Topcon UA-10 Series Instruction Manual
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Topcon UA-10 Series Instruction Manual

Luminance & chromaticity uniformity analazer and 2d luminance colorimeter
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Table of Contents

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Instruction Manual
Luminance & Chromaticity Uniformity Analyzer
2D Luminance Colorimeter
Rev2.2
Rev. 2.0

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Summary of Contents for Topcon UA-10 Series

  • Page 1 Instruction Manual Luminance & Chromaticity Uniformity Analyzer 2D Luminance Colorimeter Rev2.2 Rev. 2.0...

  • Page 3: Instruction Manual

    Introduction Thank you for your purchasing Topcon Technohouse Corporation Luminance & Chromaticity Uniformity Analyzer UA-10 series and 2D Luminance Colorimeter UA-200 series. The instrument can measure and analyze luminance and chromaticity of smart phone, tablet, LCD/OLED in TV accurately. And it can measure interior panel, switch in Automotive and illumination of LED, OLED also.

  • Page 4: Safety Precautions

    Safety Precautions The instruction panels on the device and this Instruction Manual describes important things to prevent the dangers to the operator or others and damages to your properties from being occurred, and to secure your operating this device. Be sure to understand the following indications and symbols, read the precautions and the contents, and observe the written instructions fully.
  • Page 5 AC adapter cable from the outlet. Forced Continuing to use the device may cause the fire. Please contact the local retailer from which you purchased the device or TOPCON TECHNOHOUSE CORPORATION.
  • Page 6 Caution Symbols Precautions Never put the device (or other objects) on the unstable places like wobbly table or inclined surface. Prohibited Dropping or falling of the device (or other objects) may injure you. Never pull out or insert the plug by wet hand. This may cause you electric shock.
  • Page 7 • To maintain the measurement precision, be sure to perform the calibration at least once a year. For the calibration adjustment, consult the local retailer from which you purchased the device or TOPCON TECHNOHOUSE CORPORATION. • To request the calibration adjustment, be sure to put the device in the carrying case and put the case in a carton box with cushioning materials packed to send it to the retailer or us.
  • Page 8 • Please do not peel off the sticker stuck on the back of the main unit. If you peel it off, all warranty will be invalid. User Maintenance Maintenance works other than instructed in this Manual must not be carried out by anybody other than our servicing staff in order to keep the safety and performance.

  • Page 9: Table Of Contents

    Table of Contents Instruction Manual ............................1 Introduction ..............................1 Safety Precautions ............................2 Table of Contents ............................7 Notation in This Manual ..........................15 1. Before Using the System .........................16 1.1 Checking of Photo Detector and Accessories ..................16 1.2 Names and Functions of Photo Detector ....................
  • Page 10 3.2.2 Save Recipe File ............................62 3.3 Setting Measurement Condition (1/4) (UA-10 series, UA-200) ............63 3.3.1 Field Angle ..............................63 3.3.2 Measurement Distance ..........................64 3.3.3 Measurement Method ..........................65 3.3.4 Averaging Count ............................67 3.4 Setting Measurement Condition (1/4) (UA-200A) ................68 3.4.1 Field Angle ..............................
  • Page 11 3.10.6 Change Standard White Point ........................108 3.10.7 Setting the CSV Output for Each View ..................... 109 3.10.8 Setting the Auto CSV Output for Each View ..................... 112 3.11 Using the Color Correction Wizard ....................114 3.11.1 Outline ..............................114 3.11.2 Create Color Correction Definition ......................
  • Page 12 5.1 Live View Operation .......................... 198 5.1.1 Open Live View ............................198 5.1.2 Adjusting contrast ............................200 5.1.3 Switch Display(UA-10 series) ........................202 5.1.4 Play Live View ............................203 5.1.5 Stop Live View ............................204 5.1.6 Switch Markers ............................205 5.1.7 Set Rectangular Marker by Mouse ......................
  • Page 13 5.2.17 Lock Pseudo Color Adjustment ........................ 263 5.2.18 Apply Pseudo Color Mask Setting to measurement items in Tristimulus values ........264 5.2.19 Apply Pseudo Color Adjustment to All Measurement Images ..............265 5.2.20 Rotate Measurement Image ........................267 5.3 Standard Spot View Operation ......................269 5.3.1 Open Standard Spot View ..........................
  • Page 14 5.5.11 Open Random Spot Property ........................344 5.5.12 Set Initial Spot Pattern and Spot Size ....................... 346 5.5.13 Set Threshold in Measurement Spot ......................347 5.5.14 Save to All Applicable Measurement image ..................... 349 5.5.15 Don’t Fill up a gap of spot number ......................350 5.5.16 Select Random Spot File ..........................
  • Page 15 5.13 L*a*b* View Operation ........................415 5.13.1 Open L*a*b* View ............................. 415 5.13.2 Switch Plot Object ............................ 416 5.13.3 Change Scale ............................417 5.13.4 Change Color ............................419 5.13.5 Set Judgment Area ........................... 420 5.13.6 Remove Judgment Area ........................... 423 5.13.7 Display Data Sheet ...........................
  • Page 16 6.3.2 Save All Measurement Images ........................477 6.3.3 Save Measurement Image with Another Name ..................481 6.4 Switch View Layout ........................... 482 6.4.1 Open Initial Layout ............................. 482 6.4.2 Open Time-series Layout ........................... 483 6.5 Measurement Image List ........................484 6.5.1 Change File Name .............................

  • Page 17: Notation In This Manual

    Notation in This Manual Description in this Manual is in accordance with the following notation. Notation Description [OK] This represents the buttons, tab, and menus displayed on the [Correction Factor] screen, and the keys of a keyboard. ☞ 「」 This shows the reference section within the Manual. ☞...

  • Page 18: Before Using The System

    Please check whether the device and all of the accessories shown below are provided. If any of them is not found, please call the local retailer from which you purchased the device or TOPCON TECHNOHOUSE CORPORATION. ■ UA-10 Series Main body of UA-10 (with object lens cap)
  • Page 19 (Screw:2x5+FW x4) (Screw:2x10+FW x4)
  • Page 20 ■ UA-200 Series 1. Main body of UA-200 (with object lens cap) ※UA-200WS, UA-200AWS Attachment lens AL-UA3 ※UA-200AT only Attachment lens AL-UA4 2. AC Adapter 3. LAN cable(CAT7 3m) 4. CD-ROM (Installation program) ・Instruction manual (PDF) *This document ・Application program ・Software Development Kit (SDK) ・Parameter Files ・LAN configuration program...

  • Page 21: Names And Functions Of Photo Detector

    1.2 Names and Functions of Photo Detector ■ UA-10 Series Screw for fixation of focus ring Focus ring Objective lens Name Function Focus ring Adjusts focus on the measurement object. Screw for fixation of Fixes the focus ring after the position of focus ring...
  • Page 22 Adapter for Tripod screw Screw：2×5+FW ×4 Spacer Screw：2×10+FW ×4 Name Function Adapter for Tripod screw Attaches to the UA-10 main body when the UA-10 is mounted to a tripod. Tripod screw：1/4-20 UNC NUT Depth 5mm Spacer Attaches to the UA-10 main body when the UA-10 is put on the flat surface.
  • Page 23 ■ UA-200 Series Handle Focus ring Objective lens Name Function Focus ring Adjusts focus on the measurement object. Vent fan Power switch Power connector LAN Connector Name Function Power connector Connects AC adapter Output plug DC12V. Power switch Power ON/OFF. LAN Connector Connects LAN cable.
  • Page 24 Tripod screw Jig attachment screw x3 (Dotted circle) Name Function Tripod screw Attaches to the UA-200 series main body when the UA-200 series is mounted to a tripod. Tripod screw：1/4-20 UNC NUT Depth 6mm Jig attachment screw Used to mount the UA-10 to fixture or stand. M4×0.5(φ:4mm Pitch:0.5mm)

  • Page 25: Software Functions And Features

    1.3 Software Functions and Features For this device, two types of software shown below are prepared to meet the user requirements. – Standard mode This edition enables you to use all of the UA-10 and UA-200 series functions including the measurement.

  • Page 26: Operating Conditions

    1.4 Operating Conditions Operating conditions recommended for this software are as follows. Windows® 7 Ultimate（32/64bit） Windows® 7 Professional（32/64bit） Windows® 8.1 Pro or higher（32/64bit） Windows® 10 Pro or higher（32/64bit） Intel® Core i5 (4 core 2.8GHz) or higher Memory 4GB or higher 1GB or higher LAN Port 1000BASE-T/TX (Gigabit Ethernet) 1 port...

  • Page 27: Software Installation

    When the PC connect to the UA-10 series and UA-200 series, this program enables you to use all the functions. When the PC does not connect to the UA-10 series and UA-200 series, this program can be used as viewer program Drivers You can install the driver for UA-10 series and UA-200 series.

  • Page 28: Notice Of Installation

    1.5.1 Notice of Installation Please notice following points when installing the program into the PC ・Be sure to use the PC meeting the conditions specified in “1.4 Operating Conditions”. Note ・To install the software, be sure to logon with the user name entered in one-byte character to proceed with the operation.

  • Page 29: Software (Application) Installation

    1.5.2 Software (Application) Installation This section describes the procedure to install the UA-10 series and UA-200 series Standard Edition. This installer enables you to install, or uninstall the software. 1.5.2.1 Installation To install the Standard Edition, go through the following steps.
  • Page 30 Memo • When you install the application software to Windows 7 operating system, select [Install Launcher.exe] and right-click to open the popup-menu and then, select [Run as administrator]. • When you install the application software to Windows7 operating system, the [User Account Control] dialog may appear.
  • Page 31 “Software license agreement for this product” window will appear. After reading the content, if you agree with the terms written here, select the [I accept the terms in the license agreement] and click the [Next]. If you don’t accept the terms, you cannot continue the installation work. License Agreement Dialog Following dialog will appear.
  • Page 32 Dialog for installation running Following dialog will appear. Click [Close] to complete newly installation. Dialog for complete installation...
  • Page 33 1.5.2.2 Uninstall You can uninstall the Application software from your PC when it is installed. The procedure for uninstall of the Application software is as follows: Be sure to close the application software before performing the uninstallation. Note Click the [Application] and uninstall starts. Dialog for select installation Following dialog will appear.
  • Page 34 Dialog for uninstall process Following dialog will appear. Click the [Close] to complete uninstall. Dialog for uninstall complete...

  • Page 35: Installing Driver

    1.5.3 Installing Driver This section describes the procedure to install the drivers. Install the device drivers for UA-10 series and UA-200 series. If the driver is already installed, you don’t need to proceed with this operation. Memo If using the measurement program (Application) of version 4.0.0 or later and the driver is installed with CD-ROM version 4.0.0 or earlier, driver update is required.
  • Page 36 Following dialog will appear. Select the [Install] and then, select [32bit] or [64bit] in accordance with OS in the PC. Click the [OK] to start installation. Dialog for OS select Following dialogue will appear after complete installation. Memo It may take about ten seconds or longer to complete the installation. Wait for completing installation without any operation.
  • Page 37 The procedure for uninstall of the drivers is as follows, When uninstalling the drivers, disconnect to the UA-10 series and UA-200 series. If uninstallation is performed with the UA-10 series and UA-200 series Note connected, it will not be uninstalled normally.
  • Page 38 Following dialogue will appear after complete installation. Memo It may take about ten seconds or longer to complete the installation. Wait for completing installation without any operation.

  • Page 39: Connection Device To Pc

    Never pull out or insert the plug by wet hand. This may cause you electric shock. Prohibited ■ UA-10 Series Make sure that the plug of AC adapter is not inserted into an outlet. Connect the connector of AC adapter to power connector of the device.
  • Page 40 ■ UA-200 Series Make sure that the plug of AC adapter is not inserted into an outlet. Connect the plug of AC adapter to power connector of the device. Connect the LAN cable to LAN connector in the UA-200 and PC. Power connector LAN connector Insert the Plug of AC adapter into an outlet.

  • Page 41: Configuration In Windows

    1.6 Configuration in Windows 1.6.1 Screen Settings This software operates only under the screen environment of 1024 x 768 pixels, 32-bit color, 1677 million colors, and 96-dpi resolution. Since this doesn't operate under different settings, you need to change the settings. To perform the screen settings on Windows, go through the following steps.

  • Page 42: Part Names And Functions In Window

    1.7 Part Names and Functions in Window Names and functions of the parts displayed on the window are as follows. 1) Menu bar 2) Toolbar 3) Rebar 4) Status bar...

  • Page 43: Menu Bar

    1.7.1 Menu Bar Menus and the functions displayed on the Menu bar are as follows. The Menu bar consists of main functions used in this software. [File] Menu This menu is related to the measurement image file operation. Functions set on the File menu are as follows.
  • Page 44 Initial Layout Initial Layout function displays the measurement image in a layout set by [Common Setting] - [Initial Layout Setting]. Changing the layout is performed in the [Setting] – [Common Setting] – [Initial Layout Setting]. ☞ “6.4.1 Open Initial Layout” Time-series Layout This function displays the measurement image in a fixed time-series specific layout.
  • Page 45 Hue-Chroma Color View This function displays the measurement data color with the Hue-Chroma color system. ☞ “5.14 Hue-Chroma Color system View Operation” Histogram View The Histogram function displays the statistical graphics which indicates the frequency of the measurement data in the longitudinal axis and the measurement data in the lateral axis. ☞...
  • Page 46 [Measurement] Menu Calculate optimal Value of measurement condition This function calculates optimal integral time, ND filter, and gain automatically. ☞ “4.3 Calculate optimal Value of measurement condition” Memo Parameter of ND filter and gain are available in UA-200 series only. Normal Measurement This function performs the measurement according to the settings of [Recipe Setting].
  • Page 47 Diagonal Correction This function performs setting in the diagonal correction. In recipe setting, select whether Diagonal correction is ON or OFF. ☞ “3.15 Diagonal Correction” [Window] Menu Tile This function organizes the currently-displayed windows to be displayed by classifying them into four blocks: top-left, top-right, bottom-left, and bottom-right.

  • Page 48: Toolbar

    1.7.2 Toolbar In the Tool bar, the frequently-used icons are arranged so that they can be operated intuitively. The arranged icons and functions are as follows. Icon Menu Function File Open Measurement Image Save All Measurement Images Measurement Normal Measurement Time-series Measurement Measurement Cancel View...
  • Page 49 RGB Color View L*a*b* View ,Hue-Chroma View Color System Pseudo Color View Judgment result View...

  • Page 50: Rebar

    1.7.3 Rebar If the saturation occur during measurement, the following icon is displayed on the Rebar. Saturation icon Memo When saturation occur, Saturation icon will appear. The procedure to check where saturation happen is as follows. 1. Select the [Tristimulus Value] in the [Pseudo Color View] Pop-up menu. 2.

  • Page 51: Status Bar

    1.7.4 Status Bar The Status bar always display the information related to the Measurement Image. The measurement image information displayed on the Status bar is as follows. Measurement Count Total number of viewable measurement image is displayed. When saved measurement image is opened, the total number of the images including the number of the opened measurement images will be displayed.
  • Page 52 Measurement Time The measurement time of the displayed measurement image is displayed in [ms]. [Common Setting] - [Status bar Setting], displays the measurement image information. Note...

  • Page 53: Shortcut Key

    1.7.5 Shortcut Key Highly frequently-used functions shortcut keys are allocated. Allocated shortcut keys and functions are as follows. Shortcut key Menu Function Topic Search – Display corresponding help Help Measurement Calculate optimal value of measurement condition Normal Measurement Time-series Measurement Setting Recipe Setting Color Correction Wizard...

  • Page 54: Measurement Operation

    2. Measurement Operation 2.1 Measurement Operation Flowchart The procedure for measuring by using the UA-10 and UA-200 series is as follows, Communication setting ☞ “10 Communication setting” Setting in the instrument and PC Install the Device ☞ “2.3 Installation” Install the Detector Start the Software ☞...

  • Page 55: Start And Exit The Software

    LAN cables. Insert the plug of the AC cable into the outlet, and turn ON the detector. From the [Start] menu, select the [Program] - [TOPCON TECHNOHOUSE] - [UA-10_200] - [UA-10_200] sequentially. Software starts, the following windows appears, and then the initialization is started.
  • Page 56 Using as View mode The procedures to switch the Standard mode to View mode are as follows. When you start the Standard mode without connection to the device or turning off of the device, the following dialog will appear. Click [OK]. The following dialog appears.

  • Page 57: Exit The Software

    2.2.2 Exit the Software This operation stops all the proceedings to exit the software. To exit the software, go through the following steps. From the [File] menu, select the [Exit]. Memo Clicking [X] on the Menu bar also enables you to exit the software. If the measurement image to be saved is included in the saved measurement images, the following dialog will appear.

  • Page 58: Installation

    2.3 Installation 2.3.1 Live View Launch the computer and start the application. From the Menu bar, select the [View] – [Live View] sequentially. Or, click icon on the Menu bar. The Live View will appear.

  • Page 59: Collimation Of Measurement Object

    2.3.2 Collimation of Measurement Object Adjust the position of the device or the measurement target so that the measurement target may fall within the Live View window. While watching the Live View window, rotate the Focus ring to focus on the measurement target.
  • Page 60 Use only specified screws when using the tripod screw and screw holes for jig attachment. Do not tighten the screws any more than necessary. Doing Note so might cause internal breakage.

  • Page 61: Setting

    3. Setting 3.1 Open the Recipe Setting To open the Recipe Setting, go through the following steps. From the Menu bar, select [Setting] - [Recipe Setting] sequentially. Or, press the “F8” key.
  • Page 62 [Recipe Setting] dialog will open. All of the following buttons displayed on the [Recipe Setting Dialog] have the same functions. [OK] Enables the setting and closes this window. [Cancel] Disables the setting and closes this window. [Apply] Enables the setting. Enables you to continue the setting without closing the window.

  • Page 63: Select Recipe

    3.2 Select Recipe 3.2.1 Select Recipe File Select a recipe file. To select a recipe, go through the following steps. You can edit the active recipe file. Open the [Recipe Setting] dialog, and click [Select Recipe]. Click the [Open] button and the [Open File] dialog will appear. Select a recipe file to be loaded.

  • Page 64: Save Recipe File

    3.2.2 Save Recipe File Saves the Recipe File. To save the Recipe File, go through the following steps. The Recipe File can be used in SDK. Open the [Recipe Setting] dialog. Edit the [File name] and [Comment] under [Recipe file currently being displayed is applied] and click the [Save] button to save the recipe file.

  • Page 65: Setting Measurement Condition (1/4) (Ua-10 Series, Ua-200)

    3.3 Setting Measurement Condition (1/4) (UA-10 series, UA-200) 3.3.1 Field Angle Sets field angle of objective lens. The setting procedure is as follows; Open [Recipe Setting] dialog, and select [Measurement Conditions (1/4)]. Select Wide or Standard from the [Feld angle] pull down menu in the [Objective Lens].

  • Page 66: Measurement Distance

    3.3.2 Measurement Distance This function is used to set the distance between the device and the measurement target. To set the measurement distance, go through the following steps. Open the [Recipe Setting] dialog, and click [Measurement Condition (1/4)]. Enter the values of measurement distance in the [Measurement Distance] edit box. The measurement distance is from tip of the objective lens unit of the device to the measurement target.

