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\5 r " S S\5 r " S S\5 r " S S\5 r " S S\5 r " S S\5 r! " S S\5 r" " S S\5 r# " S S \5 r$ " S S \5 r% " S S!\5 r& " S" S#\5 r' " S$ S%\5 r(g&)'zBSlide-related custom element classes, including those for masters. ) annotations)
TYPE_CHECKINGCallablecast)parse_from_template parse_xml)CT_GradientFillPropertiesnsdecls) XsdString)BaseOxmlElementChoice
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CT_GroupShapec 8 \ rS rSr% SrS\S' \SS j5 rSrg) _BaseSlideElement z=Base class for the six slide types, providing common methods.CT_CommonSlideDatacSldc . U R R $ )z-Return required `p:cSld/p:spTree` grandchild.)r spTreeselfs L/home/mande/repo/quber/.venv/lib/python3.13/site-packages/pptx/oxml/slide.pyr _BaseSlideElement.spTree s yy N)returnr ) __name__
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CT_Background% z`p:bg` element.z)Callable[[CT_BackgroundProperties], None] _insert_bgPr)p:bgPrp:bgRefr0 r"
successorsz CT_BackgroundProperties | NonebgPrr1 c x S[ SS5 - n[ [ [ U5 5 nU R U5 U$ )z5Return a new `p:bgPr` element with noFill properties.z4
ap)r r CT_BackgroundPropertiesr r/ )r xmlr4 s r add_noFill_bgPr CT_Background.add_noFill_bgPr3 s: PSZ[^`cSdd+Ys^< $ r! N) r$ r% r& r' r( r) _tag_seqr r4 bgRefr: r+ r" r! r r- r- % s? ;; %H+4R,D
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a:pattFill a:grpFillz a:effectLstz a:effectDagza:extLstr@ rA rB rC rD rE Nr2 c , [ R " 5 $ )z1Override default to add default gradient subtree.)r new_gradFillr s r
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_remove_bgzCallable[[], CT_Background]
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p:controlsp:extLstrP Nr2 zCT_Background | NonebgrQ r r name )defaultstrc U R nUb
UR c U R 5 n[ [ UR 5 $ )zReturn `p:bg/p:bgPr` grandchild.
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default `p:bg` with noFill settings is added.
)rT r4 _change_to_noFill_bgr r8 r rT s r get_or_add_bgPr"CT_CommonSlideData.get_or_add_bgPrk s: WW
: **,B+RWW55r! c f U R 5 U R 5 nUR 5 U$ )z]Establish a `p:bg` child with no-fill settings.
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CT_NotesSlide z.`p:notes` element, root of a notes slide part.)rc p:clrMapOvrrR rc r r c 4 [ [ [ S5 5 $ )zReturn a new ```` element based on the default template.
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from the notes master.
notes)r rn r rh s r newCT_NotesSlide.new s M#6w#?@@r! r" N)r# rn ) r$ r% r& r' r( r< r r r) rl rs r+ r" r! r rn rn s1 84H ,X 6D
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\S 5 rS rS r\S 5 r\S 5 r\S 5 rSrg )CT_Slide z=`p:sld` element, root element of a slide part (XML document).)rc rp p:transitionp:timingrR rc r r rp Nr2 ry c P [ [ [ U R 5 5 5 $ )z:Return new `p:sld` element configured as base slide shape.)r rv r _sld_xmlrh s r rs CT_Slide.new s Hi 788r! c . U R R $ )z0Return `p:bg` grandchild or None if not present.)r rT r s r rT CT_Slide.bg s yy||r! c D U R nUc U R 5 nU$ )a] Return parent element for a new `p:video` child element.
The `p:video` element causes play controls to appear under a video
shape (pic shape containing video). There can be more than one video
shape on a slide, which causes the precondition to vary. It needs to
handle the case when there is no `p:sld/p:timing` element and when
that element already exists. If the case isn't simple, it just nukes
what's there and adds a fresh one. This could theoretically remove
desired existing timing information, but there isn't any evidence
available to me one way or the other, so I've taken the simple
approach.
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childTnLsts r get_or_add_childTnLst CT_Slide.get_or_add_childTnLst s) %%
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replaced.
z"./p:tnLst/p:par/p:cTn/p:childTnLstr )removeget_or_add_timingr _childTnLst_timing_xml_insert_timingxpath)r timings r r CT_Slide._add_childTnLst sO
D**,-46689 F#|| @A!DDr! c > U R S5 nU( d gUS $ )znReturn `./p:timing/p:tnLst/p:par/p:cTn/p:childTnLst` descendant.
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z+./p:timing/p:tnLst/p:par/p:cTn/p:childTnLstNr )r )r childTnLstss r r CT_Slide._childTnLst s# jj!NO 1~ r! c S[ S5 - $ )Nz
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6r! r c 4 \ rS rSr% SrS\S' \" S5 rSrg)CT_SlideLayoutIdListi z`p:sldLayoutIdLst` element, child of `p:sldMaster`.
Contains references to the slide layouts that inherit from the slide master.
z list[CT_SlideLayoutIdListEntry]sldLayoutId_lstz
p:sldLayoutIdr" N) r$ r% r& r' r( r) r sldLayoutIdr+ r" r! r r r s
54 _-Kr! r c 6 \ rS rSr% Sr\" S\5 rS\S' Sr g)CT_SlideLayoutIdListEntryi z_`p:sldLayoutId` element, child of `p:sldLayoutIdLst`.
Contains a reference to a slide layout.
zr:idrX rIdr" N)
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\S' CSr g )CT_SlideMasteri z3`p:sldMaster` element, root of a slide master part.z"Callable[[], CT_SlideLayoutIdList]get_or_add_sldLayoutIdLst)rc rd p:sldLayoutIdLstrx ry re z
p:txStylesrR rc r r r Nr2 r sldLayoutIdLstr" ) r$ r% r& r' r( r) r< r r r r r+ r" r! r r r sF = AA H -X 6D
6+4x|,N( r! r c 2 \ rS rSrSrSr\" S\SS S9rCSrg) CT_SlideTimingi0 z>`p:timing` element, specifying animations and timed behaviors.)p:tnLstzp:bldLstrR r rS Nr2 r" ) r$ r% r& r' r( r< r tnLstr+ r" r! r r r 0 s H2H iHQRL 9Er! r c . \ rS rSrSrS r\S 5 rSrg)CT_TimeNodeListi8 z%`p:tnLst` or `p:childTnList` element.c r S[ S5 U R U4- n[ U5 nU R U5 g)z>Add a new `p:video` child element for movie having *shape_id*.a
r7 N)r _next_cTn_idr append)r shape_id video_xmlvideos r add_videoCT_TimeNodeList.add_video; s@
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I )$ Er! c U R S5 nU Vs/ s H n[ U5 PM nn[ U5 S- $ s snf )z jj!=> )45vs6{53x!| 6s ;r" N) r$ r% r& r' r( r r* r r+ r" r! r r r 8 s /& r! r c . \ rS rSrSrSr\" S5 rCSrg)CT_TLMediaNodeVideoiV z2`p:video` element, specifying video media details.) p:cMediaNoder r" N) r$ r% r& r' r( r< r
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