README
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GoMath
GoComplex contains various mathematical operators on Complex Numbers. Unlike from the original complex number implementation in golang, we used a struct to represent Complex128 with float64 for real as well as imaginary part
Couple of pending operations to implement are...
- tan
- sin
- cosine
- isnan
- isinf
- exp
Documentation
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Index ¶
- func AlmostEqual(a, b float64) bool
- func IsComplexNumberEqual(c1 Complex128, c2 Complex128) bool
- type Complex128
- func (c Complex128) Compare(c2 Complex128) bool
- func (c Complex128) Conjugate() Complex128
- func (c Complex128) Imaginary() float64
- func (c Complex128) Log() Complex128
- func (c Complex128) Magnitude() float64
- func (c Complex128) MultiplyBy(c1 Complex128) Complex128
- func (c Complex128) Negate() Complex128
- func (c Complex128) NthPower(n float64) Complex128
- func (c Complex128) NthRoot(n float64) Complex128
- func (c Complex128) Phase() float64
- func (c Complex128) Polar() (float64, float64)
- func (c Complex128) Real() float64
- func (c Complex128) Rotate(angleInRadians float64) Complex128
- func (c Complex128) Scale(scalingFactor float64) Complex128
- func (c Complex128) Square() Complex128
- func (c Complex128) SquareRoot() Complex128
- func (c Complex128) TranslateWithComplexNumber(c1 Complex128) Complex128
- func (c Complex128) TranslateeWithVector(v [2]float64) Complex128
- func (c Complex128) Vector() []float64
Constants ¶
This section is empty.
Variables ¶
This section is empty.
Functions ¶
func AlmostEqual ¶
AlmostEqual Checks if the difference of two numbers are within a threshold
func IsComplexNumberEqual ¶
func IsComplexNumberEqual(c1 Complex128, c2 Complex128) bool
IsComplexNumberEqual Check if two complex numbers are almost equal by comparing real and imaginary part
Types ¶
type Complex128 ¶
type Complex128 struct {
// contains filtered or unexported fields
}
Complex128 is the float structure representing the complex number
func CreateComplex128 ¶
func CreateComplex128(real float64, imaginary float64) Complex128
CreateComplex128 Returns a Complex 128 structure
func Multiply ¶
func Multiply(c, c1 Complex128) Complex128
Multiply multiplies the two complex numbers passed as argument
func PolarToArgand ¶
func PolarToArgand(magnitude, phase float64) Complex128
PolarToArgand Converts Polar Representation of Complex number to a + ib form
func (Complex128) Compare ¶
func (c Complex128) Compare(c2 Complex128) bool
Compare Checks if both complex numbers are equal
func (Complex128) Conjugate ¶
func (c Complex128) Conjugate() Complex128
Conjugate Returns the conjugate of a complex number
func (Complex128) Imaginary ¶
func (c Complex128) Imaginary() float64
Imaginary returns Imaginary part of complex number
func (Complex128) Log ¶
func (c Complex128) Log() Complex128
Log Return Natural Logarithm of complex number
func (Complex128) Magnitude ¶
func (c Complex128) Magnitude() float64
Magnitude Returns the magnitude of complex numeber
func (Complex128) MultiplyBy ¶
func (c Complex128) MultiplyBy(c1 Complex128) Complex128
MultiplyBy multiplies the original complex number with the complex number passed as argument
func (Complex128) Negate ¶
func (c Complex128) Negate() Complex128
Negate Returns a complex number with same magnitude but opposite sign
func (Complex128) NthPower ¶
func (c Complex128) NthPower(n float64) Complex128
NthPower Returns Nth Power of complex number
func (Complex128) NthRoot ¶
func (c Complex128) NthRoot(n float64) Complex128
NthRoot Returns Nth root of complex number
func (Complex128) Phase ¶
func (c Complex128) Phase() float64
Phase Returns the phase of complex number
func (Complex128) Polar ¶
func (c Complex128) Polar() (float64, float64)
Polar Returns the magnitude and phase of complex number
func (Complex128) Real ¶
func (c Complex128) Real() float64
Real Returns Real Part of Complex number
func (Complex128) Rotate ¶
func (c Complex128) Rotate(angleInRadians float64) Complex128
Rotate Rotates a Complex Number by angle theta in radians
func (Complex128) Scale ¶
func (c Complex128) Scale(scalingFactor float64) Complex128
Scale Scales a complex number with mentioned scaling factor
func (Complex128) Square ¶
func (c Complex128) Square() Complex128
Square Returns Square of complex number
func (Complex128) SquareRoot ¶
func (c Complex128) SquareRoot() Complex128
SquareRoot Returns Square root of complex number
func (Complex128) TranslateWithComplexNumber ¶
func (c Complex128) TranslateWithComplexNumber(c1 Complex128) Complex128
TranslateWithComplexNumber Translates a complex number with another Complex number
func (Complex128) TranslateeWithVector ¶
func (c Complex128) TranslateeWithVector(v [2]float64) Complex128
TranslateeWithVector Translates a complex number with a Vector
func (Complex128) Vector ¶
func (c Complex128) Vector() []float64
Vector Returns an array of two elements where 1st element is the real part and 2nd the imaginary part
Source Files