Documentation
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Index ¶
- func Abs(x *BigComplex) *big.Float
- func Draw_Image(filename string, plot_map map[Key]Point, width int, height int, ...)
- func EscapeTimeCalculator(base Base, midX float64, midY float64, zoom float64, width int, height int, ...) map[Key]Point
- type Base
- type BigComplex
- type EscapeCalculator
- type Key
- type Point
Constants ¶
This section is empty.
Variables ¶
This section is empty.
Functions ¶
func Draw_Image ¶
Types ¶
type Base ¶
type Base struct {
RMin, RMax, IMin, IMax float64
}
Base defines the bounds and starting zoom of the fractal
type BigComplex ¶
type BigComplex struct {
// contains filtered or unexported fields
}
BigComplex
func (*BigComplex) Add ¶
func (z *BigComplex) Add(x, y *BigComplex) *BigComplex
func (*BigComplex) Mul ¶
func (z *BigComplex) Mul(x, y *BigComplex) *BigComplex
Multiplying two complex numbers looks like a quadratic equation * * (x + yi)(w + zi) == w * w + xzi + wyi + yzi^2 * And since i^2 = -1, this becomes ww-yz + (xz+wy)i
func (*BigComplex) Quo ¶
func (z *BigComplex) Quo(x, y *BigComplex) *BigComplex
x + yi / u + vi = (xu + yv) + (-xv + yu)i / u^2 + v^2
func (*BigComplex) Sub ¶
func (z *BigComplex) Sub(x, y *BigComplex) *BigComplex
type EscapeCalculator ¶
type EscapeCalculator func(z complex128) (int, complex128, bool)
type Point ¶
type Point struct {
C complex128
X int
Y int
Escape int
FinalZ complex128
Escaped bool
}
Source Files
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