Mathematics Complete(All books Categorized)

Mathematics Complete(All books Categorized)

Algebra :

A Computational Introduction To Number Theory And Algebra - Victor Shoups
A course in computational algebraic number theory - Cohen
A Course in Homological Algebra - P. Hilton, U. Stammbach
A Course In Universal Algebra - S. Burris and H.P. Sankappanavar
A First Course In Linear Algebra - Robert A. Beezer
A First Course in Noncommutative Rings - T. Lam
A Primer of Algebraic D-modules - S. Coutinho
Abel's Theorem in Problems and Solutions - V.B. Alekseev
Abstract Algebra - the Basic Graduate Year - R. Ash
Advanced Modern Algebra - Joseph J. Rotman
Algebra & Trigonometry Graphs & Models 3rd ed - Marvin L. Bittinger
Algebra Abstract - Robert B. Ash
Algebra Demystified - Rhonda Huettenmueller
Algebra I Basic Notions Of Algebra - Kostrikin A I , Shafarevich I R
Algebra Sucsess In 20 Minutes a Day - LearningExpress
Algebraic D-modules - A. Borel et. al
Algebraic Groups and Discontinuous Subgroups - A. Borel, G. Mostow
Algebraic Surfaces and Holomorphic Vector Bundles - R. Friedman
Algorithmic Algebra - B. Mishra
Algorithms for Computer Algebra - K. Geddes, S. Czapor, G. Labahn
An Elementary Approach to Homological Algebra - L. Vermani
An Introduction To Linear Algebra - Kenneth Kuttler
Applications of Abstract Algebra with MAPLE - R. Klima, N. Sigmon, E. Stitzinger
Applied Linear Algebra And Matrix Analysis - Thomas S. Shores
Applied Numerical Linear Algebra - James W. Demmel
Bialgebraic Structures - W. Kandasamy
Calculus approach to matrix eigenvalue algorithms - Hueper
Commutative Algebra 2nd ed. - H. Matsumura
Commutative Ring Theory - H. Matsumura
Compact Numerical Methods for Computers Linear Algebra and Function Minimisation 2Ed - Adam Hilger
Computational Commutative Algebra - Kreuzer and Robbiano
Computer Algebra and Differential Equations - E. Tournier
Determinants and Their Applications in Mathematical Physics - R. Vein, P. Dale
Differential Galois Theory - M. van der Put, M. Singer
Elementary Linear Algebra - K. R. MATTHEWS
Elements of Abstract and Linear Algebra - E. H. Connell
Fileds and Galois Theory [jnl article] - J. Milne
fundamental problems in algorithmic algebra - chee keng yap
Galois Theory 2nd ed. - E. Artin
Group Characters, Symmetric Functions and the Hecke Algebras - D. Goldschmidt
Handbook of Algebra Vol 1 - M. Hazewinkel
Handbook of Algebra Vol 2 - M. Hazewinkel
Hankel and Toeplitz Matrices and Forms - I. Iohvidov
Homotopical Algebra - D. Quillen
Intro Abstract Algera - P.Garret
Introduction to Commutative Algebra - M. Atiyah, I. Macdonald
Invitation to Higher Local Feilds - I. Fesenko, M. Kurihara
Lectures on Matrices - wedderburn
Linear Algebra - Jim Hefferon
Linear algebra 3ed - Greub, W.H
Linear Algebra And Its Applications - David C Lay
Linear Algebra and Its Applications 3e - Gilbert Strang
Linear Algebra and Multidimensional Geometry - R. Sharipov
LINEAR ALGEBRA and SMARANDACHE LINEAR ALGEBRA - w. b. vasantha kandasamy
Linear Algebra Done Right, 2nd Ed - Sheldon Axler
Linear Algebra Gateway to Mathematics - Robert Messer
Linear Algebra with Applications 3rd Edition - Nicholson, W. Keith
Linear Algebra, 2Nd Edition - Kenneth Hoffmann And Ray Kunze
Linear algebraic groups 2ed - Borel A
Logic and Boolean Algebra - Kathleen and Hilbert Levitz
Matrices Over Commutative Rings - W. Brown
Matrices theory and applications - Serre D.
Matrix Analysis & Applied Linear Algebra - Carl D Meyer
Matrix Theory - [jnl article] - T. Banks
Methods of Homological Algebra - S. Gelfand, Y. Manin
Modern Algebra With Applications 2Ed - Gilbert, Nicholson
Modern Computer Algebra - Von Zur Gathen, Gerhard
Operator Algebras and Quantum Statistical Mechanics V1 2nd ed. - O. Bratelli.djv
Operator Algebras and Quantum Statistical Mechanics V2 2nd ed. - O. Bratelli.djv
Polynomials and Polynomial Inequalities
Quadratic Forms and their Applications
Ring of Quotients - Introduction to Methods of Ring Theory - Bo Stenstrom
SCHAUM'S OUTLINE OF THEORY AND PROBLEMS OF LINEAR ALGEBRA Second Edition - SEYMOUR LIPSCHUTZ
Schemes - D. Eisenbud, J. Harris
SMARANDACHE FUZZY ALGEBRA - W. B. Vasantha Kandasamy
Smarandache Loops - W. Kandasamy
Smarandache Near-Rings - W. Kandasamy
Smarandache Rings - W. Kandasamy
Smarandache Semirings, Semifields,Semi Vector Spaces - W. Kandasamy
Structure and Representation of Jordan Algebras - N. Jacobson
The Algebraic Theory of Spinors and Clifford Algebras - C. Chevalley
The Theory Of Algebraic Numbers 2nd ed. - H. Pollard, H. Diamond
Toposes, Triples and Theories - M. Barr, W. Wells
Treatise on Quantum Clifford Algebras - Fauser
Vector Math for 3D Computer Graphics - Interactive Tutorial
Workbook in Higher Algebra - David Surowski

