The JOBS : ABOUT menu
provides information about HunterLab and the current Essentials version and
allows you to update the firmware. The current version of EasyMatch QC
Essentials is found on the screen.

Figure. Job : About the Software
· To Update the software, download the current version from the HunterLab Support site to a USB. Load the USB in the port and press UPDATE.
· To view information on the instrument, press INFO. The serial number, IP address and hardware versions are shown on the screen.

Figure. Info Screen

Figure 86. Advanced Menu
Performance tests include the SHUTTER, HAZE DOOR, READ and LOG tests.

Figure. Assigning a Standard
· To create a standard, select the SET AS STANDARD option. The system will then ask, ‘are you sure you want to set this sample as standard?’. If yes, then the sample is renamed as Standard.
· To rename the sample or standard, use the RENAME function.
· To delete the sample or standard, use the DELETE function.
· For more information on reading a sample or standard, click here.
Auto Diagnostics is for use by the service department at HunterLab and not recommended for customer use. It runs all tests and detailed readings for short term repeatability, ND filter, Didymium Filter and Haze Standard performance are available by opening the CSV file.
Note that this
method requires additional hardware in the form of an Ethernet cable, Crossover
adapter, Ethernet to RS-232 Connector, RS-232 to USB (optional).
Steps to Setup the direct connection
1.
Configure
Ethernet to RS-232
a. Set up Ethernet to RS-232 adaptor with static IP address and Port Number.
2.
Connect
Vista to Computer:
a. Plug Ethernet cable into RJ-45 Ethernet connection at rear of Vista. Plug other end of cable into Crossover Adapter.
b. Plug other end of the Crossover Adapter into Ethernet port of Ethernet to RS-232 adaptor.
c. Plug Plug Ethernet to RS-232 adaptor into serial port of computer (if D-9 serial port is present) or into RS-232 to USB converter for connection to USB port. Plug power into Ethernet to RS-232 adaptor.

Figure. Cable Configuration for Direct Computer Connection
3.
Configure
the Vista: (Note: Requires Essentials Rev 14 or higher)
a. Configure the Ethernet port of Vista. Select JOBS MENU: PREFERENCES and Select CONFIG NETWORK SETTINGS. Uncheck the box next to ‘Use DHCP for Ethernet Configuration’ as shown in the Figure. Enter a valid IP address for the Ethernet port. In this example, the following parameters are selected.
IP Address: 192.168.0.110
Subnet Mask: 255.255.255.0
Gateway: 192.168.0.1
Preferred DNS: 192.168.0.1
Alternate DNS: 192.168.0.1

Figure. Configuration Parameters for Ethernet
b.
Press APPLY on the Ethernet Configuration and then APPLY on the
Preferences.
c.
Cycle
power on the instrument.
d. Go to PREFERENCES and select AUTO NETWORK DATA EXPORT.

Figure. Preferences : Auto Network Data Export
e. For a direct connection between Vista and data collection computer, set up the Vista as a Client.
f. Set the IP Address to match the settings of the Ethernet to RS-232 converter, in this case 192.168.0.100 and the Port as 10001. Press APPLY and then press APPLY on the Read Options screen to continue.

Figure. Export Configuration
g. Vista is now ready to send data.
4.
Configure
the Computer:
a. Connection configurations differ depending on data collection software. In this example, Hyperterminal is used to demonstrate connectivity.
b. The data collection computer will be set up as a Server.
c. Connect as follows:
i. Select the Com port that represents the USB or Serial port connection.
ii. Define the Connection:
Bits per second: 9600
Data Bits: 8
Parity: None
Stop Bits: 1
Flow Control: None
5.
Send Data
from the Vista:
a. Configure the Color Data Table with the color scale and parameters to be transmitted.
i. STANDARDIZE the instrument.
ii. Select color scales, indices & Illuminant and Obs (WORKSPACE : COLOR SCALES)
iii. Hit Read Button, data will be transferred to the computer. The data string is shown as follows:
<STX:<PACKET SIZE:$T<SCALE-LABEL:$T<ill/Obs:$T<LABEL NAME1:< $T:<VALUE1: $T<LABEL NAME2:<$T:<VALUE2:<$T:<LABEL NAME3: $T<VALUE3:$T ..... <LABEL NAME N:<$T: <VALUE N:$T<CHKSUM:<ETX:
Where, <STX: is the Start of Text (value =0x02)
<ETX: is the End of Text (value =0x03)
$T is the default delimiter.
<SCALE-LABEL: is the Scale Label (e.g. CIELAB)
<ill/Obs: is the ill/Obs name (e.g. D65/10)
<PACKET SIZE: is the Total size (HEX String) of the Packet excluding the <STX: and <ETX:
<LABEL NAME: is the label name (e.g. L*, a*, b*, dE* etc..)
<VALUE: is the value for the preceding Label Name
<CHKSUM: is the Checksum (HEX String) - the sum of all the ASCII values in the total packet play load starting from <PACKET-SIZE: and till <CHKSUM:
Note that this
method requires additional hardware in the form of an Ethernet cable and hub
connecting both the Vista and the computer to the same network.
1.
Configure
the Vista:
a. Set up the Vista as the Server. Go to PREFERENCES and select AUTO EXPORT MEASUREMENT using a check and select CONFIGURE. Choose Vista as Server and put Port number as 11111.

