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1 | Reference Used: http://majnouna.deviantart.com/art/Guide-to-Cat-Colors-Patterns-91579716 | Go to this link to breed your cats: https://docs.google.com/spreadsheets/d/1c8AQnOts_AAnrKPL6l0TgK-aTKpzRVOtrSjVADYN6QE/edit?usp=sharing | EYE COLOR AND BODY MUTATIONS BELOW | SCROLL WAY | ||||||||||||||||||||||
2 | CAT BODY AND COLOR GENERATOR 1.0 BY TEGAN | GENERATOR PORTION STARTS AT COLUMN A AND ROW 60 | WHITE SPOTS CHART | DOWN FOR | ||||||||||||||||||||||
3 | BODY TYPE: | Genetic Symbol | SEX: | Genetic Symbol | FUR LENGTH | Genetic Symbol | Dominance | BASE COLOR | (oh god here we go) | TORTOISESHELL | TABBY (more exposition under the sheet) | POINTS (aka siamese markings) | TIPPING (description under the sheet) | WHITE SPOTS | INFO ON HOW | |||||||||||
4 | Oriental | OOOOO | Female | XX | Short | L | Inc. Dominant | EXPOSITION BEFORE WE GET INTO THIS: | If your cat has 2 X genes, roll | (Note: Always roll for this and other coat modifiers | Type | Genetic Symbol | Dominance | Type | Genetic Symbol | Dominance | Type/Grade | Genetic Symbol | Desc. | TO ROLL A CAT OK | ||||||
5 | Foreign | OOOOS | Male | XY | Long | l | Recessive | Cats have 2 potential "pure" pigment genes: Eumelanin (black), and | coat color again. If you ended up | ((tipping, points, etc)), but if you have a genetically | None | P | Inc. Dominant | Tips | t | Recessive | 1 | nnnnnnnn | No white | |||||||
6 | Semi-Foreign | OOOSS | Female | XX | Short | L | Inc. Dominant | Phaeomelanin (red). Pure red cats are more likely to be male than | with a different color, your cat is | all white cat, they will NOT show up.) | Pointed | p | Recessive | Shade | s | Recessive | 2 | Snnnnnnn | ||||||||
7 | Semi-Cobby | OOSSS | Male | XY | Long | l | Recessive | female. I don't know exactly why, and I'm not putting it the gen. | tortoiseshell. Whether or not it is | Tabby Type | Genetic Symbol | Dominance | None | P | Inc. Dominant | Smoke | m | Recessive | 3 | SSnnnnnn | mitts and white chest | |||||
8 | Cobby | OSSSS | Female | XX | Short | L | Inc. Dominant | Cats can only be one of these colors at a time, unless they're | brindled (mixed colors) or distinct | Mackerel | m | Dominant | None | P | Inc. Dominant | Golden Tip | gt | Recessive | 4 | SSSnnnnn | Tuxedo Cat | |||||
9 | Substantial | SSSSS | Male | XY | Long | l | Recessive | tortoiseshell (see sex section). Tabby coloration and white | (calico- distinct patches of red | Classic | c | Recessive | None | P | Inc. Dominant | Gold Shade | gs | Recessive | 5 | SSSSnnnn | ||||||
10 | (The more Os, the more skinny | Female | XX | Short | L | Inc. Dominant | spots are separate genes layered on top of these. However, these | and black) depends on how much | None | n | Recessive | None | P | Inc. Dominant | Gold Smoke | gm | Recessive | 6 | SSSSSnnn | cap and saddle | ||||||
11 | with a wedge shaped head and | Male | XY | Long | l | Recessive | two pigments can also have "dilution" genes, that will lighten the | white spotting there is. A spotting | Spotted | s | Recessive | None | P | Inc. Dominant | White Tip | w | Recessive | 7 | SSSSSSnn | patched colors | ||||||
12 | whip like tail the cat will have. | Female | XX | Cornish Rex Curl | r | Recessive | color of the fur; a black cat with a Dilute (maltesing) gene will appear | degree of 5 or more will result | Ticked (Residual) | r | Recessive | None | P | Inc. Dominant | None | T | Dominant | 8 | SSSSSSSn | |||||||
13 | The more Ss, the more stocky | Male | XY | Selkirk Rex Curl | Se | Inc. Dominant | blue or grey, and a cat with a second dilution gene, called double | in clear, distinct patches. | Ticked | t | Recessive | Pointing is actually a variation of the albinism gene | None | T | Dominant | 9 | SSSSSSSS | Only very small patches of color. | ||||||||
14 | with a rounder face and tail the | Male | XXY | LaPerm Curl | LP | Dominant | dilution or "caramelizing" will have more of a caramel tint to them. | Mackerel | m | Dominant | ,meaning that it prevents certain parts of the body | None | T | Dominant | 1 | nnnnnnnn | No white | |||||||||