Code:

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Algebraic geometry :

Abelian Varieties - D. Mumford
Algebraic Curves and Riemann Surfaces - R. Miranda
Algebraic Geometry - D. Bump
Algebraic Geometry - Js Mine
Algebraic Geometry - R. Hartshorne
Algebraic geometry I-V - Shafarevich I.R
Algebraic Geometry I. From Algebraic Varieties to Schemes - K. Ueno
Combinatorial Convexity and Algebraic Geometry - G. Ewald
Commutative Algebra, with a View Toward Algebraic Geometry - D. Eisenbud
Computational Algebraic Geometry - F. Eyssette, A. Galligo
Current Trends in Arithmetical Algebraic Geometry - K. Ribet
Geometric Algebra - E. Artin.djv
Geometric Algebra and its Application to Mathematical Physics - C. Doran
Geometry of Algebraic Curves (vol 1) - E. Arabello, M. Cornalba, P. Griffiths, J. Harris
Introduction to Algebraic Geometry - Dolgachev
Mirror Symmetry and Algebraic Geometry - D. Cox, S. Katz
Moduli of Curves - J. Harris, I. Morrison
Positivity In Algebraic Geometry - R. Lazarsfeld
Real Algebraic Geometry - J. Bochnak, M. Coste, M. Roy
Zeta Functions, Introduction to Algebraic Geometry - Thomas

Code:

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http://www.rapidsafe.net/rc-cjNxgDOxcTM/Algebraic_geometry.part2.rar

Analysis :