  • Page 67: Measurement Method

    3.3.3 Measurement Method Sets the number of times of the measurement and interval time for the continuous measurement and the Interval measurement. To set the measurement method, go through the following steps. Open the [Recipe Setting] dialog, and click [Measurement Condition (1/4)]. Select the [Continuous measurement] or the [Interval measurement] in the Measurement method.
  • Page 68 When you select the [Interval measurement], you can specify the interval time and the number of times of the measurement. In condition 1 to 5, enter the [Interval Time] and the [Measurement Count] each conditions. Click each cell to activate cells. Time Interval: 1 - 259200 [sec] (259200 seconds = 72 hours) Measurement Count:...

  • Page 69: Averaging Count

    Valid range of averaging is 1 to 50 Memo ・You can enter values by using the Spin button ▲▼ in the edit box. Memo ・Averaging vary depending on integral time. The number of measurement count for averaging in [Auto]. ■UA-10 series ■UA-200 Integral Averaging Integral Averaging...

  • Page 70: Setting Measurement Condition (1/4) (Ua-200A)

    3.4 Setting Measurement Condition (1/4) (UA-200A) 3.4.1 Field Angle Sets field angle of objective lens. The setting procedure is as follows; Open [Recipe Setting] dialog, and select [Measurement Conditions (1/4)]. Select Wide or Standard from the [Feld angle] pull down menu in the [Objective Lens]. When one lens is attached, Field Angle cannot change.

  • Page 71: Attachment Nd Filter

    3.4.2 Attachment ND Filter This function is used to set the attachment ND filter. To set the attachment ND filter, go through the following steps. Open the [Recipe Setting] dialog, and click [Measurement Condition (1/4)]. Set “ON” for the [Attachment ND Filter is used.] check box of [Attachment ND Filter]. Select the type of the attachment ND filter from the pull-down menu.

  • Page 72: Measurement Distance

    3.4.3 Measurement Distance This function is used to set the distance between the device and the measurement target. To set the measurement distance, go through the following steps. Open the [Recipe Setting] dialog, and click [Measurement Condition (1/4)]. Enter the values of measurement distance in the [Measurement Distance] edit box. The measurement distance is from tip of the objective lens unit of the device to the measurement target.

  • Page 73: Measurement Method

    3.4.4 Measurement Method Sets the number of times of the measurement and interval time for the continuous measurement and the Interval measurement. To set the measurement method, go through the following steps. Open the [Recipe Setting] dialog, and click [Measurement Condition (1/4)]. Select the [Continuous measurement] or the [Interval measurement] in the Measurement method.
  • Page 74 When you select the [Interval measurement], you can specify the interval time and the number of times of the measurement. In condition 1 to 5, enter the [Interval Time] and the [Measurement Count] each conditions. Click each cell to activate cells. Time Interval: 1 - 259200 [sec] (259200 seconds = 72 hours) Measurement Count:...

  • Page 75: Averaging Count

    3.4.5 Averaging Count This function is used to set the image acquisition count to be averaged at one-time measurement. To set the average count, go through the following steps. Open the [Recipe Setting] dialog, and click [Measurement Condition (1/4)]. Select the [Auto] or the [Manual] in the [Averaging] group. When you select the [Auto], the number of measurement count for the averaging is calculated automatically by integral time.

  • Page 76: Setting Measurement Condition (2/4) (Ua-10 Series)

    3.5 Setting Measurement Condition (2/4) (UA-10 series) 3.5.1 Integral Time Specifies the methods for setting the Integral Time. Integral Time indicates for how long light should enter the CCD. The optimal amount of light should enter the CCD to obtain accurate results.

  • Page 77: Frequency

    3.5.2 Frequency Synchronizes the integral time to the multiple of the blinking frequency of the measurement target. When you measure the light source with blinking frequently, this function help obtain accurate results. Open the [Recipe setting] dialog, and select the [Measurement condition (2/4)]. Check the check box of [Calculate the integration time from the frequency] and the [Frequency] edit box will become active.

  • Page 78: Specifying Pick-Up Area For Optimizing Measurement Condition

    3.5.3 Specifying pick-up area for optimizing measurement condition Calculates optimum measurement condition in specified area in the view. Use this function to observe certain area, not whole area. To calculate optimal measurement condition in certain area, go through the following steps. Open the [Recipe setting] dialog, and select the [Measurement condition (2/4)].

  • Page 79: Setting Measurement Condition (2/4) (Ua-200)

    3.6 Setting Measurement Condition (2/4) (UA-200) 3.6.1 Filter Selects a type of a combination of Tristimulus filter in order to measure Luminance or chromaticity. And you can select one filter from Tristimulus filter X, Y, Z. To set the filter, go through the following steps.

  • Page 80: Integral Time/Nd Filter/Gain

    3.6.2 Integral Time/ND Filter/Gain Sets parameter of integral time, ND filter, and gain. In order to obtain correct measured data, the instrument must let proper amount of light reach CCD sensor by combining integral time, ND filter, and gain setting. Integral time is the time for accumulating the light in CCD.
  • Page 81 When [ND filter is fixed] is checked, software determine an optimum integral time under specified ND filter. When [Gain is fixed] is checked, software determine an optimum integral time under specified Gain. Memo Optimum integral time, ND filter, and Gain can be determined in advance of measuring.

  • Page 82: Frequency

    3.6.3 Frequency Synchronizes the integral time to the multiple of the blinking frequency of the measurement target. When you measure the light source with blinking frequently, this function help obtain accurate results. Open the [Recipe setting] dialog, and select the [Measurement condition 2/4]. Check the check box of [Calculate the integration time from the frequency] and the [Frequency] edit box will become active.

  • Page 83: Specifying Pick-Up Area For Optimizing Measurement Condition

    3.6.4 Specifying pick-up area for optimizing measurement condition Calculates optimum measurement condition in specified area in the view. Use this function to observe certain area, not whole area. To calculate optimal measurement condition in certain area, go through the following steps. Open the [Recipe setting] dialog, and select the [Measurement condition(2/4)].

  • Page 84: Setting Measurement Condition (2/4) (Ua-200A)

    3.7 Setting Measurement Condition (2/4) (UA-200A) 3.7.1 Filter Selects a type of a combination of Tristimulus filter in order to measure Luminance or chromaticity. And you can select one filter from Tristimulus filter X, Y, Z. To set the filter, go through the following steps.

  • Page 85: Integral Time/Nd Filter/Gain

    3.7.2 Integral Time/ND Filter/Gain Sets parameter of integral time, ND filter, and gain. In order to obtain correct measured data, the instrument must let proper amount of light reach CCD sensor by combining integral time, ND filter, and gain setting. Integral time is the time for accumulating the light in CCD.
  • Page 86 When [ND filter is fixed] is checked, software determine an optimum integral time under specified ND filter. When [Gain is fixed] is checked, software determine an optimum integral time under specified Gain. Memo Optimum integral time, ND filter, and Gain can be determined in advance of measuring.

  • Page 87: Frequency

    3.7.3 Frequency Synchronizes the integral time to the multiple of the blinking frequency of the measurement target. When you measure the light source with blinking frequently, this function help obtain accurate results. Open the [Recipe setting] dialog, and select the [Measurement condition (2/4)]. Check the check box of [Calculate the integration time from the frequency] and the [Frequency] edit box will become active.

  • Page 88: Specifying Pick-Up Area For Optimizing Measurement Condition

    3.7.4 Specifying pick-up area for optimizing measurement condition Calculates optimum measurement condition in specified area in the view. Use this function to observe certain area, not whole area. To calculate optimal measurement condition in certain area, go through the following steps. Open the [Recipe setting] dialog, and select the [Measurement condition(2/4)].

  • Page 89: Measurement Mode

    3.7.5 Measurement Mode Sets the measurement mode when performing the layer measurement that is one of measurement conditions. This is effective when measuring in high dynamic range. To set the layer measurement, go through the following steps. Open the [Recipe setting] dialog, and select the [Measurement condition(2/4)]. When setting “ON”...

  • Page 90: Setting Measurement Condition (3/4)

    3.8 Setting Measurement Condition (3/4) 3.8.1 Saturation Detection Sets the operation when saturation is detected during the measurement. To set the saturation detecting operation, go through the following steps. Open the [Recipe Setting] dialog, and click [Measurement Condition (3/4)].
  • Page 91 If you select the [Cancel Measurement when Saturation is Detected], the following dialog will appear when saturation is detected. Click the [Yes] to continue the measurement. Click the [No] to discontinue the measurement. If you do not select the [Cancel Measurement when Saturation is Detected], even if saturation is detected, the measurement continues to be performed.

  • Page 92: Origin Of Time-Series Measurement Display

    3.8.2 Origin of Time-series Measurement Display Sets the starting point of the [Time-series Measurement]. To set the origin for displaying the time-series measurement, go through the following steps. Open the [Recipe Setting] dialog, and click [Measurement Condition (3/4)]. Check the check box to use the initial measurement data as the starting point of the Time-series Measurement Display.

  • Page 93: Save Measurement Image

    3.8.3 Save Measurement Image Sets whether or not the measurement image is automatically saved for every measurement. When you want to save the measurement image automatically, create a time stamp folder immediately beneath the destination folder path and save the measurement image in the folder.

  • Page 94: Diagonal Correction

    3.8.4 Diagonal Correction Sets on and off of diagonal correction to measured image. Measured images at tilt angle are transformed to the rectangle. To activate the diagonal correction, go through the following steps. Open the [Recipe Setting] dialog, and select the [Measurement Conditions (3/4)]. [Diagonal Correction] is On, the Diagonal correction is enabled to measured image at each measuring.

  • Page 95: Rotate Image

    3.8.5 Rotate Image Sets ON and OFF of the rotation to the measurement image. To validate/invalidate the image rotation, go through the following steps. Open the [Recipe Setting] dialog, and select [Measurement Conditions (3/4)]. When setting ON for the [Rotate Measurement Image] check box and entering the rotating angle, rotation is applied to the measurement image at every measurement.

  • Page 96: Smoothing

    3.8.6 Smoothing Sets the smoothing to the measurement image. To set the smoothing, go through the following steps. Memo Smoothing reduces the noise elements contained in the measurement data. This smoothing enables you to acquire stabilized measurement data. Open the [Recipe Setting] dialog, and select [Measurement Conditions (3/4)]. Select one smoothing type from [Smoothing] pull down menu.

  • Page 97: Setting Measurement Condition (4/4)

    3.9 Setting Measurement Condition (4/4) 3.9.1 Setting “MURA Emphasis” Parameters This function is used to set the parameters for “MURA Emphasis” (unevenness emphasis). To set the parameters for “MURA Emphasis”, go through the following steps. Open the [Recipe Setting] dialog and select [Measurement Condition (4/4)] From the [Type] pull-down menu of [MURA Emphasis], select the “MURA Emphasis”...
  • Page 98 - Specified order division (A/B): Divides the image, which is the filtering result before “MURA Emphasis” processing, by the image, which is the filtering result up to the order number specified by [Division order number]. - Max value division (max/A): Divides the maximum value of the image, which is the filtering result up to the order number specified by [Division order number], by the image, which is the filtering result before “MURA Emphasis”...

  • Page 99: Setting Median Filter Parameters

    3.9.2 Setting Median Filter Parameters This function is used to set the median filter parameters. To set the median filter parameters, go through the following steps. ☞ “11. Appendix” – “Terminology” – “Median filter” Open the [Recipe Setting] dialog and select [Measurement Condition (4/4)]. From the [Size] pull-down menu of [Median parameters], select the filter size to be applied.

  • Page 100: Setting Gaussian Filter Parameters

    3.9.3 Setting Gaussian Filter Parameters This function is used to set the Gaussian filter parameters. To set the Gaussian filter parameters, go through the following steps. ☞ “11. Appendix” – “Terminology” – “Gaussian filter” Open the [Recipe Setting] dialog and select [Measurement Condition (4/4)]. From the [Size] pull-down menu of [Gaussian parameters], select the filter size to be applied.

  • Page 101: Setting Bilateral Filter Parameters

    3.9.4 Setting Bilateral Filter Parameters This function is used to set the bilateral filter parameters. To set the bilateral filter parameters, go through the following steps. ☞ “11. Appendix” – “Terminology” – “Bilateral filter” Open the [Recipe Setting] dialog and select [Measurement Condition (4/4)]. Set the values for [Diameter of each pixel neighborhood], [SigmaColor] and [SigmaSpace] of [Bilateral parameters].

  • Page 102: Setting Filtering Order

    3.9.5 Setting Filtering Order This function is used to set the filtering order. To set the filtering order, go through the following steps. Open the [Recipe Setting] dialog and select [Measurement Condition (4/4)]. Select items from the [Filter] list. Press the [>> add] button, and the selected items are set in the [Order/Filter] list. To change the filtering order, select the desired item from the [Order/Filter] list and change the order with the [UP]/[DOWN] buttons.

  • Page 103: Applying Filter Correction

    3.9.6 Applying Filter Correction This function is used to validate/invalidate “Filter Correction” for the measurement image. To validate/invalidate “Filter Correction”, go through the following steps. Memo • The “MURA Emphasis” (unevenness emphasis) image can be created by adjusting the processing order and filter parameters. •...

  • Page 104: Other Recipe Settings

    3.10 Other Recipe Settings 3.10.1 Select Reference Color Correction Factor (UA-10 series) Sets the Reference color correction factor, which is calculated by Topcon reference light source (CCFL, LED). To select the Reference color correction definition, go through the following steps.

  • Page 105: Select Color Correction Factor

    3”. You can select the color correction definitions but cannot edit the correction factors and comments. In the case of [Multicolor], only one color correction definition can be selected. The reference color correction factor cannot be edited. ■ UA-10 series...
  • Page 106 ■ UA-200 series Memo ・You can select several single color correction factors or no one. When you select several color correction factors, the factors are multiplied. You can select up 20sets of color correction factors. ・In UA-200 series, 2sets of correction factor for ND filter are required to be specified.

  • Page 107: Select Spot Correction Definition

    3.10.3 Select Spot Correction Definition Using the [Color Correction Wizard] enables you to set the calculated spot correction definition. To select the spot correction definition, go through the following steps. Open the [Recipe Setting] dialog, and click [Spot Correction]. Select whether or not the spot correction factor become enabled. The checked spot correction factor will becomes enabled.

  • Page 108: Set Area Correction

    3.10.4 Set Area Correction Sets On or Off of the Area correction file (CSV file) created in [Setting]- [Area Setting]. To select and set the Area correction, go through the following steps. Open the [Recipe Setting] dialog, and select [Area Correction]. Click the [Open] button to open [File open] dialogue.

  • Page 109: Set White Board Correction

    3.10.5 Set White Board Correction Sets On or Off of the white board correction file created in [Setting] - [White Board Data Setting]. To select and set the white board correction, go through the following steps. Open the [Recipe Setting] dialog, and select [White Board Correction]. Select whether or not the white board correction factor to be enabled from the list.

  • Page 110: Change Standard White Point

    3.10.6 Change Standard White Point Sets the definition of the standard white point, which is used in calculating the dominant wavelength and excitation purity. To change the standard white point, go through the following steps. Open the [Recipe Setting] dialog, and click [Define Standard White Point]. Select the kind of standard light used as the standard white point from pull down menu in the [Standard light] When other than the [User-specified] is selected in the [Standard Light], chromaticity xy...

  • Page 111: Setting The Csv Output For Each View

    3.10.7 Setting the CSV Output for Each View Sets items of the save data in the [Pop-up menu] – [Save CSV] for Pseudo Color View, Split Spot View, Standard Spot View, Random Spot View, Time-series View, Cross Section View, Color system Pseudo Color View, , RGB Color View, and Judgment result View. To set the [Save CSV] output on the Pop-up menu for each View, go through the following steps.
  • Page 112 Cross Section This data is saved on the Cross section Spot View. Color system Data This data is saved on the Cross section Color system Data View. Judgment This data is saved on the Cross section Judgment result View. In the standard spot and the random spot, maximum and minimum values can be displayed. In the case of [All Data], it is possible to output the maximum, minimum and average values without depending upon the selection of output for all data of each item.
  • Page 113 In the case of [Judgment], the data mentioned below are output: - Result of OK/NG judgment at each spot. - Result of OK/NG judgment at all pixels for the items that have been set in the [Judgment condition setting] dialog. Memo Increasing the number of outputs causes file size to increase and requires a longer time.

  • Page 114: Setting The Auto Csv Output For Each View

    3.10.8 Setting the Auto CSV Output for Each View This function is used to set the destination folder path when automatically saving the CSV files during the measurement. A folder named with the time stamp is created immediately beneath the preset destination folder path, and the CSV file(s) are saved within the folder. To automatically output the CSV file(s) during the measurement, go through the following steps.
  • Page 115 When the [Auto Save CSV File] checkbox is checked, the destination folder path is displayed. To change the path, click [Browse] button. The folder path is displayed in Explorer style. Select the location in which to save the file and click [OK] button. You are allowed to create a new folder.

  • Page 116: Using The Color Correction Wizard

    3.11 Using the Color Correction Wizard 3.11.1 Outline Calculates the color correction factor and the spot correction factors for the device from the measurement data by using a standard measuring device (hereafter called standard unit). The correction factor is a factor used to correct the measurement value by multiplying the measurement value by the factor.
  • Page 117 • If the color of the measurement object measured by [Color Correction Wizard] is different from the color of the measurement object actually Note measured, some errors may occur in the measurement data. In this case, set both colors mentioned above to the same color, and then execute the [Color Correction Wizard] again.

  • Page 118: Create Color Correction Definition

    3.11.2 Create Color Correction Definition Calculate the color correction factor by using the device and the Standard unit. To create the color correction factor definition using the device and the Standard Unit, go through the following steps. From the Menu bar, click [Setting] – [Color Correction Wizard] sequentially. Or, press the “F9”...
  • Page 119 Memo For the connection method for the Standard Unit and the warm-up operation, please refer to the instruction manual of the measuring device you are using. ☞ “Instruction manuals of respective measuring devices” The standard unit is required to calculate the correction factor. Please prepare for the standard unit by your side.
  • Page 120 Live view and Enlarged image via the device will appear. Align the center of the measurement target and the center marker of the device. Click the [Next] after aligning them. Markers Select the cross marker or the diagonal marker as the center marker to be displayed. Memo With the mouse wheel, you can change the magnification.
  • Page 121 Specify the measurement conditions for calculating color correction factor. - Spot Pattern Select the measurement spot pattern from the round or square. - Spot Size This function sets the length of the diameter or side line of the measurement spot. Setting range: 0.01 - 500 [mm] - Single color/Multicolor Select the type of color correction from [Single color] and [Multicolor]...
  • Page 122 Perform the measurement using the device. The progress bar indicates the progress of measurement. ■Single color After completing the measurement, click [Next]. ■Multicolor Performs measurement according to the number of colors. When the measurement is finished, the following message dialog box appears. Change the object to be measured and click [Yes].
  • Page 123 If no problem is found in the measurement result, click [Next]. The measurement result of a point which could not be measured is displayed as “-”. - In the case of two correction factors ■UA-10 series Single color ■UA-200 series Single color...
  • Page 124 ■Multicolor [Select How to Calculate] will appear. Select how to calculate color correction factors. - Calculation by Standard Unit Retrieves the measurement data from the Standard Unit directly and calculate the correction factor. ☞ “Step 9” Pressing [Next] moves you to [Color Correction Factor Definition].
  • Page 125 - Calculation Based on Existing Data Calculates the correction factor from pre-measured standard data. When you select this, the dialog box for values of luminance and chromaticity will be active. In the case of Multicolor, it is necessary to set the values for each of the selected colors.
  • Page 126 [Select Standard Unit] will appear. Set the Standard Unit and the communication interface. - Standard Unit Select the Standard Unit model from the Pull-down menu. Be sure to select the Standard Unit connected to the PC. Each Standard Unit has its own communication protocol. Therefore, if a different model Note is selected, a communication error occurs.
  • Page 127 - Communication Interface Select the communication interface. In the case of a model equipped with two interface types, USB and RS-232C, please select the interface actually connected. - Connection Test Perform the connection test with the Standard Unit. If the connection test is succeed, the following dialog will appear.
  • Page 128 The setting of RS-232C communication between this software and the Standard Unit is fixed. The communication settings for each models are as follows: Model Communication Data Parity Stop bit Communication speed length method SR-3/3A/3AR Normal Type 38400 SR-UL1/UL1R 38400 Normal Type SR-UL2/LEDW Normal Type 38400...
  • Page 129 The color correction factor is displayed. The color correction factor is calculated based on the measurement result of Standard Unit. After confirming it, press [Next]. ■UA-10 series Single color ■UA-200 series Single color ■Multicolor The color correction factor is not displayed but the color correction factor definition is...
  • Page 130 [Display Color Correction Factors] will be displayed. The color correction factor is calculated based on the measurement result of Standard Unit. After confirming it, press [Next]. ■UA-10 series ■UA-200 series...
  • Page 131 Click the [Finish] button. To use the created color correction factor, select it on the [Recipe Setting] – [Color Correction Page]. ☞ “3.10.2 Select Color Correction Definition”...

