fibomat.default_backends.bokeh_backend module#

class fibomat.default_backends.bokeh_backend.StubRasterStyle(dimension: int)[source]#

Bases: RasterStyle

__init__(dimension: int)[source]#

property dimension: int#: Returns the required dimensionality a shape must have to apply this raster style Returns:

rasterize(dim_shape: DimShape, mill: Mill, out_length_unit: Unit, out_time_unit: Unit) → RasterizedPoints[source]#

Rasterize the given shape.

The number of repeats and dwell_time defined in the mill object must be applied! The points and dwell times in the returned RasterizedPoints object must be scaled according to out_length_unit and out_time_unit.

Args:: dim_shape (DimObjLike[Shape, LengthUnit]): shpae with length unit to be rasterized. mill (Mill): mill out_length_unit (LengthUnit): length unit of returned RasterizedPoints out_time_unit (TimeUnit): time unit of returned RasterizedPoints
Returns:: RasterizedPoints

clone() → RasterStyle#

Deep copy the raster style.

Returns:: RasterStyle

class fibomat.default_backends.bokeh_backend.BokehImage(file: str | Path | Image, image_pixel_scale: Quantity, center: DimVector | None = None)[source]#

Bases: DimShape

__init__(file: str | Path | Image, image_pixel_scale: Quantity, center: DimVector | None = None)[source]#

Args:

pivot (VectorLike, optional): if set, the Transformable.pivot is set to pivot. If not set,: Transformable.center is used as default.

description (str, optional): optional description

property shape#

property width#

property height#

property center#

center of the (geometric) object

Access:: get
Returns:: Any

property data#

property bounding_box: DimBoundingBox#

BoundingBox: bounding box of transformable

Access:: get

clone() → T#

Create a deepcopy of the object.

Returns:: Describable

property description: str | None#

Description str.

Access:: get
Returns:: Optional[str]

mirrored(mirror_plane: VectorT) → SelfT#

Return a mirrored object mirrored about mirror_plane.

Args:: mirror_plane (VectorLike): mirror plane to be used.
Returns:: TransformableBase

property pivot: VectorT#

Origin of the (geometric) object. If origin is set to None, Transformable.center will be returned.

Pivot must be set to a callable function without parameters.

transformable_obj = ...
transformable_obj.pivot = lambda: return Vector(1, 2)
print(transformable_obj.pivot)  # will print Vector(1, 2)

Access:: get/set
Returns:: Vector

rotated(theta: float, origin: VectorT | str | None = None) → SelfT#

Return a rotated copy around origin with angle theta in math. positive direction (counterclockwise).

Args:: theta (float): rotation angle in rad origin (Optional[Union[linalg.VectorLike, str]], optional):

origin of rotation. If not set, (0,0) is used as origin. If origin == ‘center’, the Transformable.center of the object will be used. The same applies for the case that origin == ‘origin’ with the Transformable.origin property. Default to None.
Returns:: TransformableBase

scaled(fac: float, origin: VectorT | str | None = None) → SelfT#

Return a scale object homogeneously about origin with factor s.

Args:: fac (float): rotation angle in rad origin (Optional[Union[linalg.VectorLike, str]], optional):

origin of rotation. If not set, (0,0) is used as origin. If origin == ‘center’, the Transformable.center of the object will be used. The same applies for the case that origin == ‘origin’ with the Transformable.origin property. Default to None.
Returns:: TransformableBase

transformed(transformations: _TransformationBuilder[VectorT]) → SelfT#

Return a transformed object. the transformation can be build by the following functions:

translate()
rotate()
scale()
mirror()

E.g.

transformable_obj.transform(translate([1, 2]) | rotate(np.pi/3) | mirror([3,4])

Args:: transformations (_TransformationBuilder): transformation
Returns:: TransformableBase

translated(trans_vec: VectorT) → SelfT#

Return a translated copy of the object by trans_vec.

Args:: trans_vec (VectorLike): translation vector
Returns:: TransformableBase

translated_to(pos: VectorT) → SelfT#

Return a translated copy of the object so that self.pivot == pos

Args:: pos: new position of object
Returns:: TransformableBase

property unit#

with_changed_description(new_descr: str) → T#

Clones the object and set the description to new_descr.

Args:: new_descr: new description
Returns:: Describable

class fibomat.default_backends.bokeh_backend.BokehBackendBase(**kwargs)[source]#

Bases: BackendBase

bokeh_image(ptn: Pattern[BokehImage])[source]#

__init__(**kwargs)#

Args:

**kwargs: optional parameters for the backend given by **kwargs in: fibomat.project.Project.export()

arc(ptn: Pattern[Arc]) → None#

Adds pattern with Arc as shape to the backend.

