### Convert mint::Point2 to Point

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Point.html

Example of converting a mint::Point2 to a Point.

```rust
let m = mint::Point2{x:1,y:2};
let p:Point<i32> = Point::from(&m);
assert_eq!(p.x,m.x);
assert_eq!(p.y,m.y);
```

--------------------------------

### Copy conversion for Point

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Point.html

Example of a copy conversion from a reference to a Point.

```rust
let c = [1,2];
let p1:Point<i32> = Point::from(c);
let p2:Point<i32> = Point::from(&p1);

assert_eq!(p2.x,c[0]);
assert_eq!(p2.y,c[1]);
```

--------------------------------

### read_boost_input_file

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/fn.read_boost_input_file.html

Reads an example file in the file format used by C++ boost voronoi.

```APIDOC
## Function: read_boost_input_file

### Description
Reads an example file in the file format used by C++ boost voronoi. The file format expects the number of points followed by coordinates, then the number of lines followed by line segment coordinates.

### Signature
`pub fn read_boost_input_file<I: InputType>(filename: &Path) -> Result<(Vec<Point<I>>, Vec<Line<I>>), BvError>`

### Parameters
- **filename** (&Path) - The path to the input file to be read.

### Returns
- **Result<(Vec<Point<I>>, Vec<Line<I>>), BvError>** - A Result containing a tuple of points and lines on success, or a BvError on failure.
```

--------------------------------

### Building a Voronoi diagram

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Builder.html

Example demonstrating how to initialize the Builder with points and segments to generate a Voronoi diagram.

```rust
use boostvoronoi::BvError;

type I = i32; // this is the integer input type
type F = f64; // this is the float output type (circle event coordinates)

// Points should be unique. Points should not intersect lines
let p = vec!(Point{x:9_i32, y:10});
// Lines may only intersect at the endpoints.
let s = vec!(Line::new(Point{x:10_i32, y:11}, Point{x:12, y:13}));
let result = Builder::<I>::default()
    // You will have to keep track of the input geometry. it will be referenced as
    // input geometry indices in the output.
    // `with_vertices()` and `with_segments()` accepts iterators of anything that implements
    // `Into()` for `Point` and `Line`
    .with_vertices(p.iter())?
    .with_segments(s.iter())?
    // this will generate the list of cells, edges and circle events (aka vertices)
    .build()?;
```

--------------------------------

### Convert geo::Point to Point

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Point.html

Example of converting a geo::Point to a Point.

```rust
let g = geo::Point::new(1,2);
let p:Point<i32> = Point::from(&g);
assert_eq!(p.x, g.x());
assert_eq!(p.y, g.y());
```

--------------------------------

### Convert glam::IVec2 to Point

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Point.html

Example of converting a glam::IVec2 to a Point.

```rust
let m = glam::IVec2::new(1,2);
let p:Point<i32> = Point::from(&m);
assert_eq!(p.x,m.x);
assert_eq!(p.y,m.y);
```

--------------------------------

### Convert array to Point

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Point.html

Example of converting a fixed-size array to a Point.

```rust
let c = [1,2];
let p:Point<i32> = Point::from(&c);
assert_eq!(p.x,c[0]);
assert_eq!(p.y,c[1]);
```

--------------------------------

### read_boost_input_buffer

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/fn.read_boost_input_buffer.html

Reads an example from a buffer using the format used by C++ boost voronoi.

```APIDOC
## Function: read_boost_input_buffer

### Description
Reads an example from a buffer using the format used by C++ boost voronoi. The input format expects the number of points followed by their coordinates, then the number of lines followed by their coordinate pairs.

### Signature
`pub fn read_boost_input_buffer<I: InputType, F: Read>(reader: BufReader<F>) -> Result<(Vec<Point<I>>, Vec<Line<I>>), BvError>`

### Parameters
- **reader** (BufReader<F>) - The input buffer to read from.

### Returns
- **Result<(Vec<Point<I>>, Vec<Line<I>>), BvError>** - A Result containing a tuple of points and lines on success, or a BvError on failure.
```

--------------------------------

### Convert cgmath::Point2 to Point

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Point.html

Example of converting a cgmath::Point2 to a Point.

```rust
let c = cgmath::Point2{x:1,y:2};
let p:Point<i32> = Point::from(&c);
assert_eq!(p.x,c.x);
assert_eq!(p.y,c.y);
```