  • Page 132: Edit Color Correction Definition

    3.11.3 Edit Color Correction Definition Edits the color correction factor created before. To change the color correction definition, go through the following steps. From the Menu bar, click [Setting] – [Color Correction Wizard] sequentially. Or, press the “F9” key. [Color Correction Wizard] will appear. Click the [Next].
  • Page 133 KX, KY, and KZ, and the comment. Click the cell to be edited and edit it. When you finish the editing, click [Next]. Valid range of correction factor is 0.0000-99.9999. ■UA-10 series Valid range of the correction factors: 0.0000 - 99.9999...
  • Page 134 ■UA-200 series The [Finish] window is displayed. Click [Finish].

  • Page 135: Delete Color Correction Definition

    3.11.4 Delete Color Correction Definition Deletes the color correction definition from the [Color Correction Definition List]. To delete any desired color correction factor definition, go through the following steps. The Color Correction Definition List is displayed. Click the definition to be deleted on the list to highlight the cursor line in blue and double-click.

  • Page 136: Create Spot Correction Definition

    3.11.5 Create Spot Correction Definition Calculates the spot correction factor by using the standard spot measurement data. To create the spot correction factor definition, go through the following steps. From the Menu bar, click [Setting] – [Color Correction Wizard] sequentially. Or, press the “F9”...
  • Page 137 Select the Usage. After selecting it, click [Next]. The [Calculate Spot Correction Factor] is used to create the spot correction definition by using the detector and the standard spot data. The [Edit Spot Correction Definition] is used to delete the spot correction definition created in the past.
  • Page 138 Specify the options of the measurement spot conditions used for creating the spot correction definition. After setting them, click [Next]. -Measurement Spot - Spot Pattern Select the measurement spot pattern to either circle or square. - Spot Size Specify the diameter or side-line length of the measurement spot. Setting numerical input.
  • Page 139 Live view via the detector will appear. Align the center of the measurement target with the center marker of the device. After aligning them, click [Next]. - Markers Select the cross marker or the diagonal marker as the center marker to be displayed. - Measurement Spot Set whether the set measurement spot is displayed or not.
  • Page 140 [Select Spot Standard File] is displayed. Select the spot standard file. After selecting it, click [Next]. The spot correction factor definition is displayed. The result of the calculation of the correction factor based on the measurement data of the spot standard file is displayed. Click [Next].
  • Page 141 Click [Finish]. To activate the created color correction, select it on the [Recipe Setting] - [Spot Correction Page]. ☞ “3.10.3 Select Spot Correction Definition”...

  • Page 142: Delete Spot Correction Definition

    3.11.6 Delete Spot Correction Definition Deletes the correction factor definition from the [Spot Correction Definition List]. To delete the spot correction factor definition, go through the following steps. The Spot Correction Definition List is displayed. Right-click the highlighted definition to be deleted on the list. When [Delete] is selected, the highlighted line is deleted To delete all the lines, select [Delete All].

  • Page 143: Common Setting

    3.12 Common Setting 3.12.1 Outline Sets various settings commonly used in this software. The setting content does not affect the recipe type or the measurement object. To perform the common setting, go through the following steps. From the Menu bar, click [Setting] – [Common Setting] sequentially. Or, press the “F10”...

  • Page 144: Initial Layout Setting

    3.12.2 Initial Layout Setting If the Measurement Image is not displayed and [Initial Layout] is selected, this function allows you to set the View Display layout. To perform the initial layout setting, go through the following steps. Open the [Common Setting] dialog. If the initial layout is not opened, click [Initial Layout Setting] from the list on the left.
  • Page 145 For example, when you set the Initial Layout Setting to as below, the four separate view in Displayed window are displayed as shown below after clicking [Display] – [Initial Layout] with the [Initial Layout]. Initial Layout Setting Displayed Windows Selecting any of various data sheets does not allow you to change the object spot view.

  • Page 146: Live Setting

    When you set longer integral time, Sensitivity increase, but responsibility decrease. Specify the appropriately integral time depending on the brightness of the measurement target. Valid range 0.03 - 1000 [ms] (UA-10 series) 0.1 - 1000 [ms] (UA-200) 0.05 - 1000 [ms] (UA-200A) Check the [Display the Score] check box, and then upper-threshold and lower-threshold values setting in [Live Setting] –...

  • Page 147: Environment Setting

    When not checked, the [Check Measurement Conditions] dialog is not displayed. The Check Measurement Conditions dialog is the list of the setting in the current recipe before starting the measurement in the [Normal Measurement] or [Time-series Measurement]. ■UA-10 series ■UA-200 series - Tooltip...
  • Page 148 Sets whether or not the Tooltip is displayed when a cursor is placed on the Pseudo Color View. When this function is checked, Tooltip appear on the position where the mouse place on the Pseudo Color View. When the checkbox is not checked, the Tooltip is not displayed.

  • Page 149: Formatting

    3.12.5 Formatting Sets the decimal place of the measurement data values displayed on the cells of each data sheet. This setting affected the data sheet and the output CSV file. Graphs and various property dialogs are not affected. To perform the formatting, go through the following steps. Open the [Common Setting] dialog.
  • Page 150 - Tristimulus value Sets the decimal places of Tristimulus values X, Y, and Z. - Numeric value entry is available. - Valid range: 0 - 6 - Chromaticity Sets the decimal places of chromaticity xy and u’v’. - Numeric value entry is available. - Valid range: 1 - 5 - Color temperature Sets the decimal place of color temperature.

  • Page 151: Status Bar Setting

    3.12.6 Status bar Setting Selects items on the status bar. To set the status bar method, go through the following steps. Open the [Common Setting] dialog. Click the [Status Bar Setting] from the list on the left. Select items to be displayed in the status bar. Please refer to the “Status Bar”...

  • Page 152: Area Correction

    3.13 Area Correction 3.13.1 Outline This function can divide measure image in a grid shape and multiply correction factor of Tristimulus values to each grid. In this menu, you can create and edit an Area correction file. Select the [Setting]-[Area correction]. Or press the [F12] key...

  • Page 153: Create New Correction Factor File

    3.13.2 Create new Correction factor file Creates new Area correction file. To create a new file, go through the following steps. Select the [Setting]-[Area correction] to open the [Area correction] dialogue. Select the [Create]. Displayed Area correction file are enabled. Edit the [File name] and [Comment] directly. Set [Tristimulus values], [Horizontal split count], and [Vertical split count] and then, edit each correction factor in grid.

  • Page 154: Edit Existing File

    3.13.3 Edit existing file Edits existing file for Area correction. To edit an existing file, go through the following steps. Select the [Setting]-[Area Correction] and [Specify are correction factor] dialog appear. Select the [Existing file editing] and the [Open] button become active. Then, open Area correction factor file.

  • Page 155: White Board Data Setting

    3.14 White Board Data Setting 3.14.1 Outline It is possible to set the white board data which will be the calibration standard required for the object color measurement. Select the [Setting]-[White Board Data Setting].

  • Page 156: White Board Measurement

    3.14.2 White Board Measurement Measurement through the white board. To perform the Measurement, go through the following steps. From the Menu bar, click [Setting] – [White Board Setting] sequentially. The [White Board Setting] dialog will open. Select the [White Board Measurement]. ☞...

  • Page 157: Save White Board Data File

    3.14.3 Save White Board Data File Saves the white board data file. To save the white board data file, go through the following steps. Open the [White Board Setting] dialog. Edit the [Comment] and click the [Save] button to save the white board data file. Memo Select [Browse], and the [Browse Folder] dialog is displayed.

  • Page 158: Open White Board Data File

    3.14.4 Open White Board Data File Open the white board data file. To open the white board data file, go through the following steps. Open the [White Board Setting] dialog. Click the [Open] button to open the white board data file. Memo Select [Browse], and the [Browse Folder] dialog is displayed.
  • Page 159 [Measurement Image Load List] dialog will open. The measurement date & time and comment of the loaded measurement image are displayed. To open the file, click [OK]. The loaded white board data file is opened.

  • Page 160: Read Automatically At Application Startup

    3.14.5 Read automatically at application startup Read automatically at application startup the white board data file. To Read automatically at application startup the white board data file, go through the following steps. Open the [White Board Setting] dialog. Check the [Read automatically at application startup] to read the white board data file.

  • Page 161: Diagonal Correction

    3.15 Diagonal Correction 3.15.1 Outline Corrects a tilted image, which is measured at tilting angle to a rectangular. Sets a correction setting, applies the setting to a measured image, saves the correction factor data in a correction factor list, and deletes the setting. Select the [Setting]-[Diagonal Correction].

  • Page 162: Setting Diagonal Correction

    3.15.2 Setting Diagonal Correction To correct a tilted image into rectangle, go through the following steps. Memo Press “Esc” key in keyboard to roll back to one previous operation. Select the [Setting]-[Diagonal Correction] when a measured image is displayed. The [Diagonal Correction] view will appear.
  • Page 163 Select four points of an area to be corrected. Select points in a clockwise direction from first point. Specify two opposite angle of rectangle to be corrected. An outline of a rectangle connecting two specified opposite angle will be displayed.
  • Page 164 Measured image in corrected rectangle shape will be displayed.

  • Page 165: Apply To Measured Image

    3.15.3 Apply to measured image Applies a diagonal correction to a measured image. To apply a diagonal correction into measured image, go through the following steps. Right click on the [Diagonal correction] view and pop-up menu appear. Select the [Applied to Measurement Image]. Diagonal Correction is applied to measured image on the display.

  • Page 166: Cancel Diagonal Correction

    3.15.4 Cancel Diagonal correction Cancels Diagonal correction. To cancel a diagonal correction, go through the following steps Right click on the [Diagonal correction] View and pop-up menus appear. Select the [Deselect the Setting]. The diagonal correction is canceled and the image return to original image. When a diagonal correction applied to a measured image, select the [Applied to Measurement image] in the pop-up menu.

  • Page 167: Save / Delete Setting

    3.15.5 Save / Delete Setting Save a parameter of a diagonal correction. To save a parameter of a diagonal correction, go through the following steps Right click on the [Diagonal correction] view and pop-up menu appear. Select the [Save to Settings List] Enter comments in the [Comments entry] dialogue box.
  • Page 168 Click the [OK] button to save a parameter of the Diagonal correction and [Diagonal correction] List appear. Saved parameter is added on the last row in the list and check become ON. When you delete a parameter of a diagonal correction, highlight a parameter to be deleted, and right click on the row.

  • Page 169: Display Setting List

    3.15.6 Display Setting List Displays [Display the Setting List]. To display Settings List, go through the following steps. Right click on the [Diagonal Correction] view and pop-up menu appear. Select the [Display the Settings List] The [Diagonal Correction List] dialogue appear.

  • Page 170: Open Properties

    3.15.7 Open Properties Opens [Properties]. To open [Properties], go through the following steps. Right click the [Diagonal Correction] view and pop-up menu appear. Select the [Properties] You can edit a property directly if you want to conduct fine adjustment of property. Click the [OK] button to apply a property to an image in the [Diagonal Correction] view.

  • Page 171: Four Arithmetic Operations

    3.16 Four Arithmetic Operations 3.16.1 Outline Performs four arithmetic operations between the measurement images. Select [Setting] - [Four Arithmetic Operations] under the condition that the measurement image is displayed.

  • Page 172: Performing Four Arithmetic Operations

    3.16.2 Performing Four Arithmetic Operations To perform four arithmetic operations between the measurement images, go through the following steps. Select [Setting] - [Four Arithmetic Operations] under the condition that the following images are loaded. - The measurement image for which four arithmetic operations will be performed. - The measurement image which should be the standard.
  • Page 173 Specify a measurement image for which four arithmetic operations will be performed from the target measurement image list at the left side on the screen. You can select two or more images. When two or more images are selected, the image specified last is displayed in pseudo color.
  • Page 174 The results of four arithmetic operations are displayed in pseudo color at the bottom on the screen. Upper/lower limit values When the check boxes are ON: Pseudo color setting of the arithmetic operations results are displayed by using the maximum and minimum values after the arithmetic operations. When the check boxes are OFF: Pseudo color setting of the arithmetic operations results are displayed by using the entered maximum and minimum values.
  • Page 175 It is possible to save the results of four arithmetic operations as the measurement image. Click the [Adding measurement image] button, and [Measurement Image List] is displayed. Select any of results of four arithmetic operations and right-click [Edit File Name] or [Comment Editing] to change the contents.
  • Page 176 If there is a result of four arithmetic operations that should not be added as a measurement image, it is possible to delete it on [Measurement Image List]. Select the result to be deleted and select [Measurement Data Delete] by right-clicking. Click the [OK] button on [Measurement Image List].

  • Page 177: Filtering

    3.17 Filtering 3.17.1 Outline Filtering is performed for the measurement image. Under the condition that the measurement image is displayed, select [Setting] – [Filtering]. Memo When the image is displayed with gray scale, the visibility of “MURA” (unevenness) is improved from time to time.

  • Page 178: Setting "Mura Emphasis" Parameters

    3.17.2 Setting “MURA Emphasis” Parameters This function is used to set the parameters for “MURA Emphasis” (unevenness emphasis). To set the parameters for “MURA Emphasis”, go through the following steps. Select [Setting] – [Filtering], and the [Filtering] dialog will open. From the [Type] pull-down menu of [MURA Emphasis], select the “MURA Emphasis”...
  • Page 179 - Max value division (max/A): Divides the maximum value of the image, which is the filtering result up to the order number specified by [Division order number], by the image, which is the filtering result before “MURA Emphasis” processing. - Avg value division (avg/A): Divides the average value of the image, which is the filtering result up to the order number specified by [Division order number], by the image, which is the filtering result before “MURA Emphasis”...

  • Page 180: Setting Median Filter Parameters

    3.17.3 Setting Median Filter Parameters This function is used to set the median filter parameters. To set the median filter parameters, go through the following steps. ☞ “11. Appendix” – “Terminology” – “Median filter” Select [Setting] – [Filtering], and the [Filtering] dialog will open. From the [Size] pull-down menu of [Median parameters], select the filter size to be applied.

  • Page 181: Setting Gaussian Filter Parameters

    3.17.4 Setting Gaussian Filter Parameters This function is used to set the Gaussian filter parameters. To set the Gaussian filter parameters, go through the following steps. ☞ “11. Appendix” – “Terminology” – “Gaussian filter” Select [Setting] – [Filtering], and the [Filtering] dialog will open. From the [Size] pull-down menu of [Gaussian parameters], select the filter size to be applied.

  • Page 182: Setting Bilateral Filter Parameters

    3.17.5 Setting Bilateral Filter Parameters This function is used to set the bilateral filter parameters. To set the bilateral filter parameters, go through the following steps. ☞ “11. Appendix” – “Terminology” – “Bilateral filter” Select [Setting] – [Filtering], and the [Filtering] dialog will open. Set the values for [Diameter of each pixel neighborhood], [SigmaColor] and [SigmaSpace] of [Bilateral parameters].

  • Page 183: Setting Filtering Order

    3.17.6 Setting Filtering Order This function is used to set the filtering order. To set the filtering order, go through the following steps. Select [Setting] – [Filtering], and the [Filtering] dialog will open. Select items from the [Filter] list. Press the [>> add] button, and the selected items are set in the [Order/Filter] list. To change the filtering order, select the desired item from the [Order/Filter] list and change the order with the [UP]/[DOWN] buttons.

  • Page 184: Executing Filter Correction

    3.17.7 Executing Filter Correction This function is used to execute “Filter Correction” and check the filter correction image. To execute “Filter Correction”, go through the following steps. Memo The “MURA Emphasis” (unevenness emphasis) image can be checked by adjusting the processing order and filter parameters. Select [Setting] –...
  • Page 185 Press the [Filtering execution] button. “Filter Correction” is executed under the conditions set in the [Order/Filter] list and the filter correction image is displayed on [Result]. Memo • The filter correction image file is not created. To create the filter correction image file, execute “3.17.8 Adding Filter Correction Image to Measurement Image”.

  • Page 186: Adding Filter Correction Image To Measurement Image

    3.17.8 Adding Filter Correction Image to Measurement Image This function is used to execute “Filter Correction” and add the filter correction image to the measurement image. To add the filter correction image to the measurement image, go through the following steps.
  • Page 187 Memo • The measurement image when “Filter Correction” is not applied is displayed on [Standard data]. • You can select two or more measurement images and add the selected filter correction images at a time. • When you select two or more measurement images, the processing time is prolonged according to the quantity of the selected measurement images.

  • Page 188: Reflecting Filter Correction Conditions In Recipe

    3.17.9 Reflecting Filter Correction Conditions in Recipe This function is used to reflect the filter correction conditions in Recipe. To reflect the filter correction conditions in Recipe, go through the following steps. Select [Setting] – [Filtering], and the [Filtering] dialog will open. After setting the filter correction conditions, press the [Applied to Recipe] button.

