Operating Manual. Multi-Channel Video Traffic Detection System

Transcription

1 Operating Manual Multi-Channel Video Traffic Detection System

2

3 Peek Traffic Corporation Operating Manual VideoTrak-IQ Multi-Camera Video Traffic Detection System 1/6/2010 p/n: Rev 1

4 Copyright 2010 Peek Traffic Corporation All rights reserved. Information furnished by Peek Traffic is believed to be accurate and reliable; however Peek does not warranty the accuracy, completeness, or fitness for use of any of the information furnished. No license is granted by implication or otherwise under any intellectual property. Peek reserves the right to alter any of the Company's products or published technical data relating thereto at any time without notice. No part of this publication may be reproduced, stored in a retrieval system, or transmitted in any form or via any electronic or mechanical means for any purpose other than the purchaser s personal use without the expressed, written permission of Peek Traffic Corporation. Peek Traffic Corporation 2906 Corporate Way Palmetto, FL U.S.A. Trademarks VideoTrak-IQ and the VideoTrak-IQ logo are trademarks or registered trademarks of Peek Traffic Corporation, in the USA and other countries. Microsoft and Windows are trademarks or registered trademarks of Microsoft Corporation. Other brands and their products are trademarks or registered trademarks of their respective holders and should be noted as such. VT-IQ Operating Manual Assembly: VT-IQ Operating Manual Contents (Rev 1A): VT-IQ Operating Manual Cover:

5 Contents Table of Figures... viii Preface About This Manual... 1 Purpose and Scope... 1 Assumptions... 1 Related Documents... 2 Technical Assistance... 3 Conventions Used in this Manual... 3 Typographic Conventions... 3 Keyboard and Menu Conventions...4 Symbol Conventions... 4 Chapter 1 Introduction to the VideoTrak-IQ... 5 Overview... 6 About the VideoTrak-IQ System... 6 VideoTrak-IQ Hardware... 8 VideoTrak-IQ Detection Card... 8 Camera Interface Panel Video Hardware VideoTrak-IQ Color Video Traffic Detection Camera Enclosure Mounting Hardware Cables Optional Hardware for VideoTrak-IQ VideoTrak-IQ Two/Four-Camera Extender Detection Cards Detector Rack Power Supply Peek Traffic Card Detector Racks Peek Traffic Field Video Monitor (FVM) Chapter 2 Installation Basic steps to install the VideoTrak-IQ hardware Tools and Supplies Specifications for fabricated wiring VideoTrak-IQ Operating Manual iii

6 Contacts Step 3 Powering the Camera Step 4 Installing the VideoTrak-IQ Card Step 5 Video Input Termination - DIP Switch Settings Step 6 Frame the Field of View Chapter 3 Operating Mode...39 Overview Operating Mode The Video Interface VideoTrak-IQ Menu Map Operating Mode Quad Display Logo/Navigation Menu Single Camera Display VideoTrak-IQ Help System Accessing On-screen Help Navigating the Help Windows Accessing Field/Area Specific Help From Configuration Tabs Camera Selection/Edit Menu Camera Selection Edit Selection from the Camera Selection/Edit Menu Accessing The System Configuration Menu Chapter 4 Configuring Detection Zones...51 Traffic Detection Zones Defined Zone Configuration Tab Step 1 Select a Camera Step 2 Enable the Detection Zones About Detection Zones Steps to enable Detection Zones Step 3 Enable Direction Filtering Overview Show Details Button Selecting a Zone Zone Detail Scroll Bar Zone Label Step 4 Set Zone Detection Sensitivity About the Zone Sensitivity Button Step 5 Edit the Zone Label About the Zone Label Edit Button Steps to Edit the Zone Label Step 6 Set the Zone Delay About the Zone Delay Button Step 7 Set the Zone Extend About the Zone Extend Button Step 8 Enable Conditional Detection...66 About the Zone Detect Button Step 9 Set Zone Failsafe Conditions About the Zone Failsafe Button Step 10 Enable Shadow Filter About the Shadow Filter Step 11 Program the TS2 Input map (SDLC Inputs) About the TS2 Input Map Button Zone Direction Dial iv VideoTrak-IQ Operating Manual

7 Contacts Default Button Step 12 Edit Detection Zones On-screen Editing Detection Zones Selecting and Deselecting Zones Moving Zones Changing Zone Shapes Zone Placement Chapter 5 Assigning Zones to Outputs Overview Outputs Tab Output Camera Buttons Show Outputs by Camera Show Zones by Outputs Zone LEDs Output LEDs Output Labels Assigning Detection Zones to Detector Outputs Zone output Assignment Matrix Output Assignment Utility Using the TS1/170 Outputs Utility (Front and Rear Outputs) Using the TS2 Utility (SDLC Outputs) Enable the TS2 Status Outputs Program Logical Zone Combinations and Output Functions Output Scroll Bar Assigning Detection Zones to Card Edge Outputs (TS1/170) Chapter 6 System Settings Overview System Tab Network Configuration Editing the IP Address Automatically Obtain an IP Address (DHCP) Manually Editing the IP Address and Network Settings Editing the Subnet Mask or Default Gateway Edit the System Socket System Clock Event Logs Adjusting Event Logging Intensity Viewing Event Logs Chapter 7 Display Set-Up Overview Display Tab Camera Button Display Zone Labels Filled Zones Camera Labels Editing the Camera Label Day / Night Status Video Output Sequence Editor Scheduling Video Output Monitoring Scheduled Video Monitoring VideoTrak-IQ Operating Manual v

8 Contacts Continuous Video Sequence Monitoring Screen Saver/Timer Display and Monitor Phases Activating and editing Phase Displays Input Display Editor Edit the Phase, Overlap, Input Colors and faces Chapter 8 VideoTrak-IQ System Configurations Overview Config Tab Camera Button Load Factory defaults - Camera and system Camera Tab System Tab Camera and System Configuration File Options Camera Tab System Tab Local Button USB Button Assignment Button Chapter 9 Video Camera Settings Overview Video Tab Camera Button Camera Control Settings Video Input setting Camera Lens Adjustments Camera Zoom Adjustment Camera Focus Adjustment Camera Zoom / Focus Speed Control Cable Length Setting Contrast Threshold Settings Steps to Program Contrast Threshold Settings Detection Learning Time Chapter 10 System Monitoring The I/O Tab Zone Activity Monitor Card Edge Outputs Monitor Inputs Monitor TS2 SDLC Outputs Monitor TS2 Status Monitor Editing Input and Output Labels on the I/O Tab Chapter 11 Advanced Operations Overview About Tab Reset Button Version Button Admin Button Importing Files Importing DSP Code, Application, or System Files Importing Images vi VideoTrak-IQ Operating Manual

9 Contacts Chapter 12 System Maintenance Overview Camera Maintenance Enclosure Cameras and Lenses Cabling Detection Zone Maintenance Loading New Firmware to the VideoTrak-IQ Card Chapter 13 Product Specifications VideoTrak-IQ DB15HD I/O Cable Peek Color Traffic Detection Camera VideoTrak-IQ Detector Card Racks VideoTrak-IQ Video Detection Cards VideoTrak-IQ Extender Cards MPS-4 Power Supply Chapter 14 Troubleshooting Overview VideoTrak-IQ Firmware Version Records Note About Zone Failsafe Operation Hardware Troubleshooting Power not reaching the card Faulty LED Video Signal Not Available from Camera Video Interface Troubleshooting Interface Pointer Not Responding to the Mouse Card Outputs Not Reacting as Mapped Zones Not Responding to Vehicles (Missed Vehicles) Zones Active When No Vehicle Present (False Positives) Troubleshooting Guide Advanced Troubleshooting Technical Support Glossary Index VideoTrak-IQ Operating Manual vii

10 Contacts Table of Figures Figure 1 The VideoTrak-IQ System... 6 Figure 2 VideoTrak-IQ One and Four Camera Detector Card-Front Panels... 8 Figure 3 VideoTrak-IQ 4 Camera Detector Card-Rear Panel Figure 4 4 Camera VideoTrak-IQ Card in a rack with a Power Supply Figure 5 VideoTrak-IQ Camera Interface Panel Figure 6 The Peek Color Video Traffic Detection Camera and Sun Shield Figure 7 Pin inputs for a VideoTrak-IQ camera with power lens Figure 9 Peek MPS-4 Detector Rack Power Supply Figure 10 Peek Traffic Detector Card Racks Figure 11 Optimal mounting location Figure 12 Video cabling with the Camera Interface Panel Using front panel Figure 13 Video cabling without the Camera Interface Panel Figure 15 MIL-3102 cable connector on camera enclosure Figure 16 Twist firmly to attach the connector Figure 17 Wiring power through the CIP Figure 18 Wiring power without a CIP Figure 19 Connecting the CIP to the VideoTrak-IQ Card Figure 20 Framing the video Field of View Figure 21 A typical Operating Mode display Figure 22 VideoTrak-IQ Menu Navigation Map Figure 23 Normal Operating Mode Figure 24 Logo/Navigation Screen Figure 26 Accessing On-screen Help Figure 27 Camera Selection/Edit Menu Figure 28 Configuration Menu Figure 30 Camera Button Figure 33 Zone Configuration Menu and the expanded details section Figure 34 Zone Label and Zone Detail Scroll Bar Figure 36 Zone Label Edit Button and Details Scroll Bar Figure 39 Zone Extend Settings Figure 42 Zone Shadow Filter Figure 43 The TS2 Input Map assigns phases and overlaps to a TS2 MMU Figure 44 The Zone Direction Dial Figure 47 VideoTrak-IQ Output Tab Figure 48 Output Camera Buttons on the Outputs Tab viii VideoTrak-IQ Operating Manual

11 Contacts Figure 49 Show Camera Zones Radio Buttons Figure 52 Output LEDs and Labels Figure 53 Card Edge Output Labels Figure 54 Detector BIU Output Label Figure 55 Zone Output Assignment Tools Figure 56 Modal Menus for TS1/170 and TS2 Assignment Utility Figure 57 Assigning Detector Outputs to Bus Interface Units (BIUs) using the TS2 Utility Figure 58 Enable TS2 Status Outputs Figure 59 Zones combinations contribute to outputs Figure 60 Output Scroll Bar Figure 61 System Tab on the VideoTrak-IQ Configuration Menu Figure 62 TS2 Area of System Screen Figure 63 Network Configuration Edit Window Figure 64 Automatic IP Address Update Figure 65 Network Settings Edit Window Figure 66 The System Clock Figure 67 Adjusting Event Logging Intensity Figure 68 Viewing Event Logs Figure 70 Enabling display of zone labels on the camera field of view Figure 71 Display Zones as Solid Objects Figure 72 Editable camera label displayed on Camera FOV Figure 74 Day/Night Status Check Box Figure 75 Sequence Video checkbox enables the VideoTrak-IQ sequence editing features.111 Figure 76 Programming scheduled video monitoring Figure 77 Programming the continuous video monitoring sequence Figure 78 Activating the Phase / Input Display Editor Figure 79 Selecting Phases to Display Editing Window Figure 80 Signal Head Display Editor Figure 81 VideoTrak-IQ Configuration Tab Figure 82 Load Camera and System Factory Defaults Figure 83 Camera, Contrast, and Detection tabs on the Video Tab Figure 84 Camera Control Tab on the Video Tab Figure 85 Video Input Dropdown Box Figure 86 Adjust Lens button open the Zoom/Focus Adjustment Window Figure 87 Camera Zoom Adjustment Tools Figure 88 Camera Focus Adjustment Tools Figure 89 Camera Zoom/Focus Speed Scroll Bar Figure 90 Cable Length Setting Box Figure 91 Contrast Threshold Settings Figure 92 Detection Learning Time spin box Figure 93 Monitor Zones, Inputs, and Outputs on the I/O Tab Figure 94 Editing Input and Output Labels Figure 95 About Tab Figure 96 Firmware Version Information Figure 97 Administrative Functions Window Figure 98 Image Import / Management Tools VideoTrak-IQ Operating Manual ix

12 Contacts x VideoTrak-IQ Operating Manual

13 Preface About This Manual PURPOSE AND SCOPE This manual explains the installation and operation of the VideoTrak-IQ Multi-Channel Video Traffic Detection System. The VideoTrak-IQ operating manual describes the Video Detection Card, the configuration environment, the camera interface configuration process, camera, cabling, and the video interface. This manual describes how to install the VideoTrak-IQ products in a typical setting and explains the process of setting up zones and configuring detection outputs. It also provides maintenance instructions and a set of the most common faults that may be encountered while using VideoTrak-IQ, including suggestions to resolve them. ASSUMPTIONS This manual assumes that the user of this manual and the hardware described herein are authorized by the local traffic governing body to work in and around intersection control cabinets. It is also assumed that the reader is aware of local municipal ordinances concerning safety and proper procedures to work on traffic control equipment. It is further assumed that the hardware will be within a traffic control cabinet located near an intersection that VideoTrak-IQ will be tasked with monitoring. It assumes that competent technicians will be on hand to facilitate cabling and wiring of power and video linking the cabinet and the VideoTrak-IQ camera. The VideoTrak-IQ user should be comfortable using a standard computer mouse to interact with the video configuration interface. Although VideoTrak-IQ does include a hardware port that may be used to communicate with an external computer, no notebook or other computer is required to configure VideoTrak-IQ. VideoTrak-IQ Operating Manual 1

14 Preface About This Manual RELATED DOCUMENTS These documents provide additional information which may be useful during the installation, configuration, and use of VideoTrak-IQ hardware and video interface: VT-IQ Release Notes 2 VideoTrak-IQ Operating Manual

15 Technical Assistance TECHNICAL ASSISTANCE If you need assistance or have questions related to the use of this product, call Peek Traffic Corporation s Product Support Group for support. Contact Information Toll free in the U.S.: (800) phone: (941) fax: (941) Tech.Support@peektraffic.com Hours of Operation M-F, 8am-5pm, EST CONVENTIONS USED IN THIS MANUAL When referring to any of the product manuals from Peek Traffic, the following typographical conventions will aid in understanding the intent of the various topics and procedures. Typographic Conventions As shown in the following table, whenever text appears in the following fonts and styles, it indicates a special situation or meaning for the user. Table 1 Typographic conventions used in this manual Description Commands or controls that must be selected by the user appear in bold. Switches or keyboard keys appear in SMALL CAPS. Things that the user needs to type at a prompt or entry window exactly as shown appear in this font. Items italicized inside slanted brackets < > are variables that need to be replaced while typing a command. The slanted brackets should not be typed. Example In the Print dialog box, select Options. When finished selecting parameters, press the PAGEDOWN key. Type a:\setup.exe at the prompt. Type c:\<install directory>\product and press ENTER. VideoTrak-IQ Operating Manual 3

16 Preface About This Manual Keyboard and Menu Conventions Some commands are accomplished with a pair or sequence of keystrokes or command entries. The way these should be done is indicated by the way they are shown in the instructions, as listed here. Table 2 Keyboard conventions used in this manual Description A series of commands that need to be completed in sequence will be separated by a right slant bracket (>) A dash, or hyphen, ( - ) indicates keys or controls that need to be pressed at the same time to activate the command A comma (, ) indicates keystrokes that need to be pressed one after the other. Example Go to Start > Programs > CL-MATS and select Configuration. Press CTRL-p to print the file. To print the file, press ALT-f, p. Symbol Conventions The following symbols are used in this manual to indicate special messages for the user. Each indicates the level of importance that should be assigned to the associated text. Table 3 Symbol conventions used in this manual Symbol Description Note This icon accompanies a general note or tip about the current topic. Caution This icon represents a general hazard. If the operator is not paying attention, some action that is undesired may occur. Warning This icon represents a situation where some real risk exists, whether of electrical shock or some other form of personal or property damage. Be very careful when dealing with Warning situations. 4 VideoTrak-IQ Operating Manual

17 Chapter 1 Introduction to the VideoTrak-IQ This chapter introduces the product and provides a brief overview of VideoTrak-IQ System. The chapter also describes the function of standard and optional VideoTrak-IQ hardware and provides a summary of the basic installation steps. The following topics are discussed in detail in this chapter: Overview, on page 6. About the VideoTrak-IQ, on page 6. VideoTrak-IQ Hardware, on page 8. VideoTrak-IQ Color Video Traffic Detection Camera, on page 12. Optional Hardware for VideoTrak-IQ, on page 15. Basic steps to install the VideoTrak-IQ hardware, on page 22. VideoTrak-IQ Operating Manual 5

18 Chapter 1 Introduction to the VideoTrak-IQ OVERVIEW This chapter describes the hardware that is used in the VideoTrak-IQ System. This includes the VideoTrak-IQ Detector Card, rack with power supply, the Camera Interface Panel, and the VideoTrak-IQ Color Video Traffic Detection Camera, as well as cables and mounting hardware that are available for use with VideoTrak-IQ. For information about product specifications, please refer to Product Specifications, on page 151 of this manual. About the VideoTrak-IQ System VideoTrak-IQ is a multi-channel vehicle detection source for traffic controllers that replaces or assists other site-permanent detection methods such as induction loops, Radar, Microwave, or piezo sensors. VideoTrak-IQ is made up of several components: the VideoTrak-IQ Video Detection Card, VideoTrak-IQ Color Video Traffic Detection Camera, Camera Interface Panel, and cabling. It is controlled using an embedded video interface which can be accessed by plugging a video monitor and USB mouse directly into the detection card. Color Video Detection Camera Cabinet VideoTrak-IQ Detector Rack with Card and Power Supply Peek Camera Interface Panel Traffic Control Outputs A Peek or compatible Traffic Controller Figure 1 The VideoTrak-IQ System 6 VideoTrak-IQ Operating Manual

