Trigonometric functions
module about sine, cosine, and related functions.
- acos — Computes the inverse cosine in radians for each element of x.
- acosd — Inverse cosine in degrees.
- acosh — Inverse hyperbolic cosine.
- acot — Inverse cotangent of angle in radians
- acotd — Inverse cotangent of angle in degrees
- acoth — Inverse hyperbolic cotangent.
- acsc — Inverse cosecant in radians.
- acscd — Inverse cosecant in degrees.
- acsch — Inverse hyperbolic cosecant.
- asec — Inverse secant of angle in radians.
- secd — Inverse secant of argument in degrees.
- asech — Inverse hyperbolic secant of angle in radians.
- asin — Computes the inverse sine in radians for each element of x.
- asind — Inverse sine in degrees.
- asinh — Inverse hyperbolic sine function
- atan — Computes the inverse tangent in radians for each element of x.
- atan2 — Computes the four-quadrant inverse tangent.
- atan2d — Four-quadrant inverse tangent in degrees.
- atand — Inverse tangent in degrees.
- atanh — Computes the inverse hyperbolic tangent.
- cart2pol — Transforms Cartesian coordinates to polar or cylindrical.
- cart2sph — Transforms Cartesian to spherical coordinates.
- cos — Computes the cosine in radians for each element of x.
- cosd — Computes the cosine in degree for each element of x.
- cosh — Computes the hyperbolic cosine in radians for each element of x.
- cosm — Computes the matrix cosine of a square matrix.
- cospi — Computes cos(X * pi) accurately.
- cot — Cotangent of angle in radians
- cotd — Cotangent of argument in degrees
- coth — Hyperbolic cotangent.
- csc — Cosecant of input angle in radians.
- cscd — Cosecant of argument in degrees.
- csch — Hyperbolic cosecant.
- deg2rad — Convert angle from degrees to radians.
- pol2cart — Transforms polar or cylindrical coordinates to Cartesian.
- rad2deg — Convert angle from radians to degrees.
- sec — Secant of angle in radians.
- secd — Secant of argument in degrees.
- sech — Hyperbolic secant.
- sin — Computes the sine in radians for each element of x.
- sind — Computes the sine in degree for each element of x.
- sinh — Computes the hyperbolic sine in radians for each element of x.
- sinm — Computes the matrix sinus of a square matrix.
- sinpi — Computes sin(X * pi) accurately.
- sph2cart — Transform spherical coordinates to Cartesian.
- tan — Computes the tangent in radians for each element of x.
- tand — Computes the tangent in degree for each element of x.
- tanh — Computes the hyperbolic tangent in radians for each element of x.
- tanm — Computes the matrix tangent of a square matrix.