Complex
= comp()
Returns complex zero (2 ops)
= comp(
A)
Converts a real number to complex (returns complex number with real part N and imaginary part 0) (2 ops)
= comp( A, B)
Returns a + b*i (2 ops)
= i()
Returns the imaginary unit i (2 ops)
= i( B)
Returns N*i (2 ops)
= abs( Z)
Returns the absolute value of C (2 ops)
= arg( Z)
Returns the argument of C (2 ops)
= conj( Z)
Returns the conjugate of C (2 ops)
= real( Z)
Returns the real part of C (2 ops)
= imag( Z)
Returns the imaginary part of C (2 ops)
= exp( Z)
Raises Euler's constant e to the power of C (2 ops)
= log( Z)
Calculates the natural logarithm of C (2 ops)
= log( Base, Z)
Calculates the logarithm of C2 to a complex base C (2 ops)
= log( Base, Z)
Calculates the logarithm of C to a real base N (2 ops)
= log2( Z)
Calculates the logarithm of C to base 2 (2 ops)
= log10( Z)
Calculates the logarithm of C to base 10 (2 ops)
= sqrt( Z)
Calculates the square root of C (2 ops)
= csqrt( N)
Calculates the complex square root of the real number N (2 ops)
= sin( Z)
Calculates the sine of C (3 ops)
= cos( Z)
Calculates the cosine of C (3 ops)
= sinh( Z)
Calculates the hyperbolic sine of C (3 ops)
= cosh( Z)
Calculates the hyperbolic cosine of C (3 ops)
= tan( Z)
Calculates the tangent of C (3 ops)
= cot( Z)
Calculates the cotangent of C (3 ops)
= asin( Z)
Calculates the inverse sine of C (5 ops)
= acos( Z)
Calculates the inverse cosine of C (5 ops)
= atan( Z)
Calculates the inverse tangent of C (5 ops)
= atan2( Z)
Calculates the principle value of C (2 ops)
= tanh( Z)
Calculates the hyperbolic tangent of C (4 ops)
= coth( Z)
Calculates the hyperbolic cotangent of C (4 ops)
= sec( Z)
Calculates the secant of C (3 ops)
= csc( Z)
Calculates the cosecant of C (3 ops)
= sech( Z)
Calculates the hyperbolic secant of C (3 ops)
= csch( Z)
Calculates the hyperbolic cosecant of C (3 ops)
= toString( Z)
Formats C as a string (15 ops)
= :toString()
The same as toString(C) (15 ops)