Omron Visionscape Tools Reference guide

Category
Software
Type
Reference guide
VISIONSCAPE®
Tools Reference Manual
84-9100030-02 Rev E
v9.2.2, December 2020
Copyright ©2020
Omron Microscan Systems, Inc.
Tel: +1.425.226.5700 / 800.762.1149
Fax: +1.425.226.8250
All rights reserved. The information contained herein is proprietary and is provided solely for the purpose of
allowing customers to operate and/or service Omron Microscan-manufactured equipment and is not to be
released, reproduced, or used for any other purpose without written permission of Omron Microscan.
Throughout this manual, trademarked names might be used. We state herein that we are using the names to the
benefit of the trademark owner, with no intention of infringement.
Disclaimer
The information and specifications described in this manual are subject to change without notice.
Latest Manual Version
For the latest version of this manual, see the Download Center on our web site at:
www.microscan.com.
Technical Support
For technical support, e-mail: help[email protected].
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For current warranty information, see: www.microscan.com/warranty.
Omron Microscan Systems, Inc.
United States Corporate Headquarters
+1.425.226.5700 / 800.762.1149
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Visionscape Tools Reference iii
Contents
PREFACE Welcome xiii
Purpose of This Manual xiii
Manual Conventions xiii
CHAPTER 1 Advanced Visionscape Concepts 1-1
Introduction 1-2
Acquisition Setup 1-3
Single Camera 1-3
Single Camera Pipeline Processing 1-3
Multiple Cameras 1-10
Producing Reports 1-15
Fail/Pass Results Setup 1-15
Inspection Execution Timing 1-16
Non-Triggered Image Acquisition 1-17
Triggering Acquisitions Internally 1-17
Advanced Triggering Techniques 1-18
Mixing Acquisitions Within a Single Inspection 1-18
Viewing Timing Signals from Running Set of Inspections 1-21
System Resource Considerations for Pipeline Operation 1-22
Image Buffer Allocation 1-22
Overrun Conditions 1-23
Introduction to Trajectory Inspections 1-25
Buttons on the Properties Page 1-28
Resource Datums 1-29
Input Datums 1-30
Output Datums 1-31
Contents
iv Visionscape Tools Reference
References 1-32
Acquire Step 1-32
FlexArray Step 1-42
Formatted Output Step 1-44
If Step 1-54
Inspection Step 1-55
Job Step 1-65
Loop Step 1-66
Sequence Step 1-68
Snapshot Step 1-70
Trajectory Step 1-77
Trajectory Grid Setup Step 1-80
VarAssign Step 1-83
Vision System Step 1-86
Wait Step 1-91
With Step 1-92
Color Channel Selection for Vision Tool Steps 1-94
Color Channel Selection Examples 1-101
Green Interpolation Color Channel 1-103
CHAPTER 2 Calibration 2-1
Calibration Tree Hierarchy 2-4
Calibration Procedure 2-5
Using Robust Calibration 2-7
Using Previously Saved Calibration Data 2-13
Using Calibration in the Result Report 2-16
Multiple Camera Calibration 2-17
Calibration Target Design Criteria 2-19
CHAPTER 3 Masking 3-1
Introduction 3-1
Masking 3-2
Static Masks 3-3
Dynamic Masks 3-3
Generating Masks 3-5
Static Mask Tool 3-5
OCV Tool 3-5
Template Find 3-7
DynamMask Tool 3-7
Using Masks 3-9
Use Input Mask 3-9
Contents
Visionscape Tools Reference v
Custom Mask Templates 3-11
Sample Applications 3-13
Simple Mark/Package Inspection 3-13
Static Masks From Different Buffers 3-15
References 3-17
AutoThreshold 3-17
Compute Polarity 3-19
DynamMask Tool 3-21
StaticMask Tool 3-27
CHAPTER 4 Dynamic Location 4-1