  • Page 189: Measurement

    From the Menu bar, click [Measurement] and select the [Normal Measurement]. Or, press [F6] key. [Check Measurement Conditions] will appear. To check the content and start the measurement, click the [Start] button. To stop the measurement, click [Cancel]. ☞ “4.4 Cancel Measurement” ■UA-10 series ■UA-200 series...
  • Page 190 Memo When the checkbox of the [Common Setting] – [Environment Setting] – [Dialog] is turned OFF, the measurement will start without displaying the [Check Measurement Conditions] dialog. Display Measurement Condition Confirmation Dialog for Every Measurement ☞ “3.12.4 Environment Setting” To start the measurement, click [Start]. When the color correction factor has been enabled, the color correction factor selected in the recipe is displayed after clicking [Start].
  • Page 191 The Check Status dialog is displayed. To cancel the measurement, click [Cancel]. - Automatic calculation of measurement condition Following dialogue appear during auto calculation of measuring conditions. When the [AUTO] is selected in the [Integral time] or [Integral time/ ND filter / Gain] in the [Measurement Conditions (2/4)], the software calculate optimum measurement condition.
  • Page 192 When the measurement is completed, the measurement image is displayed as specified in [Common Setting] – [Initial Layout Setting]. When continuous measurement or interval measurement is performed, the measurement image are overwritten by next measurement image. Memo The above is a case where the layout is set as follows: Top-left: Standard Spot View Top-right: Standard Spot Data Sheet Bottom-left: Pseudo Color View Bottom-right: Contour View...

  • Page 193: Time-Series Measurement

    Or, press the [F7] key. [Check Measurement Conditions] will appear. To check the content and start the measurement, click [Start] button. To stop the measurement, click [Cancel]. ■UA-10 series ■UA-200 series Memo When the checkbox of the [Common Setting] – [Environment Setting] – [Dialog] is turned OFF, the measurement will start without displaying the [Check Measurement Conditions] dialog.
  • Page 194 When the color correction factor has been enabled, the [Check Color correction] dialog will be displayed after clicking [Start].Click [Start] to display the following [Check Color Correction] dialog. To start the measurement, click [Start]. To cancel the measurement, click [Cancel]. ■UA-10 Single color ■UA-200 Single color ■Multicolor...
  • Page 195 5 When the measurement is completed, measurement data are displayed in the fixed Time-series specific layout. When continuous measurement is performed, the latest measurement data is displayed, and the Time-series measurement graph and data sheet are also updated at the same time. •...

  • Page 196: Calculate Optimal Values Of Measurement Condition

    4.3 Calculate Optimal Values of Measurement Condition Calculates automatically the optimal value of Integral Time and ND Filter, Gain for the measurement. To acquire the stabilized measurement data, you need to set the optimal integral time and ND Filter, Gain depending on the luminance of the measurement target. The integral time mentioned here will affect the measurement accuracy and measurement time.
  • Page 197 Conditions (2/3)] - [Integral Time Setting] or [Integral Time/ND Filter/Gain]. Click the [Cancel] to discard the calculated optimal value and completes the optimal value calculation. ■UA-10 series ■UA-200 series However, when the [AUTO] is selected in the [Integral Time Setting] in the Recipe, the following confirmation dialog will appear.

  • Page 198: Cancel Measurement

    4.4 Cancel Measurement Interrupts forcibly currently performed [Normal Measurement], [Time-series Measurement], or [Calculate optimal value of measurement condition]. If the measurement is canceled, the currently measured data is discarded. To cancel the measurement, go through the following steps. From the Menu bar, click [Measurement] – [Cancel] sequentially. Or, click the [Cancel] button in the [Check Status] dialog.

  • Page 199: About Practical Measurements

    Measurement examples are shown below. Please use these examples for your reference. 4.5.1 Performing More Stable Measurement The device scans 4 or 5 images in UA-10 series, 2 or 3 images in UA-200, 3-15 images in UA-200A in each measurement as default, and gain an averaged measurement value.

  • Page 200: Various Operations

    5. Various Operations 5.1 Live View Operation 5.1.1 Open Live View Displays the measurement object in real time. This function is used to confirm the position of the target and adjust the focus of the measurement object. To open the [Live View], go through the following steps.
  • Page 201 [Live View] is opened.

  • Page 202: Adjusting Contrast

    5.1.2 Adjusting contrast Adjusts contrast in the Live view in real time. To adjust the contrast, go through the following steps. Right click on the [Live view] and the pop-up menu will appear, then select the [Contrast]. The scroll bar for contrast will appear. Adjust contrast by using the scroll bar for contrast while observing contrast in the [Live view].
  • Page 203 Memo ・ This function is active only when [Common setting]-[Live setting] is set to [AUTO]. ・Depending on memory usage in PC, an adjustment operation may not work on Live view immediately. In this case, Renew a Live view by selecting [Stop] and, then select [Play] in pop-up menu.

  • Page 204: Switch Display(Ua-10 Series)

    5.1.3 Switch Display(UA-10 series) Switches color or gray scale in the Live view. To switch color or gray scale in the Live view, go through the following steps. Right click on the [Live view] and the pop-up menu will appear.

  • Page 205: Play Live View

    5.1.4 Play Live View Restarts the Live View from the pause state. To play the Live View, go through the following steps. Right-click anywhere within [Live View] screen, pop-up menu will appear. Select [Play] to restart the Live view.

  • Page 206: Stop Live View

    5.1.5 Stop Live View Stops the Live View playing. Stopping the Live View enables you to retain the Live image or save the snapshot. To stop the Live View, go through the following steps. Open the [Live View]. Right-click anywhere in Live View screen and Pop-up menu will appear.

  • Page 207: Switch Markers

    5.1.6 Switch Markers Switches the marker at center of the Live View screen. A diagonal cross and cross are available. The markers can be switched while Live View is playing or is stopped. To switch the markers, go through the following steps. Open the [Live View].

  • Page 209: Set Rectangular Marker By Mouse

    5.1.7 Set Rectangular Marker by Mouse Uses the Rectangular marker as a guideline when you adjust the position of the measurement target. To set the Rectangular marker by using mouse in the Live View, the steps are as follows: The Rectangular marker area is set by dragging mouse on the Live View image. Right Click on the Live View Image, Pop-up menu will appear.
  • Page 210 Rectangular marker area is displayed.

  • Page 211: Set Rectangular Marker By Direct Input

    5.1.8 Set Rectangular Marker by direct input Uses the Rectangular marker as a guideline when you adjust the position of the measurement target. To set the Rectangular marker by entering values in the Live View, the steps are as follows; Right-Click on Live View Image and Pop-up menu will appear.
  • Page 212 Rectangular marker will appear.

  • Page 213: Release Rectangular Marker

    5.1.9 Release Rectangular Marker Releases Rectangular marker. To release the displayed Rectangular marker displayed on the Live View, the steps are as follows: Right Click on Live View Image and Pop-up menu will appear. Select [Rectangular Marker release] in the pop-up menu. Rectangular marker is released.

  • Page 214: Specifying Optimization Area By Mouse

    5.1.10 Specifying optimization area by Mouse Specifies optimization area for calculating optimum integral time. To specify optimization area by using mouse, go through the following steps. Click the start point of the optimization area in the [Live view] and drag the mouse over the area to end point to specify the optimization area.
  • Page 215 Optimization area is displayed.

  • Page 216: Specifying Optimization Area By Direct Input

    5.1.11 Specifying optimization area by direct input Specifies optimization area by entering numerical value. To specify the optimization area by entering values, go through the following steps. Right click the [Live view] and the pop-up menu will appear. And select the [optimization area]-[Property].
  • Page 217 Optimization area is displayed.

  • Page 218: Release Optimization Area

    5.1.12 Release optimization area Cancels the optimization area. To cancel the optimization area, go through the following steps. Right click on the [Live view] and the pop-up menu will appear. And select the [optimization area]-[Release]. Optimization area is released.

  • Page 219: Focus Adjustment

    5.1.13 Focus Adjustment Adjusts focus in real time. You can easily adjust the focus by referring to the score displaying on the Live view. To adjust the focus, go through the following steps. Right click on the [Live View] and pop-up menu appear. Select the [Focus Adjustment].
  • Page 220 Color bar for focus adjusting and Focus guide area (Yellow frame) appear on the Live view. Set a focus guide area on an area having large contrast. Adjust the focus by referring to the color bar and the image on the Live view. When a score excess threshold, “Good !!”...

  • Page 221: Magnification Display

    5.1.14 Magnification Display It is used when you want to zoom in on a specific point of the live view. To Magnification Display, go through the following steps. Place the mouse to enlarge display, on the [Live View]. Right click on the [Live View] and pop-up menu appear. Select the [Magnification Display].
  • Page 222 Enlarged display window appears.
  • Page 223 Change enlargement position by clicking the mouse. Memo Rotating the mouse wheel while pressing the Ctrl key enables you to change the display magnification.

  • Page 224: Rotate Live Image

    5.1.15 Rotate Live Image This function is used to rotate the live image on [Live View]. To rotate the live image, go through the following steps. Right-click in [Live View], and the pop-up menu is displayed. Select [Rotation]. The [Rotation] dialog box is displayed. Set ON for the [Rotate Live Image] check box.

  • Page 225: Switch Resolution(Ua-10 Series)

    5.1.16 Switch Resolution(UA-10 series) Switches the resolution of the Live View screen. To switch the resolution, go through the following steps. Open the [Live View]. Right-click anywhere in the Live View screen, Pop-up menu will appear. Select [Resolution]. Select [High] or [Low] as the resolution to be displayed. When [High] is selected, high resolution is displayed.

  • Page 226: Pseudo Color View Operation

    5.2 Pseudo Color View Operation 5.2.1 Open Pseudo Color View Displays the [Pseudo Color View]. Arbitrary colors are rendered to measurement data. Slight difference in measurement data are color-coded for finding easily uniformity and Mura on the target. To open the [Pseudo Color View], go through the following steps. From the Menu bar, select the [View] –...

  • Page 227: Change Display Size

    5.2.2 Change Display Size Changes the view display size. The display size can be selected from fixed magnification values ranging from 10% to 1600%, or automatic magnification. To change the display size, go through the following steps. Memo This operation is the same in [Standard Spot View], [Split Spot View], [Random Spot View], and [Contour View], [Color system Pseudo Color View], [Judgment result View].
  • Page 228 The measurement image is magnified by specified size. When 100% or more is specified, the image can be displayed vertically and horizontally using the scroll bar since the entire measurement image cannot be displayed at a window. Move to the portion desired to be seen by using the scroll bar. Memo Rotating the mouse wheel while pressing the Ctrl key enables you to change the display magnification.

  • Page 229: Change Display Color

    5.2.3 Change Display Color Changes the view display color. The display color can be selected from four types: pseudo color or gray scale, chromacities xy color, chromacities u’v’ color. To change the display color, go through the following steps. Memo This operation is the same in [Standard Spot View], [Split Spot View], [Random Spot View], and [Contour View], [Color system Pseudo Color View], [Judgment result View].
  • Page 230 The display is switched to Gray Scale. Memo • The color can be displayed by a gray scale or pseudo color. • In the Gray Scale display, the frame border color of the measurement spot is entirely switched to red in the [Random Spot View], [Standard Spot View], and [Split Spot View].

  • Page 231: Select Item In Tristimulus Values

    5.2.4 Select item in Tristimulus values Select one from X, Y, Z in Tristimulus values. Selected the measurement image of the item are displayed on the Pseudo view. To change the item to be displayed, go through the following steps. Memo This operation is the same in [Standard Spot View], [Split Spot View], [Random Spot View], [Contour View], and [Cross Section View].
  • Page 232 The measurement image of the Item is you selected is displayed. Selecting [Tristimulus Value] from the Pop-up menu displays the Tristimulus value list. Select the Tristimulus value to which the display is to be switched. The measurement image on the view is switched to the selected item of the measurement image.

  • Page 233: Change Chromaticity

    5.2.5 Change Chromaticity Selects one chromaticity item from x, y, u', v'. The measurement image of the selected chromaticity item is displayed. To change the item to be displayed, go through the following steps. Memo This operation is the same in [Standard Spot View], [Split Spot View], [Random Spot View], [Contour View], and [Cross Section View].
  • Page 234 The measurement image on the view is switched to the measurement image of the selected chromaticity. The selected chromaticity is permanently retained, and if the software is restarted, the measurement image is displayed with the previously selected chromaticity.

  • Page 235: Trimming Of Measurement Image (Mouse)

    5.2.6 Trimming of Measurement Image (Mouse) Trims image. If trimming is performed, the trimmed image is redrawn to be color-coded. The trimmed measurement image is affected to other views. To perform the trimming by using mouse, go through the following steps. Open the [Pseudo Color View].
  • Page 236 Only the specified area is displayed. When you see the same point on the view, the color may be different from the whole-area image and the trimmed image. This is because the maximum values and minimum values for the whole area are different from those of the trimmed image. When the area is trimmed, the display colors are allotted in accordance with the measurement data within the trimmed area, allowing you to check the minute differences of local points.

  • Page 237: Trimming Of Measurement Image (Direct Input)

    5.2.7 Trimming of Measurement Image (direct input) Trims image. If trimming is performed, the trimmed image is redrawn to be color-coded. The trimmed measurement image is affected to other views. To perform the trimming by entering values, go through the following steps. Open the [Pseudo Color View].
  • Page 238 The Trimming area is drown as per setting. Select [Trimming]-[ON] from Pop-up menu of the [Pseudo Color View] and trimmed image is displayed. When you see the same point on the view, the color may be different from the whole-area image and the trimmed image. This is because the maximum values and minimum values for the whole area are different from those of the trimmed image.

  • Page 239: Cancel Trimming

    5.2.8 Cancel Trimming Restores the trimmed image to the original image. here are two way to cancel the trimmingTo cancel trimming, go through the following steps. - Cancel Trimming on Pseudo color View From the [Thumbnail View], select the measurement image for which trimming is to be canceled.
  • Page 240 The trimming is canceled, and the original measurement image is displayed. - Cancel Trimming via pop-up menu From the [Thumbnail View], select the measurement image for which trimming is to be canceled.
  • Page 241 Right-click on the view and The [Pseudo Color View] Pop-up menu will appear. From the Menu, select [Trimming] – [OFF] sequentially. The trimming is canceled, and the original measurement image is displayed.

  • Page 242: Setting Of Show/Hide Color Bar

    5.2.9 Setting of Show/Hide Color Bar Displays the Color bar on Pseudo Color View. To set the Color bar, the steps are as follows: Click on Pseudo Color View to activate Window. Right-click on the Pseudo Color view and the Pop-up menu will appear. Select [Display Color bar]-[ON] or [Display Color bar]-[ON (Logarithm)].
  • Page 243 Memo In the case of logarithm display of color bar, the slide interval of color bar is not uniform. The color arrangement interval at the lower limit value side is wide and the interval at the upper limit value side is narrow. The Color bar will appear on the Pseudo Color view.

  • Page 244: Setting Of Show/Hide Minimum, Maximum, And Average Values

    5.2.10 Setting of Show/Hide Minimum, Maximum, and Average values The minimum, maximum, and average values can be displayed on Pseudo Color View. To view the minimum, maximum, and average values, the steps are as follows: Click on Pseudo Color View to activate Window. Right-click on the Pseudo Color view and the Pop-up menu will appear.
  • Page 245 Maximum, minimum, and average of measured view in the view are displayed below the view. The points where data is max and min in the measured view are displayed as cross-line in the view. Memo Color of cross-line for Max, Min points vary from the pseudo view and Gray scale. Min ：White, Pseudo color Max：Black...

  • Page 246: Save Snapshot

    5.2.11 Save Snapshot Saves the displayed view in a specific file format. For the file format, you can select [BMP], [JPG], or [PNG]. To save the Snapshot, go through the following steps. Memo This operation is the same in [Live View], [Standard Spot View], [Split Spot View], [Random Spot View], [Contour View], [Cross Section View], [Chromaticity Diagram View], [Histogram View], and [3D View], [RGB Color View], [Color system Pseudo Color View], [Judgment result View].
  • Page 247 The Explorer window opens. Specify the path, file name, and file format to be saved. [BMP], [TIFF], or [PNG] format are available.

  • Page 248: Save Measurement Data In Csv File Format

    5.2.12 Save Measurement Data in CSV File Format Saves the measurement data within the view in CSV file format. To save the measurement data within the view in CSV file format, go through the following steps. Memo • This operation is the same in [Standard Spot View], [Split Spot View], [Random Spot View], [RGB Color View], [Color system Pseudo Color View], and [Judgment result View].
  • Page 249 The Explorer window opens. Specify the path, file name, and file format to be saved. [CSV] and [TEXT] file format are available. Memo • The following character strings are placed on the top of the file name depending the Views to be saved. Random spot rdm_ Standard spot...
  • Page 250 Display Format of All Data CSV Files From the top down, Tristimulus value X, Y, and Z, Chromaticity x and y, Chromaticity u’ and v’, Color Temperature, Deviation, Excitation Purity, and Dominant Wavelength are recorded sequentially. In the [Recipe Setting] - [CSV Setting] - [File Type] - [All Data], the unchecked items are not recorded.
  • Page 251 Display Format of Standard Spot View CSV Files From the top down, the measurement data for the spot number displayed on the Standard Spot View are arranged in line. From the left, Spot Coordinate X and Y, Tristimulus value X, Y, and Z, Chromaticity x and y, Chromaticity u’...
  • Page 252 Display Format of Split Spot View CSV Files From the top down, Tristimulus value X, Y, and Z, Chromaticity x and y, Chromaticity u’ and v’, Color Temperature, Deviation, Excitation Purity, and Dominant Wavelength are recorded sequentially. The data is recorded according to the split count set on [Property] of Split Spot View. The spot number is recorded in the first column of the first row located on the external side of the data.
  • Page 253 Display Format of Random Spot View CSV Files From the top down, the measurement data for the spot number displayed on the Random Spot View are arranged in line. From the left, Spot Coordinate X and Y, Tristimulus value X, Y, and Z, Chromaticity x and y, Chromaticity u’...
  • Page 254 Display Format of Cross Section View CSV Files Format name, Start point coordinate, End point coordinate of the coordinate display format (Cruciform Cross-section and Shaded Cross-section) are recorded sequentially. From the top down, Spot Coordinate X and Y, Tristimulus value X, Y, and Z, Chromaticity x and y, Chromaticity u’...
  • Page 255 Display Format of Time-series View CSV Files The Time-series CSV file is commonly available for Standard Spot, Split Spot, and Random Spot. From the top down, Spot Coordinate X and Y, Tristimulus value X, Y, and Z, Chromaticity x and y, Chromaticity u’ and v’, Color Temperature, Deviation, Excitation Purity, and Dominant Wavelength are recorded sequentially.
  • Page 256 Display Format of Judgment result View CSV Files In the case of “Judgment result (random spot, split spot, standard spot)”, data are displayed as follows: On the upper column, the set values of the judgment items in [Judgment condition setting] are arranged sequentially from the top. On the middle column, the measurement data of the spot numbers displayed in [Judgment result List] and the general OK/NG judgment results in the spots are arranged sequentially from the top.

  • Page 257: Open Property Window

    5.2.13 Open Property Window Adjusts the display color of the view displayed on the Pseudo Color. To open the Pseudo Color Property, go through the following steps. Memo When the display color of the Pseudo Color View is set, it is changed in real time. When the [Property] dialog is closed after setting the display color, the display color is immediately applied to the following views.
  • Page 258 [Pseudo Color Property] will appear. [Adjust Pseudo Color] set the upper limit value and lower limit value of the measurement data. ☞ “5.2.14 Set Upper Limit/Lower Limit Value of Pseudo Color Adjustment” The maximum, minimum, and average value of the Tristimulus values X, Y, Z and the Chromaticity x, y, u’, v’...

