/** The shape model structure contains all properties shared by all types of shapes. */ struct ShapeTypeModel
{
OUString maShapeId; ///< Unique identifier of the shape.
OUString maLegacyId; ///< Plaintext identifier of the shape.
OUString maShapeName; ///< Name of the shape, if present.
std::optional< sal_Int32 > moShapeType; ///< Builtin shape type identifier.
std::optional< Int32Pair > moCoordPos; ///< Top-left position of coordinate system for children scaling.
std::optional< Int32Pair > moCoordSize; ///< Size of coordinate system for children scaling.
OUString maPosition; ///< Position type of the shape.
OUString maZIndex; ///< ZIndex of the shape
OUString maLeft; ///< X position of the shape bounding box (number with unit).
OUString maTop; ///< Y position of the shape bounding box (number with unit).
OUString maWidth; ///< Width of the shape bounding box (number with unit).
OUString maHeight; ///< Height of the shape bounding box (number with unit).
OUString maMarginLeft; ///< X position of the shape bounding box to shape anchor (number with unit).
OUString maMarginTop; ///< Y position of the shape bounding box to shape anchor (number with unit).
OUString maPositionHorizontalRelative; ///< The X position is relative to this.
OUString maPositionVerticalRelative; ///< The Y position is relative to this.
OUString maPositionHorizontal; ///< The X position orientation (default: absolute).
OUString maPositionVertical; ///< The Y position orientation.
OUString maWidthPercent; ///< The width in percents of the WidthRelative
OUString maHeightPercent; ///< The height in percents of the HeightRelative
OUString maWidthRelative; ///< To what the width is relative
OUString maHeightRelative; ///< To what the height is relative
OUString maRotation; ///< Rotation of the shape, in degrees.
OUString maFlip; ///< Flip type of the shape (can be "x" or "y"). bool mbAutoHeight; ///< If true, the height value is a minimum value (mostly used for textboxes) bool mbVisible; ///< Visible or Hidden
OUString maWrapStyle; ///< Wrapping mode for text.
OUString maArcsize; ///< round rectangles arc size
OUString maEditAs; ///< Edit As type (e.g. "canvas" etc)
OUString maAdjustments; ///< Shape adjustment values
std::optional< OUString > moGraphicPath; ///< Path to a graphic for this shape.
std::optional< OUString > moGraphicTitle; ///< Title of the graphic.
std::optional< OUString > moWrapAnchorX; ///< The base object from which our horizontal positioning should be calculated.
std::optional< OUString > moWrapAnchorY; ///< The base object from which our vertical positioning should be calculated.
std::optional< OUString > moWrapType; ///< How to wrap the text around the object
std::optional< OUString > moWrapSide; ///< On which side to wrap the text around the object
OUString maVTextAnchor; ///< How the text inside the shape is anchored vertically.
OUString maWrapDistanceLeft; ///< Distance from the left side of the shape to the text that wraps around it.
OUString maWrapDistanceRight; ///< Distance from the right side of the shape to the text that wraps around it.
OUString maWrapDistanceTop; ///< Distance from the top of the shape to the text that wraps around it.
OUString maWrapDistanceBottom; ///< Distance from the bottom of the shape to the text that wraps around it.
std::optional<OUString> moCropBottom; ///< Specifies the how much to crop the image from the bottom up as a fraction of picture size.
std::optional<OUString> moCropLeft; ///< Specifies how much to crop the image from the left in as a fraction of picture size.
std::optional<OUString> moCropRight; ///< Specifies how much to crop the image from the right in as a fraction of picture size.
std::optional<OUString> moCropTop; ///< Specifies how much to crop the image from the top down as a fraction of picture size.
OUString maLayoutFlowAlt; ///< Specifies the alternate layout flow for text in textboxes.
