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--- 2d_geometric_shapes [2022/10/03 17:01]
max created
+++ 2d_geometric_shapes [2022/10/03 17:08] (current)
max [Oriented Rectangle]
@@ Line 2: / Line 2: @@
 Currently, there is support for:
-  * Circle (2D)
+  * Circle
-  * Point (2D, a typedef of [[Vector2]] )
+  * Point (a typedef of [[2D Vector]])
-  * Line (2D)
+  * Line
-  * Rectangle (2D)
+  * Rectangle
-  * Oriented Rectangle (2D)
+  * Oriented Rectangle
 ===== Line =====
-A line consists of a start and end variable, each are Point2D instances.
+A line consists of a ''start'' and ''end'' variable, each are Point2D instances.
 For convienence, the following functions are present:
-  * Length()
+  * ''Length()''
-  * LengthFast(), which returns the distance without performing the final, expensive sqrtf function.
+  * ''LengthFast()'', which returns the distance without performing the final, expensive sqrtf function.
 ===== Circle =====
-A 2D circle consists of a radius and a origin (Point2D).
+A 2D circle consists of a ''radius'' and a ''origin'' (Point2D).
 It has no other special features in it's own class.
+===== Rectangle =====
+A 2D rectangle consists of an ''origin'', (Point2D) and a ''size'' (Vector2).
+A helper constructor is also given, named ''InitializeWithMinAndMax'' which takes 2 Point2D variables and will initialize the Rectangle for you.
+Additionally, this class also has the following helper functions:
+  * ''GetMin()''
+  * ''GetMax()''
+===== Oriented Rectangle =====
+Unlike the regular 2D Rectangle, an oriented Rectangle can be, as the name suggests, rotated.
+As such, it is constructed with it's ''position'' (Point2D) and ''halfExtents'' (Vector2).
+If you wish, you are also capable of immediately constructing it with rotation, by giving the same variables as above, but with an additional ''rotation'' variable (float).

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