  • Page 259: Set Upper Limit/Lower Limit Value Of Pseudo Color Adjustment

    5.2.14 Set Upper Limit/Lower Limit Value of Pseudo Color Adjustment Specifies the upper limit value rendered in red and the lower limit value rendered in blue. The measurement image within the upper and lower limit are rendered in colors. The upper limit or higher measurement values are rendered in red, the lower limit or lower measurement values are rendered in blue.
  • Page 260 Right-click [Pseudo Color View] and open pop-up menu. Select [Property] from the pop-up menu. - When setting the upper and lower limit range inside the minimum and maximum value range of measurement data [Pseudo Color Property] will appear. Set “OFF” for the [Color scale synchronization] check box.
  • Page 261 - When setting the upper and lower limit range outside the minimum and maximum value range of measurement data [Pseudo Color Property] will appear. Set “ON” for the [Color scale synchronization] check box. Enter directly the value in the edit box beneath the [Set Upper Limit/Lower Limit] slide bar.

  • Page 262: Adjust Color Range In Pseudo Color View

    5.2.15 Adjust color range in pseudo color view Specifies color range with keeping upper/lower limit of color bar. To specify the Color range, go through the following steps. Open the [Pseudo Color Property]. Slide the [Color Range] slide bar while watching a variation of color in the [Pseudo Color] View and Sled bar.

  • Page 263: Masking To The Outside Of The Pseudo Color

    5.2.16 Masking to the Outside of the Pseudo Color Masks the measurement image where measurement values are out of the upper or lower limit by setting the [Pseudo Color Property]. Masking the image where measurement values are outside of the upper and lower limit enables you to plot and display the arbitrary range. To mask the image, go through the following steps.
  • Page 264 The measurement image where measurement values are out of the upper limit or lower limit are masked and only the measurement image where measurement values are within the upper and lower limit are displayed. If you save the measured data in a CSV file with the masking On, the measurement data with image displaying only are saved.

  • Page 265: Lock Pseudo Color Adjustment

    5.2.17 Lock Pseudo Color Adjustment Locks the upper and lower limit values have been set on the [Pseudo Color Property]. The measurement image where measurement values are within the limit upper and lower limit are rendered in pseudo color by locking the upper limit and lower limit values. To lock the setting of upper and lower limit, go through the following steps.

  • Page 266: Apply Pseudo Color Mask Setting To Measurement Items In Tristimulus Values

    5.2.18 Apply Pseudo Color Mask Setting to measurement items in Tristimulus values Masked area designated in [Pseudo color property] can affect all other unit of Tristimulus values XYZ and chromaticity data view. The mask takes effective on the same area of each Tristimulus values data and chromaticity data view without re-designation.

  • Page 267: Apply Pseudo Color Adjustment To All Measurement Images

    5.2.19 Apply Pseudo Color Adjustment to All Measurement Images Applies the setting in the [Pseudo Color Adjustment] on the [Pseudo Color Property] to all the currently loaded measurement images. To apply the setting in the [Pseudo Color Property] to all measurement images, go through the following steps. Open the [Pseudo Color Property].
  • Page 268 Specification when Saving the Pseudo Color Adjustment to All Applicable Measurement Images Even if the normal measurement is continued with [Save to All Applicable Measurement Images] ON, the pseudo color adjustment value continues to be applied. However, when the luminance and chromaticity of the measurement object are changed during the measurement, and then the range from upper limit to lower limit values of the pseudo color adjustment of the measurement data is changed, the settings are as follows: •...

  • Page 269: Rotate Measurement Image

    5.2.20 Rotate Measurement Image Rotates the measurement image. The rotation of measurement image is reflected in other views. To rotate the measurement image, go through the following steps. Open [Pseudo Color View]. [Pseudo Color View] is opened. Right-click to open the pop-up menu and select [Rotation] from the menu.
  • Page 270 The [Rotation] dialog box is displayed. Set ON for the [Rotate Measurement Image] check box. Operate the scroll bar or enter a value to the angle edit box directly. After changing the setting, click [×] to close the [Rotation] dialog box. Memo By setting OFF for the [Rotate Measurement Image] check box, you can return the measurement image to the status where it is not rotated.

  • Page 271: Standard Spot View Operation

    The preset standards comply with JEITA standard (EIAJ ED-2522/ED-2710) and other three standards are preset by Topcon Technohouse. And, you can specify the pattern and the number of the measurement spot. The default standard is set to JEITA standard and the measurement spot size is set to 10 mm, therefore change these settings according to the number of pixels of the measurement target.

  • Page 272: Open Standard Spot View

    5.3.1 Open Standard Spot View To open the [Standard Spot View], go through the following steps. From the Menu bar, select [View] – [Standard Spot View] sequentially. Or, click the icon on the Menu bar. The [Standard Spot View] is opened.

  • Page 273: Display Data Sheet

    5.3.2 Display Data Sheet Displays the standard spot measurement data in a spreadsheet style. To display the data sheet, go through the following steps. Open the [Standard Spot View]. Right-click anywhere within the [Standard Spot View] to open pop-up menu. Select the [Display Data Sheet].
  • Page 274 [Standard Spot Data Sheet] is displayed. ☞ “5.3.3 Switch Display Items of Standard Spot Data Sheet” Memo The measurement values, which saturation occur in the Tristimulus value are displayed as “over” and the chromaticity is displayed as “error”.

  • Page 275: Switch Display Items Of Data Sheet

    5.3.3 Switch Display Items of Data Sheet Select whether show or hide items of the data sheet in the standard spot view. To switch the display items of the data sheet, go through the following steps. Memo This operation is the same in the [Random Spot Data Sheet]. Open the [Standard Spot Data Sheet].
  • Page 276 The Pop-up menu will appear. From the [Display Items] menu list, select the display items to be added or deleted. The checked items in the [Display Items] menu list are the items currently displayed. If an item not checked in the [Display Items] menu list is selected, the item is newly added to the data sheet.

  • Page 277: Save Data Sheet In Csv File Format

    5.3.4 Save Data Sheet in CSV File Format Saves the content displayed on the data sheet in CSV file format. Memo This operation is the same as in the [Random Spot Data Sheet]. Open the [Standard Spot Data Sheet]. Right-click anywhere within the [Split Spot Data Sheet].
  • Page 278 The Pop-up menu will appear. Select [Save CSV]. The explorer window will open. Select the save-destination path, and specify the file name and format for the file to be saved. The default file name is in the style of date + time. For the file format, you can select [CSV] or [TEXT].
  • Page 279 This is an image opened by Excel. The content displayed on the data sheet is saved. Standard Spot Data Sheet Window Standard Spot Data Sheet CSV File...

  • Page 280: Open Standard Spot Property

    5.3.5 Open Standard Spot Property Selects Formal standard, even split based on center, or even split based on outer frame. The setting is applied to the currently-displayed measurement image, and to all measurement images. To open the Standard Spot Property, go through the following steps. Open the [Standard Spot View].
  • Page 281 The [Standard Spot Property] window will appear. When you want to terminate the setting operation, click one of the following buttons: [OK] Enables the setting and closes this window. [Cancel] Disables the setting and close this window. [Apply] Enables the setting and enables you to continue the setting without closing the window.

  • Page 282: Set Initial Spot Pattern And Size

    5.3.6 Set Initial Spot Pattern and Size Specifies the initial measurement spot definition of the standard spot view. Memo Changes each pattern and size of measuring spot via standard spot list . ☞ ”5.3.15 Display Standard Spot List” Display the [Standard Spot Property] window. Select the spot pattern of the [Initial Measurement Spot] from the Pull-down menu.

  • Page 283: Change Formal Standard

    5.3.7 Change Formal Standard Selects the split method of the standard spot. In this method, there are two types: the standard split and the even split. The difference between standard split and even split is as shown below. For JEITA standard, select [Standard Split A]. For standard split For even split The measurement spot difference between split A and split B is as follows.
  • Page 284 Open the [Standard Spot Property] window. Select the split method for the [Formal Standard] from the Pull-down menu. Select [Measurement Spot Count] from the Pull-down menu. For the spot count, select one of four types: 5, 9, 13, or 25 points. To specify the measurement from the outer frame of the view area, check the [Specify Dimensions from Outer Frame to Measurement Spot [mm]] checkbox.
  • Page 285 Checking the [Specify Dimensions from Outer Frame to Measurement Spot [mm]] enables you to enter the [Vertical Dimension from Outer Frame to Measurement Spot] and [Horizontal Dimension from Outer Frame to Measurement Spot]. Specify the dimension value with the edit box or using ▲▼ spin buttons. The setting ranges for vertical and horizontal dimension are from 1 to 999 mm.

  • Page 286: Set Even Split Spot Basing Outer Frame

    5.3.8 Set even split spot basing outer frame Sets the even split basing outer frame. Set the number of measuring spots and the distance of space between each point from outer frame as base point. To set the Even split basing outer frame, go through the following steps. Open the [Standard Spot Property].
  • Page 287 When you specify the distance between the outer frame and measuring spot in[%], check the [Specify distance from outer frame to Measurement spot [%]].The [Vertical distance from outer frame to Measurement spot] and the [Horizontal distance from outer frame to Measurement spot] become active. Enter values by using keyboard or by clicking ▲▼...

  • Page 288: Delete Split Spot Equal Spacing From Outer Frame

    5.3.9 Delete split spot equal spacing from outer frame Deletes measurement spots with the Even split spot basing outer frame. To delete the Even split spot basing outer frame, go through the following steps. Right click on the [Standard Spot View] with the Even split basing outer frame to open pop-up menu.
  • Page 289 Specified measurement spots are deleted. Return step 2 and 3 to continue to delete other measurement spots.

  • Page 290: Reset Split Spot Equal Spacing From Outer Frame

    5.3.10 Reset split spot equal spacing from outer frame Returns deleted measurement spots with the Even split basing outer frame. To return deleted measurement pots, go through the following steps. Right click on the [Standard Spot View] to open pop-up menu. And then, select the [Reset split spot equal spacing from outer frame].

  • Page 291: Set Center Standard Even Split

    5.3.11 Set Center Standard Even Split Sets the Center Standard Even Split. Measurement spots are placed based on center of measurement image by setting the number of measurement spots and the distance between each spot. To set the Center standard even spot, go through the following steps. Open the [Standard Spot Property].

  • Page 292: Save To All Applicable Measurement Images

    5.3.12 Save to All Applicable Measurement Images Applies the settings of the measurement spot and the standard to all the currently loaded measurement images. To apply the settings to all applicable measurement images, go through the following steps. Open [Standard Spot Property]. Check the [Save to All Applicable Measurement Image] check box and click the [Apply] button to apply current setting to all measured image.

  • Page 293: Save Standard Spot File

    5.3.14 Save Standard Spot File Saves the standard spot file. The procedures for the saving the standard spot file are as bellows. The standard spot file can be used in SDK also. Open the [Standard Spot Property]. Edit the File name and Comment under the [Spot file displayed is applied] and click the [Save] button to save a spot file setting.

  • Page 294: Display Standard Spot List

    5.3.15 Display Standard Spot List Displays Standard Spot List. To display the Standard Spot List, go through the following steps. Open the [Standard Spot View]. Right click on the [Standard Spot View] to open pop-up menu. And then, select the [Display Measurement Spot List] from the menu.
  • Page 295 The [Standard Spot List] appears. The [Spot Pattern] and the [Spot Size], [Standard Spot], [Correct area] can be changed in the [Standard Spot List]. Spot Pattern : Circle/Rectangle Spot Size : Measurement spot size Standard Spot : Judgment Center difference standard spot Chromaticity x,y correct area : Judgment x,y Chromaticity diagram view correct area number Chromaticity u’,v’...

  • Page 296: Split Spot View Operation

    5.4 Split Spot View Operation The Split Spot View function displays the measurement image by splitting it in a reticular pattern. The area split in a reticular pattern is handled as the measurement spot. For the Split Spot View measurement data, calculate the measurement value on the average within the split area.

  • Page 297: Open Split Spot View

    5.4.1 Open Split Spot View To open the [Split Spot View], go through the following steps. From the Menu bar, select [View] – [Split Spot View] sequentially. Or, click the icon on the Menu bar. The [Split Spot View] is opened.

  • Page 298: Select Measurement Spot

    5.4.2 Select Measurement Spot When the spot is selected, the cell on the [Split Spot Data Sheet] corresponding to the selected spot is reversed, which helps you discriminate the selected point of the selected spot. To select the measurement spot, go through the following steps. Open the [Split Spot View].

  • Page 299: Select All Measurement Spots

    5.4.3 Select All Measurement Spots On the [Split Spot View], this function selects all the spots as the measurement spot. To select all the measurement spots, go through the following steps. Open the [Split Spot View]. Right-click on the [Split Spot View] to open pop-up menu. Select the [Select All Measurement Spots].
  • Page 300 All the split spots are handled as the measurement spot. The numbers (1, 2, …) are sequentially allotted from the top-left to bottom-right according to the specified rule. All cells of the data sheet are reversely displayed. Memo If the measurement spot is arbitrarily set in advance before performing the [Select All Measurement Spots], the numbers are cleared.

  • Page 301: Deselect Measurement Spot

    5.4.4 Deselect Measurement Spot Deselects arbitrarily selected or all selected measurement spots. To deselect the measurement spot, go through the following steps. Open the [Split Spot View] whose measurement spot is selected. Left-clicking the mouse on the numbered lattices will remove the numbers and cancel the spot setting.

  • Page 302: Deselect All Measurement Spots

    5.4.5 Deselect All Measurement Spots Deselects arbitrarily selected or all selected measurement spots. To deselect the measurement spot, go through the following steps. Open the [Split Spot View]. Right-click on the [Split Spot View] to open Pup-up menu. Select the [Deselect All Measurement Spots].
  • Page 303 All the split spots are deselected.

  • Page 304: Display Data Sheet

    5.4.6 Display Data Sheet Displays the split spot measurement data in a spreadsheet style. To open the [Split Spot Data Sheet], go through the following steps. Open the [Split Spot View]. Right-click the [Split Spot View] to open Pop-up menu. Select the item of the data to be displayed such as [Display Data Sheet] –...
  • Page 305 The [Split Spot Data Sheet] is displayed. Memo The measurement values, which saturation occur in the Tristimulus value are displayed as “over” and the chromaticity is displayed as “error”.

  • Page 306: Switch Display Items Of Data Sheet

    5.4.7 Switch Display Items of Data Sheet On the [Split Spot Data Sheet], only one data item in the all measurement data can be displayed. When you want to see data sheet of an item other than items displayed currently, you have to switch the item to other see other item of the measurement data.
  • Page 307 The Pop-up menu will appear. Select the data item to be displayed from the [Switch Data Sheet]. On the [Split Spot Data Sheet], only one item can be displayed. Multiple items cannot be displayed. Note The selected data item is alternatively displayed.

  • Page 308: Save Display Items Of Data Sheet In Csv File Format

    5.4.8 Save Display Items of Data Sheet in CSV File Format Saves only the measured data displayed on the [Split Spot Data Sheet] with CSV file format. To perform the [Save CSV] of the [Split Spot Data Sheet], go through the following steps. Memo Performing the [Save CSV] of the [Split Spot Data Sheet] saves only the currently displayed item(s).
  • Page 309 Right-click anywhere within the [Split Spot Data Sheet]. The Pop-up menu will appear. Select [Save CSV]. The Explorer window will open. Specify the file name with the save-destination path and the file format, and click [Save]. The default file name is in the style of date + time. For the file format, you can select [CSV] or [TEXT].
  • Page 310 The measurement data only displayed on the data sheet is saved. Split Spot Data Sheet CSV data of Split Spot Data Sheet...

  • Page 311: Copy To Clipboard

    5.4.9 Copy to Clipboard Copies only the selected measurement spot into the clipboard. To copy the selected measurement spot into the clipboard, go through the following steps. Open the [Split Spot View]. Select the measurement spot on the [Split Spot View] or [Split Spot Data Sheet].
  • Page 312 Right-click anywhere within the [Split Spot Data Sheet]. The Pop-up menu is displayed. Select [Copy to Clipboard]. The selected measurement spot is copied into the clipboard. The measurement spot cannot be copied just by dragging on the [Split Spot Data Sheet]. Be sure to select the measurement spot on the [Split Note Spot View] or [Split Spot Data Sheet].
  • Page 313 The selected portions on the data sheet are copied. Save Split Spot Data Sheet in CSV File Format Paste Split Spot Data Sheet on Clipboard...

  • Page 314: Select Measurement Spots In Rectangle

    5.4.10 Select Measurement Spots in Rectangle Selects the measurement spot by dragging to specify area in the [Split Spot Data Sheet]. To select the measurement spot in rectangle, go through the following steps. Open the [Split Spot Data Sheet]. The portion not to be selected within the area selected in rectangle, if any, can be arbitrarily selected.
  • Page 315 Right-click anywhere within the [Split Spot Data Sheet]. The Pop-up menu will appear. Select [Select Measurement Spots in Rectangle].
  • Page 316 The area selected in the rectangle is set as the measurement spot. If the preset measurement spot is already included, it is deselected.

  • Page 317: Open Split Spot Property

    5.4.11 Open Split Spot Property Opens the [Split Spot Property]. To open the [Split Spot Property], go through the following steps. Open the [Split Spot View]. Right-click anywhere within [Split Spot View] to open pop-up menu. Select the [Property].
  • Page 318 [Split Spot Property] dialog is displayed. When the setting is completed, click any button. [OK] Enables the setting and closes this window. [Cancel] Disables the setting and closes this window. [Apply] Enables the setting, and enables you to continue the setting without closing the window.

  • Page 319: Set Split Count

    5.4.12 Set Split Count Specifies the split count of the measurement spots of the Split Spot View. To set the split count of the split spots, go through the following steps. When the number of horizontal or vertical pixels cannot be divisible, the number in edit box may be 1.
  • Page 320 Set the [Vertical Split Count] and [Horizontal Split Count] of [Split Spot Property] by adjusting the spin buttons ▲▼ within the edit box. The value range varies depending on the trimming. Memo ・Divisible number for horizontal and vertical pixel of trimmed image are displayed in edit box.

  • Page 321: Save To All Applicable Measurement Images

    5.4.13 Save to All Applicable Measurement Images Saves the result of changing the split count of the measurement spot on [Split Spot Property] to all the loaded measurement images. To save the split count-changed measurement spot to all measurement images, go through the following steps. Open [Split Spot Property].

  • Page 322: Select Split Spot File

    5.4.14 Select Split Spot File Selects the Split Spot File to be used. To select the Split Spot File, go through the following steps. You can edit selected Split Spot File. Click the [Open] to open the [File Open] dialog. Select the Split Spot File and load it. The loaded Split Spot definition become available in the [Split Spot Property].

  • Page 323: Save Split Spot File

    5.4.15 Save Split Spot File Saves the Split Spot File. To save the Split Spot File, go through the following steps. Edit the [File name] and [Comment] under [Spot file displayed is applied] and click the [Save] button to save the random spot file. Click the [OK] button to save the file in the place indicated in [File path :].

  • Page 324: Display Split Spot List

    5.4.16 Display Split Spot List Displays the split spot list. To display the split spot list, go through the following steps. Open the [Split Spot View]. Right-click anywhere within the [Split Spot View] to open pop-up menu. Select the [Display Measurement Spot List]...
  • Page 325 [Split Spot List] is displayed. The [Standard Spot] and the [Correct area] can be changed in the [Split Spot List]. Standard Spot : Judgment Center difference standard spot Chromaticity x,y correct area : Judgment x,y Chromaticity diagram view correct area number Chromaticity u’,v’...