--------------------------------

### Convert nalgebra::Point2 to Point

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Point.html

Example of converting a nalgebra::Point2 to a Point.

```rust
let c = nalgebra::Point2::new(1,2);
let p:Point<i32> = Point::from(&c);
assert_eq!(p.x,c.x);
assert_eq!(p.y,c.y);
```

--------------------------------

### Convert array to Line

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Line.html

Shows how to initialize a Line<i32> from a flat array of four integers representing start and end coordinates.

```rust
let a = [0,1,2,3];
let bl = Line::<i32>::from(a);
assert_eq!(bl.start.x,a[0]);
assert_eq!(bl.start.y,a[1]);
assert_eq!(bl.end.x,a[2]);
assert_eq!(bl.end.y,a[3]);
```

--------------------------------

### Line::new

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Line.html

Creates a new Line instance with the specified start and end points.

```APIDOC
## pub fn new(start: Point<T>, end: Point<T>) -> Self

### Description
Creates a new Line instance.

### Parameters
- **start** (Point<T>) - The starting point of the line.
- **end** (Point<T>) - The ending point of the line.
```

--------------------------------

### Convert Point to geo::Coord

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Point.html

Example of converting a Point to a geo::Coord.

```rust
let p = Point{x:1,y:2};
let c = geo::Coord::<i32>::from(&p);
assert_eq!(p.x,c.x);
assert_eq!(p.y,c.y);
```

--------------------------------

### Convert geo::Coord to Point

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Point.html

Example of converting a geo::Coord to a Point.

```rust
let c = geo::Coord{x:1,y:2};
let p:Point<i32> = Point::from(&c);
assert_eq!(p.x, c.x);
assert_eq!(p.y, c.y);
```

--------------------------------

### Point::new

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Point.html

Creates a new Point instance.

```APIDOC
## pub const fn new(x: T, y: T) -> Self

### Description
Creates a new `Point` instance with the specified x and y coordinates.

### Signature
`pub const fn new(x: T, y: T) -> Self`
```

--------------------------------

### Copy Conversion for Line

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Line.html

Shows how to perform a copy conversion from a reference to a Line.

```rust
let c = [1,2,3,4];
let p1:Line<i32> = Line::from(c);
let p2:Line<i32> = Line::from(&p1);

assert_eq!(p2.start.x,c[0]);
assert_eq!(p2.start.y,c[1]);
assert_eq!(p2.end.x,c[2]);
assert_eq!(p2.end.y,c[3]);
```

--------------------------------

### build

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Builder.html

Executes the sweep-line algorithm and returns the resulting diagram.

```APIDOC
## pub fn build(self) -> Result<Diagram, BvError>

### Description
Runs the sweep-line algorithm using the provided vertices and segments to generate and return the final Voronoi diagram.
```

--------------------------------

### Convert Line to and from glam::IVec2 arrays

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Line.html

Demonstrates bidirectional conversion between a Line<i32> and an array of two glam::IVec2 points.

```rust
let bl = Line::<i32>::from([0,1,2,3]);
let ml:[glam::IVec2;2] = bl.into();
assert_eq!(bl.start.x,ml[0].x);
assert_eq!(bl.start.y,ml[0].y);
assert_eq!(bl.end.x,ml[1].x);
assert_eq!(bl.end.y,ml[1].y);

let ml = [glam::IVec2::new(1,2),glam::IVec2::new(3,4)];
let bl = Line::from(ml);
assert_eq!(bl.start.x,ml[0].x);
assert_eq!(bl.start.y,ml[0].y);
assert_eq!(bl.end.x,ml[1].x);
assert_eq!(bl.end.y,ml[1].y);
```

--------------------------------

### Cell::new

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Cell.html

Creates a new instance of a Cell.

```APIDOC
### pub fn new(id: CellIndex, source_index: SourceIndex, source_category: ColorType) -> Self

Creates a new Voronoi cell with the specified ID, source index, and source category.
```

