# Chinese zodiac

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Chinese zodiac
You are encouraged to solve this task according to the task description, using any language you may know.
Determine the Chinese zodiac sign and related associations for a given year.

Traditionally, the Chinese have counted years using two lists of labels, one of length 10 (the "celestial stems") and one of length 12 (the "terrestrial branches"). The labels do not really have any meaning outside their positions in the two lists; they're simply a traditional enumeration device, used much as Westerners use letters and numbers. They were historically used for months and days as well as years, and the stems are still sometimes used for school grades.

Years cycle through both lists concurrently, so that both stem and branch advance each year; if we used Roman letters for the stems and numbers for the branches, consecutive years would be labeled A1, B2, C3, etc. Since the two lists are different lengths, they cycle back to their beginning at different points: after J10 we get A11, and then after B12 we get C1. The result is a repeating 60-year pattern within which each pair of names occurs only once.

Mapping the branches to twelve traditional animal deities results in the well-known "Chinese zodiac", assigning each year to a given animal. For example, Sunday, January 22, 2023 CE (in the common Gregorian calendar) began the lunisolar Year of the Rabbit.

The celestial stems do not have a one-to-one mapping like that of the branches to animals; however, the five pairs of consecutive stems are each associated with one of the five traditional Chinese elements (Wood, Fire, Earth, Metal, and Water). Further, one of the two years within each element is assigned to yin, the other to yang.

Thus, the Chinese year beginning in 2023 CE is also the yin year of Water. Since 12 is an even number, the association between animals and yin/yang doesn't change; consecutive Years of the Rabbit will cycle through the five elements, but will always be yin.

Create a subroutine or program that will return or output the animal, yin/yang association, and element for the lunisolar year that begins in a given CE year.

You may optionally provide more information in the form of the year's numerical position within the 60-year cycle and/or its actual Chinese stem-branch name (in Han characters or Pinyin transliteration).

Requisite information
• The animal cycle runs in this order: Rat, Ox, Tiger, Rabbit, Dragon, Snake, Horse, Goat, Monkey, Rooster, Dog, Pig.
• The element cycle runs in this order: Wood, Fire, Earth, Metal, Water.
• Each element gets two consecutive years; a yang followed by a yin.
• The current 60-year cycle began in 1984; any multiple of 60 years from that point may be used to reckon from.

Thus, year 1 of a cycle is the year of the Wood Rat (yang), year 2 the Wood Ox (yin), and year 3 the Fire Tiger (yang). The year 2023 - which, as already noted, is the year of the Water Rabbit (yin) - is the 40th year of the current cycle.

• The ten celestial stems are jiă, , bĭng, dīng, , , gēng, xīn, rén, and gŭi. With the ASCII version of Pinyin tones, the names are written "jia3", "yi3", "bing3", "ding1", "wu4", "ji3", "geng1", "xin1", "ren2", and "gui3".
• The twelve terrestrial branches are , chŏu, yín, măo, chén, , , wèi, shēn, yŏu, , hài. In ASCII Pinyin, those are "zi3", "chou3", "yin2", "mao3", "chen2", "si4", "wu3", "wei4", "shen1", "you3", "xu1", and "hai4".

Therefore 1984 was 甲子 (jiă-zĭ, or jia3-zi3). 2023 is 癸卯 (gŭi-măo or gui3-mao3).

## 11l

Translation of: C++
```V animals = [‘Rat’, ‘Ox’, ‘Tiger’, ‘Rabbit’, ‘Dragon’, ‘Snake’, ‘Horse’, ‘Goat’, ‘Monkey’, ‘Rooster’, ‘Dog’, ‘Pig’]
V elements = [‘Wood’, ‘Fire’, ‘Earth’, ‘Metal’, ‘Water’]

F getElement(year)
R :elements[(year - 4) % 10 I/ 2]

F getAnimal(year)
R :animals[(year - 4) % 12]

F getYY(year)
I year % 2 == 0
R ‘yang’
E
R ‘yin’

L(year) [1935, 1938, 1968, 1972, 1976, 2017]
print(year‘ is the year of the ’getElement(year)‘ ’getAnimal(year)‘ (’getYY(year)‘).’)```
Output:
```1935 is the year of the Wood Pig (yin).
1938 is the year of the Earth Tiger (yang).
1968 is the year of the Earth Monkey (yang).
1972 is the year of the Water Rat (yang).
1976 is the year of the Fire Dragon (yang).
2017 is the year of the Fire Rooster (yin).
```

## 360 Assembly

Translation of: VBScript
```*        Chinese zodiac            10/03/2019
CHINEZOD CSECT
USING  CHINEZOD,R13       base register
B      72(R15)            skip savearea
DC     17F'0'             savearea
SAVE   (14,12)            save previous context
LA     R6,1               i=1
DO WHILE=(C,R6,LE,=A(NY))   do i=1 to hbound(years)
LR     R1,R6                i
SLA    R1,2                 *4
L      R2,YEARS-4(R1)       ~
ST     R2,YEAR              year=years(i)
SH     R2,=H'4'             -4
LR     R7,R2                year-4
SRDA   R2,32                ~
D      R2,=F'10'            /10
SRA    R2,1                 /2
MH     R2,=H'6'             *6
LA     R1,ELEMENTS(R2)      ~
MVC    ELEMENT,0(R1)      element=elements(mod(year-4,10)/2+1)
LR     R2,R7                year-4
SRDA   R2,32                ~
D      R2,=F'12'            /12
SLA    R2,3                 *8
LA     R1,ANIMALS(R2)       ~
MVC    ANIMAL,0(R1)         animal=animals(mod(year-4,12)+1)
L      R2,YEAR              year
SRDA   R2,32                ~
D      R2,=F'2'             /2
SLA    R2,2                 *4
LA     R1,YINYANGS(R2)      ~
MVC    YINYANG,0(R1)        yinyang=yinyangs(mod(year,2)+1)
LR     R2,R7                year-4
SRDA   R2,32                ~
D      R2,=F'60'            /60
LA     R2,1(R2)             nn=mod(year-4,60)+1
L      R1,YEAR              year
XDECO  R1,XDEC              edit year
MVC    PG+00(4),XDEC+8      output year
MVC    PG+24(6),ELEMENT     output element
MVC    PG+31(8),ANIMAL      output animal
MVC    PG+41(4),YINYANG     output yinyang
XDECO  R2,XDEC              edit nn
MVC    PG+49(2),XDEC+10     output nn
XPRNT  PG,L'PG              print buffer
LA     R6,1(R6)             i++
ENDDO    ,                  enddo i
L      R13,4(0,R13)       restore previous savearea pointer
RETURN (14,12),RC=0       restore registers from calling sav
NY       EQU    (ANIMAL-YEARS)/4
ANIMALS  DC     CL8'Rat',CL8'Ox',CL8'Tiger',CL8'Rabbit'
DC     CL8'Dragon',CL8'Snake',CL8'Horse',CL8'Goat'
DC     CL8'Monkey',CL8'Rooster',CL8'Dog',CL8'Pig'
ELEMENTS DC     CL6'Wood',CL6'Fire',CL6'Earth',CL6'Metal',CL6'Water'
YINYANGS DC     CL4'Yang',CL4'Yin'
YEARS    DC     F'1935',F'1938',F'1968',F'1972',F'1976',F'1984',F'2017'
ANIMAL   DS     CL8
ELEMENT  DS     CL6
YINYANG  DS     CL4
YEAR     DS     F
PG    DC   CL80':::: is the year of the :::::: :::::::: (::::).  ::/60'
XDEC     DS     CL12               temp for xdeco
REGEQU
END    CHINEZOD
```
Output:
```1935 is the year of the Wood   Pig      (Yin ).  12/60
1938 is the year of the Earth  Tiger    (Yang).  15/60
1968 is the year of the Earth  Monkey   (Yang).  45/60
1972 is the year of the Water  Rat      (Yang).  49/60
1976 is the year of the Fire   Dragon   (Yang).  53/60
1984 is the year of the Wood   Rat      (Yang).   1/60
2017 is the year of the Fire   Rooster  (Yin ).  34/60
```

## Action!

```DEFINE PTR="CARD"

PTR ARRAY animals(12),elements(5),stems(10),branches(12),yinYangs(2)

PROC Init()
animals(0)="Rat"    animals(1)="Ox"
animals(2)="Tiger"  animals(3)="Rabbit"
animals(4)="Dragon" animals(5)="Snake"
animals(6)="Horse"  animals(7)="Goat"
animals(8)="Monkey" animals(9)="Rooster"
animals(10)="Dog"   animals(11)="Pig"
elements(0)="Wood"  elements(1)="Fire"
elements(2)="Earth" elements(3)="Metal"
elements(4)="Water"
stems(0)="jia"      stems(1)="yi"
stems(2)="bing"     stems(3)="ding"
stems(4)="wu"       stems(5)="ji"
stems(6)="geng"     stems(7)="xin"
stems(8)="ren"      stems(9)="gui"
branches(0)="zi"    branches(1)="chou"
branches(2)="yin"   branches(3)="mao"
branches(4)="chen"  branches(5)="si"
branches(6)="wu"    branches(7)="wei"
branches(8)="shen"  branches(9)="you"
branches(10)="xu"   branches(11)="hai"
yinYangs(0)="Yang"  yinYangs(1)="Yin"
RETURN

PTR FUNC GetAnimal(INT y)
RETURN (animals((y-4) MOD 12))

PTR FUNC GetElement(INT y)
RETURN (elements(((y-4) MOD 10)/2))

PTR FUNC GetStem(INT y)
RETURN (stems((y-4) MOD 10))

PTR FUNC GetBranch(INT y)
RETURN (branches((y-4) MOD 12))

PTR FUNC GetYinYang(INT y)
RETURN (yinYangs(y MOD 2))

BYTE FUNC GetCycle(INT y)
RETURN ((y-4) MOD 60+1)

PROC Main()
INT ARRAY years=[1935 1938 1968 1972 1976 1984 2017 2021]
CHAR ARRAY s
BYTE i,c
INT y

Init()
FOR i=0 TO 7
DO
y=years(i)
PrintI(y) Print(" ")
s=GetStem(y) Print(s) Print("-")
s=GetBranch(y) Print(s) Print(" ")
s=GetElement(y) Print(s) Print(" ")
s=GetAnimal(y) Print(s) Print(" ")
s=GetYinYang(y) Print(s) Print(" ")
c=GetCycle(y) PrintB(c) Print("/60") PutE()
OD
RETURN```
Output:
```1935 yi-hai Wood Pig Yin 12/60
1938 wu-yin Earth Tiger Yang 15/60
1968 wu-shen Earth Monkey Yang 45/60
1972 ren-zi Water Rat Yang 49/60
1976 bing-chen Fire Dragon Yang 53/60
1984 jia-zi Wood Rat Yang 1/60
2017 ding-you Fire Rooster Yin 34/60
2021 xin-chou Metal Ox Yin 38/60
```

Works with: GNAT version 8.3.0
```with Ada.Text_IO; 	    use Ada.Text_IO;
procedure Main is

type Element_Index is mod 5;
type Animal_Index  is mod 12;
type Stem_Index    is mod 10;

type Animal_Array  is array(Animal_Index  range <>) of Unbounded_String;
type Element_Array is array(Element_Index range <>) of Unbounded_String;
type Stem_Array    is array(Stem_Index    range <>) of Unbounded_String;

Ani_Arr : 	Animal_Array 	:= 	(To_Unbounded_String ("Rat"),
To_Unbounded_String ("Ox"),
To_Unbounded_String ("Tiger"),
To_Unbounded_String ("Rabbit"),
To_Unbounded_String ("Dragon"),
To_Unbounded_String ("Snake"),
To_Unbounded_String ("Horse"),
To_Unbounded_String ("Sheep"),
To_Unbounded_String ("Monkey"),
To_Unbounded_String ("Rooster"),
To_Unbounded_String ("Dog"),
To_Unbounded_String ("Pig"));

Bra_Arr :	Animal_Array	:=      (To_Unbounded_String ("子"),
To_Unbounded_String ("丑"),
To_Unbounded_String ("寅"),
To_Unbounded_String ("卯"),
To_Unbounded_String ("辰"),
To_Unbounded_String ("巳"),
To_Unbounded_String ("午"),
To_Unbounded_String ("未"),
To_Unbounded_String ("申"),
To_Unbounded_String ("酉"),
To_Unbounded_String ("戌"),
To_Unbounded_String ("亥"));

Ele_Arr : 	Element_Array 	:= 	(To_Unbounded_String ("Wood"),
To_Unbounded_String ("Fire"),
To_Unbounded_String ("Earth"),
To_Unbounded_String ("Metal"),
To_Unbounded_String ("Water"));

Ste_Arr :	Stem_Array	:= 	(To_Unbounded_String ("甲"),
To_Unbounded_String ("乙"),
To_Unbounded_String ("丙"),
To_Unbounded_String ("丁"),
To_Unbounded_String ("戊"),
To_Unbounded_String ("己"),
To_Unbounded_String ("庚"),
To_Unbounded_String ("辛"),
To_Unbounded_String ("壬"),
To_Unbounded_String ("癸"));

procedure Sexagenary (Year : Positive) is
Base_Year : Positive := 1984;
Temp      : Natural  := abs (Base_Year - Year);
Temp_Float: Float    := 0.0;

Ele_Idx   : Element_Index    := Element_Index'First;
Ani_Idx   : Animal_Index     := Animal_Index'First;
Ste_Idx   : Stem_Index       := Stem_Index'First;
Result    : Unbounded_String := Null_Unbounded_String;
begin
Result := Result & Year'Image & " is the year of ";

if Year >= Base_Year then
Temp_Float := Float'Floor (Float (Temp) / Float (2));
Ele_Idx    := Element_Index (Natural (Temp_Float) mod 5);
Result     := Result & Ele_Arr (Ele_Idx) & " ";

Ani_Idx := Animal_Index (Temp mod 12);
Result  := Result & Ani_Arr (Ani_Idx) & " ";
elsif Year < Base_Year then
Temp_Float := Float'Ceiling (Float (Temp) / Float (2));
Ele_Idx    := Ele_Idx - Element_Index (Natural (Temp_Float) mod 5);
Result     := Result & Ele_Arr (Ele_Idx) & " ";

Ani_Idx := Ani_Idx - Animal_Index (Temp mod 12);
Result  := Result & Ani_Arr (Ani_Idx) & " ";
end if;

if Year mod 2 = 0 then
Result := Result & "(yang). ";
else
Result := Result & "(yin). ";
end if;

Ani_Idx := Animal_Index'First;

if Year >= Base_Year then
Ste_Idx := Stem_Index (Temp mod 10);
Result  := Result & Ste_Arr (Ste_Idx);

Ani_Idx := Animal_Index (Temp mod 12);
Result  := Result & Bra_Arr (Ani_Idx);
elsif Year < Base_Year then
Ste_Idx := Ste_Idx - Stem_Index (Temp mod 10);
Result  := Result & Ste_Arr (Ste_Idx);

Ani_Idx := Ani_Idx - Animal_Index (Temp mod 12);
Result  := Result & Bra_Arr (Ani_Idx);
end if;

Put (To_String (Result));
end Sexagenary;

arr : array(Positive range <>) of Positive := (1935, 1938, 1968, 1972, 1976, 1984, 1985, 2017);
begin
for I of arr loop
Sexagenary (I);
New_Line;
end loop;
end Main;
```
Output:
``` 1935 is the year of Wood Pig (yin). 乙亥
1938 is the year of Earth Tiger (yang). 戊寅
1968 is the year of Earth Monkey (yang). 戊申
1972 is the year of Water Rat (yang). 壬子
1976 is the year of Fire Dragon (yang). 丙辰
1984 is the year of Wood Rat (yang). 甲子
1985 is the year of Wood Ox (yin). 乙丑
2017 is the year of Fire Rooster (yin). 丁酉
```

## ALGOL 68

Translation of: AWK
```BEGIN # Chinese Zodiac #
# returns s right-padded with blanks to w characters, or s if s is already at least w characters long #
OP   PAD = ( STRING s, INT w )STRING:
BEGIN
STRING result := s;
WHILE ( ( UPB result + 1 ) - LWB s ) < w DO result +:= " " OD;
result
[]STRING animal name  = ( "Rat",   "Ox",   "Tiger",  "Rabbit",  "Dragon", "Snake"
, "Horse", "Goat", "Monkey", "Rooster", "Dog",    "Pig"
);
[]STRING element name = ( "Wood",  "Fire", "Earth",  "Metal",   "Water" );
[]INT    test year    = ( 1935, 1938, 1968, 1972, 1976, 1984, 1985, 2017 );
print( ( "year element animal  aspect", newline ) );
FOR i FROM LWB test year TO UPB test year DO
INT    year    = test year[ i ];
STRING element = element name[ ( ( year - 4 ) MOD 10 OVER 2 ) + 1 ];
STRING animal  = animal name[    ( year - 4 ) MOD 12          + 1 ];
STRING yy      = IF ODD year THEN "Yin" ELSE "Yang" FI;
print( ( whole( year, -4 ), " ", element PAD 7, " ", animal PAD 7, " ", yy, newline ) )
OD
END```
Output:
```year element animal  aspect
1935 Wood    Pig     Yin
1938 Earth   Tiger   Yang
1968 Earth   Monkey  Yang
1972 Water   Rat     Yang
1976 Fire    Dragon  Yang
1984 Wood    Rat     Yang
1985 Wood    Ox      Yin
2017 Fire    Rooster Yin
```

## AppleScript

Translation of: JavaScript
```on run

-- ts :: Array Int (String, String)            -- 天干 tiangan – 10 heavenly stems
set ts to zip(chars("甲乙丙丁戊己庚辛壬癸"), ¬
|words|("jiă yĭ bĭng dīng wù jĭ gēng xīn rén gŭi"))

-- ds :: Array Int (String, String)            -- 地支 dizhi – 12 terrestrial branches
set ds to zip(chars("子丑寅卯辰巳午未申酉戌亥"), ¬
|words|("zĭ chŏu yín măo chén sì wŭ wèi shēn yŏu xū hài"))

-- ws :: Array Int (String, String, String)    -- 五行 wuxing – 5 elements
set ws to zip3(chars("木火土金水"), ¬
|words|("mù huǒ tǔ jīn shuǐ"), ¬
|words|("wood fire earth metal water"))

-- xs :: Array Int (String, String, String)    -- 十二生肖 shengxiao – 12 symbolic animals
set xs to zip3(chars("鼠牛虎兔龍蛇馬羊猴鸡狗豬"), ¬
|words|("shǔ niú hǔ tù lóng shé mǎ yáng hóu jī gǒu zhū"), ¬
|words|("rat ox tiger rabbit dragon snake horse goat monkey rooster dog pig"))

-- ys :: Array Int (String, String)            -- 阴阳 yinyang
set ys to zip(chars("阳阴"), |words|("yáng yīn"))

script cycles
on |λ|(y)
set iYear to y - 4
set iStem to iYear mod 10
set iBranch to iYear mod 12
set {hStem, pStem} to item (iStem + 1) of ts
set {hBranch, pBranch} to item (iBranch + 1) of ds
set {hElem, pElem, eElem} to item ((iStem div 2) + 1) of ws
set {hAnimal, pAnimal, eAnimal} to item (iBranch + 1) of xs
set {hYinyang, pYinyang} to item ((iYear mod 2) + 1) of ys

{{show(y), hStem & hBranch, hElem, hAnimal, hYinyang}, ¬
{"", pStem & pBranch, pElem, pAnimal, pYinyang}, ¬
{"", show((iYear mod 60) + 1) & "/60", eElem, eAnimal, ""}}
end |λ|
end script