A Course of Higher Mathematics vol 1 - V. Smirnov.djv
A Course of Higher Mathematics vol 2 - V. Smirnov.djv
A Course of Modern Analysis 4th ed. - E. Whittaker, G. Watson.djv
A Quick Introduction to Tensor Analysis - R. Sharipov
Acourse of pure mathematics - Hardy
Algebraic Numbers and Fourier Analysis - Salem
An Introduction to Complex Analysis for Engineers - M. Adler
An Introduction To Functional Analysis - Vitali Milman
An Introduction to Numerical Analysis for Electrical and Computer Engineers - Wiley
Analysis - Hyland
Analysis and Simulation of Chaotic Systems 2nd ed. - F. Hoppensteadt
Applied and Computational Complex Analysis Vol 1 - P. Henrici
Applied and Computational Complex Analysis Vol 2 - P. Henrici
Applied Nonlinear Analysis - A. Sequeira, H. da Vega, J. Videman.djv
Automorphic Forms on GL(2) - H. Jacquet, R. Langlands
Automorphic Forms, Representations and L-Functions Part 1 - A. Borel, W. Casselman
Automorphic Forms, Representations and L-Functions Part 2 - A. Borel, W. Casselman
Basic Analysis - K. Kuttler
Basic Elements of Real Analysis - M. Protter
Basic Math Conecpts - E. Zakon
Complex Analysis - Ahlfors
Complex Analysis - cain
Complex Analysis - K. Houston
Complex Analysis 2nd ed. - L. Alhford
Computer Analysis of Number Sequences - H. Ibstedt
Convex Analysis and Non Linear Optimization Theory and Examples - Borwein,Lewis
Differential Inequalities - J. Szarski.djv
Elementary Numerical Analysis An Algorithmic Approach, 3rd Ed - de Boor
Finite Element Analysis Theory and Application with ANSYS - S. Moaveni
Foundations of Algebra and Analysis - C. Dodge
Foundations of modern analysis - Friedman
Foundations of Real and Abstract Analysis - Axler , Gehring , Ribet
Fourier analysis on groups - Rudin, Walter
Fourier Theory - B. Clarke
Functional Analysis - K Yoshida
Functional Analysis - W. Rudin
Functional Analysis and Semi-Groups - E. Hille, R. Phillips
Functional Equations in a Single Variable - M. Kuczma.djv
Functional Operators, Vol.1 - Measures and Integrals - J. von Neumann
Functions of One Complex Variable 2nd ed. - J. Conway
Fundamental Numerical Methods and Data Analysis - G. W. Collins
Harmonic Analysis And Partial Differential Equations - B. Dahlberg, C. Kenig
Harmonic Analysis on Semisimple Lie Groups - V. Varadarajan.djv
Harmonic Analysis, Real Variable Methods Orthogonality & Oscillatory Integrals - Stein
Homeomorphisms in Analysis - C. Goffman, T. Nishiura, D. Waterman.djv
Integral Equations - A Practical Treatment - D. Porter, D. Stirling.djv
Integral Equations - H. Hochstadt.djv
Introduction to Complex Analysis - R. Nevanlinna, V. Paatero
Introduction to Complex Analysis Lecture notes - W. Chen
Introduction to Numerical Analysis 2 ed - J.Stoer,R.Bulirsch
Introduction To p-adic Numbers and p-adic Analysis - A. Baker
Introduction to the theory of Fourier's series and integrals 2ed- Carslaw H.S.
Introductory Real Analysis - A. Kolmogorov, S. Fomin
Manifolds, Tensor Analysis and Applications 3rd ed. - Marsden, Ratiu and Abraham
Mathematical analysis - Apostol T.M.
Mathematical Analysis - E. Zakon
Mathematical Methods of Engineering Analysis - E. Cinlar, R. Vanderbei
Mathematics of the Discrete Fourier Transform
Means of Hilbert Space Operators - F. Hiai, H. Kosaki
Measure And Integral an introduction to Real analysis - Wheeden and Zygmund,
Mixed Motives - M. Levine
Monotone Operators in Banach Space and Nonlinear partial differential equation - P. Showalter
Nonlinear System Theory - W. Rugh
Notions of Convexity - L. Hoermander
p-adic numbers, p-adic analysis, and zeta-functions 2nd ed. - N. Koblitz
Partial Differantial Equations and Fourier Analysis an Introduction - K. Tung
Principles and Applications of Tensor Analysis - M. Smith
Principles of Mathematical Analysis 3ed - Rudin W
Real And Complex Analysis International Student edn - W. Rudin
Real and complex analysis third edition - Rudin
Real Mathematical Analysis- Charles Chapman
Summation of Series 2nd rev. ed. - L. B. W. Jolley
The Elements of Real Analysis - R. Bartle
The Theory Of The Riemann Zeta-Function -Titshmarch
theory and Problems Of Fourier Analysis with Applications to Boundary value problems - Spiegel
Theory of Functions of a Real Variable - S. Sternberg
Vector and Tensor Analysis with Applications - A. Borisenko and I.Tarapov.djv