--------------------------------

### Convert Vertex to mint Point2

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Vertex.html

Converts a Vertex into a mint::Point2 instance.

```rust
let v = Vertex::new_3(VertexIndex::default(),1.0,2.0,false);
let p = mint::Point2::<f64>::from(v.clone());
assert_eq!(v.x(),p.x);
assert_eq!(v.y(),p.y);
```

```rust
let v = Vertex::new_3(VertexIndex::default(),1.0,2.0,false);
let p = mint::Point2::<f32>::from(v.clone());
assert_eq!(v.x(),p.x.as_());
assert_eq!(v.y(),p.y.as_());
```

--------------------------------

### Convert Point to mint::Point2

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Point.html

Converts a boostvoronoi::geometry::Point instance into a mint::Point2.

```rust
let p:Point<i32> = Point{x:1, y:2};
let m = mint::Point2::from(p);

assert_eq!(p.x,m.x);
assert_eq!(p.y,m.y);
```

--------------------------------

### Convert Vertex to mint::Point2

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Vertex.html

Converts a Vertex to mint::Point2 instances with different precision.

```rust
let v = Vertex::new_3(VertexIndex::default(),1.0,2.0,false);
let p = mint::Point2::<f64>::from(&v);
assert_eq!(v.x(),p.x);
assert_eq!(v.y(),p.y);
```

```rust
let v = Vertex::new_3(VertexIndex::default(),1.0,2.0,false);
let p = mint::Point2::<f32>::from(&v);
assert_eq!(v.x(),p.x.as_());
assert_eq!(v.y(),p.y.as_());
```

--------------------------------

### Convert Point to nalgebra::Point2

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Point.html

Converts a boostvoronoi::geometry::Point instance into a nalgebra::Point2.

```rust
let p = Point{x:1,y:2};
let c = nalgebra::Point2::<i32>::from(p);
assert_eq!(p.x,c.x);
assert_eq!(p.y,c.y);
```

--------------------------------

### Convert geo::Line to Line

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Line.html

Demonstrates converting a geo::Line into a boostvoronoi Line.

```rust
let gl = geo::Line::from([(0,1),(2,3)]);
let bl = Line::<i32>::from(&gl);
assert_eq!(bl.start.x,gl.start.x);
assert_eq!(bl.start.y,gl.start.y);
assert_eq!(bl.end.x,gl.end.x);
assert_eq!(bl.end.y,gl.end.y);
```

--------------------------------

### Convert Point to glam::IVec2

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Point.html

Converts a boostvoronoi::geometry::Point instance into a glam::IVec2.

```rust
let p = Point::<i32>{x:1,y:2};
let c = glam::IVec2::from(p);
assert_eq!(p.x,c.x);
assert_eq!(p.y,c.y);
```

--------------------------------

### Convert Point to [f64; 2]

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Point.html

Converts a boostvoronoi::geometry::Point instance into a fixed-size array of f64.

```rust
let c1 = [1,2];
let p:Point<i32> = Point::from(c1);
let c2: [f64;2] = p.into();
println!("c1:{:?}, c2:{:?}", c1, c2);
assert_eq!(c1[0] as f64, c2[0]);
assert_eq!(c1[1] as f64, c2[1]);
```

--------------------------------

### Convert Line to and from mint::Point2

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Line.html

Converts between a Line and an array of two mint::Point2 objects.

```rust
let bl = Line::<i32>::from([0,1,2,3]);
let ml:[mint::Point2<i32>;2] = bl.into();
assert_eq!(bl.start.x,ml[0].x);
assert_eq!(bl.start.y,ml[0].y);
assert_eq!(bl.end.x,ml[1].x);
assert_eq!(bl.end.y,ml[1].y);

let ml = [mint::Point2::<i32>::from([1,2]),mint::Point2::from([3,4])];
let bl = Line::<i32>::from(ml);
assert_eq!(bl.start.x,ml[0].x);
assert_eq!(bl.start.y,ml[0].y);
assert_eq!(bl.end.x,ml[1].x);
assert_eq!(bl.end.y,ml[1].y);
```

--------------------------------

### Convert Point to cgmath::Point2

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Point.html

Converts a boostvoronoi::geometry::Point instance into a cgmath::Point2.

```rust
let p = Point{x:1,y:2};
let c = cgmath::Point2::<i32>::from(p);
assert_eq!(p.x,c.x);
assert_eq!(p.y,c.y);
```