Figure. Auto Export Measurement
b. To define the data export, go to JOBS : PREFERENCES and Select CONFIG NETWORK SETTINGS. Uncheck the DHCP box for Ethernet Configuration.
c. IP Address: the IP address of the Vista can be determined from the on-board Diagnostics program.
Subnet Mask: 255.255.255.0
Gateway: 192.168.0.1
Preferred DNS: 192.168.0.1
Alternate DNS: 192.168.0.1

Figure. Jobs : Preferences : Ethernet Configuration
d. Press APPLY on the Ethernet Configuration and then APPLY on the Preferences Page to complete. The Vista is now ready to send data.
2.
Configure
the Computer Using HyperTerminal Software
a. Go to the computer and open HyperTerminal.
b. Make a new connection:
i. Enter a name for the connection

Figure. Setup for HyperTerminal
ii. Connect using TCP/IP(Winsock)
iii. Enter the Vista IP address and Port Number

Figure. HyperTerminal Connection to Vista
3.
Send Data
from the Vista:
a. Configure the Vista for the Color Data Screen:
i.
Select Color Scales, Indices & Illuminant
and Obs (WORKSPACE : COLOR SCALES)
ii. Standardize the instrument. (WORKSPACE : STANDARDIZE)
iii. READ sample and view the data on the computer. The data string is shown as follows:
<STX:<PACKET SIZE:$T<SCALE-LABEL:$T<ill/Obs:$T<LABEL NAME1:< $T:<VALUE1: $T<LABEL NAME2:<$T:<VALUE2:<$T:<LABEL NAME3: $T<VALUE3:$T ..... <LABEL NAME N:<$T: <VALUE N:$T<CHKSUM:<ETX:
Where, <STX: is the Start of Text (value =0x02)
<ETX: is the End of Text (value =0x03)
$T is the default delimiter.
<SCALE-LABEL: is the Scale Label (e.g. CIELAB)
<ill/Obs: is the ill/Obs name (e.g. D65/10)
<PACKET SIZE: is the Total size (HEX String) of the Packet excluding the <STX: and <ETX:
<LABEL NAME: is the label name (e.g. L*, a*, b*, dE* etc..)
<VALUE: is the value for the preceding Label Name
<CHKSUM: is the Checksum (HEX String) - the sum of all the ASCII values in the total packet play load starting from <PACKET-SIZE: and till <CHKSUM:
READ OPTIONS: AUTO READ
This feature performs measurements continuously. In Auto Read mode,
measurements are initiated and stopped using the Read Button. The minimum value
of the Read interval is 1 second and it will read as fast as it can update. When
in Auto Read mode, the Read Button is enhanced with a checkmark.

Figure. AutoRead
To stop the Auto Read, press the READ button.
READ OPTIONS: AUTO SAVE JOB
This selection will automatically save a job. Once this feature is selected, a dialog box will be displayed to name the job.

Figure. Auto Save Job
AutoTolerance can be calculated under WORKSPACE : AUTO TOLERANCES. Auto-Tolerances
are calculated for CMC by considering the values as l:C – 2:1 with auto
correction factor = 0.75 and commercial factor = 1. However, these ratios can
be modified as needed.

Figure. AutoTolerance
Configuration
Once the tolerance parameters are selected, press APPLY and then CALCULATE AUTOTOLERANCES. The calculated tolerances are displayed under the AutoTolerance tab. If AutoTolerances are selected, the user cannot manually enter tolerances.
Under WORKSPACE
: READ OPTIONS, the number of readings to average can be set. Select
the number of readings to average to produce the final measurement. The total
number of readings to be averaged can be no less than two. Close the screen and
press READ
to initiate Readings.

Figure. Reading and Averaging
Once the Read button is pressed, the instrument will display a unique dialog box to Read and Average the readings. The second reading is taken using the dialog box button, READ. Once all readings are taken, press AVERAGE to obtain the results.
In
Vista Essentials, navigate to JOBS > DATA MANAGEMENT > BACKUP (or
RESTORE). The SELECT ACTION dialog will be displayed. The
user can choose between USB DRIVE or NETWORK STORAGE. When USB
DRIVE option is selected, the Backup and Restore operations will be
performed into the USB flash drive plugged into the system.

When NETWORK
STORAGE is selected, the Backup and Restore operations are performed
into a network folder of the specified system where the HunterLab File Service
is installed. Click on NETWORK STORAGE SETTINGS Button

Figure. Network Storage Settings
In the next
screen enter the IP ADDRESS and PORT NUMBER. Click on TEST CONNECTION
button to verify the connectivity. Click APPLY to save the
settings. The saved network settings will be used for the Network Backup and
Restore operations.
Note: The “HLFileService” exe is
required at the PC side. You can find this tool in support.hunterlab.com. Also, the user needs to install the file service
with Vista Essentials version Rev 1.07.0094 and above.

Figure. Network Storage Settings

Figure 163. Select Restore
Select the files to be restored.

Figure. Select Files to be Restored.

INDEX BIAS CORRECTION is provided in WORKSPACE
: READ OPTIONS dialog menu.
When the option, INDEX BIAS CORRECTION, is checked, the
application provides an option to CONFIGURE
and store the GAIN and BIAS values to match other
instrument values for specific Indices as shown below.