15 | cat will have.) | Male | XY | Sphynx no hair | hr | Recessive | However, this double dilution is very rare and not really recognized | Classic | c | Recessive | from producing the normal colors. The parts of the | None | T | Dominant | 1 | nnnnnnnn | No white | |||||||||
16 | Female | XX | Peterbald no hair | Hp | Dominant | by any breeding societies so it only rarely shows up. But it's still here | . But it's still | None | n | Recessive | body that are coldest however; the feet, face, and | None | T | Dominant | 1 | nnnnnnnn | No white | |||||||||
17 | Male | XY | Wirehair | Wh | Dominant | Here because why not. Along with THAT, the pigment in eumelanin | Spotted | s | Recessive | tail, specifically, show their colors as normal. The | None | T | Dominant | 1 | nnnnnnnn | No white | ||||||||||
18 | Female | XX | Short | L | Inc. Dominant | can also have reduced pigment density- full density is black, lesser | Mackerel | m | Dominant | colored portions can, however, still have white | None | T | Dominant | 1 | nnnnnnnn | No white | ||||||||||
19 | Male | XY | Long | l | Recessive | density is chocolate/brown, and even less density is cinnamon. | Classic | c | Recessive | spotting, making some pointed cats have white | None | T | Dominant | 1 | nnnnnnnn | No white | ||||||||||
20 | Female | XX | Short | L | Inc. Dominant | Red cats do not have this reduced pigment density, but ARE a | None | n | Recessive | mitts and face spots on their colored parts. | None | T | Dominant | 1 | nnnnnnnn | No white | ||||||||||
21 | Male | XY | Long | l | Recessive | affected by dilution genes. White coloration in cats is caused by | Mackerel | m | Dominant | Note that points also don't completely bleach the | None | T | Dominant | 1 | nnnnnnnn | No white | ||||||||||
22 | Female | XX | Short | L | Inc. Dominant | either one of two things: albinism (caused by a genetic mutation), | Classic | c | Recessive | parts of the fur that aren't the extremities; it simply | None | T | Dominant | 1 | nnnnnnnn | No white | ||||||||||
23 | Note: Coat color in cats is held | Long | l | Recessive | which pretty much breaks a cat's capabilities to produce pigment, | None | n | Recessive | lightens them. | None | T | Dominant | White spots, like all other type of white, | |||||||||||||
24 | on the X gene. This means that | Short | L | Inc. Dominant | and the white genes, which suppress the other genes and make it | Mackerel | m | Dominant | POINTS Modifiers: | None | T | Dominant | completely cover up all other color, but come in | |||||||||||||
25 | female cats, having 2 X genes | Long | l | Recessive | so a cat doesn't produce any pigment at all, and the default color of | Classic | c | Recessive | Type | Genetic Code | None | T | Dominant | a huge variety of shapes and color. Unique types | ||||||||||||
26 | can have both red and black | Short | L | Inc. Dominant | a cat's fur is, as in all mammals, white. Fur colors of red and black | None | n | Recessive | Siamese | S | None | T | Dominant | include "belted" cats, which have a single band | ||||||||||||
27 | coloration, in a pattern called | Long | l | Recessive | only have one gene per X chromosome; if the cat does not have a | Spotted | s | Recessive | Sepia | s | None | T | Dominant | of white around the belly and back, around 5 in the | ||||||||||||
28 | tortoisehell. When the patches | Short | L | Inc. Dominant | second X chromosome, it will not have an extra color pigment. | Coat markings are highly genetically complex, | Siamese type points have the highest amount | None | T | Dominant | grading, and "skunklike" markings, around 5. | |||||||||||||||
29 | are not distinct and are instead | Long | l | Recessive | Again, this causes tortoiseshells, but it also should be noted that | interacting in ways that we don't fully understand | of contrast between body color and points, while | None | T | Dominant | However, white usually starts around the feet, | |||||||||||||||
30 | very mingled, the pattern is called | Short | L | Inc. Dominant | if your cat is male, you should NOT be generating two genes as | to this day. Sometimes, a certain type of marking | Sepia has relatively low contrast. A point in | None | T | Dominant | chest, and belly, and works it's way up as the grade | |||||||||||||||