-- FORMATTING ------------------------------------------------------------

-- fieldWidths :: [[Int]]
set fieldWidths to {{6, 10, 7, 8, 3}, {6, 11, 8, 8, 4}, {6, 11, 8, 8, 4}}

script showYear
script widthStringPairs
on |λ|(nscs)
set {ns, cs} to nscs
zip(ns, cs)
end |λ|
end script

script justifiedRow
on |λ|(row)
script
on |λ|(ns)
set {n, s} to ns
justifyLeft(n, space, s)
end |λ|
end script

concat(map(result, row))
end |λ|
end script

on |λ|(y)
unlines(map(justifiedRow, ¬
map(widthStringPairs, ¬
zip(fieldWidths, |λ|(y) of cycles))))
end |λ|
end script

-- TEST OUTPUT -----------------------------------------------------------
intercalate("\n\n", map(showYear, {1935, 1938, 1968, 1972, 1976, 1984, 2017}))
end run

-- GENERIC FUNCTIONS ---------------------------------------------------------

-- chars :: String -> [String]
on chars(s)
characters of s
end chars

-- concat :: [[a]] -> [a] | [String] -> String
on concat(xs)
if length of xs > 0 and class of (item 1 of xs) is string then
set acc to ""
else
set acc to {}
end if
repeat with i from 1 to length of xs
set acc to acc & item i of xs
end repeat
acc
end concat

-- foldl :: (a -> b -> a) -> a -> [b] -> a
on foldl(f, startValue, xs)
tell mReturn(f)
set v to startValue
set lng to length of xs
repeat with i from 1 to lng
set v to |λ|(v, item i of xs, i, xs)
end repeat
return v
end tell
end foldl

-- intercalate :: Text -> [Text] -> Text
on intercalate(strText, lstText)
set {dlm, my text item delimiters} to {my text item delimiters, strText}
set strJoined to lstText as text
set my text item delimiters to dlm
return strJoined
end intercalate

-- justifyLeft :: Int -> Char -> Text -> Text
on justifyLeft(n, cFiller, strText)
if n > length of strText then
text 1 thru n of (strText & replicate(n, cFiller))
else
strText
end if
end justifyLeft

-- map :: (a -> b) -> [a] -> [b]
on map(f, xs)
tell mReturn(f)
set lng to length of xs
set lst to {}
repeat with i from 1 to lng
set end of lst to |λ|(item i of xs, i, xs)
end repeat
return lst
end tell
end map

-- min :: Ord a => a -> a -> a
on min(x, y)
if y < x then
y
else
x
end if
end min

-- minimum :: [a] -> a
on minimum(xs)
script min
on |λ|(a, x)
if x < a or a is missing value then
x
else
a
end if
end |λ|
end script

foldl(min, missing value, xs)
end minimum

-- Lift 2nd class handler function into 1st class script wrapper
-- mReturn :: Handler -> Script
on mReturn(f)
if class of f is script then
f
else
script
property |λ| : f
end script
end if
end mReturn

-- Egyptian multiplication - progressively doubling a list, appending
-- stages of doubling to an accumulator where needed for binary
-- assembly of a target length

-- replicate :: Int -> a -> [a]
on replicate(n, a)
set out to {}
if n < 1 then return out
set dbl to {a}

repeat while (n > 1)
if (n mod 2) > 0 then set out to out & dbl
set n to (n div 2)
set dbl to (dbl & dbl)
end repeat
return out & dbl
end replicate

-- show :: a -> String
on show(e)
set c to class of e
if c = list then
script serialized
on |λ|(v)
show(v)
end |λ|
end script

"[" & intercalate(", ", map(serialized, e)) & "]"
else if c = record then
script showField
on |λ|(kv)
set {k, ev} to kv
"\"" & k & "\":" & show(ev)
end |λ|
end script

"{" & intercalate(", ", ¬
map(showField, zip(allKeys(e), allValues(e)))) & "}"
else if c = date then
"\"" & iso8601Z(e) & "\""
else if c = text then
"\"" & e & "\""
else if (c = integer or c = real) then
e as text
else if c = class then
"null"
else
try
e as text
on error
("«" & c as text) & "»"
end try
end if
end show

-- unlines :: [String] -> String
on unlines(xs)
intercalate(linefeed, xs)
end unlines

-- words :: String -> [String]
on |words|(s)
words of s
end |words|

-- zip :: [a] -> [b] -> [(a, b)]
on zip(xs, ys)
set lng to min(length of xs, length of ys)
set lst to {}
repeat with i from 1 to lng
set end of lst to {item i of xs, item i of ys}
end repeat
return lst
end zip

-- zip3 :: [a] -> [b] -> [c] -> [(a, b, c)]
on zip3(xs, ys, zs)
script
on |λ|(x, i)
[x, item i of ys, item i of zs]
end |λ|
end script

map(result, items 1 thru ¬
minimum({length of xs, length of ys, length of zs}) of xs)
end zip3
```
Output:
```1935  乙亥        木      豬       阴
yĭhài      mù      zhū     yīn
12/60      wood    pig

1938  戊寅        土      虎       阳
wùyín      tǔ      hǔ      yáng
15/60      earth   tiger

1968  戊申        土      猴       阳
wùshēn     tǔ      hóu     yáng
45/60      earth   monkey

1972  壬子        水      鼠       阳
rénzĭ      shuǐ    shǔ     yáng
49/60      water   rat

1976  丙辰        火      龍       阳
bĭngchén   huǒ     lóng    yáng
53/60      fire    dragon

1984  甲子        木      鼠       阳
jiăzĭ      mù      shǔ     yáng
1/60       wood    rat

2017  丁酉        火      鸡       阴
dīngyŏu    huǒ     jī      yīn
34/60      fire    rooster     ```

## AutoHotkey

Chinese Animal/Element/Yin/Yang Characters Copied From "AppleScript"

```Chinese_zodiac(year){
Animal		:= StrSplit("Rat,Ox,Tiger,Rabbit,Dragon,Snake,Horse,Goat,Monkey,Rooster,Dog,Pig", ",")
AnimalCh	:= StrSplit("鼠牛虎兔龍蛇馬羊猴鸡狗豬")
AnimalName	:= StrSplit("shǔ,niú,hǔ,tù,lóng,shé,mǎ,yáng,hóu,jī,gǒu,zhū", ",")
Element		:= StrSplit("Wood,Fire,Earth,Metal,Water", ",")
ElementCh	:= StrSplit("木火土金水")
ElementName	:= StrSplit("mù,huǒ,tǔ,jīn,shuǐ", ",")
StemCh		:= StrSplit("甲乙丙丁戊己庚辛壬癸")
StemName	:= StrSplit("jiă,yĭ,bĭng,dīng,wù,jĭ,gēng,xīn,rén,gŭi", ",")
BranchCh	:= StrSplit("子丑寅卯辰巳午未申酉戌亥")
BranchName	:= StrSplit("zĭ,chŏu,yín,măo,chén,sì,wŭ,wèi,shēn,yŏu,xū,hài", ",")
Mod10	:= Mod(year-4, 10)+1
Mod12	:= Mod(year-4, 12)+1
A	:= Animal[Mod12],
Ac	:= AnimalCh[Mod12]
An	:= AnimalName[Mod12]
E	:= Element[Floor(Mod(year-4, 10)/2+1)]
Ec	:= ElementCh[Floor(Mod(year-4, 10)/2+1)]
En	:= ElementName[Floor(Mod(year-4, 10)/2+1)]
YY	:= Mod(year-4, 2)=1 ? "yīn 阴" : "yáng 阳"
Yr	:= Mod(year-4, 60)+1 "/60"
S	:= StemCh[Mod10]
Sn	:= StemName[Mod10]
B	:= BranchCh[Mod12]
Bn	:= BranchName[Mod12]
return year "`t" S B " " Sn "-" Bn " `t" E " " Ec " " En "`t" A " " Ac " " An "`t" YY " " Yr
}
```
Examples:
```loop 12
{
n := 1983+A_Index
output .= Chinese_zodiac(n) "`n"
}
MsgBox % output "`n" Chinese_zodiac(2017)
return
```
Output:
```1984	甲子 jiă-zĭ 	Wood 木 mù	Rat 鼠 shǔ	yáng 阳 1/60
1985	乙丑 yĭ-chŏu 	Wood 木 mù	Ox 牛 niú	yīn 阴 2/60
1986	丙寅 bĭng-yín 	Fire 火 huǒ	Tiger 虎 hǔ	yáng 阳 3/60
1987	丁卯 dīng-măo 	Fire 火 huǒ	Rabbit 兔 tù	yīn 阴 4/60
1988	戊辰 wù-chén 	Earth 土 tǔ	Dragon 龍 lóng	yáng 阳 5/60
1989	己巳 jĭ-sì 	Earth 土 tǔ	Snake 蛇 shé	yīn 阴 6/60
1990	庚午 gēng-wŭ 	Metal 金 jīn	Horse 馬 mǎ	yáng 阳 7/60
1991	辛未 xīn-wèi 	Metal 金 jīn	Goat 羊 yáng	yīn 阴 8/60
1992	壬申 rén-shēn 	Water 水 shuǐ	Monkey 猴 hóu	yáng 阳 9/60
1993	癸酉 gŭi-yŏu 	Water 水 shuǐ	Rooster 鸡 jī	yīn 阴 10/60
1994	甲戌 jiă-xū 	Wood 木 mù	Dog 狗 gǒu	yáng 阳 11/60
1995	乙亥 yĭ-hài 	Wood 木 mù	Pig 豬 zhū	yīn 阴 12/60

2017	丁酉 dīng-yŏu 	Fire 火 huǒ	Rooster 鸡 jī	yīn 阴 34/60```

## AWK

```# syntax: GAWK -f CHINESE_ZODIAC.AWK
BEGIN {
print("year element animal  aspect")
split("Rat,Ox,Tiger,Rabbit,Dragon,Snake,Horse,Goat,Monkey,Rooster,Dog,Pig",animal_arr,",")
split("Wood,Fire,Earth,Metal,Water",element_arr,",")
n = split("1935,1938,1968,1972,1976,1984,1985,2017",year_arr,",")
for (i=1; i<=n; i++) {
year = year_arr[i]
element = element_arr[int((year-4)%10/2)+1]
animal = animal_arr[(year-4)%12+1]
yy = (year%2 == 0) ? "Yang" : "Yin"
printf("%4d %-7s %-7s %s\n",year,element,animal,yy)
}
exit(0)
}
```
Output:
```year element animal  aspect
1935 Wood    Pig     Yin
1938 Earth   Tiger   Yang
1968 Earth   Monkey  Yang
1972 Water   Rat     Yang
1976 Fire    Dragon  Yang
1984 Wood    Rat     Yang
1985 Wood    Ox      Yin
2017 Fire    Rooster Yin
```

## BASIC256

```# Chinese zodiac

elementos = {"Wood", "Fire", "Earth", "Metal", "Water"}
animales = {"Rat", "Ox", "Tiger", "Rabbit", "Dragon", "Snake", "Horse", "Goat", "Monkey", "Rooster", "Dog", "Pig"}
aspectos = {"Yang","Yin"}
tallo_celestial = {'甲', '乙', '丙', '丁', '戊', '己', '庚', '辛', '壬', '癸'}
rama_terrestre = {'子','丑','寅','卯','辰','巳','午','未','申','酉','戌','亥'}
tallos_pinyin = {"jiă","yĭ","bĭng","dīng","wù","jĭ","gēng","xīn","rén","gŭi"}
ramas_pinyin = {"zĭ","chŏu","yín","măo","chén","sì","wŭ","wèi","shēn","yŏu","xū","hài"}
years = {1935, 1938, 1968, 1972, 1976, 1984, 2017}

For i = 0 To years[?]-1
xYear    = years[i]
yElemento = elementos[((xYear - 4) % 10) \ 2]
yAnimal   = animales[  (xYear - 4) % 12     ]
yAspectos = aspectos[   xYear      %  2     ]
ytallo_celestial  = tallo_celestial[((xYear - 4) % 10)]
yrama_terrestre   = rama_terrestre[  (xYear - 4) % 12 ]
ytallos_pinyin    = tallos_pinyin[  ((xYear - 4) % 10)]
yramas_pinyin     = ramas_pinyin[    (xYear - 4) % 12 ]
ciclo = ((xYear - 4) % 60) + 1
Print xYear & ": " & ytallo_celestial & yrama_terrestre & " (" & ytallos_pinyin & "-" & yramas_pinyin & ", " & yElemento & " " &  yAnimal & "; " &  yAspectos & " - ciclo " &ciclo & "/60)"
Next i
End```
Output:
```1935: 乙亥 (yĭ-hài, Wood Pig; Yin - ciclo 12/60)
1938: 戊寅 (wù-yín, Earth Tiger; Yang - ciclo 15/60)
1968: 戊申 (wù-shēn, Earth Monkey; Yang - ciclo 45/60)
1972: 壬子 (rén-zĭ, Water Rat; Yang - ciclo 49/60)
1976: 丙辰 (bĭng-chén, Fire Dragon; Yang - ciclo 53/60)
1984: 甲子 (jiă-zĭ, Wood Rat; Yang - ciclo 1/60)
2017: 丁酉 (dīng-yŏu, Fire Rooster; Yin - ciclo 34/60)
```

## Befunge

```0"    :raeY">:#,_55+"< /8"&>+:66+%00p:55+v
v"Aspect:  "0++88*5%2\0\+1%"<":p01++66/2%<
>00g5g7-0"  :laminA"10g5g"<"+0" :tnemelE"v
v!:,+55\$_v#!-*84,:g+5/<  >:#,_\$.,,.,@ >0#<
_>>:#,_\$>>1+::"("%\"("^  ^"Cycle:   " <<<<
\$'-4;AGLS[_ %*06yang yin Rat Ox Tiger R |
abbit Dragon Snake Horse Goat Monkey Roo |
ster Dog Pig Wood Fire Earth Metal Water |
```
Output:
```Year:    2018
Element: Earth
Animal:  Dog
Aspect:  yang
Cycle:   35 / 60```

## C

Translation of: C++
```#include <math.h>
#include <stdio.h>

const char* animals[] = { "Rat","Ox","Tiger","Rabbit","Dragon","Snake","Horse","Goat","Monkey","Rooster","Dog","Pig" };
const char* elements[] = { "Wood","Fire","Earth","Metal","Water" };

const char* getElement(int year) {
int element = (int)floor((year - 4) % 10 / 2);
return elements[element];
}

const char* getAnimal(int year) {
return animals[(year - 4) % 12];
}

const char* getYY(int year) {
if (year % 2 == 0) {
return "yang";
} else {
return "yin";
}
}

int main() {
int years[] = { 1935, 1938, 1968, 1972, 1976, 2017 };
int i;

//the zodiac cycle didnt start until 4 CE, so years <4 shouldnt be valid
for (i = 0; i < 6; ++i) {
int year = years[i];
printf("%d is the year of the %s %s (%s).\n", year, getElement(year), getAnimal(year), getYY(year));
}

return 0;
}
```
Output:
```1935 is the year of the Wood Pig (yin).
1938 is the year of the Earth Tiger (yang).
1968 is the year of the Earth Monkey (yang).
1972 is the year of the Water Rat (yang).
1976 is the year of the Fire Dragon (yang).
2017 is the year of the Fire Rooster (yin).```

## C#

Translation of: Java
```using System;

namespace ChineseZodiac {
class Program {
static string[] animals = { "Rat", "Ox", "Tiger", "Rabbit", "Dragon", "Snake", "Horse", "Goat", "Monkey", "Rooster", "Dog", "Pig" };
static string[] elements = { "Wood", "Fire", "Earth", "Metal", "Water" };
static string[] animalChars = { "子", "丑", "寅", "卯", "辰", "巳", "午", "未", "申", "酉", "戌", "亥" };
static string[,] elementChars = { { "甲", "丙", "戊", "庚", "壬" }, { "乙", "丁", "己", "辛", "癸" } };

static string getYY(int year) {
if (year % 2 == 0) {
return "yang";
}
return "yin";
}

static void Main(string[] args) {
Console.OutputEncoding = System.Text.Encoding.UTF8;
int[] years = { 1935, 1938, 1968, 1972, 1976, 1984, 1985, 2017 };
for (int i = 0; i < years.Length; i++) {
int ei = (int)Math.Floor((years[i] - 4.0) % 10 / 2);
int ai = (years[i] - 4) % 12;
Console.WriteLine("{0} is the year of the {1} {2} ({3}). {4}{5}", years[i], elements[ei], animals[ai], getYY(years[i]), elementChars[years[i] % 2, ei], animalChars[(years[i] - 4) % 12]);
}
}
}
}
```
Output:
```1935 is the year of the Wood Pig (yin). 乙亥
1938 is the year of the Earth Tiger (yang). 戊寅
1968 is the year of the Earth Monkey (yang). 戊申
1972 is the year of the Water Rat (yang). 壬子
1976 is the year of the Fire Dragon (yang). 丙辰
1984 is the year of the Wood Rat (yang). 甲子
1985 is the year of the Wood Ox (yin). 乙丑
2017 is the year of the Fire Rooster (yin). 丁酉```

## C++

```#include <iostream>
#include <cmath>

using namespace std;

const string animals[]={"Rat","Ox","Tiger","Rabbit","Dragon","Snake","Horse","Goat","Monkey","Rooster","Dog","Pig"};
const string elements[]={"Wood","Fire","Earth","Metal","Water"};

string getElement(int year)
{
int element = floor((year-4)%10/2);
return elements[element];
}

string getAnimal(int year)
{
return animals[(year-4)%12];
}

string getYY(int year)
{
if(year%2==0)
{
return "yang";
}
else
{
return "yin";
}
}

int main()
{
int years[]={1935,1938,1968,1972,1976,2017};
//the zodiac cycle didnt start until 4 CE, so years <4 shouldnt be valid
for(int i=0;i<6;i++)
{
cout << years[i] << " is the year of the " << getElement(years[i]) << " " << getAnimal(years[i]) << " (" << getYY(years[i]) << ")." << endl;
}
return 0;
}
```
Output:
```1935 is the year of the Wood Pig (yin).
1938 is the year of the Earth Tiger (yang).
1968 is the year of the Earth Monkey (yang).
1972 is the year of the Water Rat (yang).
1976 is the year of the Fire Dragon (yang).
2017 is the year of the Fire Rooster (yin).
```

## Clojure

```(def base-year 4)
(def celestial-stems ["甲" "乙" "丙" "丁" "戊" "己" "庚" "辛" "壬" "癸"])
(def terrestrial-branches ["子" "丑" "寅" "卯" "辰" "巳" "午" "未" "申" "酉" "戌" "亥"])
(def zodiac-animals ["Rat" "Ox" "Tiger" "Rabbit" "Dragon" "Snake" "Horse" "Goat" "Monkey" "Rooster" "Dog" "Pig"])
(def elements ["Wood" "Fire" "Earth" "Metal" "Water"])
(def aspects ["yang" "yin"])
(def pinyin (zipmap (concat celestial-stems terrestrial-branches)
'("jiă" "yĭ" "bĭng" "dīng" "wù" "jĭ" "gēng" "xīn" "rén" "gŭi"
"zĭ" "chŏu" "yín" "măo" "chén" "sì" "wŭ" "wèi" "shēn" "yŏu" "xū" "hài")))

(defn chinese-zodiac [year]
(let [cycle-year (- year base-year)
cycle-position (inc (mod cycle-year 60))
stem-number (mod cycle-year 10)
stem-han (nth celestial-stems stem-number)
stem-pinyin (get pinyin stem-han)
element-number (int (Math/floor (/ stem-number 2)))
element (nth elements element-number)
branch-number (mod cycle-year 12)
branch-han (nth terrestrial-branches branch-number)
branch-pinyin (get pinyin branch-han)
zodiac-animal (nth zodiac-animals branch-number)
aspect-number (mod cycle-year 2)
aspect (nth aspects aspect-number)]
(println (format "%s: %s%s (%s-%s, %s %s; %s - cycle %s/60)"
year stem-han branch-han stem-pinyin branch-pinyin element zodiac-animal aspect cycle-position))))

