Struct veloren_common::util::find_dist::Cylinder

pub struct Cylinder {
    pub center: Vec3<f32>,
    pub radius: f32,
    pub height: f32,
}

A z-axis aligned cylinder

Fields

center: Vec3<f32>

Center of the cylinder

radius: f32

Radius of the cylinder

height: f32

Height of the cylinder

Implementations

impl Cylinder

fn aabb(&self) -> Aabb<f32>

pub fn from_components( pos: Vec3<f32>, scale: Option<Scale>, collider: Option<&Collider>, char_state: Option<&CharacterState> ) -> Self

Trait Implementations

impl Clone for Cylinder

fn clone(&self) -> Cylinder

Returns a copy of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Debug for Cylinder

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

Formats the value using the given formatter.

impl FindDist<Cube> for Cylinder

fn approx_in_range(self, other: Cube, range: f32) -> bool

Compute roughly whether the other shape is out of range Meant to be a cheap method for initial filtering Must return true if the shape could be within the supplied distance but is allowed to return true if the shape is actually just out of range

fn min_distance(self, other: Cube) -> f32

Find the smallest distance between the two shapes

impl FindDist<Cylinder> for Cube

fn approx_in_range(self, other: Cylinder, range: f32) -> bool

Compute roughly whether the other shape is out of range Meant to be a cheap method for initial filtering Must return true if the shape could be within the supplied distance but is allowed to return true if the shape is actually just out of range

fn min_distance(self, other: Cylinder) -> f32

Find the smallest distance between the two shapes

impl FindDist<Cylinder> for Cylinder

fn approx_in_range(self, other: Cylinder, range: f32) -> bool

Compute roughly whether the other shape is out of range Meant to be a cheap method for initial filtering Must return true if the shape could be within the supplied distance but is allowed to return true if the shape is actually just out of range

fn min_distance(self, other: Cylinder) -> f32

Find the smallest distance between the two shapes

impl FindDist<Cylinder> for Vec3<f32>

fn approx_in_range(self, other: Cylinder, range: f32) -> bool

Compute roughly whether the other shape is out of range Meant to be a cheap method for initial filtering Must return true if the shape could be within the supplied distance but is allowed to return true if the shape is actually just out of range

fn min_distance(self, other: Cylinder) -> f32

Find the smallest distance between the two shapes

impl FindDist<Vec3<f32>> for Cylinder

fn approx_in_range(self, other: Vec3<f32>, range: f32) -> bool

Compute roughly whether the other shape is out of range Meant to be a cheap method for initial filtering Must return true if the shape could be within the supplied distance but is allowed to return true if the shape is actually just out of range

fn min_distance(self, other: Vec3<f32>) -> f32

Find the smallest distance between the two shapes

impl Copy for Cylinder