What is
1. Basic introduction of
1.
The basic shape is then passed as a value to properties (such as the shape-outside property or the clip-path property), which are used to apply shapes to elements to change the flow of content around them, or to clip the element to define shapes separately.
2. Shape reference box
In addition to the height and width of the element, the element's box model box: margin box (margin -box), content-box (content-box), padding-box (padding-box), and border (border-box), can also be used as a reference to specify the shape range on an element. The reference frame can be any of the four frames.
When
2. Basic shape functions
The following are the graphics currently supported by
1. inset()
Syntax:
inset( <shape-arg>{1,4} [round <border-radius>] )
Description:
The inset() function defines an insertion rectangle.
It requires 1~4 offset values, which point to the offset of the edges of the internal reference box (top, right, bottom and left borders and vertices). These specify the position of the insertion rectangle within the element.
The optional parameter
2. circle()
circle( [<shape-radius>]? [at <position>]? )
circle() function defines an insertion circle
3. ellipse()
ellipse( [<shape-radius>{2}]? [at <position>]? )
ellipse() function defines an ellipse;
4. polygon()
polygon( [<fill-rule>,]? [<shape-arg> <shape-arg>]# )
<shape-arg> = <length> | <percentage>
polygon() function defines a polygon
3. Basic shape description
Calculated value of basic shape
The values in the basic shape function are calculated as specified, with exceptions, such as:
1, omitted values are included and their default values are calculated.
2. A
3. A
Reference boxes for shapes are defined as part of properties that have those shapes as values.
Interpolation of basic shapes (animation between shapes)
For interpolation between one basic shape and a second basic shape, the following rules apply. Values in the shape function are inserted as simple lists. List values are interpolated as length, percentage or calculation where possible. If the list values are not one of these types but are the same (e.g. nonzero finds the same list position in both lists), then the values are interpolated.
1. Both shapes must use the same reference frame.
2. If both shapes are of the same type, that type is ellipse() or circle(), and neither radius uses the closest-side or farthest-side keyword, then in the shape function Interpolate between each value.
3. If both shapes are of type inset(), interpolation is performed between each value in the shape function.
4. If both shapes are of type polygon(), then the two polygons have the same number of vertices and are interpolated between each value in the shape function using the same
5. In all other cases, interpolation is not specified.
4. Browser compatibility
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