(defn -main [& args]
(chinese-zodiac years)))
```
Output:
```\$ lein run 1935 1938 1968 1972 1976 1984 2017
1935: 乙亥 (yĭ-hài, Wood Pig; yin - cycle 12/60)
1938: 戊寅 (wù-yín, Earth Tiger; yang - cycle 15/60)
1968: 戊申 (wù-shēn, Earth Monkey; yang - cycle 45/60)
1972: 壬子 (rén-zĭ, Water Rat; yang - cycle 49/60)
1976: 丙辰 (bĭng-chén, Fire Dragon; yang - cycle 53/60)
1984: 甲子 (jiă-zĭ, Wood Rat; yang - cycle 1/60)
2017: 丁酉 (dīng-yŏu, Fire Rooster; yin - cycle 34/60)
```

## Commodore BASIC

Works with: Commodore 64/128
```1000 rem display the chinese zodiac for a given year
1010 poke 53281,7: rem yellow background
1020 poke 53280,2: rem red border
1030 poke 646,2: rem red text
1050 gosub 3000 initialize-data
1060 print
1080 get k\$:if k\$="" then 1080
1090 if k\$=chr\$(13) then end
1100 poke 631,asc(k\$):poke 198,1:rem ungetc(k\$)
1110 open 1,0: input#1, y\$: close 1:print
1120 if val(y\$)=0 and y\$<>"0" then print chr\$(145):goto 1060
1130 y=val(y\$)-4
1140 sy=fnym(60): rem year of the sexagesimal cycle
1150 cs=fnym(10): rem celestial stem
1160 tb=fnym(12): rem terrestrial branch
1170 el=int(cs/2): rem element
1180 za=tb: rem zodiac animal
1190 as=fnym(2): rem aspect
1200 print
1210 print "the chinese year beginning in ce "y\$
1220 print "is "cs\$(cs)"-"tb\$(tb)", year"(sy+1)"of 60,"
1230 print "the year of the "el\$(el)" "za\$(za)" ("as\$(as)")."
1260 goto 1060
1270 end
2000 print chr\$(147);chr\$(18);"****";
2010 sp=32-len(h1\$)
2020 for i=1 to int(sp/2)
2030 : print " ";
2040 next i
2050 print h1\$;
2060 for i=i to sp
2070 : print " ";
2080 next i
2090 print "****";
2100 return
3000 dim cs\$(9): rem ten celestial stems
3010 dim tb\$(11): rem twelve terrestrial branches
3020 dim za\$(11): rem twelve "zodiac" animals
3030 dim el\$(4): rem five elements
3040 dim as\$(1): rem two aspects
3050 for i=0 to 9
3070 next i
3080 data jia3, yi3, bing3, ding1, wu4
3090 data ji3, geng1, xin1, ren2, gui3
3100 for i=0 to 11
3120 next i
3130 data zi3, chou3, yin2, mao3
3140 data chen2, si4, wu3, wei4
3150 data shen2, you3, xu1, hai4
3160 for i=0 to 11
3180 next i
3190 data rat, ox, tiger, rabbit
3200 data dragon, snake, horse, goat
3210 data monkey, rooster, dog, pig
3220 for i=0 to 4
3240 next i
3250 data wood, fire, earth
3260 data metal, water
3270 for i=0 to 1
3290 next i
3300 data yang, yin
3310 rem year-mod function
3320 def fnym(d) = y - int(y/d)*d
3330 return
```
Output:

## Common Lisp

Translation of: Ruby
```; Any CE Year that was the first of a 60-year cycle
(defconstant base-year 1984)

(defconstant celestial-stems
'("甲" "乙" "丙" "丁" "戊" "己" "庚" "辛" "壬" "癸"))

(defconstant terrestrial-branches
'("子" "丑" "寅" "卯" "辰" "巳" "午" "未" "申" "酉" "戌" "亥"))

(defconstant zodiac-animals
'("Rat"   "Ox"   "Tiger"  "Rabbit"  "Dragon" "Snake"
"Horse" "Goat" "Monkey" "Rooster" "Dog"    "Pig"))

(defconstant elements '("Wood" "Fire" "Earth" "Metal" "Water"))

(defconstant aspects '("yang" "yin"))

(defconstant pinyin
(pairlis (append celestial-stems terrestrial-branches)
'("jiă" "yĭ" "bĭng" "dīng" "wù" "jĭ" "gēng" "xīn" "rén" "gŭi"
"zĭ" "chŏu" "yín" "măo" "chén" "sì" "wŭ" "wèi" "shēn" "yŏu" "xū" "hài")))

(defun this-year () (nth 5 (multiple-value-list (get-decoded-time))))

(defun pinyin-for (han) (cdr (assoc han pinyin :test #'string=)))

(defun chinese-zodiac (&rest years)
(loop for ce-year in (if (null years) (list (this-year)) years) collecting
(let* ((cycle-year (- ce-year base-year))
(stem-number (mod cycle-year 10))
(stem-han    (nth stem-number celestial-stems))
(stem-pinyin (pinyin-for stem-han))

(element-number (floor stem-number 2))
(element        (nth element-number elements))

(branch-number (mod cycle-year 12))
(branch-han    (nth branch-number terrestrial-branches))
(branch-pinyin (pinyin-for branch-han))
(zodiac-animal (nth branch-number zodiac-animals))

(aspect-number (mod cycle-year 2))
(aspect        (nth aspect-number aspects)))
(cons ce-year (list stem-han branch-han stem-pinyin branch-pinyin element zodiac-animal aspect)))))

(defun get-args ()
(or
#+CLISP *args*
#+SBCL (cdr *posix-argv*)
#+LISPWORKS system:*line-arguments-list*
#+CMU extensions:*command-line-words*
nil))

(loop for cz in (apply #'chinese-zodiac (mapcar #'read-from-string (get-args)))
doing
(format t "~{~a: ~a~a (~a-~a, ~a ~a; ~a)~%~}" cz))
```
Output:
```\$ sbcl --script cz.cl
2017: 丁酉 (dīng-yŏu, Fire Rooster; yin)
\$ clisp cz.cl  193{5,8} 194{1,7} 1968 197{2,6}
1935: 乙亥 (yĭ-hài, Wood Pig; yin)
1938: 戊寅 (wù-yín, Earth Tiger; yang)
1941: 辛巳 (xīn-sì, Metal Snake; yin)
1947: 丁亥 (dīng-hài, Fire Pig; yin)
1968: 戊申 (wù-shēn, Earth Monkey; yang)
1972: 壬子 (rén-zĭ, Water Rat; yang)
1976: 丙辰 (bĭng-chén, Fire Dragon; yang)
```

## D

```import std.stdio;

// 10 heavenly stems
immutable tiangan=[
["甲","乙","丙","丁","戊","己","庚","辛","壬","癸"],
["jiă","yĭ","bĭng","dīng","wù","jĭ","gēng","xīn","rén","gŭi"]
];

// 12 terrestrial branches
immutable dizhi=[
["子","丑","寅","卯","辰","巳","午","未","申","酉","戌","亥"],
["zĭ","chŏu","yín","măo","chén","sì","wŭ","wèi","shēn","yŏu","xū","hài"]
];

// 5 elements
immutable wuxing=[
["木","火","土","金","水"],
["mù","huǒ","tǔ","jīn","shuǐ"],
["wood","fire","earth","metal","water"]
];

// 12 symbolic animals
immutable shengxiao=[
["鼠","牛","虎","兔","龍","蛇","馬","羊","猴","鸡","狗","豬"],
["shǔ","niú","hǔ","tù","lóng","shé","mǎ","yáng","hóu","jī","gǒu","zhū"],
["rat","ox","tiger","rabbit","dragon","snake","horse","goat","monkey","rooster","dog","pig"]
];

// yin yang
immutable yinyang=[
["阳","阴"],
["yáng","yīn"]
];

void main(string[] args) {
process(args[1..\$]);
}

void process(string[] years) {
import std.conv;
foreach(yearStr; years) {
try {
auto year = to!int(yearStr);

auto cy = year - 4;
auto stem = cy % 10;
auto branch = cy % 12;

writefln("%4s  %-11s  %-7s  %-10s%s", year,tiangan[0][stem]~dizhi[0][branch], wuxing[0][stem/2], shengxiao[0][branch], yinyang[0][year%2]);
writefln("      %-12s%-8s%-10s%s",      tiangan[1][stem]~dizhi[1][branch],    wuxing[1][stem/2], shengxiao[1][branch], yinyang[1][year%2]);
writefln("      %2s/60     %-7s%s", cy%60+1,                                  wuxing[2][stem/2], shengxiao[2][branch]);
writeln;
} catch (ConvException e) {
stderr.writeln("Not a valid year: ", yearStr);
}
}
}
```
Output:
```1935  乙亥        木      豬       阴
yĭhài      mù      zhū     yīn
12/60      wood    pig

1938  戊寅        土      虎       阳
wùyín      tǔ      hǔ      yáng
15/60      earth   tiger

1968  戊申        土      猴       阳
wùshēn     tǔ      hóu     yáng
45/60      earth   monkey

1972  壬子        水      鼠       阳
rénzĭ      shuǐ    shǔ     yáng
49/60      water   rat

1976  丙辰        火      龍       阳
bĭngchén   huǒ     lóng    yáng
53/60      fire    dragon

1984  甲子        木      鼠       阳
jiăzĭ      mù      shǔ     yáng
1/60       wood    rat

2017  丁酉        火      鸡       阴
dīngyŏu    huǒ     jī      yīn
34/60      fire    rooster     ```

## Delphi

Library: System.Math
Translation of: C#
```program Chinese_zodiac;

{\$APPTYPE CONSOLE}

uses
Winapi.Windows,
System.SysUtils,
System.Math;

type
TElements = array of array of char;

TChineseZodiac = record
Year: Integer;
Yyear: string;
Animal: string;
Element: string;
AnimalChar: char;
ElementChar: char;
procedure Assign(aYear: Integer);
function ToString: string;
end;

const
animals: TArray<string> = ['Rat', 'Ox', 'Tiger', 'Rabbit', 'Dragon', 'Snake',
'Horse', 'Goat', 'Monkey', 'Rooster', 'Dog', 'Pig'];
elements: TArray<string> = ['Wood', 'Fire', 'Earth', 'Metal', 'Water'];
animalChars: TArray<char> = ['子', '丑', '寅', '卯', '辰', '巳', '午', '未', '申', '酉',
'戌', '亥'];
elementChars: TElements = [['甲', '丙', '戊', '庚', '壬'], ['乙', '丁', '己', '辛', '癸']];

function getYY(year: Integer): string;
begin
if (year mod 2) = 0 then
begin
Exit('yang');
end;
Exit('yin');
end;

{ TChineseZodiac }

procedure TChineseZodiac.Assign(aYear: Integer);
var
ei, ai: Integer;
begin
ei := Trunc(Floor((Trunc(aYear - 4.0) mod 10) / 2));
ai := (aYear - 4) mod 12;
year := aYear;
Element := elements[ei];
Animal := animals[ai];
ElementChar := elementChars[aYear mod 2, ei];
AnimalChar := animalChars[(aYear - 4) mod 12];
Yyear := getYY(aYear);
end;

var
z: TChineseZodiac;
years: TArray<Integer> = [1935, 1938, 1968, 1972, 1976, 1984, 1985, 2017];
year: integer;

function TChineseZodiac.ToString: string;
begin
Result := Format('%d is the year of the %s %s (%s). %s%s', [year, Element,
Animal, Yyear, ElementChar, AnimalChar]);
end;

var
Outfile: TextFile;
Written: Cardinal;

begin
SetConsoleOutputCP(CP_UTF8);

AssignFile(Outfile, 'Output.txt', CP_UTF8);
Rewrite(Outfile);

for year in years do
begin
z.Assign(year);
Writeln(Outfile, z.ToString);
Writeln(z.ToString);
end;

CloseFile(Outfile);
end.
```
Output:
```1935 is the year of the Wood Pig (yin). 乙亥
1938 is the year of the Earth Tiger (yang). 戊寅
1968 is the year of the Earth Monkey (yang). 戊申
1972 is the year of the Water Rat (yang). 壬子
1976 is the year of the Fire Dragon (yang). 丙辰
1984 is the year of the Wood Rat (yang). 甲子
1985 is the year of the Wood Ox (yin). 乙丑
2017 is the year of the Fire Rooster (yin). 丁酉```

## Excel

### LAMBDA

Binding the name to the following lambda expressions in the Name Manager of the Excel WorkBook:

```CNZODIAC
=LAMBDA(y,
APPENDCOLS(
APPENDCOLS(
APPENDCOLS(
CNYEARNAME(y)
)(
CNYEARELEMENT(y)
)
)(
CNYEARANIMAL(y)
)
)(
CNYEARYINYANG(y)
)
)

CNYEARANIMAL
=LAMBDA(y,
LET(
shengxiao, {
"鼠","shǔ","rat";
"牛","niú","ox";
"虎","hǔ","tiger";
"兔","tù","rabbit";
"龍","lóng","dragon";
"蛇","shé","snake";
"馬","mǎ","horse";
"羊","yáng","goat";
"猴","hóu","monkey";
"鸡","jī","rooster";
"狗","gǒu","dog";
"豬","zhū","pig"
},

iYear, y - 4,
iBranch, 1 + MOD(iYear, 12),

TRANSPOSE(
INDEX(shengxiao, iBranch)
)
)
)

CNYEARELEMENT
=LAMBDA(y,
LET(
wuxing, {
"木","mù","wood";
"火","huǒ","fire";
"土","tǔ","earth";
"金","jīn","metal";
"水","shuǐ","water"
},

iYear, y - 4,
iStem, MOD(iYear, 10),

TRANSPOSE(
INDEX(
wuxing,
1 + QUOTIENT(
iStem,
2
)
)
)
)
)

CNYEARNAME
=LAMBDA(y,
LET(
tiangan, {
"甲","jiă";
"乙","yĭ";
"丙","bĭng";
"丁","dīng";
"戊","wù";
"己","jĭ";
"庚","gēng";
"辛","xīn";
"壬","rén";
"癸","gŭi"
},

dizhi, {
"子","zĭ";
"丑","chŏu";
"寅","yín";
"卯","măo";
"辰","chén";
"巳","sì";
"午","wŭ";
"未","wèi";
"申","shēn";
"酉","yŏu";
"戌","xū";
"亥","hài"
},

iYear, y - 4,
iStem, 1 + MOD(iYear, 10),
iBranch, 1 + MOD(iYear, 12),
iIndex, 1 + MOD(iYear, 60),

stem, INDEX(tiangan, iStem),
branch, INDEX(dizhi, iBranch),

APPENDROWS(
APPENDROWS(
CONCAT(INDEX(stem, 1), INDEX(branch, 1))
)(
CONCAT(INDEX(stem, 2), INDEX(branch, 2))
)
)(iIndex & "/60")
)
)

CNYEARYINYANG
=LAMBDA(y,
LET(
yinyang, {
"阳","yáng", "bright";
"阴","yīn", "dark"
},

TRANSPOSE(
INDEX(
yinyang,
1 + MOD(y - 4, 2)
)
)
)
)
```

and also assuming the following generic bindings in the Name Manager for the WorkBook:

```APPENDCOLS
=LAMBDA(xs,
LAMBDA(ys,
LET(
nx, COLUMNS(xs),
colIndexes, SEQUENCE(1, nx + COLUMNS(ys)),
rowIndexes, SEQUENCE(MAX(ROWS(xs), ROWS(ys))),

IFERROR(
IF(nx < colIndexes,
INDEX(ys, rowIndexes, colIndexes - nx),
INDEX(xs, rowIndexes, colIndexes)
),
NA()
)
)
)
)

APPENDROWS
=LAMBDA(xs,
LAMBDA(ys,
LET(
nx, ROWS(xs),
rowIndexes, SEQUENCE(nx + ROWS(ys)),
colIndexes, SEQUENCE(
1,
MAX(COLUMNS(xs), COLUMNS(ys))
),

IFERROR(
IF(rowIndexes <= nx,
INDEX(xs, rowIndexes, colIndexes),
INDEX(ys, rowIndexes - nx, colIndexes)
),
NA()
)
)
)
)
```
Output:

The formula in cell B2 defines a dynamic array, populating the grid B2:E4

 =CNZODIAC(A2) fx A B C D E 1 Year Name Element Animal Yinyang 2 1935 乙亥 木 豬 阴 3 yĭhài mù zhū yīn 4 12/60 wood pig dark 5 1938 戊寅 土 虎 阳 6 wùyín tǔ hǔ yáng 7 15/60 earth tiger bright 8 1968 戊申 土 猴 阳 9 wùshēn tǔ hóu yáng 10 45/60 earth monkey bright 11 1972 壬子 水 鼠 阳 12 rénzĭ shuǐ shǔ yáng 13 49/60 water rat bright 14 1976 丙辰 火 龍 阳 15 bĭngchén huǒ lóng yáng 16 53/60 fire dragon bright 17 1984 甲子 木 鼠 阳 18 jiăzĭ mù shǔ yáng 19 1/60 wood rat bright 20 2017 丁酉 火 鸡 阴 21 dīngyŏu huǒ jī yīn 22 34/60 fire rooster dark 23 2021 辛丑 金 牛 阴 24 xīnchŏu jīn niú yīn 25 38/60 metal ox dark 26 2022 壬寅 水 虎 阳 27 rényín shuǐ hǔ yáng 28 39/60 water tiger bright

## F#

```open System

let animals = ["Rat";"Ox";"Tiger";"Rabbit";"Dragon";"Snake";"Horse";"Goat";"Monkey";"Rooster";"Dog";"Pig"]
let elements = ["Wood";"Fire";"Earth";"Metal";"Water"]
let years = [1935;1938;1968;1972;1976;1984;1985;2017]

let getZodiac(year: int) =
let animal = animals.Item((year-4)%12)
let element = elements.Item(((year-4)%10)/2)
let yy = if year%2 = 0 then "(Yang)" else "(Yin)"

String.Format("{0} is the year of the {1} {2} {3}", year, element, animal, yy)

[<EntryPoint>]
let main argv =
let mutable string = ""
for i in years do
string <- getZodiac(i)
printf "%s" string
0 // return an integer exit code
```
Output:
```1935 is the year of the Wood Pig (Yin)
1938 is the year of the Earth Tiger (Yang)
1968 is the year of the Earth Monkey (Yang)
1972 is the year of the Water Rat (Yang)
1976 is the year of the Fire dragon (Yang)
1984 is the year of the Wood Rat (Yang)
1985 is the year of the Wood Ox (Yin)
2017 is the year of the Fire Rooster (Yin)
```

## Factor

```USING: circular formatting io kernel math qw sequences
sequences.repeating ;
IN: rosetta-code.zodiac

<PRIVATE

! Offset start index by -4 because first cycle started on 4 CE.
: circularize ( seq -- obj )
[ -4 ] dip <circular> [ change-circular-start ] keep ;

: animals ( -- obj )
qw{
Rat Ox Tiger Rabbit Dragon Snake Horse Goat Monkey
Rooster Dog Pig
} circularize ;

: elements ( -- obj )
qw{ Wood Fire Earth Metal Water } 2 <repeats> circularize ;

PRIVATE>

: zodiac ( n -- str )
dup [ elements nth ] [ animals nth ]
[ even? "yang" "yin" ? ] tri
"%d is the year of the %s %s (%s)." sprintf ;

: zodiac-demo ( -- )
{ 1935 1938 1968 1972 1976 1984 1985 2017 }
[ zodiac print ] each ;

MAIN: zodiac-demo
```
Output:
```1935 is the year of the Wood Pig (yin).
1938 is the year of the Earth Tiger (yang).
1968 is the year of the Earth Monkey (yang).
1972 is the year of the Water Rat (yang).
1976 is the year of the Fire Dragon (yang).
1984 is the year of the Wood Rat (yang).
1985 is the year of the Wood Ox (yin).
2017 is the year of the Fire Rooster (yin).
```

## Forth

Works with: gforth version 0.7.3
```: position ( n -- n ) 4 - 60 mod ;

s" Rat    Ox     Tiger  Rabbit Dragon Snake  Horse  Goat   Monkey RoosterDog    Pig    "
drop constant animals
: animal ( n -- a u ) 12 mod  7 * animals +  7 -trailing ;

s" Wood Fire EarthMetalWater" drop constant elements
: element ( n -- a u ) 2/ 5 mod  5 * elements +  5 -trailing ;

s" yangyin " drop constant aspects
: aspect ( n -- a u ) 2 mod  4 * aspects +  4 -trailing ;

next-arg s>number? drop d>s position
dup element type space
dup animal  type space
aspect  '(' emit type ')' emit cr
bye
```
Output:
```; for (x in 1935 1938 1968 1972 1976 1984 2017) {printf '%s ' \$x; gforth zodiac.f \$x}
1935 Wood Pig (yin)
1938 Earth Tiger (yang)
1968 Earth Monkey (yang)
1972 Water Rat (yang)
1976 Fire Dragon (yang)
1984 Wood Rat (yang)
2017 Fire Rooster (yin)
```

## FreeBASIC

```dim as string yy(0 to 1) = {"yang", "yin"}
dim as string elements(0 to 4) = {"Wood", "Fire", "Earth", "Metal", "Water"}
dim as string animals(0 to 11) = {"Rat", "Ox", "Tiger", "Rabbit", "Dragon", "Snake",_
"Horse", "Goat", "Monkey", "Rooster", "Dog", "Pig"}

dim as uinteger yr, y, e, a, i, tests(0 to 5) = {1801, 1861, 1984, 2020, 2186, 76543}
dim as string outstr

for i = 0 to 5
yr = tests(i)
y = yr mod 2
e = (yr - 4) mod 5
a = (yr - 4) mod 12
outstr = str(yr)+" is the year of the "
outstr += elements(e)+" " + animals(a) + " (" + yy(y) + ")."

print outstr
next i
```
Output:
```1801 is the year of the Earth Rooster (yin).
1861 is the year of the Earth Rooster (yin).
1984 is the year of the Wood Rat (yang).
2020 is the year of the Fire Rat (yang).
2186 is the year of the Earth Dog (yang).
76543 is the year of the Water Rabbit (yin).```

## Fōrmulæ

Fōrmulæ programs are not textual, visualization/edition of programs is done showing/manipulating structures but not text. Moreover, there can be multiple visual representations of the same program. Even though it is possible to have textual representation —i.e. XML, JSON— they are intended for storage and transfer purposes more than visualization and edition.