--------------------------------

### Convert Vertex to nalgebra Point2

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Vertex.html

Converts a Vertex into an nalgebra::Point2 instance.

```rust
let v = Vertex::new_3(VertexIndex::default(),1.0,2.0,false);
let p = nalgebra::Point2::<f32>::from(v.clone());
assert_eq!(v.x(),p.x.as_());
assert_eq!(v.y(),p.y.as_());
```

--------------------------------

### Convert Vertex to nalgebra::Point2

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Vertex.html

Converts a Vertex to an nalgebra::Point2 instance.

```rust
let v = Vertex::new_3(VertexIndex::default(),1.0,2.0,false);
let p = nalgebra::Point2::<f32>::from(&v);
assert_eq!(v.x(),p.x.as_());
assert_eq!(v.y(),p.y.as_());
```

--------------------------------

### Function signature for read_boost_input_buffer

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/fn.read_boost_input_buffer.html

The function signature defines the required input reader and the expected return type containing points and lines.

```rust
pub fn read_boost_input_buffer<I: InputType, F: Read>(
    reader: BufReader<F>,
) -> Result<(Vec<Point<I>>, Vec<Line<I>>), BvError>
```

--------------------------------

### read_boost_input_file function signature

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/fn.read_boost_input_file.html

The function signature for reading Boost Voronoi input files, requiring a type that implements InputType.

```rust
pub fn read_boost_input_file<I: InputType>(
    filename: &Path,
) -> Result<(Vec<Point<I>>, Vec<Line<I>>), BvError>
```

--------------------------------

### Convert Vertex to cgmath Point2

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Vertex.html

Converts a Vertex into a cgmath::Point2 instance.

```rust
let v = Vertex::new_3(VertexIndex::default(),1.0,2.0,false);
let p = cgmath::Point2::<f32>::from(v.clone());
assert_eq!(v.x(),p.x.as_());
assert_eq!(v.y(),p.y.as_());
```

--------------------------------

### Convert Vertex to cgmath::Point2

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Vertex.html

Converts a Vertex to a cgmath::Point2 instance.

```rust
let v = Vertex::new_3(VertexIndex::default(),1.0,2.0,false);
let p = cgmath::Point2::<f32>::from(&v);
assert_eq!(v.x(),p.x.as_());
assert_eq!(v.y(),p.y.as_());
```

--------------------------------

### Point::as_f64

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Point.html

Converts the point coordinates to an array of f64 values.

```APIDOC
## pub fn as_f64(&self) -> [f64; 2]

### Description
Converts the current `Point` coordinates into an array of two `f64` values.

### Signature
`pub fn as_f64(&self) -> [f64; 2]`
```

--------------------------------

### Convert Vertex to glam vectors

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Vertex.html

Converts a Vertex into glam::DVec2 or glam::Vec2 instances.

```rust
let v = Vertex::new_3(VertexIndex::default(),1.0,2.0,false);
let p = glam::DVec2::from(v.clone());
assert_eq!(v.x(),p.x.as_());
assert_eq!(v.y(),p.y.as_());
```

```rust
let v = Vertex::new_3(VertexIndex::default(),1.0,2.0,false);
let p = glam::Vec2::from(v.clone());
assert_eq!(v.x(),p.x.as_());
assert_eq!(v.y(),p.y.as_());
```

--------------------------------

### Diagram struct definition

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Diagram.html

The primary data structure for Voronoi output.

```rust
pub struct Diagram { /* private fields */ }
```

--------------------------------

### Convert Vertex to glam vectors

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Vertex.html

Converts a Vertex to glam::DVec2 or glam::Vec2 instances.

```rust
let v = Vertex::new_3(VertexIndex::default(),1.0,2.0,false);
let p = glam::DVec2::from(&v);
assert_eq!(v.x(),p.x);
assert_eq!(v.y(),p.y);
```

```rust
let v = Vertex::new_3(VertexIndex::default(),1.0,2.0,false);
let p = glam::Vec2::from(&v);
assert_eq!(v.x(),p.x.as_());
assert_eq!(v.y(),p.y.as_());
```

--------------------------------

### Point Struct Definition

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Point.html

The basic structure definition for the 2D coordinate container.

```rust
pub struct Point<T: InputType> {
    pub x: T,
    pub y: T,
}
```

