Settings Templates 

Doublehues: Enhance your color vision 2-fold by multiplying and recycling the basic hues. Blue is the only exception and stays the same normal color. This arrangement makes every impossible color of this template a unique hue.

Octavision: Enhance your color vision 8-fold by multiplying and recycling the basic hues. 

This is on of the templates Ooqui is most familiar with.

Mainvision: Enhance your color vision ?-fold by implementing a lot of impossible colors with different saturation and luminance values. 

This is on of the templates Ooqui is most familiar with.

True Protanopia: Downgrade your color vision to the total red deficiency: protanopia. This is a form of red-green color vision deficiency where all of the red cones are either heavily impaired or totally missing. This is a more accurate depiction of protanopia. 

Crazy Cyans: A settings template with a pre-randomized color spectrum. The color spectrum has the most color augmentations in the cyan range.

Orange Highlights: The left eye will only be able to see orange as a color. Everything else will be gray. In combination with your right eye, which will still see colors normally, all the oranges will be highlighted.

Small Yellow: Yellow highlights.

Hyperspectral Tier 2: Incredibly enhance your color discriminability by making each individual color have a more unique color.

Slight Motion Enhancement 1: By using this template you can continuously look back in time for a short time frame, which is visible via white edges. Small motion is incredibly enhanced.

Black Motion: Highlight only the moving pixels, everything else will be black. This template enhances even the smallest motion.

Simple Protanopia Correction: Shift the right eye's red-green dichromatic colors into the red color dimension in order to simulate two different color vision deficiencies in your two eyes. This subsequently creates a form of trichromacy with only red-green dichromatic impossible colors.

Complex Protanopia Correction: The right and left eye's colors are changed in way to allow for more red-green dichromatic impossible colors. The binocular combination of these two custom spectra allows for a very good simulation of trichromatic vision.

Time Corrected Protanopia: This is a very complex protanopia correction and only recommended for advanced Color in Color users. Simulate trichromacy+ by implementing temporal and impossible colors into your color vision.

Simple Blue Monochromacy Correction: A blue cone monochromacy correction by implementing impossible temporal blue colors into your color vision. The slow right to left moving and blinking colors are reds, the faster left to right moving an blinking colors are blues, and the both fast and slow blinking colors are mainly the greens (and some magentas).

Simple Red Monochromacy Correction: A red cone monochromacy correction by implementing impossible temporal red colors into your color vision. The slow right to left moving and blinking colors are reds, the faster left to right moving an blinking colors are blues, and the both fast and slow blinking colors are mainly the greens (and some magentas).

Hyperdimensional Colors: ADVANCED!

The combination of multiple modes, combined with impossible and temporal colors. This is a very complex color vision which takes a long time to master!

Hyperspectral Complex: ADVANCED!

The combination of the Hypectral Color and Color in Color mode. This color vision is close to a form of tetrachromacy in the RGB color space, as it tries to squash in another dimension of color with very unique impossible colors into the trichromatic color dimension. This is a very complex color vision which takes a long time to master!

4-Fold Temporal Colors 1: ADVANCED!

The combination of multiple Color in Color templates via temporal and impossible colors. This creates impossible temporal colors which are made up of 4-fold impossible colors. This is a very complex color vision which takes a long time to master!