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Character Creation/Design

Anomalous Special Genetics

Special Genetics!

Along with the strange new mutations that have sprouted on the equines, the gene pool of Anomalous has also mutated!  New genes have been sprouting up at random across all the herds, seemingly undeterred by location or bloodline.  Genes may suddenly appear without warning, particularly if the gods feel like stirring the pot.   For more information on the new genes, read on!

The Calico Gene

Gene Sheet: Anomalous Complex | The Calico Gene

Brief Description:
Creates patchy white/black markings very similar to a calico cat's markings!  As with cats, only females will have the patchwork markings.  Females with a single copy will only show green eyes, as it takes two copies for the pattern to show upon the coat.  Males, whether dominant or carriers, cannot express Calico but will have green eyes that indicates they carry the gene.  See gene sheet for more details!

The mane on a design will show dark where the dark coat spots sit.

Calico Genotypes (Female):

  • nCl = Calico Carrier (Green eyes; no markings).

  • ClCl = Calico (Pattern & Green eyes).

Calico Genotypes (Male):

  • nCl = Calico Carrier (Green eyes; no markings).

  • ClCl = Calico (Green eyes; no markings).

The Merle Gene

Gene Sheet: The Merle Gene

This gene dilutes (lightens) all but select mottled patches on an individual's coat, with varying levels of light or heavy patchwork patterns.  The male counterpart to the females-only Calico gene, Merle naturally only appears on biologically male individuals, although it can be carried by biologically female individuals; with the use of an Actaeos's Apple, biologically female characters can present the Merle gene.  Additionally, the presence of this gene will automatically shift your character's default eye color to a stunningly pale blue.  However, when creating a design with this gene, beware!  While lovely to behold, two copies of this gene causes high amounts of white patches across the coat but is also associated with moderate to severe genetic defects; designs with two copies of the Merle gene will be rolled for an appropriate genetic defect!Merle goes over all but countered + white genes.   

Currently, a Merle Gene Sheet is in progress; until it is formally posted, you may use searches for images of dogs with the 'Merle' gene as a point of reference when designing.

  • Possible Genotypes

    • [Note | Use of an Actaeos's Apple will reverse the effects of the descriptions below]:

      • nMrl [One copy of the Merle gene] | On biologically male individuals, nMrl will display the characteristic patchwork Merle coat color!

      • MrlMrl [Double Merle] | On biologically male individuals, MrlMrl will display the characteristic patchwork pattern of the Merle gene with high patches of white.  Results in genetic defects!

The Countered Gene

Gene Sheet: Anomalous Complex | Countered Gene

Brief Description:
The Countered gene is a new gene that creates counter-shading on the upper and lower halves of the body!  Shading can be stark black or white but most commonly blends into the natural shades of the coat.  Darker shading follows the top-line while lighter shading is contained to the bottom half of a body.  Counter-shading can be quite extensive or more minimal and, depending on whether the expression is regular or suppressed, the edges can either be soft or sharp!  Please note that Countered falls below normal paint genes such as Tobiano or Dominant Dye but will fall above base coat dilutions such as Solis, Tiger Dun, Dilute Dye, and Whale! 

Regular Expression is Dominant over Suppressed Expression! So, if you have a copy of Regular Countered and Suppressed Countered (ie, CtrCtrS) Regular Countered will be expressed!

Countered - Regular Expression:

  • nCtr = Countered.

  • CtrCtr = Countered.

Lightens up the lower half of the body, regardless of base coat color, and darkens the upper half of the body with tones that blend into the coat.  Darker shading may not appear in darker coat colors.  Edges are not sharp; instead, they fade into the natural color of the base coat.  Points where the edges meet are typically blended together, although the darker top-line shade does tend to dominate the lighter shade of the lower body.
 

Suppressed Countered:

  • nCtrS = Suppressed Countered Carrier (No Countered expression!)

  • CtrCtrS = Countered (Suppressed Countered Carrier).

  • CtrSCtrS = Suppressed Countered.
     

Acts the same as Regular Expression Countered but creates sharp edges instead of fading edges.  Can be minimal or extensive.  Points where the edges meet are typically dominated by the darker shade of the top-line.

