Module trig_functions
Source - acosd
- Returns the inverse cosine in degrees
- acoshd
- Returns the inverse hyperbolic cosine in degrees
- acot
- Returns the inverse of the cotangent in radians
- acotd
- Returns the inverse of the cotangent in degrees
- acoth
- Returns the inverse hyperbolic cotangent of the argument in radians
- acothd
- Returns the inverse hyperbolic cotangent of the argument in degrees
- acsc
- Returns the inverse cosecant in radians
- acscd
- Returns the inverse cosecant in degrees
- acsch
- Returns the inverse hyperbolic cosecant in radians
- acschd
- Returns the inverse hyperbolic cosecant in degrees
- asec
- Returns the inverse secant in radians
- asecd
- Returns the inverse secant in degrees
- asech
- Returns the inverse hyperbolic secant in radians
- asechd
- Returns the inverse hyperbolic secant of the argument in degrees
- asind
- Returns the inverse sine in degrees
- asinhd
- Returns the inverse hyperbolic sine in degrees
- atand
- Returns the inverse tangent in degrees
- atand2
- Returns the inverse tangent in degrees , taking two arguments as input.
- atanhd
- Returns the inverse hyperbolic tangent in degrees
- cart2pol2d
- Convert the argument from 2D Cartesian coordinates to polar coordinates.
- cart2pol3d
- Convert the argument from 3D Cartesian coordinates to polar coordinates.
- cart2sph
- Convert the argument from 3D Cartesian coordinates to spherical coordinates.
- cosd
- Returns the cosine of an argument given in degrees
- coshd
- Returns the hyperbolic cosine of the argument given in degrees
- cot
- Returns the cotangent of the argument given in radians
- cotd
- Returns the cotangent of the argument given in degrees
- coth
- Returns the hyperbolic cotangent of the argument given in radians
- cothd
- Returns the hyperbolic cotangent of the argument given in degrees
- csc
- Returns the cosecant of the argument given in radians
- cscd
- Returns the cosecant of the argument given in degrees
- csch
- Returns the hyperbolic cosecant of the argument given in radians
- cschd
- Returns the hyperbolic cosecant of the argument given in degrees
- deg2rad
- Converts the argument from degrees to radians
- hypot3
- Extends the built-in hypot function to compute distance in 3D cartesian space
- pol2cart2d
- Convert the argument from 2D polar coordinates to Cartesian coordinates.
- pol2cart3d
- Convert the argument from 3D polar coordinates to Cartesian coordinates.
- rad2deg
- Converts the argument from radians to degrees
- sec
- Returns the secant of the argument given in radians
- secd
- Returns the secant of the argument given in degrees
- sech
- Returns the hyperbolic secant of the argument given in radians
- sechd
- Returns the hyperbolic secant of the argument given in degrees
- sind
- Returns the sine of an argument given in degrees
- sinhd
- Returns the hyperbolic sine of the argument given in degrees
- sph2cart
- Convert the argument from spherical coordinates to 3D Cartesian coordinates.
- tand
- Returns the tangent of an argument given in degrees
- tanhd
- Returns the hyperbolic tangent of the argument given in degrees