Programs in Fōrmulæ are created/edited online in its website, However they run on execution servers. By default remote servers are used, but they are limited in memory and processing power, since they are intended for demonstration and casual use. A local server can be downloaded and installed, it has no limitations (it runs in your own computer). Because of that, example programs can be fully visualized and edited, but some of them will not run if they require a moderate or heavy computation/memory resources, and no local server is being used.

## Go

```package main

import "fmt"

var (
animalString = []string{"Rat", "Ox", "Tiger", "Rabbit", "Dragon", "Snake",
"Horse", "Goat", "Monkey", "Rooster", "Dog", "Pig"}
stemYYString  = []string{"Yang", "Yin"}
elementString = []string{"Wood", "Fire", "Earth", "Metal", "Water"}
stemCh        = []rune("甲乙丙丁戊己庚辛壬癸")
branchCh      = []rune("子丑寅卯辰巳午未申酉戌亥")
)

func cz(yr int) (animal, yinYang, element, stemBranch string, cycleYear int) {
yr -= 4
stem := yr % 10
branch := yr % 12
return animalString[branch],
stemYYString[stem%2],
elementString[stem/2],
string([]rune{stemCh[stem], branchCh[branch]}),
yr%60 + 1
}

func main() {
for _, yr := range []int{1935, 1938, 1968, 1972, 1976} {
a, yy, e, sb, cy := cz(yr)
fmt.Printf("%d: %s %s, %s, Cycle year %d %s\n",
yr, e, a, yy, cy, sb)
}
}
```
Output:
```1935: Wood Pig, Yin, Cycle year 12 乙亥
1938: Earth Tiger, Yang, Cycle year 15 戊寅
1968: Earth Monkey, Yang, Cycle year 45 戊申
1972: Water Rat, Yang, Cycle year 49 壬子
1976: Fire Dragon, Yang, Cycle year 53 丙辰
```

## Groovy

Translation of: Java
```class Zodiac {
final static String[] animals = ["Rat", "Ox", "Tiger", "Rabbit", "Dragon", "Snake", "Horse", "Goat", "Monkey", "Rooster", "Dog", "Pig"]
final static String[] elements = ["Wood", "Fire", "Earth", "Metal", "Water"]
final static String[] animalChars = ["子", "丑", "寅", "卯", "辰", "巳", "午", "未", "申", "酉", "戌", "亥"]
static String[][] elementChars = [["甲", "丙", "戊", "庚", "壬"], ["乙", "丁", "己", "辛", "癸"]]

static String getYY(int year) {
if (year % 2 == 0) {
return "yang"
} else {
return "yin"
}
}

static void main(String[] args) {
int[] years = [1935, 1938, 1968, 1972, 1976, 1984, 1985, 2017]
for (int i = 0; i < years.length; i++) {
println(years[i] + " is the year of the " + elements[(int) Math.floor((years[i] - 4) % 10 / 2)] + " " + animals[(years[i] - 4) % 12] + " (" + getYY(years[i]) + "). " + elementChars[years[i] % 2][(int) Math.floor((years[i] - 4) % 10 / 2)] + animalChars[(years[i] - 4) % 12])
}
}
}
```
Output:
```1935 is the year of the Wood Pig (yin). 乙亥
1938 is the year of the Earth Tiger (yang). 戊寅
1968 is the year of the Earth Monkey (yang). 戊申
1972 is the year of the Water Rat (yang). 壬子
1976 is the year of the Fire Dragon (yang). 丙辰
1984 is the year of the Wood Rat (yang). 甲子
1985 is the year of the Wood Ox (yin). 乙丑
2017 is the year of the Fire Rooster (yin). 丁酉```

(We can use Chinese characters in Haskell names, as long as the first character is lower-case alphabetic)

```import Data.Array (Array, listArray, (!))

ats :: Array Int (Char, String)
ats =
listArray (0, 9) \$
zip
-- 天干 tiangan – 10 heavenly stems
"甲乙丙丁戊己庚辛壬癸"
(words "jiă yĭ bĭng dīng wù jĭ gēng xīn rén gŭi")

ads :: Array Int (String, String)
listArray (0, 11) \$
zip
-- 地支 dizhi – 12 terrestrial branches
(chars "子丑寅卯辰巳午未申酉戌亥")
( words \$
"zĭ chŏu yín măo chén sì "
<> "wŭ wèi shēn yŏu xū hài"
)

aws :: Array Int (String, String, String)
aws =
listArray (0, 4) \$
zip3
-- 五行 wuxing – 5 elements
(chars "木火土金水")
(words "mù huǒ tǔ jīn shuǐ")
(words "wood fire earth metal water")

axs :: Array Int (String, String, String)
axs =
listArray (0, 11) \$
zip3
-- 十二生肖 shengxiao – 12 symbolic animals
(chars "鼠牛虎兔龍蛇馬羊猴鸡狗豬")
( words \$
"shǔ niú hǔ tù lóng shé "
<> "mǎ yáng hóu jī gǒu zhū"
)
( words \$
"rat ox tiger rabbit dragon snake "
<> "horse goat monkey rooster dog pig"
)

ays :: Array Int (String, String)
-- 阴阳 yinyang
ays =
listArray (0, 1) \$
zip (chars "阳阴") (words "yáng yīn")

chars :: String -> [String]
chars = (flip (:) [] <\$>)

f生肖五行年份 y =
let i年份 = y - 4
i天干 = rem i年份 10
i地支 = rem i年份 12
(h天干, p天干) = ats ! i天干
(h地支, p地支) = ads ! i地支
(h五行, p五行, e五行) = aws ! quot i天干 2
(h生肖, p生肖, e生肖) = axs ! i地支
(h阴阳, p阴阳) = ays ! rem i年份 2
in -- 汉子 Chinese characters
[ [show y, h天干 : h地支, h五行, h生肖, h阴阳],
-- Pinyin roman transcription
[[], p天干 <> p地支, p五行, p生肖, p阴阳],
-- English
[ [],
show (rem i年份 60 + 1) <> "/60",
e五行,
e生肖,
[]
]
]

--------------------------- TEST -------------------------
main :: IO ()
main =
mapM_ putStrLn \$
showYear
<\$> [1935, 1938, 1968, 1972, 1976, 1984, 2017]

------------------------ FORMATTING ----------------------
fieldWidths :: [[Int]]
fieldWidths =
[ [6, 10, 7, 8, 3],
[6, 11, 8, 8, 4],
[6, 11, 8, 8, 4]
]

showYear :: Int -> String
showYear y =
unlines \$
( \(ns, xs) ->
concat \$
uncurry (`justifyLeft` ' ')
<\$> zip ns xs
)
<\$> zip fieldWidths (f生肖五行年份 y)
where
justifyLeft n c s = take n (s <> replicate n c)
```
Output:
```1935  乙亥        木      豬       阴
yĭhài      mù      zhū     yīn
12/60      wood    pig

1938  戊寅        土      虎       阳
wùyín      tǔ      hǔ      yáng
15/60      earth   tiger

1968  戊申        土      猴       阳
wùshēn     tǔ      hóu     yáng
45/60      earth   monkey

1972  壬子        水      鼠       阳
rénzĭ      shuǐ    shǔ     yáng
49/60      water   rat

1976  丙辰        火      龍       阳
bĭngchén   huǒ     lóng    yáng
53/60      fire    dragon

1984  甲子        木      鼠       阳
jiăzĭ      mù      shǔ     yáng
1/60       wood    rat

2017  丁酉        火      鸡       阴
dīngyŏu    huǒ     jī      yīn
34/60      fire    rooster   ```

## J

```   ELEMENTS=: _4 |. 2 # ;:'Wood Fire Earth Metal Water'
YEARS=: 1935 1938 1968 1972 1976 2017

ANIMALS=: _4 |. ;:'Rat Ox Tiger Rabbit Dragon Snake Horse Goat Monkey Rooster Dog Pig'
YINYANG=: ;:'yang yin'

cz=: (|~ #)~ { [

ANIMALS cz YEARS
┌───┬─────┬──────┬───┬──────┬───────┐
│Pig│Tiger│Monkey│Rat│Dragon│Rooster│
└───┴─────┴──────┴───┴──────┴───────┘

YINYANG cz YEARS
┌───┬────┬────┬────┬────┬───┐
│yin│yang│yang│yang│yang│yin│
└───┴────┴────┴────┴────┴───┘

chinese_zodiac =: 3 : ';:inv(<":y),(ELEMENTS cz y),(ANIMALS cz y),(<''(''),(YINYANG cz y),(<'')'')'

chinese_zodiac&>YEARS
1935 Wood Pig ( yin )
1938 Earth Tiger ( yang )
1968 Earth Monkey ( yang )
1972 Water Rat ( yang )
1976 Fire Dragon ( yang )
2017 Fire Rooster ( yin )

'CELESTIAL TERRESTRIAL'=:7&u:&.>{&a.&.> 16be7 16b94 16bb2 16be4 16bb9 16b99 16be4 16bb8 16b99 16be4 16bb8 16b81 16be6 16b88 16b8a 16be5 16bb7 16bb1 16be5 16bba 16b9a 16be8 16bbe 16b9b 16be5 16ba3 16bac 16be7 16b99 16bb8; 16be5 16bad 16b90 16be4 16bb8 16b91 16be5 16baf 16b85 16be5 16b8d 16baf 16be8 16bbe 16bb0 16be5 16bb7 16bb3 16be5 16b8d 16b88 16be6 16b9c 16baa 16be7 16b94 16bb3 16be9 16b85 16b89 16be6 16b88 16b8c 16be4 16bba 16ba5

ANIMALS=: ;/ _4 |. TERRESTRIAL
ELEMENTS=: ;/ _4 |. CELESTIAL

chinese_zodiac&>YEARS
1935 乙 亥 ( yin )
1938 戊 寅 ( yang )
1968 戊 申 ( yang )
1972 壬 子 ( yang )
1976 丙 辰 ( yang )
2017 丁 酉 ( yin )
```

## Java

```public class Zodiac {

final static String animals[]={"Rat","Ox","Tiger","Rabbit","Dragon","Snake","Horse","Goat","Monkey","Rooster","Dog","Pig"};
final static String elements[]={"Wood","Fire","Earth","Metal","Water"};
final static String animalChars[]={"子","丑","寅","卯","辰","巳","午","未","申","酉","戌","亥"};
static String elementChars[][]={{"甲","丙","戊","庚","壬"},{"乙","丁","己","辛","癸"}};

static String getYY(int year)
{
if(year%2==0)
{
return "yang";
}
else
{
return "yin";
}
}

public static void main(String[] args)
{
int years[]={1935,1938,1968,1972,1976,1984,1985,2017};
for(int i=0;i<years.length;i++)
{
System.out.println(years[i]+" is the year of the "+elements[(int) Math.floor((years[i]-4)%10/2)]+" "+animals[(years[i]-4)%12]+" ("+getYY(years[i])+"). "+elementChars[years[i]%2][(int) Math.floor((years[i]-4)%10/2)]+animalChars[(years[i]-4)%12]);
}
}
}
```
Output:
```1935 is the year of the Wood Pig (yin). 乙亥
1938 is the year of the Earth Tiger (yang). 戊寅
1968 is the year of the Earth Monkey (yang). 戊申
1972 is the year of the Water Rat (yang). 壬子
1976 is the year of the Fire Dragon (yang). 丙辰
1984 is the year of the Wood Rat (yang). 甲子
1985 is the year of the Wood Ox (yin). 乙丑
2017 is the year of the Fire Rooster (yin). 丁酉
```

## JavaScript

### ES6

```(() => {
"use strict";

// ---------- TRADITIONAL CALENDAR STRINGS -----------

// ats :: Array Int (String, String)
const ats = () =>
// 天干 tiangan – 10 heavenly stems
zip(
chars("甲乙丙丁戊己庚辛壬癸")
)(
words("jiă yĭ bĭng dīng wù jĭ gēng xīn rén gŭi")
);

// ads :: Array Int (String, String)
// 地支 dizhi – 12 terrestrial branches
zip(
chars("子丑寅卯辰巳午未申酉戌亥")
)(
words(
"zĭ chŏu yín măo chén sì " + (
"wŭ wèi shēn yŏu xū hài"
)
)
);

// aws :: Array Int (String, String, String)
const aws = () =>
// 五行 wuxing – 5 elements
zip3(
chars("木火土金水")
)(
words("mù huǒ tǔ jīn shuǐ")
)(
words("wood fire earth metal water")
);

// axs :: Array Int (String, String, String)
const axs = () =>
// 十二生肖 shengxiao – 12 symbolic animals
zip3(
chars("鼠牛虎兔龍蛇馬羊猴鸡狗豬")
)(
words(
"shǔ niú hǔ tù lóng shé " + (
"mǎ yáng hóu jī gǒu zhū"
)
)
)(
words(
"rat ox tiger rabbit dragon snake " + (
"horse goat monkey rooster dog pig"
)
)
);

// ays :: Array Int (String, String)
const ays = () =>
// 阴阳 yinyang
zip(
chars("阳阴")
)(
words("yáng yīn")
);

const zodiac = y => {
const
iYear = y - 4,
iStem = iYear % 10,
iBranch = iYear % 12,
[hStem, pStem] = ats()[iStem],
[hElem, pElem, eElem] = aws()[quot(iStem)(2)],
[hAnimal, pAnimal, eAnimal] = axs()[iBranch],
[hYinyang, pYinyang] = ays()[iYear % 2];

return [
[
show(y), hStem + hBranch, hElem,
hAnimal, hYinyang
],
["", pStem + pBranch, pElem, pAnimal, pYinyang],
[
"", `\${show((iYear % 60) + 1)}/60`,
eElem, eAnimal, ""
]
];
};

// ---------------------- TEST -----------------------
const main = () => [
1935, 1938, 1968, 1972, 1976, 1984,
new Date().getFullYear()
]
.map(showYear)
.join("\n\n");

// ------------------- FORMATTING --------------------
// fieldWidths :: [[Int]]
const fieldWidths = [
[6, 10, 7, 8, 3],
[6, 11, 8, 8, 4],
[6, 11, 8, 8, 4]
];

// showYear :: Int -> String
const showYear = y =>
zipWith(zip)(fieldWidths)(zodiac(y))
.map(
row => row.map(
([n, s]) => s.padEnd(n, " ")
)
.join("")
)
.join("\n");

// ---------------- GENERIC FUNCTIONS ----------------

// chars :: String -> [Char]
const chars = s => [...s];

// quot :: Integral a => a -> a -> a
const quot = n =>
m => Math.trunc(n / m);

// show :: Int -> a -> Indented String
// show :: a -> String
const show = (...x) =>
JSON.stringify.apply(
null, x.length > 1 ? [
x[1], null, x[0]
] : x
);

// words :: String -> [String]
const words = s =>
// List of space-delimited sub-strings.
s.split(/\s+/u);

// zip :: [a] -> [b] -> [(a, b)]
const zip = xs =>
// The paired members of xs and ys, up to
// the length of the shorter of the two lists.
ys => Array.from({
length: Math.min(xs.length, ys.length)
}, (_, i) => [xs[i], ys[i]]);

// zip3 :: [a] -> [b] -> [c] -> [(a, b, c)]
const zip3 = xs =>
ys => zs => xs.slice(
0,
Math.min(...[xs, ys, zs].map(x => x.length))
)
.map((x, i) => [x, ys[i], zs[i]]);

// zipWith :: (a -> b -> c) -> [a] -> [b] -> [c]
const zipWith = f =>
// A list constructed by zipping with a
// custom function, rather than with the
// default tuple constructor.
xs => ys => xs.map(
(x, i) => f(x)(ys[i])
).slice(
0, Math.min(xs.length, ys.length)
);

// MAIN ---
return main();
})();
```
Output:
```1935  乙亥        木      豬       阴
yĭhài      mù      zhū     yīn
12/60      wood    pig

1938  戊寅        土      虎       阳
wùyín      tǔ      hǔ      yáng
15/60      earth   tiger

1968  戊申        土      猴       阳
wùshēn     tǔ      hóu     yáng
45/60      earth   monkey

1972  壬子        水      鼠       阳
rénzĭ      shuǐ    shǔ     yáng
49/60      water   rat

1976  丙辰        火      龍       阳
bĭngchén   huǒ     lóng    yáng
53/60      fire    dragon

1984  甲子        木      鼠       阳
jiăzĭ      mù      shǔ     yáng
1/60       wood    rat

2022  壬寅        水      虎       阳
rényín     shuǐ    hǔ      yáng
39/60      water   tiger  ```

## Julia

Works with: Julia version 0.6
Translation of: Python
```function chinese(year::Int)
pinyin = Dict(
"甲" => "jiă",
"乙" => "yĭ",
"丙" => "bĭng",
"丁" => "dīng",
"戊" => "wù",
"己" => "jĭ",
"庚" => "gēng",
"辛" => "xīn",
"壬" => "rén",
"癸" => "gŭi",
"子" => "zĭ",
"丑" => "chŏu",
"寅" => "yín",
"卯" => "măo",
"辰" => "chén",
"巳" => "sì",
"午" => "wŭ",
"未" => "wèi",
"申" => "shēn",
"酉" => "yŏu",
"戌" => "xū",
"亥" => "hài",
)
elements    = ["Wood", "Fire", "Earth", "Metal", "Water"]
animals     = ["Rat", "Ox", "Tiger", "Rabbit", "Dragon", "Snake",
"Horse", "Goat", "Monkey", "Rooster", "Dog", "Pig"]
celestial   = ["甲", "乙", "丙", "丁", "戊", "己", "庚", "辛", "壬", "癸"]
terrestrial = ["子", "丑", "寅", "卯", "辰", "巳", "午", "未", "申", "酉", "戌", "亥"]
aspects     = ["yang", "yin"]
base = 4

cycleyear = year - base

stemnumber = cycleyear % 10 + 1
stemhan    = celestial[stemnumber]
stempinyin = pinyin[stemhan]

elementnumber = div(stemnumber, 2) + 1
element       = elements[elementnumber]

branchnumber = cycleyear % 12 + 1
branchhan    = terrestrial[branchnumber]
branchpinyin = pinyin[branchhan]
animal       = animals[branchnumber]

aspectnumber = cycleyear % 2 + 1
aspect       = aspects[aspectnumber]

index = cycleyear % 60 + 1

return "\$year: \$stemhan\$branchhan (\$stempinyin-\$branchpinyin, \$element \$animal; \$aspect - year \$index of the cycle)"
end

curryr = Dates.year(now())
yrs = [1935, 1938, 1968, 1972, 1976, curryr]
foreach(println, map(chinese, yrs))
```
Output:
```1935: 乙亥 (yĭ-hài, Fire Pig; yin - year 12 of the cycle)
1938: 戊寅 (wù-yín, Earth Tiger; yang - year 15 of the cycle)
1968: 戊申 (wù-shēn, Earth Monkey; yang - year 45 of the cycle)
1972: 壬子 (rén-zĭ, Water Rat; yang - year 49 of the cycle)
1976: 丙辰 (bĭng-chén, Fire Dragon; yang - year 53 of the cycle)
2018: 戊戌 (wù-xū, Earth Dog; yang - year 35 of the cycle)```