Point Locators 4-3
Center Point 4-3
Rotation 4-3
Reference Location 4-4
Location Adjustment 4-4
Building a Job 4-5
Inserting a RectWarp 4-6
Setting Up a Job 4-7
Internal vs. External Connections 4-7
Positioning of ROIs 4-8
Creating Reference Positions 4-10
Running a Job 4-11
Calculation of Location Adjustment 4-11
Movement of ROIs 4-11
Advanced Configurations 4-12
Input Point Selection 4-12
Adding and Removing Steps 4-14
Movement of Integrated Find Steps After Training 4-14
Movement of Controlled ROIs After Training 4-14
Sample Applications 4-17
Using Corner Points for Location 4-17
Connecting to OCV Autofind 4-18
Dynamic Location of an AnnularUnwrap Warp 4-20
Reference Frames 4-24
Reference Frames of Points 4-24
Reference Frames of the Locator 4-26
Results 4-30
CenterPt 4-30
Offset Distance 4-30
Edit Window 4-31
Status Bar 4-31
Reference 4-33
NPt Locator Tool 4-33
Contents
vi Visionscape Tools Reference
CHAPTER 5 Dynamic Thresholding 5-1
Average Gray Value 5-2
Threshold Reference Value 5-3
Threshold Adjustment 5-3
Building a Job 5-3
Inserting Steps With Thresholds 5-4
Setting Up a Job 5-5
Dynamic Threshold ROI 5-5
Controlled Step’s ROIs 5-5
Normal Training of Reference Value 5-5
Manually Setting Reference Value 5-5
Running a Job 5-6
Integrated GrayHistogram Tool 5-6
Calculation of the Threshold Adjustment 5-6
Modification of Threshold Values 5-7
Exception for Thresholds 0 and 255 5-7
Clamping 5-7
Advanced Configurations 5-8
Reconnecting Input Reference 5-8
Changing Thresholds of Controlled Steps 5-8
Connecting Steps Using Step List 5-9
Sample Applications 5-10
Adding Dynamic Thresholding to an Existing Step 5-10
Customizing Threshold Adjustment With an Expression 5-10
Controlling Execution When Thresholds are Clamped 5-11
Results 5-13
Average Gray Value 5-13
Threshold Adjustment 5-13
Edit Window 5-14
Status Bar 5-14
Reference 5-15
DynamThresh Tool 5-15
CHAPTER 6 I/O 6-1
Introduction 6-1
General Purpose I/O 6-2
Sensors And Strobes 6-3
Virtual Software I/O 6-3
Network Access 6-4
Contents
Visionscape Tools Reference vii
I/O In Visionscape Steps and Tools 6-5
Digital Inputs Step 6-5
Digital Outputs Step 6-5
Output Valid Step 6-5
Inspection Step 6-5
Sequence Step 6-6
Acquire Step 6-6
Tolerance Meas and PointTolerance Meas Tools 6-7
References 6-8
Digital Inputs Step 6-8
Digital Outputs Step 6-12
Output Valid 6-14
I/O Example 6-15
CHAPTER 7 Image Analysis Tools 7-1
Connectivity Analysis 7-2
Blob Tool 7-2
Blob Filter 7-14
Circle Analysis 7-26
Circle Find 7-26
Edge Analysis 7-31
Edge Tool 7-31
Fast Edge Tool 7-36
Flaw Analysis 7-46
Flaw Tool 7-46
Histogram Analysis 7-54
GrayHistogram Tool 7-54
IntelliFind Tool 7-58
Model Edge Contours Selection 7-60
Controls in Model Editor UI 7-63
Teaching and Building a Model 7-64
Editing/Adding or Removing Features from a Model 7-65
Feature Sub-panel 7-66
Setting the Model Reference Frame (HotSpot) 7-67
Checking Model Contours 7-67
Correlation Analysis 7-84
Correlation 7-84
Template Find 7-86
Vector Tool 7-93
Setting Up the Vector Shape 7-101
Shape Manipulation 7-101
Generating a Set of Vectors 7-103
Results 7-107
Using Results 7-108
Contents
viii Visionscape Tools Reference
FTP Image Logging of Pass/Fail Images 7-109
FTP Output Step 7-109
Theory of Operation 7-109
Potential Use Case 7-109
Settings 7-110
MS-Linkable Settings 7-111
Training 7-111
I/O Summary 7-112
Server Setup 7-112
Configuring the FTP Output Step 7-118