The Dart Frog Gene

Gene SheetThe Dart Frog Gene

Brief Description:
Acts similar to a paint gene, except that it is black (pale enough to see the lines)!  Dart Frog can create a multitude of neat markings, including spotting, hooding, and stocking-like markings.  Dart Frog will cover any other gene present, including dominant white, Dominant Dye, and other paint markings!  Edges are always clean and not jagged and the gene does not affect the hooves or eyes.

Dart Frog Genotypes:

  • nDf = No Dart Frog portrayed (Dart Frog carrier)

  • DfDf = Dart Frog

​

Origami, Dart Frog Variant
Acts the same as regular Dart Frog, except it is white!

Origami Genotypes

  • nDfo = No Origami Portrayed (Origami carrier)

  • DfDfo = Dart Frog (Origami Carrier)

  • DfoDfo = Origami

The Dusk Gene

Gene SheetThe Dusk Gene

Brief Description:
Gradually darkens the coat over time!  See the breed sheet for more details.

Dusk Genotypes:

  • nDu = No Dusk (Dusk Carrier).

  • DuDu = Dusk.

The Dye Gene

Gene SheetThe Dye Gene

Brief Description:
The Dye gene does what it sounds like it does - it dyes the base coat!  The Dye gene recolors the base coat of an equine, regardless of coat color, to up to three different shades/hues with the exception of true black/white. In one form, the Dye gene acts like a dominant white gene (see Riq Design) and will completely cover any base coat dilutions/paint patterns where the gene appears.  In its Dilute form it will fall beneath any paint patterns/white markings and may either fade to reveal the base coat and its dilution beneath it (see Djamila | Free Creation Design) or fall below the paint/white genes but completely mask any further markings such as dun below it (see Ataahua|Hihiri Holy One).  When either form of Dye is paired with Scorch, it will be ‘erased’ and reveal the pure base coat from beneath the Dye (ie, bay coat will be visible beneath a coat otherwise turned blue by the Dye gene!). The dye gene cannot make defined patterns - eg. starbursts, flowers, etc. Tattoos are the only item in game that can apply this.

Dominant Variation of Dye:

  • nDyD = No Dye (Dominant Dye Carrier)

  • DyDDyD = Dominant Dye 

As aforementioned, the Dominant variation of Dye will completely cover ALL paint patterns/base coat where the Dye appears in up to three different colors with the exception of true black/white.  While most commonly it covers the entire body (see Riq Design), it can also be quite restricted (see Rhaego Al-Taj Design) with crisp edges.  Contrary to its name, Dominant Dye will only appear on a base coat if two copies of DyD, ie, DyDDyD, are present.  If DyDyD occurs, the Dominant Dye will then be recessive and only Dilute Dye will occur!

Dilute Variation of Dye:

  • nDy = No Dye (Dilute Dye Carrier)

  • DyDy = Dilute Dye

  • DyDyD = Dilute Dye (Dominant Dye Carrier)

The more common form of Dye, Dilute Dye falls below any paint/white patterns such as Tobiano and Countered but will cover base coat dilutions like Noctis or Cream.  Coverage can be full body (see Ataahua|Hihiri Holy One) or restricted (see Andromeda).  Dilute dye can appear in up to up to three different colors with the exception of true black/white upon the coat and does not appear to have any true pattern rules, although most often the edges appear of the markings seem to rough/scattered, akin to Sabino roaning.

The Fawn Pangaré Gene

Gene SheetFawn Pangaré Gene

Brief Description:
While it takes two copies for this gene to be visible, those that do can get minimal to maximal fawn-like spotting along their top-line!  Fawn Pangaré will fall below paint patterns but can fade into the natural tones of the base coat.  See the breed sheet for more details.

Fawn Pangaré Genotypes:

  • nPgf = Fawn Pangaré Carrier (No regular Pangaré; No Fawn Pangaré)

  • PgPgf = Regular Pangaré (Fawn Pangaré Carrier)

  • PgfPgf = Fawn Pangaré

The Noctis/Solis Gene

Gene SheetAnomalous Complex | Noctis Solis Gene UPDATE
Example Sheets:
Anomalous Complex | Solis Gene Examples
Anomalous Complex | Noctis Gene Examples


Brief Description:
Both Noctis and Solis are both recessive genes that act as dilutions upon any color base coat!  These will fall below any paint patterns such as Sabino or Splash.  While Noctis will create a blue/purple hue to the overall coat while Solis will lend an extra fiery red hue to the overall coat!  Noctis coats will have purple hooves/eyes while Solis coats will have gold hooves/eyes.  

