AI math handbook calculator - Fractional Calculus Computer Algebra System software
Home 
 |  list 
 |  math 
 |  function 
 |  coding 
 |  graphics 
 |  example 
 |  help
 | 中文
 + 
 
 + 
 
 + 
 = 
Complex function in real domain
 plane curve in real domain
plot with re2D(x) for 2 curves of real and imag values. First curve is real value, second curve is imag value. 
- re(pow(x,x) ) 
 real value in real domain 
 - im(pow(x,x) )
 imag value in real domain 
 - re2D(pow(x,x))  
  real and imag value in real domain 
 - re(sqrt(x)) real value in real domain 
 - im(sqrt(x)) imag value in real domain 
 - re2D(sqrt(x))  real and imag value in real domain 
 - for cbrt(x), input root(x,3)
 
- Exponential 
function
 - Natural 
logarithm
 
Img value of Circular and Hyperbolic functions in real domain are 0. So only their inverse functions are shown : 
- Circular 
sine
 - Circular 
cosine
 - Circular 
tangent
 - Circular 
cotangent
 - Circular 
secant
 - Circular 
cosecant
 
- Hyperbolic 
sine
 - Hyperbolic 
cosine
 - Hyperbolic 
tangent
 - Hyperbolic 
cotangent
 - Hyperbolic 
secant
 - Hyperbolic 
cosecant
 
- Bessel 
function of first kind
 - Bessel 
function of second kind
 - Modified 
Bessel function of first kind
 - Modified 
Bessel function of second kind
 
- Hankel 
function of first kind
 - Hankel 
function of second kind
 
- Airy 
function of first kind
 - Airy 
function of second kind
 
- Elliptic 
integral of first kind
 - Elliptic 
integral of second kind
 - Elliptic 
integral of third kind
 - Jacobi 
zeta function
 
- Jacobi 
elliptic sine
 - Jacobi 
elliptic cosine
 - Jacobi 
delta amplitude
 - Jacobi 
amplitude
 
- Weierstrass 
elliptic function
 
- Gamma 
function
 - Logarithm 
of gamma function
 
- Riemann 
zeta function
 - Dirichlet 
eta function
 
 plane curve in imag domain
plot with im2D(x) for 2 curves of real and imag values. First curve is real value, second curve is imag value. 
- re(sqrt(i*x)) real value in imag domain
 - im(sqrt(i*x)) imag value in imag domain
 - im2D(sqrt(x)) real and imag value in imag domain 
 - for cbrt(x), input root(x,3)
 
- im2D(x^x)
 - re(exp(i*x))  real value in imag domain
 - im(exp(i*x)) imag value in imag domain 
 - im2D(exp(x)) real and imag value in imag domain 
 - Natural logarithm log(x)
 
real value of Circular and Hyperbolic functions in imag domain are 0. So only their inverse functions are shown : 
- Circular 
sine
 - Circular 
cosine
 - Circular 
tangent
 - Circular 
cotangent
 - Circular 
secant
 - Circular 
cosecant
 
- Hyperbolic 
sine
 - Hyperbolic 
cosine
 - Hyperbolic 
tangent
 - Hyperbolic 
cotangent
 - Hyperbolic 
secant
 - Hyperbolic 
cosecant
 
- Bessel 
function of first kind
 - Bessel 
function of second kind
 - Modified 
Bessel function of first kind
 - Modified 
Bessel function of second kind
 
- Hankel 
function of first kind
 - Hankel 
function of second kind
 
- Airy 
function of first kind
 - Airy 
function of second kind
 
- Elliptic 
integral of first kind
 - Elliptic 
integral of second kind
 - Elliptic 
integral of third kind
 - Jacobi 
zeta function
 
- Jacobi 
elliptic sine
 - Jacobi 
elliptic cosine
 - Jacobi 
delta amplitude
 - Jacobi 
amplitude
 
- Weierstrass 
elliptic function
 
- Gamma 
function
 - Logarithm 
of gamma function
 
- Riemann 
zeta function
 - Dirichlet 
eta function
 
- complexplot(z) surface 2D
 - plotcomplex(z) surface 2D
 - WebXR surface 2D
3D in real, imag and complex domain
 - plot complex function with complex3D(sqrt(x))  in real, imag and complex domain.
 
Complex
complex
 - complex math
- complex2D
- re2D(log(x)) show 2 curves of real and imag values in real domain.
 - im2D(log(x)) show 2 curves of real and imag values in imag domain.
 -   for complex 2 curves of real and imag values in real and imag domain.
 - complex coloring
 - color WebXR surface of complex function on complex plane
 - complex animate(z) or complex2D(z) for phase animation in complex plane, the independent variable must be z.
 - complex plot(z) for phase and/or modulus in complex plane, the independent variable must be z.
 - plot complex(z) for phase and/or modulus in complex plane, the independent variable must be z.
 
 - complex3D
- complex function
 - Complex Branches
 - Riemann surface
 - complex3D(x) for 3 dimensional graph in real, imag and complex domain, where the independent variable must be x.
 
 
References
- math handbook content 2 chapter 10 complex function
 - math handbook content 3 chapter 10 complex function
 - math handbook content 4 chapter 10 complex function
 - Complex analysis
 
See Also