## Kotlin

```// version 1.1.2

class ChineseZodiac(val year: Int) {
val stem   : Char
val branch : Char
val sName  : String
val bName  : String
val element: String
val animal : String
val aspect : String
val cycle  : Int

private companion object {
val animals  = listOf("Rat", "Ox", "Tiger", "Rabbit", "Dragon", "Snake",
"Horse", "Goat", "Monkey", "Rooster", "Dog", "Pig")
val aspects  = listOf("Yang","Yin")
val elements = listOf("Wood", "Fire", "Earth", "Metal", "Water")
val stems    = listOf('甲', '乙', '丙', '丁', '戊', '己', '庚', '辛', '壬', '癸')
val branches = listOf('子', '丑', '寅', '卯', '辰', '巳', '午', '未', '申', '酉', '戌', '亥')
val sNames   = listOf("jiă", "yĭ", "bĭng", "dīng", "wù", "jĭ", "gēng", "xīn", "rén", "gŭi")
val bNames   = listOf("zĭ", "chŏu", "yín", "măo", "chén", "sì", "wŭ", "wèi", "shēn", "yŏu",  "xū", "hài")
val fmt      = "%d    %c%c   %-9s  %-7s  %-7s   %-6s %02d/60"
}

init {
val y = year - 4
val s = y % 10
val b = y % 12
stem    = stems[s]
branch  = branches[b]
sName   = sNames[s]
bName   = bNames[b]
element = elements[s / 2]
animal  = animals[b]
aspect  = aspects[s % 2]
cycle   = y % 60 + 1
}

override fun toString() =
fmt.format(year, stem, branch, sName + "-" + bName, element, animal, aspect, cycle)
}

fun main(args: Array<String>) {
val years = intArrayOf(1935, 1938, 1968, 1972, 1976, 1984, 2017)
println("Year  Chinese  Pinyin     Element  Animal   Aspect  Cycle")
println("----  -------  ---------  -------  -------  ------  -----")
for (year in years) println(ChineseZodiac(year))
}
```
Output:
```Year  Chinese  Pinyin     Element  Animal   Aspect  Cycle
----  -------  ---------  -------  -------  ------  -----
1935    乙亥   yĭ-hài     Wood     Pig       Yin    12/60
1938    戊寅   wù-yín     Earth    Tiger     Yang   15/60
1968    戊申   wù-shēn    Earth    Monkey    Yang   45/60
1972    壬子   rén-zĭ     Water    Rat       Yang   49/60
1976    丙辰   bĭng-chén  Fire     Dragon    Yang   53/60
1984    甲子   jiă-zĭ     Wood     Rat       Yang   01/60
2017    丁酉   dīng-yŏu   Fire     Rooster   Yin    34/60
```

## Lua

Translation of: C
```local ANIMALS = {"Rat","Ox","Tiger","Rabbit","Dragon","Snake","Horse","Goat","Monkey","Rooster","Dog","Pig"}
local ELEMENTS = {"Wood","Fire","Earth","Metal","Water"}

function element(year)
local idx = math.floor(((year - 4) % 10) / 2)
return ELEMENTS[idx + 1]
end

function animal(year)
local idx = (year - 4) % 12
return ANIMALS[idx + 1]
end

function yy(year)
if year % 2 == 0 then
return "yang"
else
return "yin"
end
end

function zodiac(year)
local e = element(year)
local a = animal(year)
local y = yy(year)
print(year.." is the year of the "..e.." "..a.." ("..y..")")
end

zodiac(1935)
zodiac(1938)
zodiac(1968)
zodiac(1972)
zodiac(1976)
zodiac(2017)
```
Output:
```1935 is the year of the Wood Pig (yin)
1938 is the year of the Earth Tiger (yang)
1968 is the year of the Earth Monkey (yang)
1972 is the year of the Water Rat (yang)
1976 is the year of the Fire Dragon (yang)
2017 is the year of the Fire Rooster (yin)```

## Maple

```zodiac:=proc(year::integer)
local year60,yinyang,animal,element;
year60:= (year-3) mod 60;
yinyang:=["Yin","Yang"];
animal:=["Pig","Rat","Ox","Tiger","Rabbit","Dragon","Snake","Horse","Goat","Monkey","Rooster","Dog"];
element:=["Water","Wood","Wood","Fire","Fire","Earth","Earth","Metal","Metal","Water"];
return sprintf("%a",cat(year," is the year of the ",element[(year60 mod 10)+1]," ",animal[(year60 mod 12)+1]," (",yinyang[(year60 mod 2)+1],")"));
end proc:```

## Mathematica / Wolfram Language

```pinyin = <|"甲" -> "jiă", "乙" -> "yĭ", "丙" -> "bĭng", "丁" -> "dīng",
"戊" -> "wù", "己" -> "jĭ", "庚" -> "gēng", "辛" -> "xīn",
"壬" -> "rén", "癸" -> "gŭi", "子" -> "zĭ", "丑" -> "chŏu",
"寅" -> "yín", "卯" -> "măo", "辰" -> "chén", "巳" -> "sì",
"午" -> "wŭ", "未" -> "wèi", "申" -> "shēn", "酉" -> "yŏu",
"戌" -> "xū", "亥" -> "hài"|>;
animals = {"Rat", "Ox", "Tiger", "Rabbit", "Dragon", "Snake", "Horse",
"Goat", "Monkey", "Rooster", "Dog", "Pig"};
elements = {"Wood", "Fire", "Earth", "Metal", "Water"};
celestial = {"甲", "乙", "丙", "丁", "戊", "己", "庚", "辛", "壬", "癸"};
terrestrial = {"子", "丑", "寅", "卯", "辰", "巳", "午", "未", "申", "酉", "戌",
"亥"};
aspects = {"yang", "yin"};
ClearAll[calculate]
calculate[year_] := Module[{BASE, cycleyear, stemnumber, stempinyin, element,
elementnumber, branchnumber, branchhan, branchpinyin, animal,
aspectnumber, aspect, stemhan},
BASE = 4;
cycleyear = year - BASE;
stemnumber = Mod[cycleyear + 1, 10, 1];
stemhan = celestial[[stemnumber]];
stempinyin = pinyin[[stemhan]];
elementnumber = Floor[stemnumber/2 + 1/2];
element = elements[[elementnumber]];
branchnumber = Mod[cycleyear + 1, 12, 1];
branchhan = terrestrial[[branchnumber]];
branchpinyin = pinyin[[branchhan]];
animal = animals[[branchnumber]];
aspectnumber = Mod[cycleyear + 1, 2, 1];
aspect = aspects[[aspectnumber]];
Row@{year, ": ", stemhan, branchhan, " (", stempinyin, "-", branchpinyin, ", ", element, " ", animal, "; ", aspect, ")"}
]
calculate[1935]
calculate[1938]
calculate[1941]
calculate[1947]
calculate[1968]
calculate[1972]
calculate[1976]
```
Output:
```1935: 乙亥 (yĭ-hài, Wood Pig; yin)
1938: 戊寅 (wù-yín, Earth Tiger; yang)
1941: 辛巳 (xīn-sì, Metal Snake; yin)
1947: 丁亥 (dīng-hài, Fire Pig; yin)
1968: 戊申 (wù-shēn, Earth Monkey; yang)
1972: 壬子 (rén-zĭ, Water Rat; yang)
1976: 丙辰 (bĭng-chén, Fire Dragon; yang)```

## Modula-2

Translation of: C++
```MODULE ChineseZodiac;
FROM FormatString IMPORT FormatString;

TYPE Str = ARRAY[0..7] OF CHAR;

TYPE AA = ARRAY[0..11] OF Str;
CONST ANIMALS = AA{"Rat","Ox","Tiger","Rabbit","Dragon","Snake","Horse","Goat","Monkey","Rooster","Dog","Pig"};

TYPE EA = ARRAY[0..4] OF Str;
CONST ELEMENTS = EA{"Wood","Fire","Earth","Metal","Water"};

PROCEDURE element(year : INTEGER) : Str;
VAR idx : CARDINAL;
BEGIN
idx := ((year - 4) MOD 10) / 2;
RETURN ELEMENTS[idx];
END element;

PROCEDURE animal(year : INTEGER) : Str;
VAR idx : CARDINAL;
BEGIN
idx := (year - 4) MOD 12;
RETURN ANIMALS[idx];
END animal;

PROCEDURE yy(year : INTEGER) : Str;
BEGIN
IF year MOD 2 = 0 THEN
RETURN "yang"
ELSE
RETURN "yin"
END
END yy;

PROCEDURE print(year : INTEGER);
VAR buf : ARRAY[0..63] OF CHAR;
BEGIN
FormatString("%i is the year of the %s %s (%s)\n", buf, year, element(year), animal(year), yy(year));
WriteString(buf);
END print;

(* main *)
BEGIN
print(1935);
print(1938);
print(1968);
print(1972);
print(1976);
print(2017);

END ChineseZodiac.
```

## Nim

Translation of: Rust
```import strformat

const ANIMALS: array[12, string] = ["Rat",    "Ox",
"Tiger",  "Rabbit",
"Dragon", "Snake",
"Horse",  "Goat",
"Monkey", "Rooster",
"Dog",    "Pig"]

const ASPECTS: array[2, string] = ["Yang",   "Yin"]

const ELEMENTS: array[5, string] = ["Wood",  "Fire",
"Earth", "Metal",
"Water"]

const STEMS: array[10, string] = ["甲", "乙", "丙", "丁", "戊",
"己", "庚", "辛", "壬", "癸"]

const BRANCHES: array[12, string] = ["子", "丑", "寅", "卯", "辰", "巳",
"午", "未", "申", "酉", "戌", "亥"]

const S_NAMES: array[10, string] = ["jiă", "yĭ", "bĭng", "dīng", "wù",
"jĭ", "gēng", "xīn", "rén", "gŭi"]

const B_NAMES: array[12, string] = ["zĭ", "chŏu", "yín", "măo", "chén", "sì",
"wŭ", "wèi", "shēn", "yŏu", "xū", "hài"]

proc chineseZodiac(year: int): string =
let y = year - 4
let s = y mod 10
let b = y mod 12
let stem = STEMS[s]
let branch = BRANCHES[b]
let name = S_NAMES[s] & "-" & B_NAMES[b]
let element = ELEMENTS[s div 2]
let animal = ANIMALS[b]
let aspect = ASPECTS[s mod 2]
let cycle = y mod 60 + 1
&"{year}   {stem}{branch}     {name:9}  {element:7}  {animal:7}  {aspect:6}  {cycle:02}/60"

let years = [1935, 1938, 1968, 1972, 1976, 1984, 2017, 2020]
echo "Year  Chinese  Pinyin     Element  Animal   Aspect  Cycle"
echo "----  -------  ------     -------  ------   ------  -----"
for year in years:
echo &"{chineseZodiac(year)}"
```
Output:
```Year  Chinese  Pinyin     Element  Animal   Aspect  Cycle
----  -------  ------     -------  ------   ------  -----
1935   乙亥     yĭ-hài     Wood     Pig      Yin     12/60
1938   戊寅     wù-yín     Earth    Tiger    Yang    15/60
1968   戊申     wù-shēn    Earth    Monkey   Yang    45/60
1972   壬子     rén-zĭ     Water    Rat      Yang    49/60
1976   丙辰     bĭng-chén  Fire     Dragon   Yang    53/60
1984   甲子     jiă-zĭ     Wood     Rat      Yang    01/60
2017   丁酉     dīng-yŏu   Fire     Rooster  Yin     34/60
2020   庚子     gēng-zĭ    Metal    Rat      Yang    37/60
```

## Pascal

Works with: Extended Pascal

The built-in functions pred and succ accepting a second (optional) parameter is an Extended Pascal (ISO 10206) extension, as well as the possibility of specifying record literals.

```type
animalCycle = (rat, ox, tiger, rabbit, dragon, snake,
horse, goat, monkey, rooster, dog, pig);
elementCycle = (wood, fire, earth, metal, water);
aspectCycle = (yang, yin);

zodiac = record
animal: animalCycle;
element: elementCycle;
aspect: aspectCycle;
end;

function getZodiac(year: integer): zodiac;
begin
year := pred(year, 4);
getZodiac := zodiac[
animal: succ(rat, year mod 12);
element: succ(wood, year mod 10 div 2);
aspect: succ(yang, year mod 2);
]
end;
```

## Perl

```sub zodiac {
my \$year = shift;
my @animals = qw/Rat Ox Tiger Rabbit Dragon Snake Horse Goat Monkey Rooster Dog Pig/;
my @elements = qw/Wood Fire Earth Metal Water/;
my @terrestrial_han = qw/子 丑 寅 卯 辰 巳 午 未 申 酉 戌 亥/;
my @terrestrial_pinyin = qw/zĭ chŏu yín măo chén sì wŭ wèi shēn yŏu xū hài/;
my @celestial_han = qw/甲 乙 丙 丁 戊 己 庚 辛 壬 癸/;
my @celestial_pinyin = qw/jiă yĭ bĭng dīng wù jĭ gēng xīn rén gŭi/;
my @aspect = qw/yang yin/;

my \$cycle_year = (\$year-4) % 60;
my(\$i2, \$i10, \$i12) = (\$cycle_year % 2, \$cycle_year % 10, \$cycle_year % 12);

(\$year,
\$celestial_han[\$i10], \$terrestrial_han[\$i12],
\$celestial_pinyin[\$i10], \$terrestrial_pinyin[\$i12],
\$elements[\$i10 >> 1], \$animals[\$i12], \$aspect[\$i2], \$cycle_year+1);
}

printf("%4d: %s%s (%s-%s) %s %s; %s - year %d of the cycle\n", zodiac(\$_))
for (1935, 1938, 1968, 1972, 1976, 2017);
```
Output:
```1935: 乙亥 (yĭ-hài) Wood Pig; yin - year 12 of the cycle
1938: 戊寅 (wù-yín) Earth Tiger; yang - year 15 of the cycle
1968: 戊申 (wù-shēn) Earth Monkey; yang - year 45 of the cycle
1972: 壬子 (rén-zĭ) Water Rat; yang - year 49 of the cycle
1976: 丙辰 (bĭng-chén) Fire Dragon; yang - year 53 of the cycle
2017: 丁酉 (dīng-yŏu) Fire Rooster; yin - year 34 of the cycle
```

## Phix

```with javascript_semantics
constant animals = {"Rat","Ox","Tiger","Rabbit","Dragon","Snake","Horse","Goat","Monkey","Rooster","Dog","Pig"},
elements = {"Wood","Fire","Earth","Metal","Water"},
yinyang = {"yang","yin"},
years = {1935,1938,1968,1972,1976,2018}

for i=1 to length(years) do
integer year = years[i],
cycle = mod(year-4,60)
string element = elements[floor(mod(cycle,10)/2)+1],
animal = animals[mod(cycle,12)+1],
yy = yinyang[mod(cycle,2)+1]
printf(1,"%d: %s %s; %s, year %d of the cycle.\n",
{year,element,animal,yy,cycle+1})
end for
```
Output:
```1935: Wood Pig; yin, year 12 of the cycle.
1938: Earth Tiger; yang, year 15 of the cycle.
1968: Earth Monkey; yang, year 45 of the cycle.
1972: Water Rat; yang, year 49 of the cycle.
1976: Fire Dragon; yang, year 53 of the cycle.
2018: Earth Dog; yang, year 35 of the cycle.
```

## Picat

Translation of: Prolog
Works with: Picat
```animals({"Rat", "Ox", "Tiger", "Rabbit", "Dragon", "Snake", "Horse", "Goat", "Monkey", "Rooster", "Dog", "Pig"}).

elements({"Wood", "Fire", "Earth", "Metal", "Water"}).

animal_chars({"子","丑","寅","卯","辰","巳","午","未","申","酉","戌","亥"}).

element_chars({{"甲", "丙", "戊", "庚", "壬"}, {"乙", "丁", "己", "辛", "癸"}}).

years({1935, 1938, 1968, 1972, 1976, 1984, 1985, 2017}).

year_animal(Year) = Animal =>
I = ((Year - 4) mod 12) + 1,
animals(Animals),
Animal = Animals[I].

year_element(Year) = Element =>
I = ((Year - 4) mod 10) div 2 + 1,
elements(Elements),
Element = Elements[I].

year_animal_char(Year) = AnimalChar =>
I = (Year - 4) mod 12 + 1,
animal_chars(AnimalChars),
AnimalChar = AnimalChars[I].

year_element_char(Year) = ElementChar =>
I1 = Year mod 2 + 1,
element_chars(ElementChars),
ElementChars1 = ElementChars[I1],
I2 = (Year - 4) mod 10 div 2 + 1,
ElementChar = ElementChars1[I2].

year_yin_yang(Year) = YinYang =>
Year mod 2 == 0 -> YinYang = "yang" ; YinYang = "yin".

main :-
years(Years),
foreach (Year in Years)
Element = year_element(Year),
Animal = year_animal(Year),
YinYang = year_yin_yang(Year),
ElementChar = year_element_char(Year),
AnimalChar = year_animal_char(Year),
printf("%d is the year of the %w %w (%w). %w%w\n", Year, Element, Animal, YinYang, ElementChar, AnimalChar)
end.```
Output:
```1935 is the year of the Wood Pig (yin). 乙亥
1938 is the year of the Earth Tiger (yang). 戊寅
1968 is the year of the Earth Monkey (yang). 戊申
1972 is the year of the Water Rat (yang). 壬子
1976 is the year of the Fire Dragon (yang). 丙辰
1984 is the year of the Wood Rat (yang). 甲子
1985 is the year of the Wood Ox (yin). 乙丑
2017 is the year of the Fire Rooster (yin). 丁酉
```