19 Overview The VideoTrak-IQ System views and monitors up to four video cameras at a time using a single card or shelf-mounted unit and enables on-screen configuration of zones, using a standard monitor and mouse. On-screen setup allows visual verification of proper zone placement, for optimal detection of vehicles in a wide variety of intersection and roadway environments. VideoTrak-IQ configuration is flexible and easily modified, providing as many as twenty-six Detection Zones per camera. The VideoTrak-IQ Color Traffic Detection Camera feeds high resolution images to the digital image processing algorithms of the VideoTrak-IQ Video Detection Card. The integrated, temperature-controlled heater ensures that the electronics operate properly and the front window remains clear in all weather situations. The camera s power lens allows focus and zoom to be adjusted, without opening the camera enclosure. The zoom and focus settings of the camera can be controlled through the VideoTrak-IQ user interface at the cabinet or the Field Video Monitor during installation of the camera. The Peek Camera Interface Panel, an integral part of the Video-IQ system, provides lightning protection and terminations for routing the traffic cabinet power to the cameras in the field. The Camera Interface Panel can be configured in a variety of combinations of dual and single video surge suppression devices, to a maximum of six video connections. The multi-camera VideoTrak-IQ Detection Card monitors up to four video cameras at one time, displaying fields of view with visual verification of zone placement. The video output connector allows the connection of any color or monochrome video display device. Front and rear video input, support BNC Coax cable connections. Multiple USB ports support USB mouse and flash memory devices. The VideoTrak- IQ Detection Card is backward compatible with both VideoTrak and UniTrak cameras. Control signals on rack edge connector include four detect outputs, four NEMA TS2 status outputs and two Delay/Extend enable signals. The one, two, three, and four camera cards can be mounted in racks or in shelf-mount units. The VideoTrak-IQ Detector Racks organize the VideoTrak-IQ Card(s), expansion cards, and dedicated power supply in an integrated unit. The connectors on both the front and back of the compact, self-contained units are easily assessable. The regulated power supply provides a consistent 24VDC to the rack. VideoTrak-IQ Operating Manual 7

20 Chapter 1 Introduction to the VideoTrak-IQ VIDEOTRAK-IQ HARDWARE VideoTrak-IQ Detection Card The heart of the VideoTrak-IQ Multi-Camera Video Traffic Detection System is the detection card. The VideoTrak-IQ System is available in rack or enclosed box shelf mounted options. The VideoTrak-IQ Card fits into a standard traffic control cabinet detector rack and generates signals that can be read by NEMA TS1 or TS2 compatible, Caltrans 170/179 compatible, type 2070 compatible, or ATC traffic controllers. The VideoTrak-IQ System is available with one, two, three, and four camera cards. The four camera card is shown below in Figure 2. Video Status LED Figure 2 VideoTrak-IQ One and Four Camera Detector Card-Front Panels Detection LEDs The four detection LEDs across the upper right corner of the card indicate the status of each of the four card edge detection outputs. Dual USB 2.0 Ports The dual USB ports are compatible with a wide variety of USB devices that support VideoTrak IQ features. The port is used to plug in a standard USB mouse used for on-screen setup and maintenance. The port can also be used to transfer VideoTrak-IQ camera configuration files to, or from a USB flash memory device, and load firmware upgrades. Video Status LEDs The number of Video Status LEDs correspond to the number of video inputs for which the card is configured, and indicate the current state of those inputs. Red indicates that either video is not being received or the quality is poor. Yellow indicates that all of the zones are in learning mode, or failsafe. Green indicates that video is being received and processed successfully. 8 VideoTrak-IQ Operating Manual

21 VideoTrak-IQ Hardware Ethernet Port The Ethernet port provides network and IP connectivity which supports several features such as remote configuration and monitoring over networks, and the internet. The port allows local configuration or file transfer to a laptop or PC. The Ethernet port also allows the streaming of high quality video (MPEG4) and each unit is IP addressable. Auxiliary I/O Connection The Auxiliary I/O connector (DB15 connector) on front panel provides additional inputs and outputs and allows for direct wiring to cabinet back-panel peripherals, or connection to expander cards for routing detections to other rack slots. This connection can be used to attach the VideoTrak-IQ Card to a VideoTrak-IQ Extender Card. For more information on the VideoTrak IQ two or four camera extender cards, see Optional Hardware for VideoTrak-IQ, on page 15 of this manual. Video Output The video output is the mechanism for connection of a monochrome or color video monitor to the card using an RCA connector. The video output displays the video signal available to the card at a video input port, with overlays of Detection Zones and configuration menus. The monitor can be used to display individual video inputs or monitor all video inputs simultaneously. Video Input (Front) The front panel mounted coaxial connection will accommodate NTSC/PAL, color, or monochrome standard video input. The video input connector supports COAX or twisted pair video connection, as well as zoom and focus control over video cable. Optional Hi-Z video termination allows video connection to additional equipment. The VideoTrak-IQ interface includes user-configurable video equalization settings that prevent degradation of video quality over long cable runs. Video Input (Rear) The standard loop signal connection on the rear of the VideoTrak-IQ card maps to the front video inputs. The VideoTrak-IQ card will accommodate either front or rear input for each camera connection Video input is impedance matched (set dip switches) for COAX or twisted pair video cable, and will accommodate NTSC/PAL, color, or monochrome standard video input. Optional Hi-Z video termination and equalization functions are the same as the front video input. SDLC Port The SDLC Bus Interface port allows high speed data transfer and communications for all TS2 applications. The male 64-pin connector provides a connection to the backplane of the controller, for output of detection information, BIU simulation, and phase monitoring. VideoTrak-IQ Operating Manual 9

22 Chapter 1 Introduction to the VideoTrak-IQ DC Power Loop Out DC Power In I/O Connection Video In Connector (VideoTrak-Plus compatible) Coaxial Cable Connections Figure 3 VideoTrak-IQ 4 Camera Detector Card-Rear Panel Figure 4 4 Camera VideoTrak-IQ Card in a rack with a Power Supply 10 VideoTrak-IQ Operating Manual

23 VideoTrak-IQ Hardware Camera Interface Panel The Peek Camera Interface Panel provides video and power filtering for the camera(s) and detector card. It is typically installed inside the cabinet, near the detector card/rack. The Camera Interface Panel component configuration is specifically designed to route and protect power and signals to and from the Peek VideoTrak-IQ Detector Card and components. The panel is usually mounted to the side rails of an intersection cabinet using standard rail hardware. The mounting hardware is not supplied with VideoTrak-IQ. The mounting is designed to ground the panel to the cabinet. The cabinet must also be properly grounded for the interface panel to provide the desired filtering protection for the camera(s) and the detector rack. Figure 5 VideoTrak-IQ Camera Interface Panel VideoTrak-IQ Operating Manual 11

24 Chapter 1 Introduction to the VideoTrak-IQ VIDEO HARDWARE VideoTrak-IQ video hardware includes the VideoTrak-IQ Color Camera with integrated power zoom and autofocus over the coax, sunshield, and mounting hardware. While the VideoTrak-IQ Color video camera is designed to compliment the VideoTrak-IQ System, it is also fully compatible with the UniTrak and VideoTrak systems. The backwards compatibility of the VideoTrak-IQ Card makes it fully compatible with UniTrak and VideoTrak-IQ cameras. The common bracket, connector, and pinout design makes it completely compatible with existing Peek installations. VideoTrak-IQ Color Video Traffic Detection Camera The VideoTrak-IQ Color Video Traffic Detection Camera is designed to view up to 26 zones simultaneously using a single card or shelf-mounted unit. The standard lens is a power zoom and power focus lens. The lens is a 4.1mm-73.8mm F/1.4 to F3.8, (18x) autofocus lens. Figure 6 The Peek Color Video Traffic Detection Camera and Sun Shield 12 VideoTrak-IQ Operating Manual

25 Video Hardware Enclosure The camera enclosure s sunshield is mounted to the enclosure using the mounting bolts at the base. Cabling to the housing is connected using a MIL-3102 connector at the rear of the enclosure. Both the power and video signals are passed through this connector. Using the Power Zoom and Focus Lens with VideoTrak-IQ The controls for the power zoom and power focus motors are simple 6-12VDC signals on the pins of the standard VideoTrak-IQ camera connector. Figure 7 Pin inputs for a VideoTrak-IQ camera with power lens Pin A B C D E F G H J K L M N P R S Purpose not used not used not used focus not used video shield video output not used ground AC neutral 120VAC hot not used not used zoom lens common not used The zoom and focus motors share a common Pin R. These are simple motor connections, meaning a 12VDC signal will move the focus or zoom in one direction, and a reversed polarity signal will move them in the opposite direction. Devices specifically designed to work with such connectors to control zoom and focus are available in the industry, including one from Peek Traffic. Contact your Peek Sales Representative, if you need more information about the Peek Field Video Monitor. (p/n ) VideoTrak-IQ Operating Manual 13

26 Chapter 1 Introduction to the VideoTrak-IQ Mounting Hardware There are many variables to be considered when selecting proper mounting bracket hardware. No mounting bracket is provided with the Peek Color Video Detection Camera enclosure; however it can be mounted with a variety of third-party hardware. Mounting options are available from your Peek Traffic Distributor. Cables 120VAC power is supplied to the camera enclosure via a single 16-pin MilSpec connector that combines power, video, focus, and zoom control. Cables can be ordered from Peek, or supplied by the installer. The Peek Color Video Detection Camera requires a military style connector to run both the video signal and the power through the bulkhead of the camera enclosure. No other holes should be made in the enclosure. Doing so could allow water into the housing, damaging the camera. A variety of cable lengths can be ordered directly from Peek. These cables consist of coax for video, and power lines. The cabinet end of the coax cable is terminated with a BNC connector. The power cable has un-terminated ends, intended for connection to the Camera Interface Panel. 14 VideoTrak-IQ Operating Manual

27 Optional Hardware for VideoTrak-IQ OPTIONAL HARDWARE FOR VIDEOTRAK-IQ VideoTrak-IQ can be ordered with hardware options. This section discusses these options, describes the hardware functionality, and installation information. Contact your Peek Traffic Distributor for more information on these products. VideoTrak-IQ Two/Four-Camera Extender Detection Cards Figure 8 VideoTrak-IQ Two and Four Channel Extender Cards Peek s VT-2X, two-camera and VT-4X, four-camera expander cards are designed to extend the capabilities of the VideoTrak-IQ video detection system. Engineered to fit into standard NEMA, Caltrans, or VideoTrak-IQ detector racks, these expander cards allow the VideoTrak-IQ video detection products to access an additional two and four cameras (respectively) of detection output. A rack containing one four-camera VideoTrak-IQ Card and two four-camera extender cards provides 12 cameras of video output. When VideoTrak-IQ is fitted in a cabinet's detector rack or input file, extender card(s) can be used to route detections from a VideoTrak-IQ Detection Card to other slots. This is useful when: More than the four detect outputs on the slot the detector card is fitted in are required. The cabinet is hardwired with a particular phase's vehicle call on a specified slot. If the required detection outputs from one VideoTrak-IQ Detector Card are on multiple slots, extender cards allow the detection outputs to be directed to those slots, without having to re-wire the rack/cabinet. VideoTrak-IQ Operating Manual 15

28 Chapter 1 Introduction to the VideoTrak-IQ VideoTrak-IQ can utilize up to 8 additional detect outputs via extender cards in addition to the 4 outputs available on the slot in which the detector card is inserted. It also allows up to 4 additional delay/extend enable inputs in addition to the 2 available on the detector card slot. The VT-2X two camera extender card provides two additional detect outputs and access to the slot's two delay/extend enable inputs (where available). The VT-4X four camera extender card provides four additional detect outputs and access to the slot's two delay/extend enable inputs (where available). The VideoTrak-IQ Detection Card connects to the VT-2X or VT-4X Expander cards using the Auxiliary I/O front panel cable connection. Cables are available to connect one or two extender cards to each VideoTrak-IQ Detector Card. Switches for each extender card camera allow for the camera to be disabled 'OFF', force a call 'TEST', or behave in normal operation 'ACTIVE'. If the extender card is operated in a rack along with a standard NEMA TS/2 Detector Rack BIU, a switch for each camera configures camera status in compliance with the NEMA TS/2 standard. 16 VideoTrak-IQ Operating Manual

29 Optional Hardware for VideoTrak-IQ Detector Rack Power Supply The MPS4 Regulated Power Supply provides a consistent 24 VDC to the card rack and is independent of the load current (unlike unregulated supplies). The MPS4 can power a maximum of eight cameras for VideoTrak-IQ detection Figure 9 Peek MPS-4 Detector Rack Power Supply VideoTrak-IQ Operating Manual 17

30 Chapter 1 Introduction to the VideoTrak-IQ Peek Traffic Card Detector Racks The VideoTrak-IQ Detector Racks organize the VideoTrak-IQ Card(s), Expansion Cards and dedicated power supply in an integrated unit. The connectors on both the front and back of the compact, self-contained units are easily accessible. The regulated power supply provides a consistent 24VDC. The compact, self-contained units reduce space requirements in the cabinet. The rack is configured so that the power supply is to the left of the Detection Card(s). The single card rack features a plug-pack that allows for an even more compact installation. Single Card Rack Single Card Rack w/power Supply Slot Two Card Rack w/power Supply Slot Figure 10 Peek Traffic Detector Card Racks 18 VideoTrak-IQ Operating Manual

31 Optional Hardware for VideoTrak-IQ Peek Traffic Field Video Monitor (FVM) The Field Video Monitor (FVM) is a flat panel video monitor in a field carry case enclosure that has video and power connections via a pair of pass-through MIL3102 connectors. This allows it to be plugged into the video line while a field technician is in a bucket working on the installation or maintenance of a traffic detection camera. The monitor also includes switches that can be used to control the power focus/zoom lens of the camera assembly. It also includes a video-in BNC connector. A BNC to RCA cable can be used to plug the Field Video Monitor directly into the video-out plug of a VideoTrak-IQ Card. This allows a technician to configure the VideoTrak-IQ detection and zones without the need for a bulky video monitor or fragile notebook computer. Since the FVM has pass-through connections for video and power, it is possible for the technician in the bucket to adjust the camera at the same time someone on the ground is viewing the camera s video output using a monitor connection to the VideoTrak-IQ Card. The Field Video Monitor can be ordered from your local Peek distributor. Its part number is VideoTrak-IQ Operating Manual 19

32 Chapter 1 Introduction to the VideoTrak-IQ 20 VideoTrak-IQ Operating Manual

33 Chapter 2 Installation This chapter describes the installation and basic configuration of the VideoTrak-IQ hardware. The following topics are discussed in detail in this chapter: Step 1 Installing the Camera, on page 25. Step 2 Running the Video Cable, on page 27. Step 3 Powering the Camera, on page 30. Step 6 Frame the Field of View, on page 36. Step 4 Installing the VideoTrak-IQ Card, on page 33. Step 5 Video Input Termination - DIP Switch Settings, on page35. VideoTrak-IQ Operating Manual 21

34 Chapter 2 Installation INSTALLING THE HARDWARE Chapter 2 contains VideoTrak-IQ hardware installation information. Comprehensive instructions for set-up and configuration of the VideoTrak-IQ Card are described in the Chapters that follow. Basic steps to install the VideoTrak-IQ hardware 1. Mount the camera 2. Run the video and power cables between the cabinet and the camera 3. Mount the Camera Interface Panel (CIP) in the traffic control cabinet 4. Wire the power and video cables to the camera 5. Wire power and video cables to the CIP 6. Supply power to the CIP from the cabinet 7. Test the video output. 8. Install the detection card in the detector rack 9. Connect the CIP to the card 10. Set camera inputs to front or rear 11. Adjust camera zoom and focus 12. Configure the Detection Zones 13. Configure the card outputs 14. Verify the operation of the detector outputs as desired 15. Switch the controller over to use the input from the VideoTrak-IQ 22 VideoTrak-IQ Operating Manual

35 Optional Hardware for VideoTrak-IQ GETTING STARTED This section explains how to install VideoTrak-IQ at a traffic intersection. After gathering the required tools and supplies as discussed in the next section, continue through the installation process step-by-step. Caution These installation instructions are only valid for use with VideoTrak-IQ qualified cameras and camera enclosures. Refer to the VideoTrak-IQ Release Notes for a listing of the currently approved cameras and enclosures. Access Peek Traffic product information on the web: Tools and Supplies Required Supplies The following supplies will be needed during the installation: VideoTrak-IQ Video Detector Card (supplied) Camera/power signal filtering/suppression hardware Such filtering/suppression is required to protect the VideoTrak-IQ hardware. The Peek Traffic Camera Interface Panel is available for this purpose. Camera approved for VideoTrak-IQ use (e.g. the Peek Color Video Traffic Detection Camera package) or compatible, in enclosure. Mounting hardware for the camera enclosure Video and power cabling combined video/power cable (with a potted MS connector at the camera end) to run between the camera and the cabinet Video cabling short video coax with BNC connectors at both ends (VideoTrak- IQ Card to suppressor) Power cabling to connect cabinet power to the filtering hardware (cabinet power to filter). Extend card(s), extend cable, or cabinet I/O interface cables (as required) VideoTrak-IQ Operating Manual 23

36 Chapter 2 Installation Required Tools and Equipment The following tools and equipment are required for the installation. Wrench to install the camera housing on its mounting hardware USB type two-button computer mouse Color monitor Optional Tools and Supplies These items may be useful if troubleshooting an installation, or if installing special equipment: Digital multi-meter Spare cabling/cable ends Crimping tools Coax cutter/stripper A power focus/zoom controller and video monitor, such as Peek s Field Monitor, with two MIL-3102 pass through plugs, to provide power to the camera and to extract video back to the monitor 24 VideoTrak-IQ Operating Manual

37 Optional Hardware for VideoTrak-IQ STEP 1 INSTALLING THE CAMERA 1. With the appropriate equipment and safety personnel, secure the intersection for a safe work environment. 2. Verify that you have the required equipment in the bucket before you ascend: A camera and enclosure approved for use with VideoTrak-IQ Mounting hardware and matching tools Optional video monitor (Peek Field Video Monitor, a camcorder, or other portable monitor is suggested) Video cable with connector to attach to the camera s MilSpec-3102 connector Tools to mount the camera enclosure (Optional) A radio to communicate with the person working at the cabinet 3. Select a mounting location for the camera that meets the requirements described here: Ideal location is pointing alongside the road line that separates the turn zone. Figure 11 Optimal mounting location Selecting the proper location will greatly improve the accuracy of your detection results. Follow these guidelines when selecting the installation site: The camera must be mounted at a height of feet (9.1m 15.2m) on the center line of the approach lanes to be monitored No occlusion, nothing blocking the view of the traffic lanes VideoTrak-IQ Operating Manual 25