  • Page 326: Random Spot View Operation

    5.5 Random Spot View Operation The Random Spot function enables you to freely place measurement spots at up to 999 points, and enables you to flexibly customize the pattern and the size of the measurement spot. To change the measurement spot, select [Property] from the Pop-up menu. Arranging the center of the measurement spot or deselecting all spots can be done by selecting the corresponding functions from the Pop-up menu at the flip of a switch.

  • Page 327: Open Random Spot View

    5.5.1 Open Random Spot View To open the [Random Spot View], go through the following steps. From the Menu bar, select [View] - [Random Spot View] sequentially. Or, click the icon on the Menu bar. The [Random Spot View] is opened. Memo When you place a cursor on a view, Tool tip appear.

  • Page 328: Set Measurement Spot（Circle/Square

    5.5.2 Set Measurement Spot（Circle/Square） This function enables you to freely arrange and measure up to 999 measurement spots. To set circle and square measurement spots, go through the following steps. Memo Measurement spot shape and size can be changed via random spot list also. ☞...
  • Page 329 Right click the [Random Spot View] to open pop up menu. And then, select [Measurement Spot Input Circular / Square]. Click on a place where you want to put on a measurement spot on the [Random Spot View]. Memo Initial spot shape and size are specified via the [Random Spot Property] ☞...

  • Page 330: Set Measurement Spot（Polygon

    5.5.3 Set Measurement Spot（Polygon） Sets up to polygon measurement spot. To set polygon measurement spots, go through the following steps. Open the [Random Spot View]. Right click on the [Random Spot View] to open pop up menu. And then, select the [Measurement Spot Input Polygon].
  • Page 331 Place and click a mouse at where you put on vertex of a polygon measurement spot. Double click at last vertex point. Memo ・Up to 127 vertexes can be set. ・Measurement spot can be laid to overlap. ・Press “Esc” key in the keyboard to return to one operation.

  • Page 332: Set Measurement Spot On Center Of Measurement Image

    5.5.4 Set Measurement Spot on Center of Measurement Image Sets the measurement spot on the center of the measurement image. This function is useful in deselecting the measurement spot on the center of the measurement image. To set the measurement spot on the center of the measurement image, go through the following steps. Open [Random Spot View].
  • Page 333 The measurement spot will be set on the center of the measurement image. If any measurement spots are already set, the number following the currently displayed number is allotted to the center measurement spot.

  • Page 334: Move Measurement Spot

    5.5.5 Move Measurement Spot Moves measurement spots freely. To move measurement spots, go through the following steps. Open the [Random Spot View]. Right click on the [Random Spot View] to open pop up menu. And then, select the [Measurement Spot Input Circular /Square].
  • Page 335 Click a measurement spot to be moved and click a place where you want to put on the measurement spot. Memo ・Press “Esc” key before confirming the moving to cancel the moving. ・Coordination of measurement spot can be specified via the [Random Spot Property] ☞...

  • Page 336: Move All The Measurement Spot

    5.5.6 Move All the Measurement Spot Moves all measurement spots on the view with the same configuration. To move all measurement spots with the same configuration, go through the following steps. Open the [Random Spot View]. Right click on the [Random Spot View] to open pop up menu. Select the [Move All Measurement Spot].
  • Page 337 Click one of measurement spots to move them and click the place where you want to put on measurement spots. Memo ・Press “Esc” key before confirming the moving to cancel the moving. ・Coordination of measurement spot can be specified via the [Random Spot Property]. ☞...

  • Page 338: Delete Measurement Spot

    5.5.7 Delete Measurement Spot Delete the set measurement spot. To deselect the measurement spot, go through the following steps. Open [Random Spot View]. Right click on the [Random spot] view to open pop up menu. And then, select the [Measurement Spot Input Circular /Square].
  • Page 339 Click the mouse on the measurement spot in which you want to delete on the [Random Spot View]. Click a place outside the region. Memo When you delete middle of sequence number, you can select whether you fill up a gap or not via the [Random Spot Property].

  • Page 340: Delete Selected Measurement Spot

    5.5.8 Delete Selected Measurement Spot Delete selected measurement spots. To delete selected measurement spot, go through the following steps. Open the [Random Spot View]. Right click on the [Random Spot View] to open pop up menu. And then, select the [Delete Selected Measurement Spot].
  • Page 341 Click a measurement spot to be deleted. Memo When you delete middle of sequence number, you can select whether you fill up a gap or not via the [Random Spot Property] ☞ “5.5.11 Open Random Spot Property”...

  • Page 342: Deselect All Measurement Spots

    5.5.9 Deselect All Measurement Spots Deselects the already set measurement spot. To deselect all measurement spots, go through the following steps. Open [Random Spot View]. Right-click on [Random Spot View] to open pop-up menu. Select the [Deselect All Measurement Spots].
  • Page 343 Only the center measurement spot is set. All the other measurement spots are deselected.

  • Page 344: Display Data Sheet

    5.5.10 Display Data Sheet Displays the random spot measurement data in a tabular form. To open the [Random Spot Data Sheet], go through the following steps. Open [Random Spot View]. Right-click anywhere within [Random Spot View] to open pop-up menu. Select the [Display Data Sheet].
  • Page 345 [Random Spot Data Sheet] is displayed. Memo The measurement values, which saturation occur in the Tristimulus value are displayed as “over” and the chromaticity is displayed as “error”.

  • Page 346: Open Random Spot Property

    5.5.11 Open Random Spot Property Opens the property of the Random Spot View, in which the spot pattern and spot size of the random spot are specified. To open the [Random Spot Property], go through the following steps. Open [Random Spot View]. Right-click anywhere within [Random Spot View] to open pop-up menu.
  • Page 347 [Random Spot Property] is displayed. When the setting is completed, click any button. [OK] Enables the setting and closes this window. [Cancel] Disables the setting and closes this window. [Apply] Enables the setting, and enables you to continue the setting without closing the window.

  • Page 348: Set Initial Spot Pattern And Spot Size

    5.5.12 Set Initial Spot Pattern and Spot Size Specifies the initial measurement spot definition of the random spot view. Display [Random Spot Property]. Select Circle or Square from the pull-down menu in the [Initial Measurement Spot]. Enter the [Spot Size]. Clicking the [Apply] or [OK] button will draw the image of the set pattern and size on the random spot view.

  • Page 349: Set Threshold In Measurement Spot

    5.5.13 Set Threshold in Measurement Spot Sets the spot threshold in Random spot. The spot threshold can help extract bright area on the random spot view. To set the spot threshold in the Radom spot, go through the following step. Open the [Random Spot Property].
  • Page 350 When threshold is 0, All image other than measurement spot area are masked. When threshold is specified, the area in which luminance is below the threshold are masked. When you cancel the spot threshold, remove the [Activate Spot Threshold] check box in the [Random Spot Property] and then, click the [Apply] or the [OK] button.

  • Page 351: Save To All Applicable Measurement Image

    5.5.14 Save to All Applicable Measurement image Applies a setting of random spot to all measured image. To apply a random spot setting to all measured image, go through following step. Open the [Random Spot Property]. Check the [Save to All Applicable Measurement Image] check box and then, click the [Apply].

  • Page 352: Don't Fill Up A Gap Of Spot Number

    5.5.15 Don’t Fill up a gap of spot number Fills up a gap of spot number or not after you delete measurement spots. To fill up a gap of spot number, go through following step. Open the [Random Spot Property]. Check the [Don’t Fill up a gap of Spot number] check box so that the software do not fill up a gap of spot number after deleting measurement spots.
  • Page 353 Example: When [Don’t Fill up a gap of Spot number] is checked, spot number 3 and 5 remain and 2 and 4 are not used even after deleting spot number 2 and 4. When [Don’t Fill up gap of Spot number] is not checked, software fill up gaps of spot number;...

  • Page 354: Select Random Spot File

    5.5.16 Select Random Spot File Selects the Random Spot File to be used. To select the Random Spot File, go through the following steps. You can edit selected Random Spot File. Click the [Open] to open the [File Open] dialog. Select the Random Spot File and load it. The loaded Random Spot definition become available in the [Random Spot Property].

  • Page 355: Save Random Spot File

    5.5.17 Save Random Spot File Saves the Random Spot File. To save the Random Spot File, go through the following steps. The Random Spot File can be used in SDK. Edit the [File name] and [Comment] under [Spot file displayed is applied] and click the [Save] button to save the random spot file.

  • Page 356: Display Random Spot List

    5.5.18 Display Random Spot List Displays the Random spot list. To display the Random spot list, go through following step. Open the [Random Spot View]. Right click on the [Random Spot View] to open pop up menu. And then, select the [Display Masurement Spot List].
  • Page 357 The [Random Spot List] appear. [X Coordinate], [Y Coordinate], [Spot Pattern], [Spot Size], [Threshold type], and [Threshold], [Standard Spot], [Correct area] can be specified in the [Random Spot List]. Spot Pattern : Circle/Rectangle Spot Size : Measurement spot size Threshold type : Tristimulus values type The Items for threshold is selected from X, Y, and Z in Tristimulus values.
  • Page 358 Right click on lower space of the [Random Spot List] to open pop up menu. When you select the [Applying to Measured Image], the spot settings are applied to current displayed measured image. When you select the [Save to All Applicable Measured Image], the spot settings are applied to all loaded measured image.
  • Page 359 Right click on lower space of the [Random Spot List] to open pop up menu. When you select the [Activate Spot Threshold], the setting of [Threshold type] and the [Threshold] are applied to measured image. When you select the [Save to All Applicable Measurement Image], the setting of threshold are applied to all loaded measured image.

  • Page 360: Contour View Operation

    5.6 Contour View Operation This Contour View function classifies the Tristimulus value of the measurement image and connects the same classified values with a line to be displayed. Representing in contour allows you to intuitively know the Tristimulus value distribution. The following operations are performed according to the same steps.
  • Page 361 The [Contour View] is opened. Memo While a mouse cursor is placed on the view, the Tooltip is available for display.

  • Page 362: Open Contour Property

    5.6.2 Open Contour Property Opens the property window to change the number of the contour lines. To open the [Contour Property], go through the following steps. Open [Contour View]. Right-click anywhere within [Contour View] to open pop-up menu. Select the [Property].
  • Page 363 The [Contour Property] is displayed.

  • Page 364: Change Number Of Contour Lines

    5.6.3 Change Number of Contour lines Changes the number of contour lines. To change the number of contours, go through the following steps. Display [Contour Property].
  • Page 365 Set the number of contour lines by pressing the spin buttons ▲▼. The default number of contour lines are 10, and the setting range is from 2 to 20. Memo The contour lines equally divide the max to minimum luminance data.

  • Page 366: Cross Section View

    5.7 Cross Section View This Cross-section function displays the cross-section profile of the measurement image in the Tristimulus values in vertical/horizontal graph form. The cruciform or shaded type as the cross-section line can be selected. When you move the mouse while dragging on the view, the cross-section will follow and you will confirm the cross-section data of the arbitrary position in real time.
  • Page 367 The [Cross Section View] opens. The default cross-section line is Cruciform Cross Section form and the cross section line is plotted on the central intersection point of the measurement image. Memo When you trim the measurement image, the definition of the cross-section vies is reset.

  • Page 368: Display In Cruciform Cross Section Form

    5.7.2 Display in Cruciform Cross Section Form To display the [Cross Section View], go through following steps. Open the [Cross Section View]. Right click on the [Cross Section View]. Pop-up menu will appear and select the [Cross Section Setting].
  • Page 369 The [Cross Section Setting] will appear. Specify the edit number, Type of cross-section, display on or off. Up to 10 of cross lines and diagonal lines can be displayed. - Edit number Select the number of cross-section line to be edited on the view. Once check box is on, The check cannot be removed.
  • Page 370 Drag a cross-section line specified by edit number to an arbitrary point in a view, and horizontal and vertical cross-section graph of Tristimulus value on that point will are displayed. The cross-section line keep in the same position until setting is reset.

  • Page 371: Display In Shaded Cross Section Form

    5.7.3 Display in Shaded Cross Section Form To display the Shaded Cross-section line, go through following steps. Open the [Cross Section View]. Right click on the [Cross Section View], and pop-up menu will appear. Select the [Cross Section Setting] in the pop-up menu, and the [Cross Section Setting] dialogue will appear.
  • Page 372 The image is displayed in shaded cross section form. After the display is switched, the cross section line is not displayed. Moving the mouse to any position while dragging on the view allows you to check the cross-section data of the position as the graph in real time. The last cross section line plotted with the mouse is recorded in the application, and the previous cross section line is displayed at the next starting time unless it is reset.

  • Page 373: Chromaticity Diagram View Operation

    5.8 Chromaticity Diagram View Operation The Chromaticity Diagram View function plots the measurement data specified in the [Standard Spot View], the [Split Spot View], and the [Random Spot View] on the CIE Chromaticity Diagram (hereafter Chromaticity Diagram). Chromaticity xy or u'v' coordinate value of the measurement data is plotted on the chromaticity diagram, enabling you to visually confirm the color distribution.
  • Page 374 The [Chromaticity Diagram View] is opened.

  • Page 375: Switch Chromaticity Diagram

    5.8.2 Switch Chromaticity Diagram Switches the [CIE1931 Chromaticity Diagram] and [CIE1976 Chromaticity Diagram]. To switch the chromaticity diagram, go through the following steps. Open the [Chromaticity Diagram View]. Right-click on [Chromaticity Diagram View]. The Pop-up menu will open. Selecting the [Switch Chromaticity Diagrams] from the Pop-up menu displays the chromaticity diagram list.
  • Page 376 Selecting the [CIE1976 Chromaticity Diagram] displays the following view. The selected chromaticity diagram is permanently retained, and if the software is restarted, the measurement image is displayed on the previously selected chromaticity diagram.

  • Page 377: Switch Plot Object

    5.8.3 Switch Plot Object Switches the plot object on the [Chromaticity Diagram View]. The plot object can be selected from [Standard Spot View], [Split Spot View], or [Random Spot View]. To switch the plot object, go through the following steps. Open the [Chromaticity Diagram View].
  • Page 378 The switch plot function can be selected from the [Standard Spot View], [Split Spot View], or [Random Spot View], but requires you to set the Note measurement spot on each view. If the measurement spot is not set, no image is plotted on the [Chromaticity Diagram View]. For example, when the [Standard Spot] is selected, the measurement spot set on the Standard Spot View is displayed on the chromaticity diagram.

  • Page 379: Switch Spectrum Display Pitch

    5.8.4 Switch Spectrum Display Pitch Switches the pitch of the spectrum scale on the [Chromaticity Diagram View]. You can select 10 nm or 20 nm pitch. Open the [Chromaticity Diagram View]. Right-click on [Chromaticity Diagram View]. The Pop-up menu will open. The Pop-up menu will open.
  • Page 380 Selecting [10nm Pitch] displays the following view.

  • Page 381: Zoom-In Chromaticity Diagram

    5.8.5 Zoom-in Chromaticity Diagram Zooms in the arbitrary area within the chromaticity diagram. To zoom in the arbitrary area within the chromaticity diagram, go through the following steps. Open the [Chromaticity Diagram View]. Determine the area to be zoomed-in within the chromaticity diagram. After clicking the starting point, drag the mouse and specify the area to be trimmed.
  • Page 382 Right-click anywhere within [Chromaticity Diagram View]. The Pop-up menu will open. Select the [Zoom] – [ON]. The zoomed-in area within the view is enlarged. Memo Selecting the property of the Pop-up menu on the zoomed-in display allows you to zoom in the image further.

  • Page 383: Cancel Zoom-In Of Chromaticity Diagram

    5.8.6 Cancel Zoom-in of Chromaticity Diagram Cancels the operation of zooming in the chromaticity diagram. To cancel the operation, go through the following steps. Open the zoomed-in [Chromaticity Diagram View]. Right-click anywhere within [Chromaticity Diagram View]. The Pop-up menu will open. Select the [Zoom] – [OFF].
  • Page 384 The view returns to the original display.

  • Page 385: Turn On Color Display Within Chromaticity Diagram

    5.8.7 Turn ON Color Display Within Chromaticity Diagram Switches the color of the [CIE1931 Chromaticity Diagram] and [CIE1976 Chromaticity Diagram] on the [Chromaticity Diagram View]. To turn ON the color display, go through the following steps. Open the [Chromaticity Diagram View]. Right-click anywhere within the [Chromaticity Diagram View].
  • Page 386 When [Color] – [ON] is selected, the Chromaticity diagram is colored.

  • Page 387: Turn Off Color Display Within Chromaticity Diagram

    5.8.8 Turn OFF Color Display Within Chromaticity Diagram Switches the color of the [CIE1931 Chromaticity Diagram] and [CIE1976 Chromaticity Diagram]. To turn OFF the color display, go through the following steps. Open the [Chromaticity Diagram View]. Right-click anywhere within [Chromaticity Diagram View]. The Pop-up menu will open.
  • Page 388 When [Color]–[OFF] is selected, the Chromaticity diagram is display with monotone.

  • Page 389: Set Judgment Area(Dialog)

    5.8.9 Set Judgment Area(Dialog) You can make chromaticity xy and /or u’v’ area to be applied for judgment result by setting coordinate values. To set judgment area, go through the following steps.. Open the [Chromaticity Diagram View] Right Click on [Chromaticity Diagram View]. The pop up menu wll open. Select [Judgment Area] from the Pop-up menu.
  • Page 390 Right Click selecting [Judgment Area], Pop-up menu will open. Select [Add] to add judgment aera to list on right. Select circle or rectangle for the shape, and input coordinate values by key. After that, click [Apply] or [OK].
  • Page 391 By adding judement area and/or child area cotinuouly, overlayed areas will be built Showing judgment area:...

  • Page 392: Set Judgment Area(View)

    5.8.10 Set Judgment Area(View) You can make chromaticity xy and /or u’v’ area to be applied for judgment result by mouse. To set judgment area, go through the following steps. Open the [Chromaticity Diagram View] Please right click and Pop-up menu will open. Select circle or rectangle or polygon to start editing.
  • Page 393 Please draw shapes by dragging mouse and click mouse again to finish editing. Information about about will be influenced on [Choromaticity Judgment Area] dialog.
  • Page 394 By drawing area and/or child area cotinuouly, overlayed areas will be built.

  • Page 395: Remove Judgment Area(Dialog)

    5.8.11 Remove Judgment Area(Dialog) You can remove choromaticy xy and/or u’v’ judgment area. To remove judgment area, go through the following steps. Open [Chromaticity Diagram View] Please right click and Pop-up menu will open. Please select [Judgment Area Setting] from the pop-up menu. [Chromaticity Judgment Area] dialog will open.

  • Page 396: Remove Judgment Area(View)

    5.8.12 Remove Judgment Area(View) You can remove choromaticy xy and/or u’v’ judgment area. To remove judgment area, go through the following steps. Open [Chromaticity Diagram View] that has judgment area. Please right click on [Chromaticity Diagram View]. Pop-up menu will open By selecting [Remove Judgment Area] and click shape in the view.

  • Page 397: Move Judgment Area

    5.8.13 Move Judgment Area You can move chromaticity xy and/or u’v’ judgment area. To move judgment area, go through the following steps. Open [Chromaticity Diagram View] that has judgment area. Please right click on [Chromaticity Diagram View]. Pop-up menu will open Please Select [Move All Judgment Area] from pop up menu.
  • Page 398 Judgment area will turn active and movable. By clicking destination in the view, you can finish moving.