Figure. Select Index Bias Configuration
The user can
select any Index from the list of Indices and input the desired GAIN and BIAS values. After selecting (Checking) the required
Indices, click the APPLY
button to save the selected Indices values and update the Views accordingly.

Figure. Select Index to use in Bias Correction
This above methodology will provide an option to the user to apply the BIAS CORRECTION to each
individual Index configured in Workspace.
The Bias Corrected Index value (INDEX*) will be calculated
as:
INDEX*=(Gain * INDEX) + Bias, where INDEX is the actual
value of the Index under consideration. The Bias Corrected Indices will be
marked with * (eg: APHA *10mm) in the
respective view display.
The Repeatability Test assesses how consistently the instrument can
measure color. To begin, go to WORKSPACE
: DIAGNOSTICS : REPEATABILITY. You will be
prompted to standardize the instrument. Then, thirty readings of air are taken
with each individual reading showing pass or fail. All sample readings must pass
to for the test to PASS. The sample compartment should be free of
samples and obstacles.

Figure. Set up for Colorimetric Repeatability
A table of the difference between the current reading and the first
reading (Standard) is shown after every measurement. By comparing each reading
to the tolerance, a Pass or Fail assessment is shown.

Figure. Repeatability Readings with Pass or Fail
When all 30
readings have been made, the final test result is shown and saved
automatically. To PRINT the results,
press REPEATABILITY TEST and OPEN the file.

Figure. Repeatability Results
WORKSPACE : COLOR SCALES provides four screens to configure the SCALES, INDICES, DIFFERENCES and Illuminant and Observer
(ILL and OBS).

Figure. Color Measurement Scales
This
screen shows the 5 scales available for measurement. Select the absolute scale
(3 parameters) and color difference scales (3 parameters) if needed. Press APPLY
and begin to read your samples.

Figure. Illuminant and Observer Configuration

Figure. Indices Configuration

Figure. Color Measurement Differences
To incorporate your selections, press APPLY. To use the default set in the current Workspace, press DEFAULT.
Users can create modified pathlength indices and add transmittance data
into the indices list using custom indices. Pathlength modification is
available for APHA, ASBC, ASTM D1500, Chinese Acid Wash Color, CP Indices, EBC,
EP, FAC, Gardner, Iodine, JP, Saybolt, USP and transmittance/absorbance data
from 400nm to 700nm for Difference and Biased Index Difference.
§ All the created custom indices except %T indices will be showed in Bias
Configuration list so that user can do bias and gains on these new indices.
§ The configured pathlength can be any number between 1-99 with maximum
one decimal.
§ Due to the implementation of custom indices, most indices names have
been changed compared to the names in Vista Essentials 1.03.0045. If any old
index name is found in different format the index will not be calculated. In
such case, please go to COLOR SCALES > INDICES and APPLY
to update the list of indices.

§ The custom
indices are not listed in the default indices list and Essentials will not
allow creation of default indices under custom indices as this index already
exists in the default indices list.
§ Scale factors of LOVIBOND®/AOCS/ICUMSA 420/ICUMSA 560 can be
adjusted in custom indices dialog. LOVIBOND®/AOCS cell pathlength,
instead of only 5 pathlength options in dropdown list, can be entered with any
number between 1-99 with maximum one decimal.

Figure. Parameters for LOVIBOND®
§ For ICUMSA 420 and ICUMSA 560, the density (g/ml) and weight% (g/g) need
to be configured for accurate ICUMSA calculation. Density (g/ml) should be from
0.5-2. Weight% (g/g) should be from 1-100.

§ Press APPLY when all selections have been made.
Data in the form of Jobs, Standards, Workspace Settings and Diagnostic results can be exported to a CSV or EZM file on a flash drive for use in Excel or another database program. This feature allows the user to export the below data from instrument into a USB flash drive:
·
Job File
·
Standard
·
Workspace
·
Diagnostics
This option allows the user to browse and select an existing Job file (.ezm) or the current active Job data and copy into a USB flash drive either in CSV or EZM file format. While exporting into EZM format, the current active Workspace settings can be applied. The color data shown in the Color Data View and the Spectral Data is saved in a CSV file. (In Rev 1.03.0070 and above, the .csv file will be automatically created/updated when a job is saved. CSV files are stored at HUNTERLAB > CSV FOLDER. User can export .csv file through EXPORT > OTHERS.)

Figure. Export Current Job
This option allows the user to browse and select an existing Standard in the database and copy into the USB flash drive as a file (.std)
This option allows the user to browse and select an existing Workspace in the database and copy into the USB flash drive as a file (.wsp). To use the above functions, a USB flash drive must be present in the port.
This option allows the user to browse and select a Diagnostics file to copy to a USB flash drive. To use this function, a USB must be present in the port.
This is used to export the saved pdf
file in the DOWNLOADS folder. With a USB file in the drive, select OTHERS.

Figure. Export Others
Switch from HunterLab folder to DOWNLOADS and then select pdf files. Click OK to export.

Figure. Select file to Download
This feature allows the user to import the below data from a USB flash drive into the instrument.
· Job File
·
Standard
·
Workspace
·
Diagnostics

This option allows the user to browse
and select a Job file from the USB flash drive and import into the instrument.

This option allows the user to browse
and select a Standard file (extension .std)
from the USB flash drive and import into the database.

