10 Transformations (Chapter 4) Definitions of translation scaling and rotations Java script implementation of the three elementary transformations What is the main advantage of representing translation in matrix form? Give an example in graphics Rotation and scaling about a fixed point using a sequence of elementary transformations 14.4.20] . . . Rotation about an arbitrary axis. Understand the steps required to achieve the goal (Supplemental Note on General Rotation) Given a unit-size cube model, create instances of rectangular objects with varied dimensions, orientations and placed at specified locations using transformations OpenGL transformation matrices: CTM (the order of transformations being concatenated to CTM is VERY VERY important! Why?). Understand the "cube" example in detail, . 10 Transformations (Chapter 4) Definitions of translation scaling and rotations Java script implementation of the three elementary transformations What is the main advantage of representing translation in matrix form? Give an example in graphics Rotation and scaling about a fixed point using a sequence of elementary transformations 14.4.20] . . . Rotation about an arbitrary axis. Understand the steps required to achieve the goal (Supplemental Note on General Rotation) Given a unit-size cube model, create instances of rectangular objects with varied dimensions, orientations and placed at specified locations using transformations OpenGL transformation matrices: CTM (the order of transformations being concatenated to CTM is VERY VERY important! Why?). Understand the "cube" example in detail