Enum scad_tree::ScadOp

pub enum ScadOp {
    Union,
    Difference,
    Intersection,
    Circle {
        radius: f64,
        fa: Option<f64>,
        fs: Option<f64>,
        fn_: Option<u64>,
    },
    Square {
        size: Pt2,
        center: bool,
    },
    Polygon {
        points: Pt2s,
        paths: Option<Paths>,
        convexity: u64,
    },
    Text {
        text: String,
        size: f64,
        font: String,
        halign: TextHalign,
        valign: TextValign,
        spacing: f64,
        direction: TextDirection,
        language: String,
        script: String,
        fn_: Option<u64>,
    },
    Import {
        file: String,
        convexity: u64,
    },
    Projection {
        cut: bool,
    },
    Sphere {
        radius: f64,
        fa: Option<f64>,
        fs: Option<f64>,
        fn_: Option<u64>,
    },
    Cube {
        size: Pt3,
        center: bool,
    },
    Cylinder {
        height: f64,
        radius1: f64,
        radius2: f64,
        center: bool,
        fa: Option<f64>,
        fs: Option<f64>,
        fn_: Option<u64>,
    },
    Polyhedron {
        points: Pt3s,
        faces: Faces,
        convexity: u64,
    },
    LinearExtrude {
        height: f64,
        center: bool,
        convexity: u64,
        twist: f64,
        scale: Pt2,
        slices: Option<u64>,
        fn_: Option<u64>,
    },
    RotateExtrude {
        angle: f64,
        convexity: u64,
        fa: Option<f64>,
        fs: Option<f64>,
        fn_: Option<u64>,
    },
    Surface {
        file: String,
        center: bool,
        invert: bool,
        convexity: u64,
    },
    Translate {
        v: Pt3,
    },
    Rotate {
        a: Option<f64>,
        a_is_scalar: bool,
        v: Pt3,
    },
    Scale {
        v: Pt3,
    },
    Resize {
        newsize: Pt3,
        auto: bool,
        auto_is_vec: bool,
        autovec: (bool, bool, bool),
        convexity: u64,
    },
    Mirror {
        v: Pt3,
    },
    Color {
        rgba: Option<Pt4>,
        color: Option<ScadColor>,
        hex: Option<String>,
        alpha: Option<f64>,
    },
    Offset {
        r: Option<f64>,
        delta: Option<f64>,
        chamfer: bool,
    },
    Hull,
    Minkowski {
        convexity: u64,
    },
}

The supported OpenSCAD operations.

Variants

Union

Difference

Intersection

Circle

Fields

radius: f64

fa: Option<f64>

fs: Option<f64>

fn_: Option<u64>

Square

Fields

size: Pt2

center: bool

Polygon

Fields

points: Pt2s

paths: Option<Paths>

convexity: u64

Text

Fields

text: String

size: f64

font: String

halign: TextHalign

valign: TextValign

spacing: f64

direction: TextDirection

language: String

script: String

fn_: Option<u64>

Import

Fields

file: String

convexity: u64

Projection

Fields

cut: bool

Sphere

Fields

radius: f64

fa: Option<f64>

fs: Option<f64>

fn_: Option<u64>

Cube

Fields

size: Pt3

center: bool

Cylinder

Fields

height: f64

radius1: f64

radius2: f64

center: bool

fa: Option<f64>

fs: Option<f64>

fn_: Option<u64>

Polyhedron

Fields

points: Pt3s

faces: Faces

convexity: u64

LinearExtrude

Fields

height: f64

center: bool

convexity: u64

twist: f64

scale: Pt2

slices: Option<u64>

fn_: Option<u64>

RotateExtrude

Fields

angle: f64

convexity: u64

fa: Option<f64>

fs: Option<f64>

fn_: Option<u64>

Surface

Fields

file: String

center: bool

invert: bool

convexity: u64

Translate

Fields

v: Pt3

Rotate

Fields

a: Option<f64>

a_is_scalar: bool

v: Pt3

Scale

Fields

v: Pt3

Resize

Fields

newsize: Pt3

auto: bool

auto_is_vec: bool

autovec: (bool, bool, bool)

convexity: u64

Mirror

Fields

v: Pt3

Color

Fields

rgba: Option<Pt4>

color: Option<ScadColor>

hex: Option<String>

alpha: Option<f64>

Offset

Fields

r: Option<f64>

delta: Option<f64>

chamfer: bool

Hull

Minkowski

Fields

convexity: u64

Trait Implementations

impl Clone for ScadOp

fn clone(&self) -> ScadOp

Returns a copy of the value.

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

Performs copy-assignment from source.

impl PartialEq<ScadOp> for ScadOp

fn eq(&self, other: &ScadOp) -> bool

This method tests for self and other values to be equal, and is used by ==.

fn ne(&self, other: &Rhs) -> bool

This method tests for !=. The default implementation is almost always sufficient, and should not be overridden without very good reason.

impl StructuralPartialEq for ScadOp