User's Guide
Table Of Contents
- SpectraView User Guide_Cover
- SpectraView_II_UsersGuide_1.1.20_English
- SpectraView_II_UsersGuide_1.1.20_French
- SpectraView_II_UsersGuide_1.1.20_Italian
- SpectraView_II_UsersGuide_1.1.20_German
- SpectraView_II_UsersGuide_1.1.20_Spanish
- SpectraView_II_UsersGuide_1.1.20_Russian
- SpectraView_II_UsersGuide_1.1.20_Chinese

In other instances it is desirable for the monitor to behave as though it has an even larger color gamut than it actually
has. In this case colors that lie outside the displayable range of the LCD panel will be automatically converted to
the nearest displayable color. An example is the DCI colorspace used for Digital Cinema applications. Parts of this
colorspace lie outside the range of displayable colors, but it is still advantageous to have the display appear as DCI color
gamut for all of the parts of the colorspace which lie within the displayable color range.
Note: When the Color Gamut setting is set to anything other than Native, the ICC/ColorSync proles generated by SpectraView
will automatically use the color primary chromaticity values calculated by the display’s internal SpectraView engine, rather
than measurements taken by the color sensor if the current Source of primary color chromaticities for ICC Prole setting
in the Preferences is set to Automatic (default). This feature allows the use of color gamuts that are larger than that which
the display actually has, and encodes the correct color primary chromaticity values within the ICC/ColorSync prole, even
though they may not all be actually be displayable and measurable.
If desired, this behavior can be changed by selecting Calibration Sensor in the Preferences, however note that if a color
gamut larger than that of the display is used, the color primary chromaticity values within the ICC/ColorSync prole will not
correctly represent the Target color gamut.
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