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Returns the orientation in degrees (in 90-degree increments) of the viewport relative to the device's natural orientation.

The

`FileReaderSync`

interface allows to read `File`

or `Blob`

objects in a synchronous way.Returns a Boolean value indicating whether cookies are enabled or not (read-only).

The *point reflection*.

`rotate()`

CSS function defines a transformation that moves the element around a fixed point (as specified by the `transform-origin`

property) without deforming it. The amount of movement is defined by the specified angle; if positive, the movement will be clockwise, if negative, it will be counter-clockwise. A rotation by 180° is called The

`rotate3d()`

CSS function defines a transformation that moves the element around a fixed axis without deforming it. The amount of movement is defined by the specified angle; if positive, the movement will be clockwise, if negative, it will be counter-clockwise.The

`rotateY()`

CSS function defines a transformation that moves the element around the ordinate without deforming it. The amount of movement is defined by the specified angle; if positive, the movement will be clockwise, if negative, it will be counter-clockwise.The

`rotateZ()`

CSS function defines a transformation that moves the element around the z-axis without deforming it. The amount of movement is defined by the specified angle; if positive, the movement will be clockwise, if negative, it will be counter-clockwise.The

`scale()`

CSS function modifies the size of the element. It can either augment or decrease its size and as the amount of scaling is defined by a vector, it can do so more in one direction than in another one.The

`scale3d()`

CSS function modifies the size of an element. Because the amount of scaling is defined by a vector, it can resize different dimensions at different scales.The

`scaleX()`

CSS function modifies the abscissa of each element point by a constant factor, except if this scale factor is `1`

, in which case the function is the identity transform. The scaling is not isotropic and the angles of the element are not conserved.The

`scaleY()`

CSS function modifies the ordinate of each element point by a constant factor except if this scale factor is `1`

, in which case the function is the identity transform. The scaling is not isotropic and the angles of the element are not conserved.The

`scaleZ()`

CSS function modifies the z-coordinate of each element point by a constant factor, except if this scale factor is `1`

, in which case the function is the identity transform. The scaling is not isotropic and the angles of the element are not conserved.The

`skew()`

CSS function is a shear mapping, or transvection, distorting each point of an element by a certain angle in each direction. It is done by increasing each coordinate by a value proportionate to the specified angle and to the distance to the origin. The more far from the origin, the more away the point is, the greater will be the value added to it.The

`skewX()`

CSS function is a horizontal shear mapping distorting each point of an element by a certain angle in the horizontal direction. It is done by increasing the abscissa coordinate by a value proportionate to the specified angle and to the distance to the origin. The more far from the origin, the more away the point is, the greater will be the value added to it.The

`skewY()`

CSS function is a vertical shear mapping distorting each point of an element by a certain angle in the vertical direction. It is done by increasing the ordinate coordinate by a value proportionate to the specified angle and to the distance to the origin. The more far from the origin, the more away the point is, the greater will be the value added to it.The

`translate()`

CSS function moves the position of the element on the plane. This transformation is characterized by a vector whose coordinates define how much it moves in each direction.The

`translate3d()`

CSS function moves the position of the element in the 3D space. This transformation is characterized by a 3-dimension vector whose coordinates define how much it moves in each direction.The

`translateX()`

CSS function moves the element horizontally on the plane. This transformation is characterized by a `<length>`

defining how much it moves horizontally.The

`translateY()`

CSS function moves the element vertically on the plane. This transformation is characterized by a `<length>`

defining how much it moves vertically.© 2017 - CodeProject | Terms of Service | Privacy Policy | Contact Us | About