## PowerShell

Translation of: Ruby
```function Get-ChineseZodiac
{
[CmdletBinding()]
[OutputType([PSCustomObject])]
Param
(
[Parameter(Mandatory=\$false,
ValueFromPipeline=\$true,
ValueFromPipelineByPropertyName=\$true,
Position=0)]
[ValidateRange(1,9999)]
[int]
\$Year = (Get-Date).Year
)

Begin
{
\$pinyin = @{
'甲' = 'jiă'
'乙' = 'yĭ'
'丙' = 'bĭng'
'丁' = 'dīng'
'戊' = 'wù'
'己' = 'jĭ'
'庚' = 'gēng'
'辛' = 'xīn'
'壬' = 'rén'
'癸' = 'gŭi'
'子' = 'zĭ'
'丑' = 'chŏu'
'寅' = 'yín'
'卯' = 'măo'
'辰' = 'chén'
'巳' = 'sì'
'午' = 'wŭ'
'未' = 'wèi'
'申' = 'shēn'
'酉' = 'yŏu'
'戌' = 'xū'
'亥' = 'hài'
}

\$celestial   = '甲', '乙', '丙', '丁', '戊', '己', '庚', '辛', '壬', '癸'
\$terrestrial = '子', '丑', '寅', '卯', '辰', '巳', '午', '未', '申', '酉', '戌', '亥'
\$animals     = 'Rat', 'Ox', 'Tiger', 'Rabbit', 'Dragon', 'Snake', 'Horse', 'Goat', 'Monkey', 'Rooster', 'Dog', 'Pig'
\$elements    = 'Wood', 'Fire', 'Earth', 'Metal', 'Water'
\$aspects     = 'yang', 'yin'

\$base = 4
}
Process
{
foreach (\$ce_year in \$Year)
{
\$cycle_year     = \$ce_year - \$base

\$stem_number    = \$cycle_year % 10
\$stem_han       = \$celestial[\$stem_number]
\$stem_pinyin    = \$pinyin[\$stem_han]

\$element_number = [Math]::Floor(\$stem_number / 2)
\$element        = \$elements[\$element_number]

\$branch_number  = \$cycle_year % 12
\$branch_han     = \$terrestrial[\$branch_number]
\$branch_pinyin  = \$pinyin[\$branch_han]
\$animal         = \$animals[\$branch_number]

\$aspect_number  = \$cycle_year % 2
\$aspect         = \$aspects[\$aspect_number]

\$index          = \$cycle_year % 60 + 1

[PSCustomObject]@{
Year        = \$Year
Element     = \$element
Animal      = \$animal
Aspect      = \$aspect
YearOfCycle = \$index
ASCII       = "\$stem_pinyin-\$branch_pinyin"
Chinese     = "\$stem_han\$branch_han"
}
}
}
}
```
```1935, 1938, 1968, 1972, 1976 | Get-ChineseZodiac | Format-Table
```
Output:
```Year Element Animal Aspect YearOfCycle ASCII     Chinese
---- ------- ------ ------ ----------- -----     -------
1935 Wood    Pig    yin             12 yĭ-hài    乙亥
1938 Earth   Tiger  yang            15 wù-yín    戊寅
1968 Earth   Monkey yang            45 wù-shēn   戊申
1972 Water   Rat    yang            49 rén-zĭ    壬子
1976 Fire    Dragon yang            53 bĭng-chén 丙辰
```

Defaults to the current year:

```Get-ChineseZodiac
```
Output:
```Year        : 2017
Element     : Fire
Animal      : Rooster
Aspect      : yin
YearOfCycle : 34
ASCII       : dīng-yŏu
Chinese     : 丁酉
```

Using the Year property of a `[DateTime]` object:

```Get-Date "11/8/2016" | Get-ChineseZodiac
```
Output:
```Year        : 2016
Element     : Fire
Animal      : Monkey
Aspect      : yang
YearOfCycle : 33
ASCII       : bĭng-shēn
Chinese     : 丙申
```

Emulate the Ruby script's output:

```\$zodiacs = 1935, 1938, 1968, 1972, 1976 | Get-ChineseZodiac

foreach (\$zodiac in \$zodiacs)
{
"{0}: {1} ({2}, {3} {4}; {5} - year {6} of the cycle)" -f \$zodiac.Year,
\$zodiac.Chinese,
\$zodiac.ASCII,
\$zodiac.Element,
\$zodiac.Animal,
\$zodiac.Aspect,
\$zodiac.YearOfCycle
}
```
Output:
```1935: 乙亥 (yĭ-hài, Wood Pig; yin - year 12 of the cycle)
1938: 戊寅 (wù-yín, Earth Tiger; yang - year 15 of the cycle)
1968: 戊申 (wù-shēn, Earth Monkey; yang - year 45 of the cycle)
1972: 壬子 (rén-zĭ, Water Rat; yang - year 49 of the cycle)
1976: 丙辰 (bĭng-chén, Fire Dragon; yang - year 53 of the cycle)
```

## Prolog

Translation of: Java
Works with: GNU Prolog
```:- initialization(main).

animals(['Rat', 'Ox', 'Tiger', 'Rabbit', 'Dragon', 'Snake', 'Horse', 'Goat', 'Monkey', 'Rooster', 'Dog', 'Pig']).

elements(['Wood', 'Fire', 'Earth', 'Metal', 'Water']).

animal_chars(['子','丑','寅','卯','辰','巳','午','未','申','酉','戌','亥']).

element_chars([['甲', '丙', '戊', '庚', '壬'], ['乙', '丁', '己', '辛', '癸']]).

years([1935, 1938, 1968, 1972, 1976, 1984, 1985, 2017]).

year_animal(Year, Animal) :-
I is ((Year - 4) mod 12) + 1,
animals(Animals),
nth(I, Animals, Animal).

year_element(Year, Element) :-
I is ((Year - 4) mod 10) div 2 + 1,
elements(Elements),
nth(I, Elements, Element).

year_animal_char(Year, AnimalChar) :-
I is (Year - 4) mod 12 + 1,
animal_chars(AnimalChars),
nth(I, AnimalChars, AnimalChar).

year_element_char(Year, ElementChar) :-
I1 is Year mod 2 + 1,
element_chars(ElementChars),
nth(I1, ElementChars, ElementChars1),
I2 is (Year - 4) mod 10 div 2 + 1,
nth(I2, ElementChars1, ElementChar).

year_yin_yang(Year, YinYang) :-
Year mod 2 =:= 0 -> YinYang = 'yang' ; YinYang = 'yin'.

main :-
years(Years),
forall(member(Year, Years), (
write(Year),
write(' is the year of the '),
year_element(Year, Element),
write(Element),
write(' '),
year_animal(Year, Animal),
write(Animal),
write(' '),
year_yin_yang(Year, YinYang),
write('('),
write(YinYang),
write('). '),
year_element_char(Year, ElementChar),
write(ElementChar),
year_animal_char(Year, AnimalChar),
write(AnimalChar),
nl
)).
```
Output:
```1935 is the year of the Wood Pig (yin). 乙亥
1938 is the year of the Earth Tiger (yang). 戊寅
1968 is the year of the Earth Monkey (yang). 戊申
1972 is the year of the Water Rat (yang). 壬子
1976 is the year of the Fire Dragon (yang). 丙辰
1984 is the year of the Wood Rat (yang). 甲子
1985 is the year of the Wood Ox (yin). 乙丑
2017 is the year of the Fire Rooster (yin). 丁酉
```

## PureBasic

```EnableExplicit
#BASE=4
#SPC=Chr(32)

Procedure.s ChineseZodiac(n.i)
Define cycle_year.i=n-#BASE,
stem_number.i    = cycle_year%10+1,
element_number.i = Round(stem_number/2,#PB_Round_Nearest),
branch_number.i  = cycle_year%12+1,
aspect_number.i  = cycle_year%2+1,
index.i          = cycle_year%60+1,
celestial\$       = Chr(PeekU(?Celestial_stem+SizeOf(Character)*(stem_number-1))),
c_pinyin\$        = StringField(PeekS(?Stem),stem_number,"\"),
element\$         = StringField(PeekS(?Element),element_number,"\"),
branch_han\$      = Chr(PeekU(?Terrestrial_branch+SizeOf(Character)*(branch_number-1))),
b_pinyin\$        = StringField(PeekS(?Branch),branch_number,"\"),
animal\$          = StringField(PeekS(?Zodiac_animal),branch_number,"\"),
aspect\$          = StringField(PeekS(?Aspect),aspect_number,"\"),
YearOfCycle\$     = Str(index)
ProcedureReturn Str(n)+#SPC+
LSet(element\$,7,#SPC)+#SPC+
LSet(animal\$,7,#SPC)+#SPC+
LSet(aspect\$,6,#SPC)+#SPC+
RSet(YearOfCycle\$,11)+#SPC+
LSet(c_pinyin\$+"-"+b_pinyin\$,9,#SPC)+#SPC+
celestial\$+branch_han\$
EndProcedure

Define header\$="Year Element Animal  Aspect YearOfCycle ASCII     Chinese"
Repeat : Until WaitWindowEvent() = #PB_Event_CloseWindow
EndIf

DataSection
Celestial_stem: : Data.u \$7532, \$4E59, \$4E19, \$4E01, \$620A, \$5DF1, \$5E9A, \$8F9B, \$58EC, \$7678
Terrestrial_branch: : Data.u \$5B50, \$4E11, \$5BC5, \$536F, \$8FB0, \$5DF3, \$5348, \$672A, \$7533, \$9149, \$620C, \$4EA5
Zodiac_animal: : Data.s "Rat\Ox\Tiger\Rabbit\Dragon\Snake\Horse\Goat\Monkey\Rooster\Dog\Pig"
Element: : Data.s "Wood\Fire\Earth\Metal\Water"
Aspect: : Data.s "yang\yin"
Stem: : Data.s "jiă\yĭ\bĭng\dīng\wù\jĭ\gēng\xīn\rén\gŭi"
Branch: : Data.s "zĭ\chŏu\yín\măo\chén\sì\wŭ\wèi\shēn\yŏu\xū\hài"
EndDataSection
```
Output:
```Year Element Animal  Aspect YearOfCycle ASCII     Chinese
1935 Wood    Pig     yin             12 yĭ-hài    乙亥
1938 Earth   Tiger   yang            15 wù-yín    戊寅
1968 Earth   Monkey  yang            45 wù-shēn   戊申
1972 Water   Rat     yang            49 rén-zĭ    壬子
1976 Fire    Dragon  yang            53 bĭng-chén 丙辰
1984 Wood    Rat     yang             1 jiă-zĭ    甲子
2017 Fire    Rooster yin             34 dīng-yŏu  丁酉```

## Python

Translation of: Ruby
```# coding: utf-8

from __future__ import print_function
from datetime import datetime

pinyin = {
'甲': 'jiă',
'乙': 'yĭ',
'丙': 'bĭng',
'丁': 'dīng',
'戊': 'wù',
'己': 'jĭ',
'庚': 'gēng',
'辛': 'xīn',
'壬': 'rén',
'癸': 'gŭi',

'子': 'zĭ',
'丑': 'chŏu',
'寅': 'yín',
'卯': 'măo',
'辰': 'chén',
'巳': 'sì',
'午': 'wŭ',
'未': 'wèi',
'申': 'shēn',
'酉': 'yŏu',
'戌': 'xū',
'亥': 'hài'
}

animals = ['Rat', 'Ox', 'Tiger', 'Rabbit', 'Dragon', 'Snake',
'Horse', 'Goat', 'Monkey', 'Rooster', 'Dog', 'Pig']
elements = ['Wood', 'Fire', 'Earth', 'Metal', 'Water']

celestial = ['甲', '乙', '丙', '丁', '戊', '己', '庚', '辛', '壬', '癸']
terrestrial = ['子', '丑', '寅', '卯', '辰', '巳', '午', '未', '申', '酉', '戌', '亥']
aspects = ['yang', 'yin']

def calculate(year):
BASE = 4
year = int(year)
cycle_year = year - BASE
stem_number = cycle_year % 10
stem_han = celestial[stem_number]
stem_pinyin = pinyin[stem_han]
element_number = stem_number // 2
element = elements[element_number]
branch_number = cycle_year % 12
branch_han = terrestrial[branch_number]
branch_pinyin = pinyin[branch_han]
animal = animals[branch_number]
aspect_number = cycle_year % 2
aspect = aspects[aspect_number]
index = cycle_year % 60 + 1
print("{}: {}{} ({}-{}, {} {}; {} - year {} of the cycle)"
.format(year, stem_han, branch_han,
stem_pinyin, branch_pinyin, element, animal, aspect, index))

current_year = datetime.now().year
years = [1935, 1938, 1968, 1972, 1976, current_year]
for year in years:
calculate(year)
```

Or, segmenting tokens just in time, and writing out wiki tables:

Works with: Python version 3.7
```'''Chinese zodiac'''

from functools import (reduce)
from datetime import datetime

# zodiacNames :: Dict
def zodiacNames():
'''天干 tiangan – 10 heavenly stems
地支 dizhi – 12 terrestrial branches
五行 wuxing – 5 elements
生肖 shengxiao – 12 symbolic animals
阴阳 yinyang - dark and light
'''
return dict(
zip(
['tian', 'di', 'wu', 'sx', 'yy'],
map(
lambda tpl: list(
zip(* [tpl[0]] + list(
map(
lambda x: x.split(),
tpl[1:])
))
),
[
# 天干 tiangan – 10 heavenly stems
('甲乙丙丁戊己庚辛壬癸',
'jiă yĭ bĭng dīng wù jĭ gēng xīn rén gŭi'),

# 地支 dizhi – 12 terrestrial branches
('子丑寅卯辰巳午未申酉戌亥',
'zĭ chŏu yín măo chén sì wŭ wèi shēn yŏu xū hài'),

# 五行 wuxing – 5 elements
('木火土金水',
'mù huǒ tǔ jīn shuǐ',
'wood fire earth metal water'),

# 十二生肖 shengxiao – 12 symbolic animals
('鼠牛虎兔龍蛇馬羊猴鸡狗豬',
'shǔ niú hǔ tù lóng shé mǎ yáng hóu jī gǒu zhū',
'rat ox tiger rabbit dragon snake horse goat ' +
'monkey rooster dog pig'
),

# 阴阳 yinyang
('阳阴', 'yáng yīn')
]
)))

# zodiacYear :: Dict -> [[String]]
def zodiacYear(dct):
'''A string of strings containing the
Chinese zodiac tokens for a given year.
'''
def tokens(y):
iYear = y - 4
iStem = iYear % 10
iBranch = iYear % 12
(hStem, pStem) = dct['tian'][iStem]
(hBranch, pBranch) = dct['di'][iBranch]
yy = iYear % 2
return [
[str(y), '', ''],
[
hStem + hBranch,
pStem + pBranch,
str((iYear % 60) + 1) + '/60'
],
list(dct['wu'][iStem // 2]),
list(dct['sx'][iBranch]),
list(dct['yy'][int(yy)]) + ['dark' if yy else 'light']
]
return lambda year: tokens(year)

# TEST ----------------------------------------------------
# main :: IO ()
def main():
'''Writing out wiki tables displaying Chinese zodiac
details for a given list of years.
'''
print('\n'.join(
list(map(
zodiacTable(zodiacNames()),
[
1935, 1938, 1949,
1968, 1972, 1976,
datetime.now().year
]
))
))

# WIKI TABLES  --------------------------------------------

# zodiacTable :: Dict -> Int -> String
def zodiacTable(tokens):
'''A wiki table displaying Chinese zodiac
details for a a given year.
'''
return lambda y: wikiTable({
'class': 'wikitable',
'colwidth': '70px'
})(transpose(zodiacYear(tokens)(y)))

# wikiTable :: Dict -> [[a]] -> String
def wikiTable(opts):
'''List of lists rendered as a wiki table string.'''
def colWidth():
return 'width:' + opts['colwidth'] + '; ' if (
'colwidth' in opts
) else ''

def cellStyle():
return opts['cell'] if 'cell' in opts else ''

return lambda rows: '{| ' + reduce(
lambda a, k: (
a + k + '="' + opts[k] + '" ' if k in opts else a
),
['class', 'style'],
''
) + '\n' + '\n|-\n'.join(
'\n'.join(
('|' if (0 != i and ('cell' not in opts)) else (
'|style="' + colWidth() + cellStyle() + '"|'
)) + (
str(x) or ' '
) for x in row
) for i, row in enumerate(rows)
) + '\n|}\n\n'

# GENERIC -------------------------------------------------

# transpose :: Matrix a -> Matrix a
def transpose(m):
'''The rows and columns of the argument transposed.
(The matrix containers and rows can be lists or tuples).'''
if m:
inner = type(m[0])
z = zip(*m)
return (type(m))(
map(inner, z) if tuple != inner else z
)
else:
return m

# MAIN ---
if __name__ == '__main__':
main()
```
Output:
 1935 乙亥 木 豬 阴 yĭhài mù zhū yīn 12/60 wood pig dark

 1938 戊寅 土 虎 阳 wùyín tǔ hǔ yáng 15/60 earth tiger light

 1949 己丑 土 牛 阴 jĭchŏu tǔ niú yīn 26/60 earth ox dark

 1968 戊申 土 猴 阳 wùshēn tǔ hóu yáng 45/60 earth monkey light

 1972 壬子 水 鼠 阳 rénzĭ shuǐ shǔ yáng 49/60 water rat light

 1976 丙辰 火 龍 阳 bĭngchén huǒ lóng yáng 53/60 fire dragon light

 2019 己亥 土 豬 阴 jĭhài tǔ zhū yīn 36/60 earth pig dark

## Racket

Translation of: Common Lisp
```#lang racket

(require racket/date)

; Any CE Year that was the first of a 60-year cycle
(define base-year 1984)

(define celestial-stems '("甲" "乙" "丙" "丁" "戊" "己" "庚" "辛" "壬" "癸"))

(define terrestrial-branches '("子" "丑" "寅" "卯" "辰" "巳" "午" "未" "申" "酉" "戌" "亥"))

(define zodiac-animals
'("Rat" "Ox" "Tiger" "Rabbit" "Dragon" "Snake" "Horse" "Goat" "Monkey" "Rooster" "Dog" "Pig"))

(define elements '("Wood" "Fire" "Earth" "Metal" "Water"))

(define aspects '("yang" "yin"))

(define pinyin
(map cons
(append celestial-stems terrestrial-branches)
(list "jiă" "yĭ" "bĭng" "dīng" "wù" "jĭ" "gēng" "xīn" "rén" "gŭi"
"zĭ" "chŏu" "yín" "măo" "chén" "sì" "wŭ" "wèi" "shēn" "yŏu" "xū" "hài")))

(define (this-year) (date-year (current-date)))

(define (pinyin-for han) (cdr (assoc han pinyin)))

(define (han/pinyin-nth n hans) (let ((han (list-ref hans n))) (values han (pinyin-for han))))

(define (chinese-zodiac ce-year)
(let* ((cycle-year (- ce-year base-year))
(stem-number    (modulo cycle-year (length celestial-stems)))
(element-number (quotient stem-number 2))
(aspect-number  (modulo cycle-year (length aspects)))
(branch-number  (modulo cycle-year (length terrestrial-branches)))
(element        (list-ref elements element-number))
(zodiac-animal  (list-ref zodiac-animals branch-number))
(aspect         (list-ref aspects aspect-number)))
(let-values (([stem-han stem-pinyin]     (han/pinyin-nth stem-number celestial-stems))
([branch-han branch-pinyin] (han/pinyin-nth branch-number terrestrial-branches)))
(list ce-year stem-han branch-han stem-pinyin branch-pinyin element zodiac-animal aspect))))