Code:

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Applied mathematics :

A First Course On Wavelets - E. Hernandez, G. Weiss
Applied Mathematics - P. Oliver, C. Shakiban
Chaos Theory Tamed - G. Williams
Classification of Nuclear C-algebras - Entropy in Operator Algebras
Explaining Chaos - P. Smith
Fundamentals of Wavelets - Theory, Algorithms, and Applications - J. Goswami, A. Chan
Information Theory - R. Ash
Intro to the Math. and Stat. Foundations of Econometrics - H. Bierens
Introduction To Finite Mathematics, 3Rd Edition
Inverse Problem Theory and Methods for Model Parameter Estimation - A. Tarantola
Linear Programming - Foundation and Extensions 2nd ed. - R. vanderbei
Mathematics of Quantum Computation - Chen and Brylinski
Probabilistic Inference Using Markov Chain Monte Carlo Methods - R. Neal
Renormalization Groups - G. Benfatto, G. Gallavotti
The Mathematical Theory Of Cosmic Strings - M. Anderson
Theory and Problems of Finite Mathematics (Schaums Outlines) - S. Lipschutz

Code:

http://www.rapidsafe.net/rc-QGMihDOxcTM/Applied_mathematics.part1.rar
http://www.rapidsafe.net/rc-kjMihDOxcTM/Applied_mathematics.part2.rar

calculus :

A Treatise On The Differential Calculus with numerous examples - Todd Hunter
Advanced Calculus - a Differential Forms Approach - H. Edwards
Advanced Calculus - Widder D.V.
Advanced Calculus 2Ed , 1990 - Loomis L H , Sternberg S
Advanced Calculus 2Nd Ed - wrede & Spiegel
Advanced Calculus 3rd Edition - Taylor Angus & Wiley.Fayez
Advanced Calculus and Analysis - Ian craw
Advanced Calculus fifth edition - Wilfred Kaplan
Advanced Calculus of real valued functions of real variable and vectored valued functions of a vector variable - Sagan
Advanced Calculus With Applications In Statistics - A Khuri
An introduction to the fractional calculus and fractional differential equations - Miller K.S., Ross B.
Calculus 5th Edition - James Stewart solution
Calculus 5th Edition - James Stewart
Calculus Bible
Calculus Concepts and Contexts 2nd Ed - James Stewart
Calculus Demystified - Krantz
Calculus for the Clueless - Calc.I - Bob Miller's
Calculus for the Clueless, Calc II - Bob Millers
Calculus For The Utterly Confused - Oman
CALCULUS OF FINITE DIFFERENCES - jordan
Calculus of Variations & Optimal Control - Sasane
Calculus of Variations & Solution Manual - Russak
Calculus Of Variations, With Applications To Physics And Engineering - Weinstock R
Calculus on manifolds - Spivak, M.
Calculus With Complex Numbers - Read
Calculus Workbook For Dummies - Mark Ryan
Calculus, applications and theory - K Kuttler
Derivatives and Integrals Chart (basic)
Dictionary of analysis, calculus, and differential equations - Gibilisco
Differential Forms, a Complement to Vector Calculus - S. Weintraub
Elementary calculus an infinitesimal approach 2ed - Keisler H.J.
Elementary Textbook on the Calculus - Snyder
Foundations Of Differential Calculus - Euler
Foundations Of Infinitesimal Calculus 2nd ed. - K. Stroyan
From Calculus to Chaos - D. Acheson
Functional Calculus of Pseudo-Differential Boundary Problems - Birkhauser
Geometric Approach to Differential Forms - D. Bachman
Handbook Of Integral Equations - A. Polyanin, A. Manzhirov
How To Solve Word Problems In Calculus - Don
INTRODUCTION TO THE CALCULUS OF VARIATIONS - Bernard Dacorogna
Introduction To The Calculus Of Variations - Byerly 1917
Master Math Pre-Calculus And Geometry - Debra Ross
Mathematical Background Foundations of Infinitesimal Calculus 2nd Ed - K. D. Stroyan
Mlulti Variable Calculus and Linear Algebra, with Applications to DifFeren tial Equations and Probability SECOND EDITION - Apostol
Multivariate Calculus - Alder
On the Shoulders of Giants A Course in Single Variable Calculus - Smith & Mcleland
One-Variable Calculus, with an Introduction to Linear Algebra SECOND EDITION vol I - Apostol
Quantum calculus - Kac V. & Cheung P.
Rings of Differential Operators - J. Bjoerk.djv
Ryerson Calculus & Advanced Functions - McGraw-Hill
Selected Chapters In The Calculus Of Variations - Moser J
The Fractional Calculus Theory And Applications Of Differentiation And Integration To Arbitrary Order - Oldham K B , Spanier J
Theory and Problems of ADVANCED CALCULUS Second Edition - WREDE & SPIEGE
Theory and Problems of Beginning Calculus Second Edition - Elliott Mendelson
THEORY AND PROBLEMS OF DIFFERENTIAL AND INTEGRAL CALCULUS Third Edition - AYRES & MENDELSON
Vector Calculus - Theodore Voronov