This gene gives a gradient that starts dark at the legs and lightens to the topline. The mane and tail start pale at the roots, and darken at the tips. See design sheet for examples.

 Note that Noctis and Solis occupy the same genetic locus (akin to Cream/Pearl).  While you can never have a character carry two copies of Noctis or Solis, if they come together magic happens!  Noctis-Solis coats obtain a pink/magenta hue that can either be solid, a gradient or patchy patterns of pink and purple!  If bred, Noctis-Solis can donate either one copy of Solis or one copy of Noctis to the resulting foal but not both!

Possible Noctis Genotypes:

  • nNoc = No Noctis (Noctis Carrier)

  • NocNoc = Noctis

Possible Solis Genotypes:

  • nSol = No Solis (Solis Carrier)

  • SolSol = Solis

Possible Noctis-Solis Genotype:

  • NocSol = Noctis-Solis

The Nova Gene

Gene Sheet: The Nova Gene

Brief Description:
This gene bestows a marble/roan-type appearance very similar to a Supernova!  Visible on any base coat, is will fall below most genes and lends a wonderful effect on the coat when paired with Solis/Noctis.  Nova requires two copies to be present.

Possible Nova Genotypes:

  • Nvnv = No Nova (Nova Carrier).

  • nvnv = Nova (See breed sheet for examples).

The Rosette Gene

Gene SheetAnomalous Complex | Rosette Gene

Brief Description:
A new gene that creates leopard-like spots or rosettes that follow the natural curves of the body!  Can be either stark white or black but most commonly blend into the natural tones of the base coat.  Spots can either be tiny and circular or large and oblong like those of a tabby. White genes cover this gene. In some cases, spots can be so close together that they can quite nearly create stripes!  Spots are a rare gene throughout all the herds and typically keep to the upper-half of the body, although they can span across the entire body.

Possible Rosette Genotypes:

The Scorch Gene

Gene SheetAnomalous Complex | Scorch Gene

Brief Description:
Scorch is the Magic Eraser of the Anomalous world!  The Scorch gene essentially ‘burns’ away all genetic dilutions added to a base coat, including genes such as Dun, Appaloosa, or Rosette.  For example, areas affected by Scorch on a Cremello will reveal the chestnut coat beneath the double cream dilution!  The regular expression of Scorch erases dilutions along the top-line while the inverse expression affects the lower half of the body, removing any and all white markings and dilutions.  Scorch can be very minimal or quite extensive and edges where Scorch has erased can either be stark, mottled, or smooth.  

Regular Expression Scorch is dominant over Inverse Scorch.  In order for Inverse Scorch to be expressed, the individual must have two copies of Inverse Scorch (ie, SchiSchi).

Regular Expression of Scorch

  • Example: Pool Design | February #001

  • nSch = Regular Scorch

  • SchSch = Regular Scorch

  • SchSchi = Regular Scorch (Inverse Scorch Carrier)

Erases all markings across the top line and leaves only the base coat visible.  Edges can be either soft, mottled, or sharp but will never cross 

Inverse Expression:

  • nSchi = No Scorch (Inverse Scorch Carrier)

  • SchSchi = Regular Scorch (Inverse Scorch Carrier)

  • SchiSchi = Inverse Scorch (see Pool Design | June #097).

The recessive form of Scorch needs two copies to be presented on the coat and erases all markings across the bottom half of the body, leaving only the base coat visible.  Edges can be either soft, mottled, or sharp.

The Tiger Dun Gene

Gene SheetAnomalous Complex | Tiger Dun Gene

Brief Description:
A variation of the dun gene that creates tiger-like stripes!  Stripes generally originate from the line of the spine and follow the natural curves of the body.  Occasionally, the stripes caused by Tiger Dun can be outlined with a darker or lighter shade but generally are a single, solid color.  Tiger Dun’s stripes can cover the entire body or appear in more limited quantities and, while capable of appearing as stark white or black, Tiger Dun most commonly blends into the natural hues of the base coat.  Note that Tiger Dun acts as a base coat dilution and will be affected by all other genes as regular expression due is (ie, will be covered by paint genes, Solis, etc).

This gene does NOT include the Dun gene when purchased. 

