'Axis angle' presentation slideshows

CSCE 689: Computer Animation Rotation Representation and Interpolation

744 views • 73 slides

CPSC 641: Computer Graphics Rotation Representation and Interpolation

856 views • 63 slides

PSFs that are used in SAS:

685 views • 62 slides

Superbeam long baseline experiments

100830 Neutrino Summer School @Tokai. Superbeam long baseline experiments. Takashi Kobayashi KEK. n e. n m. n t. 3 flavor mixing of neutrino. Flavor eigenstates. Mass eigenstates. m 1. Unitary matrix. m 2. m 3. 6 parameters q 12 , q 23 , q 13 , d

696 views • 61 slides

Orientation & Quaternions

627 views • 57 slides

Orientation Representation

Orientation Representation. Jim Van Verth NVIDIA Corporation ( jim@essentialmath.com ). Topics Covered. What is orientation? Various orientation representations Why quaternions rock. Orientation vs. Rotation. Orientation is described relative to some reference frame

556 views • 55 slides

XRT Point Spread Function Andy Read

611 views • 53 slides

XRT Point Spread Function Andy Read

539 views • 53 slides

Superbeam long baseline experiments

100830 Neutrino Summer School @Tokai. Superbeam long baseline experiments. Takashi Kobayashi KEK. n e. n m. n t. 3 flavor mixing of neutrino. Flavor eigenstates. Mass eigenstates. m 1. Unitary matrix. m 2. m 3. 6 parameters q 12 , q 23 , q 13 , d

585 views • 49 slides

PSF in-flight calibration for PN camera

PSF in-flight calibration for PN camera. Simona Ghizzardi Silvano Molendi. DATA SAMPLE : - 110 SOURCES (TARGET) included. ENERGY RANGES : 0.3 keV [200-400] eV 0.6 keV [400-800] eV 1.0 keV [800-1200] eV 1.8 keV [1200-2400] eV 3.7 keV [2400-5000] eV 6.5 keV [5000-8000] eV

555 views • 43 slides

PSF in-flight calibration for PN camera

PSF in-flight calibration for PN camera. Simona Ghizzardi Silvano Molendi. DATA SAMPLE : - 110 SOURCES (TARGET) included. ENERGY RANGES : 0.3 keV [200-400] eV 0.6 keV [400-800] eV 1.0 keV [800-1200] eV 1.8 keV [1200-2400] eV 3.7 keV [2400-5000] eV 6.5 keV [5000-8000] eV

435 views • 43 slides

The XRT Point Spread Function Andy Read

The XRT Point Spread Function Andy Read. The XRT Point Spread Function Andy Read Updates from previous BOC meeting New developments, remodellings, central peaks, EBG, triangles & pentagons Migrating into CAL & SAS: CCF, arfgen et al, - The Full 2-D PSF

433 views • 43 slides

1.11k views • 38 slides

3D Kinematics

Consists of two parts 3D rotation 3D translation The same as 2D. 3D rotation is more complicated than 2D rotation (restricted to z-axis) Next, we will focus on the spatial (3D) rotation. 2D (rigid body) kinematics C.M. translation and rotation. 3D Kinematics. Euler angles Axis-angle

635 views • 28 slides

ORIENTATION

ORIENTATION. Interpolating rotations is difficult. Use Quaternions. Object Representation. Define object in world space Object space data Scale Rotation Translation. Desired operations Interpolation between transformations Concatenation of one transformation after another.

444 views • 27 slides

CS 551/645 Fall 2000

CS 551/645 Fall 2000. Parameterized Rotations, Curves, and Surfaces. Administrivia. Demo code for assignment 2 is online Go to assignment 2 page on class web page Test cases for assignment 2 are online Go to assignment 2 page on class web page gluScaleImage() working?

420 views • 26 slides

ORIENTATION

ORIENTATION. Interpolating rotations is difficullt. Use Quaternions. Object Representation. Define object in world space Object space data Translation Rotation Scale. Desired operations Interpolation Concatenation. Handle rotation, translation, scale independently. <= repeat.

264 views • 26 slides

Rotation Representations

Rotation Representations. Rotations Differ from Translations. Rotations are non-Euclidean like travelling on a globe vs. a grid Rotations are not commutative x-rotate, y-rotate is not equal y-rotate, x-rotate etc. Rotations are non-linear

261 views • 10 slides