CHAPTER 8 Geometric Fitting and Measurement Tools 8-1
Measurement Types 8-2
Angle 8-2
Distance 8-3
Line 8-3
Point 8-5
Area 8-5
Integer and Double 8-5
Customized Measurement 8-5
Geometric Fitting 8-6
LeastSquaresCircle Fit 8-6
LeastSquaresLine Fit 8-9
RobustCircle Fit 8-13
RobustLine Fit 8-25
Measurement Tools 8-29
Dist2Pts Meas 8-29
IntersectLines Meas 8-33
BisectLines Meas 8-35
PtLineNormal_Meas 8-38
Pt to Line Distance 8-41
Measurements Tolerancing 8-44
Tolerance Meas 8-44
PointTolerance Meas 8-52
Expressions 8-59
Expression Datum Rules 8-65
CHAPTER 9 Automatic Identification and Symbol Quality
Verification 9-1
Symbology Tool 9-2
OCRTrainableFont Tool 9-15
OCR Font Training 9-22
Training Tips 9-35
Tips for Marking OCR Fonts 9-36
Contents
Visionscape Tools Reference ix
IntelliText OCR 9-37
IntelliText Overview 9-37
IntelliText Binarization 9-37
IntelliText OCR Tool Inputs 9-38
Optimization Examples 9-43
IntelliText OCR Tool Outputs 9-51
Symbol Quality Verification Tool 9-52
CHAPTER 10 OCV Tools 10-1
OCV Inspection 10-2
Additional Filters 10-3
Brief Descriptions 10-4
Custom Properties — Create/Modify OCVFonts (Library) 10-6
Custom Settings 10-6
Main Custom Properties Dialog 10-7
Font Manager Dialog Box 10-9
Training Fonts 10-11
Training the OCVFontTool 10-13
Remove Symbol Dialog 10-16
Automatic Font Selection and Scaling Dialog 10-16
Automatic Font Selection — The “AutoFont” Button 10-17
Font Scaling — The “Scale” Button 10-21
OCVFont 10-23
Creating FontSymbols 10-23
FontSymbol 10-30
AutoFind 10-39
Troubleshooting 10-42
OCVFontTool 10-43
OCVRuntimeTool 10-53
OCVFontless Tool 10-64
OCVSymbolStep 10-79
OCV Tips 10-87
OCVFont 10-87
Layout Step 10-87
DefaultSymbol 10-87
OCVRuntime Tool 10-88
Converting Jobs with Embedded OCVFonts 10-88
Troubleshooting 10-90
Training Font Based Tools – Read Match% 10-90
CHAPTER 11 Custom Tools 11-1
Custom Step 11-1
Versions of Script Files 11-5
Script Files Not Found or “none” Script 11-5
Contents
xVisionscape Tools Reference
Custom Vision Tool 11-7
Versions of Script Files 11-10
Script Files Not Found or “none” Script 11-11
Perl Scripts Included with Visionscape 11-12
Cylinder_UnWarp 11-12
Dynamic_Binarize 11-12
FailCode 11-15
FindRotated 11-17
Color Perl Scripts 11-22
ColorTrain and ColorID 11-24
ColorSpotCheck 11-28
ColorDifference 11-31
Color Image Display Options 11-34
Color Image Display in FrontRunner 11-34
Running Color Plane Selection 11-35
Color Image Display in AppRunner 11-39
Running Color Plane Selection 11-40
White Balance 11-44
White Balance Gain Values 11-44
White Balance Implementation 11-49
CHAPTER 12 Image Transform Tools 12-1
References 12-3
Annular Unwrap Warp 12-3
Cylinder Unwrap Warp 12-9
Projection Tool 12-13
Rect Warp 12-16
CHAPTER 13 Image Processing Tools 13-1
BinaryMorph Filter 13-3
FrameAverage Filter 13-8
GainOffset Filter 13-11
GrayMorphFilter 13-13
ImageArith 13-18
Operator Set to ADD, COPY, DIFF or SUB 13-20
Operator Not Set to ADD, COPY, DIFF, or SUB 13-24
Operator Set to BINARIZE or PASSRANGE 13-25
Operator Set to MASKSHIFT 13-26
Operator Set to Any Two-Operand Operation 13-27
MeanLP Filter 13-29
Sobel Filter 13-31
Binarized Color Thresholding Filter Tool 13-37
Zooming and Binning 13-43
Contents
Visionscape Tools Reference xi
APPENDIX A Error Codes A-1
Abstract Vision Step Error Codes A-1
Arith Step Error Codes A-1
Auto/Dynamic Mask Step Error Codes A-2
Binary Morphology Agent Error Codes A-2
