'Basic transformations' diaporamas de présentation

Graphics in Java Part I

Graphics in Java Part I. Lecture Objectives. Understand the basic concepts of Computer Graphics Learn about Computer Graphics Applications Learn about the Coordinate System of Computer Graphics Learn about the basic and advanced transformations in Computer Graphics. Lecture Objectives.

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Last Time

Last Time. Compositing Painterly Rendering Intro to 3D Graphics Homework 3 due Oct 12 in class. Today. Composing transformations 3D Transformations Homogeneous coordinates Intro to Viewing. 2D Rotation. Rotate counter-clockwise about the origin by an angle ?. y. y. ?. x. x.

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12-1

Reflections. 12-1. Warm Up. Lesson Presentation. Lesson Quiz. Holt Geometry. Warm Up Given that ? ABC ? ? DEF, identify a segment or angle congruent to each of the following. 1. 2. 3. 4. 5. 6. Objective. Identify and draw reflections. Vocabulary. isometry.

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Introduction to Computer Graphics

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7.1 Rigid Motion in a Plane

7.1 Rigid Motion in a Plane. Geometry, NCSCOS: 3.01 Describe the transformation (translation, reflection, rotation, dilation) of polygons in the coordinate plane in simple algebraic terms. Objective:. Students will understand geometric concepts and applications.

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Using Matrices to Perform Geometric Transformations

Using Matrices to Perform Geometric Transformations. Kendalyn Paulin. Review of Basic Transformations. Translation Reflection Rotation Dilation. How do Matrices apply to Transformations?. Remember we can translate a figure up, down, left and right.

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Linear Algebra Application: Computer Graphics

Linear Algebra Application: Computer Graphics. By: Gabrien Clark Math 2700.002 May 5 th , 2010. Introduction.

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12-1

Reflections. 12-1. Before you begin, make sure you have your vocabulary and notes handouts . Holt Geometry. Content Goal:. I will be able to identify and draw reflections. Language Goal:.

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7.1 Rigid Motion in a Plane

7.1 Rigid Motion in a Plane. Geometry Mrs. Spitz Spring 2005. Standard/Objectives. Standard: Students will understand geometric concepts and applications. Performance Standard:

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7.1 Rigid Motion in a Plane

7.1 Rigid Motion in a Plane. Geometry Mrs. Spitz Spring 2005. Standard/Objectives. Standard: Students will understand geometric concepts and applications. Performance Standard:

276 views • 18 slides

7.1 Rigid Motion in a Plane

7.1 Rigid Motion in a Plane. Geometry Mrs. Spitz Spring 2005. Standard/Objectives. Standard: Students will understand geometric concepts and applications. Performance Standard:

266 views • 18 slides

7.1 Rigid Motion in a Plane

7.1 Rigid Motion in a Plane. Geometry Mrs. Spitz Spring 2005. Objectives. Identify the three basic rigid transformations. Use transformations in real-life situations such as building a kayak in example 5. Assignment: Pp. 399-400 #1-39. Identifying Transformations.

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3.1 2D Geometry - points and polygons

3.1 2D Geometry - points and polygons. A point in 2D is represented by two real numbers (X,Y). Y. X. A line segment is represented by its two end points (X 1 ,Y 1 ) (X 2 ,Y 2 ), or a 2x2 matrix [ ]. X 1 Y 1 X 2 Y 2. Y. X. A polygon is represented by an list of

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3-D Mathematical Preliminaries

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An Introduction to Robot Kinematics

An Introduction to Robot Kinematics. Renata Melamud. Other basic joints. Revolute Joint 1 DOF ( Variable - ?). Prismatic Joint 1 DOF (linear) (Variables - d) . Spherical Joint 3 DOF ( Variables - ? 1 , ? 2 , ? 3 ). We are interested in two kinematics topics

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Basic Graphs

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