Maxwell Color Set Details

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[[File:ColorsetD.png|600px|Example of a typical Color Set Details pane]]
[[File:ColorsetD.png|600px|Example of a typical Color Set Details pane]]
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Once you have measurements of your devices uploaded into Maxwell, there is a great wealth of information that you can obtainYou have several different options for viewing your colors.
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Once measurements are uploaded into Maxwell, there is a great wealth of information that can be obtainedThere are several different options for viewing colors.
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==To delete a measurement==
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[[File:Trash.png|right|Click the trash can to delete]]
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* Place the pane in <b>Edit Mode</b>
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* Click on the trash can in the lower left corner of the pane,
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* Confirm that you wish to delete this measurement.
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Other elements in Maxwell (Devices, Tracks, Reference Sets, etc.) can be deleted in the same manner.
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==Colors==
==Colors==
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'''Target View''' will display the target colors in the correct dimensions if Maxwell can recognize the target contents.  
'''Target View''' will display the target colors in the correct dimensions if Maxwell can recognize the target contents.  
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In addition, you can:
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More options:
* Mouse over any color on the target and view the address of the color
* Mouse over any color on the target and view the address of the color
* View a color-accurate enlarged sample swatch of the color
* View a color-accurate enlarged sample swatch of the color
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The example at right demonstrates what a Digital PressWatch target would look like identifying a worn blanket on an Indigo digital printer.  
The example at right demonstrates what a Digital PressWatch target would look like identifying a worn blanket on an Indigo digital printer.  
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[[File:RGBscale_legend.png|right|good to poor]]
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Here is the scale of colors from good to poor:
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The delta E histogram will confirm which delta E calculation is being used here:  dE2000 or dE76.
The delta E histogram will confirm which delta E calculation is being used here:  dE2000 or dE76.
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The histogram identifies which delta E result occurs most often in the data, providing you with a typical "bell curve" - popular for identifying trends in data.
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The histogram identifies which delta E result occurs most often in the data.  Bell curve graphs are popular for identifying trends in data.
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===Patch to Patch Comparison===
===Patch to Patch Comparison===
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===Downloads===
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==Actions==
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[[File:Verifycurve.png|right|further actions]]
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===Download===
Some advanced users can download measurement files.   
Some advanced users can download measurement files.   
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This link provides a dialog window for saving this measurement on the user's computer.
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Information on downloading '''multiple files''' can be found here:
For more information on this, see the page on [http://www.colorwiki.com/wiki/Maxwell_Helpful_Hints#Multiple-file_downloads Multiple File downloads].
For more information on this, see the page on [http://www.colorwiki.com/wiki/Maxwell_Helpful_Hints#Multiple-file_downloads Multiple File downloads].
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===Verify in Curve===
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This link will automatically launch the latest version of Curve on the user's computer, and insert this measurement into the "Verify" module of Curve for instant feedback on how the measurement compares with various industry standards set up in Curve.
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* Note that Curve must have the user's Maxwell credentials signed in, in order for the file to be loaded by Curve.
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===Add to Curve===
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This link will open the Curve software in the Calibrate module.
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===Download by MXC===
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This link will download the measurement file onto the host computer by use of the Maxwell Client software (if installed).  This allows for placing the file in a user-defined location automatically. 
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==Measurement Conditions==
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[[File:Meas_cond.png|right|Measurement conditions that can be tracked by Maxwell]]
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Maxwell attempts to save a record of every variable that could influence the measurement process.  Depending on the instrument used, some of these measurement conditions will be listed, and others will be undefined.  When it comes to knowing what conditions contributed to your measurement, this information can be vital in maintaining accurate measurements, or diagnosing problems.
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====Optics====
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* The four M modes (M0, M1, M2, M3)
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* Aperture sizes range from 2mm (Barbieri LFP) to 8 mm (i1Pro3+)
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====Measuring====
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* Two scan modes possible are: Reflective, and Transmissive.
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* Backing choices are white backing, black backing, and media-colored backing
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====Calibration====
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* Some of the possible calibration standards include: X-Rite, GretagMacbeth, NIST, Barbieri.
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====Measurement Source====
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* Data collected here include:  Software that created the measurement, operating system on the computer that created the measurement, whether the measurement used an automated routing system.
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==Environmental Conditions==
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[[File:Environ.png|right|Measurement Conditions tracked in Maxwell]]
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If information is available for environmental data, Maxwell will record this information in the Color Set Details.<br>
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Here are some of the ways that environmental data can be made accessible:
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* The Maxwell Client automatically recognizes data from [https://www.chromix.com/ColorGear/shop/manufacturerdetail.cxsa?contribid=31020 Vernier Sensors]  If these sensors are plugged into a USB port, Maxwell will send the current temperature, barometric pressure and / or relative humidity information along with any measurements it takes.
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* The [https://www.chromix.com/ColorGear/shop/manufacturerdetail.cxsa?contribid=24991 Barbieri Spectropad] spectrophotometer has environmental sensors built into it.  This environmental data accompanies any measurements that are made with the Spectropad using the Maxwell Client.
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* The [https://www.chromix.com/ColorGear/shop/manufacturerdetail.cxsa?contribid=24991 Barbieri LFPqb] is a new device that also includes environmental data with its measurements. 
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[[Category:Maxwell]]
[[Category:Maxwell]]

Revision as of 01:07, 5 November 2019

Example of a typical Color Set Details pane

Once measurements are uploaded into Maxwell, there is a great wealth of information that can be obtained. There are several different options for viewing colors.