--------------------------------

### Cell Property Methods

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Cell.html

Methods to retrieve information about the cell's source and site type.

```APIDOC
### pub fn source_category(&self) -> SourceCategory
Returns the category of the source.

### pub fn source_index(&self) -> SourceIndex
Returns the origin index of the cell.

### pub fn source_index_2(&self) -> (SourceIndex, SourceCategory)
Returns the origin index of the point that created this cell along with its source category.

### pub fn id(&self) -> CellIndex
Returns the ID of the cell.
```

--------------------------------

### Convert Line to Array

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Line.html

Converts a Line instance into an array of four elements.

```rust
let l = Line::from([0,1,2,3]);
let a = <[i32;4]>::from(&l);
assert_eq!(l.start.x,a[0]);
assert_eq!(l.start.y,a[1]);
assert_eq!(l.end.x,a[2]);
assert_eq!(l.end.y,a[3]);
```

--------------------------------

### Convert geo::Line to Line (Owned)

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Line.html

Converts an owned geo::Line into a boostvoronoi Line.

```rust
let gl = geo::Line::from([(0,1),(2,3)]);
let bl = Line::<i32>::from(gl);
assert_eq!(bl.start.x,gl.start.x);
assert_eq!(bl.start.y,gl.start.y);
assert_eq!(bl.end.x,gl.end.x);
assert_eq!(bl.end.y,gl.end.y);
```

--------------------------------

### Convert Point to geo::Point

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Point.html

Converts a boostvoronoi::geometry::Point instance into a geo::Point.

```rust
let p = Point{x:1,y:2};
let g = geo::Point::<i32>::from(p);
assert_eq!(p.x, g.x());
assert_eq!(p.y, g.y());
```

--------------------------------

### Convert Array to Line

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Line.html

Converts an array of four elements into a Line instance.

```rust
let a = [0,1,2,3];
let bl = Line::<i32>::from(&a);
assert_eq!(bl.start.x,a[0]);
assert_eq!(bl.start.y,a[1]);
assert_eq!(bl.end.x,a[2]);
assert_eq!(bl.end.y,a[3]);
```

--------------------------------

### Convert Line to geo::Line

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Line.html

Converts a boostvoronoi Line into a geo::Line.

```rust
let bl = Line::from([0,1,2,3]);
let gl = geo::Line::<i32>::from(bl);
assert_eq!(bl.start.x,gl.start.x);
assert_eq!(bl.start.y,gl.start.y);
assert_eq!(bl.end.x,gl.end.x);
assert_eq!(bl.end.y,gl.end.y);
```

--------------------------------

### with_vertices

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Builder.html

Inserts vertices into the builder. This should be called before inserting segments.

```APIDOC
## pub fn with_vertices<T, IT>(self, vertices: T) -> Result<Self, BvError>

### Description
Inserts a collection of vertices into the builder. This method must be called before inserting segments.

### Parameters
- **vertices** (T) - Required - An iterator of items that implement `Into<Point<I>>`.
```

--------------------------------

### Convert Point to geo::Coord

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Point.html

Converts a boostvoronoi::geometry::Point instance into a geo::Coord.

```rust
let p = Point{x:1,y:2};
let c = geo::Coord::<i32>::from(p);
assert_eq!(p.x, c.x);
assert_eq!(p.y, c.y);
```

--------------------------------

### Define Vertex struct

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Vertex.html

The basic definition of the Vertex struct.

```rust
pub struct Vertex { /* private fields */ }
```

--------------------------------

### Convert Vertex to geo::Point

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Vertex.html

Converts a Vertex to a geo::Point instance.

```rust
let v = Vertex::new_3(VertexIndex::default(),1.0,2.0,false);
let c = geo::Point::<f32>::from(&v);
assert_eq!(v.x(),c.x().as_());
assert_eq!(v.y(),c.y().as_());
```

--------------------------------

### Convert Owned Line to Array

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Line.html

Converts an owned Line instance into an array of four elements.

```rust
let l = Line::from([0,1,2,3]);
let a = <[i32;4]>::from(l);
assert_eq!(l.start.x,a[0]);
assert_eq!(l.start.y,a[1]);
assert_eq!(l.end.x,a[2]);
assert_eq!(l.end.y,a[3]);
```

