3) [30pts] 2D Viewing: From Object Space to Display Space (1000,1000) (500, 500)(1000, 500 D(0.0) 00, 0) Consider the following problem with the following coordinate systems .W- world coordinates U-view coordinates D-display coordinates The view/clipping window is the rectangle shown centered around V. The viewport is the rectangle shown in Display Coordinates and measured in D (display coordinates - in pixels) (a) [10pt] What is the transform matrix, Mw-o, that will map the coordinates from O to W given the illustrated locations and sizes? Your answer should be described as a single 3 x 3 matrix. 3) [30pts] 2D Viewing: From Object Space to Display Space (1000,1000) (500, 500)(1000, 500 D(0.0) 00, 0) Consider the following problem with the following coordinate systems .W- world coordinates U-view coordinates D-display coordinates The view/clipping window is the rectangle shown centered around V. The viewport is the rectangle shown in Display Coordinates and measured in D (display coordinates - in pixels) (a) [10pt] What is the transform matrix, Mw-o, that will map the coordinates from O to W given the illustrated locations and sizes? Your answer should be described as a single 3 x 3 matrix