the Development Toolkit, the build step did not work if the source code contained VIs from LabVIEW libraries.
• 48CI13RJ—In the Development Toolkit, it was not possible to implement a step that used coordinate systems, previous results, or variables for LabVIEW Real-Time.
• 4DAEEH1G—In the Development Toolkit, a coordinate system template did not fail when the coordinate system measurement was not available.
• 48TE1HTI—In the Development Toolkit, the Generate a Report template did not create reports on NI CVS-1450 devices.
• 4EE8QJ1G—In the Development Toolkit, the Global Variable Template produced invalid results.
• 4C87GDHA—In the Development Toolkit, the image returned by a custom step could not be processed by some of the functions in the Vision Assistant step.
  
  

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Device Support

Vision Builder AI supports National Instruments image acquisition devices, IEEE 1394 industrial cameras, GigE Vision cameras, NI CVS-1450 Series compact vision systems, NI 17xx smart cameras, NI analog and digital I/O data acquisition (DAQ) devices, and serial devices.

Image Acquisition Devices

This version of Vision Builder AI supports the following National Instruments image acquisition devices:

NI PCI-1405 NI PXI/PCI-1407 NI PXI/PCI-1409 NI PXI/PCI-1410

NI PXI/PCI-1411 NI PXI/PCI-1422 NI PCI-1424 NI PCI-1426

NI PCIe-1427 NI PXI/PCI-1428 NI PCIe-1429 NI PCIe-1430

Note: Vision Builder AI 3.5 or later requires NI-IMAQ 4.0 or later to acquire images using a National Instruments image acquisition devices. NI-IMAQ 4.0 or later is included on the NI Vision Acquisition Software CD that ships with Vision Builder AI.

IEEE 1394 (FireWire®) Cameras

This version of Vision Builder AI supports the following National Instruments IEEE 1394 host adapters:

• NI PXI/PCI-8252
• NI PCI-8254R
• NI PCIe-8255R
  
  

If you want to use IEEE 1394 industrial video cameras with Vision Builder AI, you need NI-IMAQ for IEEE 1394 Cameras 2.0 or later. You must also associate the driver software with the camera you want to use to acquire images. IEEE 1394 driver software can be installed from the NI Vision Acquisition Software CD included with Vision Builder AI. As of NI Vision Acquisition Software 8.2.1, all of the functionality of NI-IMAQ for IEEE 1394 Cameras driver software has been bundled into the NI-IMAQdx driver software.

If you have an existing inspection that uses the Acquire Image (IEEE 1394) step or you want to use the Acquire Image (IEEE 1394) step to acquire images from an IEEE 1394 camera connected to the host computer, you must configure the camera to use the legacy NI-IMAQ for IEEE 1394 Cameras driver. Complete the following steps to use MAX to configure the camera to use the legacy NI-IMAQ for IEEE 1394 Cameras driver.

• 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-IMAQ IEEE 1394 IIDC Digital Camera. The camera should appear in the MAX configuration tree under Legacy NI-IMAQ IEEE 1394 Devices.
  
  

To use the Acquire Image (IEEE 1394 or GigE) step to acquire images from an IEEE 1394 camera, you must configure the camera to use the NI-IMAQdx driver. Complete the following steps to use MAX to configure the camera to use the NI-IMAQdx driver.

• 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.
  
  

For additional information about migrating from NI-IMAQ for IEEE 1394 Cameras to NI-IMAQdx, refer to the NI-IMAQdx Readme.

GigE Vision Cameras

This version of Vision Builder AI supports the NI PCIe-8231 Gigabit Ethernet host adapter.

If you want to use GigE Vision-compliant industrial video cameras with Vision Builder AI, you need NI-IMAQdx 3.0 or later driver software. NI-IMAQdx can be installed from the NI Vision Acquisition Software CD included with Vision Builder AI.

NI CVS-1450 Series Compact Vision System

Vision Builder AI supports the NI CVS-1450 Series compact vision system, allowing you to remotely configure and control the device using Vision Builder AI.

Note: Vision Builder AI 3.5 or later does not work on NI CVS-1454 devices with 32 MB of memory. To determine if your NI CVS-1454 device is affected, refer to the part number (189139x-02, where x is the revision letter) on your device. If your device is revision E or earlier contact National Instruments to upgrade the NI CVS-1454 device memory.