Figure. Import Standard
This option allows the user to browse
and select a Workspace file (extension .wsp)
from the USB flash drive and import into the database.

This option allows the user to browse and select a Diagnostics file from the USB flash drive and import into the database.
Note: To use the above functions, a USB flash drive
must be present in the port.
The data contains the standards and sample measurements
saved in a Job and database along with the sensor information. The saved
measurements are also associated to respective Workspace and Job. The Data Management contains the features
to:
·
RECALL
the measurements from the
database.
·
IMPORT a Job, Standard, Workspace and
Diagnostics from a USB flash drive.
·
EXPORT the Job, Standard, Workspace and
Diagnostics to a USB flash drive.
·
DELETE
a Job, Standard,
Workspace or Diagnostics.
·
EMAIL the selected Job(s).
·
BACKUP the Job Files and Database into a USB
Flash drive.
·
RESTORE the Job files and Database from a USB
Flash drive.
The Data Management menu provides a way to Recall, Import, Export or Email a
Job and Backup and Restore.

Figure. Data Management Menu
To set the current date and time, go to JOBS: PREFERENCES : GENERAL and
ADJUST
CLOCK.

Figure. Jobs : Preferences :General Page
A long press on the name will show a menu with the following options:
a. SET AS STANDARD – to set the sample as Standard
b. RENAME – to rename the sample
c. DELETE – to delete the sample.

Figure. Changing, Renaming or Deleting a Sample
A long press on the Standard name will show a menu with the following options:
a. RENAME – to rename the standard
b. DELETE – to delete the standard. The deleted Standard is reverted into the samples list with its original name.
c. HITCH – to Hitch the standard

Figure. Renaming, Deleting, or Hitching a Standard
From JOBS : DATA MANAGEMENT : DELETE,
a Job, Standard or Workspace can be deleted.

Figure. Deleting a Job, Standard, Workspace or Diagnostic
Diagnostics can be found under WORKSPACE : DIAGNOSTICS.

Figure. Diagnostics Menu
The wavelength test, found under WORKSPACE : DIAGNOSTICS, allows you
to measure wavelength accuracy of the instrument. To begin,
input the target values for the Didymium filter at 430nm and 570nm.

Figure. Enter Didymium Filter Values
·
Remove all
samples from the instrument and STANDARDIZE on air.

·
Place the didymium filter
at the lens side of the instrument. Press START.
Note: The
didymium filter should be clean and free of fingerprints.

·
Using average of the 10
readings, the results are shown and automatically saved. If a printer is
available, the results can be output pressing DIDYMIUM FILTER > OPEN > PRINT.
· Saved data can be emailed if there is an active internet connection. When JOBS : DATA MANAGEMENT : EMAIL is selected, the following screen is shown prompting the user to browse and enter the recipient mail address.

Figure. Enter an Address to Email a Job
· Click SETTINGS button to configure the SMTP mail server configuration (Port, Server) as shown below. The mail settings configuration is mandatory to enable the mail job feature in the application.

Figure. Enter SMTP Mail Server Information
·
Click SEND button to send the mail based
on the Mail configuration settings.
From JOBS
: DATA MANAGEMENT : EMAIL SCREEN, select SETTINGS button to
configure the SMTP mail server configuration (Port, Server) as shown below. The
mail settings configuration is mandatory to enable the mail job feature in the
application.

Figure. Enter SMTP Mail Server Information
Security can be enabled on the Vista to ensure that operators cannot modify or delete folders or files and limit functionality. An administrator is
identified and sets up the users groups
with their privileges.
To
begin, go to JOBS: USER MANAGER to set up CREATE ADMINISTRATIVE
GROUPS first followed by CREATE USER GROUPS.
Once the groups have been established, Users can be assigned to these groups. To
do this, go to JOBS : USER MANAGER.

Figure. Create a Group

Figure. Create a User
The
administrative user then assigns the required application access privileges to
the user type accounts as shown below:

Figure. User Privileges
Any user with privileges can
delete groups and users and reset passwords.
To begin enabling
security, go to JOBS : PREFERENCES : GENERAL and select ENABLE SECURITY on the
right side.

Figure. Enable Security
When the user selects the ‘Enable Application Security’, they must
create an administration user account before logging out of Essentials.
Otherwise, they will not be able to login again.

For convenience, the user can check the box under Jobs :
Preferences : General to use the ‘last login credentials’. This eliminates the need for a user name and
password each time.

Figure. Enable Last Login Credentials
Select Haze measurements from the Color Data Screen, using WORKSPACE : COLOR SCALES : INDICES.
· Select STANDARDIZATION : TTRAN and check the box beside INCLUDE HAZE.

Figure. Standardization for Haze
· Install the sample holder needed to measure your samples against the sphere port for TTRAN.
The Haze test under
DIAGNOSTICS : HAZE reads the haze standard and provides a pass/fail evaluation based on
an average of 5 readings and the value associated with the standard.

Figure. Starting the Haze Test
·
Select NEW to initiate
the Haze Test. Standardize the instrument and then enter the value of the HAZE STANDARD. Note that the tolerance used is 10% of the standard value.

