Struct dae_parser::PhysicsMaterial

pub struct PhysicsMaterial {
    pub id: Option<String>,
    pub name: Option<String>,
    pub asset: Option<Box<Asset>>,
    pub common: PhysicsMaterialCommon,
    pub technique: Vec<Technique>,
    pub extra: Vec<Extra>,
}

Defines the physical properties of an object.

It contains a technique/profile with parameters. The COMMON profile defines the built-in names, such as static_friction.

Fields

id: Option<String>

A text string containing the unique identifier of the element.

name: Option<String>

The text string name of this element.

asset: Option<Box<Asset>>

Asset management information about this element.

common: PhysicsMaterialCommon

Specifies physics-material information for the common profile that all COLLADA implementations must support.

technique: Vec<Technique>

Declares the information used to process some portion of the content. (optional)

extra: Vec<Extra>

Provides arbitrary additional information about this element.

Trait Implementations

impl Clone for PhysicsMaterial

fn clone(&self) -> PhysicsMaterial

Returns a copy of the value.

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

Performs copy-assignment from source.

impl Debug for PhysicsMaterial

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

Formats the value using the given formatter.

impl Instantiate for PhysicsMaterial

const INSTANCE: &'static str

The name of the instance node. For example Geometry::INSTANCE = "instance_geometry".

type Data = ()

The type of additional data associated with instantiations, possibly ().

fn parse_data(
    _: &Element,
    _: &mut Peekable<Children<'_>>
) -> Result<Self::Data, Error>

Parse the Self::Data given an element iterator, and a reference to the parent element.

impl ParseLibrary for PhysicsMaterial

const LIBRARY: &'static str

The name of the library element. For example, the Geometry element has LIBRARY = "library_geometries", and the corresponding library type is Library<Geometry>.

impl XNode for PhysicsMaterial

const NAME: &'static str

The name of the XML element.

fn parse(element: &Element) -> Result<Self, Error>

Parse an XML element into this type. In most cases, the parser will require with a debug_assert that the element to parse has name Self::NAME.

fn parse_box(element: &Element) -> Result<Box<Self>, Error>

Parse an XML element and return the data structure in a Box. This can be faster in some cases when the data structure is large.

fn parse_one<'a>(
    it: &mut impl Iterator<Item = &'a Element>
) -> Result<Self, Error>

Parse a single required element from the given element iterator.

fn parse_opt(it: &mut Peekable<Children<'_>>) -> Result<Option<Self>, Error>

Parse an optional element from the given element iterator, using Self::NAME to determine if it is the correct type.

fn parse_opt_box(
    it: &mut Peekable<Children<'_>>
) -> Result<Option<Box<Self>>, Error>

Parse an optional boxed element from the given element iterator, using Self::NAME to determine if it is the correct type.

fn parse_list(it: &mut Peekable<Children<'_>>) -> Result<Vec<Self>, Error>

Parse a list of elements from the given element iterator, as long as it continues yielding elements of name Self::NAME.

fn parse_list_n<const N: usize>(
    it: &mut Peekable<Children<'_>>
) -> Result<Vec<Self>, Error>

Parse a list of elements from the given element iterator, as long as it continues yielding elements of name Self::NAME, and assert that the resulting list has length at least N.