PCB

Dataclasses describing the contents of .kicad_pcb files.

class edea.kicad.pcb.__init__.General(thickness: float = 0, legacy_teardrops: bool | None = None)

Bases: KicadPcbExpr

General board config.

Param:: legacy_teardrops: Whether to use legacy teardrops or not.
Parameters:: thickness – The overall board thickness.

Note

The legacy_teardrops was added in 20240108 (KiCad 8).

thickness: float = 0

legacy_teardrops: bool | None = None

kicad_expr_tag_name: ClassVar[Literal['general']] = 'general'

class edea.kicad.pcb.__init__.StackupLayerThickness(value: float, locked: bool = False)

Bases: KicadPcbExpr

A layer thickness within a stackup in KiCad PCB expressions.

Parameters:

value – The thickness value of the layer.
locked – Whether the layer thickness is locked or not.

Variables:

kicad_expr_tag_name – The KiCad expression tag name for this element (“thickness”).

value: float

locked: bool = False

kicad_expr_tag_name: ClassVar[Literal['thickness']] = 'thickness'

class edea.kicad.pcb.__init__.StackupLayer(name: str, type: str, color: str | None = None, thickness: StackupLayerThickness | None = None, material: str | None = None, epsilon_r: float | None = None, loss_tangent: float | None = None, addsublayer: bool = False)

Bases: KicadPcbExpr

A layer within a stackup in KiCad PCB expressions.

KiCad layer

Parameters:

name – The name of the layer.
type – The type of the layer.
color – The layer color.
thickness – The thickness of the layer.
material – The material of the layer.
epsilon_r – The dielectric constant of the layer material.
loss_tangent – The loss tangent of the layer material.
addsublayer – Whether the layer is an additional sublayer or not.

Variables:

kicad_expr_tag_name – The KiCad expression tag name for this element (“layer”).

Note

The type field is an arbitrary string, not a CanonicalLayer.

Note

The addsublayer field was added in 20240108 (KiCad 8).

name: str

type: str

color: str | None = None

thickness: StackupLayerThickness | None = None

material: str | None = None

epsilon_r: float | None = None

loss_tangent: float | None = None

addsublayer: bool = False

kicad_expr_tag_name: ClassVar[Literal['layer']] = 'layer'

class edea.kicad.pcb.__init__.Stackup(layers: list[~edea.kicad.pcb.__init__.StackupLayer] = <factory>, copper_finish: str | None = None, dielectric_constraints: bool = False, edge_connector: ~typing.Literal['yes', 'bevelled', None] = None, castellated_pads: bool = False, edge_plating: bool = False)

Bases: KicadPcbExpr

A PCB stackup in KiCad PCB expressions.

KiCad stackup

Parameters:

layers – The individual layers in the stackup.
copper_finish – The copper finish type for the PCB (e.g., ENIG, OSP).
dielectric_constraints – Whether dielectric constraints are applied during design rule check (DRC) or not.
edge_connector – The type of edge connector for the PCB.
castellated_pads – Whether castellated pads are used on the PCB or not.
edge_plating – Whether edge plating is applied to the PCB or not.

Note

The castellated_pads became optional in 20240108 (KiCad 8).

layers: list[StackupLayer]

copper_finish: str | None = None

dielectric_constraints: bool = False

edge_connector: Literal['yes', 'bevelled', None] = None

castellated_pads: bool = False

edge_plating: bool = False

kicad_expr_tag_name: ClassVar[Literal['stackup']] = 'stackup'

class edea.kicad.pcb.__init__.PlotOutputFormat(value, names=<not given>, *values, module=None, qualname=None, type=None, start=1, boundary=None)

Bases: StrEnum

Defines the possible output formats for PCB plots generated in KiCad.

GERBER = '0': Industry-standard format for PCB manufacturing.

POSTSCRIPT = '1': Page description language for printing or generating vector graphics.

SVG = '2': Scalable Vector Graphics format for web or vector editing.

DXF = '3': Drawing Exchange Format for interoperability with CAD software.