31 | brindled. On top of that, if a | Long | l | Recessive | with fur color. Also, dilute genes go over top of everything even | will cancel another one out, sometimes it won't. | between has middling contrast, and is commonly | None | T | Dominant | increases, so such distinct patterns like that are | |||||||||||||||
32 | tortoiseshell cat has a large | Ok so. Incomplete dominance. As you know, there | if you have two X chromosomes; you can't have full black fur | Sometimes a completely seperate gene will pop up | called Mink. So, SS would be high contrast, pure | None | T | Dominant | rare. | |||||||||||||||||
33 | amount of white, they are called a | are 2 copies of all of these genes- for example, in | and caramelized red patches, it doesn't work like that. | RESEMBLING another one, making it appear | siamese, Ss would be mink, and ss would be | None | T | Dominant | EYE COLOR | |||||||||||||||||
34 | calico or tri-color. If a male cat | sex, there is one x gene and one y gene in males. | COLOR | Genetic Symbol | Dominance | OVERLAYS | Genetic Symbol | Dominance | like it randomly became dominant, but it actually | sepia. | None | T | Dominant | Eye color honestly depends less on genetics and | ||||||||||||
35 | has a genetic mutation that allows | This applies to all other genes as well. So, for | Eumelanin (blk) | B | Dominant | White | W | Dominant | isn't... it's all very confusing, so we'll be using a | None | T | Dominant | what colors your cat has ended up with. The less | |||||||||||||
36 | them to have 2 x genes and 1 y, | example, a cat could have two dominant L genes- | Brown | b | Recessive | No White | w | Recessive | simplified version here. Each tabby type here can | Tips | t | Recessive | pigment in the fur, the less pigment in the eyes- | |||||||||||||
37 | they will almost always be sterile. | aka LL, and that would be your average short | Cinnamon | b1 | Recessive | No Dilution | D | Dominant | be considered dominant to the one below it, but not | BODY MUTATIONS: Mutations that affect the | Shade | s | Recessive | aka the more likely they are to be light in color or | ||||||||||||
38 | furred cat. However, a cat with two ll genes would | Eumelanin (blk) | B | Dominant | White | W | Dominant | above it. (At least, from rows 8 through 13.) | body. If homozygous (two of the gene in one cat), | Smoke | m | Recessive | blue. Only albinos ever have red eyes, and even | |||||||||||||
39 | have a long coat. Two of both- Ll, would result in | Eumelanin (blk) | B | Dominant | No White | w | Recessive | DESCRIPTIONS: | Tailless (Manx), forward ear fold, and short leg are | Tips | t | Recessive | then they are more likely to have blue (as the | |||||||||||||
40 | a coat that is a mix. That is what incomplete | Phaeomelanin(red) | O | Dominant | No Dilution | D | Dominant | Mackerel: Most common. Long, thin stripes. | LETHAL. These mutations however, are incredibly | Shade | s | Recessive | natural shapes of the folds in the iris actually | |||||||||||||
41 | dominance is- it doesn't overwrite the recessive | Phaeomelanin(red) | O | Dominant | No White | w | Recessive | Classic: Second most common. Thicker, blotchier. | rare, and will sometimes mutate into the population. | Smoke | m | Recessive | refract light in a way that makes it look blue | |||||||||||||
42 | gene completely, but ends up creating a mix of the | Phaeomelanin(red) | O | Dominant | No White | w | Recessive | Spotted: Distinct spots, residual leg and tail stripes. | Type | Genetic Symbol | Dominance | None | T | Dominant | despite having no pigment. Blue albino eyes will | |||||||||||
43 | two. A plain dominant cat; such as Whl- wirehair | No Dilution | D | Dominant | Ticked: Related to tipping, but not consistent | Bobtail | b | Recessive | None | T | Dominant | have a red sheen to them in some lights.) | ||||||||||||||
44 | and Long- no matter what, will always display | Maltese (Dilute) | d | Recessive | across the body, giving a freckled look. Residual | Tailless (Manx) | T | Dominant | None | T | Dominant | Full Colors | Dilute Pigment | Specialized | ||||||||||||
45 | the wirehair coat, not the long hair coat. If you gett | Caramelized (D2) | d1 | Recessive | ticking still has stripes on the legs, tail, and neck. | Forward ear fold | F | Dominant | None | T | Dominant | Green | Green | Albino Blue | ||||||||||||