38 Chapter 2 Installation Do not include any horizon or sky in the video Field of View (FOV) A typical vehicle at the stop line (or the primary area of interest) should appear as large as possible within the FOV Include the stop line and at least several feet of roadway in front of the stop line (into the intersection) within the FOV The camera should be mounted no more than 15º off the center line of the approach lanes Avoid background lighting, such as business signs or street lamps appearing within the video FOV The camera must not be mounted directly beneath a street lamp The mounting location must be as stable as possible Note Failure to meet these camera placement requirements will reduce the effectiveness of vehicle detection. If this is a necessary compromise due to the inherent characteristics of the installation site, then proper placement of Detection Zones becomes even more critical. 4. Attach the camera housing to the install site using the selected hardware. 5. If working in an area prone to lighting strikes, an added option is to mount a lightning rod fixture near the camera and wire that to ground. 26 VideoTrak-IQ Operating Manual

39 Optional Hardware for VideoTrak-IQ STEP 2 RUNNING THE VIDEO CABLE(S) The cabling solution used between the camera and the card depends on the requirements of the local municipality. The installation will require power to reach the camera enclosure and video to run from the camera to the detector card. The following figures show how the video signal should be filtered to protect the cabinet hardware from power surges. VideoTrak-IQ Figure 12 Video cabling with the Camera Interface Panel Using front panel VideoTrak-IQ Card Figure 13 Video cabling without the Camera Interface Panel VideoTrak-IQ Operating Manual 27

40 Chapter 2 Installation Note It is highly recommended that VideoTrak-IQ installations use the Camera Interface Panel. It not only provides convenient anchor and connection points for the video and power cabling, but it also provides an important suppression and power source for the VideoTrak-IQ camera. If you decide to use the Camera Interface Panel, the CIP is usually mounted on a side-wall of the cabinet using the cabinet rails. It has four adjustable mounting holes for the installation of standard rail mount screws. Note Proper functioning of the power and video suppression requires good grounding of the Camera Interface Panel (or the suppressor being used in its place.) On the CIP, both power and video filters are grounded to the back plate of the panel. Be sure that the plate makes a metal-on-metal contact with the cabinet, and that the cabinet itself is properly connected to earth ground. 28 VideoTrak-IQ Operating Manual

41 Optional Hardware for VideoTrak-IQ CABLING TO THE STANDARD VIDEOTRAK-IQ CAMERA If using the Peek Color Video Traffic Detection Camera package, both power and video cabling plug into the rear of the camera enclosure using a single MIL-3102 connector. The cabling can be ordered from Peek in a variety of lengths, or the installer may opt to attach regular coax video cable and power cable to the MilSpec connector on the back of the housing. The recommended coaxial cable is Belden 8281F. Specifications for fabricated wiring If choosing to wire to the MIL-3102 plug, these are the requirements: pins will accept wire from 0.5mm² 1.5mm² (20 AWG 16 AWG) crimp wires to the connector using an appropriate crimping tool. The model AF8 (M22520/1-01) crimping tool. the connector must be potted. Other appropriate measures should be taken to ensure a waterproof connection Peek Traffic provided cable have the following components: Milspec connector Co-ax video Power Lens Control Table 4 Purpose of the Peek Camera Housing Connector Pins pin purpose A not used B not used C not used D focus * E not used F video shield G video output H not used J ground K AC neutral L AC hot (120v) M not used N not used P zoom R lens common (zoom/focus) S not used Figure 14 MIL3102-Pin assignments of the Color Video Traffic Detection Camera VideoTrak-IQ Operating Manual 29

42 Chapter 2 Installation STEP 3 POWERING THE CAMERA Warning Observe all safety precautions when working with electrical circuitry within the cabinet and around the camera. Failure to do so can result in injury or death. Wiring to a Peek Color Video Traffic Detection Camera 1. You should have either a) already run a cable to the camera, or b) created a cable using a MIL-3102 connector. Align the guides on the cable end with the recesses on the cable connector on the camera enclosure. Figure 15 MIL-3102 cable connector on camera enclosure 2. Attach the cable to the camera enclosure. Figure 16 Twist firmly to attach the connector 3. Attach the other end of the power cable to a power source. This is typically done at the Camera Interface Panel (page 31). 30 VideoTrak-IQ Operating Manual

43 Step 3 Powering the Camera CONNECTING TO POWER THROUGH A CAMERA INTERFACE PANEL These steps describe how to wire power through the Peek Camera Interface Panel. If not using the panel, refer to Providing Power to Camera Without a Camera Interface Panel on page 32. Warning Observe all safety precautions when working with electrical circuitry within the cabinet and around the camera. Failure to do so can result in injury or death. 1. On the Camera Interface Panel, remove the clear plastic covering from over the left side of the panel. This requires the removal of the four mounting screws. Figure 17 Wiring power through the CIP 2. Attach the camera-side power cables to the terminal blocks on the Camera Interface Panel. 3. Attach the camera-side video cables to suppressor on the CIP. 4. Shut off the cabinet s Auxiliary Circuit. 5. Connect power between the auxiliary circuit and the filter on the CIP. 6. Verify the power connections between the cabinet and the camera, both mechanically and electrically. 7. Reactivate the Auxiliary Circuit breaker. Power should now be reaching the video camera. VideoTrak-IQ Operating Manual 31

44 Chapter 2 Installation PROVIDING POWER TO CAMERA WITHOUT A CAMERA INTERFACE PANEL If not powering the camera through a Camera Interface Panel, refer to Figure 18 for the proper wiring procedure. Figure 18 Wiring power without a CIP 1. Connect the power leads coming from the camera to a 120VAC surge suppressor, as shown above. Proper grounding will ensure that the cabinet is protected from spikes on the camera power cable. 2. Turn off the circuit breaker for the line supplying the power. 3. Attach the 120VAC wiring to the surge suppressor. Power should now be reaching the video camera. 32 VideoTrak-IQ Operating Manual

45 Step 4 Installing the VideoTrak-IQ Card STEP 4 INSTALLING THE VIDEOTRAK-IQ CARD These steps take place at the traffic control cabinet. 1. Insert the VideoTrak-IQ Card into the Detector rack. Verify that power is reaching the card by checking the LED indicators on the front panel. 2. If using a VideoTrak-IQ Rack, wire the detector outputs to the cabinet/controller inputs and plug-in the power to the rack. Note If the available slots in the standard detector input rack are filled, unplug the detector card from the approach that will now be video monitored. This will create a vacant slot for the VideoTrak-IQ Card. IMPORTANT-If replacing an active detection card, it is strongly recommended that you first put the phase on Recall until the VideoTrak-IQ installation has been completed. 3. Using a short BNC video cable, connect the CIP to the VideoTrak-IQ Card. Figure 19 Connecting the CIP to the VideoTrak-IQ Card Note If not using the VideoTrak-IQ Camera Interface Panel, wire the video camera to the card as shown in Figure Repeat the camera installation steps above for each camera. 5. If video is visible, replace the clear plastic covering over the left side of the Camera Interface Panel. Replace the four mounting screws that secure it. 6. Connect the video monitor to the RCA video output plug on the VideoTrak-IQ Card. Verify that the video from the camera is visible. If there is no video input, recycle the power. VideoTrak-IQ Operating Manual 33

46 Chapter 2 Installation Camera installation is complete. Proceed to operating instructions. Note The front and rear video camera connections on the VideoTrak-IQ Detection Card are not discrete inputs. You cannot connect video sources to both the front and rear of the card, on the same camera. It is permissible to have some camera connections on the front and others on the rear of the card. Front and rear camera connections must be configured in the VideoTrak-IQ interface. For more information on programming video input settings using the VideoTrak-IQ user interface, see the Video Input setting section in Chapter 9, on page 128 of this manual 34 VideoTrak-IQ Operating Manual

47 Step 5 Video Input Termination - DIP Switch Settings STEP 5 VIDEO INPUT TERMINATION - DIP SWITCH SETTINGS A 3-position DIP switch configures the video termination for each video input camera. There are separate switches for terminating front and rear video inputs. All video equipment requires a terminating impedance at the end of a video cable. When correctly implemented, this termination results in the video signal being transmitted without losses or distortion and provides the video receiver with a video signal of the correct amplitude. The termination setting must match the type of camera and cabling used. VideoTrak- IQ supports both coax and twisted-pair copper wire types of camera cabling. In a typical system, the video from the camera runs directly to the VideoTrak-IQ Cards and the termination switch should be set to match the camera cable type. It is important that video is terminated only once, to avoid signal level distortions. Most consumer video equipment (monitors, TVs, recorders, etc.) has a termination at their video input which is always present. VideoTrak-IQ has a Hi-Z (High Impedance) feature to allow input video to be loopedthru to other equipment, such as from a camera to both the VideoTrak-IQ and a video recorder or monitor/tv (e.g. using a BNC 'T-piece'). The Hi-Z setting doesn't terminate the video at the VideoTrak-IQ input, but instead allows it to be connected thru to the recorder or monitor which does the termination. This ensures the video is only terminated once at the end-point (monitor or recorder) and not 'double-terminated'. Note Camera Interface Panel surge suppressors do not affect video termination. Incorrectly terminated video may not always be obvious to the observer, but could affect detection performance. It is imperative to ensure that the switches are set correctly for your application when installing a system. Unused video inputs should have their switches set to either the 'coax' or 'twisted pair' setting - which one is not important. Table 5 Video Input Termination Dip Switch Settings Video Termination Condition Switch 1 Switch 2 Switch 3 Coax Termination - The Camera Output/Cabling to this video input is over coax Twisted Pair Termination - The Camera Output/Cabling to this video input is over twisted pair 'Hi-Z' Termination (loop-thru) - Provides no termination at the VideoTrak-IQ input. This should be used if the input video is looped-thru to other equipment which does terminate the video. Up Down Up Down Up Up Up Down Down VideoTrak-IQ Operating Manual 35

48 Chapter 2 Installation STEP 6 FRAME THE FIELD OF VIEW You must now position the camera and adjust the zoom and focus the correct field of view (FOV). This is typically done with one person in a bucket truck making adjustments to the camera position, while a second person monitors the video output and makes adjustments to zoom and focus, from the user interface. For specific instructions on using the camera adjustments settings on the VideoTrak-IQ user interface, see the Camera Lens Adjustments section in Chapter 9, Chapter 9on page 129 of this manual. Optionally, a zoom and focus controller, such as the Peek Traffic Field Video Monitor (FVM) can be used in the bucket, to view, and zoom / focus the camera. Follow the steps below to frame the field of view. 1. Plug the camera s output into the FVM or other output monitor. Verify that the FOV is visible, indicating that power is reaching the camera. 2. Adjust the camera enclosure, so the camera is pointing in the desired direction. 3. Aim the camera based on the FOV in the monitor, following the guidelines in Figure 20. Do not allow the sky or the horizon to appear in the field of view. Vehicles at the stop line should take up as much of the image as possible. Allow space to detect the headlights of vehicles (in night conditions) that have crossed the stop line. Figure 20 Framing the video Field of View 4. Use the zoom control on the VideoTrak-IQ interface or the FVM to adjust the field of view. Modify the enclosure aim, as necessary. 5. The auto-focus feature will self-adjust to provide a clear and crisp image. 36 VideoTrak-IQ Operating Manual

49 Step 6 Frame the Field of View Note In the event that the camera auto-focuses on a near or transient object, manually refocus the camera by briefly pressing the focus adjustment of the Field Video Monitor (FVM). If using the FVM, it will take a few seconds after releasing the zoom or focus switches, for the current settings to.be saved to the camera. Wait for the screen to clear after the Saving Camera Setup message appears, before removing power to the camera. VideoTrak-IQ Operating Manual 37

50 Chapter 2 Installation 38 VideoTrak-IQ Operating Manual

51 Chapter 3 Operating Mode This section is intended to provide a brief overview of the appearance of the VideoTrak-IQ user interface in the operating mode. The section also explains basic navigation, discusses set-up of the VideoTrak-IQ System, and provides instruction for using the VideoTrak-IQ on-screen help system. The following topics are discussed in detail in this chapter: Overview, on page 40. Operating Mode, on page 40. The Video Interface, on page 41. VideoTrak-IQ Help System, on page 45 Accessing The System Configuration Menu, on page 48. VideoTrak-IQ Operating Manual 39

52 Chapter 3 Operating Mode OVERVIEW The Operating Mode is the normal function of the card when it is detecting traffic. This chapter describes the operation of VideoTrak-IQ while it is in Operating Mode. It also provides a brief description of the appearance and function of the displays and menus presented by the user interface in this mode. Please consult the Table of Contents for more detailed information on any of these topics. Specific instructions for Detection Zone set-up can be found in Configuring Detection Zones, beginning on page 51. Operating Mode As soon as the VideoTrak-IQ user interface clears the momentary startup mode at power-up or reset, it automatically loads all previously configured zones and detector outputs, and enters Operating Mode. At initial start-up there will not be any previously configured zones or outputs visible. Caution During Reset outputs default to On, until the system has fully loaded. When VideoTrak-IQ enters Operating Mode, the algorithms must first learn the video image so it knows what part of the image is stationary, such as street markings and parked cars. This learning mode is indicated in the interface by yellow zones. Zones remain yellow until the algorithm has learned the background image well enough to distinguish moving vehicles from road markings, obstructions, signs, debris and nonmoving vehicles. When zones are able to identify moving vehicles, the color switches to blue or green. Blue indicates that the zone is active, but not currently detecting a vehicle. A green zone indicates that a vehicle has been detected in the active zone. At this point, the card s outputs reflect the current state of the assigned zones. The performance of the zone will improve during the first 15 minutes of operation, as the detection algorithm slowly gets a better idea of the steady background. Camera Label Day/night detection method indicator Detection Directionality Indicator Mouse Figure 21 A typical Operating Mode display Zone labels 40 VideoTrak-IQ Operating Manual

53 The Video Interface THE VIDEO INTERFACE The VideoTrak-IQ Interface makes it possible to view and configure up to four video cameras simultaneously. Interactive, online configuration through the video interface makes it possible to establish and revise Detection Zones, change display, program output selections, and perform various other configuration and administrative tasks. The interface enables visual verification of proper zone placement and accurate vehicle detection. The interface can be accessed by plugging a video monitor and a standard USB mouse into the card while it is installed in the detector rack. The information below is intended to familiarize the user with the video interface displays and provide instruction in navigating the VideoTrak-IQ System configuration menus. VideoTrak-IQ Menu Map Figure 22 VideoTrak-IQ Menu Navigation Map VideoTrak-IQ Operating Manual 41

54 Chapter 3 Operating Mode OPERATING MODE QUAD DISPLAY Figure 23 Normal Operating Mode As soon as the Startup screen clears, VideoTrak-IQ enters its normal operating mode. The quad screen displays from one to four images, corresponding to the number of video channels on the VideoTrak-IQ Detector Card, overlaid by the currently active Detection Zones. Operating Mode features interactive editing of Detection Zones, color-coded zone display, optional day/night mode indicator, and camera labels. 42 VideoTrak-IQ Operating Manual

55 Logo/Navigation Menu LOGO/NAVIGATION MENU The Logo/Navigation Menu can be accessed by right-clicking anywhere in the quad screen display. The Logo/Navigation Menu contains links to the individual cameras and the VideoTrak-IQ Help System. Clicking on a Camera Selection button changes the quad display to the individual camera selected. The Peek Traffic logo information in the center of the window can be customized by users with administrative privileges. Your city, county or state logo, and contact, or other information may be displayed in a series of five rotating images. See the Importing Images Section on page 141, in Chapter of this manual for instructions. The user is able to navigate to the VideoTrak-IQ Help System via the Help button on the Logo/Navigation screen. The on-screen help provides tab-specific as well as field/area-specific help, to assist the user in setting up the VideoTrak-IQ configuration tabs. Camera Selection Customizable Logo Area Help Close Menu Button Figure 24 Logo/Navigation Screen VideoTrak-IQ Operating Manual 43

56 Chapter 3 Operating Mode SINGLE CAMERA DISPLAY From Logo/Navigation Menu the user can access the video input of a single camera on the VideoTrak-IQ Card. Clicking on the Camera Identifier Button on the Logo/Navigation Menu displays the video output of the selected camera in full screen mode. Figure 25 Accessing Individual Camera Video Input 44 VideoTrak-IQ Operating Manual

57 VideoTrak-IQ Help System VIDEOTRAK-IQ HELP SYSTEM VideoTrak-IQ provides on-screen help topics that offer tab-specific, as well as field/area-specific help. Clicking the Help Button on the Logo/Navigation Menu opens the VideoTrak-IQ Help system window. Follow the instructions below for navigating the VideoTrak-IQ Help System. Accessing On-screen Help From Logo/Navigation Menu, click the Help button to open the VideoTrak-IQ Help System window. The Help System window contains links to information specific to each of the on-screen configuration tabs. Scroll down the page, and click on any blue high-lighted link to access tab-specific help pages. Navigating the Help Windows From a Tab-Specific Help Page the user can access field/area-specific help, return to the Help System Selection window, or close the Help System and return to the Logo/ Navigation screen. To access Field -Specific Help from the Tab-Specific help window, click on the blue high-lighted links in the text. From this Field-Specific Help window, the user can click the Back Button at the bottom of the box, to return to the Tab-Specific information window, click the Home Button to return to the VideoTrak-IQ Help System window, or click the Close Button to return to the Logo/Navigation Menu. From the Tab-Specific Help page, clicking the Close button at the bottom of the window, will close the help system and return you to the configuration tab Figure 26 Accessing On-screen Help Links to Tab-Specific Help Return to Logo/Navigation Screen VideoTrak-IQ Operating Manual 45

58 Chapter 3 Operating Mode Accessing Field/Area Specific Help From Configuration Tabs Field/area specific help is also available on each configuration tab. To access fieldspecific help on any of the Configuration Tabs, click on the Question Mark icon in the upper right hand corner then click on a field to display the help information for that field. To access area-specific information, click on the Question Mark icon, move your cursor and pause over the area you are inquiring about. A label will display with a brief description of the functionality of that area of the tab. Note Clicking the Question Mark icon causes the cursor to turn to a circle with backslash. As you move the cursor around the tab, the cursor changes to a question mark only in locations where help is available. 46 VideoTrak-IQ Operating Manual

