PINE LIBRARY

MathTrigonometry

Library "MathTrigonometry"
Trigonometric methods.

sinc(value) Normalized sinc function.
Parameters:
  • value: float, value.

Returns: float.

cot(value) Cotangent of value.
Parameters:
  • value: float, value.

Returns: float.

csc(value) Cosecant of value.
Parameters:
  • value: float, value.

Returns: float.

sec(value) Secant of value.
Parameters:
  • value: float, value.

Returns: float.

acot(value) Arc cotangent of value.
Parameters:
  • value: float, adjacent value.

Returns: float.

asec(value) Arc secant of value.
Parameters:
  • value: float, hypotenuse value.

Returns: float.

acsc(value) Arc cosecant of value.
Parameters:
  • value: float, hipotenuse value.

Returns: float.

sinh(angle) Hyperbolic sine of angle.
Parameters:
  • angle: float, value.

Returns: float.

cosh(angle) Hyperbolic cosine of angle.
Parameters:
  • angle: float, value.

Returns: float.

tanh(angle) Hyperbolic tangent of angle.
Parameters:
  • angle: float, value.

Returns: float.

coth(angle) Hyperbolic cotangent of angle.
Parameters:
  • angle: float, value.

Returns: float.

sech(angle) Hyperbolic secant of angle.
Parameters:
  • angle: float, value.

Returns: float.

csch(angle) Hyperbolic cosecant of angle.
Parameters:
  • angle: float, value.

Returns: float.

asinh(value) Hyperbolic area sine.
Parameters:
  • value: float, value.

Returns: float.

acosh(value) Hyperbolic area cosine.
Parameters:
  • value: float, value.

Returns: float.

atanh(value) Hyperbolic area tangent.
Parameters:
  • value: float, value.

Returns: float.

acoth(value) Hyperbolic area cotangent.
Parameters:
  • value: float, value.

Returns: float.

asech(value) Hyperbolic area secant.
Parameters:
  • value: float, value.

Returns: float.

acsch(value) Hyperbolic area cosecant.
Parameters:
  • value: float, value.

Returns: float.
MATHtrigonometric

Pine library

In true TradingView spirit, the author has published this Pine code as an open-source library so that other Pine programmers from our community can reuse it. Cheers to the author! You may use this library privately or in other open-source publications, but reuse of this code in a publication is governed by House rules.

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