Args:: ptn (Pattern): pattern with Arc as shape
Returns:: None

arc_spline(ptn: Pattern[ArcSpline]) → None#

Adds pattern with ArcSpline as shape to the backend.

Args:: ptn (Pattern): pattern with ArcSpline as shape
Returns:: None

circle(ptn: Pattern[Circle]) → None#

Adds pattern with Ellipse as shape to the backend.

Args:: ptn (Pattern): pattern with Ellipse as shape
Returns:: None

ellipse(ptn: Pattern[Ellipse]) → None#

Adds pattern with Ellipse as shape to the backend.

Args:: ptn (Pattern): pattern with Ellipse as shape
Returns:: None

hollow_arc_spline(ptn: Pattern[HollowArcSpline]) → None#

Adds pattern with HollowArcSpline as shape to the backend.

Args:: ptn (Pattern): pattern with HollowArcSpline as shape
Returns:: None

property implemented_shape_methods: Dict[Shape, Callable]#: Dict[Shape, str]: implemented shape methods of backend

line(ptn: Pattern[Line]) → None#

Adds pattern with Line as shape to the backend.

Args:: ptn (Pattern): pattern with Line as shape
Returns:: None

parametric_curve(ptn: Pattern[ParametricCurve]) → None#

Adds pattern with Curve as shape to the backend.

Args:: ptn (Pattern): pattern with Curve as shape
Returns:: None

polygon(ptn: Pattern[Polygon]) → None#

Adds pattern with Ellipse as shape to the backend.

Args:: ptn (Pattern): pattern with Ellipse as shape
Returns:: None

polyline(ptn: Pattern[Polyline]) → None#

Adds pattern with Ellipse as shape to the backend.

Args:: ptn (Pattern): pattern with Ellipse as shape
Returns:: None

process_pattern(ptn: Pattern) → None#

Add a pattern to the backend. The appropriate method is determined by the pattern’s shape class automatically.

If pattern contains a Layout, the contained shapes will be extracted automatically.

Args:: ptn (Pattern): pattern to be added. on_unknown_shape:
Returns:: None

process_site(new_site: Site) → None#

Adds a fibomat.site.Site to the backend. Note, that this method processes all patterns contained in the site. Use the following example as reference, if a backend overwrites this method.

...
def process_site(self, site: Site):
    # ...
    # do the backend specific stuff here (e.g. initialize a new patterning site)

    # call base method to add all patterns automatically
    super().process_site(site)
...

Args:: new_site (Site): site to be added.
Returns:: None

process_unknown(ptn: Pattern) → None#

Process a shape, which do not have a registered shape handler. Raises an exception by default.

Args:: ptn (Pattern): pattern to be added.
Returns:: None

rasterized_pattern(ptn: Pattern[RasterizedPattern])#

Adds pattern with RasterizedPattern as shape to the backend.

Args:: ptn (Pattern): pattern with RasterizedPattern as shape
Returns:: None

rasterized_points(ptn: Pattern[RasterizedPoints])#

Adds pattern with RasterizedPoints as shape to the backend.

Args:: ptn (Pattern): pattern with RasterizedPoints as shape
Returns:: None

rect(ptn: Pattern[Rect]) → None#

Adds pattern with Rect as shape to the backend.

Args:: ptn (Pattern): pattern with Rect as shape
Returns:: None

save(filename: str | Path) → None#

Saves the exported project to file. Args:

filename (PathLike): filename

Returns:: None

property shape_methods: Dict[Shape, Callable]#: Dict[Shape, str]: all (abstract) shape methods

spot(ptn: Pattern[Spot]) → None#

Adds pattern with Spot as shape to the backend.

Args:: ptn (Pattern): pattern with Spot as shape
Returns:: None

class fibomat.default_backends.bokeh_backend.BokehBackend(*, unit: Unit | None = None, title: str | None = None, hide_sites: bool = False, rasterize_pitch: Quantity | None = None, fullscreen: bool = True, legend: bool = True, cycle_colors: bool = True, image_alpha: float = 0.75, plot_reduced_lattices: bool = False, only_sites: bool = False, **kwargs)[source]#

Bases: BokehBackendBase

The default backend for plotting projects, based on the bokeh library. All shapes defined in fibomat library are supported.