59 Camera Selection/Edit Menu CAMERA SELECTION/EDIT MENU The Camera Selection/Edit Menu can be accessed with a right mouse click anywhere outside of a zone, on the Single Camera display. Click on Close to close this menu. From this menu, the user can: Navigate to any other Single Camera Display on any of the active cameras on the VideoTrak-IQ Detector Card. Navigate to the Quad Screen Display (all cameras). Navigate to the System Configuration Menu (edit). Close the Camera Selection/Edit Menu Navigate to Single Camera or Quad Display of selected Camera(s) Navigate to System Configuration Edit Menu Close the Camera Selection/Edit Menu Figure 27 Camera Selection/Edit Menu Camera Selection From the Camera Selection/Edit Menu, the user can access any active camera on the VideoTrak-IQ Detector Card by clicking on the corresponding Camera Button. Click the All Cameras button to access the Quad Display. VideoTrak-IQ Operating Manual 47

60 Chapter 3 Operating Mode Edit Selection from the Camera Selection/Edit Menu Zone Configuration Tab Output Selection Tab System Settings Tab Display Parameters Tab Clicking the Edit option on the Camera Selection/Edit Menu opens the System Configuration Menu. The configuration menu provides access to a collection of nine Configuration Tabs. This is where the majority of the set-up and maintenance of the VideoTrak-IQ system takes place. Configuration Tab About Tab Zone Input/Output Monitoring Tab Video Functions Tab Figure 28 Configuration Menu With the exception of drawing and editing zones, all of the VideoTrak-IQ set-up will be carried out on the various configuration tabs. To access the System Configuration Menu, follow the steps in the Accessing The System Configuration Menu section, on page 50 of this manual. For instructions on set-up and configuration of the system, please see the Configuring Detection Zones section, on page 49 of this manual. The System Configuration Menu defaults to the Zone Configuration Tab. Right click in the Camera Field of View to close this menu. 48 VideoTrak-IQ Operating Manual

61 Accessing The System Configuration Menu ACCESSING THE SYSTEM CONFIGURATION MENU To access the Configuration Tab follow the steps below: 1. From the Quad Screen, right-click any point on the screen to open the VideoTrak-IQ Logo/Navigation Screen. 2. From the VideoTrak-IQ Logo/Navigation Screen, click any Camera button to display the Single Camera Display for the selected camera. 3. From the Single Camera Display, right-click any point on the screen to display the Camera Selection/Edit Menu. 4. From the Camera Selection/Edit Menu, click the Edit button to display the VideoTrak-IQ System Configuration Menu. 5. Click on the Tab that contains the information being edited. 6. To Exit the System Configuration Menu at any time, right-click any point outside of the active Edit Menu to close it. VideoTrak-IQ Operating Manual 49

62 Chapter 3 Operating Mode 50 VideoTrak-IQ Operating Manual

63 Chapter 4 Configuring Detection Zones This section defines a traffic Detection Zone, describes the function of the Configuration Tab fields, and outlines the basic steps to establish and configure Detection Zones. It also provides instruction on how to set additional detection criteria using the VideoTrak-IQ onscreen interface. The following topics are discussed in detail in this chapter: Overview, on page 52. Step 1 Select a Camera, on page 55. Step 2 Enable the Detection Zones Step 3 Enable Direction Filtering, on page 53. Step 4 Set Zone Detection Sensitivity, on page 61. Step 5 Edit the Zone Label, on page 62. Step 6 Set the Zone Delay, on page 64. Step 7 Set the Zone Extend, on page 65. Step 8 Enable Conditional Detection, on page 66. Step 9 Set Zone Failsafe Conditions, on page 67. Step 10 Enable Shadow Filter, on page 68. Step 11 Program the TS2 Input map, on page 69. Step 12 Edit Detection Zones, on page 73. Editing Detection Zones, on page 73. Zone Placement, on page 75. VideoTrak-IQ Operating Manual 51

64 Chapter 4 Configuring Detection Zones OVERVIEW Once camera installation is complete, enable and configure the desired number of zones for each video camera on the VideoTrak-IQ Card. All zone configuration settings, aside from positioning and adjusting the zone boundaries, are set up on the Zone Configuration Tab. The following tutorial will take the user through a step-by-step process of setting up the VideoTrak-IQ System using the on-screen interface. The next several chapters discuss zone creation, configuration options, output assignments options, system settings, display options, camera settings, and monitoring tools, contained within the tabs on the System Configuration Menu shown in Figure 28 on page 48. The final steps, positioning the zones and adjusting the zone boundaries, will be completed on the Single Camera Display for each active camera. Traffic Detection Zones Defined A Detection Zone is a user defined region that creates a sensing plane for detecting the presence of a vehicle. Detection Zones can gather vehicle presence, count, speed, lane occupancy, and vehicle length classification data. Using a USB mouse, monitor, and the VideoTrak-IQ interface, the user places virtual "Detection Zones" on the on-screen display of the camera field of view. A maximum of twenty-six zones can be created for multiple lanes within the camera s field of view. VideoTrak-IQ uses the Boolean operators AND and OR for the possibility of combining Detection Zone outputs. 52 VideoTrak-IQ Operating Manual

65 Zone Configuration Tab ZONE CONFIGURATION TAB Delay Sensitivity Show Details Zone LEDs Zone Camera Button Zone Scroll Bar Zone Enable Checkbox Zone Direction Checkbox Video Status LED Zone Detail Scroll Bar Zone Direction Dial Zone Default Button TS2 Input Map Figure 29 Zone Configuration Tab Failsafe Detect Extend The Zones Configuration Tab provides a mechanism for enabling and disabling Detection Zones for each camera, and setting zone-specific detection criteria. The upper portion of the screen is used to activate the zone, turn on direction filtering with intensity, and monitor the zone condition using the Zone LEDs. The portion below the horizontal line, which is made visible by clicking the Show Details checkbox, is used to set advance features for individual zones. Follow the steps below to enable and configure each camera in the VideoTrak-IQ System. Note The Camera selection button in the upper right hand corner of the Zone Tab indicates the camera being configured. The Camera buttons can be used to change the camera at any time. When selecting another camera, the camera settings will be saved and the configuration for the new will appear. VideoTrak-IQ Operating Manual 53

66 Chapter 4 Configuring Detection Zones BASIC STEPS - CREATING AND CONFIGURING DETECTION ZONES The first step in setting up the VideoTrak-IQ System is the creation of Detection Zones. The basic steps for creating and configuring Detection Zones are listed below. All of these settings are found on the Zone Configuration Tab. 1. Select the Camera to be configured. 2. Enable the desired number of Detection Zones. 3. Enable direction filtering and intensity (suggested). 4. Set the Detection Sensitivity (optional). 5. Edit the Zone Label (optional). 6. Set the Zone Delay (optional). 7. Set the Zone Extend (optional). 8. Enable Conditional Detection (optional). 9. Set Zone Failsafe condition per zone (optional) 10. Enable Shadow filter per zone (optional) 11. Program the TS2 Input Map (optional) 12. Edit the Detection Zones. 54 VideoTrak-IQ Operating Manual

67 Zone Configuration Tab ZONE CONFIGURATION SETTINGS Step 1 Select a Camera Figure 30 Camera Button VideoTrak-IQ supports up to 4 cameras per card. The Camera Buttons in the upper right hand corner of the Zones Tab appear on seven of the configuration tabs and can be used to change the camera selection at any time. When changing cameras the camera settings will be saved and the configuration for the new camera will be displayed on the tab. Begin set-up by clicking on a Camera Button to select the camera to be configured. The video input from the selected camera will display on-screen behind the Zone Configuration Menu. Step 2 Enable the Detection Zones Zone Labels Zone LEDs Zone Enable Checkbox Figure 31 Zone Enable Checkbox About Detection Zones The initial step in the setup process is to enable the number of desired Detection Zones for each Camera. A maximum of twenty-six zones are available per camera. The system-assigned label for each zone corresponds to the label above the Enable Zone checkbox. The Enable Zone check-box allows the user to add or remove Detection Zones from the camera. A check indicates that the zone is activated for VideoTrak-IQ Operating Manual 55

68 Chapter 4 Configuring Detection Zones detection and assigned outputs will be used. Checking the Enable Zone box causes a rectangular zone outline to be displayed on the camera field of view. Clicking on a previously checked Enable Zone checkbox will inactivate the zone. The zone outline will no longer appear on the camera field of view. The default view displays zones A through H. The scrollbar to the right of the checkbox can be used to access additional zones by either dragging the bar with the mouse, or clicking the arrows located on the right and left sides of the scroll bar. Steps to enable Detection Zones 1. Click on a Camera Button to select the camera for which you are enabling zones. 2. To enable zones for the selected camera, click in the Enable Zone checkbox under the system-assigned Zone Label being activated. 3. If enabling more that eight zones ( A through H ), pull the Zones Scrollbar to the right, or click on the right arrow to access zones "I" through "Z". 4. Repeat the steps above for each active camera. A rectangular zone outline box appears on the active Camera Display for each zone enabled. It will be necessary to edit the location and shape of the newly created zones later in the set-up process. See the Editing Detection Zones Section on page 73, of this chapter for more information. 56 VideoTrak-IQ Operating Manual

69 Zone Configuration Tab Step 3 Enable Direction Filtering Figure 32 Zone Direction Checkbox to enable Direction Filtering. Standard direction filtering is a mechanism for enabling detection of only those vehicles traveling in the direction specified. Moving vehicles will only be detected if their motion is within ± 20 degrees of the programmed direction. High direction filtering is a more severe direction filter, which reduces the direction tolerance to ± 10 degrees of the programmed direction. High direction filtering also requires more system resources. It is strongly suggested that unless absolutely necessary, high direction filtering should not be enabled. The Zone Direction checkbox activates Direction Filtering in a zone. To enable Zone Direction: Click in the Direction On/High checkbox under the Zone Label being activated to activate Direction Filtering. A single mouse click causes a check to appear, indicating that the standard direction filter is on. A direction arrow will be displayed in the zone on the on-screen camera field of view. Vehicles travelling in a significantly different direction should not be detected. A double click causes a second check mark to be displayed, indicating that high direction filtering has been enabled. A black border appears around the on-screen direction arrow in the zone. This indicates that the high sensitivity direction filtering has been activated. The absence of a check indicates that direction filtering has not been enabled for this zone. Repeat the steps for all of the zones on each Camera that require direction filtering. Note Standard direction filtering is adequate for most applications. VideoTrak-IQ Operating Manual 57

70 Chapter 4 Configuring Detection Zones ADVANCED ZONE CONFIGURATION OPTIONS Overview Once zones have been enabled, follow the steps in this section to set the parameters for advanced features for each Detection Zone, including detection sensitivity, conditional delay, extend, and detect, and the state of the zone while in failsafe mode. These advanced zone configuration details must be set for each zone, on every camera. The camera is selected in the upper right-hand corner of the menu, as discussed in Step 1 Select a Camera, on page 55, of this Chapter. See the instruction for selecting a zone in the Selecting a Zone Section on page 60, of this chapter. These Advanced Zone Configuration settings allow the user to configure the Detection Zones and other operations of the VideoTrak-IQ Card. The settings in this section allow zones to be assigned detection sensitivity, detection delay or extend, conditional detection, and set the state of the zones during failsafe conditions. They also allow the operator to adjust directionality, and return zones to factory defaults. A brief explanation of how to access, and navigate the Detail Configuration Options follows this paragraph. It is important that you are familiar with this information before continuing set-up process. Note It is important that you follow the zone configuration steps for each activated zone for every active Camera. 58 VideoTrak-IQ Operating Manual

71 Zone Configuration Tab Show Details Button The Show Details button in the middle of the left-hand side of the screen is used to expand the Zone Configuration menu. The Details Section of the Zone Tab is used to set advanced features for each zone. Click on the Show Details button to open the lower half of the Zone Configuration Tab. Figure 33 Zone Configuration Menu and the expanded details section. All of the changes made on the Zones Tab in the setup environment are stored automatically to the VideoTrak-IQ Card as they are made. Changes are saved to memory even if the card is reset or powered down. Changes are stored to the Active Camera and associated Detection Zone. VideoTrak-IQ Operating Manual 59

72 Chapter 4 Configuring Detection Zones SELECTING A ZONE Advanced Zone Configurations are set for each zone on a camera. See the instructions for selecting the zone below. Zone Detail Scroll Bar The Zone Detail Scroll Bar allows the user to select zones for configuration. The currently selected zone is displayed to the left of the Video Status LED, as displayed below. The user can change the zone selection by either grabbing the scroll bar with the mouse and dragging to the left or right, or clicking on the arrows located on the right and left sides of the scroll bar. The identifier for the selected zone appears in the Zone Label field, as shown below in Figure 34. Zone Label The Zone Label shows the VideoTrak-IQ System-assigned identifier for the zone being edited. Use the Zone detail Scroll Bar to access other zones. The process for adding a user-defined label for each zone is discussed later in this chapter. System Zone Label Zone Details Scroll Bar User Defined Zone Label Detectt Figure 34 Zone Label and Zone Detail Scroll Bar 60 VideoTrak-IQ Operating Manual

73 Step 4 Set Zone Detection Sensitivity STEP 4 SET ZONE DETECTION SENSITIVITY About the Zone Sensitivity Button The detection sensitivity for each zone is adjustable. The Zone Sensitivity button is a zone-specific sensitivity adjustment for the cards detection threshold. The range of sensitivity is 1 to is the least sensitive and 10 is the most sensitive. The system default and suggested setting for normal operation is 5. Smaller, advanced zones, which will be higher in the image, may benefit from an increased sensitivity of 7. Lower numbers should be used to reduce false detections. Higher numbers should be used to reduce missed detections. Zone Sensitivity Spin Box Figure 35 Zone Sensitivity Control To set the Zone sensitivity: Select the zone being configured using the Zone Detail scroll bar, to the right of the Zone Label Edit Button. Drag the scroll bar with the moue, or click the arrows located on the right and left sides of the scroll bar. The currently selected zone Use the up and down arrow box in the Zone Sensitivity spin box to set the sensitivity value. Repeat these steps for each zone. VideoTrak-IQ Operating Manual 61

74 Chapter 4 Configuring Detection Zones STEP 5 EDIT THE ZONE LABEL About the Zone Label Edit Button Zone Label Edit button is an optional feature, which allows you to edit the userdefined label for the selected zone. Unless the Zone Label is edited, it will reflect the label the system assigned to the zone in the field above it. Notice in Figure 36 that the text to the left of the Video Status Indicator (Zone A), reflects the system assigned name for this zone. The Zone Label button below it has been edited to reflect a street name, using the zone label edit feature. The user defined text is reflected on the label button. System Zone Label Zone Detail Scroll Bar Edited Zone Label Edit Button Figure 36 Zone Label Edit Button and Details Scroll Bar 62 VideoTrak-IQ Operating Manual

75 Step 5 Edit the Zone Label Steps to Edit the Zone Label Clicking on the Zone Label Button opens the Editor Window, allowing the user to enter label text using a mouse and the on-screen keyboard. The user defined label appears on the Zone Label Button and on the displayed on the zone overlays on the Single Camera Display. The text editor allows entry of a maximum of 12 characters. Galt s Gulch Editor Window Zone Label Button Zone Detail Scroll Bar Figure 37 Label Editor Window for editing zone labels. To edit the Zone Label follow the steps below: 1. Select the zone to be edited, using the Zone Detail Scroll Bar. 2. Click the Zone Label Button to open the Edit Window. 3. Use the Clear or BS (back space) keys to remove the existing text. 4. Use the mouse and the on-screen keyboard to add zone label text. 5. Enter the user-defined label, to a maximum of 12 alpha-numerical characters. 6. Click Done to save your changes and close the Edit Window. Click on Cancel to close the window without saving the changes. 7. The Zone Label text will be updated when the Label Editor is closed. If Zone Labels are enabled on the Display Tab, the label will also be displayed on the selected Single Camera Display FOV when the interface is closed. For information on enabling Zone Labels, see the Display Zone Labels Section, on page 107 of this manual. VideoTrak-IQ Operating Manual 63

76 Chapter 4 Configuring Detection Zones STEP 6 SET THE ZONE DELAY About the Zone Delay Button Figure 38 Zone Delay Settings Zone Delay can be added to any zone. A delayed zone will disregard detection until a vehicle has occupied a specific zone for the period defined in the Delay Time field. Delays can be conditional to phases, overlaps, inputs, or set to always. The On/Off selection sets the state of the condition. Delays can be programmed in tenths-of-a-second increments, to a maximum of thirty seconds To delay detection in any zone: Select the zone for which delay is being programmed, using the Zone Detail Scroll Bar. Click the Delay Enable checkbox to enable the delay feature. Use the Delay Time spin box to set the desired delay time. Select the object (Always, Input, Phase Color, Overlap Color, or Ped) of the conditional input from the Delay Condition dropdown box. Set the state of the Delay Condition to On or Off by selecting the value from the dropdown box. For example, as a result of the Zone Delay Settings in Figure 38 above, Zone Delay is enabled and zone activation will always be delayed by 3 seconds. 64 VideoTrak-IQ Operating Manual

77 Step 7 Set the Zone Extend STEP 7 SET THE ZONE EXTEND About the Zone Extend Button Zone Extend can be added to any zone. An extended zone will continue detection after a vehicle has left the zone for the period defined in the extend field. Extensions can be conditional on phases, overlaps, inputs, or set to always. The On/Off selection sets the state of the condition. Extensions can be programmed in tenths-of-a-second increments, to a maximum of thirty seconds. Figure 39 Zone Extend Settings To extend detection in any zone: Select the zone for which extend is being programmed, using the Zone Detail Scroll Bar. Click the Enable Extend checkbox to enable the extend feature. Use the Extend Input spin box to set the desired delay time. Select the object (Always, Input, Phase Color, Overlap Color, or Ped) of the conditional input from the Extend Condition dropdown box. Set the state of the Extend Condition to On or Off by selecting the value from the dropdown box. For example, as a result of the Zone Extend Settings in Figure 39 above, Zone Extend is enabled and zone activation will be extended by 2.5 seconds, when Phase 2 is ON. VideoTrak-IQ Operating Manual 65

78 Chapter 4 Configuring Detection Zones STEP 8 ENABLE CONDITIONAL DETECTION About the Zone Detect Button Conditional Detection can be added to any zone. A zone set to conditional detection will only detect vehicles when the assigned input, is in the defined state. Detection can be made conditional on phases, overlaps, inputs, or set to always on or always off, for a specific zone. Figure 40 Conditional Detection Settings To enable conditional detection in any zone: Select the zone for which detect is being programmed, using the Zone Detail Scroll Bar. Click the Enable Detect checkbox to enable the Detect feature. Select the object of the conditional input from the Detect Condition dropdown Box. Set the state of the condition to On or Off by selecting the value from the drop down box. Follow the steps above to enable Conditional Detection to all other enabled Detection Zones. For example, as a result of the Conditional Detection Settings in Figure 40 above, Detection is enabled and zone activation will be allowed, when Phase 1 is ON. 66 VideoTrak-IQ Operating Manual