  • Page 399: Select Setting File For Judgment

    5.8.14 Select Setting File for Judgment You can select and load setting file for chromaticity xy and/or u’v’ judgment. To select file for judgment area, go through the following steps. Please show [Chromaticity Diagram View Property]. By clicking [Open] button, dialog will open. Please select setting file for judgment. Settings in selected file will be applied.

  • Page 400: Save Setting File For Judgment

    5.8.15 Save Setting File for Judgment You can save setting file for chromaticity xy and/or u’v’ judgment. To save file for judgment area, go through the following steps. Please show [Chromaticity Diagram View Property]. Current file is shown under the text of ” File currently being displayed is applied.” Please edit [File Name] and [Comment] if necessary and click [Save] button.

  • Page 401: Display Chromaticity Diagram View Property

    5.8.16 Display Chromaticity Diagram View Property Opens the [Property] of Chromaticity diagram to set maximum value, minimum value, and display interval of Chromaticity Diagram Coordinates. Use this function to zoom in the arbitrary position of the chromaticity diagram or display the specific area. To open the [Chromaticity Diagram View Property], go through the following steps.
  • Page 402 The [Chromaticity Diagram View Property] is displayed.

  • Page 403: Set Maximum Value, Minimum Value, Display Interval Of Chromaticity Diagram Coordinates

    5.8.17 Set Maximum Value, Minimum Value, Display Interval of Chromaticity Diagram Coordinates Sets maximum value, minimum value, and display interval of Chromaticity Diagram xy Coordinates. Use this function to zoom in the arbitrary position of the chromaticity diagram or display the specific area. Memo •...
  • Page 404 Right-click anywhere within [Chromaticity Diagram View]. The Pop-up menu is displayed. Select [Property]. The [Chromaticity Diagram View Property] is displayed. For the minimum value, maximum value, and interval of the longitudinal axis and lateral axis, the data for the zoomed-in range are used as the initial values. Change the minimum value or maximum value to zoom in or out the current view.
  • Page 405 The entered maximum value and minimum value become enabled, and the Chromaticity diagram is redrawn based on the set maximum and minimum values. To change the interval of the axis auxiliary line, enter the interval. To activate the change, press the OK button. Entry range of maximum value and minimum value for longitudinal axis: 0.0001 to 0.9 Entry range of maximum value and minimum value for lateral axis: 0.0001 to 0.8...
  • Page 406 The changed interval becomes enabled, and the auxiliary line is redrawn at the set intervals. Memo • Longitudinal axis For the CIE1931 Chromaticity Diagram, enter chromaticity y value. For the CIE1976 Chromaticity Diagram, enter chromaticity v’ value. • Lateral axis For the CIE1931 Chromaticity Diagram, enter chromaticity x value.

  • Page 407: Histogram View Operation

    5.9 Histogram View Operation The Histogram function displays the statistical graphics which indicates the frequency in the longitudinal axis and the Tristimulus value in the lateral axis. The Histogram View function enables you to visually understand the Tristimulus value distribution. The following operations are performed according to the same steps.
  • Page 408 The [Histogram View] is opened.

  • Page 409: View Operation

    5.10 3D View Operation The 3D function converts two-dimensional Tristimulus values into the three-dimensional values to be displayed. The 3D View function enables you to confirm the Tristimulus value distribution three-dimensionally. The following operations are performed according to the same steps. Refer to the chapter shown below.
  • Page 410 The [3D View] is opened. Dragging on the view enables you to freely handle the 3D view at any angle, and operating the mouse wheel allows you to zoom in or out the view.

  • Page 411: Thumbnail View Operation

    5.11 Thumbnail View Operation The Thumbnail function displays all the measurement images in thumbnail form together with the number and measurement date & time. The Thumbnail View function facilitates the comparison of several measurement images. Selecting the downsized measurement image on the view enables you to switch the displayed measurement image.
  • Page 412 The [Thumbnail View] is opened.

  • Page 413: Open Measurement Image From [Thumbnail View]

    5.11.2 Open Measurement Image from [Thumbnail View] Opens the measurement image from [Thumbnail View]. To open a measurement image from the [Thumbnail View], go through the following steps. Open the [Thumbnail View]. The red-framed image in the [Thumbnail View] represents the currently displayed measurement image.

  • Page 414: Rgb Color View Operation

    5.12 RGB Color View Operation 5.12.1 Open RGB Color View Displays [RGB Color View]. It displays the measurement data in RGB color that is close to color of measuremet object itself. To open [RGB View], go through the following steps. From the menu bar, select the [View]-[RGB Color View] sequentially.

  • Page 415: Open Rgb Color Property

    5.12.2 Open RGB Color Property Adjusts color balance of RGB color view. To open [RGB Color View Property], go through the following steps. Open [RGB Color View] Please right click, pop-up menu will open. Select [Property] from the pop-up menu. [RGB Color View Property] will open.

  • Page 416: Set Color Tones

    5.12.3 Set Color Tones Range of values is from “-255” to “255”. Sliding it in the direction of the color at the end of the slider bar makes the color tones deep. 5.12.4 Specify the RGB Tone with Maximum Luminance Normalize with the maximum luminance specified for the measurement images and determine the RGB gradation.

  • Page 417: L*A*B* View Operation

    5.13 L*a*b* View Operation 5.13.1 Open L*a*b* View Displays [L*a*b* View]. It displays measuremet data in CIE L*a*b* values. To open [L*a*b* View], go through the following steps From the menu bar, select the [View]-[L*a*b* View] sequentially or clicke the Icon on the menu bar.

  • Page 418: Switch Plot Object

    5.13.2 Switch Plot Object Switches display values of [L*a*b* View]. You can select spot type from [Standard Spot], [Matrix Spot] and [Random Spot]. To switch display mode of [L*a*b* View], go through the following steps. The following operations of spot are performed according to the same steps. Refer to the respective chapters indicated below.

  • Page 419: Change Scale

    5.13.3 Change Scale Changes scale of [L*a*b* View] To change scale, go throught the following steps. From the menu bar, select the [View]-[L*a*b* View] sequentially. Please right click in the [L*a*b* View], pop-up menu will open. Select menu like [Scale Setting] from the pop-up menu...
  • Page 420 [Scale Setting] dialog will open. You can change display scale of L*a*b* view.

  • Page 421: Change Color

    5.13.4 Change Color Changes display color of [L*a*b* View]. To switch color, go through the following steps. From the menu bar, select the [View]-[L*a*b* View] sequentially. Please right click in the [L*a*b* View], pop-up menu will open. Select [Color] [ON]/[OFF] from the pop-up menu...

  • Page 422: Set Judgment Area

    5.13.5 Set Judgment Area Makes judgment area for pass or fail judgment. To set judgment area, go through the following steps. Open [L*a*b* View]. Please right click in the [L*a*b* View], pop-up menu will open. Please select [Judgment Area Setting] from pop-up menu. [Judgment Area Setting] dialog will open.
  • Page 423 Right Click selecting [Judgment Area], Pop-up menu will open. Select [Add] to add judgment aera. Input values for h1, h2, C*1, C*2 by key. Click [OK] or [Apply] to finish complete changes.
  • Page 424 : Lower Hue Area [deg] 0 - 360 : Upper Hue Area [deg] 0 - 360 Chroma Area C*1 : Lower 0 - 150 Chroma Area C*2 : Upper 0 - 150...

  • Page 425: Remove Judgment Area

    5.13.6 Remove Judgment Area Removes L*a*b* judgment area. To remove L*a*b* judgment area, go through the following steps. Open [L*a*b* View]. Right click in [L*a*b* View]. Pop-up menu will open. After selecting [Judgment Area Setting] from pop-up menu, [Judgment Area Setting] dialog will open.
  • Page 426 By clicking [Reset], judgment area in selected area number will be removed. By clicking [Reset All], all of judgment areas will be removed. Memo Judgment areas can also be canceled by using [Delete] of the pop-up menu in the list.

  • Page 427: Display Data Sheet

    5.13.7 Display Data Sheet Displays measurement data of [L*a*b* View]in spread sheet. To open [L*a*b* Data Sheet], go through following steps. Open [L*a*b* View]. Right click in the [L*a*b* View]. Pop up menu will open. Select “Display Data Sheet”. [L*a*b* Data Sheet] will open.

  • Page 428: Switch Display Items

    5.13.8 Switch Display Items To switch display item of [L*a*b* Data Sheet], go through the following steps. Open [L*a*b* Data Sheet]. Right click in the [L*a*b* Data Sheet]. Pop-up menu will open. Select data item to be displayed in the sheet.

  • Page 429: Hue-Chroma Color System View Operation

    5.14 Hue-Chroma Color system View Operation 5.14.1 Open Hue-Chroma Color system View Displays [Hue Chroma View]. To open [Hue-Chroma View], go through the following steps. From the menu bar, select the [View]-[Hue-Chroma View] sequentially or click the icon on the menu bar. [Hue-Chroma] view will open.

  • Page 430: Switch Plot Object

    5.14.2 Switch Plot Object Switches display of [Hue-Chroma View]. You can select spot type from [Standard Spot], [Split Spot], and [Random Spot] To switch display setting, go through the following steps. The following operations of spot are performed according to the same steps. Refer to the respective chapters indicated below.

  • Page 431: Change Scale

    5.14.3 Change Scale Changes display scale of [Hue-Chroma View]. To change scale, go through following steps. Open [Hue-Chroma View]. Please right click in the [Hue-Chroma View], pop-up menu will open. Select menu like [Scale Setting] from the pop-up menu...
  • Page 432 [Scale Setting] dialog will open. You can set scale values by key.

  • Page 433: Change Background Color

    5.14.4 Change Background color Changes background color of [Hue-Chroma View] To change background color, go through the following steps. Open [Hue-Chroma View] Right click in the [Hue-Chroma View]. Pop-up menu will open. Select [Reverse Background Color].

  • Page 434: Display Data Sheet

    5.14.5 Display Data Sheet Displays measurement of [Hue-Chroma View] in spread sheet. To open [Hue-Chroma Data Sheet], go through following steps. Open [Hue-Chroma Data Sheet]. Right click in the [Hue-Chroma Data Sheet]. Pop-up menu will open. Select [Display Data Sheet]. [Hue-Chroma Data Sheet] will open.

  • Page 435: Color System Pseudo Color View Operation

    5.15 Color system Pseudo Color View Operation 5.15.1 Open Color system Pseudo Color View Displays [Color System Pseudo Color View]. To open [Color System Pseudo Color View], go through the following steps. From the menu bar, select the [View]-[Color System Pseudo Color View] sequentially or click the Icon on the menu bar.

  • Page 436: Switch Display Mode

    5.15.2 Switch Display Mode Switches display mode of color system that is displayed on current view. To change display mode, go through the following steps. Right click in the [Color System Pseudo Color View]. Pop-up menu will open. Select menu item like [Displaying Color System]-[L*]. Display mode will switch to the one selected by pop-up menu.

  • Page 437: Judgment Result View Operation

    5.16 Judgment result View Operation 5.16.1 Open Judgment result View Displays [Judgment Result View] To open [Judgment Result View], go through the following steps. From the menu bar, select the [View]-[Hue-Chroma View] sequentially. or click the Icon on the menu bar.
  • Page 438 [Judgment Result View] will open. If Judgment was acctepted, spots will be colored in green. If rejected, spots is colored in red.

  • Page 439: Switch Plot Object

    5.16.2 Switch Plot Object Switches display values of [Judgment Result View]. You can select spot type from [Standard Spot], [Split Spot] and [Random Spot]. To switch display mode of [L*a*b* View], go through the following steps The following operations of spot are performed according to the same steps. Refer to the respective chapters indicated below.

  • Page 440: Display Judgment Result List

    5.16.3 Display Judgment result List Displays judgment result in [Judgment Result View] in spread sheet. To open [Judgment Result Data Sheet], go throught the following steps. Open [Judgment Result View]. Right click in the [Judgment Result View]. Pop-up menu will open. Select [Judgment Result List] [Judgment Result List] will open.

  • Page 441: Set Judgment Conditions

    5.16.4 Set Judgment conditions Sets judgment condition. To set judgment condition, go through the following steps. Open [Judgment Result View] Right click in the [Judgment Result View]. Pop-up menu will open. Select [Judgment condisions setting].
  • Page 442 [Judgment condition setting] dialog will open. Checked items are valid items for acctepted or rejected judgment. - Judgment by light source and material ：Make a judgment by upper and lower value. Value of Upper Limit/Lower Limit spot should be within these values. ：Make a judgment by ratio to maximum value in spot.

  • Page 443: Select Judgment Condition File

    5.16.5 Select Judgment condition File Selects and loads setting file for accepted or rejected judgment. To select a setting file for judgment, go through the following steps. Open [Judgment Result View] and right click. Pop up menu will open. Select [Judgment condition setting].

  • Page 444: Save Judgment Condition File

    5.16.6 Save Judgment condition File Saves setting file for judgment. To save a file for judgment, go through the following steps. Open [Judgment Result View] and right click. Pop up menu will open. Select [Judgment condition setting]. Current file is shown under the text of ” File currently being displayed is applied.” Please edit [File Name] and [Comment] if necessary and click [Save] button.

  • Page 445: Time-Series Measurement View Operation

    5.17 Time-series Measurement View Operation Displays the variations in measurement data as time advances. In the [Time-series Measurement Graph] and [Time-series Measurement Data Sheet], the measurement data for the set measurement spot are displayed. For the measurement spot type, select either [Standard Spot], [Split Spot], or [Random Spot]. 5.17.1 Switch Time-series View Display Switches the view display of [Time-series Measurement View].
  • Page 446 Right-click anywhere within [Time-series Measurement View] to open Pop-up menu. Select one from [Random Spot], [Split Spot], and [Standard Spot] via the [Switch Time-series Displays]. Memo About the operation of [Random Spot], [Split Spot], and [Standard Spot], refer to the respective View operational explanations.

  • Page 447: Display Time-Series Graph

    5.17.2 Display Time-series Graph Displays the time-series graph. When the [Time-series Layout] is selected from the [View], the default layout is displayed. This function is used to open the time-series graph again after closing it. To open the time-series graph, go through the following steps. ☞...
  • Page 448 The [Time-series Graph] is displayed.

  • Page 449: Display Time-Series Measurement Spot List

    5.17.3 Display Time-series Measurement Spot List This function is used to display the time-series measurement spot list. To display the time-series measurement spot list, go through the following steps. Memo The operational procedures are the same in all [Standard Spot], [Split Spot], and [Random Spot] of the Time-series Measurement View.
  • Page 450 When the spot list is displayed from the [Split Spot], the [Time-series Measurement Split Spot List] is displayed. [Time-series Measurement Split Spot List] Memo You can directly edit [Comment] for the measurement spot set. The layout of the [Time-Series Measurement Spot List] are different from Spot view. [Time-series Measurement Standard Spot List] Memo The measurement spot displayed on the [Time-series Measurement Graph] varies...
  • Page 451 [Time-series Measurement Random Spot List]...

  • Page 452: Change Measurement Spot Of Time-Series Measurement Graph Display

    5.17.4 Change Measurement Spot of Time-series Measurement Graph Display Select the spot list displayed on the time-series measurement graph. To select the spot list, go through the following steps. Open the [Time-series Measurement Spot List]. The items with the number checkbox checked in the measurement spot number column of the Measurement Spot List are currently displayed on the graph.
  • Page 453 Select or deselect the measurement spot to be displayed on the time-series graph from the measurement spot list. If 10 measurement spots are already selected, the measurement spot cannot be additionally selected. After deselecting the measurement spot not to be displayed, check the checkbox of the spot to be displayed. Every time the checkbox is checked, the time-series graph is displayed for updating.

  • Page 454: Time-Series Measurement Graph Operation

    5.18 Time-series Measurement Graph Operation This function displays the measurement data variations in the measurement spots as time advances in a line plot. In the Time-series Measurement Graph, the measurement elapsed time is displayed on the lateral axis and the measurement data is displayed on the longitudinal axis. The measurement data item displayed is the item selected on the [Time-series Measurement Data Sheet].

  • Page 455: Zoom-In Arbitrary Area Of Time-Series Measurement Graph

    5.18.1 Zoom-in Arbitrary Area of Time-series Measurement Graph Zooms in the arbitrary area of the [Time-series Measurement Graph]. To zoom in the arbitrary area within the graph, go through the following steps. Activate the [Time-series Graph]. Determine the area to be zoomed-in within the [Time-series Graph]. After clicking the starting point, drag the mouse and specify the area to be zoomed in.
  • Page 456 The Pop-up menu will open. Select the [Zoom] – [ON]. The specified area is enlarged.

  • Page 457: Cancel Zoom-In Of Arbitrary Area Of Time-Series Measurement Graph

    5.18.2 Cancel Zoom-in of Arbitrary Area of Time-series Measurement Graph Cancels the zooming-in of the arbitrary area of the [Time-series Measurement Graph]. To cancel the zooming-in of the arbitrary area within the graph, go through the following steps. Open the zoomed-in [Time-series Graph]. Right-click anywhere within [Chromaticity Diagram Graph].
  • Page 458 The zoomed-in area returns to the original display.

  • Page 459: Display Time-Series Measurement Graph Property

    5.18.3 Display Time-series Measurement Graph Property Opens the Property window in order to change the axis scale for the time-series measurement graph. To open the time-series measurement graph property, go through the following steps. Open the [Time-series Graph]. Right-click anywhere within [Chromaticity Diagram Graph]. The Pop-up menu is displayed.
  • Page 460 The [Time-series Measurement Graph Property] is displayed. When the setting is completed, click any button. [OK] Enables the setting and closes this window. [Cancel] Disables the setting and closes this window. [Apply] Enables the setting, and enables you to continue the setting without closing the window.

  • Page 461: Change Scale Of Time-Series Graph

    5.18.4 Change Scale of Time-series Graph Sets the scale of the time-series measurement graph. The setting content is permanently retained unless the zoom operation is executed. Open the [Time-series Measurement Graph] and [Time-series Measurement Graph Property]. The example is based on the case when using the Zoom function on the Time-series Measurement Graph, but the procedure is the same when the Zoom function is not used.
  • Page 462 To set the [Y Axis] measurement value scale in arbitrary width, click the [Fixed Scale] radio button for [Y Axis]. Enter the maximum and minimum values of the displayed item in the edit box. When the Auto Scale is selected, the zoom function is turned OFF. When the Fixed Scale is selected, the setting ranges of the maximum and minimum values are as follows: Tristimulus value...
  • Page 463 When [Apply] is pressed after changing the property scale, the scale range is changed. To set the [X Axis] measurement value scale in arbitrary width, click the [Fixed Scale] radio button for [X Axis]. Enter the maximum and minimum values of the elapsed time in the edit box.
  • Page 464 When [Apply] is pressed after changing the property scale, the scale range is changed.

  • Page 465: Time-Series Measurement Data Sheet Operation

    5.19 Time-series Measurement Data Sheet Operation This function displays the measurement data varying in the measurement spot as time advances in a spreadsheet style. 5.19.1 Switch Display Items of Data Sheet On the [Time-series Measurement Data Sheet], one displayed item can be selected. To switch the displayed items, go through the following steps.
  • Page 466 Select the [Display Items] from the Pop-up menu and the display item list are displayed. Select the display item. Only one item can be displayed. When the item is set, the setting is applied to [Time-series Measurement Graph] to display the item on the graph. The selected data item is displayed.

