| abs | absolute value |x| |
| floor | the integer part of number [x] |
| floor(x,n) | the integer part of division [x/n] |
| ceil | the minimum integer not the smaller x |
| gcd(x,…,z) | the greatest common diviser of integers |
| lcm(x,…,z) | the least common multiple of integers |
| sqrt(x[,eps]) | the square root √x [with indicated relative precision result*(1-eps)..result*(1+eps)]. By default precision is 2-64. |
| cbrt(x[,eps]) | the cube root ∛x [with indicated relative precision result*(1-eps)..result*(1+eps)]. By default precision is 2-64. |
| exp | exponent ex |
| ln(x[,eps]) | the logarithm [with indicated precision result-eps..result+eps]. By default precision is 2-64. |
| log(base,x) | the log with the base: logbase(x) |
| ! | factorial x! |
| sin(x[,eps]) | sine [with indicated precision result-eps..result+eps]. By default precision is 2-64. |
| cos(x[,eps]) | cosine [with indicated precision result-eps..result+eps]. By default precision is 2-64. |
| tan | tangent tan(x) |
| cot | cotangent cot(x) |
| arcsin | arcsine sin-1(x) |
| arccos | arccosine cos-1(x) |
| arctan | arctangent tan-1(x) |
| arctan(y,x) | arctangent from division tan-1(y/x) |
| sinh | sine hyperbolic sinh(x) |
| cosh | cosine hyperbolic cosh(x) |
| tanh | tangent hyperbolic tanh(x) |
| cth | cotangent hyperbolic cth(x) |
| arsinh | arcsine hyperbolic sinh-1(x) |
| arcosh | arccosine hyperbolic cosh-1(x) |
| artanh | arctangent hyperbolic tanh-1(x) |
| degrees | =x*180/π |
| radians | =x/180*π |
| combin(x,n) | =C(x,n)=n!/x!/(n-x)! |
| combina(x,n) | =n!/(n-x)! |
| multinomial(x,…,z) | =(x+…+z)!/x!…/z! |
| erf(x) | Gauss error function: 2/√π∫0x(e-t2)ⅆt |
| num(x) | numerator |
| denom(x) | denomirator |
| round(x) | rounding to integer value |
| round(x,y) | rounding in limits [x-y,x+y] |
| real(x) | real part of complex number |
| imag(x) | imagine part of complex number |
| random(max) | random floating number, smaller on absolute value, than max |
| randomcomplex(x) | complex number, smaller in absolute value than abs|x| |
| randomnormal(average,deviation) | random number, with normal distribution |
