pygerber.renderer package¶

Subpackages¶

pygerber.renderer.aperture package

Submodules¶

pygerber.renderer.aperture_manager module¶

class pygerber.renderer.aperture_manager.ApertureManager(apertureSet: ApertureSet, renderer: Renderer)[source]¶

Bases: object

apertureSet: ApertureSet¶

apertures: Dict[int, Aperture]¶

current_aperture: Aperture = None¶

define_aperture(type: str, name: str, ID: int, args: object)[source]¶

getApertureClass(name: Optional[str] = None, is_region: bool = False)[source]¶

get_aperture(id: int) → Aperture[source]¶

get_current_aperture()[source]¶

renderer: Renderer¶

select_aperture(id: int)[source]¶

set_defaults()[source]¶

pygerber.renderer.apertureset module¶

class pygerber.renderer.apertureset.ApertureSet(circle: Type[pygerber.renderer.aperture.aperture.Aperture], rectangle: Type[pygerber.renderer.aperture.aperture.Aperture], obround: Type[pygerber.renderer.aperture.aperture.Aperture], polygon: Type[pygerber.renderer.aperture.aperture.Aperture], custom: Type[pygerber.renderer.aperture.aperture.Aperture], region: Type[pygerber.renderer.aperture.region.RegionApertureManager])[source]¶

Bases: object

circle: Type[pygerber.renderer.aperture.aperture.Aperture]¶

custom: Type[pygerber.renderer.aperture.aperture.Aperture]¶

getApertureClass(name: Optional[str] = None, is_region: bool = False) → pygerber.renderer.aperture.aperture.Aperture[source]¶

obround: Type[pygerber.renderer.aperture.aperture.Aperture]¶

polygon: Type[pygerber.renderer.aperture.aperture.Aperture]¶

rectangle: Type[pygerber.renderer.aperture.aperture.Aperture]¶

region: Type[pygerber.renderer.aperture.region.RegionApertureManager]¶

pygerber.renderer.arc_util_mixin module¶

class pygerber.renderer.arc_util_mixin.ArcUtilMixin[source]¶

Bases: object

static get_arc_co_functions(radius)[source]¶

static get_arc_length(radius) → float[source]¶

get_arc_points(spec: pygerber.renderer.spec.ArcSpec, is_ccw: bool) → pygerber.mathclasses.Vector2D[source]¶

static get_arc_ratio(relative_angle)[source]¶

get_arc_traverse_step_angle(begin_angle, end_angle, radius)[source]¶

get_begin_end_angles(spec: pygerber.renderer.spec.ArcSpec)[source]¶

static get_relative_angle(begin_angle, end_angle)[source]¶

property isCCW¶

pygerber.renderer.spec module¶

class pygerber.renderer.spec.ArcSpec(begin: 'Vector2D', end: 'Vector2D', center: 'Vector2D', is_region: 'bool' = False)[source]¶

Bases: pygerber.renderer.spec.Spec

bbox(aperture: pygerber.renderer.aperture.aperture.Aperture)[source]¶

begin: pygerber.mathclasses.Vector2D¶

center: pygerber.mathclasses.Vector2D¶

draw(aperture: pygerber.renderer.aperture.aperture.Aperture)[source]¶

end: pygerber.mathclasses.Vector2D¶

get_radius()[source]¶

is_region: bool = False¶

class pygerber.renderer.spec.FlashSpec(location: 'Vector2D', is_region: 'bool' = False)[source]¶

Bases: pygerber.renderer.spec.Spec

bbox(aperture: pygerber.renderer.aperture.aperture.Aperture)[source]¶

draw(aperture: pygerber.renderer.aperture.aperture.Aperture)[source]¶

is_region: bool = False¶

location: pygerber.mathclasses.Vector2D¶

class pygerber.renderer.spec.LineSpec(begin: 'Vector2D', end: 'Vector2D', is_region: 'bool' = False)[source]¶

Bases: pygerber.renderer.spec.Spec

bbox(aperture: pygerber.renderer.aperture.aperture.Aperture)[source]¶

begin: pygerber.mathclasses.Vector2D¶

draw(aperture: pygerber.renderer.aperture.aperture.Aperture)[source]¶

end: pygerber.mathclasses.Vector2D¶

is_region: bool = False¶

class pygerber.renderer.spec.Spec[source]¶

Bases: abc.ABC

abstract bbox(aperture)[source]¶

abstract draw(aperture)[source]¶

Module contents¶

class pygerber.renderer.Renderer(apertureSet: pygerber.renderer.apertureset.ApertureSet)[source]¶

Bases: object

apertures: pygerber.renderer.aperture_manager.ApertureManager¶

bbox_arc(end: pygerber.mathclasses.Vector2D, offset: pygerber.mathclasses.Vector2D) → None[source]¶

bbox_flash(point: pygerber.mathclasses.Vector2D) → pygerber.mathclasses.BoundingBox[source]¶

bbox_interpolated(end: pygerber.mathclasses.Vector2D, offset: pygerber.mathclasses.Vector2D) → pygerber.mathclasses.BoundingBox[source]¶

bbox_line(end: pygerber.mathclasses.Vector2D) → None[source]¶

current_point: pygerber.mathclasses.Vector2D¶

define_aperture(*args, **kwargs)[source]¶

draw_arc(end: pygerber.mathclasses.Vector2D, offset: pygerber.mathclasses.Vector2D) → None[source]¶

draw_flash(point: pygerber.mathclasses.Vector2D) → None[source]¶

draw_interpolated(end: pygerber.mathclasses.Vector2D, offset: pygerber.mathclasses.Vector2D) → None[source]¶

draw_line(end: pygerber.mathclasses.Vector2D) → None[source]¶

end_region()[source]¶

finish_drawing_region() → Tuple[pygerber.renderer.aperture.region.RegionApertureManager, List[pygerber.renderer.spec.Spec]][source]¶

isCCW()[source]¶

move_pointer(location: pygerber.mathclasses.Vector2D) → None[source]¶

region_bounds: List[pygerber.renderer.spec.Spec]¶

render(token_stack: Deque[pygerber.tokens.token.Token]) → None[source]¶

replace_none_with_0(vector: pygerber.mathclasses.Vector2D)[source]¶

replace_none_with_current(vector: pygerber.mathclasses.Vector2D)[source]¶

select_aperture(id: int)[source]¶

set_defaults()[source]¶

state: pygerber.drawing_state.DrawingState¶

total_bounding_box(token_stack: Deque[pygerber.tokens.token.Token])[source]¶