Figure. Prepare to Standardize

Figure. Enter Value of Haze Standard
· When all readings have been taken, the results are shown. This test is automatically saved and can be printed by pressing HAZE STANDARD TEST : OPEN : PRINT.
Hitch standardization is a process by which two or more instruments of similar design can be made to read the same color values on a group of specimens. This process is very useful in expanding the communications of color around the world or between vendor and customer.
The process of hitch standardization
also known as transfer standardization involves assigning one instrument to be
the reference, or master, unit and mathematically adjusting the secondary, or
slave, unit(s) to read the ‘same’ values. In this way, two or more instruments
can be hitched together. Hitching a secondary unit to a reference instrument
requires that a specimen be read on both units and the values compared and
adjusted accordingly. This specimen, known as the hitch standard, is first read
on the reference instrument and its values recorded as spectral data or
colorimetric (tristimulus) data. The hitch standard is then physically moved to
the secondary instrument where it is reread and the values from the reference
unit are input into the secondary instrument’s processor.

Figure. Hitch Standardization
· A long press on the standard name, will provide a selection for Hitch standardization.
Illuminant & Standard
Observer combinations can be selected from the WORKSPACE: COLOR SCALE MENU.

Figure. Illuminant and Observer Configuration
This WORKSPACE : READ OPTIONS selection allows the user to input a custom slope and intercept correction for APHA. The user can select any Index from the List of Indices and input the desired GAIN and BIAS values. After selecting (Checking) the required Indices, Click APPLY button to save the selected Indices values and update the Views accordingly. The Bias-corrected Indices will be marked with * (eg: APHA *10mm) in the respective view display.
To calculate the slope and bias correction, read a series of samples around the target values of interest. The adjustment can be calculating using the following methods:
a. Create a y=mx + b relationship comparing actual readings to target values, where target values is on the Y-axis and actual readings are on the x-axis. Enter the slope correction under Gain and the intercept correction under Bias.
b. To
correct for the slight offset between, the assigned values for their standards
and the values measured by the instrument using two standards.
Example: Standard Values Measured
Sample Values
APHA = 2 APHA = 2.4
APHA =10 APHA = 10.6
Gain Correction=
(Standard Value
1-Standard Value 2)/(Measured Value 1- Measured Value 2), such that:
Gain=(10-2)/(10.6-2.4)
Gain= 0.975 and,
Bias
Correction=Target Value 1-(Measured Value 1*Gain)
Bias=
10-(0.975*10.6)
Bias=-0.34
Index*=0.975*m+(-0.34)
To check the equation, reintroduce the
Measured values to be corrected,
Index*=0.975*2.4+(-0.34)
= Index*=2.0
c.
User has one standard data point.
Standard Values: APHA
= 2
Measured Sample
Values: APHA = 2.4
To select indices,
check the corresponding box on the right side. Multiple selections are available
as well as difference indices and custom indices. To see more choices, the
screen can be scrolled my moving your finger from the bottom to the top.

Figure. Indices Configuration
Under the Job function, the following tasks can be accomplished:

Figure. Job Menu
A job consists of standard and samples measured into a specific workspace. A workspace is a template with measurement conditions such as Color Scale, Indices, illuminant, etc. There can be only one job open at a time. A new job will use the current loaded workspace settings. The user can change the settings and these changes are applied into the current job. The last loaded workspace settings are applied automatically when the user creates a new job. The main tool bar provides the options to create a new job, open an existing job and save a job.
Create a new empty Job. Select NEW JOB and the current job is replaced with a blank screen.

Figure. Creating A New Job
A list of available jobs under the current path are displayed for selection. If
the job that is needed exists in another folder, then it is an option to change
the folder (New Folder). When the
job to be opened is displayed select the appropriate button and press OPEN.

Figure. Open A Job
· SAVE the Job under the desired name. To save a job, select the folder, NAME THE JOB and SAVE THE JOB contents into a file. These files have an .ezm or a CSV extension. There will be a default name filled in Filename box as date&time&instrument#&workspace. You can edit it if needed.

Figure. Save A Job
The Easy Match Essentials Tools and Status features are shown below.

Figure. Essentials Screen
· Samples and Standards are read using this key.
· This tool can be moved around the screen by pressing and moving the icon.
· Assigning a Standard is done by pressing and holding the sample number and following the onboard instructions.
Switching between Views can be accomplished by using the semi-transparent NEXT and PREV buttons placed at the side edges of the screen or by swiping left or right with two fingers on the screen.
The Vista serial number is shown at the bottom left side of the System Bar and the current state of standardization is reported in the same area.
Job : Workspace Status is reported on the bottom right side of the System Bar.
This menu shows
the configuration options for the active view.
The Workspace menu provides color scale, illuminant, index and difference selection for measurements.
A job is a collection of all the data views (displays) and measurements (standards and samples) used for a particular task, product, or customer. Jobs are the ‘documents’ of EasyMatch Essentials, analogous to word processing documents containing text and formatting.
Jobs can be created for many different reasons, such as to hold data for a certain customer or a specific product line. Each operator may maintain their own job with preferences or create separate jobs for different operations.
This test, found under WORKSPACE :
DIAGNOSTICS, requires that you enter the target values for
the ND filter that you are using in the test.

Figure. Input Target Values for ND Filter
·
Once the target values have been entered, remove all samples from the
transmittance compartment and press START to Standardize in RTRAN on air.

Figure. Press Start to Begin Standardization
·
After Standardization, insert the ND filter next to the lens and press START.