  • Page 467: Save Content Of Data Sheet In Csv File Format

    5.19.2 Save Content of Data Sheet in CSV File Format Saves the contents of the data sheet in CSV or TEXT file format. To save the data sheet, go through the following steps. Open the [Time-series Measurement Data Sheet]. Right-click anywhere within [Time-series Measurement Data Sheet].
  • Page 468 The Pop-up menu is displayed. Select [Save CSV]. The Explorer window will open. Specify the path, file name, and file format for the file to be saved. The default file name is in the style of date + time. For the file format, you can select the [CSV] or [TEXT]. Select the file format from the Pull-down menu.
  • Page 469 The following is the status when a window is opened by Excel. The content displayed on the data sheet is saved. Time-series Measurement Data Sheet...

  • Page 470: File Menu Operation

    6. File Menu Operation 6.1 Open Measurement Image Loads the saved measurement image file to be displayed. To open the measurement image file, go through the following steps. 6.1.1 Open from File Menu Opens the measurement image file from the File menu. To open the measurement image from the File menu, go through the following steps.
  • Page 471 [Check Status] dialog will open. Memo Increasing the number of measurement images will take more time. [Measurement Image Load List] dialog will open. The measurement date & time and comment of the loaded measurement image are displayed. To open the file, click [OK].
  • Page 472 The loaded measurement image is displayed. • This software can retain up to 999 measurement images. You can open the measurement image files repeatedly with the maximum number Note limited to 999 including the number of currently retained files. However, if a large number of measurement image files are opened at once, it may take more time to completely open the files.

  • Page 473: Open Folder By Drag & Drop Operation

    6.1.2 Open Folder by Drag & Drop Operation Opens the measurement image by drag & drop operation. To open the measurement image by drag & drop operation, go through the following steps. Open the UA-10 software. Open the folder where the measurement image is saved. After opening the folder, select the measurement image to be loaded, and drag and drop the image on the main window.
  • Page 474 The [Measurement Image Load List] dialog will open. The measurement date & time and comment of the loaded measurement image are displayed. To open the file, click [OK]. The loaded measurement image is displayed. Memo Double-clicking the measurement image file also enables you to open the file. However, if the software has been executed, the file cannot be opened.

  • Page 475: Close Measurement Image

    6.2 Close Measurement Image Closes the currently displayed measurement image. From the Menu bar, select [File] – [Close Measurement Image]. If there is a measurement image to be saved such as a trimmed measurement image, the following dialog will appear. To save the file, select [Cancel] to save the measurement image.
  • Page 476 When [Yes] or [No] is selected, the measurement image is closed. Memo “Measurement images to be saved” mean following condition: The measurement image which was not yet saved after the measurement When the saved measurement image is trimmed When the standard spot of the saved measurement image is changed When the random spot of the saved measurement image is changed When the split spot of the saved measurement image is changed...

  • Page 477: Save Measurement Image

    6.3 Save Measurement Image Saves the currently displayed measurement image. Only when the displayed measurement image is a “Measurement image to be saved”, the menu becomes enabled. 6.3.1 Save Measurement Image Saves the measurement image. To save the measurement image, go through the following steps.
  • Page 478 The [Browse Folder] dialog will open. Select the folder in which you want to save the file(s), and then click the [OK] button. Folders on the network can be selected. To create a new folder, click [Create New Folder]. A new folder is created. Enter the folder’s name.

  • Page 479: Save All Measurement Images

    6.3.2 Save All Measurement Images Saves the measurement images. To save the measurement images, go through the following steps. From the Menu bar, select [File] – [Save All Measurement Images]. [Measurement Image List] dialog will appear. Edit and enter comments in the comment column.
  • Page 480 When you want to enter the same comment in several column, select columns to be entered comment in the [Measurement Image List], and right click them and select the [Comment Editing]. Comment entered in the [Enter Comment] dialog is entered to all selected columns. Memo •...
  • Page 481 When you want to enter the same comment in several column, select columns to be entered comment in the [Measurement Image List], and right click them and select the [Comment Editing]. Select the relevant image on the [Measurement Image List] and right-click to select [Edit File Name].
  • Page 482 The [Browse Folder] dialog will open. Select the folder in which you want to save the file(s), and then click the [OK] button. Folders on the network can be selected. To create a new folder, click [Create New Folder]. A new folder is created. Enter the folder’s name.

  • Page 483: Save Measurement Image With Another Name

    6.3.3 Save Measurement Image with Another Name Saves the measurement image with another name. To save the measurement image with another name, go through the following steps. From the Menu bar, select [File] – [Save Image As]. The [Enter Comment] dialog is displayed. If you want, enter the comment. And then, click [OK].

  • Page 484: Switch View Layout

    6.4 Switch View Layout 6.4.1 Open Initial Layout Displays the measurement image in a layout set by means of the [Initial Layout Setting]. To display the initial layout, go through the following steps. From the Menu bar, select [View] – [Initial Layout] sequentially. The [Initial Layout] window is displayed.

  • Page 485: Open Time-Series Layout

    6.4.2 Open Time-series Layout Displays the measurement image in dedicated layout for a time-series. If you select the menu while the current measurement image is displayed, all the windows will close, and the measurement image will be redisplayed in the [Time-series Layout]. Time-series layout is a fixed layout for [Time-series Measurement View], [Time-series Measurement Graph], and [Time-series Measurement Data Sheet].

  • Page 486: Measurement Image List

    6.5 Measurement Image List Displays the number, measurement date & time, and comment of all retained measurement images in list form. In the comment field, the comment set through [Save Measurement Image] or [Save All Measurement Images] is displayed. To open the measurement image list, go through the following steps.

  • Page 487: Change File Name

    6.5.1 Change File Name Edits the file name of the measurement image. To edit the file name of the measurement image, go through the following steps. Select the measurement data to be edited and select [Edit File Name] by right-clicking.

  • Page 488: Comment Editing

    6.5.2 Comment Editing Edit a comment for measurement image. To edit comments for each measurement data, go through following steps. Click a comment column and enter comment.
  • Page 489 When you want to enter the same comment in several column, select columns to be entered comment in the [Measurement image List], and right click them and select the [Comment Editing]. Comment entered in the [Enter Comment] dialogue is entered to all selected columns...

  • Page 490: Measurement Data Delete

    6.5.3 Measurement Data Delete Deleting measurement data in memory. To delete measurement data in memory, go through following steps. Select measurement data to be deleted and select the [Measurement Data Delete] with right click.

  • Page 491: Recipe Of Measurement Image

    6.5.4 Recipe of Measurement Image Displaying a measurement recipe. To display a measurement recipe, go through following steps. Select a measurement recipe to be displayed and then select the [Recipe of Measurement Image] with right click. ■UA-10 series ■UA-200 series...

  • Page 492: Switch The Displaying Measurement Image

    6.5.5 Switch the Displaying Measurement Image Changing measurement image on the display. To change measurement image, go through following steps. Select a measurement image to be displayed, and then select the [Switch the Displaying Measurement Image] with right click. Image on the display is changed to selected measurement image.

  • Page 493: Open Recipe Of Currently Displayed Measurement Image

    From the Menu bar, select [View] - [Recipe of Currently Displayed Measurement Image] sequentially. The [Recipe of Currently Displayed Measurement Image] dialog is displayed. Click [OK] to close the [Recipe of Currently Displayed Measurement Image] dialog. ■UA-10 series ■UA-200 series...

  • Page 494: Display Window Operation

    7. Display Window Operation 7.1 Tile Places the currently-displayed views to be displayed by classifying them into four blocks: top-left, top-right, bottom-left, and bottom-right.. This menu is intended just for classifying arbitrary windows to be displayed and is functionally different from [Initial Layout]. To organize the scattered view windows, go through the following steps.
  • Page 495 From the Menu bar, select [Window] – [Tile] sequentially. The displayed views are organized.

  • Page 496: Close All

    7.2 Close All Closes all the currently displayed views. The measurement image is kept in the loaded condition and is not deleted. This menu is intended just for closing the window and is functionally different from [Close Measurement Image]. The following screen shows the status in which various views are displayed.
  • Page 497 From the Menu bar, select [Window] – [Close All] sequentially.

  • Page 498: Help Operation

    8. Help Operation 8.1 Topic Search Displays the Help for all the functions. 8.1.1 Open the Instruction Manual from HELP Menu To use the Help on the Menu bar, go through the following steps. From the Menu bar, click [Help] – [Topic Search] sequentially. The Instruction Manual is opened.

  • Page 499: Check Version Information

    8.2 Check Version Information Opens the version information dialog. This information is required if you contact Topcon when you have any problem in the software. To open the version information, go through the following steps. From the Menu bar, click [Help] – [Topic Search] sequentially.
  • Page 500 View mode UA-10 Series UA-200 Series...

  • Page 501: Error Message

    An unexpected error occurred. Detail code: {Detail code}: Details Internal contradiction occurred. Countermeasure Please contact Topcon or your dealer. When contacting us, please inform us of the detail code and the error-occurred situation. Running out of memory: Details The memory run short for operating this software.
  • Page 502 Countermeasure Check the following matters: • The folder exists on the targeted file path. • The file is being used by other software. • You have a right to access to the target file. Invalid file format. {File path}: Details The file is broken.
  • Page 503 No response from {Device name}.: Details Time out occurs during the communication with the device. Countermeasure Turn on/off the device, and then retry the communication. Failed to calculate an optimal value because the light source of the measurement object was too strong: Details Saturation occurred despite the integral time was set at the minimum.
  • Page 504 Set the monitor display color to full color (32 bits) or higher.: Details The display color is not set to 32 bits or higher. Countermeasure Set the [Display Color] in OS configuration to 32 bits or higher, and then restart this software. Set the DPI to 96: Details The DPI is not set to 96.

  • Page 505: Communication Setting

    PC or device. In this case, change the setting of packet size and packet delay. Memo ・Packet size, Packet delay, and memory channel setting are available for UA-10 series only. ・UA-200 series occupies the four IP address.

  • Page 506: Starting Up Gigeconf.exe

    The procedure for starting up [GigEConf.exe] is as follows; Connect PC to the device, and then turn on the device. Select the [GigEConf] via [Start] – [All Program] － [TOPCON TECHNOHOUSE] － [UA-10_200]. Then, [GigEConf.exe] start and the information of connected device will be displayed on the dialog.
  • Page 507 UA-200A...

  • Page 508: Setting Ip Address, Subnet Mask Default Gateway

    10.1.2 Setting IP address, Subnet Mask Default gateway The procedure for setting of IP address, Subnet mask, and Default gateway is as follows; These setting are available for UA-10 series only. Select a device information displayed on the dialog. Selected device’s IP address, Subnet mask, and Default gateway are displayed on the each edit box and combo box.
  • Page 509 After entering values, check the [UA] – [Update], and then click the [Apply]. When setting is completed, following dialog will appear. When setting is not completed, following dialog will not appear. Turn off and on the power of the device. Memo Setting take effect after power off and on of the device.

  • Page 510: Setting Packet Size, Packet Delay, And Memory Channel

    The procedure for setting Packet size, Packet delay, and Memory channel are as follows; Memo These setting are available for UA-10 series only. Select a device information displayed on the dialog. Selected device’s Packet size, Packet delay, and Memory channel are displayed on the each edit box and combo box.
  • Page 511 Enter the values in the edit box, and be sure to select 2 in the [Memory channel]. After entering values, check the [Packet] – [Update], and then click the [Apply]. When setting is completed, following dialog will appear. When setting is not completed, following dialog will not appear Setting takes effect immediately, so there is no need to turn off and on.

  • Page 512: Appendix

    11. Appendix Specifications ■ UA-10 series Optical system Objective lens Fixed focal lens Focal length 3.5mm (UA-10W＊) Focal length 8.0mm (UA-10S＊) Focal length 35.0mm (UA-10T＊) Photo detector 1.3 million-pixel CCD (Color) Number of measurement points 1280 x 960 Measurement area UA-10W＊...
  • Page 513 Temperature characteristic Luminance: ±3% (0 to 40 C (reference: 25 Humidity characteristic Luminance: ±3% (85%RH or lower) Calibration standard TOPCON TECHNOHOUSE calibration standard (Standard illuminant A, 23 C±3 User calibration standard Switchable Interface LAN (Gigabit Ethernet) Power supply AC 100V to 240V (50/60Hz) Power consumption Detector: DC12V, 2.5W (Excluding the computer)
  • Page 514 Outer dimensions 86.5 ㎜(Length)×42.0 ㎜(Width)×42.0 ㎜(Height) (UA-10W＊) 90.0 ㎜(Length)×34.0 ㎜(Width)×34.0 ㎜(Height) (UA-10SL) 90.0 ㎜(Length)×38.5 ㎜(Width)×38.5 ㎜(Height) (UA-10SH) 85.1 ㎜(Length)×34.0 ㎜(Width)×34.4 ㎜(Height) (UA-10T＊) Weight About 0.170kg (UA-10W＊) About 0.185kg (UA-10SL) About 0.200kg (UA-10SH) About 0.155kg (UA-10T＊) ※ The measurement condition of each performance is as follows. Averaging : Auto Integral Time : Auto...
  • Page 515 ■ UA-200 Optical system Objective lens Fixed focal lens Focal length 8.0mm (UA-200S) Focal length 5.0/8.0mm (UA-200WS) Focal length 35.0mm (UA-200T) Photo detector 1.3 million-pixel CCD (Mono) Number of measurement points 1280 x 960 Measurement area UA-200S UA-200W UA-200T ※ Above values are design specifications. Above values may be difference from the values in practice.
  • Page 516 Temperature characteristic Luminance: ±3% (0 to 40 C (reference: 25 Humidity characteristic Luminance: ±3% (85%RH or lower) Calibration standard TOPCON TECHNOHOUSE calibration standard (Standard illuminant A, 23 C±3 User calibration standard Switchable Interface LAN (Gigabit Ethernet) Power supply AC 100V to 240V (50/60Hz)
  • Page 517 Outer dimensions 279.1 ㎜(Length)×162.0 ㎜(Width)×194.0 ㎜(Height) (UA-200S) 311.1 ㎜(Length)×162.0 ㎜(Width)×194.0 ㎜(Height) (UA-200WS) 307.1 ㎜(Length)×162.0 ㎜(Width)×194.0 ㎜(Height) (UA-200T) Weight About 3.90kg (UA-200S) About 4.12kg (UA-200WS) About 4.45kg (UA-200T) ※ The measurement condition of each performance is as follows. Averaging : Auto Integral Time/ND Filter/Gain : Auto Smoothing...
  • Page 518 ■ UA-200A Optical system Objective lens Fixed focal lens Focal length 8.0mm (UA-200AS) Focal length 5.0/8.0mm (UA-200AWS) Focal length 35.0mm (UA-200AT) Photo detector 1.4 million-pixel CCD (Mono) Number of measurement points 1376 x 1024 Measurement area UA-200AS UA-200AW UA-200AT Measurement distance(mm, metal front) 1000 1500 2000...
  • Page 519 Temperature characteristic Luminance: ±3% (0 to 40 C (reference: 25 Humidity characteristic Luminance: ±3% (85%RH or lower) Calibration standard TOPCON TECHNOHOUSE calibration standard (Standard illuminant A, 23 C±3 User calibration standard Switchable Interface LAN (Gigabit Ethernet) Power supply AC 100V to 240V (50/60Hz)
  • Page 520 Outer dimensions 279.1 ㎜(Length)×162.0 ㎜(Width)×194.0 ㎜(Height) (UA-200AS) 311.1 ㎜(Length)×162.0 ㎜(Width)×194.0 ㎜(Height) (UA-200AWS) 307.1 ㎜(Length)×162.0 ㎜(Width)×194.0 ㎜(Height) (UA-200AT) Weight About 3.90kg (UA-200AS) About 4.12kg (UA-200AWS) About 4.45kg (UA-200AT) ※ The measurement condition of each performance is as follows. Averaging : Auto Integral Time/ND Filter/Gain : Auto Smoothing...

  • Page 521: Kc・Fcc

    KC・FCC ■ ■ UA-10WL・WH UA-10SL・SH・TL・TH ■ ■ ■ UA-200S・WS UA-200T UA-200 AS・AWS・AT FCC Compliance Information This device complies with Part 15 of FCC Rules. Operation is subject to the following twoconditions: (1) the device may not cause interference, and (2) the device must accept anyinterference, including interference that may cause undesired operation of this device.

  • Page 522: External Dimension Diagram

    External Dimension Diagram ■ UA-10 series Main body with Tripod screw adapter...
  • Page 523 Main body with Tripod screw adapter and Spacer Mount Depth5...
  • Page 524 ■ UA-200 series UA-200S/UA-200AS...
  • Page 525 UA-200WS/UA-200AWS...
  • Page 526 UA-200T/UA-200AT...

  • Page 527: Terminology

    Terminology This section describes the specific terms used in this software. Measurement image: Measurement image is an image converted from measurement data by measuring the UA-10, UA-200 and UA-200A. The measurement image contains all the information related to various views, data sheets, and graph displays.
  • Page 528 CIE 1976 chromaticity diagram Saturation: Saturation represents the condition in which if a very high luminous measurement target is measured, the luminance exceeds the measurable upper limit of the photo detector CCD. Even if the brightness exceeding this upper limit is measured, the CCD output value remains at the upper limit and therefore the data may not be reliable.
  • Page 529 Interval measurement: Interval Measurement represents the measurement combining the time interval between the measurement start and the following measurement start, and the number of measurements with the time interval specified. This software handles five pattern setting and it helps you to easily program measurements tailored to a specific purpose.
  • Page 530 Tooltip: Tooltip is an operation used to temporarily display the information about the mouse cursor position on the measurement image on the view. The displayed data is as follows. Position X, Y: Mouse cursor position for the measurement area Coordinate X, Y: Mouse cursor position for the resolution Tristimulus value X, Y, Z: Respective Tristimulus values at the pixel...
  • Page 531 Smoothing: Smoothing is a process for reduces the noise contained in the image. Most images tend to contain random noise. If an image containing noise is processed, the noise is also treated as correct data, deteriorating the reliability of the measurement data finally calculated.
  • Page 532 Example of “Size: 5” The target pixel weight is 36/256. The weight values of peripheral pixels are arranged as follows from the pixel closest to the target pixel; 24/256, 16/256, 6/256, 4/256, 1/256. As one peripheral pixel is far away from the target pixel, the weight is smaller. The weight is determined by using Gaussian distribution function according to the [Size], [STDEV (X)] and [STDEV (Y)] parameters.
  • Page 533 The availability period of repair parts indicates the period during which the product is repairable. Even if the parts availability period has elapsed, we will repair your product if it is repairable. Do not hesitate to call our local retailer where you purchased the product, or TOPCON TECHNOHOUSE CORPORATION.
  • Page 534 Phone: +81-3-3558-2666 Fax: +81-3-3558-4661  For inquiries about the after-care service including repairs: Maintenance service section: Phone: +81-3-3558-2710 Fax: +81-3-3558-3011 Luminance and Chromaticity Uniformity Analyzer UA-10 series 2D Luminance Colorimeter UA-200 series Instruction Manual Publication date: November, 2014 First Edition...

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