/// An adjustment for the intensity of all colors, i.e. contrast, on a 0..0x10000 scale.
sal_Int32 mnGain = 0x10000;
/// The image brightness, on a 0..0x10000 scale.
sal_Int16 mnBlacklevel = 0;
/** A shape template contains all formatting properties of shapes and can serve
as templates for several shapes in a drawing. */ class SAL_DLLPUBLIC_RTTI ShapeType
{ public: explicit ShapeType( Drawing& rDrawing ); virtual ~ShapeType();
/** Returns read/write access to the shape template model structure. */
ShapeTypeModel& getTypeModel() { return maTypeModel; } /** Returns read access to the shape template model structure. */ const ShapeTypeModel& getTypeModel() const { return maTypeModel; }
/** Returns the shape identifier (which is unique through the containing drawing). */ const OUString& getShapeId() const { return maTypeModel.maShapeId; } /** Returns the application defined shape type. */
sal_Int32 getShapeType() const; /** Returns the fragment path to the embedded graphic used by this shape. */
OUString getGraphicPath() const;
protected: /** Returns the coordinate system of this shape. */
css::awt::Rectangle getCoordSystem() const; /** Returns the absolute shape rectangle according to the passed anchor. */
css::awt::Rectangle getRectangle( const ShapeParentAnchor* pParentAnchor ) const; /** Returns the absolute shape rectangle. */ virtual css::awt::Rectangle getAbsRectangle() const; /** Returns the rectangle relative to the parent coordinate system. */ virtual css::awt::Rectangle getRelRectangle() const;
protected:
Drawing& mrDrawing; ///< The VML drawing page that contains this shape.
ShapeTypeModel maTypeModel; ///< The model structure containing shape type data. bool mbTextBox; //will be set if the shape contains a text box
};
/** Excel specific shape client data (such as cell anchor). */ struct ClientData
{
OUString maAnchor; ///< Cell anchor as comma-separated string.
OUString maFmlaMacro; ///< Link to macro associated to the control.
OUString maFmlaPict; ///< Target cell range of picture links.
OUString maFmlaLink; ///< Link to value cell associated to the control.
OUString maFmlaRange; ///< Link to cell range used as data source for the control.
OUString maFmlaGroup; ///< Link to value cell associated to a group of option buttons.
sal_Int32 mnObjType; ///< Type of the shape.
sal_Int32 mnTextHAlign; ///< Horizontal text alignment.
sal_Int32 mnTextVAlign; ///< Vertical text alignment.
sal_Int32 mnCol; ///< Column index for spreadsheet cell note.
sal_Int32 mnRow; ///< Row index for spreadsheet cell note.
sal_Int32 mnChecked; ///< State for checkboxes and option buttons.
sal_Int32 mnDropStyle; ///< Drop down box style (read-only or editable).
sal_Int32 mnDropLines; ///< Number of lines in drop down box.
sal_Int32 mnVal; ///< Current value of spin buttons and scroll bars.
sal_Int32 mnMin; ///< Minimum value of spin buttons and scroll bars.
sal_Int32 mnMax; ///< Maximum value of spin buttons and scroll bars.
sal_Int32 mnInc; ///< Small increment of spin buttons and scroll bars.
sal_Int32 mnPage; ///< Large increment of spin buttons and scroll bars.
sal_Int32 mnSelType; ///< Listbox selection type.
sal_Int32 mnVTEdit; ///< Data type of the textbox. bool mbPrintObject; ///< True = print the object. bool mbVisible; ///< True = cell note is visible. bool mbDde; ///< True = object is linked through DDE. bool mbNo3D; ///< True = flat style, false = 3D style. bool mbNo3D2; ///< True = flat style, false = 3D style (listboxes and dropdowns). bool mbMultiLine; ///< True = textbox allows line breaks. bool mbVScroll; ///< True = textbox has a vertical scrollbar. bool mbSecretEdit; ///< True = textbox is a password edit field.
OUString maType; ///< Shape template with default properties.
PointVector maPoints; ///< Points for the polyline shape.
std::unique_ptr<TextBox> mxTextBox; ///< Text contents and properties.
std::unique_ptr<ClientData> mxClientData; ///< Excel specific client data.
OUString maLegacyDiagramPath;///< Legacy Diagram Fragment Path
OUString maFrom; ///< Start point for line shape.