·
Ten readings are taken and compared to the tolerance as an
average. This test is then automatically saved and can be output to a printer by
pressing ND FILTER :
OPEN : PRINT.

This menu item under JOBS shows
a dialog box with two pages GENERAL
& PRINT as shown below, where the GENERAL page contains the options to
configure.
§
Load
the last used workspace and job
§ Set standardization time interval
§ Set screen brightness and date and time
§ Enable novice tooltip
§ Enable application security
§ Use last login credentials
§ Configure and enable network data export
·
The Configure network settings

Figure. Jobs : Preferences : General Page
§ To LOAD THE LAST WORKSPACE AT STARTUP, check this box and press APPLY.
§ To LOAD THE LAST JOB AT STARTUP, check this box and press APPLY.
§ The STANDARDIZATION TIME INTERVAL is a useful reminder to restandardize after time (hours). Press APPLY to set the new interval. When the time has lapsed, a prompt to restandardize will be displayed before measurements can be taken.
§ Set the screen BRIGHTNESS using a sliding scale and press APPLY.
§ Set the Date and Time, time zone, date and time format using the ADJUST CLOCK FEATURE.
§
ENABLE
NOVICE TOOLTIPS by
checking on the box. Once enabled, on screen tips can be are displayed for 3
seconds. To display again, roll over the LIGHTBULB ICON on the lower right
part of the screen.
·
The PRINT page allows the
user to configure:
§
The READINGS to print
v The option to PREVIEW before print.
v Print report TITLE and LOGO
v Orientation of the report (Portrait or Landscape) orientation.
§
To
save changes, press APPLY.

Figure. Jobs : Preferences : Configure Print Page
Print an open Job using the parameters set up under Preferences. Drivers
included in the Vista are shown below.
|
Printer |
Driver |
|
Canon |
Canon Print Service 4.4+ |
|
HP |
HP Print Service Plugin 4.1+ |
|
Epson |
Epson Print Enabler 4.4+ |
|
Konica Minolta |
Konica Minolta Print Service Plugin 4.4+ |
|
Kyocera |
Kyocera Print Service Plugin 4.4+ |
|
Lexmark |
Lexmark Print Service Plugin 4.4+ |
|
Samsung |
Samsung Print Service Plugin 4.4+ |
|
Sharp |
Sharp Print Service Plugin 4.4+ |
|
Xerox |
Xerox Print Service Plugin 4.4+ |
· Additional drivers can be added under Workspace : Diagnostics : Advanced.

· To upload a new print driver, download the apk file needed from the internet onto a flash drive. Place the flash drive into the instrument (front port) so that it can access the list of apk files. Select the driver to upload and press OK.

Figure . Insert USB with Printer Driver

Figure . Updating Printer Drivers
· The Vista will install the new printer driver and it will be then available to use.

To upload a new print driver, download the apk file needed from the internet
onto a flash drive. Place the flash drive into the instrument (front port) so
that it can access the list of apk files. Go to WORKSPACE : DIAGNOSTICS :
SYTEM: PRINTER DRIVER. Select the driver to upload and press OK.

Figure. Insert USB with Printer Driver

Figure. Select Printer Driver

Figure. Updating Printer Drivers
The Vista will install the new printer driver and it will be then available to
use.

Figure. Printer Driver Installed

Figure. Printer Page
Read ![]()
· Samples and Standards are read using this key.
· This tool can be moved around the screen by pressing and moving the icon.
· Assigning a Standard is done by pressing and holding the sample number and following the onboard instructions.
WORKSPACE : READ OPTIONS shows a dialog box to configure options like AVERAGING, AUTO SAVE, AUTO READ, PROMPT FOR
STANDARD CATEGORY, INDEX BIAS PROMPT FOR NAME, TIME STAMP and EXTERNAL TRIGGER. The Read command performs the operation based on
the configured options.

Figure. Read Options
Recall measurements that have been
stored to a job:
The database contains the standards and sample measurements saved in a Job along with the sensor information. The saved measurements are also associated to respective Workspace and Job.
This feature enables the user to recall the Standard(s) or Sample(s) stored in the Database into the current running Job.
Click RECALL option in Data Management, a dialog will be displayed where the user can recall the measurements from the database by SELECTING THE TYPE:
·
Show
Standards Associated To A Category
When this option is selected, the standards list is filled with the standards associated with the selected Category (i.e. like Pale Ale) from the Select Standard Category list. All of the samples matching are filled into the sample list. To narrow the list, the user can select the samples only associated with the selected standard.
·
Show All
The Measurements In Selected Job
When this option is selected, the standards list is filled with the standards contained in the selected Job from the Select Job drop down list. All of the samples are filled into the sample list. To narrow the list, the user can select the samples only associated with the selected standard.
·
Show The
Standards And Samples In The Current Workspace
When this option is selected, the standards list is filled with the standards associated to the current workspace. All samples are filled into the sample list. To narrow the list, the user can select the samples only associated with the selected standard.
·
Show The
Imported Standards
When this option is selected, the standards list is only filled with the standards imported into the database.
After selecting the measurements click RECALL bringing them into the active Job.

Assesses how consistently the instrument can measure
color. To begin, the sample compartment should be free of samples and obstacles
and the user is prompted to press START
to standardize. The test continues automatically. All sample readings
must pass the test.