HPGL = '4': Hewlett-Packard Graphics Language for plotter output.

PDF = '5': Portable Document Format for universal document sharing.

class edea.kicad.pcb.__init__.PlotSettings(layerselection: str = '0x00010fc_ffffffff', plot_on_all_layers_selection: str = '0x0000000_00000000', disableapertmacros: bool = False, usegerberextensions: bool = False, usegerberattributes: bool = True, usegerberadvancedattributes: bool = True, creategerberjobfile: bool = True, gerberprecision: int | None = None, dashed_line_dash_ratio: float | None = None, dashed_line_gap_ratio: float | None = None, svgprecision: int = 4, excludeedgelayer: bool = False, pdf_front_fp_property_popups: bool | None = None, pdf_back_fp_property_popups: bool | None = None, plotfptext: bool | None = None, plotframeref: bool = False, viasonmask: bool = False, mode: Literal[1, 2] = 1, useauxorigin: bool = False, hpglpennumber: int = 1, hpglpenspeed: int = 20, hpglpendiameter: float = 15.0, dxfpolygonmode: bool = True, dxfimperialunits: bool = True, dxfusepcbnewfont: bool = True, psnegative: bool = False, psa4output: bool = False, plotreference: bool = True, plotvalue: bool = True, plotinvisibletext: bool = False, sketchpadsonfab: bool = False, subtractmaskfromsilk: bool = False, outputformat: PlotOutputFormat = '0', mirror: bool = False, drillshape: int = 0, scaleselection: int = 0, outputdirectory: str = '')

Bases: KicadPcbExpr

The settings used for generating PCB plots (fabrication outputs) in KiCad.

Parameters:

layerselection – A string representing the bitmask for selecting layers to be plotted.
plot_on_all_layers_selection – A string representing another layer selection bitmask.
disableapertmacros – Whether to disable aperture macros during plotting or not.
usegerberextensions – Whether to use Gerber extensions for advanced features or not.
usegerberattributes – Whether to use Gerber attributes for enhanced data embedding or not.
usegerberadvancedattributes – Whether to use advanced Gerber attributes or not.
creategerberjobfile – Whether to create a Gerber job file or not.
gerberprecision – The precision (number of decimal places) used for Gerber data.
dashed_line_dash_ratio – The dash-to-gap ratio for dashed lines.
dashed_line_gap_ratio – The gap-to-dash ratio for dashed lines.
svgprecision – The precision (number of decimal places) used for SVG output.
excludeedgelayer – Whether to exclude the edge layer from plotting.
pdf_front_fp_property_popups – Whether to include front footprints in PDF property popups.
pdf_back_fp_property_popups – Whether to include back footprints in PDF property popups.
plotfptext – Whether to plot footprint text or not.
plotframeref – Whether to plot frame references.
viasonmask – Whether to plot vias on the mask layer.
mode – The plot mode (1 or 2, interpretation depends on context).
useauxorigin – Whether to use the auxiliary origin for plotting or not.
hpglpennumber – The pen number used for HPGL plots.
hpglpenspeed – The pen speed used for HPGL plots.
hpglpendiameter – The pen diameter used for HPGL plots.
dxfpolygonmode – Whether to use polygon mode for DXF output or not.
dxfimperialunits – Whether to use imperial units for DXF output or not.
dxfusepcbnewfont – Whether to use the KiCad PCB font for DXF output or not.
psnegative – Whether to generate negative output for PostScript plots or not.
psa4output – Whether to generate PS4 output for PostScript plots or not.
plotreference – Whether to plot references (designators) or not.
plotvalue – Whether to plot values (component values) or not.
plotinvisibletext – Whether to plot invisible text or not.
sketchpadsonfab – Whether to include the sketch pad on fabrication output or not.
subtractmaskfromsilk – Whether to subtract the mask from the silkscreen during plotting or not.
outputformat – The desired output format for the plot files.
mirror – Whether to mirror the output or not.
drillshape – The drill shape for drill plots.
scaleselection – The scale selection for plots.
outputdirectory – The output directory for the generated plot files.

