'Arbitrary axis' presentation slideshows

Modeling Transformations

Modeling Transformations. CSE 409. Md. Tanvir Al Amin* Lecturer, Dept. of CSE, BUET tanviralamin@gmail.com. *Special Thanks to Tanvir Parvez , Fredo Durand, James O Brien, Tomas Lozano-Perez, Jovan Popovic. Modeling Transformation - Class 1. Transformation Background.

1.91k views • 172 slides

Geometric Transformations

Geometric Transformations. Jehee Lee Seoul National University. Transformations. Local moving frame. Linear transformations Rigid transformations Affine transformations Projective transformations. T. Global reference frame. Linear Transformations.

648 views • 51 slides

Computer Graphics Transformations

Computer Graphics Transformations. The 3D Case. 3D Affine Transformations. Again we use coordinate frames, and suppose that we have an origin O and three mutually perpendicular axes in the directions i , j , and k .

501 views • 49 slides

Transformations

Transformations.

374 views • 29 slides

3D Transformation

3D Transformation. Transformation. A transformation is an operation that transforms or changes a shape . There are several basic ways you can change a shape: Translation (moving it) Rotation (turning it round) Scaling (making it bigger or smaller). Shear (changing the main shape).

429 views • 29 slides

694 views • 25 slides

Transformations

Transformations. Mohan Sridharan Based on slides created by Edward Angel. Objectives. Introduce standard transformations: Rotation. Translation. Scaling. Shear. Derive homogeneous coordinate transformation matrices. Build arbitrary transformation matrices from simple transformations.

432 views • 24 slides

Lecture 3 Supplement

Lecture 3 Supplement. Prof. Hsien-Hsin Sean Lee School of Electrical and Computer Engineering Georgia Institute of Technology. Rotation Along an Arbitrary Axis. Transform the axis to cross origin (0,0,0) Transform the axis around X onto the XZ plane

174 views • 7 slides