46 | two recessive genes, roll a 2 sided die to see which | Albino | a | Recessive | TABBY COLORATION: | Backward fold | E | Dominant | None | T | Dominant | Hazel | Hazel | Red | ||||||||||||
47 | one you get. | Maltese (Dilute) | d | Recessive | Tabby stripes are generally the same color as the | Four Ear | f | Recessive | None | T | Dominant | Gold | Gold | Siamese Blue | ||||||||||||
48 | Results of those (No genetic info here, just for your own reference.) | ^ "No white" is recessive to | rolled coat color, with the coat that isn't striped | Short Leg | mk | Dominant | None | T | Dominant | Yellow | Yellow | Blue-Green | ||||||||||||||
49 | White: Overlays everything- any further coat/patterning genes will | White and "No Dilution" is | being slightly lighter. So a cat with full black genes | Teacup Size | s | Dominant | Description: Tipping is similar to points in that | Amber | Amber | Blue | ||||||||||||||||
50 | still be present in the cat's DNA, but completely invisible to the eye. | dominant to dilution, but "No | and tabby stripes will instead appear to be a dark | Curled Tail | c | Recessive | it bleaches part of the cat's fur, but instead of | Orange | Orange | Turquoise | ||||||||||||||||
51 | Dilute | Double Dilute | Dilution" is not dominant to white | grey cat with black stripes. If it has the no tabby | None | n | Recessive | covering up portions of the cat's pelt, it covers | Copper | Copper | Deep Blue | |||||||||||||||
52 | Black | Blue/Grey | Caramel | and "No white" is not dominant to | gene, then it will once again appear to be a full | None | n | Recessive | entire portions of the entire hair, so the colored part | Colors: | Eye Colors: | |||||||||||||||
53 | Brown | Lilac | Taupe | dilution. So if you get a "No White" | black cat. Dilutions apply to tabby stripings, | None | n | Recessive | (tabby, white spots and all) is only on the very tip | Albino | Albino Blue | |||||||||||||||
54 | Cinnamon | Fawn | Fawn Based Caramel | gene and a "dilution" gene, then | and they still appear in full force on tortiseshell | None | n | Recessive | of the hair. With shading, the color takes up the | Red | ||||||||||||||||
55 | Red | Cream | Apricot | your cat will have a diluted color. | pelts, although when the colors are distinct/calico | None | n | Recessive | first 1/4 of the hair, and with smoke, it takes up | Non Albino White | Blue | |||||||||||||||
56 | Also, Maltese Dilute is dominant | /tricolor, the stripes can be difficult to spot on any | None | n | Recessive | 1/2 the hair. This makes it so the cat's pelt looks | (Note: Cats that are white with | Orange | ||||||||||||||||||
57 | Note: Double dilution is very rare, so as far as I've seen, Fawn | to Double Dilution/Caramelization. | dark black portions. On white spotting and the paler | None | n | Recessive | darker on places where you see the hairs from the | both eyes being blue are most | One eye blue, one orange | |||||||||||||||||
58 | Based Caramel is THEORETICAL only. | parts of pointed cats, stripes will never show up. | None | n | Recessive | side (such as on the back), and lighter where you | often deaf in one or both ears.) | |||||||||||||||||||
59 | None | n | Recessive | see them head on (such as the flanks). It is most | Black | Copper | ||||||||||||||||||||
60 | GENERATE A CAT: | BREEDING CATS: | None | n | Recessive | dramatic an effect when the cat is in motion, and | Orange | |||||||||||||||||||
61 | Instructions: Below will be a randomly generated cat based on the genetics tables | Coming soon! I'll have to make a seperate doc that people can write on for this. | None | n | Recessive | overall can create a sort of "shimmery" effect. | Green | |||||||||||||||||||
62 | given above, with probabilities of certain traits factored in. Don't like the cat you got? | None | n | Recessive | White tipping is the opposite; the white only | Blue | Copper | |||||||||||||||||||
63 | Just refresh the page! However, for eye color, you must compare what cat you got to | None | n | Recessive | appears on the very tip, and the colored portions | Orange | ||||||||||||||||||||
