Crates.io  easy_complex 
lib.rs  easy_complex 
version  0.4.1 
source  src 
created_at  20180213 19:20:06.561372 
updated_at  20190423 19:14:01.146261 
description  Complex numbers crate 
homepage  
repository  https://github.com/spcan/easycomplex 
max_upload_size  
id  51037 
size  35,707 
easycomplex
is a procedurally generated, nodependencies crate that provides easy to use complex number operations and provides casting for most numeric types in the standard library.
If you have any issues, please report them here
Complex
) and Exponential Complex number (EComplex
).easy complex doesn't have any dependencies except the standard library.
Just add to your Cargo.toml
[dependencies]
easy_complex = "0.4.0"
Add to your crate root:
extern crate easy_complex;
If you don't use or want to use cargo, the crate can be found in this crates.io page
For extensive explanation and usage go to the wiki where the full usage is demonstrated
As the crate is generated by macros, documentation is pretty much impossible to create.
Below you will find a summary of the crate's structs and methods.
Struct  Description 

Complex 
Complex number represented in rectangular form 
EComplex 
Complex number represented in exponential form 
Enum  Description  Variants 

Angle  An angle  Radians , Degrees 
These methods are available in both Complex
and EComplex
Method  Arguments  Output  Description 

new  f32, f32 or f64, f64 
Self 
Generates a new struct 
real  f32 or f64 
Returns the value of the real part of the complex number  
imag  f32 or f64 
Returns the value of the imaginary part of the complex number  
module  f32 or f64 
Returns the value of the module of the complex number  
arg  f32 or f64 
Returns the value of the argument of the complex number  
conjugate  Self 
Returns the conjugate of the complex number  
ln  Self 
Returns the natural logarithm of the complex number  
log  f32 or f64 
Self 
Returns the logarithm in the given base 
log2  Self 
Returns the logarithm in base 2  
log10  Self 
Returns the logarithm in base 10  
powf  f32 or f64 
Self 
Returns the number to the given power 
exp  Self 
Returns e^self 

sqrt  Self 
Returns the square root of the number  
root  usize 
Vec<Self> 
Returns a Vec with all the nth roots of the number 
powc  Self 
Self 
Returns self to the given complex power 
expf  f32 or f64 
Self 
Returns the given base to the self complex power 
cos, sin, tan  Self 
Returns the corresponding geometrical function  
cosh, sinh, tanh  Self 
Returns the corresponding hyperbolic geometrical function 
To do automatic conversion, use the convert!
macro in the convert
module.
This macro takes a list of types that cast into either f32
or f64
and implements the corresponding methods for the given struct.
This example is taken directly from the source code of the crate:
convert!([i8, u8, i16, u16, f32], f32, Complex);
Dual licensed under Apache 2.0 and MIT licenses