![]() ![]() Gets or sets the geometry used to define the outline of the contents of an element. Gets or sets a cached representation of the UIElement. Gets or sets an input source for the bitmap effect that applies directly to the rendered content for this element. Gets or sets the BindingGroup that is used for the element. Gets a value that indicates whether at least one touch is pressed over this element or any child elements in its visual tree. Gets a value that indicates whether at least one touch is pressed over this element. Gets a value that indicates whether at least one touch is captured to this element or to any child elements in its visual tree. Gets a value that indicates whether at least one touch is captured to this element. Gets or sets a value indicating whether this element can be used as the target of a drag-and-drop operation. Gets the rendered height of this element. ![]() Identifies the RadiusY dependency property. Identifies the RadiusX dependency property. ![]() Initializes a new instance of the Rectangle class. MyRect.VerticalAlignment = VerticalAlignment.Center MyRect.HorizontalAlignment = HorizontalAlignment.Left MyRect->VerticalAlignment = VerticalAlignment::Center MyRect->HorizontalAlignment = HorizontalAlignment::Left To summarize, a square is somewhat a rectangle since it does have all the properties of being a rectangle, but it needs to have its sides equal in measurement to be called a square.The following example shows how to create a Rectangle element and set its properties by using code. Take note however, a square is also considered a special case of a rectangle, which means a square isn’t primarily a rectangle, but more an example of a rectangle. What’s the difference between a square and a rectangle? While it may be a little bit confusing since a square is also a rectangle, there is one difference that makes it easy to distinguish one from the other.īoth a square and a rectangle may have their four angles at 90°, have parallel opposite sides with the same length, and have their diagonals equal in length, but only a square has four sides of equal length. It can also be labeled as a parallelogram since its opposite sides are parallel to each other. Rectangle – In Euclidean geometry, a rectangle is also a quadrilateral and as with the square, has four equal angles at 90°. Note: A square can also be defined as a special rectangle, since the opposite sides of a square are parallel to each other, and is also a special case of a rhombus (having four equal sides). The diagonals bisect each other and meet at 90°.The diagonals bisect (divided into two equal parts) its angles.But there are many four-sided polygons such as trapezoids, cyclic quadrilaterals, trapeziums etc., so what makes a square different from the others? It is actually a regular quadrilateral, and according to Euclidean geometry (a mathematical system attributed to the Alexandrian Greek mathematician Euclid), it means a square is a polygon that is equiangular (all angles are equal in measure) and equilateral (all sides are equal in length). Aside from being called a quadrilateral, it is also labeled as a parallelogram (opposite sides are parallel to each other). Square – In geometry, a square is a four-sided polygon called a quadrilateral. ![]()
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