79 Step 9 Set Zone Failsafe Conditions STEP 9 SET ZONE FAILSAFE CONDITIONS About the Zone Failsafe Button Zone Failsafe determines the state of the zone during failsafe conditions (i.e. during poor video or low contrast situations,) or during zone learning conditions. If the zone enters Failsafe mode, and the zone Failsafe Button is checked, the zone output will remain On during the period the zone is in Figure 41 Zone Failsafe Enable Checkbox Failsafe. If the zone enters Failsafe mode, and the Zone Failsafe Button is not checked, the zone output will be Off during the period the zone is in Failsafe. To set the Zone Failsafe value: Select the Detection Zone for which Failsafe is being programmed, using the Zone Detail Scroll Bar. To set the Failsafe Output to On, check the Enable Failsafe checkbox by clicking the mouse in the gray box. The absence of a check signals that Failsafe has been set to Off for the selected Detection Zone. Follow the steps above to set the failsafe value for all other enabled Detection Zones. Note During Power-up, all outputs default to Failsafe On until the VideoTrak-IQ application is learned and the programmed Failsafe outputs replace the default values. VideoTrak-IQ Operating Manual 67

80 Chapter 4 Configuring Detection Zones STEP 10 ENABLE SHADOW FILTER About the Shadow Filter A check in the Zone Shadow Filter check box enables a shadow rejection filter in the detection for this zone. In certain fields of view, the detection may be affected by shadows within the detection zone area. When this is an issue, enabling the Zone Shadow Filter adds stability to the affected Detection Zone(s). Figure 42 Zone Shadow Filter To enable Shadow Filter: Select the Detection Zone for which the shadow filter is being enabled, using the Zone Detail Scroll Bar. Check the Shadow Filter check box by clicking the mouse in the gray box. To disable the Shadow Filter, click the checked box. The absence of a check signals that the Shadow Filter has been disabled for the selected Detection Zone. Follow the steps above to apply the shadow filter to all other enabled Detection Zones. 68 VideoTrak-IQ Operating Manual

81 Step 11 Program the TS2 Input map (SDLC Inputs) STEP 11 PROGRAM THE TS2 INPUT MAP (SDLC INPUTS) About the TS2 Input Map Button TS2 input mapping is only applicable if the SDLC connector on the VideoTrak-IQ card is in use, and a NEMA MMU is also connected via SDLC. A TS2 MMU monitors a maximum of 16 channels. In the TS2 mode, in order for VideoTrak-IQ to determine phase and overlap colors, the user must map the MMU Channel assignment to match the NEMA controller configuration by making a selection from the dropdown box for each of the 16 MMU Channels. Figure 43 The TS2 Input Map assigns phases and overlaps to a TS2 MMU. To Program the TS2 Input Map: Click on the TS2 Input Map button on the Zones Tab to open the TS2 Input Map window. Click the down arrow under the MMU Channel number to open the selection dropdown box. Make a phase or overlap selection by clicking on the value associated with the selected MMU channel. Use the scrollbar to move up and down the list. If the channel is not used, select Not Used. For more information on enabling TS2 Outputs over the VideoTrak-IQ SDLC connector, see the VideoTrak-IQ Operating Manual 69

82 Chapter 4 Configuring Detection Zones Using the TS2 Utility section on page VideoTrak-IQ Operating Manual

83 Step 11 Program the TS2 Input map (SDLC Inputs) ADDITIONAL SETTINGS Zone Direction Dial Direction Dial Figure 44 The Zone Displays the direction in which the traffic to be detected is travelling. Vehicles traveling in any other direction will not be detected. The arrow can be rotated to change the direction. The direction can also be set by accessing the Zone from the Single Camera Display. Use one of the methods below set the Direction using the Zone Direction Dial : Click on the desired position on the outside edge of the Zone Direction Dial. The direction indicator will move to the selected position. OR Click on the Zone Direction Dial, hold the left mouse key down, and rotate the arrow to the desired position. OR From the Single Camera Display, click on the Detection Zone to highlight the nodes and direction dial. Click on the node on the point of the Zone Direction Arrow within the Detection Zone perimeter. Hold the left mouse key down, and rotate the arrow to the desired position. VideoTrak-IQ Operating Manual 71

84 Chapter 4 Configuring Detection Zones Default Button The Default button can be used to return the selected zone to its initial default condition. Clicking on the Default button causes the zone position on the camera field of view to return to the default position on the screen. This function can be particularly useful if a zone has been minimized or moved off-screen. Figure 45 The Default Button returns advanced zone details to default values. To return a Detection Zone to default values: The Default button also causes the advanced zone details on the Zones Tab to be reset to default values. Direction Filtering, Delay, Extend, and Detect are not enabled. The zone label returns to the system assigned value. The direction dial defaults to the 90 degree position. The zone sensitivity defaults to 5. See Table 7 below for a complete list of default values. Select the Camera on which the zone you are defaulting is being detected. Select the zone for which the values are being reset, using the Zone Detail Scroll Bar. Click the Default button. Note Please note that Failsafe and Shadow Filtering are not affected by the action of the Default button. Table 6 Default setting for the Zones Tab Field or Feature Setting Changed Default Setting Direction Filtering Yes Disabled Delay Yes Disabled Detect Yes Disabled Extend Yes Disabled Zone Label Yes System assigned alpha label Direction Dial Yes 90 degree position Failsafe No Remains in previous state Shadow Filter No Remains in previous state Sensitivity Yes Defaults to 5 72 VideoTrak-IQ Operating Manual

85 STEP 12 EDIT DETECTION ZONES ON-SCREEN Step 12 Edit Detection Zones On-screen Editing Detection Zones Detection Zones were enabled in Step 2 of the set-up process. Detection Zone position and boundaries can be edited at any time, by accessing the Single Camera Display, using a monitor and mouse attached to the VideoTrak-IQ Card. Only zones that are currently enabled on the Zone Tab will appear on the Single Camera Display. Detection Zones appear as an outline, superimposed on the camera field of view. The color of the zone boundaries reflects the current state of the zone. A blue zone boundary indicates an active zone, enabled for detection, but not currently detecting a vehicle. A green zone boundary indicates that the zone is currently detecting a vehicle. A yellow zone boundary indicates that the zone is in learning mode and is operating in Failsafe mode. Selecting and Deselecting Zones To select a zone, click the mouse while the cursor is over the zone. Once selected, node edit boxes appear at the four corners of the zone. If several zones overlap one another, the zones are stacked one on top of another. To move the zone that is behind another, there are several options. Either select an exposed area of the lower zone by grabbing a corner that is not overlapped, or move the zone in front out of the way temporarily. Once you are finished editing a zone, you ll want to deselect it. To deselect a zone, click anywhere outside of it. Note Any changes made to a zone, such as zone location or shape, become effective immediately. Moving Zones Zones can be moved in the Operating Mode. This is done by first selecting the zone and then clicking and dragging anywhere inside the zone s area. This two step process prevents users from accidentally moving zones. The cursor changes to a hand while a zone is being moved. Zones may be moved anywhere on the screen, including over other zones. Moving zones makes it necessary for the detection algorithm to relearn the background under the zone. The repositioned zones will enter the failsafe mode until the Learning Time has elapsed. All of theses zones will learn simultaneously, rather than consecutively, so changes made to multiple zones do not increase the length of time required to relearn the background image. VideoTrak-IQ Operating Manual 73

86 Chapter 4 Configuring Detection Zones Changing Zone Shapes The shapes of zones can also be modified. This is very similar to moving a zone: Select the zone to be changed by clicking on it. Click on a corner and drag it to the desired location. Figure 46 Re-shaping a zone When you click on the corner of a selected zone, the pointer changes shape from a standard arrow ( ) to a circle with a line through it ( ). Click inside the Detection Zone perimeter, holding own the mouse button. The Cursor changes to a box with an arrow on top ( ) while the Detection Zone is in motion. The corners of zones can be re-positioned anywhere in the display area, including overlapping other zones. Notice that whenever a zone is reshaped or moved, the outline turns yellow for a time. This indicates that the zone has entered the failsafe mode while it is learning the new background under the zone. The zone returns to blue and normal detection resumes when the background is learned. Note Changes to zone shapes are stored and used by the algorithm as the mouse button is released. 74 VideoTrak-IQ Operating Manual

87 Zone Placement ZONE PLACEMENT Note Proper zone placement is the single most important tool for the proper functioning of vehicle detection. Zones should be located entirely within traffic lanes Zones should avoid crossing over distinct road marks such as painted lines, text and arrows. Zones can completely enclose such markings, but this should be avoided if possible. Zones should be positioned so that the size in the video image, is approximately the area of an average size private vehicle. The length of the zone should not exceed the length of two private vehicle. Use multiple zones in each lane to increase detection area, for instance behind and in front of the stop bar. Zones should be placed so that they function in both day and nighttime situations. Ideally, position each zone so that both headlights of an average vehicle pass through the zone. Avoid including foreground objects such as signposts and tree branches within your Detection Zones. Zones should be positioned so they do not detect crossing traffic. If this is difficult to achieve, consider using directionality. VideoTrak-IQ Operating Manual 75

88 Chapter 4 Configuring Detection Zones 76 VideoTrak-IQ Operating Manual

89 Chapter 5 Assigning Zones to Outputs This section explains the contents of the Outputs Tab on the VideoTrak-IQ Configuration Menu of the user interface. The section contains instructions for programming outputs and assigning Detection Zones to outputs. The following topics are discussed in detail in this chapter: Overview, on page 78. Outputs Tab, on page 79. Assigning Detection Zones to Detector Outputs, on page 86. Zone output Assignment Matrix, on page 86. Output Assignment Utility, on page 88. Program Logical Zone Combinations and Output Functions, on page 91. Assigning Detection Zones to Card Edge Outputs (TS1/170), on page 94. Assigning Detection Zone Outputs to BIUs (TS2), on page 93. VideoTrak-IQ Operating Manual 77

90 Chapter 5 Assigning Zones to Outputs OVERVIEW The Outputs Tab is the mechanism for assigning VideoTrak-IQ Detection Zones to detector outputs. The VideoTrak-IQ Card interfaces detector outputs directly to NEMA TS1/170 or TS2 controller environments. The outputs tab allows the user to combine video Detection Zones to assign and monitor detector outputs. The VideoTrak-IQ Card has a total of seventy-six available detector outputs. Detector outputs 1-64 (BIUs 9, 10, 11, and 12) are available for TS2 cabinet applications via the VideoTrak-IQ s SDLC connector. An additional twelve detector outputs (eight on the front card connector and four on the rear card edge) are also available for direct pin-to-pin connections in all cabinet applications (TS1/170/TS2). In the TS2 environment, VideoTrak-IQ acts as one or more detector BIUs using SDLC serial communications. The user must indicate the group of detector outputs being used for each BIU number. Each detector output can be set to provide a pulsed, or direct (constant) output based on a Boolean logic combination of video Detection Zones. For testing or recall, an output can also be set to always on or always off. There are a variety of ways to organize and view the Detection Zone and detector output data on the Outputs tab. Zones can be viewed by the detector output to which they are assigned using the Show Zones for Output radio button. Zones and detector outputs can be viewed by Camera. Zones and detector outputs can be viewed for all Detection Zones by clicking the Show All Zones radio button. Any combination of zones from any camera can be assigned to a given output. A check in the Zone Output Assignment Box indicates that the zone labeled at the top of the column is enabled for the output indicated at the extreme right of the window. When viewing zones by camera, only the enabled zones for the selected camera are displayed. Four outputs are visible at any given time. The Output Scroll Bar on the right side of the screen makes it possible to view additional outputs. When the TS1/170 Output radio button is checked, the card edge (rear) and Aux I/O (front) outputs are visible. When the TS2 Output radio button is checked, the SDLC outputs are visible. Groups of sixteen SDLC outputs are visible, depending on which detector group has been selected in the Detector Selection drop down box. Note SDLC outputs and physical outputs (TS1/1701) are not exclusive. All outputs will always function as programmed. 78 VideoTrak-IQ Operating Manual

91 Outputs Tab OUTPUTS TAB Zone LEDs Zone To Output Assignment Show Zones for Output Radio Buttons Output Camera Button Output LEDs Output Scroll Bar Boolean Zone Combination Output Functions BIU Enable Dropdown Box Show all Zones Radio Button Figure 47 VideoTrak-IQ Output Tab Display TS1/170 Output Configuration Radio Button Display TS2 Output Configuration Radio Button Detector Selection for TS-2 Only VideoTrak-IQ Operating Manual 79

92 Chapter 5 Assigning Zones to Outputs STATUS AND SELECTION TOOLS VideoTrak IQ provides the user with a variety of tools to make accessing zones and assigning outputs simple. The following section explains the function of the tools you will be using to assign outputs to detectors. Detection Zones and their corresponding detector outputs can be organized one of three ways: By camera: which shows all zones enabled on a specific camera. By output: which shows all zones assigned to that output. By all zones: which allows the user to scroll though all outputs and all zones enabled on all cameras. Output Camera Buttons The Output Camera buttons allow the user to select and display the Detection Zones for any of the enabled video input cameras. The camera specific output configuration loads for the zones on the selected camera, and the camera field of vision is displayed in the background on the VideoTrak-IQ user interface screen. The Show Camera Zones radio buttons on the left edge of the bottom half of the screen reflects the Output Camera Button selection. Switching cameras saves the previous camera s configuration and loads the saved configuration for the newly selected camera. It is not necessary to save the configuration. Figure 48 Output Camera Buttons on the Outputs Tab 80 VideoTrak-IQ Operating Manual

93 Outputs Tab Show Outputs by Camera Normally the Outputs displayed on the Output Tab are only those for the current camera field of view. Using the Show Camera Zones radio buttons, the user can view the Detection Zones and their associated Outputs for a different camera without changing the camera field of vision. There are five Show Camera Zones radio buttons on the lower, left side of the output menu. The top four reflect the camera selected via the Output Camera Button in the upper right corner. If the camera selection is changed using the Output Camera Buttons, the corresponding Show Camera Zones radio button updates with a black dot to the left of the active camera number. All of the enabled Detection Zones and are displayed for the selected Camera. The outputs for the Detection Zones on the selected camera are also displayed. Slide the Output Scroll Bar up and down to view all of the outputs. The fifth radio button, All Zones allows the user to view the outputs for all of the enabled zones for all of the cameras on the VideoTrak-IQ Card. This makes it possible to assign zones from multiple cameras to a common output without changing the camera. The Zone Scroll Bar and Output Scroll Bar can be used to view the full range of Zones and Outputs. To return to a specific camera, from the All Zones view, select the desired Show Camera Zone radio button or click the desired Output Camera button in the upper right hand corner. Detection Zones can also be viewed by the output to which they are assigned. For more information see the Show Zones by Outputs section of this manual, on page 82. Output Camera Buttons Zone scroll Bar Output Scroll Bar Show Camera Zone Outputs Radio Buttons All Zones Radio Button Figure 49 Show Camera Zones Radio Buttons VideoTrak-IQ Operating Manual 81

94 Chapter 5 Assigning Zones to Outputs Show Zones by Outputs The four Show Zones by Outputs radio buttons allow the user to view all of the zones assigned to a specific detector output. This selection tool gives visibility to zones on multiple cameras assigned to a common output. Since Camera views show only the zones and outputs for the selected camera, it is possible for a zone on another Camera to be assigned to the output, but not be displayed. Clicking the Show Zones by Outputs radio button will show all zones that are assigned to the output, regardless of the camera. Figure 50 Show Zones by Outputs Radio Buttons Selecting one of the four radio buttons causes only the Detection Zones assigned to the corresponding output to be displayed. Although four outputs are visible at any time, only the Output Label corresponding to the Show Zones by Output radio button selected, will display the output information. The Zones Scroll Bar allows the user to scroll through all Detection Zones assigned to outputs. The Zones Scroll Bar is only active when there are additional Detection Zones to be displayed for the selected output. Using the Output Scroll Bar, the user can scroll up and down through all of the programmed outputs. As the outputs advance, the zone display updates to reflect the zones assigned to the selected radio button. When the TS1/170 radio button is selected, the system displays the four rear (card edge) and eight front (Aux I/O) outputs. When the TS2 radio button is selected, the system displays banks of sixteen SDLC outputs. The output detectors in view will be determined by the user-selected value in the Detector Selection box. For more 82 VideoTrak-IQ Operating Manual

95 Outputs Tab information on output environments, see the Output Assignment Utility, on page 88 of this manual. The highlighted area in Figure 50 shows an example of data displayed for Output R1 using this function. Detection Zones from Cameras 1, 2, and 4 are assigned to the same output. For more information on assigning outputs, see Assigning Detection Zones to Detector Outputs, on page 86 of this manual. VideoTrak-IQ Operating Manual 83

96 Chapter 5 Assigning Zones to Outputs Zone LEDs Figure 51 Zone LEDs Zone LEDs give a real-time indication of the status of each zone. The LEDs can be displayed in one of four colors. A Blue LED indicates that this zone is enabled, but not currently detecting a vehicle. A Green LED indicates that the zone is detecting a vehicle. A Gray LED indicates that this zone is not enabled for this camera. A Yellow LED indicates that this zone is enabled and has entered learning mode. If the cursor is held over the Zone LED pop-up text will appear that shows the user defined label for this zone. For more information on editing Zone Labels see the Steps to Edit the Zone Label section, on page 63 of this manual. Output LEDs Output LEDs Figure 52 Output LEDs and Labels The Output LEDs on the right side of the window display the operational status of each output. Together they form a single point of reference for the outputs for every on the VideoTrak-IQ detection card. A Red LED indicates that the output is on. A Gray LED indicates that the output is off. 84 VideoTrak-IQ Operating Manual