NI 17xx Smart Cameras

Vision Builder AI fully supports NI 17xx smart cameras, allowing you to remotely configure and control the device using Vision Builder AI.

Analog and Digital I/O Devices

This version of Vision Builder AI supports digital and analog I/O from any National Instruments data acquisition (DAQ) device using NI-DAQmx Global Channels. To support NI DAQ devices, Vision Builder AI requires NI-DAQmx 8.0 or later.

Serial Communication

Vision Builder AI requires NI-VISA 3.4.1 or later to support serial communication using the serial ports built into the PC or one of the following NI serial interfaces: NI PCI-232/x, NI PXI-8420/x, or NI PXI-8422/x. To install NI-VISA, select NI-VISA from the features tree during installation

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Known Issues

National Instruments is aware of the following issues you may encounter while using Vision Builder AI 3.5 Beta.

General

• Vision Builder AI 3.5 does not work on NI CVS-1454 devices with 32 MB of memory. To determine if your NI CVS-1454 device is affected, refer to the part number (189139x-02, where x is the revision letter) on your device. If your device is revision E or earlier contact National Instruments to upgrade the NI CVS-1454 device memory.
• Vision Builder AI may not display an inspection image if the image is large and your computer is low on available memory.
  
  

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 Vision Builder AI 3.0 step.
  
  

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.
  
  

Windows XP Service Pack 2

• When you choose Select Network Target in Vision Builder AI while the Windows XP Service Pack 2 Internet Connection Firewall is enabled, a dialog box may open, giving you the option to allow Vision Builder AI to receive information over a network. National Instruments recommends that you select Unblock this program so that Vision Builder AI can configure your remote NI CVS-1450 Series device. You must be logged in with administrator privileges to configure this networking option. Visit ni.com/info and enter winxpsp2 for more information.
• "When using the Vision Builder AI ActiveX component while the Windows XP Service Pack 2 Internet Connection Firewall is enabled, a dialog box may open, giving you the option to allow VBAI_Server to receive information over a network. You must select Unblock this program to use the Vision Builder AI ActiveX component. You must be logged in with administrator privileges to configure this networking option. Visit ni.com/info and enter winxpsp2 for more information.
  
  

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Additional ResourcesHow do I get started?

Read the NI Vision Builder for Automated Inspection Tutorial, which provides exercises for learning how to perform basic machine vision techniques using Vision Builder AI.

Where can I find reference information?

Reference information for Vision Builder AI is available from within Vision Builder AI by clicking the Show Context Help button, or selecting Start»All Programs»National Instruments»Vision Builder AI»Documentation.

The following documents are provided with Vision Builder AI as online help:

• 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.
  
  

Use the Search tab in the help files to quickly locate specific information. For information about how to use the search functionality, refer to the Using Help»Searching Help topic in the help file.

The following documents are provides with Vision Builder AI as Adobe PDF documents:

• NI Vision Builder for Automated Inspection Development Toolkit User Guide—Contains instructions for using LabVIEW to create custom steps for Vision Builder AI.
• NI Vision Concepts Manual—Contains basic concepts of image analysis, image processing, and machine vision. This document also contains in-depth discussions about imaging functions for advanced users.
  
  

Where can I find examples?

Examples of common Vision Builder AI inspections are installed to the \Examples directory, where is the location to which you installed Vision Builder AI.

Where else can I go for Vision Builder AI information?

Visit ni.com/vision and the NI Developer Zone at ni.com/zone for the most up-to-date information about Vision Builder AI.

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Copyright

© 2002–2007 National Instruments Corporation. All rights reserved.

Under the copyright laws, this publication may not be reproduced or transmitted in any form, electronic or mechanical, including photocopying, recording, storing in an information retrieval system, or translating, in whole or in part, without the prior written consent of National Instruments Corporation.

Trademarks

National Instruments, NI, ni.com, and LabVIEW are trademarks of National Instruments Corporation. Refer to the Terms of Use section on ni.com/legal for more information about National Instruments trademarks.

FireWire® is the registered trademark of Apple Computer, Inc.

Other product and company names mentioned herein are trademarks or trade names of their respective companies.

Members of the National Instruments Alliance Partner Program are business entities independent from National Instruments and have no agency, partnership, or joint-venture relationship with National Instruments.

Patents

For patents covering the National Instruments products, refer to the appropriate location: Help» Patents in your software, the patents.txt file on your CD, or ni.com/patents.

1104755958

非常感谢…………………………