Contains the x- or y-coordinates of the endpoint of a cubic Bézier curve relative to the shape's width and height, the x- or y-coordinates of the control point of the beginning of the curve relative shape's width and height, or the x- or y-coordinates of the control point of the ending of the curve relative shape's width and height.
Contains the x- or y-coordinates of the endpoint of a cubic Bézier curve relative to the shape's width and height, the x- or y-coordinates of the control point of the beginning of the curve relative shape's width and height, or the x- or y-coordinates of the control point of the ending of the curve relative shape's width and height.
Indicates that the formula evaluates to an error. The value of E is the current value (an error message string); the value of the V attribute is the last valid value.
An error message string.
F
xsd:string
optional
Represents the element's formula. This attribute can contain one of the following strings: '(some formula)' if the formula exists locally No Formula if the formula is locally deleted or blocked Inh if the formula is inherited.
A formula.
N
xsd:string
required
Represents the name of the ShapeSheet cell.
The name of the ShapeSheet cell. See the Remarks section below.
U
xsd:string
optional
Represents a unit of measure The default is DL.
The units of the cell.
V
xsd:string
optional
Represents the value of the cell.
The value of the ShapeSheet cell.
Remarks
The N attribute of this Cell element must be one of a limited set of values that correspond to ShapeSheet cells. Refer to the table below to determine the values of the N attribute that are permitted for this Cell element.
Value
Description
More information
X
The x-coordinate of the ending vertex of a cubic Bézier curve relative to the width of the shape.
The x-coordinate of the curve's beginning control point relative to the shape's width; a point on the arc. The control point is best located between the beginning and ending vertices of the arc.
The x-coordinate of the curve's ending control point relative to the shape's width; a point on the arc. The control point is best located between the beginning control point and ending vertices of the arc.