Code:

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CRC Concise Encyclopedia of Mathematics :

CRC Concise Encyclopedia of Mathematics [part 1 of 4] - E. Weisstein
CRC Concise Encyclopedia of Mathematics [part 2 of 4] - E. Weisstein
CRC Concise Encyclopedia of Mathematics [part 3 of 4] - E. Weisstein
CRC Concise Encyclopedia of Mathematics [part 4 of 4] - E. Weisstein

Code:

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Cryptography :

Applied Cryptography 2nd ed. - B. Schneier
Cryptography Theory And Practice - Douglas Stinson.chm
Guide to Elliptic Curve Cryptography - D. Hankerson, A. Menezes, S. Vanstone
Handbook of Applied Cryptography - A. Menezes, P. VanOorschot, S. Vanstone
Modern Cryptography Theory And Practice - Wenbo Mao

Code:

http://rapidshare.com/files/44900223/Cryptography.rar

Differential Algebra :

Differential Algebra - Joseph Ritt
Differential Algebra and Algebraic Groups - E. Kolchin
Differential Algebra and Diophantine Geometry - A. Buium
Differential Algebraic Groups - E. Kolchin
Differential Algebraic Groups of Finite Dimension - A. Buium
Differential Function Fields and Moduli of Algebraic Varieties - A. Buium

Code:

http://rapidshare.com/files/44900294/Differential_Algebra.rar

Differential Geometry :

An Introduction To Differential Geometry With Use Of Tensor Calculus - Eisenhart L P.djv
Classical differential geometry of curves and surfaces - Varliron G.
Complex Analytic and Differential Geometry - J. Demailly
Complex Analytic Differential Geometry - Demailly
Course of Differential Geometry - R. Sharipov
Differential and Physical Geometry - J. Lee
Differential Geometry in Physics - G. Lugo (
Foundations Differential Geometry - Michor
Foundations of Differential Geometry - P. Michor
Foundations of Differential Geometry vol 1 - Kobayashi, Nomizu
Intro to Differential Geometry and General Relativity - S. Warner
Introduction to Differential Geometry & General Relativity - waner
Lectures on Differential Geometry - S. Chen, W. Chen, K. Lam
Minkowski Geometry - A. Thompson
Modern Differential Geometry for Physicists 2nd ed. - C. Isham
Natural Operations in Differential Geometry - Ivan ,Peter, Jan

