Revisions to Inverse trigonometric functions

fix byte scoring (https://codegolf.meta.stackexchange.com/a/8288)

Source Link

edited Sep 1, 2023 at 14:17

2k
10
20

Built-in solutions

APL(Dyalog Unicode), 1 bytes ^SBCS

○

Try it on APLgolf!

Left argument chooses function:

¯1○⍵ ⍝ asin
¯2○⍵ ⍝ acos
¯3○⍵ ⍝ atan

C, 1731 Bytes

#include <math#include<math.h> //  
asin,  
acos,  
atan

C++, 1630 Bytes

#include <cmath> // std::#include<cmath>
asin, std:: 
acos, std:: 
atan

Go

1328 bytes (reals only)

import."math"
// Asin
// Acos
// Atan

Attempt This Online!

1934 bytes (includes complex numbers)

import."math/cmplx"
// Asin
// Acos
// Atan

Attempt This Online!

JavaScript, 29 bytes

Math.asin
Math.acos
Math.atan

Attempt This Online!

Pascal, 06 bytes (only arctan)

arctan

Pascal is standardized by ISO standards 7185 (“Standard Pascal”) and 10206 (“Extended Pascal”). Both make the trigonometric functions sin, cos and arctan part of the language. There is no need (or option) to “import” these identifiers, hence 0 bytes. UnfortunatelyUnfortunately, there is no built-in function to inverse the operations of sin and cos. See See the Pascal submission for a full implementation of the task.

Python, 1732 bytes (reals only)

from math import* #  
asin,  
acos, 
atan

Attempt This Online!

Python, 1833 bytes (supports all real valuesincludes complex numbers)

from cmath import* #asin,
asin
acos, 
atan

Attempt This Online!

Rust, 29 bytes

f64::asin
f64::acos
f64::atan

sclin, 14 bytes

sin_
cos_
tan_

Try it on scline!

Thunno 2, 2 bytes each

Æs # arcsin
Æc # arccos
Æt # arctan

Try it online!

Vyxal, 2 bytes each

∆S # Arcsine
∆C # Arccosine
∆T # Arctangent

Try it Online!

PHP, 014 bytes

asin, acos and atan are already available under these names

asin
acos
atan

Try it online!

Zsh, 2136 bytes

zmodload zsh/mathfunc
asin
acos
atan

Try it online!

Load asin acos atan among other functions in arithmetic mode.

Built-in solutions

APL(Dyalog Unicode), 1 bytes ^SBCS

○

Try it on APLgolf!

Left argument chooses function:

¯1○⍵ ⍝ asin
¯2○⍵ ⍝ acos
¯3○⍵ ⍝ atan

C, 17 Bytes

#include <math.h> // asin, acos, atan

C++, 16 Bytes

#include <cmath> // std::asin, std::acos, std::atan

Go

13 bytes (reals only)

import."math"
// Asin
// Acos
// Atan

Attempt This Online!

19 bytes (includes complex numbers)

import."math/cmplx"
// Asin
// Acos
// Atan

Attempt This Online!

JavaScript, 29 bytes

Math.asin
Math.acos
Math.atan

Attempt This Online!

Pascal, 0 bytes

Pascal is standardized by ISO standards 7185 (“Standard Pascal”) and 10206 (“Extended Pascal”). Both make the trigonometric functions sin, cos and arctan part of the language. There is no need (or option) to “import” these identifiers, hence 0 bytes. Unfortunately, there is no built-in function to inverse the operations of sin and cos. See the Pascal submission for a full implementation of the task.

Python, 17 bytes

from math import* # asin, acos,atan

Attempt This Online!

Python, 18 bytes (supports all real values)

from cmath import* #asin,acos,atan

Attempt This Online!

Rust

f64::asin
f64::acos
f64::atan

sclin, 14 bytes

sin_
cos_
tan_

Try it on scline!

Thunno 2, 2 bytes each

Æs # arcsin
Æc # arccos
Æt # arctan

Try it online!

Vyxal, 2 bytes each

∆S # Arcsine
∆C # Arccosine
∆T # Arctangent

Try it Online!

PHP, 0 bytes

asin, acos and atan are already available under these names

Try it online!

Zsh, 21 bytes

zmodload zsh/mathfunc

Try it online!

Load asin acos atan among other functions in arithmetic mode.

Built-in solutions

APL(Dyalog Unicode), 1 bytes ^SBCS

○

Try it on APLgolf!