Variables:

kicad_expr_tag_name – The KiCad expression tag name for this element (“pcbplotparams”).

Warning

The dashed_line_dash_ratio, dashed_line_gap_ratio, and psa4output are undocumented in the KiCad file format documentation.

Note

The pdf_front_fp_property_popups, pdf_back_fp_property_popups, and plotfptext were added in 20240108 (KiCad 8).

layerselection: str = '0x00010fc_ffffffff'

plot_on_all_layers_selection: str = '0x0000000_00000000'

disableapertmacros: bool = False

usegerberextensions: bool = False

usegerberattributes: bool = True

usegerberadvancedattributes: bool = True

creategerberjobfile: bool = True

gerberprecision: int | None = None

dashed_line_dash_ratio: float | None = None

dashed_line_gap_ratio: float | None = None

svgprecision: int = 4

excludeedgelayer: bool = False

pdf_front_fp_property_popups: bool | None = None

pdf_back_fp_property_popups: bool | None = None

plotfptext: bool | None = None

plotframeref: bool = False

viasonmask: bool = False

mode: Literal[1, 2] = 1

useauxorigin: bool = False

hpglpennumber: int = 1

hpglpenspeed: int = 20

hpglpendiameter: float = 15.0

dxfpolygonmode: bool = True

dxfimperialunits: bool = True

dxfusepcbnewfont: bool = True

psnegative: bool = False

psa4output: bool = False

plotreference: bool = True

plotvalue: bool = True

plotinvisibletext: bool = False

sketchpadsonfab: bool = False

subtractmaskfromsilk: bool = False

outputformat: PlotOutputFormat = '0'

mirror: bool = False

drillshape: int = 0

scaleselection: int = 0

outputdirectory: str = ''

kicad_expr_tag_name: ClassVar[Literal['pcbplotparams']] = 'pcbplotparams'

class edea.kicad.pcb.__init__.Setup(stackup: ~edea.kicad.pcb.__init__.Stackup | None = None, pad_to_mask_clearance: float = 0.0, solder_mask_min_width: float = 0.0, pad_to_paste_clearance: float = 0.0, pad_to_paste_clearance_ratio: float = 100.0, allow_soldermask_bridges_in_footprints: bool = False, aux_axis_origin: tuple[float, float] = (0.0, 0.0), grid_origin: tuple[float, float] = (0.0, 0.0), pcbplotparams: ~edea.kicad.pcb.__init__.PlotSettings = <factory>)

Bases: KicadPcbExpr

The various settings and properties that govern the overall PCB design

Parameters:

stackup – A Stackup instance defining the layer stackup for the PCB.
pad_to_mask_clearance – The clearance between pads and the solder mask (in mm).
solder_mask_min_width – The minimum width of the solder mask (in mm).
pad_to_paste_clearance – The clearance between pads and the solder paste (in mm).
pad_to_paste_clearance_ratio – The ratio used to calculate solder paste clearance from pad size.
allow_soldermask_bridges_in_footprints – Whether to allow soldermask bridges within footprints or not.
aux_axis_origin – The coordinates of the auxiliary axis origin (in mm).
grid_origin – The coordinates of the grid origin (in mm).
pcbplotparams – A PlotSettings instance defining the PCB plot parameters for generating fabrication outputs.

stackup: Stackup | None = None

pad_to_mask_clearance: float = 0.0

solder_mask_min_width: float = 0.0

pad_to_paste_clearance: float = 0.0

pad_to_paste_clearance_ratio: float = 100.0

allow_soldermask_bridges_in_footprints: bool = False

aux_axis_origin: tuple[float, float] = (0.0, 0.0)

grid_origin: tuple[float, float] = (0.0, 0.0)

pcbplotparams: PlotSettings

kicad_expr_tag_name: ClassVar[Literal['setup']] = 'setup'

