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' " S S\\ 5 r " S S\5 r " S S\5 r " S S\5 r " S S\5 r g)z3Objects related to construction of freeform shapes. ) annotations)
TYPE_CHECKINGIterableIteratorSequence)Emu lazyproperty) TypeAlias) CT_Path2DCT_Path2DCloseCT_Path2DLineToCT_Path2DMoveToCT_Shape)_BaseGroupShapes)Lengthz2CT_Path2DClose | CT_Path2DLineTo | CT_Path2DMoveTor
CT_DrawingOperationz _LineSegment | _MoveTo | _CloseDrawingOperationc ^ \ rS rSrSr SU 4S jjr S S jrS S jrS r\ S S j5 r
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j5 rS rS!S jrS$S jr\S%S j5 r\S#S j5 r\S#S j5 r\S 5 r\S 5 rS&S jrS'S jr \S 5 r \S 5 r Sr U =r $ )(FreeformBuilder a0 Allows a freeform shape to be specified and created.
The initial pen position is provided on construction. From there, drawing proceeds using
successive calls to draw line segments. The freeform shape may be closed by calling the
:meth:`close` method.
A shape may have more than one contour, in which case overlapping areas are "subtracted". A
contour is a sequence of line segments beginning with a "move-to" operation. A move-to
operation is automatically inserted in each new freeform; additional move-to ops can be
inserted with the `.move_to()` method.
c f > [ [ U ] 5 Xl X l X0l X@l XPl g N)superr __init___shapes_start_x_start_y_x_scale_y_scale)selfshapesstart_xstart_yx_scaley_scale __class__s Q/home/mande/repo/quber/.venv/lib/python3.13/site-packages/pptx/shapes/freeform.pyr FreeformBuilder.__init__' s+ ot-/
c 8 U R R U5 $ r )_drawing_operations __getitem__)r idxs r' r, FreeformBuilder.__getitem__6 s ''33C88r) c 6 U R R 5 $ r )r+ __iter__r s r' r0 FreeformBuilder.__iter__; s ''0022r) c 6 U R R 5 $ r )r+ __len__r1 s r' r4 FreeformBuilder.__len__> s ''//11r) c U " U[ [ [ U5 5 5 [ [ [ U5 5 5 XE5 $ )zReturn a new |FreeformBuilder| object.
The initial pen location is specified (in local coordinates) by
(`start_x`, `start_y`).
r intround)clsr! r" r# r$ r% s r' newFreeformBuilder.newA s1 63s5> 23SU7^9L5Mw``r) c l U H u p4U R X45 M U( a U R 5 U $ )ae Add a straight line segment to each point in `vertices`.
`vertices` must be an iterable of (x, y) pairs (2-tuples). Each x and y value is rounded
to the nearest integer before use. The optional `close` parameter determines whether the
resulting contour is `closed` or left `open`.
Returns this |FreeformBuilder| object so it can be used in chained calls.
)_add_line_segment
_add_close)r verticesclosexys r' add_line_segments!FreeformBuilder.add_line_segmentsQ s0 DA " "1 ( OO r) r c U R X5 nU R U5 nU H nUR U5 M U R R U5 $ )ag Return new freeform shape positioned relative to specified offset.
`origin_x` and `origin_y` locate the origin of the local coordinate system in slide
coordinates (EMU), perhaps most conveniently by use of a |Length| object.
Note that this method may be called more than once to add multiple shapes of the same
geometry in different locations on the slide.
)_add_freeform_sp _start_pathapply_operation_tor _shape_factory)r origin_xorigin_ysppathdrawing_operations r' convert_to_shape FreeformBuilder.convert_to_shape` sR
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6 #!% 0 0 6 "&||**2..r) c d U R R [ R XU5 5 U $ )zMove pen to (x, y) (local coordinates) without drawing line.
Returns this |FreeformBuilder| object so it can be used in chained calls.
)r+ append_MoveTor; r rB rC s r' move_toFreeformBuilder.move_too s(
'' DQ(?@ r) c U R nU H/ n[ U[ 5 ( a M [ XR 5 nM1 [ U5 $ )zReturn x distance of shape origin from local coordinate origin.
The returned integer represents the leftmost extent of the freeform shape, in local
coordinates. Note that the bounding box of the shape need not start at the local origin.
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isinstance_CloseminrB r )r min_xrO s r' shape_offset_x FreeformBuilder.shape_offset_xw E
!% +V44 2 23E "& 5zr) c U R nU H/ n[ U[ 5 ( a M [ XR 5 nM1 [ U5 $ )zReturn y distance of shape origin from local coordinate origin.
The returned integer represents the topmost extent of the freeform shape, in local
coordinates. Note that the bounding box of the shape need not start at the local origin.
)r rY rZ r[ rC r )r min_yrO s r' shape_offset_y FreeformBuilder.shape_offset_y r_ r) c ^ U R R [ R 5 5 g)z7Add a close |_Close| operation to the drawing sequence.N)r+ rS rZ r; r1 s r' r? FreeformBuilder._add_close s ''
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U R 5 $ )zAdd a freeform `p:sp` element having no drawing elements.
`origin_x` and `origin_y` are specified in slide coordinates, and represent the location
of the local coordinates origin on the slide.