Figure. Setup for Colorimetric Repeatability
A table of the difference between the current reading and the first
reading (Standard) is shown after every measurement. By comparing each reading
to the tolerance, a Pass/Fail assessment is shown.

Figure. Repeatability Readings with Pass/Fail
When all 30 readings have been made, the final test result is shown and
saved automatically. To PRINT the results, press REPEATABILITY
TEST : OPEN the file.

Figure. Read Options to select Pass/Fail and Tolerances
RESTART COMM can be used to reset the ethernet communications for
EasyMatch QC. To access this go to WORKSPACE : DIAGNOSTICS : ADVANCED : SYSTEM.
Select this feature under WORKSPACE : READ OPTIONS to input the Sample (or Standard) name manually during the measurement cycle so that the Sample measurement will be inserted with the specified name. If this option is not selected, the Samples will be inserted with the specified default sample name suffixed with the auto incremented index number. Press APPLY when done.
When it is checked, a new dialog box will be opened to configure the port number to connect a device such as a footswitch. The IP address shown in Vista Essentials is the Vista’s IP ADDRESS. After entering this information and selecting DONE, then OK, the enable status and PORT NUMBER will be saved and the application will be in listening mode as a server. STANDARDIZE and READ SAMPLE commands can then be operated using this tool.

Figure. Configure Connection to External Trigger
After reading one or several samples, one can be selected as a Standard for difference measurements. A long press on the name will show a menu with the following options:
a. SET AS STANDARD – to set the sample as Standard
b. RENAME – to rename the sample
c. DELETE – to delete the sample.

Figure. Changing a Sample to a Standard
Illuminant and Standard Observer combinations can be selected from the Workspace: Color Scale Menu.

Figure. Illuminant and Observer Configuration
WORKSPACE
: READ OPTIONS : PROMPT FOR STANDARD CATEGORY: When this option is
selected, the user will be prompted to enter the category name to which the
standard can be assigned.

Figure. Prompt for Standard Category
A category is a product type (i.e. Pale Ale) to which multiple standards can be associated. This can also be used to recall a group of standards.
To perform a Standardization, go to the WORKSPACE menu and select STANDARDIZATION. Then choose Total or Regular Transmittance for measurement. For HAZE, select TTRAN and check the option INCLUDE HAZE. Place the samples against the sphere port (TTRAN).
Press STANDARDIZATION, the instrument will initiate a standardization and report the status in the system status bar on lower left screen.
The Time interval for the re-Standardization can be entered under JOBS: PREFERENCES.

Figure. Standardize
This feature is used along with RESTART SUPPORT for remote connection through NETOPS.
Once inside the software, the main measurement screen is displayed – Color Data
Table (D65/10).

Figure. Measurement Screen
The instrument is automatically connected and this connection is reported on the status bar. Next, the unit must be STANDARDIZED.
Press the Workspace icon
and select
Standardization. Select a mode and press STANDARDIZE to initiate a
standardization. The status will be reported in the lower left screen.

Figure. Standardization Parameters
To READ,
press the READ button on the
Screen.
The READ button can be moved around the
screen by pressing on the icon, holding and then moving your finger to a new
location.
Main Measurement Screen. The Color Data Table view shows the configured WORKSPACE, i.e. COLOR SCALE, COLOR DIFFERENCES and INDICES data for the Standard and Sample measurements in the job. The configured Tolerances can be applied to the Job and Pass or Fail values results also be displayed.
To add a product standard, see STANDARD. To change the color scale, etc., see WORKSPACE : COLOR SCALES. To add tolerances, see WORKSPACE : TOLERANCES. To save these setups as a job or output, see JOBS : DATA. To change the views, select VIEWS under Workspace.

Figure. Main Measurement Screen
A long press on the Sample name will show a menu with the following options:
a. SET AS STANDARD – to set the sample as Standard
b. RENAME – to rename the sample
c. DELETE – to delete the sample.

Figure. Changing, Renaming or Deleting a Sample
A long press on the Standard name will show a menu with the following options:
a. RENAME – to rename the standard
b. DELETE – to delete the standard. The deleted Standard is reverted back into the samples list with its original name.
c. HITCH – to Hitch the standard

Figure. Standard Menu
User can
uncheck/check this to include/exclude
timestamp when a measurement is taken.
Once the Color Scales have been selected under WORKSPACE:
COLOR SCALES, Tolerances can be set. To display the Tolerances, select
them under View Options for the desired screens.

Figure. Tolerances Configuration
· Tolerances can be entered manually for a selected scale, indices and difference, or can be auto-calculated using Auto-tolerance. Tolerances will be displayed on the measurement screen if enabled under the View Options for the Color Data and the Color Plot Screens. Pass or Fail based on these tolerances can be used on the EZ View Screen.

Figure. Indices Tolerance Configuration

Figure. Difference Tolerance Configuration
· AutoTolerances are calculated for CMC by considering the values as l:C – 2:1 with auto correction factor = 0.75 and commercial factor = 1. However, these ratios can be modified as needed.