Binary Morphology Step Error Codes A-2
Blob Agent Error Codes A-2
Blob Datum Error Codes A-3
Blob Step Error Codes A-3
Buffer Datum Error Codes A-3
Buffer Manager Error Codes A-4
C2D Error Codes (Math Library 2D Calibration) A-4
Correlation Search Agent Error Codes A-6
Custom Step Error Codes A-6
DataMatrix/BarCode Step Error Codes A-7
Edge Step Error Codes A-9
File I/O Error Codes A-9
GainOffset Step Error Codes A-11
General Error Codes A-12
Gradient Scan Agent Error Codes A-12
Gray Morphology Agent Error Codes A-13
Hough Agent Error Codes A-13
Hough Agent Error Codes (Data Table) A-14
Hough Agent Error Codes (Line Fit) A-15
Hough Agent Error Codes (Matrix) A-15
Hough Agent Error Codes (Scan) A-16
Line Functions Error Codes A-16
Mask Agent Error Codes A-17
Mask Datum Error Codes A-17
Measurement Step Error Codes A-17
Mean Filter Step Error Code A-18
Npin Find Step Error Codes A-18
Point-Point Distance Step Error Codes A-18
Project Step Error Codes A-19
Shape Datum Error Codes A-19
Snapshot Error Codes A-20
Sobel Step Error Codes A-21
Vector Error Code A-21
FTP Output Step Error Codes A-21
APPENDIX B Sample Calibration Targets B-1
Contents
xii Visionscape Tools Reference
Visionscape Tools Reference xiii
Preface
PREFACE Welcome
Purpose of This Manual
The manual helps you to program and customize your applications. It provides
instructions to develop vision programs, called Jobs, using the FrontRunner
application running on the host PC. It also provides in-depth information on the
various tools used to create an inspection Job.
Manual Conventions
The following typographical conventions are used throughout this manual.
Items emphasizing important information are bolded.
Menu selections, menu items and entries in screen images are indicated as:
Run (triggered), Modify..., etc.
Preface
xiv Visionscape Tools Reference
Visionscape Tools Reference 1-1
1
Advanced
Visionscape Concepts
1
CHAPTER 1 Advanced Visionscape
Concepts
This chapter explains advanced Visionscape concepts.
Chapter 1Advanced Visionscape Concepts
1-2 Visionscape Tools Reference
Introduction
The Visionscape software allows one or more inspections to execute concurrently
on a GigE Vision System or smart camera. An inspection can capture and process
one or more images from one or more GigE cameras connected to the
Visionscape system.
Pass/Fail results are produced at the end of the inspection and can be accessed in
the ResultUploadDone event in VB for further analysis and reports. Pass/Fail
results can also be signalled directly through Digital I/O or Virtual I/O.
Acquisition Setup
Advanced
Visionscape Concepts
1
Visionscape Tools Reference 1-3
Acquisition Setup
Single Camera
The Snapshot/Acquire pair of steps handles image acquisition.
The Acquire Step allocates a buffer, which is memory where the acquired image
is stored, and starts image acquisition. Once the acquisition is finished, image
processing tools execute on that image. At the end of the inspection, the buffer
containing the image is released, allowing it to be reused during the next cycle.
Triggered Acquisition
If the Acquire Step is triggered, the Acquire and Snapshot Steps are executed
concurrently, allowing the acquisition of an image to occur while the processing
of the previous image is underway. This uses an additional image buffer per
Snapshot to store the image while Snapshot processes the previous one. This is
called pipeline execution.