class edea.kicad.pcb.__init__.Segment(locked: bool = False, start: tuple[float, float] = (0, 0), end: tuple[float, float] = (0, 0), width: float = 0.0, layer: Literal['F.Cu', 'In1.Cu', 'In2.Cu', 'In3.Cu', 'In4.Cu', 'In5.Cu', 'In6.Cu', 'In7.Cu', 'In8.Cu', 'In9.Cu', 'In10.Cu', 'In11.Cu', 'In12.Cu', 'In13.Cu', 'In14.Cu', 'In15.Cu', 'In16.Cu', 'In17.Cu', 'In18.Cu', 'In19.Cu', 'In20.Cu', 'In21.Cu', 'In22.Cu', 'In23.Cu', 'In24.Cu', 'In25.Cu', 'In26.Cu', 'In27.Cu', 'In28.Cu', 'In29.Cu', 'In30.Cu', 'B.Cu', 'B.Adhes', 'F.Adhes', 'B.Paste', 'F.Paste', 'B.SilkS', 'F.SilkS', 'B.Mask', 'F.Mask', 'Dwgs.User', 'Cmts.User', 'Eco1.User', 'Eco2.User', 'Edge.Cuts', 'F.CrtYd', 'B.CrtYd', 'F.Fab', 'B.Fab', 'User.1', 'User.2', 'User.3', 'User.4', 'User.5', 'User.6', 'User.7', 'User.8', 'User.9', 'Margin', 'Rescue'] = 'F.Cu', net: int = 0, tstamp: UUID | None = None, uuid: UUID | None = None)

Bases: KicadPcbExpr

A PCB trace segment (connection) in KiCad PCB expressions.

Parameters:

locked – Whether the line is locked, cannot be edited.
start – The starting x-Y coordinates the line (in mm).
end – The ending x-Y coordinates of the line (in mm).
width – the width of the trace line (in mm).
layer – The canonical layer the track segment resides on.
net – The net ordinal number which net in the net section that the segment is part of.
tstamp – The unique identifier (UUID) for the line object.
uuid – The unique identifier (UUID) for the line object.

Note

The tstamp field got renamed to uuid in 20240108 (KiCad 8).

locked: bool = False

start: tuple[float, float] = (0, 0)

end: tuple[float, float] = (0, 0)

width: float = 0.0

layer: Literal['F.Cu', 'In1.Cu', 'In2.Cu', 'In3.Cu', 'In4.Cu', 'In5.Cu', 'In6.Cu', 'In7.Cu', 'In8.Cu', 'In9.Cu', 'In10.Cu', 'In11.Cu', 'In12.Cu', 'In13.Cu', 'In14.Cu', 'In15.Cu', 'In16.Cu', 'In17.Cu', 'In18.Cu', 'In19.Cu', 'In20.Cu', 'In21.Cu', 'In22.Cu', 'In23.Cu', 'In24.Cu', 'In25.Cu', 'In26.Cu', 'In27.Cu', 'In28.Cu', 'In29.Cu', 'In30.Cu', 'B.Cu', 'B.Adhes', 'F.Adhes', 'B.Paste', 'F.Paste', 'B.SilkS', 'F.SilkS', 'B.Mask', 'F.Mask', 'Dwgs.User', 'Cmts.User', 'Eco1.User', 'Eco2.User', 'Edge.Cuts', 'F.CrtYd', 'B.CrtYd', 'F.Fab', 'B.Fab', 'User.1', 'User.2', 'User.3', 'User.4', 'User.5', 'User.6', 'User.7', 'User.8', 'User.9', 'Margin', 'Rescue'] = 'F.Cu'

net: int = 0

tstamp: UUID | None = None

uuid: UUID | None = None

kicad_expr_tag_name: ClassVar[Literal['segment']] = 'segment'