Note

Arc and Curve are rasterized during plotting due to lack of supported of the HoverTool for this shapes in the bokeh library. The pitch can be defined via the rasterize_pitch parameter.

name = 'bokeh'#

__init__(*, unit: Unit | None = None, title: str | None = None, hide_sites: bool = False, rasterize_pitch: Quantity | None = None, fullscreen: bool = True, legend: bool = True, cycle_colors: bool = True, image_alpha: float = 0.75, plot_reduced_lattices: bool = False, only_sites: bool = False, **kwargs)[source]#

Args:: unit (units.UnitType, optional): used unit for plotting, default to units.U_(‘µm’) title (str, optional): title of plot, default to ‘’ hide_sites (bool, optional): if true, sides’ outlines are not shown, default to false rasterize_pitch (units.QuantityType. optional): curve_tools.rasterize pitch for shapes.Arc, … and shapes.Curve, default to units.Q_(‘0.01 µm’) fullscreen (bool, optional): if true, plot will be take the whole page, default to True cycle_colors (bool): if True, different sites get different colors. image_alpha (float): alpha value (transparency) of images, default to 0.75

process_site(site: Site)[source]#

Adds a fibomat.site.Site to the backend. Note, that this method processes all patterns contained in the site. Use the following example as reference, if a backend overwrites this method.

...
def process_site(self, site: Site):
    # ...
    # do the backend specific stuff here (e.g. initialize a new patterning site)

    # call base method to add all patterns automatically
    super().process_site(site)
...

Args:: new_site (Site): site to be added.
Returns:: None

process_pattern(ptn: Pattern) → None[source]#

Add a pattern to the backend. The appropriate method is determined by the pattern’s shape class automatically.

If pattern contains a Layout, the contained shapes will be extracted automatically.

Args:: ptn (Pattern): pattern to be added. on_unknown_shape:
Returns:: None

process_unknown(ptn: Pattern) → None[source]#

Process a shape, which do not have a registered shape handler. Raises an exception by default.

Args:: ptn (Pattern): pattern to be added.
Returns:: None

plot()[source]#

show()[source]#

save(filename: str | Path, use_cdn: bool = False)[source]#

Saves the exported project to file. Args:

filename (PathLike): filename

Returns:: None

spot(ptn: Pattern[Spot]) → None[source]#

Adds pattern with Spot as shape to the backend.

Args:: ptn (Pattern): pattern with Spot as shape
Returns:: None

line(ptn: Pattern[Line]) → None[source]#

Adds pattern with Line as shape to the backend.

Args:: ptn (Pattern): pattern with Line as shape
Returns:: None

polyline(ptn: Pattern[Polyline]) → None[source]#

Adds pattern with Ellipse as shape to the backend.

Args:: ptn (Pattern): pattern with Ellipse as shape
Returns:: None

arc(ptn: Pattern[Arc]) → None[source]#

Adds pattern with Arc as shape to the backend.

Args:: ptn (Pattern): pattern with Arc as shape
Returns:: None

arc_spline(ptn: Pattern[ArcSpline]) → None[source]#

Adds pattern with ArcSpline as shape to the backend.

Args:: ptn (Pattern): pattern with ArcSpline as shape
Returns:: None

polygon(ptn: Pattern[Polygon]) → None[source]#

Adds pattern with Ellipse as shape to the backend.

Args:: ptn (Pattern): pattern with Ellipse as shape
Returns:: None

rect(ptn: Pattern[Rect]) → None[source]#

Adds pattern with Rect as shape to the backend.

Args:: ptn (Pattern): pattern with Rect as shape
Returns:: None

ellipse(ptn: Pattern[Ellipse]) → None[source]#

Adds pattern with Ellipse as shape to the backend.

Args:: ptn (Pattern): pattern with Ellipse as shape
Returns:: None

circle(ptn: Pattern[Circle]) → None[source]#

Adds pattern with Ellipse as shape to the backend.

Args:: ptn (Pattern): pattern with Ellipse as shape
Returns:: None

property implemented_shape_methods: Dict[Shape, Callable]#: Dict[Shape, str]: implemented shape methods of backend

parametric_curve(ptn: Pattern[ParametricCurve]) → None#

Adds pattern with Curve as shape to the backend.

Args:: ptn (Pattern): pattern with Curve as shape
Returns:: None

rasterized_pattern(ptn: Pattern[RasterizedPattern])#

Adds pattern with RasterizedPattern as shape to the backend.

Args:: ptn (Pattern): pattern with RasterizedPattern as shape
Returns:: None

property shape_methods: Dict[Shape, Callable]#: Dict[Shape, str]: all (abstract) shape methods

rasterized_points(ptn: Pattern[RasterizedPoints])[source]#

Adds pattern with RasterizedPoints as shape to the backend.

Args:: ptn (Pattern): pattern with RasterizedPoints as shape
Returns:: None

hollow_arc_spline(ptn: Pattern[HollowArcSpline]) → None[source]#

Adds pattern with HollowArcSpline as shape to the backend.

Args:: ptn (Pattern): pattern with HollowArcSpline as shape
Returns:: None

bokeh_image(ptn: Pattern[BokehImage])[source]#