gleamscad

Types

CenteredOrNot

pub type CenteredOrNot {
  Centered
  NotCentered
}

Constructors

```
Centered
```
```
NotCentered
```

OpenSCADExpr

opaque </>

builder pattern for our OpenSCAD expressions:

pub opaque type OpenSCADExpr

RadiusOrDiameter

</>

pub type RadiusOrDiameter {
  Radius
  Diameter
}

Constructors

```
Radius
```
```
Diameter
```

Settings

</>

pub type Settings {
  MinimumAngle(value: Float)
  MinimumSize(value: Float)
  NumberOfSegments(value: Int)
  AnimationStep(value: Float)
}

Constructors

```
MinimumAngle(value: Float)
```
```
MinimumSize(value: Float)
```
```
NumberOfSegments(value: Int)
```
```
AnimationStep(value: Float)
```

Values

circle

</>

pub fn circle(
  value: Float,
  rod: RadiusOrDiameter,
) -> OpenSCADExpr

Draws a 2d circle

cube

</>

pub fn cube(size: Float, center: CenteredOrNot) -> OpenSCADExpr

Creates a 3d cube with all sides of equal length

cube3

</>

pub fn cube3(
  width: Float,
  depth: Float,
  height: Float,
  center: CenteredOrNot,
) -> OpenSCADExpr

Creates a 3d cube

custom_code

</>

pub fn custom_code(code: String) -> OpenSCADExpr

Allows for adding custom code

cylinder

</>

pub fn cylinder(
  height: Float,
  value: Float,
  rod: RadiusOrDiameter,
  center: CenteredOrNot,
) -> OpenSCADExpr

Creates a 3d cylinder

cylinder2

</>

pub fn cylinder2(
  height: Float,
  value1: Float,
  value2: Float,
  rod: RadiusOrDiameter,
  center: CenteredOrNot,
) -> OpenSCADExpr

Creates a 3d cylinder. Enables you to pass different diameters/radii for top and bottom

difference

</>

pub fn difference(
  expressions: List(OpenSCADExpr),
) -> OpenSCADExpr

Create a difference of shapes

hull

</>

pub fn hull(expressions: List(OpenSCADExpr)) -> OpenSCADExpr

Displays the convex hull of child nodes

intersection

</>

pub fn intersection(
  expressions: List(OpenSCADExpr),
) -> OpenSCADExpr

Creates an intersection of shapes

linear_extrude

</>

pub fn linear_extrude(
  expressions: List(OpenSCADExpr),
  height: Float,
  center: CenteredOrNot,
  convexity: Float,
  twist: Float,
  slices: Float,
) -> OpenSCADExpr

Turns a 2D shape into a 3D shape

minkowski

</>

pub fn minkowski(expressions: List(OpenSCADExpr)) -> OpenSCADExpr

Displays the minkowski sum of child nodes

mirror

</>

pub fn mirror(
  expressions: List(OpenSCADExpr),
  x: Float,
  y: Float,
  z: Float,
) -> OpenSCADExpr

Mirrors a shape

options

</>

pub fn options(values: List(Settings)) -> OpenSCADExpr

Setting one or several OpenSCAD special variables

polygon

</>

pub fn polygon(polygons: List(#(Float, Float))) -> OpenSCADExpr

Draws a 2d polygon

rotate

</>

pub fn rotate(
  expressions: List(OpenSCADExpr),
  x: Float,
  y: Float,
  z: Float,
) -> OpenSCADExpr

Rotate a shape

rotate_single

</>

pub fn rotate_single(
  expression: OpenSCADExpr,
  x: Float,
  y: Float,
  z: Float,
) -> OpenSCADExpr

scale

</>

pub fn scale(
  expressions: List(OpenSCADExpr),
  x: Float,
  y: Float,
  z: Float,
) -> OpenSCADExpr

Scales a shape

scale_single

</>

pub fn scale_single(
  expression: OpenSCADExpr,
  x: Float,
  y: Float,
  z: Float,
) -> OpenSCADExpr

sphere

</>

pub fn sphere(
  value: Float,
  rod: RadiusOrDiameter,
) -> OpenSCADExpr

Creates a 3d sphere

square

</>

pub fn square(
  width: Float,
  height: Float,
  center: CenteredOrNot,
) -> OpenSCADExpr

Draws a 2d square

to_openscad

</>

pub fn to_openscad(expr: OpenSCADExpr) -> String

Exports the data to a string, containing OpenSCAD code

translate

</>

pub fn translate(
  expressions: List(OpenSCADExpr),
  x: Float,
  y: Float,
  z: Float,
) -> OpenSCADExpr

Translate (move) a shape

translate_single

</>

pub fn translate_single(
  expression: OpenSCADExpr,
  x: Float,
  y: Float,
  z: Float,
) -> OpenSCADExpr

union

</>

pub fn union(expressions: List(OpenSCADExpr)) -> OpenSCADExpr

Create a union of shapes