Namespace Syncfusion.DocIO.ReaderWriter.DataStreamParser.Escher
Classes
| FOPTE3dObject
3D Object Material properties of a 3D object. A 3D effect overrides the fill and line effects and corresponding colors. Extrusion depths are always specified in absolute units. |
| FOPTE3dStyle
3D Style Properties of a 3D view; note that distances are in drawing units. |
| FOPTEBlip
How a BLIP fits into a shape. This includes cropping information as well as picture display modifications such as brightness and contrast. |
| FOPTEBottomLineStyle
Specifies the FOPTEBottomLineStyle |
| FOPTECallout
Callout Properties of a callout shape. |
| FOPTEFillStyle
Two main colors are defined - a foreground color and a background color. Different fillTypes use these values differently. In addition to the foreground and background any number of shade colors can be defined. Each shade color is associated with a "position" which says how far into the shade the color appears � colors must be given in position order. |
| FOPTEGeometry
The geometry of the shape. Typically, these properties reside in a shape type definition, and so are not written to the file. However, freeform shapes drawing using the polygon tools set the pVertices and pSegmentInfo properties to define their geometries. |
| FOPTEGeoText
Effect text of the shape - this is what the WordArt tools use, and is separate from the attached text present in ordinary textboxes. Theoretically, a shape could have both (a WordArt with attached text), but this is not currently allowed by the UI. Note that font information is provided here. The default text size is in points, the text effect geometry interfaces require the device size of a point to interpret this. The default point size is a 16.16 fixed-point number. A text effect is present if the fGText boolean is set and either the gtextUNICODE (UNICODE) or gtextRTF (RTF) is present, the UNICODE string takes precedence, however it cannot include any additional font information (unlike the RTF). |
| FOPTEGroupShape
Group Shape Miscellaneous shape properties that can apply to group shapes. |
| FOPTELeftLineStyle
Specifies the FOPTELeftLineStyle |
| FOPTELineStyle
Lines are centered about the infinitely thin proto-line along which they are drawn. Complex dash effects are supported only for simple lines (e.g. changing the end cap) - defaults should be used for other line styles. The line width is in EMUs; a line width of zero should not be used - there is no logical interpretation on a high-resolution printer. |
| FOPTEPerspectiveStyle
Perspective Style This is just a 2D transformation matrix (3x3). Specifying peculiar values will cause the shape to render completely outside its geometry - normally clients will constrain the values to get reasonable results. The transformation may be applied at various times as the geometry is processed, this affects the behavior of the perspective which results in the same way as the corresponding shadow perspective types. |
| FOPTEProtection
Changes the behavior of a shape by restricting direct manipulation. |
| FOPTERightLineStyle
Specifies the FOPTERightLineStyle |
| FOPTEShadowStyle
The interpretation of the transform properties depends on the type of shadow: msoshadowOffset, msoshadowDouble: Only the offset is used. It is interpreted as an absolute offset expressed in EMUs. The default corresponds to 1/36" in both X and Y (2 or 3 pixels on screen depending on monitor resolution). The offset is relative to the drawing axes (as msoshadowDrawing below, not msoshadowRich) so a shadow offset to the bottom right of the drawing is still offset (by the same amount) to the bottom right if the shape is rotated. The "double" case causes two shadows to be drawn, the first (lower) at the second offset and in the shadowHighlightColor. If the second offset is 0,0 it defaults to being the inverse of the first. msoshadowRich: The offsets and transformation properties are in absolute units measured relative to the shape on the drawing - the shadow moves with the shape, but anisotropic scaling of the shape changes the proportions of the shadow, not its angles. Compare with the following where such scaling scales the shadow in proportion too, thus changes the angle between (e.g.) a vertical line in the shape and it's shadow. msoshadowShape: The offsets and transformation properties are relative to the shape; 1.0 corresponds to the shape width/height as appropriate. The shadow is cast relative to the shape then scaled with the shape, so it moves with the shape. The units are simple numbers (ratios of the G unit space effectively). This transformation type is unnatural in real world terms, but behaves nicely in geometric terms. The offset elements of the property set are treated as fixed-point 16.16 values. msoshadowDrawing: A rich shadow cast onto a plane in drawing space. The transform is applied to the drawing coordinates of the shape and is thus expressed in EMUs. This shadow type enables creation of shadows from multiple objects, however the shadows may overlap higher (different) objects if the shadow plane and shape drawing planes overlap on the screen. The shadowWeight parameter is used as in the perspective property set to apply addiitonal scaling to the perspective parameters - these are divided by the weight. Shadow transformations are independent of the perspective transformation applied to a shape - either hte perspective transformation or the shadow transformation is used as appropriate. |
| FOPTEShape
Shape Miscellaneous properties of a single shape which do not apply to group shapes. |
| FOPTEText
How text fits in a shape. Text is host-dependent, so some hosts may ignore some of these properties. |
| FOPTETopLineStyle
Specifies the FOPTETopLineStyle |
| FOPTETransform |