Left argument chooses function:

¯1○⍵ ⍝ asin
¯2○⍵ ⍝ acos
¯3○⍵ ⍝ atan

C, 31 Bytes

#include<math.h> 
asin 
acos 
atan

C++, 30 Bytes

#include<cmath>
asin 
acos 
atan

Go

28 bytes (reals only)

import."math"
Asin
Acos
Atan

Attempt This Online!

34 bytes (includes complex numbers)

import."math/cmplx"
Asin
Acos
Atan

Attempt This Online!

JavaScript, 29 bytes

Math.asin
Math.acos
Math.atan

Attempt This Online!

Pascal, 6 bytes (only arctan)

arctan

Unfortunately, there is no built-in function to inverse the operations of sin and cos. See the Pascal submission for a full implementation of the task.

Python, 32 bytes (reals only)

from math import* 
asin 
acos 
atan

Attempt This Online!

Python, 33 bytes (includes complex numbers)

from cmath import*
asin
acos 
atan

Attempt This Online!

Rust, 29 bytes

f64::asin
f64::acos
f64::atan

sclin, 14 bytes

sin_
cos_
tan_

Try it on scline!

Thunno 2, 2 bytes each

Æs # arcsin
Æc # arccos
Æt # arctan

Try it online!

Vyxal, 2 bytes each

∆S # Arcsine
∆C # Arccosine
∆T # Arctangent

Try it Online!

PHP, 14 bytes

asin
acos
atan

Try it online!

Zsh, 36 bytes

zmodload zsh/mathfunc
asin
acos
atan

Try it online!

added 336 characters in body

Source Link

edited Sep 1, 2023 at 13:42

GammaFunction

6.9k
13
23

Built-in solutions

APL(Dyalog Unicode), 1 bytes ^SBCS

○

Try it on APLgolf!

Left argument chooses function:

¯1○⍵ ⍝ asin
¯2○⍵ ⍝ acos
¯3○⍵ ⍝ atan

C, 17 Bytes

#include <math.h> // asin, acos, atan

C++, 16 Bytes

#include <cmath> // std::asin, std::acos, std::atan

Go

13 bytes (reals only)

import."math"
// Asin
// Acos
// Atan

Attempt This Online!

19 bytes (includes complex numbers)

import."math/cmplx"
// Asin
// Acos
// Atan

Attempt This Online!

JavaScript, 29 bytes

Math.asin
Math.acos
Math.atan

Attempt This Online!

Pascal, 0 bytes

Pascal is standardized by ISO standards 7185 (“Standard Pascal”) and 10206 (“Extended Pascal”). Both make the trigonometric functions sin, cos and arctan part of the language. There is no need (or option) to “import” these identifiers, hence 0 bytes. Unfortunately, there is no built-in function to inverse the operations of sin and cos. See the Pascal submission for a full implementation of the task.

Python, 17 bytes

from math import* # asin, acos,atan

Attempt This Online!

Python, 18 bytes (supports all real values)

from cmath import* #asin,acos,atan

Attempt This Online!

Rust

f64::asin
f64::acos
f64::atan

sclin, 14 bytes

sin_
cos_
tan_

Try it on scline!

Thunno 2, 2 bytes each

Æs # arcsin
Æc # arccos
Æt # arctan

Try it online!

Vyxal, 2 bytes each

∆S # Arcsine
∆C # Arccosine
∆T # Arctangent

Try it Online!

PHP, 0 bytes

asin, acos and atan are already available under these names

Try it online!

Zsh, 21 bytes

zmodload zsh/mathfunc

Try it online!

Load asin acos atan among other functions in arithmetic mode.

Built-in solutions

APL(Dyalog Unicode), 1 bytes ^SBCS

○

Try it on APLgolf!

Left argument chooses function:

¯1○⍵ ⍝ asin
¯2○⍵ ⍝ acos
¯3○⍵ ⍝ atan

C, 17 Bytes

#include <math.h> // asin, acos, atan

C++, 16 Bytes

#include <cmath> // std::asin, std::acos, std::atan

Go

13 bytes (reals only)

import."math"
// Asin
// Acos
// Atan

Attempt This Online!

19 bytes (includes complex numbers)

import."math/cmplx"
// Asin
// Acos
// Atan

Attempt This Online!

JavaScript, 29 bytes

Math.asin
Math.acos
Math.atan

Attempt This Online!

Pascal, 0 bytes

Pascal is standardized by ISO standards 7185 (“Standard Pascal”) and 10206 (“Extended Pascal”). Both make the trigonometric functions sin, cos and arctan part of the language. There is no need (or option) to “import” these identifiers, hence 0 bytes. Unfortunately, there is no built-in function to inverse the operations of sin and cos. See the Pascal submission for a full implementation of the task.