To access the Color Set Details click on a track, choose Measurements, choose an individual measurement, and see the list under "Related Items." This page explains in detail what you can do with a measurement or other color set.


Contents

To delete a measurement

Click the trash can to delete

Other elements in Maxwell (Devices, Tracks, Reference Sets, etc.) can be deleted in the same manner.


Colors

Color set color details
Histogram showing florescence from optical brighteners.

Channel Report

Channel Report

The Channel Report uses SmartTargetTM technology to:


Note: Channel Report requires CMYK data. (It will not work with RGB data.)


Solid Colors

Solid Colors

The Solid Colors report uses SmartTargetTM technology to pull key patches from the target, including:

This feature provides a quick and easy way to view these important colors without having to remember where they are on the target.

For example, you can check to see if your paper has any optical brighteners by quickly choosing the paper white patch and viewing the histogram.

For more information on optical brighteners, click here.

Note: These patches must exist in the color set in order for Maxwell to find them!



Target View

Target View

Target View will display the target colors in the correct dimensions if Maxwell can recognize the target contents.

More options:

Clicking again on any color in the target will


Digital PressWatch and HeatMap

Example of a heatmap showing a bad Pip on an Indigo digital press.

The Target View is instrumental in the Digital PressWatch service of Maxwell. Here a target printed over the entire width of the press can help to visually identify variations in color consistency.

The example at right demonstrates what a Digital PressWatch target would look like identifying a worn blanket on an Indigo digital printer.

good to poor

Here is the scale of colors from good to poor:


ab Plot

ab Plot

The a/b Plot is a representation of the colorset as it would be seen in Lab colorspace. This is a 2-dimensional view of your colors showing hue and saturation (but not lightness.)


All the colors shown in Maxwell are taken from the actual color data itself, converted to sRGB in order to be viewed correctly on internet browsers.

Results Summary

Example of a typical Results Summary pane.

The Results Summary pane is a very powerful tool which can be used to diagnose problems and identify what colors are falling outside of the metric tolerance.

Metric Summary

The Metric Summary duplicates the metric results as they would be seen by the label printed by the Maxwell Client.

dE Histogram

The delta E histogram will confirm which delta E calculation is being used here: dE2000 or dE76.

The histogram identifies which delta E result occurs most often in the data. Bell curve graphs are popular for identifying trends in data.


Patch to Patch Comparison

Patch-to-patch comparison showing color coded Lab values.

The Patch to Patch Comparison provides a direct comparison between the reference patches and the corresponding sample patches. This includes:

Quadrant of color from +a to -a and +b to -b


Sorting

Note that each of these columns are able to be sorted. Here are some examples of how to use this powerful feature:

  • For example, if you click on the "dE" column header, all of the colors in the list are sorted according to smallest to the largest dE values. Clicking the dE heading again will sort them all from highest to lowest. This is very useful for quickly determining the worst colors and identifying common characteristics.
  • Click on the "DeviceValues" header to order the list according to device values. You can quickly identify if your color list contains duplicate patches.
  • Click on the one of the Lab headers to sort all patches according to luminosity.
  • By default the Patch to Patch comparison matrix is sorted according to patch order in the reference file. To return to this sorting, click on the # heading over the left-most column.


Actions

further actions


Download

Some advanced users can download measurement files.

This link provides a dialog window for saving this measurement on the user's computer.

Information on downloading multiple files can be found here: For more information on this, see the page on Multiple File downloads.

Verify in Curve

This link will automatically launch the latest version of Curve on the user's computer, and insert this measurement into the "Verify" module of Curve for instant feedback on how the measurement compares with various industry standards set up in Curve.

Add to Curve

This link will open the Curve software in the Calibrate module.

Download by MXC

This link will download the measurement file onto the host computer by use of the Maxwell Client software (if installed). This allows for placing the file in a user-defined location automatically.


Measurement Conditions

Measurement conditions that can be tracked by Maxwell

Maxwell attempts to save a record of every variable that could influence the measurement process. Depending on the instrument used, some of these measurement conditions will be listed, and others will be undefined. When it comes to knowing what conditions contributed to your measurement, this information can be vital in maintaining accurate measurements, or diagnosing problems.

Optics

Measuring

Calibration

Measurement Source

Environmental Conditions

Measurement Conditions tracked in Maxwell

If information is available for environmental data, Maxwell will record this information in the Color Set Details.
Here are some of the ways that environmental data can be made accessible:


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