--------------------------------

### Edge Methods

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Edge.html

Methods available on the Edge struct to retrieve edge information and metadata.

```APIDOC
## pub fn id(&self) -> EdgeIndex
Returns the edge index.

## pub fn cell(&self) -> Result<CellIndex, BvError>
Returns the cell index of this edge, or a BvError.

## pub fn vertex0(&self) -> Option<VertexIndex>
Returns vertex0, it is perfectly ok for an edge to not contain a vertex0 so no Result<..> is needed here.

## pub fn twin(&self) -> Result<EdgeIndex, BvError>
Returns the twin edge or an error.

## pub fn next(&self) -> Result<EdgeIndex, BvError>
Returns the next edge (counterclockwise winding) or an error.

## pub fn prev(&self) -> Result<EdgeIndex, BvError>
Returns the previous edge (counterclockwise winding).

## pub fn is_linear(&self) -> bool
Returns true if the edge is linear (segment, ray, line). Returns false if the edge is curved (parabolic arc).

## pub fn is_curved(&self) -> bool
Returns true if the edge is curved (parabolic arc). Returns false if the edge is linear (segment, ray, line).

## pub fn is_primary(&self) -> bool
Returns false if edge goes through the endpoint of the segment. Returns true else.

## pub fn is_secondary(&self) -> bool
Returns true if edge goes through the endpoint of the segment. Returns false else.

## pub fn get_color(&self) -> ColorType
get_color returns the custom edge info. (does not contain the reserved bits)

## pub fn set_color(&mut self, color: ColorType) -> ColorType
set_color sets the custom edge info. (does not affect the reserved bits)

## pub fn or_color(&mut self, color: ColorType) -> ColorType
or_color sets the custom edge info together with the previous value. (does not affect the reserved bits)
```

--------------------------------

### discretize

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.VoronoiVisualUtils.html

Discretizes a parabolic Voronoi edge, which is formed by one point and one segment. The discretization is performed in the output coordinate system using an affine transformation.

```APIDOC
## pub fn discretize<I: InputType>(point: &Point<I>, segment: &Line<I>, max_dist: f64, affine: &SimpleAffine, discretization: &mut Vec<[f64; 2]>)

### Description
Discretize a parabolic Voronoi edge. Parabolic Voronoi edges are formed by one point and one segment from the initial input set.

### Parameters
- **point** (&Point<I>) - The input point in the diagram coordinate system.
- **segment** (&Line<I>) - The input segment in the diagram coordinate system.
- **max_dist** (f64) - The maximum discretization distance in the output coordinate system.
- **affine** (&SimpleAffine) - An affine transform converting from the diagram coordinate system to the output coordinate system.
- **discretization** (&mut Vec<[f64; 2]>) - The point discretization of the given Voronoi edge in the output coordinate system. Note: this should contain both edge endpoints initially.
```

--------------------------------

### point_projection

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.VoronoiVisualUtils.html

Calculates the projection of a point onto a segment within the context of an affine transformation.

```APIDOC
## pub fn point_projection<I: InputType>(affine: &SimpleAffine, point: &[f64; 2], segment: &Line<I>) -> f64

### Description
Calculates the projection of a point onto a segment.

### Parameters
- **affine** (&SimpleAffine) - The affine transformation.
- **point** (&[f64; 2]) - The point to project.
- **segment** (&Line<I>) - The segment to project onto.

### Returns
- **f64** - The projection value.
```

--------------------------------

### Builder struct definition

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Builder.html

The internal structure definition for the Builder, which requires an InputType.

```rust
pub struct Builder<I: InputType> { /* private fields */ }
```

--------------------------------

### Cell Site Type Methods

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Cell.html

Methods to determine the type of site contained within the cell.

```APIDOC
### pub fn contains_point(&self) -> bool
Returns true if the cell contains a point site.

### pub fn contains_segment(&self) -> bool
Returns true if the cell contains a segment site.

### pub fn contains_segment_startpoint(&self) -> bool
Returns true if the cell contains a segment start point.

### pub fn contains_segment_endpoint(&self) -> bool
Returns true if the cell contains a segment end point.
```