class edea.kicad.pcb.__init__.Via(type: ~typing.Literal['blind', 'micro', 'through'] = 'through', locked: bool = False, at: tuple[float, float] = (0, 0), size: float = 0, drill: float = 0, layers: list[str] = <factory>, remove_unused_layers: bool = False, keep_end_layers: bool = False, free: bool = False, zone_layer_connections: list[~typing.Literal['F.Cu', 'In1.Cu', 'In2.Cu', 'In3.Cu', 'In4.Cu', 'In5.Cu', 'In6.Cu', 'In7.Cu', 'In8.Cu', 'In9.Cu', 'In10.Cu', 'In11.Cu', 'In12.Cu', 'In13.Cu', 'In14.Cu', 'In15.Cu', 'In16.Cu', 'In17.Cu', 'In18.Cu', 'In19.Cu', 'In20.Cu', 'In21.Cu', 'In22.Cu', 'In23.Cu', 'In24.Cu', 'In25.Cu', 'In26.Cu', 'In27.Cu', 'In28.Cu', 'In29.Cu', 'In30.Cu', 'B.Cu', 'B.Adhes', 'F.Adhes', 'B.Paste', 'F.Paste', 'B.SilkS', 'F.SilkS', 'B.Mask', 'F.Mask', 'Dwgs.User', 'Cmts.User', 'Eco1.User', 'Eco2.User', 'Edge.Cuts', 'F.CrtYd', 'B.CrtYd', 'F.Fab', 'B.Fab', 'User.1', 'User.2', 'User.3', 'User.4', 'User.5', 'User.6', 'User.7', 'User.8', 'User.9', 'Margin', 'Rescue']] = <factory>, net: int = 0, teardrops: ~edea.kicad.pcb.common.TearDrops | None = None, tstamp: ~uuid.UUID | None = None, uuid: ~uuid.UUID | None = None)

Bases: KicadPcbExpr

A via (plated hole) in KiCad PCB expressions.

Parameters:

type – The type of via (through-hole, blind, or microvia).
locked – Whether the via is locked, cannot be edited.
at – The coordinates of the center of the via (in mm).
size – The diameter of the via annular ring (in mm).
drill – The drill diameter of the via (in mm).
layers – The canonical layer set the via connects.
remove_unused_layers – Whether to remove unused layers from the via or not.
keep_end_layers – Whether to keep only the end layers connected to the via or not
free – Whether the via is free to be moved outside it’s assigned net.
zone_layer_connections – A list of zone layers the via connects to.
net – The net ordinal number which net in the net section that the segment is part of.
teardrops – The teardrops settings for the via.
tstamp – The unique identifier (UUID) for the line object.
uuid – The unique identifier (UUID) for the line object.

Note

The teardrops field was added in 20240108 (KiCad 8).

Note

The tstamp field got renamed to uuid in 20240108 (KiCad 8).

type: Literal['blind', 'micro', 'through'] = 'through'

locked: bool = False

at: tuple[float, float] = (0, 0)

size: float = 0

drill: float = 0

layers: list[str]

remove_unused_layers: bool = False

keep_end_layers: bool = False

free: bool = False

zone_layer_connections: list[Literal['F.Cu', 'In1.Cu', 'In2.Cu', 'In3.Cu', 'In4.Cu', 'In5.Cu', 'In6.Cu', 'In7.Cu', 'In8.Cu', 'In9.Cu', 'In10.Cu', 'In11.Cu', 'In12.Cu', 'In13.Cu', 'In14.Cu', 'In15.Cu', 'In16.Cu', 'In17.Cu', 'In18.Cu', 'In19.Cu', 'In20.Cu', 'In21.Cu', 'In22.Cu', 'In23.Cu', 'In24.Cu', 'In25.Cu', 'In26.Cu', 'In27.Cu', 'In28.Cu', 'In29.Cu', 'In30.Cu', 'B.Cu', 'B.Adhes', 'F.Adhes', 'B.Paste', 'F.Paste', 'B.SilkS', 'F.SilkS', 'B.Mask', 'F.Mask', 'Dwgs.User', 'Cmts.User', 'Eco1.User', 'Eco2.User', 'Edge.Cuts', 'F.CrtYd', 'B.CrtYd', 'F.Fab', 'B.Fab', 'User.1', 'User.2', 'User.3', 'User.4', 'User.5', 'User.6', 'User.7', 'User.8', 'User.9', 'Margin', 'Rescue']]