97 Outputs Tab Output Labels The Output Labels on the right side of the window reflect the outputs selected for configuration. Only four labels are visible at any time. The scroll bar to the right of the labels allows the user to scroll down to view all of the labels. Label display information is determined by the Output Utility selection. When the TS1/170 Output radio button is selected, the Output Labels reflect the four rear (R1-R4) card edge and eight front (F1-F8) outputs as shown in Figure 53. When the TS2 Outputs radio button is selected, the Output Labels correspond to the detector group numbers assigned in the Detector Dropdown Box as shown in Figure 54. Card Edge Output Labels Figure 53 Card Edge Output Labels Output Scroll Bar Detector Output Labels Detector Dropdown Box Figure 54 Detector BIU Output Label VideoTrak-IQ Operating Manual 85

98 Chapter 5 Assigning Zones to Outputs ASSIGNING DETECTION ZONES TO DETECTOR OUTPUTS Any combination of Detection Zones from any video camera on the VideoTrak-IQ Card can be assigned to any output using the Zone to Output Assignment Matrix. The matrix is a combination of Zones displayed in columns and outputs displayed in rows. In the default view, only the Detection Zones for the camera selected in either the Output Camera field in the upper right corner of the window, or the Camera Zones radio buttons on the lower left corner, are displayed. It is possible to display all of the Detection Zones from all of the video cameras, by clicking on the All Zones radio button on the lower left side of the window. Use the Zone Scroll Bar in combination with the Output Scroll Bar to scroll through the entire matrix of enabled zones and corresponding outputs. A zone is assigned to an output by clicking in the box at the intersection of the Zone column, and the Output row that corresponds to the output to which the zone is being assigned. Zones can be combined using the Boolean operators to condition the output. For more information on combining zones, see the Program Logical Zone Combinations and Output Functions section, on page 91, of this manual. ZONE OUTPUT ASSIGNMENT MATRIX Zone Labels Zone Scroll Bar Show Zone by Outputs Radio Buttons Output Scroll Bar Figure 55 Zone Output Assignment Tools Output Labels The Zone Output Matrix is made up of columns of Detection Zones, rows of detector outputs, Boolean operators, output types, and detector labels. The matrix allows the user to select multiple zones, combine them using logical operators, and select the conditional output to the detector. The Zones Scroll Bar allows the user to scroll through all of the camera zones assigned to an output. The type of output detector displayed is determined by the radio button selection for TS1/170 or TS2, and output ranges selections made in the Output Assignment Utility. In the TS1/170 environment the user can assign zones to any of the twelve physical card edge/front outputs. In the TS2 environment, the user can assign zones to any 86 VideoTrak-IQ Operating Manual

99 Zone output Assignment Matrix one of four banks of banks of sixteen SDLC outputs each. For more information on this tool, see the Output Assignment Utility on page 88 of this chapter. The Zone Scroll Bar and the Output Scroll Bar are navigation tools that give the user the ability to scroll through all combinations of enabled Detection Zones and detector outputs. The Show Zones by Output radio buttons are tools that make it possible for the user to view all of the zones assigned to a particular output, giving visibility to zones on multiple cameras to a common output. Camera views show only the zones enabled on the current camera. The Show Zones By Camera radio buttons allow a zone on another camera to be assigned to this output. Clicking the Show Zones by Outputs radio button will show all zones from all cameras that are assigned to a particular output. VideoTrak-IQ Operating Manual 87

100 Chapter 5 Assigning Zones to Outputs OUTPUT ASSIGNMENT UTILITY The VideoTrak-IQ Card has a total of seventy-six available detector outputs. The Output Assignment Utility is the mechanism for managing the card edge, front and BIU output assignments. The Utility is made up of radio buttons labeled TS1/170 and TS2, a Detector Group Number dropdown box and BIU dropdown boxes. This menu is modal, meaning it changes depending on the situation. When the TS1/170 radio button is clicked, the card edge and front outputs are displayed. The Output Labels correspond to the four rear (card edge) and eight front (Aux I/O) outputs. When the TS2 radio button is checked, SDLC detector outputs are displayed. The Detector Group Number dropdown box is activated, allowing visibility of SDLC outputs in groups of 16. The Output Labels reflect the range of detector numbers corresponding to the 'Detector Group selected. Selecting an SDLC output group for BIU #9 through #12 enables the VideoTrak-IQ as that Detector BIU with those SDLC outputs. More than one BIU number can be activated. TS1/170 Menu TS2 Menu Figure 56 Modal Menus for TS1/170 and TS2 Assignment Utility 88 VideoTrak-IQ Operating Manual

101 Output Assignment Utility Using the TS1/170 Outputs Utility (Front and Rear Outputs) Card Edge Output Labels Enable TS1/170 Outputs Radio Button The TS1/170 Outputs radio button displays the card edge and Aux I/O outputs, and causes the Card Edge Output Labels to be displayed. This allows the user to assign Detection Zones to the four rear card edge and eight front output connections. For complete instructions for assigning Detection Zones to card edge and front outputs see Assigning Detection Zones to Card Edge Outputs (TS1/170) on page 90, of this manual. Using the TS2 Utility (SDLC Outputs) The TS2 Outputs radio button displays the SDLC detector outputs and displays four groups of sixteen detector outputs at a time, for a total of 64. The user can then select the BIU to which they are assigned. The Detector Numbers that correspond to the Detector Group selected are reflected in the Output Label fields. For complete instructions for assigning zones to SDLC outputs see Assigning Detection Zone Outputs to BIUs (TS2), on page 93, of this manual. Detector Output Labels Detector BIUs Enable TS2 Outputs Radio Button Detector Number Groups Detector Groups Assigned to BIUs Figure 57 Assigning Detector Outputs to Bus Interface Units (BIUs) using the TS2 Utility VideoTrak-IQ Operating Manual 89

102 Chapter 5 Assigning Zones to Outputs ENABLE THE TS2 STATUS OUTPUTS When using the VideoTrak-IQ card in a TS/2 detector rack, which uses a separate Detector BIU, it is necessary to enable the status card edge outputs by checking the Enable Status Outputs (TS2) checkbox, on the TS2 sub-tab of the System Tab on the System Configuration Menu. For more information on this topic, see the TS2 Status Monitor section of this manual, on page 140. The TS2 status card edge outputs will only be asserted if this box is checked and zones are assigned to the associated detection outputs. The current status of the TS2 outputs is displayed on the I/O Tab. For more information on this topic, see the Enable Status Outputs (TS2) section of this manual, on page 97. Figure 58 Enable TS2 Status Outputs Note TS2 status outputs only require enabling if rear card edge outputs are used with a separate detector BIU in the rack. It is not necessary to enable the TS2 status outputs if outputs are only via the VideoTrak-IQ s SDLC port. 90 VideoTrak-IQ Operating Manual

103 Program Logical Zone Combinations and Output Functions PROGRAM LOGICAL ZONE COMBINATIONS AND OUTPUT FUNCTIONS After setting the zone combinations to be assigned to outputs, the user will set the conditions and functions using the Boolean operators and output functions discussed in this section The Outputs can be programmed to respond to a combination of zone states using one of the two logical operators. These operators will determine whether or not the selected output will turn on. The combination of the logical operator and output function from the drop down lists, provide a mechanism to control how zones are combined to contribute to the output. Figure 59 Zones combinations contribute to outputs Logical Operators Output Functions Boolean Logic The logical operators, AND and OR can be selected in combination with one of the output modes (pulse output or direct connection). If the logical operator is set to AND, the output function will only be activated when all of the assigned zones detect a vehicle. If the logical operator is set to OR, the output function will be activated if any one of the assigned zones detect a vehicle. Output Function Types Each output can be set to one of four function types: always on, always off, pulse output, and direct. When the output function is set to Direct, the output follows the logic of the zone to output, and Boolean selection. When On is selected the detector output is always active, overriding the video detection and zone logic. VideoTrak-IQ Operating Manual 91

104 Chapter 5 Assigning Zones to Outputs When Off is selected the detector output is always inactive, overriding the video detection and zone logic. In the TS1/170 mode, the Pulse function is a short On pulse produced at the moment the logical combination is True. A subsequent pulse cannot occur until after the logical combination is False. Output Scroll Bar The VideoTrak-IQ Card has twelve direct physical outputs (four on the rear card edge and eight on the front Aux I/O) and sixty-four detector SDLC outputs in four banks of sixteen. The output labels display the first four outputs. Additional outputs can be viewed by sliding the scroll bar or clicking the up and down arrows. Clicking in the scroll bar will also move the display one page at a time. Clicking the up and down arrows moves the display by one label. Figure 60 Output Scroll Bar 92 VideoTrak-IQ Operating Manual

105 Program Logical Zone Combinations and Output Functions ASSIGNING DETECTION ZONE OUTPUTS TO BIUS (TS2) 1. Click on the TS2 radio button in the Zone to Output Utility. 2. Select the output range for the bank of sixteen SDLC Detectors to configure. The Detector numbers selected will be reflected on the Output Labels. 3. Enable the Detector BIU(s) by clicking on the down arrow for Detector BIUs #9, #10, #11 or #12, and selecting the SDLC output range for each enabled BIU. The VideoTrak-IQ can act as any or all Detector BIU(s) (#9-#12). 4. Select the camera for the Detection Zones for which you are assigning outputs, using the Camera Selection buttons. 5. Make zone to outputs assignments by clicking the checkbox in the Zone column that corresponds to the Output row on Zone to Output Assignment matrix. Only four outputs are in view at any time. Use the Output scroll bar to access additional outputs. 6. To combine zones from more than one camera, click on the All Zones radio button to display all of the Detection Zones for every camera on the VideoTrak- IQ Card. 7. Use the logical operators in the Boolean Zone Combination dropdown box to logically combine the Detection Zones for a common output. If you select AND, the output function will only be activated when all of the assigned zones detect a vehicle. If you select OR, the output function will be activated when any of the assigned zones detect a vehicle. 8. Select the desired Output Function from the dropdown box ( Direct is normal operation.) 9. Click on the Show Zones by Outputs radio buttons to view all of the zones assigned to the output. A maximum of seven Detection Zones are in view at any time. If there are more than seven Detection Zones assigned to an output, use the Zone Scroll Bar to view all of the Detection Zones assigned. 10. Repeat steps 2, through 9, for each SDLC output being programmed. VideoTrak-IQ Operating Manual 93

106 Chapter 5 Assigning Zones to Outputs ASSIGNING DETECTION ZONES TO CARD EDGE OUTPUTS (TS1/170) 1. Click on the TS1/170 radio button in the Zone to Output Utility. 2. Select the camera for the Detection Zones for which you are assigning outputs, using the Camera Selection buttons. 3. Make zone to output assignments by clicking the checkbox in the Zone column that corresponds to the Output row on Zone to Output Assignment matrix. Only four outputs are in view at any time. Use the Output scroll bar to access additional outputs. 4. To combine zones from more than one camera, click on the All Zones radio button to display all of the enabled Detection Zones for every camera on the VideoTrak-IQ Card. 5. Use the logical operators in the Boolean Zone Combination drop boxes to combine the Detection Zones for a common output. If you select AND, the output function will only be activated when all of the assigned zones detect a vehicle. If you select OR, the output function will be activated when any of the assigned zones detect a vehicle. 6. Select the desired Output Function from the dropdown box ( Direct is normal operation.) 7. Click on the Show Zones by Outputs radio buttons to view all of the zones assigned to the output. A maximum of seven Detection Zones are in view at any time. If there are more than seven Detection Zones assigned to an output, use the Zone Scroll Bar to view all of the Detection Zones assigned. 94 VideoTrak-IQ Operating Manual

107 Chapter 6 System Settings This section explains the system settings and logs for the VideoTrak-IQ Card, found on the System Tab on the Edit Menu of the VideoTrak-IQ interface. The following topics are discussed in detail in this chapter: Overview, on page 96. System Tab, on page 96. Enable Status Outputs (TS2), on page 97. Network Configuration, on page 97. Editing the IP Address, on page 98. System Clock, on page 101. Event Logs, on page 102. VideoTrak-IQ Operating Manual 95

108 Chapter 6 System Settings OVERVIEW There are four areas within the System Tab on the System Configuration Menu. These include TS2, Network IP Address, Clock, and Log functions. The TS2 Checkbox on the TS2 Sub-Tab of the System Tab enables the card edge status outputs for TS2 systems. The Network IP Address and associated Ethernet parameters can be viewed and edited on the Network' Sub-Tab from the System Tab. The user can view and edit the time and date on the Clock Sub-Tab fields. The system time field displays, and continuously updates the system time. The Event log function allows the user to set the volume of event logging to be recorded, and allows the user to display and navigate through an online record of event logs for the system. The ability to control event logging allows the user to vary the intensity of monitoring activity. This can be helpful in troubleshooting and problem solving. SYSTEM TAB Figure 61 System Tab on the VideoTrak-IQ Configuration Menu 96 VideoTrak-IQ Operating Manual

109 Network Configuration ENABLE STATUS OUTPUTS (TS2) The Enable Status Outputs TS2 checkbox enables the card edge status outputs for TS2 systems. The TS2 status card edge outputs will be asserted only if the box is checked and zones are assigned to the associated detection output. Figure 62 TS2 Area of System Screen The current status of the TS2 outputs can be monitored on the I/O Tab of the System Configuration Menu. See the TS2 SDLC Outputs Monitor topic on page 140, of this manual. Note This functionality is only used when the VideoTrak-IQ Card is being used as a detector card in a rack with a separate detector BIU in a TS2 cabinet environment. NETWORK CONFIGURATION The VideoTrak-IQ System is IP addressable. Cameras are a subset of the system IP Address. A standard Ethernet Port on the front of the VideoTrak-IQ Card provides network connectivity. Features such as remote configuration and firmware upgrades, monitoring over networks or internet, video streaming, Web Browser interface, alarm transmission, and file transfer are supported. Figure 63 Network Configuration Edit Window The IP Address of the system is displayed when the Network Sub-Tab is selected on the System Tab. The system can automatically obtain the IP address, or the user can manually configure the network interface by editing the IP Address and associated Ethernet parameters. VideoTrak-IQ Operating Manual 97

110 Chapter 6 System Settings EDITING THE IP ADDRESS Automatically Obtain an IP Address (DHCP) Figure 64 Automatic IP Address Update To automatically obtain an IP address: From the System Tab, click the Network Sub-Tab. Then click the Edit button to open the Network Settings Edit window. Click the Automatically obtain IP Address radio button. Click on the Get New Address button and verify that the IP Address field has been updated with the new IP address. Click Apply to save the information and close the window, or click Cancel to close the window without saving. The new IP Address is reflected in the IP field on the Network Sub-Tab of the System Tab. Note A network must have a DHCP server to use automatic IP Address assignment. Contact your Network Administrator if you are unsure about settings for your Network. 98 VideoTrak-IQ Operating Manual

111 Editing the IP Address Manually Editing the IP Address and Network Settings Figure 65 Network Settings Edit Window To manually edit the IP Address (Static IP): From the System Tab, click the Network Sub-Tab, then click the Edit button to open the Network Settings Edit window. Click the Use Specific IP Address radio button to activate entry fields. Click the Edit button to the right of the IP Address field to open the Enter IP window. Using the mouse and on-screen numeric keypad, enter the IP Address. Click Enter to save the information and close the Enter IP window, or click Cancel to close the Enter IP window without saving. Click Apply to close the Network Settings Edit window. The new address is reflected in the IP Address field on both the IP Address Update window and in the Network Sub-Tab of the System Tab. Note Each device on a network must have a unique IP Address. If you need to use a specific IP Address (Static IP) the Address, Subnet, and Gateway are usually supplied by your Network Administrator. VideoTrak-IQ Operating Manual 99

112 Chapter 6 System Settings Editing the Subnet Mask or Default Gateway To manually edit the Subnet Mask or Default Gateway: From the System Tab, click the Network Sub-Tab, then click the Edit button to open the Network Settings Edit window. Click the Use Specific IP Address radio button to activate entry fields. Click the Edit button to the right of either the Subnet Mask or Default Gateway field to open the Enter IP window as shown in Figure 65. Using the mouse and on-screen numeric keypad, enter the IP Address. Click Enter to save the information and close the Enter IP window, or click Cancel to close the Enter IP window without saving. Click Apply to close the Network Settings Edit window. The new address is reflected in the IP Address field on both the Network Settings Edit window and on the Network Sub-Tab of the System Tab. Edit the System Socket Although it is unlikely that the user will be required to edit the System Socket, this function is provided to resolve a socket number conflict with other devices, should they arise. To Edit the System Socket: From the System Tab, click on the Network Sub-Tab, then click the Edit button to open the Network Settings Edit window as shown in Figure 65. Use the Up and Down Arrows on the Socket No spin box to edit the socket number. Click Enter to save the information and close the Enter IP window, or click Cancel to close the Enter IP window without saving. Verify that the new socket number is reflected in the Socket field on the Network Sub-Tab of the System Tab. 100 VideoTrak-IQ Operating Manual

113 System Clock SYSTEM CLOCK The system clock is vital for many functions, particularly event logging. The current day, date, and time are displayed in this field. The clock operates on a battery backup, ensuring the correct time will be maintained in the event of a power outage. The time and date can be edited. To edit the system clock settings, follow the steps below. Figure 66 The System Clock To edit the system clock follow the steps below. Select the Clock Sub-Tab. Click the Edit button to open the Set Date and Time window as shown in Figure 66. Use your cursor to highlight the value being edited (Day, Month, Date, Year, Hour, Minute, Second, or AM/PM). Begin with the Month as the Day of the Week will change in response to the Month / Date selection. Use the Up and Down Arrows at the right side of the window to edit the field value. Repeat the process for each of the values being edited. Click Enter to save your changes and return to the Clock Tab, or click Cancel to exit the edit screen without saving your changes. Verify that the updated clock setting is reflected in the Day/Date/Time Display on the Clock Sub-Tab of the System Tab. VideoTrak-IQ Operating Manual 101

114 Chapter 6 System Settings EVENT LOGS The Event Log can be set to record logs at various intensities. Under normal conditions Logging would be set to Low or Moderate. The Extreme logging setting is usually reserved for troubleshooting specific issues. The event logs scroll bar sets the volume of events that are to be logged by indicating the intensity of logging activity from Low to Extreme. Logging can also be turned off by pulling the Logging Level scroll bar all the way to the left. Figure 67 Adjusting Event Logging Intensity Adjusting Event Logging Intensity To adjust the level of logging intensity, follow the steps below. 1. Position your mouse over the scroll bar. 2. Click on the Logging Level scroll bar and use the mouse to drag the bar to the left or right until the desired logging level displays. 3. The field can also be adjusted by clicking on the right or left arrows on either side of the scroll bar, to advance the bar in the direction indicated. Note Normal logging intensity should be set to Low or Moderate. The High and Extreme settings should be reserved for troubleshooting activity only. 102 VideoTrak-IQ Operating Manual

