Developing Graphics Frameworks 01 Core Concepts

Summary

Create the base Material class, which defines the overall appearance of geometric objects and stores uniform variable data (using ... Create shader programs containing uniform variables used to change the position and set the color of a geometric object. Learn about vectors and operations (vector addition and scalar multiplication) and their geometric interpretation. Also learn about ... Create extensions of the base Material class that enable geometric shapes to be rendered as points, lines, or triangulated ... Learn about the four stages of the Learn how two-dimensional vector topics generalize to three dimensions: vector addition, scalar multiplication, standard basis ... Learn about scene graphs: a tree data structure that organizes the 3D objects in a scene. Then learn about the Learn about vector functions: functions that take a vector as input and return a vector as output. In particular, you will learn about ... Learn about why uniform variables are useful, the OpenGL functions needed to upload uniform data to the GPU, and create a ... Create the Object3D class, which corresponds to a node in the scene graph, stores a model matrix, and references to its parent ... Learn about setting up Python, installing the packages needed for Learn how to represent translation transformations with matrix multiplication by introducing homogeneous coordinates. This video provides a high-level explanation of Introduction and Module Overview (0:00) 2D OpenGL Primitives (0:51) Colors: State vs. Vertex Data (