)r _spTreeadd_freeform_sp_left_top_width_height)r rK rL spTrees r' rG FreeformBuilder._add_freeform_sp sE %%%% zz !8ii#7dll
r) c b U R R [ R XU5 5 g)z7Add a |_LineSegment| operation to the drawing sequence.N)r+ rS _LineSegmentr; rU s r' r> !FreeformBuilder._add_line_segment s# '' (8(8!(DEr) c / $ )z>Return the sequence of drawing operation objects for freeform. r1 s r' r+ #FreeformBuilder._drawing_operations s r) c U R =pU HD n[ U[ 5 ( a M [ XR 5 n[ X#R 5 nMF [
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5 $ )z1Return width of this shape's path in local units.)r rY rZ r[ rB maxr )r r\ max_xrO s r' _dxFreeformBuilder._dx [
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5 $ )z:Return integer height of this shape's path in local units.)r rY rZ r[ rC rv r )r ra max_yrO s r' _dyFreeformBuilder._dy rz r) c X [ [ U R U R - 5 5 $ )zReturn vertical size of this shape's path in slide coordinates.
This value is based on the actual extents of the shape and does not include any
positioning offset.
)r8 r9 r} r r1 s r' rl FreeformBuilder._height ! 5DMM1233r) c X [ [ U R U R - 5 5 $ )zReturn leftmost extent of this shape's path in slide coordinates.
Note that this value does not include any positioning offset; it assumes the drawing
(local) coordinate origin is at (0, 0) on the slide.
)r8 r9 r] r r1 s r' ri FreeformBuilder._left s# 5,,t}}<=>>r) c ^ [ XR -
5 [ X R -
5 4$ )zTranslate local coordinates point to shape coordinates.
Shape coordinates have the same unit as local coordinates, but are offset such that the
origin of the shape coordinate system (0, 0) is located at the top-left corner of the
shape bounding box.
)r r] rb )r local_xlocal_ys r' _local_to_shape FreeformBuilder._local_to_shape s+ 7 0 0013wATAT7T3UUUr) c UR U R U R S9nUR " U R U R
U R 5 6 U$ )zReturn a newly created `a:path` element added to `sp`.
The returned `a:path` element has an `a:moveTo` element representing the shape starting
point as its only child.
)wh)add_pathrx r}
add_moveTor r r )r rM rN s r' rH FreeformBuilder._start_path sD {{TXX{2 --dmmT]]KL r) c X [ [ U R U R - 5 5 $ )zReturn topmost extent of this shape's path in slide coordinates.
Note that this value does not include any positioning offset; it assumes the drawing
(local) coordinate origin is located at slide coordinates (0, 0) (top-left corner of
slide).
)r8 r9 rb r r1 s r' rj FreeformBuilder._top s# 5,,t}}<=>>r) c X [ [ U R U R - 5 5 $ )zReturn width of this shape's path in slide coordinates.
This value is based on the actual extents of the shape path and does not include any
positioning offset.
)r8 r9 rx r r1 s r' rk FreeformBuilder._width r r) )r r r r r )
r! r r" r r# r r$ floatr% r )r- r8 returnr )r zIterator[DrawingOperation])
r! r r" r r# r r$ r r% r )T)r@ z Iterable[tuple[float, float]]rA bool)rK r rL r )rB r rC r r r )rB r rC r r None)r zlist[DrawingOperation])r r r r r ztuple[Length, Length])rM r r r )!__name__
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U =r $ ) _BaseDrawingOperation zxBase class for freeform drawing operations.
A drawing operation has at least one location (x, y) in local coordinates.
c N > [ [ U ] 5 Xl X l X0l g r )r r r _freeform_builder_x_y)r freeform_builderrB rC r& s r' r _BaseDrawingOperation.__init__ s!
#T35!1 r) c [ S5 e)zeAdd the XML element(s) implementing this operation to `path`.
Must be implemented by each subclass.
z$must be implemented by each subclass)NotImplementedErrorr rN s r' rI (_BaseDrawingOperation.apply_operation_to s
""HIIr) c U R $ )zuReturn the horizontal (x) target location of this operation.
The returned value is an integer in local coordinates.
)r r1 s r' rB _BaseDrawingOperation.x
wwr) c U R $ )zsReturn the vertical (y) target location of this operation.
The returned value is an integer in local coordinates.
)r r1 s r' rC _BaseDrawingOperation.y r r) )r r r )r r rB r rC r )rN r r r r ) r r r r r r rI r rB rC r r r s @r' r r s;
J r) r c 6 \ rS rSrSr\SS j5 rSS jrSrg) rZ i z?Specifies adding a `` element to the current contour.c U " 5 $ )zReturn a new _Close object.rs )r: s r' r;
_Close.new! s u r) c " UR 5 $ )z Add `a:close` element to `path`.) add_closer s r' rI _Close.apply_operation_to& s ~~ r) rs N)r rZ )rN r r r r r r r r r r; rI r rs r) r' rZ rZ s I r) rZ c 6 \ rS rSrSr\SS j5 rSS jrSrg) rp i+ z@Specifies a straight line segment ending at the specified point.c U " U[ [ [ U5 5 5 [ [ [ U5 5 5 5 $ )z|Return a new _LineSegment object ending at point *(x, y)*.
Both `x` and `y` are rounded to the nearest integer before use.
r7 r: r rB rC s r' r; _LineSegment.new. . #SU1X %7Sq]9KLLr) c UR [ U R U R R -
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U R R -
5 5 $ )zmAdd `a:lnTo` element to `path` for this line segment.
Returns the `a:lnTo` element newly added to the path.
)add_lnTor r r r] r rb r s r' rI _LineSegment.apply_operation_to6 sO
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r) rp c 6 \ rS rSrSr\SS j5 rSS jrSrg) rT iA z Specifies a new pen position.c U " U[ [ [ U5 5 5 [ [ [ U5 5 5 5 $ )zyReturn a new _MoveTo object for move to point `(x, y)`.
Both `x` and `y` are rounded to the nearest integer before use.
r7 r s r' r; _MoveTo.newD r r) c UR [ U R U R R -
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