115 Event Logs Viewing Event Logs The View button on the Logs Tab allows users to view, monitor and analyze events in the event logs displayed in the Event Log Window. The Event Logs are organized into Log and Boot categories, with two logs in each. When the first Log in each category is filled, entries roll over to the second. Boot 1 and Boot 2 Logs record each time the card is reset, power is lost or restored, and certain System Commands. This isolates the most critical functions making them easier to track. Log 1 and Log 2 record all other system events. User can review Event Logs using the Log Navigation Arrows on the right side of the window. The arrows allow the forward or backward movement through the Event Log in 1, 4, 10, or 100 entries at a time. Figure 68 Viewing Event Logs To access event logs follow the steps below. From the Logs Tab, click View to open the Event Log window. Click the radio button corresponding to the desired Log selection. Use the Log Navigation Arrows to browse the up and down through the selections by 1, 4, 10, or 100 entries at a time. Click the Clear button to permanently delete all entries from the selected Log. Click Close to exit the Event Log and return to the Log Tab. VideoTrak-IQ Operating Manual 103

116 Chapter 6 System Settings 104 VideoTrak-IQ Operating Manual

117 Chapter 7 Display Set-Up This section discusses functions found on the Display Tab, which control the display set-up parameters for the VideoTrak-IQ interface. The following topics are discussed in detail in this chapter: Overview, on page 106. Display, on page106. Display Zone Labels, on page 107. Filled Zones, on page 108. Camera Label, on page 109. Day / Night Status, on page 110. Video Output Sequence Editor, on page 111. Scheduling Video Output Monitoring, on page 112. Display and Monitor Phases, on page 115. VideoTrak-IQ Operating Manual 105

118 Chapter 7 Display Set-Up OVERVIEW The settings on the Display Tab manage the appearance of the VideoTrak-IQ interface. With the exception of the Sequence Video and Screen Saver options, the settings on this menu are specific to the video camera selected in the Camera Button field. The Edit Sequence and Screen Saver options are system settings that are in effect for all cameras. DISPLAY TAB Display Zone Labels Display Filled Zones Display Camera Labels Display Day/Night Status Enable Video Sequencing Enable screen Saver Turn On Phase Indicators Edit Input Window Edit Video Sequencing Set Screen Saver Timeout Figure 69 Display Configuration Tab functions. CAMERA BUTTON The Camera Button can be used to select a camera. The camera specific configuration displays for the selected camera. Switching cameras saves the previous camera configuration and loads the saved configuration for the selected camera. It is not necessary to save the configuration. 106 VideoTrak-IQ Operating Manual

119 Display Zone Labels DISPLAY ZONE LABELS Clicking the Zone Labels box turns on the zone label function, causing either the system generated alpha label or the text label assigned to the zone on the Zones Tab, to be displayed within the zone on the single camera field of view. For instructions on adding or editing zone text labels, please refer to Steps to Edit the Zone Label on page 63 of this manual. Figure 70 Enabling display of zone labels on the camera field of view. To display Zone Labels: Select the Camera for which the Zone Labels are to be displayed. Click the Zone Labels button. Repeat these steps for each Camera. VideoTrak-IQ Operating Manual 107

120 Chapter 7 Display Set-Up FILLED ZONES Figure 71 Display Zones as Solid Objects Checking this box, results in each active zone being displayed as a solid object, rather than an outline. The fill colors follow the conventions of the zone outline colors. Yellow indicates that the zone is in learning mode. Blue indicates that the zone is enabled for detection, and a green zone is actively detecting a vehicle. This feature makes zone detection more visible when a camera is being monitored in unfavorable viewing conditions. Zone labels appear in a contrasting color. The feature must be enabled for each camera. To display Filled Zones: Select the Camera for which the Zone Fill is being enabled. Click the Filled Zones button. Repeat these steps for each Camera. 108 VideoTrak-IQ Operating Manual

121 Camera Labels CAMERA LABELS The camera labels function enables an editable text label for the selected camera. The label box appears as an overlay on the camera field of view on the Single Camera Display. The label can be moved to any position on the screen. To enable the camera labels function, click the Camera Labels checkbox. See label editing instructions in the Editing the Camera Label section that follows. Camera Label Figure 72 Editable camera label displayed on Camera FOV Editing the Camera Label To edit the camera label from Single Camera Display screen: Double Click on the Camera Label Box to open the Edit Window. Use the mouse and the on-screen keyboard to edit the zone label. Enter the user-defined label, to a maximum of 25 alpha-numerical characters. Click Done to save your changes and close the Edit Window and return to the Single Camera Display. Click Cancel to close the window without saving the changes. Camera Label Label Edit Window Figure 73 Camera Label Edit Window VideoTrak-IQ Operating Manual 109

122 Chapter 7 Display Set-Up DAY / NIGHT STATUS The vehicle detection algorithm within the VideoTrak-IQ Detector uses slightly different detection methods during daylight and nighttime hours. It switches between these modes based on the amount of light available in the video field of view. The Day/Night Status icon indicates which algorithm is currently operating. Day/Night Status Figure 74 Day/Night Status Check Box To Enable the Day/Night Status: Check the Show Day/Night Status box to enable the Day/Night Status feature. Enabling the Day/Night Status feature causes either a sun or moon symbol to appear as an overlay on the camera field of view on the Single Camera Display. The symbol can be moved to any position on the screen. Click on the object, hold the mouse button down and drag it to the desired location. 110 VideoTrak-IQ Operating Manual

123 Video Output Sequence Editor VIDEO OUTPUT SEQUENCE EDITOR The Sequence Video checkbox enables the sequence editing features, making it possible for the video output from the VideoTrak-IQ cameras to be sequenced for either scheduled or continuous monitoring. The video monitoring interface can be set to automatically begin monitoring up to four cameras at a specified time. The cameras to be monitored, as well as the activation date, and time can be programmed using the sequence editor. Continuous monitoring of video output can also be sequenced and scheduled to change at 5 second to 2 hour intervals. The video sequencing feature is enabled by clicking the Sequence Video checkbox. Access the scheduler by clicking on the Edit Sequence button to open the Video Output Scheduling window. Figure 75 Sequence Video checkbox enables the VideoTrak-IQ sequence editing features. VideoTrak-IQ Operating Manual 111

124 Chapter 7 Display Set-Up SCHEDULING VIDEO OUTPUT MONITORING Checking the Edit Sequence button opens the video output scheduling window. There are two options within the sequence editor. The first, the Switch To option, provides a mechanism to schedule monitoring of video output for a maximum of four selected cameras to begin at the specified date and time. The second sequencing option, Continuous Video Sequence, allows the user to program the sequential monitoring of specified cameras, for a specified interval. Instructions for programming both monitoring options can be found in the sections that follow. Scheduled Video Monitoring The Switch To option allows the user to set the monitoring interface to automatically begin monitoring up to four cameras at a specified time. The monitor output switches to the selected camera(s) at the scheduled date/time. Switch To checkbox Date/Time Scheduler Spin Boxes Camera Dropdown Boxes Figure 76 Programming scheduled video monitoring. To program scheduled monitoring, follow the steps below: Click the Switch To checkbox at the top of the scheduler window. Select the first Camera being programmed from the first dropdown box in the list. Place your cursor on the Month field in the Date/Time Scheduler spin box. Use the up and down arrows to navigate to the desired month. Repeat this step to set the Date, Year, Hour, Minute and Seconds. Notice that it is not necessary to set the Day. Click the OK button to exit the editing window. 112 VideoTrak-IQ Operating Manual

125 Continuous Video Sequence Monitoring CONTINUOUS VIDEO SEQUENCE MONITORING The continuous video sequence option allows periodic monitoring of selected cameras in a repeated sequence. The monitor output automatically switches up to six camera selections at the intervals set by the user. Continuous Video Checkbox Period Dropdown Box Sequence Slots Close Edit Window and Save Channel Selection Dropdown Boxes Figure 77 Programming the continuous video monitoring sequence. To program continuous sequence monitoring, follow the steps below: Click the Continuous Video Sequence checkbox in the bottom half of the scheduler window. Select the Camera being programmed from the dropdown boxes for each of the six Sequence Slots. Select the monitoring interval from the Period dropdown box. Click the OK button to save your changes and exit the editing window. VideoTrak-IQ Operating Manual 113

126 Chapter 7 Display Set-Up SCREEN SAVER/TIMER Clicking the Screen Saver checkbox turns on the screen saver, if no mouse activity is detected within the time specified in the timer field. After the specified time has elapsed, the screen turns to black. Click the mouse to return to normal display. The timer can be set in one minute increments, to a maximum of nine-hundred-ninety-nine (999) minutes. To enable the Screen Saver option: Click the Screen Saver check box Set the time using the up and down arrows on the Minute scroll box 114 VideoTrak-IQ Operating Manual

127 Display and Monitor Phases DISPLAY AND MONITOR PHASES Using the Phase/Input check boxes on the Display Tab, the user can activate a maximum of eight traffic signal head simulations for on-screen display. The signal heads can be edited to reflect the MMU channel assignments programmed in the TS2 Input Map on the Zones Tab, for each Camera. Signal heads can be programmed to monitor the states of the two card edge and four front physical inputs. The signal heads can be customized to show an array of a horizontal or vertical signal heads with selectable labels. This allows on-screen monitoring of phase, overlap, and pedestrian signal colors from the Single Camera Display. Figure 78 Activating the Phase / Input Display Editor. Note TS2 Phase monitoring is only available if there are TS2 inputs via SDLC. The TS2 Input Map must be correctly configured in order for signal color to be communicated. For instructions on programming the TS2 Input Map see Step 11 Program the TS2 Input map on page 69, of this manual. ACTIVATING AND EDITING PHASE DISPLAYS To activate Phase Displays: Click on the Camera button corresponding to the Camera for which you are enabling phase displays. Click the Phase/Inputs checkbox for each Signal Head being activated for viewing on the Single Camera display. Notice that the Signal Head Display(s) appear on-screen immediately. Repeat these steps for each Camera for which you are enabling phase displays. VideoTrak-IQ Operating Manual 115

128 Chapter 7 Display Set-Up INPUT DISPLAY EDITOR Color Selection Box Phase / Overlap/ Input Label Input Display SSections l Selection Alignment Style SShow l tiphase Section Preview Section Preview Window Phase / Overlap / Input Selection Wi d Select the Input to Edit. Figure 79 Selecting Phases to Display Editing Window. To edit Input Displays: Face Selection Window 1. Click on the Edit Inputs button on the Display Tab of the System Configuration Menu to open the edit window. 2. Click the Input Display down arrow and select the number of the signal head display being edited (1-8). 3. Click the Sections down arrow and select the number of Sections to be shown on the signal head display (1-5). 4. Click the Alignment Style down arrow and select the configuration of the phase display (Horizontal or Vertical) 5. Click the Show Phase checkbox to display the optional Phase / Overlap / Inputs Labels to the left of the Section Preview. 6. Repeat the steps above for every Input Display enabled, for each active Camera. 116 VideoTrak-IQ Operating Manual

129 Edit the Phase, Overlap, Input Colors and faces EDIT THE PHASE, OVERLAP, INPUT COLORS AND FACES The color and face representing each input can be edited to reflect the desired appearance. Any Phase, Overlap or Ped input that is used here, must also be assigned in the TS2 Input Map. The default assignment for the 8 (per camera) phase displays, is to show red, yellow and green for Phases 1 through 8. To display other inputs it is necessary to edit the face, phase, overlap or input information for each segment of this phase display. See the About the TS2 Input Map Button section, on page 69 for more information about the TS2 Input Map. To edit the Display from the Input Display Editor window: 1. Click the radio box to the right of the Section Preview color indicator to activate the editing function for each section. 2. Assign a Color to the section by clicking on one of the three choices in the Color Selection Box. 3. Select a Face for each section by selecting one of the choices in the Face Selection Window. 4. Select the Phase, Overlap, or Input to display. 5. Repeat the steps above for all sections of each signal head displayed. 6. Click on Close to save changes and exit the window. Color Selector Phase / Overlap / Input Selection Close Edit Window and S C Figure 80 Signal Head Display Editor Select the Input to Edit. Note For PED phases, set color to Red, or Green, and then select the Walk or Don t Walk face. VideoTrak-IQ Operating Manual 117

130 Chapter 7 Display Set-Up 118 VideoTrak-IQ Operating Manual

131 Chapter 8 VideoTrak-IQ System Configurations This section explains the Config Tab and discusses restoring camera and system default settings, as well as utilities for saving and loading configuration files. The following topics are discussed in detail in this chapter: Overview, on page 106. Config Tab, on page 120. Load Factory defaults - Camera and system, on page 121. Camera and System Configuration File Options, on page 123. Local Button, on page 123. USB Button, on page 124. Assignment Button, on page 124. VideoTrak-IQ Operating Manual 119

132 Chapter 8 VideoTrak-IQ System Configurations OVERVIEW The purpose of the Configuration Tab is to provide a utility for saving and loading VideoTrak-IQ System and camera configuration files. Configurations can be loaded and saved locally or to a USB storage device. CONFIG TAB Camera Configuration Files System Configuration Files Camera button Configuration Assignment Default to Factory Access Local File System Access USB Storage Device File Save/Load Options Figure 81 VideoTrak-IQ Configuration Tab The Camera and System tabs on the Top Row of the Config Tab use the File Save/Load options at the bottom to manage the system and camera configuration files. The File Save/Load options allow the user to save or load configuration files. The Local and USB buttons indicate the file location. The VideoTrak IQ system can access files stored locally or on a USB storage device, inserted in the USB port on the VideoTrak IQ card. If the Camera Tab is selected, configuration controls will be specific to the camera selected in the Camera Button field. If the System Tab is selected the configuration controls apply to all of the enabled cameras on the system. The Assignment Tab is not yet functional. The future functionality of this tab will allow the system to load alternate configurations in response to an input assertion. Camera Button The Camera Button selects the camera in use by the Camera Tab on the Config Tab. When using the functions on the Camera Tab, only the Camera selected will be affected. 120 VideoTrak-IQ Operating Manual

133 Load Factory defaults - Camera and system LOAD FACTORY DEFAULTS - CAMERA AND SYSTEM Figure 82 Load Camera and System Factory Defaults Caution The Load Factory Defaults options, for both the camera and the system cause a variety of settings to default to Off or lose the programmed parameters. Camera Tab The Load Factory Defaults button returns the selected camera to factory configuration settings. This action affects settings on multiple tabs of the Video-IQ Interface Edit Menu. Causes enabled zones on the selected Camera to return to their defaults position on the screen. Removes all camera zone configuration settings and returns Failsafe, Sensitivity, and the Shadow Filter settings to the default values. Removes the zone and camera labels, as well as the filled zones and day/night status on the Display Tab. Resets the video input to Front, and the cable length to ft. Returns the contrast settings on the Video Tab to default values (top 2 regions are enabled with range setting of 100 and level setting of 110.) VideoTrak-IQ Operating Manual 121

134 Chapter 8 VideoTrak-IQ System Configurations System Tab The Load Factory Defaults button returns the entire system to factory configuration settings. This action affects settings on multiple tabs of the Video-IQ Interface Edit Menu. Causes all enabled zones on all Cameras to return to their defaults position on the screen. Removes all camera zone configuration settings and returns Failsafe, Sensitivity, and the Shadow Filter settings to the default values. Removes the zone and camera labels, as well as the filled zones and day/night status on the Display Tab. Resets the video input to Front, and the cable length to ft. Returns the contrast settings on the Video Tab to default values (top 2 regions are enabled, with range setting of 100 and level setting of 110.) Removes all Output Assignments. Note If you lose video input from the camera, after loading the factory defaults, be sure to check the Video Input setting on the Camera Tab located on the Video Tab of the VideoTrak-IQ Interface Edit Menu. 122 VideoTrak-IQ Operating Manual

135 Camera and System Configuration File Options CAMERA AND SYSTEM CONFIGURATION FILE OPTIONS The Local and USB buttons on the lower half of the Configuration Tab are the mechanism for saving or uploading system and camera configuration files to either a new or existing file. File save and upload options, accessed by the Local and USB buttons make it possible to access configuration files stored locally, or on a USB storage device. Camera Tab If the Camera Tab is selected, configuration controls will be specific to the camera selected in the Camera Button field. System Tab If the System Tab is selected, the configuration controls apply to all of the enabled cameras on the system. System values such as outputs and sequencing are affected. Local Button Accessing the Local button from either the Camera button or the System button, gives the user access to the following configuration file save, and upload options: Save-Saves the configuration file locally to an existing file overwriting the existing configuration. Save As-Saves the configuration file locally with a new file name which the user inputs. Load Configuration-Allows the user to load a camera configuration from a file stored locally. VideoTrak-IQ Operating Manual 123

136 Chapter 8 VideoTrak-IQ System Configurations USB Button Accessing the USB button from either the Camera button or the System button, gives the user access to the following camera configuration file save, and upload options: Save-Saves the configuration file to an existing file name on the USB storage device. Save As-Saves the configuration file with a new file name, on the USB storage device. Load Configuration-Allows the user to load a camera configuration from a file stored on the USB storage device. Note The USB storage device must be formatted for VideoTrak-IQ before use. Contact your Peek Distributor or the Peek Traffic Corporation Product Support Department for more information. ASSIGNMENT BUTTON This section is not yet implemented. Future functionality will store configurations for conditional use. This feature will provide a mechanism to instruct the system to load an alternative configuration in response to an input assertion. 124 VideoTrak-IQ Operating Manual

137 Chapter 9 Video Camera Settings This section explains the settings for video camera and detection settings for the VideoTrak-IQ interface, that are set up on the Video Tab of the Configuration Menu. The following topics are discussed in detail in this chapter: Overview, on page 126. Video Tab, on page 126. Camera Control Settings, on page 127. Video Input setting, on page 128. Camera Lens Adjustments, on page 129. Cable Length Setting, on page 133. Contrast Threshold Settings, on page 134. Detection Learning Time, on page 136. VideoTrak-IQ Operating Manual 125

