#include <IDrawCJKGrid.h>

Inheritance diagram for IDrawCJKGrid:

Public Member Functions
virtual void	Draw (const IPMUnknown shape, const ICJKGridData gridData, const ICJKGridManager gridManager, const PMReal &lineWidth, const GraphicsData gd, const int32 flags)=0

virtual PMRect	GetPaintedBBox (const IShape *iShape, const PMRect &itemBounds, const PMMatrix &innertoview) const =0

virtual void	Inval (IShape iShape, const GraphicsData gd, const ClassID reasonForInval, const int32 flags) const =0

virtual void	DrawOpenCell (const PMRect &rect, int32 &position) const =0

virtual void	DrawFilledCell (const PMRect &rect, int32 &position) const =0

virtual void	EndDraw (int32 &position) const =0

Public Member Functions inherited from IPMUnknown
virtual IPMUnknown *	QueryInterface (PMIID interfaceID) const =0

virtual void	AddRef () const =0

virtual void	Release () const =0

Detailed Description

IDrawCJKGrid allows for custom CJK grid drawing.

Member Function Documentation

virtual void IDrawCJKGrid::Draw	(	const IPMUnknown *	shape,
		const ICJKGridData *	gridData,
		const ICJKGridManager *	gridManager,
		const PMReal &	lineWidth,
		const GraphicsData *	gd,
		const int32	flags
	)

pure virtual

Draw will be called to draw the grid.

The drawing of grid cells is optimized by calling DrawVisibleICFBoxRects and DrawVisibleEmBoxRects on the ICJKGridManager. This will in turn call your DrawOpenCell(), DrawFilledCell(), and EndDraw(). If you wish to use optimized grid drawing, you will need to save the GraphicsData from this Draw call and use it in your DrawOpenCell(), DrawFilledCell(), and EndDraw() methods. You will also need to call DrawVisibleEmBoxRects or DrawVisibleICFBoxRects on the ICJKGridManager for this object.

Parameters

shape	IN The shape the grid is drawing on.
gridData	IN The grids ICJKGridData.
gridManager	The grids ICJKGridManager.
lineWidth	IN The linewidth that should be used to draw this grid.
gd	IN The GraphicsData you are drawing into.
flags	IN The drawing flags this shape is drawing with.

virtual void IDrawCJKGrid::DrawFilledCell	(	const PMRect &	rect,
		int32 &	position
	)		const

pure virtual

DrawFilledCell is called by the grid manager's optimized grid drawing code on filled cells. Your implementation can draw one filled cell any way you like it. It's best not to stroke the graphics port everytime. It however, may be useful to stroke every 1000 cells in case you are drawing a massive grid. Otherwise you should call stroke in EndDraw.

Parameters

rect	IN The rectangle bounds of the cell.
position	IN The cell number.

virtual void IDrawCJKGrid::DrawOpenCell	(	const PMRect &	rect,
		int32 &	position
	)		const

pure virtual

DrawOpenCell is called by the grid manager's optimized grid drawing code. Your implementation can draw one open cell any way you like it. It's best not to stroke the graphics port everytime. It however, may be useful to stroke every 1000 cells in case you are drawing a massive grid. Otherwise you should call stroke in EndDraw.

Parameters

rect	IN The rectangle bounds of the cell.
position	IN The cell number.

virtual void IDrawCJKGrid::EndDraw ( int32 & position ) const

pure virtual

EndDraw is called after the last call to DrawOpenCell or DrawFilledCell.

Parameters

position IN The last cell drawn.

Precondition: You probably need to call stroke if position is > 0.

virtual PMRect IDrawCJKGrid::GetPaintedBBox	(	const IShape *	iShape,
		const PMRect &	itemBounds,
		const PMMatrix &	innertoview
	)		const

pure virtual

GetPaintedBBox returns the rect of the grid in view coordinates. This most likely is just itemBounds, but in the event you wish the grid to extend beyond itemBounds, you need to return the extra area.

Parameters

iShape	IN The shape the grid is drawing on.
itemBounds	IN The items current bounds in view coordinates.
innertoview	IN InnerToView transform matrix.

virtual void IDrawCJKGrid::Inval	(	IShape *	iShape,
		const GraphicsData *	gd,
		const ClassID	reasonForInval,
		const int32	flags
	)		const

pure virtual

Inval, like it's namesake on IAdornmentShape is provided for completeness.

When the owning shape is invalidated it includes the adornment in it's bounding box. Under most circumstances the implemenation needs to do nothing in its inval method. There are times, however, when specific page items will get a specific reasonFoInval, and your implementation may want to know about that inval. This provides a mechanism to respond to such an event.

Parameters

iShape	IN The shape the grid is drawing on.
gd	IN The GraphicsData you are drawing into.
reasonForInval	IN Why we are invalidating.
flags	IN The drawing flags this shape is drawing with.

Public Member Functions

Detailed Description

Member Function Documentation