Partial Tiger Dun Genotypes

  • Example: Pool Design | February #035

  • nD/nTs = Partial Tiger, Minimal to Average Vertical Striping.

  • DD/nTs = Partial Tiger, Minimal to Average Vertical Striping.
     

Max. Tiger Dun Genotypes:

  • Example: Pool Design | February #026

  • nD/TsTs = Max Tiger, Maximal Vertical Striping.

  • DD/TsTs = Max Tiger, Maximal Vertical Striping.
     

Flanked Tiger Dun

A sub-variant of the Tiger Dun gene. Normal Tiger Dun is dominant to this gene, and overrides it when present. This gene produces horizontally aligned closely packed stripes along the top-line, separate from the dorsal stripe which is present in Flanked Tiger Dun. Additional horizontal stripes move down the body, parallel to the top-line. This has the same aspects/conditions as the traditional Tiger Dun gene.

 

Flanked Tiger Dun can also produce a full length conglomerate body stripe on both sides of the top-line. Partial Flanked Tiger Dun can produce a conglomerate stripe on both sides of the top-line that spans half the length of the body or less. Conglomerate stripes are many stripes packed close together to create a thick horizontal band.

  • nD or DD/TshTsh = Flanked Tiger Dun 

  • nD or DD/TshTs = Flanked Tiger Dun Carrier

  • nD or DD/Tsh = Partial Flanked Tiger Dun

  • Tsh = Flanked Tiger Dun Carrier

The Variegated Gene

Gene SheetAnomalous Complex | Variegated Gene

Brief Description:
The Variegated gene creates stripes of color in the mane and tail. Stripes can be stark white or black, but most commonly blend into the natural tones of the base coat. Typically the stripes come in two different colors, but can have as few as one and no upper limit on variation. Stripes cannot cover more than 75% of the natural mane and tail color in the most extreme expression, but minimal expression can consist of a single stripe in only one location. Placement can occur in the mane, the tail, or both places. Stripes can be thick, thin, soft or crisp. This gene reacts when paired with certain gene, please see the Gene Sheet for more detail!

Variegated Genotypes

  • nV = Variegated visible.

  • VV = Variegated visible.

The Whale Gene

Gene SheetThe Whale Gene

Brief Description:
A simple dominant gene, Whale only requires one copy to be present and acts similar to a paint pattern!  It will fall below genes such as Tobiano and Countered.  While the base coat can show 'through' the pattern of the whale that it is based on (see Lohilde | Lohane x Adelaide, Year 1996) it can also completely mask the base coat!  See the breed sheet for more extensive information.

Possible Whale Genotypes:

  • nWh = Whale patterns visible.

  • WhWh = Whale patterns visible.

The Wolf Gene

Gene SheetAnomalous Complex | Wolf Gene
 

Brief Description:
A recessive gene that mimics the ticking/pattern in the fur found in Wolves. This gene appears on all base coats, and sits under all white genes. Saevarg characters can freely add this gene to their starter designs.

Possible Wolf Genotypes:

  • nWlf = Wolf patterns not visible.

  • WlfWlf = Wolf patterns visible.

The Emperor's New Carrier

Gene Sheet: N/A

Brief Description:
While this carrier may only be obtained through in-game events, it acts as a genetic wildcard. Foals of a character with this gene have a chance of inheriting this special carrier when born, which is randomly rolled by Admins to determine which carrier gene the foal inherits upon breeding submission.

Possible Emperor's New Carrier Genotypes:

  • nEnc = Emperor's New Carrier

  • EncEnc = Not possible!

The Emperor's New Carrier

Gene Sheet: N/A

Brief Description:
While this carrier may only be obtained through in-game events, it acts as a genetic wildcard. Foals of a character with this gene have a chance of inheriting this special carrier when born, which is randomly rolled by Admins to determine which carrier gene the foal inherits upon breeding submission.

Possible Emperor's New Carrier Genotypes:

  • nEnc = Emperor's New Carrier

  • EncEnc = Not possible!

The Barring Gene

Gene Sheet: Coming Soon!
 

Brief Description:
A dominant gene that  resembles the barring marks on certain species of owls and other avians! 

 

Examples of Barring: Barring Example 1 Barring Example 2 Barring Example 3

Possible Barring Genotypes:

  • nBr = 60% or less coverage

  • BrBr = 60%+ coverage, up to full body!

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