Formula

Functionality

Formula2 - support next operations:

• vector*vector, define hierarhy and calculate respectfully to it.
• Vector*scalar, the same. And output to vector.
• Moreover, you can define lists with formula, i.e. `0,1,2,3,4,5` for series or `(1,2,3),(1,2,3)` for vertices.

• Supporting expressions beside * / - +:

  • acos()
  • acosh()
  • asin()
  • asinh()
  • atan()
  • atan2()
  • atanh()
  • ceil()
  • copysign()
  • cos()
  • cosh()
  • degrees()
  • e
  • erf()
  • erfc()
  • exp()
  • expm1()
  • fabs()
  • factorial()
  • floor()
  • fmod()
  • frexp()
  • fsum()
  • gamma()
  • hypot()
  • isfinite()
  • isinf()
  • isnan()
  • ldexp()
  • lgamma()
  • log()
  • log10()
  • log1p()
  • log2()
  • modf()
  • pi
  • pow()
  • radians()
  • sin()
  • sinh()
  • sqrt()
  • str()
  • tan()
  • tanh()
  • trunc()
  • ==
  • !=
  • <, >
  • for, in, if, else
  • []

Inputs

X - main x that defines sequence. it can be range of vertices or range of floats/integers. If x == one number, than other veriables will be the same - one number, if two - two.

n[0,1,2,3,4] - multisocket for veriables.

Parameters

Formula - the string line, defining formula, i.e. `x>n[0]` or `x**n[0]+(n[1]/n[2])` are expressions. May have `x if x>n[0] else n[1]`

Outputs

Result - what we got as result.

Usage