net: int = 0

teardrops: TearDrops | None = None

tstamp: UUID | None = None

uuid: UUID | None = None

kicad_expr_tag_name: ClassVar[Literal['via']] = 'via'

class edea.kicad.pcb.__init__.Arc(locked: bool = False, start: tuple[float, float] = (0, 0), mid: tuple[float, float] = (0, 0), end: tuple[float, float] = (0, 0), width: float = 0.0, layer: Literal['F.Cu', 'In1.Cu', 'In2.Cu', 'In3.Cu', 'In4.Cu', 'In5.Cu', 'In6.Cu', 'In7.Cu', 'In8.Cu', 'In9.Cu', 'In10.Cu', 'In11.Cu', 'In12.Cu', 'In13.Cu', 'In14.Cu', 'In15.Cu', 'In16.Cu', 'In17.Cu', 'In18.Cu', 'In19.Cu', 'In20.Cu', 'In21.Cu', 'In22.Cu', 'In23.Cu', 'In24.Cu', 'In25.Cu', 'In26.Cu', 'In27.Cu', 'In28.Cu', 'In29.Cu', 'In30.Cu', 'B.Cu', 'B.Adhes', 'F.Adhes', 'B.Paste', 'F.Paste', 'B.SilkS', 'F.SilkS', 'B.Mask', 'F.Mask', 'Dwgs.User', 'Cmts.User', 'Eco1.User', 'Eco2.User', 'Edge.Cuts', 'F.CrtYd', 'B.CrtYd', 'F.Fab', 'B.Fab', 'User.1', 'User.2', 'User.3', 'User.4', 'User.5', 'User.6', 'User.7', 'User.8', 'User.9', 'Margin', 'Rescue'] = 'F.Cu', net: int = 0, tstamp: UUID | None = None, uuid: UUID | None = None)

Bases: KicadPcbExpr

An arc (curved trace segment) in KiCad PCB expressions.

Parameters:

locked – Whether the line is locked, cannot be edited.
start – The starting X-Y coordinates of the arc (in mm).
mid – The midpoint X-Y coordinates of the radius of the arc (in mm).
end – The ending X-Y coordinates of the arc (in mm).
width – The line width (in mm).
layer – The canonical layer the track arc resides on.
net – The net ordinal number which net in the net section that the segment is part of.
tstamp – The unique identifier (UUID) of the line object.
uuid – The unique identifier (UUID) of the line object.

Note

The tstamp field got renamed to uuid in 20240108 (KiCad 8).

locked: bool = False

start: tuple[float, float] = (0, 0)

mid: tuple[float, float] = (0, 0)

end: tuple[float, float] = (0, 0)

width: float = 0.0

layer: Literal['F.Cu', 'In1.Cu', 'In2.Cu', 'In3.Cu', 'In4.Cu', 'In5.Cu', 'In6.Cu', 'In7.Cu', 'In8.Cu', 'In9.Cu', 'In10.Cu', 'In11.Cu', 'In12.Cu', 'In13.Cu', 'In14.Cu', 'In15.Cu', 'In16.Cu', 'In17.Cu', 'In18.Cu', 'In19.Cu', 'In20.Cu', 'In21.Cu', 'In22.Cu', 'In23.Cu', 'In24.Cu', 'In25.Cu', 'In26.Cu', 'In27.Cu', 'In28.Cu', 'In29.Cu', 'In30.Cu', 'B.Cu', 'B.Adhes', 'F.Adhes', 'B.Paste', 'F.Paste', 'B.SilkS', 'F.SilkS', 'B.Mask', 'F.Mask', 'Dwgs.User', 'Cmts.User', 'Eco1.User', 'Eco2.User', 'Edge.Cuts', 'F.CrtYd', 'B.CrtYd', 'F.Fab', 'B.Fab', 'User.1', 'User.2', 'User.3', 'User.4', 'User.5', 'User.6', 'User.7', 'User.8', 'User.9', 'Margin', 'Rescue'] = 'F.Cu'