Python, 17 bytes

from math import* # asin, acos,atan

Attempt This Online!

Python, 18 bytes (supports all real values)

from cmath import* #asin,acos,atan

Attempt This Online!

Rust

f64::asin
f64::acos
f64::atan

sclin, 14 bytes

sin_
cos_
tan_

Try it on scline!

Thunno 2, 2 bytes each

Æs # arcsin
Æc # arccos
Æt # arctan

Try it online!

Vyxal, 2 bytes each

∆S # Arcsine
∆C # Arccosine
∆T # Arctangent

Try it Online!

PHP, 0 bytes

asin, acos and atan are already available under these names

Try it online!

Built-in solutions

APL(Dyalog Unicode), 1 bytes ^SBCS

○

Try it on APLgolf!

Left argument chooses function:

¯1○⍵ ⍝ asin
¯2○⍵ ⍝ acos
¯3○⍵ ⍝ atan

C, 17 Bytes

#include <math.h> // asin, acos, atan

C++, 16 Bytes

#include <cmath> // std::asin, std::acos, std::atan

Go

13 bytes (reals only)

import."math"
// Asin
// Acos
// Atan

Attempt This Online!

19 bytes (includes complex numbers)

import."math/cmplx"
// Asin
// Acos
// Atan

Attempt This Online!

JavaScript, 29 bytes

Math.asin
Math.acos
Math.atan

Attempt This Online!

Pascal, 0 bytes

Pascal is standardized by ISO standards 7185 (“Standard Pascal”) and 10206 (“Extended Pascal”). Both make the trigonometric functions sin, cos and arctan part of the language. There is no need (or option) to “import” these identifiers, hence 0 bytes. Unfortunately, there is no built-in function to inverse the operations of sin and cos. See the Pascal submission for a full implementation of the task.

Python, 17 bytes

from math import* # asin, acos,atan

Attempt This Online!

Python, 18 bytes (supports all real values)

from cmath import* #asin,acos,atan

Attempt This Online!

Rust

f64::asin
f64::acos
f64::atan

sclin, 14 bytes

sin_
cos_
tan_

Try it on scline!

Thunno 2, 2 bytes each

Æs # arcsin
Æc # arccos
Æt # arctan

Try it online!

Vyxal, 2 bytes each

∆S # Arcsine
∆C # Arccosine
∆T # Arctangent

Try it Online!

PHP, 0 bytes

asin, acos and atan are already available under these names

Try it online!

Zsh, 21 bytes

zmodload zsh/mathfunc

Try it online!

Load asin acos atan among other functions in arithmetic mode.

added 579 characters in body

Source Link

edited Sep 1, 2023 at 9:08

Kaddath

2.9k
5
9

Built-in solutions

APL(Dyalog Unicode), 1 bytes ^SBCS

○

Try it on APLgolf!

Left argument chooses function:

¯1○⍵ ⍝ asin
¯2○⍵ ⍝ acos
¯3○⍵ ⍝ atan

C, 17 Bytes

#include <math.h> // asin, acos, atan

C++, 16 Bytes

#include <cmath> // std::asin, std::acos, std::atan

Go

13 bytes (reals only)

import."math"
// Asin
// Acos
// Atan

Attempt This Online!

19 bytes (includes complex numbers)

import."math/cmplx"
// Asin
// Acos
// Atan

Attempt This Online!

JavaScript, 29 bytes

Math.asin
Math.acos
Math.atan

Attempt This Online!

Pascal, 0 bytes

Pascal is standardized by ISO standards 7185 (“Standard Pascal”) and 10206 (“Extended Pascal”). Both make the trigonometric functions sin, cos and arctan part of the language. There is no need (or option) to “import” these identifiers, hence 0 bytes. Unfortunately, there is no built-in function to inverse the operations of sin and cos. See the Pascal submission for a full implementation of the task.

Python, 17 bytes

from math import* # asin, acos,atan

Attempt This Online!

Python, 18 bytes (supports all real values)

from cmath import* #asin,acos,atan

Attempt This Online!

Rust

f64::asin
f64::acos
f64::atan

sclin, 14 bytes

sin_
cos_
tan_

Try it on scline!

Thunno 2, 2 bytes each

Æs # arcsin
Æc # arccos
Æt # arctan

Try it online!

Vyxal, 2 bytes each

∆S # Arcsine
∆C # Arccosine
∆T # Arctangent

Try it Online!