138 Chapter 9 Video Camera Settings OVERVIEW VIDEO TAB The Video Tab on the Edit Menu of the VideoTrak-IQ user interface is made up of three separate tabs: Camera, Contrast, and Detection. The inputs on these tabs optimize camera operation and set the camera video path, manage contrast failsafe, and set learning time for Detection Zones. The settings on each of these three tabs are specific to the Camera. During set-up, Camera, Contrast, and Detection parameters must be input separately for each of the enabled Cameras on the VideoTrak-IQ Card. Click on a tab to display the set-up functions. The Video Tab provides access to the Camera, Contrast, and Detection Set-up tabs. Figure 83 Camera, Contrast, and Detection tabs on the Video Tab 126 VideoTrak-IQ Operating Manual

139 Camera Button CAMERA BUTTON The Camera Button is used to select any of the enabled video input cameras. The camera-specific configuration is displayed for the selected camera. Switching cameras saves the previous camera configuration and loads the saved configuration for the selected camera. It is not necessary to save the configuration. Camera Contrast Detection Figure 84 Camera Control Tab on the Video Tab CAMERA CONTROL SETTINGS Tools to adjust the quality of incoming video from the detection cameras are located on the Camera Tab on the Video Tab of the VideoTrak-IQ Edit Menu. The Video Input setting identifies the input path. The Cable Length setting allows cable equalization to be tailored for specific cable lengths. While the Adjust Lens setting allows the user to adjust the zoom and focus, autofocus the camera, and set the adjustment reaction speed. VideoTrak-IQ Operating Manual 127

140 Chapter 9 Video Camera Settings VIDEO INPUT SETTING Front Rear Figure 85 Video Input Dropdown Box The VideoTrak-IQ Card has 4 front video inputs and 4 rear video inputs. Four inputs can be processed simultaneously on either the front or rear. It is necessary to identify the video path, either Front or Rear, for each video camera enabled on the VideoTrak-IQ Card. To set the Video Path for each Camera, follow the steps below: 1. Select the Camera Button for first zone for which the Video Input value is being entered. 2. Click on the down arrow and select the input path (Front or Rear) for the selected camera. 3. Repeat Steps 1 and 2, for each camera. Note It is permissible to have some cameras connected in the front and others at the rear of the card as long as each is associated with a different camera input number. 128 VideoTrak-IQ Operating Manual

141 Camera Lens Adjustments CAMERA LENS ADJUSTMENTS Zoom Adjustments Focus Adjustments Zoom / Focus Speed Control Zoom / Focus Adjustment Window Figure 86 Adjust Lens button open the Zoom/Focus Adjustment Window Clicking on the Adjust Lens button opens the Zoom/Focus adjustment window allowing the user to manually adjust zoom and focus and set the lens reaction speed for the camera selected. To make Zoom and Focus adjustments for each camera, follow the steps on Page 130. VideoTrak-IQ Operating Manual 129

142 Chapter 9 Video Camera Settings Camera Zoom Adjustment Zoom Adjustment Tools Figure 87 Camera Zoom Adjustment Tools The Zoom adjustment tools allow the user to manually adjust the zoom level while observing a monitor. To Adjust Zoom: Click and release on the In button once to begin zooming in, click and release again to lock the zoom level. Click and release on the Out button once to begin zooming out, click and release again to lock the zoom level. Click the Close button to Exit the Adjustment Window. Note The speed at which the zoom adjusts can be regulated using the Zoom/Focus Speed scroll bar at the bottom of the adjustment window. 130 VideoTrak-IQ Operating Manual

143 Camera Lens Adjustments Camera Focus Adjustment Focus Adjustment Tools Figure 88 Camera Focus Adjustment Tools When the VideoTrak-IQ camera auto focuses, it attempts to keep the focus on whatever object is the largest in the frame. It may be that the object the camera auto focuses on is not necessarily representative of an optimal field of view perspective. Use the Near and Far buttons to remove the camera from Autofocus, and manually focus on a near or far away object. The Autofocus button returns focus control to the camera. To Adjust Focus: The Near button adjusts focus towards objects that are closer to the camera. To do this, click and release the Near button on the zoom/focus control panel. Click and release again to lock the focal point. The Far button adjusts focus towards objects that are farther away from the camera. To do this, click and release the Far button on the zoom/focus control panel. Click and release again to lock the focal point. To resume auto focus, click on the Autofocus button. Click the Close button to Exit the Adjustment Window. Note The speed at which the zoom adjusts can be regulated using the Zoom/Focus Speed scroll bar at the bottom of the adjustment window. VideoTrak-IQ Operating Manual 131

144 Chapter 9 Video Camera Settings Camera Zoom / Focus Speed Control Zoom / Focus Speed Scroll Bar Figure 89 Camera Zoom/Focus Speed Scroll Bar The slow/fast scroll bar at the bottom of the window controls the speed at which the camera makes zoom and focus adjustments. The speed can be adjusted by using the mouse to drag the scroll bar to the right or left, or clicking on the arrows to the right and left of the scroll bar. Click the Close Button in the upper right corner of the screen when finished. 132 VideoTrak-IQ Operating Manual

145 Cable Length Setting CABLE LENGTH SETTING Figure 90 Cable Length Setting Box The video equalization capabilities of the VideoTrak-IQ System compensate for signal deterioration that can result from long cable runs. The cable length range value is used to tailor cable equalization to the specific cable length for each video input. To set the Cable Length for each Camera, follow the steps below: 1. Select the Camera Button for first Camera for which the Cable Length is being entered. 2. Click on the down arrow on the Cable Length dropdown box to display range selections. 3. Click on the range value that matches your cable length. 4. Repeat Steps 1, 2, and 3 for each Camera. Note Selecting a length which is longer than the actual cable length can be detrimental to detection performance. The ft. setting is appropriate for most intersection installations. VideoTrak-IQ Operating Manual 133

146 Chapter 9 Video Camera Settings CONTRAST THRESHOLD SETTINGS Threshold Band Enable Threshold Band Threshold Band Threshold Band Threshold Band Threshold Band Figure 91 Contrast Threshold Settings Threshold Range Threshold Level Threshold Combination Failsafe LED The function of the Contrast settings is to prevent loss of detection in extreme weather conditions, particularly during fog and icing. The Contrast settings establish the thresholds for defining situations that could lead to loss of detection The camera field of view is divided into five parallel control bands, referred to as Threshold Bands. These bands can be enabled individually and assigned threshold levels of detail and illumination. When the band is enabled the digitized video signal from the traffic detection camera is evaluated against the user-defined threshold criterion. This functionality allows the user to define the criterion for when a Camera should enter Failsafe Mode due to degradation of video image quality. It also allows the user to define how the threshold bands are combined to evaluate the failure threshold. The amount of detail required to be present in a region to ensure that the image is of good quality is the Threshold Range. If the amount of image detail in a region drops below this threshold then the region will enter failsafe. Therefore, a higher Threshold Range value increases the likelihood that the threshold region will enter Failsafe. The Threshold Level setting establishes the minimum allowable levels of illumination in the designated band. The average illumination in a band must exceed the Threshold Level, before the band will be qualified to enter Failsafe. This limits the incidence of false failsafe during periods of darkness. Threshold Bands can be combined to evaluate contrast failure threshold criterion. If the actual Level and Range values detected in a threshold region fall within the contrast threshold parameter settings, that Region will automatically assume contrast threshold failsafe. The Camera will enter failsafe, only when the conditions set for Threshold Combination are met. If the Threshold Combination is set to And, then every enabled threshold band on this camera must be in contrast failsafe to cause the Camera to enter failsafe. 134 VideoTrak-IQ Operating Manual

147 Contrast Threshold Settings If the Threshold Combination is set to Or, then the Camera will enter failsafe if any of the threshold bands enter contrast failsafe. The Failsafe LED is illuminated when the selected camera has assumed failsafe mode. Steps to Program Contrast Threshold Settings 1. Select the Camera for which threshold values are being set from the Camera selection. 2. Click on the Enable checkbox to the left of each contrast Threshold Band being enabled. 3. Using the Threshold Range spin boxes, set the Range for each of the enabled threshold zone. 4. Using the Threshold Level spin boxes, set the Level for each of the enabled threshold zone 5. Using the Threshold Combination spin box, select And or Or to define how the contrast threshold bands will be combined to evaluate contrast failure thresholds. 6. Repeat these steps for all Cameras on the VideoTrak-IQ Card. VideoTrak-IQ Operating Manual 135

148 Chapter 9 Video Camera Settings DETECTION LEARNING TIME This setting determines the minimum time, in minutes, that the system will remain in failsafe after it is powered up, or the system is reset. The Detection Learning Time spin box allows the user to set the learning time in minutes. Figure 92 Detection Learning Time spin box A zone turns yellow after it is created, moved, or modified. This indicates that it is learning the new background image under the zone area. The zone outline will switch to blue when it is ready to detect vehicles, and green when it is actively detecting. The learning time can be set be set to a maximum of 30 minutes. The default setting is five (5) minutes. To set detection Learning Time: 1. Select the Camera for which detection learning time is being set from the Camera selection. 2. Use the up and down arrows on the Learning Time spin box to set the learning time. 3. Repeat these steps for all Camera on the VideoTrak-IQ Card. 136 VideoTrak-IQ Operating Manual

149 Chapter 10 System Monitoring This section explains the function of the status monitors on the I/O Tab, on the Configuration Menu of the VideoTrak-IQ user interface. The following topics are discussed in detail in this chapter: The I/O Tab, on page 138. Zone Activity Monitor, on page 138. Card Edge Outputs Monitor, on page 139. Inputs Monitor, on page 139. TS2 SDLC Outputs Monitor, on page 139 TS2 Status Monitor, on page 140. Editing Input and Output Labels on the I/O Tab, on page 140. VideoTrak-IQ Operating Manual 137

150 Chapter 10 System Monitoring OVERVIEW The I/O Tab provides a mechanism for monitoring the activity of Zones Inputs and Outputs for a selected camera. The user can monitor the activity of the VideoTrak-IQ in real-time. The monitoring information is presented in columns of LEDs, which indicate the operational status of VideoTrak-IQ inputs and outputs. The Zone LEDs monitor Detection Zone activity for a specific camera. The Outputs, Inputs, TS2 Outputs, and TS2 Status LEDs are system-wide indicators. THE I/O TAB See Figure 93 below for the location of LEDs that indicate the operational status and condition of the Inputs, Outputs, and Zones monitored on the I/O Tab. Card Edge Outputs Monitor LEDs Inputs Monitor LEDs Camera Selection Zone Activity Monitor LEDs TS2 SDLC Outputs Monitor LEDs TS2 SDLC Detector Selection I/O Label Editor TS2 Card Edge Status LEDs Figure 93 Monitor Zones, Inputs, and Outputs on the I/O Tab ZONE ACTIVITY MONITOR The Zone Activity Monitor LED section of the I/O Tab provides monitoring of Detection Zones for each individual camera. The status of each enabled zone on the selected camera appears as a gray, blue, green, or yellow indicator. A Gray LED indicates that the Zone is not enabled for the selected Camera. A Blue LED indicates that the Zone is enabled, but not currently detecting a vehicle. A Green LED indicates that the Zone is enabled, and currently detecting a vehicle. A Yellow LED indicates that the Zone is in learning mode. 138 VideoTrak-IQ Operating Manual

151 Card Edge Outputs Monitor CARD EDGE OUTPUTS MONITOR The Card Edge Outputs Monitor LEDs indicate the current state of the 4 rear card edge, and 8 front Aux I/O detector outputs. The Output labels are editable. For editing instructions, see the Editing Input and Output Labels on the I/O Tab section of this chapter on page 140. INPUTS MONITOR A Red LED indicates that the output is ON. A Gray LED indicates that the output is OFF. The Inputs Monitor LEDs are an indication of the status of the 4 front and 2 rear physical card edge inputs from the cabinet. The Inputs labels are editable. For editing instructions, see the Editing Input and Output Labels on the I/O Tab section of this chapter on page 140. A Green LED indicates that an input is ON. A Blue LED indicates that the input is OFF. TS2 SDLC OUTPUTS MONITOR Operating in a NEMA TS2 cabinet, the VideoTrak-IQ Card can assign outputs to 4 banks of 16 detectors each, for a total of 64 detector outputs. The TS2 Outputs Monitor section of the I/O tab allows the user to monitor the TS2 detector outputs in groups of 16 at a time. In the default view, the LEDs for Outputs 1-16 are visible. A Red LED indicates that the output is ON. A Gray LED indicates that the output is OFF. To view the status of detectors 17 through 64: Click the dropdown box beneath the TS2 SDLC Outputs Monitor. Click the applicable Detector Group from the list to update the Detector Labels and LEDs. Repeat the step to view all enabled TS2 SDLC Outputs. VideoTrak-IQ Operating Manual 139

152 Chapter 10 System Monitoring TS2 STATUS MONITOR The TS2 Status Monitor is significant when the VideoTrak-IQ is used as a detector in a TS2 Detector Rack containing a separate Detector BIU. The LEDs are an indication of the status signal for each of the four cameras. For the TS2 Status indicators to be illuminated, two conditions must be met. The Enable Status Outputs (TS2) function must be enabled on the System Tab. There must be Zones assigned to card edge outputs on the Outputs Tab. When the conditions above are met the Status LEDs are yellow. EDITING INPUT AND OUTPUT LABELS ON THE I/O TAB The Card Edge Inputs and Outputs Labels that appear on the I/O Tab can be edited from the system-defaults to user-defined text. A maximum of 11 alpha-numeric characters can be entered using the on-screen text editor. Inputs/Outputs Label Window Editable Label Text Edit Button Figure 94 Editing Input and Output Labels Text Edit Window To Edit Inputs or Output Labels follow the steps below: 1. Click the Edit Button on the I/O Tab to open the Inputs/Outputs Label Window. 2. Click the Label Text you are editing to open the Text Edit Window. 3. Use the mouse to navigate the online keyboard to make edits. 4. Click Done to save your changes and close the Edit Window, or click Cancel to close the window and exit without saving your changes. 5. Repeat Steps 2 through 4 to edit additional labels. 6. Click the Close button on the Inputs/Outputs Label Window to return to the I/O Tab. 140 VideoTrak-IQ Operating Manual

153 Chapter 11 Advanced Operations This section explains the administrative and informational content of the About Tab on the Configuration Menu of the VideoTrak-IQ user interface. The following topics are discussed in detail in this chapter: Overview, on page 142. About Tab, on page 142. Reset Button, on page 142. Version Button, on page 143. Admin Button, on page 143. VideoTrak-IQ Operating Manual 141

154 Chapter 11 Advanced Operations OVERVIEW The About Tab displays system information and provides access to administrator level functions. The Reset Button on the About Tab will provide a full power cycle reset of the device. The Admin Button provides password protected access to advanced configurations features. The Version Tab supplies information on the version of the system and camera firmware and the reason for the last reboot. ABOUT TAB Release ARM Version # Figure 95 About Tab See the information below for instructions for the Reset, Version #, and Admin Buttons. RESET BUTTON Clicking the Reset Button on the About Tab will provide a full power cycle reset of the device. This functionality allows the user to restart the board without disconnecting the power. 142 VideoTrak-IQ Operating Manual

155 Version Button VERSION BUTTON Clicking the Version Button on the About Tab opens a window that displays firmware version number information for the VideoTrak-IQ System and Camera. The Reboot record is also visible here. The system administrator will need this information to manage updates for firmware. This information will also be needed if the user contacts the Peek Traffic Corporation Product Support Center for trouble-shooting or technical support for this product. The Reboot record stores date, time, and reason for the last system reboot. This feature can be helpful when troubleshooting. Figure 96 Firmware Version Information ADMIN BUTTON The Admin button gives access to password protected administrative functions, including importing operating system and detection code. The Import DSP Code button facilitates the import of detection code via a USB memory device, to the VideoTrak-IQ hardware in the field. This feature enables upgrades to the algorithms as they become available. The Import Application button facilitates the import of all other system code via a USB memory device, to the VideoTrak-IQ hardware in the field. This feature enables upgrades to the product features as they become available. The Import System button facilitates the import of DSP and Application code via a USB memory device, to the VideoTrak-IQ hardware in the field, ensuring compatibility between the versions. VideoTrak-IQ Operating Manual 143

156 Chapter 11 Advanced Operations Pin Entry window Figure 97 Administrative Functions Window To access the Administrative Functions from the About Tab: Administrative Functions Window Click on the Admin Button to open the Pin Entry window. Enter your pin using a mouse and the on-screen keypad and click the ENTER Button. The Administrative Functions Window displays. Note Admin Functions are password protected. For Pin information contact your distributor or the Peek Traffic Corporation Product Support Department. IMPORTING FILES Importing DSP Code, Application, or System Files To Import DSP Code, Application, or System Files: Follow steps above to access the Administrative Functions Window. Insert a USB memory device into the USB port on the front of the VideoTrak-IQ Card. Click the Button that Corresponds to the file being imported. Click on the appropriate file to upload the desired code. System will reset after the code loads. Note A USB memory device, which has been formatted for VideoTrak-IQ use, must be inserted in one of the USB port on the front of the VideoTrak-IQ Card to activate the Import Buttons. Contact Peek Traffic Corporation s Product Support Department for information on formatting USB devices. 144 VideoTrak-IQ Operating Manual

157 Importing Files Importing Images The Logo / Navigation Menu displays a rotating series of a maximum of five unique images. The Import Images Button on the Administration Functions Window is the mechanism for managing these images. To Import Images: Follow steps above to access the Administrative Functions Window. Insert a USB memory device containing your Image files, into one of the USB ports on the front of the VideoTrak-IQ Card. Click the Import Images Button on the Administrative Functions window to open the Image Management Window. Click the Checkbox to the left of the Image Slot for which you are importing and image. Click the Select Image Button to open the file containing.png files. Click on the File Name, then click the Open Button to load the file, close the Chose File window, and return to the Administrative Functions Screen. Click Cancel to return to the Image Management Window without saving the file. Repeat the Steps above to load images in the remaining slots OR click Close to exit the Image Management Window and return to the Administrative Functions Window. Note Images must be in.png format. Image space is 300 pixels wide and 260 pixels high. Use Microsoft Paint to convert images from other file formats. Although the program will scale most images to fit, the file size must not exceed 1 MB. Figure 98 Image Import / Management Tools VideoTrak-IQ Operating Manual 145