Figure. AutoTolerance Configuration
Once the tolerance parameters are selected, press APPLY and then CALCULATE AUTOTOLERANCES. The calculated tolerances are displayed under the Auto-tolerance tab. If Auto Tolerances are selected, the user cannot manually enter tolerances.
To enable security and set up the User Manager use this link.
HunterLab EasyCert programs offer instrument performance validation for end-users who wish to self-certify their color measuring instrumentation with traceable liquid color standards. These standards are available in individual or three-sample sets, representative of the end user’s working color range. Each 50mL standard is supplied with a Certificate of Analysis with traceable values and uncertainties.
Certified liquids standards include PtCo/Hazen (APHA), ASTM, Saybolt, Gardner, USP – United States Pharmacopoeia, EP – European Pharmacopoeia and CP – Chinese Pharmacopoeia.
There are six screens for viewing data on the Vista (Color Data, Spectral Data, Color Plot, Spectral Plot, EZ View, Trend Plot). Each one of these screens has its own set of unique options.
This view provides a simple display of Standard vs. Sample with rendering and
pass or fail results.

Figure. EZ View Display
· View Options include the selection of Pass or Fail, selection of font size and opportunity to exclude a Color Scale.

Figure. EZ View Options
The Color Data Table view shows color scale, color difference, and index data
for the standards and samples in the job.

Figure. Color Data Display
· Options such as Tolerances, Pass or Fail, Date and Time, Data Order and Tolerances can be selected using the View Options.

Figure. Color Data Screen: View Options
· A long press on the SAMPLE can enable the user to make the sample into a Standard, change the name or delete the reading.
· To delete a Sample (or Standard), select delete and then confirm the action.

Figure. Delete the Sample Measurement
The Spectral Data Table displays percent transmittance or absorbance values for each selected measurement at the wavelengths being measured. When transmittance or absorbance is being displayed, the cell representing the wavelength of minimum transmittance (maximum absorbance) for each measurement is shaded pink. An example of this view is shown below.

Figure. Spectral Data Table

Figure. Spectral Data Table Options
This view provides a plot of wavelength vs. spectral measurement parameter.

Figure. Spectral Plot View
· Press CLEAR ALL to remove all the samples to display. Press SELECT ALL to enable display of all samples. To select an individual sample, click on the respective Sample in the list located on the right edge of the screen.
· Uncheck the option Show Background, to display the plot with white background color.
· Check Auto Range option to scale the contents to fit into plot.
Note: The Samples List
is paginated. Click the left and right arrow buttons below the samples list to
navigate between pages.

Figure. Spectral Plot Options
This tool can be used to study the trends in production and identify color
variations. There are four parameters of color measurement (three scale values
and optional indices) which can be represented in four traces. If a sample
point is selected in one of the four traces, it is highlighted in the other 3
traces in blue. The name is shown at the bottom right hand corner of the View. The
Average and Standard Deviation can be shown as per the view configuration
settings.

Figure. Trend Plot

Figure. Trend Plot Options
·
VIEW OPTIONS for the Trend Plot
include the type of display, the statistics and the number of readings per
display. Continuing with the VIEW OPTIONS : TRACES, this dialog
box sets the ranges for the traces or allows selection of AutoRange. Trace 1 to
3 uses the current Color Measurement Scale and Trace 4 will allow for
measurement of differences or an index. The user can select which
Traces to view and set control limits as a percent.

Figure. Trend Plot Traces
This shows the sample location in two-dimensional Color Space with respect to the standard for difference measurements or the samples in absolute measurement. For differences, the standard is the center point of the plot and the samples are plotted separately on the graph.
All displayed samples are listed in a list box on the right of the screen. The color plot can be zoomed and all data points can be viewed in detail.
The tolerance plot is available in rectangular and elliptical when tolerances are applied. The pass or fail sample points are shown in green and red, respectively.

Figure. Color Plot View
· Press and hold on the left and right page arrows to show a small dialog box. This dialog allows you to select the number of records per page to display and the default page number to display.

Figure. Color Plot Options

Figure. Color Plot Options
A workspace is a collection of user preferred parameters
(Color Scales, Indices, Tolerances, etc.) as a template. When a user exits Easy
Match Essentials and returns, the last used Workspace will be loaded if the
user has selected that option in Jobs: Preferences.
Jobs vs. workspace: A job consists of standard and samples
measured into a specific workspace. There can be only one job open at a time. A
new job will use the current loaded workspace settings. The user can change the
settings and these changes are applied into the current job. The last loaded
workspace settings are applied automatically when the user creates a new job. The
main tool bar provides the options to create a new job, open an existing job
and save a job.
Under the
Workspace Function, the following tasks can be accomplished:

Figure. Workspace Parameters
Views are used to select the screens for viewing results. Simply check on the box of the screen needed. Press Apply to save one or all of the screens. The default screen is the Color Data Table. To navigate between screens once the selections have been applied, use the View Flippers on the left and right of the screen.

Figure. Workspace Views
Press LOAD WORKSPACE to recall any previously saved workspace
from the database. The newly loaded workspace settings will be applied to the
job and all existing measurements within the job will be adjusted accordingly.

Figure. Load Workspace
NOTE: When a user exits Easy Match Essentials and returns,
the last used Workspace will be loaded when the option LOAD LAST WORKSPACE AT
STARTUP is selected in JOB : PREFERENCES dialog.
The current workspace parameters are saved into a database with a user
specified name. Saved workspaces can be moved up to the SWITCH area if desired by
dragging and dropping. If no workspaces have been saved, then only default will
be present.

Figure. Save Workspace