'Combining transformations' presentation slideshows

2IV60 Computer Graphics 2D transformations

2IV60 Computer Graphics 2D transformations. Jack van Wijk TU/e. Overview. Why transformations? Basic transformations: translation, rotation, scaling Combining transformations homogenous coordinates, transform. Matrices First 2D, next 3D. world. wheel. image. Transformations.

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1.5b Combining Transformations

103 views • 10 slides

Transforming functions

Transforming functions. Transforming graph s of functions. Graphs can be transformed by translating , reflecting , stretching or rotating them. The equation of the transformed graph is related to the equation of the original graph. y = f ( x ).

107 views • 10 slides

Today in Pre c alculus

Today in Pre c alculus. Do NOT need a calculator Go over homework Notes: Non-Rigid Graphical Transformations Homework. Non-Rigid Transformations. Changes the size and shape of the graph. Types: Stretches Shrinks Can be vertical or horizontal. Vertical.

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Families of Functions

Families of Functions. Objective: I can understand transformations of functions. Vocabulary. Parent Function Simplest form in a set of functions. Transformation : Change in the size or position of a function Translation : Moves a function horizontally or vertically Reflection:

851 views • 8 slides

Vertical Acceleration of Transformations

Vertical Acceleration of Transformations. By Jody MacLean And Mary Pyke. Transformations Video. Rationale. The purpose of this lesson is to get students to a point where they can approach these outcomes with the necessary prior knowledge:.

174 views • 8 slides