Note: If the triggering occurs in bursts and the image processing takes significant
time, the pipeline can get several images deep while the image processing works
on the current image.
In triggered mode, the inspection busy signal and data valid signals are available
to implement handshaking with the control system providing the triggers.
Single Camera Pipeline Processing
Pipeline execution occurs when processing of the previous image is overlapped
with acquisition of the current image. The inspection must be triggered in order
to enable single-camera pipeline. From FrontRunner, select the Acquire Step in
the Job Tree and enable the trigger by selecting the appropriate trigger source
from Trigger, as shown in Figure 1–1.
Chapter 1Advanced Visionscape Concepts
1-4 Visionscape Tools Reference
FIGURE 1–1. Selecting the Appropriate Trigger Source
In addition, set Trigger Polarity (High->Low or Low->High) based on the type
of trigger signal used.
The types of triggers are:
Physical Input — There are General Purpose I/O points available on GigE
cameras. These can be configured as inputs, in which case they are valid
triggers, or outputs, in which case they cannot be used as triggers. The
definition of the points as inputs or outputs is done in the VisionSystemStep.
Virtual Point — There are 2048 virtual I/O triggers. They are controlled
through the AvpIOClient object and can be used in the same manner as
physical inputs and output. However, Virtual I/O points are both inputs and
outputs simultaneously. They can trigger internally the system from another
Inspection. For more information, see “Triggering Acquisitions Internally”
on page 1-17.
Sensor Point — There are 4 built-in, dedicated sensor lines available. They
are input only points.
Slave Sensor — This is a special point used for master slave configurations.
TTL Input — Unavailable on GigE systems.
Acquisition Setup
Advanced
Visionscape Concepts
1
Visionscape Tools Reference 1-5
RS422 Input — Unavailable on GigE systems.
Serial Trigger — This option triggers the acquisition when a user-specified
string is received on either a TCP or RS-232 serial port. Select which port to
listen on with the second drop down box and enter the match string in the
edit box. The acquisition is triggered when the last character of the match
string is received.
IO Board DIO01 — Selects one of the general purpose inputs from a PCIe
IO board. There are 16 input points and 16 output points. These points are
also available as Virtual Points and will also appear in that list starting point
number 160. There is no difference in operation whether the point is selected
from the Virtual Point list or the IO Board list. NOTE: When selecting an IO
Board input point for triggering, only the first 8 points can be used for low-
to-high trigger events and only the second 8 input points can be used for
high-to-low trigger events. If trigger events from both edges are required, the
signal should be connected to two input pins, see the GigE Camera Guide for
more information.
The timing of the trigger, the busy signal, and other related signals are shown in
Figure 1–2, which shows a single-camera inspection running in pipeline mode,
with overlapped processing and acquisition.
Chapter 1Advanced Visionscape Concepts
1-6 Visionscape Tools Reference
FIGURE 1–2. Timing Diagram for Triggered Single Camera Inspection
The PicDone signal is asserted each time the image becomes available from the
Digitizer. The image processing signal, Inspection Busy, occurs as soon as the
image is digitized and is reset at the end of the cycle. At the end of the inspection,
the Pass/Fail status is asserted and can be read while the data valid signal is
active. The cycle starts again as soon as the data valid signal is turned Off, at
which point the inspection releases the Snapshot’s image. The next image
acquisition occurs while the inspection is running on the previous one.
All signals can be programmed and attached to physical or virtual I/O outputs
and are located as follows:
Trigger, PicDone, ExposeDone: Acquire Step — The Expose signal is
asserted whenever the camera sensor is ready to acquire a new image. This
occurs before image readout from the camera is complete. The camera or
part can be moved as soon as the Expose Signal has been asserted, allowing
an application to overlap the changing of the scene with capture and
processing of the previous scene.
Processing Starts
Processing
Ends
Pass/Fail
Set here
Cycle Complete
Image Released
I/O Results
Available
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Omron Visionscape Tools Reference guide

Category
Software
Type
Reference guide

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