Struct OpenVectorFeature

pub struct OpenVectorFeature {
    pub id: Option<u64>,
    pub properties: Properties,
    pub type: FeatureType,
    /* private fields */
}

Open Vector Tile Feature specification

Fields

id: Option<u64>

the id of the feature

properties: Properties

the properties of the feature

type: FeatureType

the type of the feature

Trait Implementations

impl Debug for OpenVectorFeature

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl VectorFeatureMethods for OpenVectorFeature

fn id(&self) -> Option<u64>

get the id of the feature

fn version(&self) -> u16

get the version of the feature

fn extent(&self) -> usize

get the extent of the feature

fn get_type(&self) -> FeatureType

Create a new OpenVectorFeature

fn bbox(&self) -> Option<BBOX>

get the bbox of the feature

fn has_m_values(&self) -> bool

whether the feature has m values

fn is_points(&self) -> bool

whether the feature is a points type

fn is_lines(&self) -> bool

whether the feature is a line type

fn is_polygons(&self) -> bool

whether the feature is a polygon type

fn is_points_3d(&self) -> bool

whether the feature is a points 3D type

fn is_lines_3d(&self) -> bool

whether the feature is a line 3D type

fn is_polygons_3d(&self) -> bool

whether the feature is a polygon 3D type

fn load_points(&mut self) -> VectorPoints

regardless of the type, we return a flattend point array

fn load_points_3d(&mut self) -> VectorPoints3D

regardless of the type, we return a flattend point array

fn load_lines(&mut self) -> VectorLinesWithOffset

an array of lines. The offsets will be set to 0

fn load_lines_3d(&mut self) -> VectorLines3DWithOffset

an array of lines. The offsets will be set to 0

fn read_indices(&mut self) -> Vec<u32>

returns the indices of the geometry

fn add_tessellation(&mut self, geometry: &mut Vec<f64>, multiplier: f64)

Add tessellation data to the geometry

fn add_tessellation_3d(&mut self, geometry: &mut Vec<f64>, multiplier: f64)

Add 3D tessellation data to the geometry

fn load_geometry_flat(&mut self) -> (Vec<f64>, Vec<u32>)

(flattened geometry & tesslation if applicable, indices)

fn load_geometry(&mut self) -> VectorGeometry

load the geometry

fn properties(&self) -> Properties

the properties