<--- Back to Details
First PageDocument Content
Computing / MetaPost / PostScript / Public domain software / Cartesian coordinate system / Plot / Euclidean vector / Mathematics / Algebra / Vector graphics markup languages
Date: 2004-07-01 13:22:00
Computing
MetaPost
PostScript
Public domain software
Cartesian coordinate system
Plot
Euclidean vector
Mathematics
Algebra
Vector graphics markup languages

MetaPlot, MetaContour, and Other Collaborations with METAPOST Brooks Moses Mechanical Engineering, Stanford University, Building 520, Stanford, CA 94305

Add to Reading List

Source URL: ctan.mines-albi.fr

Download Document from Source Website

File Size: 279,01 KB

Share Document on Facebook

Similar Documents

A COMPLETE WORST-CASE ANALYSIS OF KANNAN’S SHORTEST LATTICE VECTOR ALGORITHM ´† GUILLAUME HANROT∗ AND DAMIEN STEHLE Abstract. Computing a shortest nonzero vector of a given euclidean lattice and computing a closes

A COMPLETE WORST-CASE ANALYSIS OF KANNAN’S SHORTEST LATTICE VECTOR ALGORITHM ´† GUILLAUME HANROT∗ AND DAMIEN STEHLE Abstract. Computing a shortest nonzero vector of a given euclidean lattice and computing a closes

DocID: 1uAnv - View Document

The Kepler Problem Revisited: The Runge–Lenz Vector Math 241 Homework John Baez  Whenever we have two particles interacting by a central force in 3d Euclidean space, we have

The Kepler Problem Revisited: The Runge–Lenz Vector Math 241 Homework John Baez Whenever we have two particles interacting by a central force in 3d Euclidean space, we have

DocID: 1shYd - View Document

The Kepler Problem Revisited: The Laplace–Runge–Lenz Vector March 6, 2008 John Baez  Whenever we have two particles interacting by a central force in 3d Euclidean space, we have

The Kepler Problem Revisited: The Laplace–Runge–Lenz Vector March 6, 2008 John Baez Whenever we have two particles interacting by a central force in 3d Euclidean space, we have

DocID: 1sei8 - View Document

– the FoM for “rock” appears to have become very poor now. • Combining all feature dimensions from acoustic information below 20 Hz and above 4186 Hz. – (Rock recovers partly) 3.3MUSIC FilteringCONTENT

– the FoM for “rock” appears to have become very poor now. • Combining all feature dimensions from acoustic information below 20 Hz and above 4186 Hz. – (Rock recovers partly) 3.3MUSIC FilteringCONTENT

DocID: 1rtLo - View Document

The Intervalgram: An Audio Feature for Large-scale Melody Recognition Thomas C. Walters, David A. Ross, and Richard F. Lyon Google, 1600 Amphitheatre Parkway, Mountain View, CA, 94043, USA

The Intervalgram: An Audio Feature for Large-scale Melody Recognition Thomas C. Walters, David A. Ross, and Richard F. Lyon Google, 1600 Amphitheatre Parkway, Mountain View, CA, 94043, USA

DocID: 1rsKd - View Document