OUString maTo; ///< End point for line shape.
OUString maControl1; ///< Bezier control point 1
OUString maControl2; ///< Bezier control point 2
OUString maVmlPath; ///< VML path for this shape bool mbIsSignatureLine; ///< Shape is a signature line
OUString maSignatureId; ///< ID of the signature
OUString maSignatureLineSuggestedSignerName;
OUString maSignatureLineSuggestedSignerTitle;
OUString maSignatureLineSuggestedSignerEmail;
OUString maSignatureLineSigningInstructions; bool mbSignatureLineShowSignDate; bool mbSignatureLineCanAddComment; bool mbInGroup;
OUString maHyperlink; ///< The hyperlink assigned to the shape
explicit ShapeModel();
~ShapeModel();
/** Creates and returns a new shape textbox structure. */
TextBox& createTextBox(ShapeTypeModel& rModel); /** Creates and returns a new shape client data structure. */
ClientData& createClientData();
};
/** A shape object that is part of a drawing. May inherit properties from a
shape template. */ class OOX_DLLPUBLIC ShapeBase : public ShapeType
{ public: /** Returns read/write access to the shape model structure. */
ShapeModel& getShapeModel() { return maShapeModel; } /** Returns read access to the shape model structure. */ const ShapeModel& getShapeModel() const { return maShapeModel; }
/** Returns read access to the shape textbox. */ const TextBox* getTextBox() const { return maShapeModel.mxTextBox.get(); } /** Returns read access to the shape client data structure. */ const ClientData* getClientData() const { return maShapeModel.mxClientData.get(); }
/** Final processing after import of the drawing fragment. */ virtualvoid finalizeFragmentImport();
/** Returns the real shape name if existing, or a generated shape name. */
OUString getShapeName() const;
/** Returns the shape template with the passed identifier from the child shapes. */ virtualconst ShapeType* getChildTypeById( const OUString& rShapeId ) const; /** Returns the shape with the passed identifier from the child shapes. */ virtualconst ShapeBase* getChildById( const OUString& rShapeId ) const;
/** Creates the corresponding XShape and inserts it into the passed container. */
css::uno::Reference< css::drawing::XShape >
convertAndInsert( const css::uno::Reference< css::drawing::XShapes >& rxShapes, const ShapeParentAnchor* pParentAnchor = nullptr ) const;
/** Returns bounds of Shape */
css::awt::Rectangle getShapeRectangle() const;
/** Collects common shape properties such as formatting attributes. */
oox::drawingml::ShapePropertyMap makeShapePropertyMap() const;
/** Derived classes create the corresponding XShape and insert it into the passed container. */ virtual css::uno::Reference< css::drawing::XShape >
implConvertAndInsert( const css::uno::Reference< css::drawing::XShapes >& rxShapes, const css::awt::Rectangle& rShapeRect ) const = 0;
/** Always called after implConvertAndInsert for the same task.*/ virtual css::uno::Reference<css::drawing::XShape> finalImplConvertAndInsert( const css::uno::Reference<css::drawing::XShape>& rxShape) const
{ return rxShape;
};
/** Calculates the final shape rectangle according to the passed anchor,
if present, otherwise according to the own anchor settings. */
css::awt::Rectangle calcShapeRectangle( const ShapeParentAnchor* pParentAnchor ) const;
/** Converts common shape properties such as formatting attributes. */ void convertShapeProperties( const css::uno::Reference< css::drawing::XShape >& rxShape ) const;
protected:
ShapeModel maShapeModel; ///< The model structure containing shape data.
ShapeContainer* mpContainer = nullptr;
};
/** A simple shape object based on a specific UNO shape service. */ class SimpleShape : public ShapeBase
{ public: explicit SimpleShape( Drawing& rDrawing, OUString aService );
private:
OUString maService; ///< Name of the UNO shape service.