PHP, 0 bytes

asin, acos and atan are already available under these names

Try it online!

Built-in solutions

APL(Dyalog Unicode), 1 bytes ^SBCS

○

Try it on APLgolf!

Left argument chooses function:

¯1○⍵ ⍝ asin
¯2○⍵ ⍝ acos
¯3○⍵ ⍝ atan

C, 17 Bytes

#include <math.h> // asin, acos, atan

C++, 16 Bytes

#include <cmath> // std::asin, std::acos, std::atan

Go

13 bytes (reals only)

import."math"
// Asin
// Acos
// Atan

Attempt This Online!

19 bytes (includes complex numbers)

import."math/cmplx"
// Asin
// Acos
// Atan

Attempt This Online!

JavaScript, 29 bytes

Math.asin
Math.acos
Math.atan

Attempt This Online!

Pascal, 0 bytes

Pascal is standardized by ISO standards 7185 (“Standard Pascal”) and 10206 (“Extended Pascal”). Both make the trigonometric functions sin, cos and arctan part of the language. There is no need (or option) to “import” these identifiers, hence 0 bytes. Unfortunately, there is no built-in function to inverse the operations of sin and cos. See the Pascal submission for a full implementation of the task.

Python, 17 bytes

from math import* # asin, acos,atan

Attempt This Online!

Python, 18 bytes (supports all real values)

from cmath import* #asin,acos,atan

Attempt This Online!

Rust

f64::asin
f64::acos
f64::atan

sclin, 14 bytes

sin_
cos_
tan_

Try it on scline!

Thunno 2, 2 bytes each

Æs # arcsin
Æc # arccos
Æt # arctan

Try it online!

Vyxal, 2 bytes each

∆S # Arcsine
∆C # Arccosine
∆T # Arctangent

Try it Online!

Built-in solutions

APL(Dyalog Unicode), 1 bytes ^SBCS

○

Try it on APLgolf!

Left argument chooses function:

¯1○⍵ ⍝ asin
¯2○⍵ ⍝ acos
¯3○⍵ ⍝ atan

C, 17 Bytes

#include <math.h> // asin, acos, atan

C++, 16 Bytes

#include <cmath> // std::asin, std::acos, std::atan

Go

13 bytes (reals only)

import."math"
// Asin
// Acos
// Atan

Attempt This Online!

19 bytes (includes complex numbers)

import."math/cmplx"
// Asin
// Acos
// Atan

Attempt This Online!

JavaScript, 29 bytes

Math.asin
Math.acos
Math.atan

Attempt This Online!

Pascal, 0 bytes

Pascal is standardized by ISO standards 7185 (“Standard Pascal”) and 10206 (“Extended Pascal”). Both make the trigonometric functions sin, cos and arctan part of the language. There is no need (or option) to “import” these identifiers, hence 0 bytes. Unfortunately, there is no built-in function to inverse the operations of sin and cos. See the Pascal submission for a full implementation of the task.

Python, 17 bytes

from math import* # asin, acos,atan

Attempt This Online!

Python, 18 bytes (supports all real values)

from cmath import* #asin,acos,atan

Attempt This Online!

Rust

f64::asin
f64::acos
f64::atan

sclin, 14 bytes

sin_
cos_
tan_

Try it on scline!

Thunno 2, 2 bytes each

Æs # arcsin
Æc # arccos
Æt # arctan

Try it online!

Vyxal, 2 bytes each

∆S # Arcsine
∆C # Arccosine
∆T # Arctangent

Try it Online!

PHP, 0 bytes

asin, acos and atan are already available under these names

Try it online!

added 158 characters in body

Source Link

edited Sep 1, 2023 at 7:59

infinitezero

1.6k
13
23

Loading

insert Pascal

Source Link

edited Sep 1, 2023 at 7:20

Kai Burghardt

1.1k
1
6
13

Loading

unify source code style [e. g. two blank lines between languages, remove horizontal ruler], alphabetical sorting, demote headings by one level [h1 is already the question title]