net: int = 0

tstamp: UUID | None = None

uuid: UUID | None = None

kicad_expr_tag_name: ClassVar[Literal['arc']] = 'arc'

class edea.kicad.pcb.__init__.Target(type: str, at: Position, size: float, width: float, layer: Literal['F.Cu', 'In1.Cu', 'In2.Cu', 'In3.Cu', 'In4.Cu', 'In5.Cu', 'In6.Cu', 'In7.Cu', 'In8.Cu', 'In9.Cu', 'In10.Cu', 'In11.Cu', 'In12.Cu', 'In13.Cu', 'In14.Cu', 'In15.Cu', 'In16.Cu', 'In17.Cu', 'In18.Cu', 'In19.Cu', 'In20.Cu', 'In21.Cu', 'In22.Cu', 'In23.Cu', 'In24.Cu', 'In25.Cu', 'In26.Cu', 'In27.Cu', 'In28.Cu', 'In29.Cu', 'In30.Cu', 'B.Cu', 'B.Adhes', 'F.Adhes', 'B.Paste', 'F.Paste', 'B.SilkS', 'F.SilkS', 'B.Mask', 'F.Mask', 'Dwgs.User', 'Cmts.User', 'Eco1.User', 'Eco2.User', 'Edge.Cuts', 'F.CrtYd', 'B.CrtYd', 'F.Fab', 'B.Fab', 'User.1', 'User.2', 'User.3', 'User.4', 'User.5', 'User.6', 'User.7', 'User.8', 'User.9', 'Margin', 'Rescue'], tstamp: UUID | None = None, uuid: UUID | None = None)

Bases: KicadPcbExpr

A target (component placement reference) in KiCad PCB expressions.

Parameters:

type – The type of target.
at – The X-Y coordinates of the target placement (in mm).
size – The size of the target (in mm).
width – The width of the target.
layer – The layer on which the target is placed.
tstamp – A unique identifier (UUID) for the target.
uuid – A unique identifier (UUID) for the target.

Note

The tstamp field got renamed to uuid in 20240108 (KiCad 8).

type: str

at: Position

size: float

width: float

layer: Literal['F.Cu', 'In1.Cu', 'In2.Cu', 'In3.Cu', 'In4.Cu', 'In5.Cu', 'In6.Cu', 'In7.Cu', 'In8.Cu', 'In9.Cu', 'In10.Cu', 'In11.Cu', 'In12.Cu', 'In13.Cu', 'In14.Cu', 'In15.Cu', 'In16.Cu', 'In17.Cu', 'In18.Cu', 'In19.Cu', 'In20.Cu', 'In21.Cu', 'In22.Cu', 'In23.Cu', 'In24.Cu', 'In25.Cu', 'In26.Cu', 'In27.Cu', 'In28.Cu', 'In29.Cu', 'In30.Cu', 'B.Cu', 'B.Adhes', 'F.Adhes', 'B.Paste', 'F.Paste', 'B.SilkS', 'F.SilkS', 'B.Mask', 'F.Mask', 'Dwgs.User', 'Cmts.User', 'Eco1.User', 'Eco2.User', 'Edge.Cuts', 'F.CrtYd', 'B.CrtYd', 'F.Fab', 'B.Fab', 'User.1', 'User.2', 'User.3', 'User.4', 'User.5', 'User.6', 'User.7', 'User.8', 'User.9', 'Margin', 'Rescue']

tstamp: UUID | None = None

uuid: UUID | None = None

kicad_expr_tag_name: ClassVar[Literal['target']] = 'target'

class edea.kicad.pcb.__init__.BoardSize(width_mm: float, height_mm: float)

Bases: object

The overall PCB size in KiCad PCB expressions.

Parameters:

width_mm – The width of the PCB board (in mm).
height_mm – The height of the PCB board (in mm).

width_mm: float

height_mm: float

class edea.kicad.pcb.__init__.GeneratedBaseLine(pts: list[~edea.kicad.common.Pts] = <factory>)

Bases: KicadPcbExpr

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