(module+ test
(for ((ce-year (in-list '(1935 1938 1941 1947 1968 1972 1976))))
(apply printf "~a: ~a~a (~a-~a, ~a ~a; ~a)~%" (chinese-zodiac ce-year))))
```
Output:
```1935: 乙亥 (yĭ-hài, Wood Pig; yin)
1938: 戊寅 (wù-yín, Earth Tiger; yang)
1941: 辛巳 (xīn-sì, Metal Snake; yin)
1947: 丁亥 (dīng-hài, Fire Pig; yin)
1968: 戊申 (wù-shēn, Earth Monkey; yang)
1972: 壬子 (rén-zĭ, Water Rat; yang)
1976: 丙辰 (bĭng-chén, Fire Dragon; yang)```

## Raku

(formerly Perl 6)

Works with: Rakudo version 2017.01
Translation of: Ruby
```sub Chinese-zodiac ( Int \$year ) {
my @heaven  = <甲 jiă 乙 yĭ 丙 bĭng 丁 dīng 戊 wù 己 jĭ 庚 gēng 辛 xīn 壬 rén 癸 gŭi>.pairup;
my @earth   = <子 zĭ 丑 chŏu 寅 yín 卯 măo 辰 chén 巳 sì 午 wŭ 未 wèi 申 shēn 酉 yŏu 戌 xū 亥 hài>.pairup;
my @animal  = <Rat Ox Tiger Rabbit Dragon Snake Horse Goat Monkey Rooster Dog Pig>;
my @element = <Wood Fire Earth Metal Water>;
my @aspect  = <yang yin>;

my \$cycle_year = (\$year - 4) % 60;
my \$i2         = \$cycle_year % 2;
my \$i10        = \$cycle_year % 10;
my \$i12        = \$cycle_year % 12;

%(
'Han'     => @heaven[\$i10].key ~ @earth[\$i12].key,
'pinyin'  => @heaven[\$i10].value ~ @earth[\$i12].value,
'heaven'  => @heaven[\$i10],
'earth'   => @earth[\$i12],
'element' => @element[\$i10 div 2],
'animal'  => @animal[\$i12],
'aspect'  => @aspect[\$i2],
'cycle'   => \$cycle_year + 1
)
}

# TESTING
printf "%d: %s (%s, %s %s; %s - year %d in the cycle)\n",
\$_, .&Chinese-zodiac<Han pinyin element animal aspect cycle>
for 1935, 1938, 1968, 1972, 1976, 1984, Date.today.year;
```
Output:
```1935: 乙亥 (yĭhài, Wood Pig; yin - year 12 in the cycle)
1938: 戊寅 (wùyín, Earth Tiger; yang - year 15 in the cycle)
1968: 戊申 (wùshēn, Earth Monkey; yang - year 45 in the cycle)
1972: 壬子 (rénzĭ, Water Rat; yang - year 49 in the cycle)
1976: 丙辰 (bĭngchén, Fire Dragon; yang - year 53 in the cycle)
1984: 甲子 (jiăzĭ, Wood Rat; yang - year 1 in the cycle)
2017: 丁酉 (dīngyŏu, Fire Rooster; yin - year 34 in the cycle)```

## Ring

```yinyang  = ["yang", "yin"]
elements = ["Wood", "Fire", "Earth", "Metal", "Water"]
animals  = ["Rat", "Ox", "Tiger", "Rabbit", "Dragon", "Snake",
"Horse", "Goat", "Monkey", "Rooster", "Dog", "Pig"]
years    = [1801, 1861, 1984, 2020, 2186, 76543]
output   = ""

for year in years
yy      = year % 2 + 1
element = (year - 4) % 5 + 1
animal  = (year - 4) % 12 + 1
output  = string(year) + " is the year of the "
output += elements[element] + " " + animals[animal] + " (" + yinyang[yy] + ")."
? output
next```
Output:
```1801 is the year of the Earth Rooster (yin).
1861 is the year of the Earth Rooster (yin).
1984 is the year of the Wood Rat (yang).
2020 is the year of the Fire Rat (yang).
2186 is the year of the Earth Dog (yang).
76543 is the year of the Water Rabbit (yin).
```

## Ruby

This is written as a command-line tool that takes a list of CE year numbers as arguments and outputs their information; if no arguments are supplied, it displays the information for the current year.

```# encoding: utf-8
pinyin = {
'甲' => 'jiă',
'乙' => 'yĭ',
'丙' => 'bĭng',
'丁' => 'dīng',
'戊' => 'wù',
'己' => 'jĭ',
'庚' => 'gēng',
'辛' => 'xīn',
'壬' => 'rén',
'癸' => 'gŭi',

'子' => 'zĭ',
'丑' => 'chŏu',
'寅' => 'yín',
'卯' => 'măo',
'辰' => 'chén',
'巳' => 'sì',
'午' => 'wŭ',
'未' => 'wèi',
'申' => 'shēn',
'酉' => 'yŏu',
'戌' => 'xū',
'亥' => 'hài'
}
celestial     = %w(甲 乙 丙 丁 戊 己 庚 辛 壬 癸)
terrestrial   = %w(子 丑 寅 卯 辰 巳 午 未 申 酉 戌 亥)
animals       = %w(Rat   Ox   Tiger  Rabbit  Dragon Snake
Horse Goat Monkey Rooster Dog    Pig)
elements      = %w(Wood Fire Earth Metal Water)
aspects       = %w(yang yin)

BASE = 4

args = if !ARGV.empty?
ARGV
else
[Time.new.year]
end

args.each do |arg|
ce_year = Integer(arg)
print "#{ce_year}: " if ARGV.length > 1
cycle_year     = ce_year - BASE

stem_number    = cycle_year % 10
stem_han       = celestial[stem_number]
stem_pinyin    = pinyin[stem_han]

element_number = stem_number / 2
element        = elements[element_number]

branch_number  = cycle_year % 12
branch_han     = terrestrial[branch_number]
branch_pinyin  = pinyin[branch_han]
animal         = animals[branch_number]

aspect_number = cycle_year % 2
aspect        = aspects[aspect_number]

index         = cycle_year % 60 + 1

print stem_han, branch_han
puts " (#{stem_pinyin}-#{branch_pinyin}, #{element} #{animal}; #{aspect} - year #{index} of the cycle)"
end
```
Output:

Given arguments 1935 1938 1968 1972 1976:

```1935: 乙亥 (yĭ-hài, Wood Pig; yin - year 12 of the cycle)
1938: 戊寅 (wù-yín, Earth Tiger; yang - year 15 of the cycle)
1968: 戊申 (wù-shēn, Earth Monkey; yang - year 45 of the cycle)
1972: 壬子 (rén-zĭ, Water Rat; yang - year 49 of the cycle)
1976: 丙辰 (bĭng-chén, Fire Dragon; yang - year 53 of the cycle)```

Given no arguments and run during the year 2017:

`丁酉 (dīng-yŏu, Fire Rooster; yin - year 34 of the cycle)`

## Rust

Translation of: Kotlin
```fn chinese_zodiac(year: usize) -> String {
static ANIMALS: [&str; 12] = [
"Rat", "Ox", "Tiger", "Rabbit", "Dragon", "Snake",
"Horse", "Goat", "Monkey", "Rooster", "Dog", "Pig",
];
static ASPECTS: [&str; 2] = ["Yang", "Yin"];
static ELEMENTS: [&str; 5] = ["Wood", "Fire", "Earth", "Metal", "Water"];
static STEMS: [char; 10] = [
'甲', '乙', '丙', '丁', '戊', '己', '庚', '辛', '壬', '癸',
];
static BRANCHES: [char; 12] = [
'子', '丑', '寅', '卯', '辰', '巳', '午', '未', '申', '酉', '戌', '亥',
];
static S_NAMES: [&str; 10] = [
"jiă", "yĭ", "bĭng", "dīng", "wù", "jĭ", "gēng", "xīn", "rén", "gŭi",
];
static B_NAMES: [&str; 12] = [
"zĭ", "chŏu", "yín", "măo", "chén", "sì",
"wŭ", "wèi", "shēn", "yŏu", "xū", "hài",
];

let y = year - 4;
let s = y % 10;
let b = y % 12;

let stem = STEMS[s];
let branch = BRANCHES[b];
let s_name = S_NAMES[s];
let b_name = B_NAMES[b];
let element = ELEMENTS[s / 2];
let animal = ANIMALS[b];
let aspect = ASPECTS[s % 2];
let cycle = y % 60 + 1;

format!(
"{}    {}{}    {:9}  {:7}  {:7}  {:6}  {:02}/60",
year,
stem,
branch,
format!("{}-{}", s_name, b_name),
element,
animal,
aspect,
cycle
)
}

fn main() {
let years = [1935, 1938, 1968, 1972, 1976, 1984, 2017];
println!("Year  Chinese  Pinyin     Element  Animal   Aspect  Cycle");
println!("----  -------  ---------  -------  -------  ------  -----");
for &year in &years {
println!("{}", chinese_zodiac(year));
}
}
```
Output:
```Year  Chinese  Pinyin     Element  Animal   Aspect  Cycle
----  -------  ---------  -------  -------  ------  -----
1935    乙亥    yĭ-hài     Wood     Pig      Yin     12/60
1938    戊寅    wù-yín     Earth    Tiger    Yang    15/60
1968    戊申    wù-shēn    Earth    Monkey   Yang    45/60
1972    壬子    rén-zĭ     Water    Rat      Yang    49/60
1976    丙辰    bĭng-chén  Fire     Dragon   Yang    53/60
1984    甲子    jiă-zĭ     Wood     Rat      Yang    01/60
2017    丁酉    dīng-yŏu   Fire     Rooster  Yin     34/60```

## Scala

```object Zodiac extends App {
val years = Seq(1935, 1938, 1968, 1972, 1976, 1984, 1985, 2017, 2018)

private def animals =
Seq("Rat",
"Ox",
"Tiger",
"Rabbit",
"Dragon",
"Snake",
"Horse",
"Goat",
"Monkey",
"Rooster",
"Dog",
"Pig")

private def animalChars =
Seq("子", "丑", "寅", "卯", "辰", "巳", "午", "未", "申", "酉", "戌", "亥")

private def elements = Seq("Wood", "Fire", "Earth", "Metal", "Water")

private def elementChars =
Seq(Array("甲", "丙", "戊", "庚", "壬"), Array("乙", "丁", "己", "辛", "癸"))

private def getYY(year: Int) = if (year % 2 == 0) "yang" else "yin"

for (year <- years) {
println(year
+ " is the year of the " + elements(math.floor((year - 4) % 10 / 2).toInt) + " "
+ animals((year - 4) % 12)
+ " (" + getYY(year) + "). "
+ elementChars(year % 2)(math.floor((year - 4) % 10 / 2).toInt)
+ animalChars((year - 4) % 12))
}
}
```
Output:
See it in running in your browser by ScalaFiddle (JavaScript) or by Scastie (JVM).

## Seed7

The standard output file of Seed7 accepts only Latin-1 (byte) output. Therefore the output with the chinese characters is written to STD_CONSOLE. The library console.s7i defines STD_CONSOLE.

```\$ include "seed7_05.s7i";
include "console.s7i";

const array string: animals is [0] ("Rat", "Ox", "Tiger", "Rabbit", "Dragon", "Snake", "Horse", "Goat", "Monkey", "Rooster", "Dog", "Pig");
const array string: elements is [0] ("Wood", "Fire", "Earth", "Metal", "Water");
const array string: animalChars is [0] ("子", "丑", "寅", "卯", "辰", "巳", "午", "未", "申", "酉", "戌", "亥");
const array array string: elementChars is [0] ([0] ("甲", "丙", "戊", "庚", "壬"), [0] ("乙", "丁", "己", "辛", "癸"));

const proc: main is func
local
var integer: year is 0;
var integer: eIdx is 0;
var integer: aIdx is 0;
begin
OUT := STD_CONSOLE;
for year range {1935, 1938, 1968, 1972, 1976, 1984, 1985, 2017} do
eIdx := (year - 4) rem 10 div 2;
aIdx := (year - 4) rem 12;
writeln(year <& " is the year of the " <& elements[eIdx] <& " " <& animals[aIdx] <& " (" <&
([0] ("yang", "yin"))[year rem 2] <& "). " <& elementChars[year rem 2][eIdx] <& animalChars[aIdx]);
end for;
end func;```
Output:
```1935 is the year of the Wood Pig (yin). 乙亥
1938 is the year of the Earth Tiger (yang). 戊寅
1968 is the year of the Earth Monkey (yang). 戊申
1972 is the year of the Water Rat (yang). 壬子
1976 is the year of the Fire Dragon (yang). 丙辰
1984 is the year of the Wood Rat (yang). 甲子
1985 is the year of the Wood Ox (yin). 乙丑
2017 is the year of the Fire Rooster (yin). 丁酉
```

## Sidef

Translation of: Perl
```func zodiac(year) {
var animals = %w(Rat Ox Tiger Rabbit Dragon Snake Horse Goat Monkey Rooster Dog Pig)
var elements = %w(Wood Fire Earth Metal Water)
var terrestrial_han = %w(子 丑 寅 卯 辰 巳 午 未 申 酉 戌 亥)
var terrestrial_pinyin = %w(zĭ chŏu yín măo chén sì wŭ wèi shēn yŏu xū hài)
var celestial_han = %w(甲 乙 丙 丁 戊 己 庚 辛 壬 癸)
var celestial_pinyin = %w(jiă yĭ bĭng dīng wù jĭ gēng xīn rén gŭi)
var aspect = %w(yang yin)

var cycle_year = ((year-4) % 60)
var (i2, i10, i12) = (cycle_year%2, cycle_year%10, cycle_year%12)

(year,
celestial_han[i10],    terrestrial_han[i12],
celestial_pinyin[i10], terrestrial_pinyin[i12],
elements[i10 >> 1], animals[i12], aspect[i2], cycle_year+1)
}

[1935, 1938, 1968, 1972, 1976, 2017].each { |year|
printf("%4d: %s%s (%s-%s) %s %s; %s - year %d of the cycle\n", zodiac(year))
}
```
Output:
```1935: 乙亥 (yĭ-hài) Wood Pig; yin - year 12 of the cycle
1938: 戊寅 (wù-yín) Earth Tiger; yang - year 15 of the cycle
1968: 戊申 (wù-shēn) Earth Monkey; yang - year 45 of the cycle
1972: 壬子 (rén-zĭ) Water Rat; yang - year 49 of the cycle
1976: 丙辰 (bĭng-chén) Fire Dragon; yang - year 53 of the cycle
2017: 丁酉 (dīng-yŏu) Fire Rooster; yin - year 34 of the cycle
```

## tbas

```	DATA "甲","乙","丙","丁","戊","己","庚","辛","壬","癸"
DECLARE celestial\$(10)

DATA "子","丑","寅","卯","辰","巳","午","未","申","酉","戌","亥"
DECLARE terrestrial\$(12)

DATA "Rat","Ox","Tiger","Rabbit","Dragon","Snake","Horse","Goat","Monkey","Rooster","Dog","Pig"
DECLARE animals\$(12)

DATA "Wood","Fire","Earth","Metal","Water"
DECLARE elements\$(5)

DATA "yang","yin"
DECLARE aspects\$(2)

DATA "jiă","yĭ","bĭng","dīng","wù","jĭ","gēng","xīn","rén","gŭi"
DATA "zĭ","chŏu","yín","măo","chén","sì","wŭ","wèi","shēn","yŏu","xū","hài"
DECLARE celestialpinyin\$(UBOUND(celestial\$(),1))
DECLARE terrestrialpinyin\$(UBOUND(terrestrial\$(),1))

DATA 1935,1938,1931,1961,1963,1991,1993,1996,2001
DECLARE years(9)

DECLARE _base = 4
DECLARE _year
DECLARE cycleyear
DECLARE stemnumber
DECLARE stemhan\$
DECLARE stempinyin\$
DECLARE elementnumber
DECLARE element\$
DECLARE branchnumber
DECLARE branchhan\$
DECLARE branchpinyin\$
DECLARE animal\$
DECLARE aspectnumber
DECLARE aspect\$
DECLARE index

DECLARE i
DECLARE top = ubound(years(),1)
FOR i = 1 TO top
_year = years(i)
cycleyear = _year - _base
stemnumber = MOD(cycleyear, 10)
stemhan\$    = celestial\$(stemnumber + 1)
stempinyin\$ = celestialpinyin\$(stemnumber + 1)
elementnumber = div(stemnumber, 2) + 1
element\$       = elements\$(elementnumber)
branchnumber = MOD(cycleyear, 12)
branchhan\$    = terrestrial\$(branchnumber + 1)
branchpinyin\$ = terrestrialpinyin\$(branchnumber + 1)
animal\$       = animals\$(branchnumber + 1)
aspectnumber = MOD(cycleyear, 2)
aspect\$       = aspects\$(aspectnumber + 1)
index = MOD(cycleyear, 60) + 1
PRINT _year;
PRINT TAB(5);stemhan\$+branchhan\$;
PRINT TAB(12);stempinyin\$;"-";branchpinyin\$;
PRINT TAB(25);element\$;" ";animal\$;" ("+aspect\$+")";
PRINT TAB(50);"year";index;"of the cycle"
NEXT
```
```\$ tbas chinZod.bas
1935 乙亥 yĭ-hài     Wood Pig (yin)           year 12 of the cycle
1938 戊寅 wù-yín     Earth Tiger (yang)       year 15 of the cycle
1931 辛未 xīn-wèi    Metal Goat (yin)         year 8 of the cycle
1961 辛丑 xīn-chŏu   Metal Ox (yin)           year 38 of the cycle
1963 癸卯 gŭi-măo    Water Rabbit (yin)       year 40 of the cycle
1991 辛未 xīn-wèi    Metal Goat (yin)         year 8 of the cycle
1993 癸酉 gŭi-yŏu    Water Rooster (yin)      year 10 of the cycle
1996 丙子 bĭng-zĭ    Fire Rat (yang)          year 13 of the cycle
2001 辛巳 xīn-sì     Metal Snake (yin)        year 18 of the cycle

```

## Tcl

```proc cn_zodiac year {
set year0 [expr \$year-4]
set animals {Rat Ox Tiger Rabbit Dragon Snake Horse Goat Monkey Rooster Dog Pig}
set elements {Wood Fire Earth Metal Water}
set stems {jia3 yi3 bing3 ding1 wu4 ji3 geng1 xin1 ren2 gui3}
set gan {\u7532 \u4E59 \u4E19 \u4E01 \u620A \u5DF1 \u5E9A \u8F9B \u58EC \u7678}
set branches {zi3 chou3 yin2 mao3 chen2 si4 wu3 wei4 shen1 you3 xu1 hai4}
set zhi {\u5B50 \u4E11 \u5BC5 \u536F \u8FB0 \u5DF3 \u5348 \u672A \u7533 \u9149 \u620C \u4EA5}
set m10 [expr \$year0%10]
set m12 [expr \$year0%12]
set res [lindex \$gan \$m10][lindex \$zhi \$m12]
lappend res [lindex \$stems \$m10]-[lindex \$branches \$m12]
lappend res [lindex \$elements [expr \$m10/2]]
lappend res [lindex \$animals \$m12] ([expr {\$year0%2 ? "yin" : "yang"}])
lappend res year [expr \$year0%60+1]
return \$res
}
```
```% cn_zodiac 1984

% cn_zodiac 2017

```

## uBasic/4tH

Works with: R3
```dim @y(2)                              ' yin or yang
dim @e(5)                              ' the elements
dim @a(12)                             ' the animals

Push Dup("yang"), Dup("yin")           ' fill Ying/Yang table
For i = 1 to 0 step -1 : @y(i) = Pop() : Next i
' fill Elements table
Push Dup("Wood"), Dup("Fire"), Dup("Earth"), Dup("Metal"), Dup("Water")
For i = 4 to 0 step -1 : @e(i) = Pop() : Next i
' fill Animals table
Push Dup("Rat"),   Dup("Ox"),    Dup("Tiger"), Dup("Rabbit"), Dup("Dragon")
Push Dup("Snake"), Dup("Horse"), Dup("Goat"),  Dup("Monkey"), Dup("Rooster")
Push Dup("Dog"),   Dup("Pig")

For i = 11 to 0 step -1 : @a(i) = Pop() : Next i
' now push all the test years
Push 76543, 2186, 2020, 1984, 1861, 1801
' and process them all
Do While Used()                        ' until the stack is empty
Print Show(FUNC(_Chinese(Pop())))    ' call function
Loop

End

_Chinese                               ' compose string
Param (1)
Local (3)

b@ = a@ % 2
c@ = (a@ - 4) % 5
d@ = (a@ - 4) % 12
Return (Join(Str (a@), " is the year of the ", @e(c@), " ", @a(d@), " (", @y(b@), ")."))
```

Output:

```1801 is the year of the Earth Rooster (yin).
1861 is the year of the Earth Rooster (yin).
1984 is the year of the Wood Rat (yang).
2020 is the year of the Fire Rat (yang).
2186 is the year of the Earth Dog (yang).
76543 is the year of the Water Rabbit (yin).