Source Link

edited Sep 1, 2023 at 7:15

Kai Burghardt

1.1k
1
6
13

Loading

added 14 characters in body

Source Link

edited Sep 1, 2023 at 1:52

Mama Fun Roll

9.9k
1
36
46

Loading

added 232 characters in body

Source Link

edited Sep 1, 2023 at 0:59

Mama Fun Roll

9.9k
1
36
46

Loading

added 898 characters in body

Source Link

edited Aug 31, 2023 at 18:04

bigyihsuan

10.8k
1
23
66

Loading

added 468 characters in body

Source Link

edited Aug 31, 2023 at 15:43

ovs

60.6k
3
47
161

Loading

added 55 characters in body

Source Link

edited Aug 31, 2023 at 15:36

corvus_192

5.7k
15
24

Loading

Add Thunno 2

Source Link

edited Aug 31, 2023 at 15:31

The Thonnu

18.3k
3
16
74

Loading

Add JavaScript

Source Link

edited Aug 31, 2023 at 15:25

noodle person

10.3k
1
22
76

Loading

add vyxal

Source Link

edited Aug 31, 2023 at 15:14

pacman256

4.7k
1
9
32

Loading

imports count as definition

Source Link

edited Aug 31, 2023 at 14:57

bsoelch

6k
1
9
62

Loading

Rollback to Revision 1

Source Link

edited Aug 31, 2023 at 14:42

bsoelch

6k
1
9
62

Loading

don't use interconnected program

Source Link

edited Aug 31, 2023 at 14:37

bsoelch

6k
1
9
62

Loading

Source Link

created Aug 31, 2023 at 14:32

bsoelch

6k
1
9
62

Loading

Post Made Community Wiki by bsoelch

occurred Aug 31, 2023 at 14:32

Built-in solutions

APL(Dyalog Unicode), 1 bytes SBCS

C, 1731 Bytes

C++, 1630 Bytes

1328 bytes (reals only)

1934 bytes (includes complex numbers)

JavaScript, 29 bytes

Pascal, 06 bytes (only arctan)

Python, 1732 bytes (reals only)

Python, 1833 bytes (supports all real valuesincludes complex numbers)

Rust, 29 bytes

sclin, 14 bytes

Thunno 2, 2 bytes each

Vyxal, 2 bytes each

PHP, 014 bytes

Zsh, 2136 bytes

Built-in solutions

APL(Dyalog Unicode), 1 bytes SBCS

C, 17 Bytes

C++, 16 Bytes

13 bytes (reals only)

19 bytes (includes complex numbers)

JavaScript, 29 bytes

Pascal, 0 bytes

Python, 17 bytes

Python, 18 bytes (supports all real values)

Rust

sclin, 14 bytes

Thunno 2, 2 bytes each

Vyxal, 2 bytes each

PHP, 0 bytes

Zsh, 21 bytes

Built-in solutions

APL(Dyalog Unicode), 1 bytes SBCS

C, 31 Bytes

C++, 30 Bytes

28 bytes (reals only)

34 bytes (includes complex numbers)

JavaScript, 29 bytes

Pascal, 6 bytes (only arctan)

Python, 32 bytes (reals only)

Python, 33 bytes (includes complex numbers)

Rust, 29 bytes

sclin, 14 bytes

Thunno 2, 2 bytes each

Vyxal, 2 bytes each

PHP, 14 bytes

Zsh, 36 bytes

Built-in solutions

APL(Dyalog Unicode), 1 bytes SBCS

C, 17 Bytes

C++, 16 Bytes

13 bytes (reals only)

19 bytes (includes complex numbers)

JavaScript, 29 bytes

Pascal, 0 bytes

Python, 17 bytes

Python, 18 bytes (supports all real values)

Rust

sclin, 14 bytes

Thunno 2, 2 bytes each

Vyxal, 2 bytes each

PHP, 0 bytes

Zsh, 21 bytes

Built-in solutions

APL(Dyalog Unicode), 1 bytes SBCS

C, 17 Bytes

C++, 16 Bytes

13 bytes (reals only)

19 bytes (includes complex numbers)

JavaScript, 29 bytes

Pascal, 0 bytes

Python, 17 bytes

Python, 18 bytes (supports all real values)

Rust

sclin, 14 bytes

Thunno 2, 2 bytes each

Vyxal, 2 bytes each

PHP, 0 bytes

Built-in solutions

APL(Dyalog Unicode), 1 bytes ^SBCS

APL(Dyalog Unicode), 1 bytes ^SBCS

APL(Dyalog Unicode), 1 bytes ^SBCS

APL(Dyalog Unicode), 1 bytes ^SBCS

APL(Dyalog Unicode), 1 bytes ^SBCS

APL(Dyalog Unicode), 1 bytes ^SBCS

APL(Dyalog Unicode), 1 bytes ^SBCS

APL(Dyalog Unicode), 1 bytes ^SBCS

APL(Dyalog Unicode), 1 bytes ^SBCS