};
/** A rectangular shape object. */ class RectangleShape final : public SimpleShape
{ public: explicit RectangleShape( Drawing& rDrawing ); private: /** Creates the corresponding XShape and inserts it into the passed container. */ virtual css::uno::Reference<css::drawing::XShape>
implConvertAndInsert( const css::uno::Reference<css::drawing::XShapes>& rxShapes, const css::awt::Rectangle& rShapeRect) const override;
};
/** An oval shape object. */ class EllipseShape final : public SimpleShape
{ public: explicit EllipseShape( Drawing& rDrawing );
};
/** A polygon shape object. */ class PolyLineShape final : public SimpleShape
{ public: explicit PolyLineShape( Drawing& rDrawing );
private: /** Creates the corresponding XShape and inserts it into the passed container. */ virtual css::uno::Reference< css::drawing::XShape >
implConvertAndInsert( const css::uno::Reference< css::drawing::XShapes >& rxShapes, const css::awt::Rectangle& rShapeRect ) const override;
};
/** A Line shape object. */ class LineShape final : public SimpleShape
{ public: explicit LineShape( Drawing& rDrawing ); virtual css::uno::Reference< css::drawing::XShape >
implConvertAndInsert( const css::uno::Reference< css::drawing::XShapes >& rxShapes, const css::awt::Rectangle& rShapeRect ) const override;
private: /** Returns the absolute shape rectangle. */ virtual css::awt::Rectangle getAbsRectangle() const override; /** Returns the rectangle relative to the parent coordinate system. */ virtual css::awt::Rectangle getRelRectangle() const override;
};
/** Bezier shape object that supports to, from, control1 and control2
attribute or path attribute specification */ class BezierShape final : public SimpleShape
{ public: explicit BezierShape( Drawing& rDrawing );
private: /** Creates the corresponding XShape and inserts it into the passed container. */ virtual css::uno::Reference< css::drawing::XShape >
implConvertAndInsert( const css::uno::Reference< css::drawing::XShapes >& rxShapes, const css::awt::Rectangle& rShapeRect ) const override;
};
/** A shape object with custom geometry. */ class CustomShape : public SimpleShape
{ public: explicit CustomShape( Drawing& rDrawing );
protected: /** Creates the corresponding XShape and inserts it into the passed container. */ virtual css::uno::Reference< css::drawing::XShape >
implConvertAndInsert( const css::uno::Reference< css::drawing::XShapes >& rxShapes, const css::awt::Rectangle& rShapeRect ) const override;
};
/** A complex shape object. This can be a picture shape, a custom shape, an OLE
object, or an ActiveX form control. */ class ComplexShape final : public CustomShape
{ public: explicit ComplexShape( Drawing& rDrawing );
private: /** Creates the corresponding XShape and inserts it into the passed container. */ virtual css::uno::Reference< css::drawing::XShape >
implConvertAndInsert( const css::uno::Reference< css::drawing::XShapes >& rxShapes, const css::awt::Rectangle& rShapeRect ) const override;
};
/** A group shape that extends the basic shape by a container of child shapes. */ class GroupShape final : public ShapeBase
{ public: explicit GroupShape( Drawing& rDrawing ); virtual ~GroupShape() override;
/** Returns read/write access to the container of child shapes and templates. */
ShapeContainer& getChildren() { return *mxChildren; } /** Returns read access to the container of child shapes and templates. */ const ShapeContainer& getChildren() const { return *mxChildren; }
/** Final processing after import of the drawing fragment. */ virtualvoid finalizeFragmentImport() override;
/** Returns the shape template with the passed identifier from the child shapes. */ virtualconst ShapeType* getChildTypeById( const OUString& rShapeId ) const override; /** Returns the shape with the passed identifier from the child shapes. */ virtualconst ShapeBase* getChildById( const OUString& rShapeId ) const override;
private: /** Creates the corresponding XShape and inserts it into the passed container. */ virtual css::uno::Reference< css::drawing::XShape >
implConvertAndInsert( const css::uno::Reference< css::drawing::XShapes >& rxShapes, const css::awt::Rectangle& rShapeRect ) const override;
private:
std::unique_ptr<ShapeContainer> mxChildren; ///< Shapes and templates that are part of this group.
};
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