0 OK, 0:1047
```

## UNIX Shell

Works with: Bash version 4+
Works with: Korn Shell version 93+

The required versions introduced support for associative arrays.

```#!/usr/bin/env bash
declare -A pinyin=(
[甲]='jiă'
[乙]='yĭ'
[丙]='bĭng'
[丁]='dīng'
[戊]='wù'
[己]='jĭ'
[庚]='gēng'
[辛]='xīn'
[壬]='rén'
[癸]='gŭi'

[子]='zĭ'
[丑]='chŏu'
[寅]='yín'
[卯]='măo'
[辰]='chén'
[巳]='sì'
[午]='wŭ'
[未]='wèi'
[申]='shén'
[酉]='yŏu'
[戌]='xū'
[亥]='hài'
)

celestial=(甲 乙 丙 丁 戊 己 庚 辛 壬 癸)
terrestrial=(子 丑 寅 卯 辰 巳 午 未 申 酉 戌 亥)
animals=(Rat   Ox   Tiger  Rabbit  Dragon Snake
Horse Goat Monkey Rooster Dog    Pig)
elements=(Wood Fire Earth Metal Water)
aspects=(yang yin)

BaseYear=4

function main {
if (( !\$# )); then
set -- \$(date +%Y)
fi
local year
for year; do
if (( \$# > 1 )); then
printf '%s:' "\$year"
fi
local -i cycle_year=year-BaseYear
local -i stem_number=\$cycle_year%\${#celestial[@]}
local stem_han=\${celestial[\$stem_number]}
local stem_pinyin=\${pinyin[\$stem_han]}

local -i element_number=stem_number/2
local element=\${elements[\$element_number]}

local -i branch_number=\$cycle_year%\${#terrestrial[@]}
local branch_han=\${terrestrial[\$branch_number]}
local branch_pinyin=\${pinyin[\$branch_han]}
local animal=\${animals[\$branch_number]}

local -i aspect_number=\$cycle_year%\${#aspects[@]}
local aspect=\${aspects[\$aspect_number]}

printf '%s%s'  \$stem_han \$branch_han
printf '(%s-%s, %s %s; %s)\n' \$stem_pinyin \$branch_pinyin \$element \$animal \$aspect
done
}

main "\$@"```
Works with: Z Shell version 5.5+

Version required for associative array initialization syntax. Main difference from bash is that we number everything starting at 1 instead of 0.

```#!/usr/bin/env zsh
declare -A pinyin=(
[甲]='jiă'
[乙]='yĭ'
[丙]='bĭng'
[丁]='dīng'
[戊]='wù'
[己]='jĭ'
[庚]='gēng'
[辛]='xīn'
[壬]='rén'
[癸]='gŭi'

[子]='zĭ'
[丑]='chŏu'
[寅]='yín'
[卯]='măo'
[辰]='chén'
[巳]='sì'
[午]='wŭ'
[未]='wèi'
[申]='shén'
[酉]='yŏu'
[戌]='xū'
[亥]='hài'
)

celestial=(甲 乙 丙 丁 戊 己 庚 辛 壬 癸)
terrestrial=(子 丑 寅 卯 辰 巳 午 未 申 酉 戌 亥)
animals=(Rat   Ox   Tiger  Rabbit  Dragon Snake
Horse Goat Monkey Rooster Dog    Pig)
elements=(Wood Fire Earth Metal Water)
aspects=(yang yin)

BaseYear=4

main() {
if (( !\$# )); then
set -- \$(date +%Y)
fi
local year
for year; do
if (( \$# > 1 )); then
printf '%s:' "\$year"
fi
local -i cycle_year=year-BaseYear+1
local -i stem_number=\$(amod \$cycle_year \${#celestial[@]})
local stem_han=\$celestial[\$stem_number]
local stem_pinyin=\$pinyin[\$stem_han]

local -i element_number
(( element_number = (stem_number-1)/2+1 ))
local element=\$elements[\$element_number]

local -i branch_number=\$(amod \$cycle_year \${#terrestrial[@]})
local branch_han=\$terrestrial[\$branch_number]
local branch_pinyin=\$pinyin[\$branch_han]
local animal=\$animals[\$branch_number]

local -i aspect_number=\$(amod \$cycle_year \${#aspects[@]})
local aspect=\$aspects[\$aspect_number]

printf '%s%s'  \$stem_han \$branch_han
printf '(%s-%s, %s %s; %s)\n' \$stem_pinyin \$branch_pinyin \$element \$animal \$aspect
done
}

amod() {
local -i m=\$1 n=\$2
printf '%d\n' \$(( (m + n - 1) % n + 1 ))
}

main "\$@"```
Output:

Output is the same for both versions:

```\$ cz 1935 1938 1968 1972 1976:
1935:乙亥(yĭ-hài, Wood Pig; yin)
1938:戊寅(wù-yín, Earth Tiger; yang)
1968:戊申(wù-shén, Earth Monkey; yang)
1972:壬子(rén-zĭ, Water Rat; yang)
1976:丙辰(bĭng-chén, Fire Dragon; yang)```

## UTFool

```···
http://rosettacode.org/wiki/Chinese_zodiac
···
■ ChineseZodiac
§ static
tiangan⦂ String[][]: ¤ · 10 celestial stems
¤ "甲", "乙", "丙", "丁", "戊", "己", "庚", "辛", "壬", "癸"
¤ "jiă", "yĭ", "bĭng", "dīng", "wù", "jĭ", "gēng", "xīn", "rén", "gŭi"

dizhi⦂ String[][]: ¤ · 12 terrestrial branches
¤ "子", "丑", "寅", "卯", "辰", "巳", "午", "未", "申", "酉", "戌", "亥"
¤ "zĭ", "chŏu", "yín", "măo", "chén", "sì", "wŭ", "wèi", "shēn", "yŏu", "xū", "hài"

wuxing⦂ String[][]: ¤ · 5 traditional elements
¤ "木", "火", "土", "金", "水"
¤ "mù", "huǒ", "tǔ", "jīn", "shuǐ"
¤ "wood", "fire", "earth", "metal", "water"

shengxiao⦂ String[][]: ¤ · 12 animal deities
¤ "鼠", "牛", "虎", "兔", "龍", "蛇", "馬", "羊", "猴", "鸡", "狗", "豬"
¤ "shǔ", "niú", "hǔ", "tù", "lóng", "shé", "mǎ", "yáng", "hóu", "jī", "gǒu", "zhū"
¤ "rat", "ox", "tiger", "rabbit", "dragon", "snake", "horse", "goat", "monkey", "rooster", "dog", "pig"

yinyang⦂ String[][]: ¤ · 2 fundamental principles
¤ "阳", "阴"
¤ "yáng", "yīn"

▶ main
• args⦂ String[]
for each year ∈ [1935, 1938, 1968, 1972, 1976, 1984, 1985, 1986, 2017]⦂ int
cycle⦂  int: year - 4
stem⦂   int: cycle \ 10
branch⦂ int: cycle \ 12
System.out.printf "%4s  %-8s %-6s %-6s %s\n", year, tiangan[0][stem] ⊕ dizhi[0][branch],
wuxing[0][stem / 2], shengxiao[0][branch], yinyang[0][year \ 2]
System.out.printf "      %-9s %-7s %-7s %s\n", tiangan[1][stem] ⊕ dizhi[1][branch],
wuxing[1][stem / 2], shengxiao[1][branch], yinyang[1][year \ 2]
System.out.printf "      %-2s/60     %-7s %s\n\n", cycle \ 60 + 1,
wuxing[2][stem / 2], shengxiao[2][branch]```

## VBScript

To run in console mode with cscript.

```' Chinese zodiac - VBS

Animals  = array( "Rat","Ox","Tiger","Rabbit","Dragon","Snake","Horse","Goat","Monkey","Rooster","Dog","Pig" )
Elements = array( "Wood","Fire","Earth","Metal","Water" )
YinYang  = array( "Yang","Yin" )
Years    = array( 1935, 1938, 1968, 1972, 1976, 1984, 2017 )

for i = LBound(Years) to UBound(Years)
xYear    = Years(i)
yElement = Elements(((xYear - 4) mod 10) \ 2)
yAnimal  = Animals(  (xYear - 4) mod 12     )
yYinYang = YinYang(   xYear      mod  2     )
nn       =          ((xYear - 4) mod 60) + 1
msgbox xYear & " is the year of the " & yElement & " " &  yAnimal & " (" &  yYinYang & ").",, _
xYear & " : " & nn & "/60"
next
```
Output:
```1935 is the year of the Wood Pig (Yin).
1938 is the year of the Earth Tiger (Yang).
1968 is the year of the Earth Monkey (Yang).
1972 is the year of the Water Rat (Yang).
1976 is the year of the Fire Dragon (Yang).
1984 is the year of the Wood Rat (Yang).
2017 is the year of the Fire Rooster (Yin).
```

## Visual Basic .NET

Translation of: C#
```Module Module1

ReadOnly ANIMALS As String() = {"Rat", "Ox", "Tiger", "Rabbit", "Dragon", "Snake", "Horse", "Goat", "Monkey", "Rooster", "Dog", "Pig"}
ReadOnly ELEMENTS As String() = {"Wood", "Fire", "Earth", "Metal", "Water"}
ReadOnly ANIMAL_CHARS As String() = {"子", "丑", "寅", "卯", "辰", "巳", "午", "未", "申", "酉", "戌", "亥"}
ReadOnly ELEMENT_CHARS As String(,) = {{"甲", "丙", "戊", "庚", "壬"}, {"乙", "丁", "己", "辛", "癸"}}

Function GetYY(year As Integer) As String
If year Mod 2 = 0 Then
Return "yang"
End If
Return "yin"
End Function

Sub Main()
Console.OutputEncoding = System.Text.Encoding.UTF8
Dim years = {1935, 1938, 1968, 1972, 1976, 1984, 1985, 2017}
For i = 0 To years.Length - 1
Dim t0 = years(i)
Dim t1 = t0 - 4.0
Dim t2 = t1 Mod 10
Dim t3 = t2 / 2
Dim t4 = Math.Floor(t3)

Dim ei As Integer = Math.Floor(((years(i) - 4.0) Mod 10) / 2)
Dim ai = (years(i) - 4) Mod 12
Console.WriteLine("{0} is the year of the {1} {2} ({3}). {4}{5}", years(i), ELEMENTS(ei), ANIMALS(ai), GetYY(years(i)), ELEMENT_CHARS(years(i) Mod 2, ei), ANIMAL_CHARS((years(i) - 4) Mod 12))
Next
End Sub

End Module
```
Output:
```1935 is the year of the Wood Pig (yin). 乙亥
1938 is the year of the Earth Tiger (yang). 戊寅
1968 is the year of the Earth Monkey (yang). 戊申
1972 is the year of the Water Rat (yang). 壬子
1976 is the year of the Fire Dragon (yang). 丙辰
1984 is the year of the Wood Rat (yang). 甲子
1985 is the year of the Wood Ox (yin). 乙丑
2017 is the year of the Fire Rooster (yin). 丁酉```

## V (Vlang)

Translation of: Go
```const (
animal_string = ["Rat", "Ox", "Tiger", "Rabbit", "Dragon", "Snake",
"Horse", "Goat", "Monkey", "Rooster", "Dog", "Pig"]
stem_yy_string  = ["Yang", "Yin"]
element_string = ["Wood", "Fire", "Earth", "Metal", "Water"]
stem_ch        = "甲乙丙丁戊己庚辛壬癸".split('')
branch_ch      = "子丑寅卯辰巳午未申酉戌亥".split('')
)

fn cz(y int) (string, string, string, string, int) {
yr := y-4
stem := yr % 10
branch := yr % 12
return animal_string[branch],
stem_yy_string[stem%2],
element_string[stem/2],
[stem_ch[stem], branch_ch[branch]].join(''),
yr%60 + 1
}

fn main() {
for yr in [1935, 1938, 1968, 1972, 1976] {
a, yy, e, sb, cy := cz(yr)
println("\$yr: \$e \$a, \$yy, Cycle year \$cy \$sb")
}
}```
Output:
```Same as Go entry
```

## Wren

Translation of: Kotlin
Library: Wren-fmt
```import "/fmt" for Fmt

class ChineseZodiac {
static init() {
__animals  = ["Rat", "Ox", "Tiger", "Rabbit", "Dragon", "Snake",
"Horse", "Goat", "Monkey", "Rooster", "Dog", "Pig"]
__aspects  = ["Yang","Yin"]
__elements = ["Wood", "Fire", "Earth", "Metal", "Water"]
__stems    = ["甲", "乙", "丙", "丁", "戊", "己", "庚", "辛", "壬", "癸"]
__branches = ["子", "丑", "寅", "卯", "辰", "巳", "午", "未", "申", "酉", "戌", "亥"]
__sNames   = ["jiă", "yĭ", "bĭng", "dīng", "wù", "jĭ", "gēng", "xīn", "rén", "gŭi"]
__bNames   = ["zĭ", "chŏu", "yín", "măo", "chén", "sì", "wŭ", "wèi", "shēn", "yŏu",  "xū", "hài"]
}

construct new(year) {
var y = year - 4
var s = y % 10
var b = y % 12
_year    = year
_stem    = __stems[s]
_branch  = __branches[b]
_sName   = __sNames[s]
_bName   = __bNames[b]
_element = __elements[(s/2).floor]
_animal  = __animals[b]
_aspect  = __aspects[s % 2]
_cycle   = y % 60 + 1
}

toString {
var name = Fmt.s(-9, _sName + "-" + _bName)
var elem = Fmt.s(-7, _element)
var anim = Fmt.s(-7, _animal)
var aspt = Fmt.s(-6, _aspect)
var cycl = Fmt.dz(2, _cycle) + "/60"
return "%(_year)    %(_stem)%(_branch)   %(name)  %(elem)  %(anim)   %(aspt) %(cycl)"
}
}

var years = [1935, 1938, 1968, 1972, 1976, 1984, 2017, 2020]
System.print("Year  Chinese  Pinyin     Element  Animal   Aspect  Cycle")
System.print("----  -------  ---------  -------  -------  ------  -----")
ChineseZodiac.init()
for (year in years) System.print(ChineseZodiac.new(year))
```
Output:
```Year  Chinese  Pinyin     Element  Animal   Aspect  Cycle
----  -------  ---------  -------  -------  ------  -----
1935    乙亥   yĭ-hài     Wood     Pig       Yin    12/60
1938    戊寅   wù-yín     Earth    Tiger     Yang   15/60
1968    戊申   wù-shēn    Earth    Monkey    Yang   45/60
1972    壬子   rén-zĭ     Water    Rat       Yang   49/60
1976    丙辰   bĭng-chén  Fire     Dragon    Yang   53/60
1984    甲子   jiă-zĭ     Wood     Rat       Yang   01/60
2017    丁酉   dīng-yŏu   Fire     Rooster   Yin    34/60
2020    庚子   gēng-zĭ    Metal    Rat       Yang   37/60
```

## Yabasic

```dim Animals\$(12) : for a = 0 to 11 : read Animals\$(a) : next a
dim Elements\$(5) : for a = 0 to 4  : read Elements\$(a): next a
dim YinYang\$(2)  : for a = 0 to 1  : read YinYang\$(a) : next a
dim Years(7)     : for a = 0 to 6  : read Years(a)    : next a

for i = 0 to arraysize(Years(),1)-1
xYear    = Years(i)
yElement\$ = Elements\$((Mod((xYear - 4), 10)) / 2)
yAnimal\$  = Animals\$(  Mod((xYear - 4), 12))
yYinYang\$ = YinYang\$(  Mod(xYear, 2)       )
nn        =         (  Mod((xYear - 4), 60)) + 1
print xYear, " is the year of the ", yElement\$, " ",  yAnimal\$, " (", yYinYang\$, ")."
next i
print
end

data "Rat","Ox","Tiger","Rabbit","Dragon","Snake","Horse","Goat","Monkey","Rooster","Dog","Pig"
data "Wood","Fire","Earth","Metal","Water"
data "Yang","Yin"
data 1935, 1938, 1968, 1972, 1976, 1984, 2017```
Output:
```1935 is the year of the Wood Pig (Yin).
1938 is the year of the Earth Tiger (Yang).
1968 is the year of the Earth Monkey (Yang).
1972 is the year of the Water Rat (Yang).
1976 is the year of the Fire Dragon (Yang).
1984 is the year of the Wood Rat (Yang).
2017 is the year of the Fire Rooster (Yin).
```

## zkl

Translation of: Ruby
```fcn ceToChineseZodiac(ce_year){	// --> list of strings
# encoding: utf-8
var [const] pinyin=SD(  // create some static variables, SD is small fixed dictionary
"甲","jiă",  "乙","yĭ",  "丙","bĭng", "丁","dīng", "戊","wù", "己","jĭ",
"庚","gēng", "辛","xīn", "壬","rén",  "癸","gŭi",

"子","zĭ",  "丑","chŏu", "寅","yín", "卯","măo",  "辰","chén", "巳","sì",
"午","wŭ",  "未","wèi",  "申","shén","酉","yŏu",  "戌","xū",   "亥","hài"
),

celestial  =T("甲", "乙", "丙", "丁", "戊", "己", "庚", "辛", "壬", "癸"),
terrestrial=T("子", "丑", "寅", "卯", "辰", "巳", "午", "未", "申", "酉", "戌", "亥"),
animals    =T("Rat",   "Ox",   "Tiger",  "Rabbit",  "Dragon", "Snake",
"Horse", "Goat", "Monkey", "Rooster", "Dog",    "Pig"),
elements   =T("Wood", "Fire", "Earth", "Metal", "Water"),
aspects    =T("yang","yin"),
;

const BASE=4;

cycle_year:=ce_year - BASE;

cycle_year,aspect    := ce_year - BASE,         aspects[cycle_year%2];
stem_number,element  := cycle_year%10,          elements[stem_number/2];
stem_han,stem_pinyin := celestial[stem_number], pinyin[stem_han];

branch_number,animal     := cycle_year%12,      animals[branch_number];
branch_han,branch_pinyin := terrestrial[branch_number], pinyin[branch_han];

return(stem_han,branch_han,
stem_pinyin,branch_pinyin, element,animal,aspect)
}```
```foreach ce_year in (T(1935,1938,1968,1972,1976,Time.Clock.UTC[0])){
println("%d: %s%s (%s-%s, %s %s; %s)"
.fmt(ce_year,ceToChineseZodiac(ce_year).xplode()));
}```
Output:
```1935: 乙亥 (yĭ-hài, Wood Pig; yin)
1938: 戊寅 (wù-yín, Earth Tiger; yang)
1968: 戊申 (wù-shén, Earth Monkey; yang)
1972: 壬子 (rén-zĭ, Water Rat; yang)
1976: 丙辰 (bĭng-chén, Fire Dragon; yang)
2017: 丁酉 (dīng-yŏu, Fire Rooster; yin)
```