64 | the list of eye colors on the far right of this spreadsheet. Make sure you write down | None | n | Recessive | of the coat at the base of the hair, and golden | Green | ||||||||||||||||||||
65 | these genetics somewhere else, because this specific pattern will disappear the | None | n | Recessive | tipping still has the colored tip, but instead of a | Caramel | Copper | |||||||||||||||||||
66 | moment you close or refresh the page! Make sure you write down both sets of | None | n | Recessive | white base, it is tinted gold. This coloration is | Amber | ||||||||||||||||||||
67 | genes too; this allows for recessive genes and makes the breeding process more | None | n | Recessive | incredibly rare, and I hadn't even heard of it until | Green | ||||||||||||||||||||
68 | indepth. Due to the system I've created though, some sections don't have 2 genes. | None | n | Recessive | I began research for this project. As with Tabby, | Chocolate | Dilute Copper | |||||||||||||||||||
69 | Section | Gene 1 | Gene 2 | None | n | Recessive | row 5 is the most dominant of these coat patterns, | Dilute Orange | ||||||||||||||||||
70 | Body Type: | OOSSS | None | n | Recessive | and row 11 the least dominant, and no tipping is | Lilac | Dilute Copper | ||||||||||||||||||
71 | Sex: | XXY | (Technically this one is two genes, either XX or XY, with the rare XXY, but I didn't set the probability chart up like that. Just put one letter in gene 1 and the other in gene 2.) | None | n | Recessive | dominant over all of it. | Dilute Orange | ||||||||||||||||||
72 | Fur Length: | l | L | None | n | Recessive | Dilute Gold | |||||||||||||||||||
73 | Base Color: | B | O | (If you have a cat with an XY gene, only write down the first one of these colors, as color is determined by the X gene. In the gene 2 section, just write "Y".) | None | n | Recessive | Taupe | Dilute Copper | |||||||||||||||||
74 | Dilution/White: | w | W | None | n | Recessive | Dilute Orange | |||||||||||||||||||
75 | Tabby: | n | s | None | n | Recessive | Dilute Gold | |||||||||||||||||||
76 | Points: | P | p | None | n | Recessive | Cinnamon | Dilute Orange | ||||||||||||||||||
77 | Tipping: | T | T | None | n | Recessive | Fawn | Dilute Orange | ||||||||||||||||||
78 | White Spotting: | nnnnnnnn | None | n | Recessive | Dilute Gold | ||||||||||||||||||||
79 | Body Mutation: | n | n | None | n | Recessive | Fawn Caramel | Dilute Orange | ||||||||||||||||||
80 | Eye Color: Go through the genes you got and | None | n | Recessive | Dilute Gold | |||||||||||||||||||||
81 | figure out what your cat would look like. Then, go | None | n | Recessive | Red | Copper | ||||||||||||||||||||
82 | to the eye color chart and write it down. Roll with | None | n | Recessive | Orange | |||||||||||||||||||||
83 | this where appropriate. http://www.roll-dice-online.com/ | None | n | Recessive | Green | |||||||||||||||||||||
84 | For the sake of easiness, eye color doesn't pass down. | None | n | Recessive | Cream | Copper | ||||||||||||||||||||
85 | None | n | Recessive | Orange | ||||||||||||||||||||||
86 | None | n | Recessive | Apricot | Copper | |||||||||||||||||||||
87 | None | n | Recessive | Orange | ||||||||||||||||||||||
88 | None | n | Recessive | Full Tortoise | Copper | |||||||||||||||||||||
89 | None | n | Recessive | (Tabby and No, | Orange | |||||||||||||||||||||
90 | None | n | Recessive | Dilute and No) | Green | |||||||||||||||||||||
91 | None | n | Recessive | Chocolate and | (with tabby) | Dilute Copper | ||||||||||||||||||||
92 | None | n | Recessive | Cinnamon | Dilute Orange | |||||||||||||||||||||
93 | None | n | Recessive | Tortoiseshell | ||||||||||||||||||||||
94 | None | n | Recessive | Lilac and Fawn | (w/o Tabby) | Dilute Copper | ||||||||||||||||||||
95 | None | n | Recessive | tortoiseshell | Dilute Orange | |||||||||||||||||||||
96 | None | n | Recessive | Dilute Green | ||||||||||||||||||||||
97 | None | n | Recessive | Lilac and Fawn | (with tabby) | Dilute Copper | ||||||||||||||||||||
98 | None | n | Recessive | Tortoiseshell | Dilute Orange | |||||||||||||||||||||
99 | None | n | Recessive | Dilute Green | ||||||||||||||||||||||
100 | None | n | Recessive | WHITE PATCHES OVER A | Blue |