Struct dae_parser::Geom

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pub struct Geom<T> {
    pub name: Option<String>,
    pub material: Option<String>,
    pub count: usize,
    pub inputs: InputList,
    pub data: T,
    pub extra: Vec<Extra>,
}

Expand description

The common data for the geometry types:

Fields

name: Option<String>

The text string name of this element.

material: Option<String>

Declares a symbol for a material. This symbol is bound to a material at the time of instantiation; see Instance<Geometry> and BindMaterial. If not specified then the lighting and shading results are application defined.

count: usize

The number of line/triangle/polygon primitives.

inputs: InputList

The vertex attribute access information.

data: T

The specific data for the geometry element.

extra: Vec<Extra>

Provides arbitrary additional information about this element.

Implementations

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impl<T> Geom<T>

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pub fn importer<'a, R: UrlResolver<'a, Source>>(
 &'a self,
 res: &R,
 vimp: VertexImporter<'a>
) -> Result<Importer<'a>, R::Error>

Construct an Importer from a VertexImporter and a UrlResolver.

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impl Geom<LineGeom>

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pub fn new(
 material: Option<String>,
 inputs: Vec<InputS>,
 count: usize,
 prim: Box<[u32 ]>
) -> Self

Construct a new Lines object from a data buffer. The data buffer prim contains exactly count lines, consisting of 2 vertices, each consisting of inputs.len() indices, for a total of inputs.len() * 2 * count values.

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impl Geom<LineStripGeom>

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pub fn new(
 material: Option<String>,
 inputs: Vec<InputS>,
 prim: Vec<Box<[u32 ]>>
) -> Self

Construct a new LineStrips object from a data buffer. Each buffer in data contains 2 or more vertices, each consisting of inputs.len() indices, for a total of inputs.len() * verts values.

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impl Geom<PolygonGeom>

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pub fn new(
 material: Option<String>,
 inputs: Vec<InputS>,
 prim: Vec<PolygonHole>
) -> Self

Construct a new Polygons object from raw data.

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impl Geom<PolyListGeom>

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pub fn new(
 material: Option<String>,
 inputs: Vec<InputS>,
 vcount: Box<[u32 ]>,
 prim: Box<[u32 ]>
) -> Self

Construct a new PolyList object from a data buffer. Each value n in vcount corresponds to a polygon with n vertices, to which inputs.len() * n index values are associated in prim.

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impl Geom<TriangleGeom>

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pub fn new(
 material: Option<String>,
 inputs: Vec<InputS>,
 count: usize,
 prim: Box<[u32 ]>
) -> Self

Construct a new Triangles object from a data buffer. The data buffer prim contains exactly count triangles, consisting of 3 vertices, each consisting of inputs.len() indices, for a total of inputs.len() * 3 * count values.

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impl Geom<TriFanGeom>

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pub fn new(
 material: Option<String>,
 inputs: Vec<InputS>,
 prim: Vec<Box<[u32 ]>>
) -> Self

Construct a new TriFans object from a data buffer. Each buffer in data contains 3 or more vertices, each consisting of inputs.len() indices, for a total of inputs.len() * verts values.

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impl Geom<TriStripGeom>

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pub fn new(
 material: Option<String>,
 inputs: Vec<InputS>,
 prim: Vec<Box<[u32 ]>>
) -> Self

Construct a new TriStrips object from a data buffer. Each buffer in data contains 3 or more vertices, each consisting of inputs.len() indices, for a total of inputs.len() * verts values.