--------------------------------

### Cell Geometry Methods

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Cell.html

Methods to inspect the geometric properties of the cell.

```APIDOC
### pub fn is_degenerate(&self) -> bool
Returns true if the cell is degenerate (does not have any incident edges).

### pub fn get_incident_edge(&self) -> Option<EdgeIndex>
Returns a random edge defined by this cell.
```

--------------------------------

### Convert Vertex to primitive arrays

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Vertex.html

Converts a Vertex reference into a fixed-size array of floats.

```rust
let v = Vertex::new_3(VertexIndex::default(),1.0,2.0,false);
let a = <[f32;2]>::from(&v);
assert_eq!(v.x(),a[0].as_());
assert_eq!(v.y(),a[1].as_());
```

```rust
let v = Vertex::new_3(VertexIndex::default(),1.0,2.0,false);
let a = <[f64;2]>::from(&v);
assert_eq!(v.x(),a[0]);
assert_eq!(v.y(),a[1]);
```

--------------------------------

### Convert [T; 2] to Point

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Point.html

Converts a fixed-size array of two elements into a boostvoronoi::geometry::Point.

```rust
let c = [1,2];
let p:Point<i32> = Point::from(c);
assert_eq!(p.x,c[0]);
assert_eq!(p.y,c[1]);
```

--------------------------------

### Line Struct Definition

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Line.html

The basic structure of the Line type, which is generic over an InputType.

```rust
pub struct Line<T: InputType> {
    pub start: Point<T>,
    pub end: Point<T>,
}
```

--------------------------------

### Convert Vertex to geo::Coord

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Vertex.html

Converts a Vertex to a geo::Coord instance.

```rust
let v = Vertex::new_3(VertexIndex::default(),1.0,2.0,false);
let c = geo::Coord::<f32>::from(&v);
assert_eq!(v.x(),c.x.as_());
assert_eq!(v.y(),c.y.as_());
```

--------------------------------

### with_segments

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Builder.html

Inserts segments into the builder. This should be called after inserting vertices.

```APIDOC
## pub fn with_segments<T, IT>(self, segments: T) -> Result<Self, BvError>

### Description
Inserts a collection of segments into the builder. This method should be called after vertices have been inserted.

### Parameters
- **segments** (T) - Required - An iterator of items that implement `Into<Line<I>>`.
```

--------------------------------

### Convert Vertex to geo types

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Vertex.html

Converts a Vertex into geo::Coord or geo::Point types.

```rust
let v = Vertex::new_3(VertexIndex::default(),1.0,2.0,false);
let c = geo::Coord::<f32>::from(v.clone());
assert_eq!(v.x(),c.x.as_());
assert_eq!(v.y(),c.y.as_());
```

```rust
let v = Vertex::new_3(VertexIndex::default(),1.0,2.0,false);
let p = geo::Point::<f32>::from(v.clone());
assert_eq!(v.x(),p.x().as_());
assert_eq!(v.y(),p.y().as_());
```

--------------------------------

### Line::cast

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Line.html

Casts a Line<T> to a Line<T2> where T can be converted to T2.

```APIDOC
## pub fn cast<T2: InputType>(self) -> Line<T2>

### Description
Converts the underlying coordinate type of the line.
```

--------------------------------

### SourceCategory Enum Definition

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/enum.SourceCategory.html

Defines the variants representing the source geometry of a Voronoi cell.

```rust
pub enum SourceCategory {
    SinglePoint,
    SegmentStart,
    SegmentEnd,
    Segment,
}
```

--------------------------------

### Point::cast

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/struct.Point.html

Casts a Point of one type to a Point of another type.

```APIDOC
## pub fn cast<T2: InputType>(self) -> Point<T2>

### Description
Casts a `Point<T>` to a `Point<T2>`, provided that `T` implements `AsPrimitive<T2>`.

### Signature
`pub fn cast<T2: InputType>(self) -> Point<T2> where T: AsPrimitive<T2>`
```

--------------------------------

### Define ColorType alias

Source: https://docs.rs/boostvoronoi/0.12.1/boostvoronoi/prelude/type.ColorType.html

The ColorType alias is defined as a 32-bit unsigned integer.

```rust
pub type ColorType = u32;
```

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