Code:

http://rapidshare.com/files/44900475/Differential_Geometry.rar

differentials equations :

A First Course in Partial Differential Equations with complex variables and transform methods - H. Weinberger
A Treatise on Differential Equations 2nd ed. - A. Forsyth.djv
An Introduction to MultiGrid Methods - P. Wesseling
Difference Equations and Inequalities - Theory, Methods, and Applications 2nd ed. - P. Agarwal.djv
Differential Equations Crash Course - R. Bronson
Differential Equations From the Group Standpoint - L. Dickson.djv
Differential Equations with Mathematica - M. Abell, J. Braselton
Differential Equations, Dynamical Systems and Linear Algebra - M. Hirsch, S. Smale.djv
Differential Subordinations, Theory and Applications - S. Miller, P. Mocanu.djv
Elementary Differential Equations and boundry value problems 7th ed. - W. Boyce, R. Diprima
Exterior Diff Systems And Euler-Lagrange Partial Diff Eqns - Bryant, Griffiths and Grossman
Galois Theory of Linear Differential Equations - M. van der Put, M. Singer
Generalized Difference Methods for Differential Equations - R. Li, Z. Chen, W. Wu
Hilbert Space Methods For Partial Differential Equations - R. Showalter
Introduction to Partial Differential Equations - A Computational Approach - A. Tveito, R. Winther
Introduction to Stochastic Differential Equations v1.2 (Berkeley lecture notes) - L. Evans
Introduction To Tensor Calculus & Continuum Mechanics - J. Heinbockel
Linear Diff Eqns in the Complex Domain - Problems of Analytic Continuation Y. Sibuya.djv
Mesh-free Methods - Moving Beyond Finite Element Methods - G. Liu
Nonlinear Analysis & Differential Equations, An Introduction - Schmitt & Thompson
Nonlinear Partial Differential Equations - G. Chen, E. DiBenedetto.djv
Numerical Methods for Ordinary Differential Equations - J.C. Butcher
Numerical Methods for Partial Differential Equations 2nd ed. - W. Ames
Ordinary Differential Equations - P. Hartman.djv
Ordinary Differential Equations - V. Arnold.djv
Ordinary Differential Equations and Dynamical Systems - G. Teschl
Ordinary Differential Equations, with Intro to Lie Theory - J. Page
Partial Differential Equations - L. Evans
Partial Differential Equations and Mathematica - P. Kythe
Partial differential equations and the finite element method - Pave1 Solin
Partial Differential Equations Vol 1 - Basic Theory - M. Taylor.djv
Partial Differential Equations Vol 2 - Qualitative Studies of Linear Equations - M. Taylor.djv
Partial Differential Equations Vol 3 - Nonlinear Equations - M. Taylor.djv
Partial Differential Equations, (MA3132 lecture notes) - B. Neta (
Singular Perturbation Theory - Math and Analyt Technique w. appl to Engineering - R. Johnson
Stochastic Differential Equations 5th ed. - B. Oksendal
The Qualitative Theory of Ordinary Diff. Equations - F. Brauer, H. Nohel

Code:

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http://rapidshare.com/files/44901173/differentials_equations.part2.rar

Discrete Mathematics :

A First Course in Discrete Mathematics 2nd ed - ANdersonn
Advanced Combinatorics (revised) - L. Comtet
Algorithm theory - Penttonen,Meineche
Algorithms - R. Sedgewick
Algorithms and Complexity - wilf
Combinatorics - Topics, Techniques and Algorithms - P. Cameron
Combinatorics 2nd ed. - R. Merris
Concrete Mathematics - R. Graham, D. Knuth, O. Patashnik
Discrete Math in Computer Science - Bogart , Stein
Discrete Mathematics - Chen
Discrete Mathematics - Yale
Discrete Mathematics And Its Applications 4Th Ed - Rosen
Discrete Mathematics for New Technology Second Edition - Garnier , Taylor
Generatingfunctionology - H. Wilf
Handbook of Combinatorics Vol 2 - R. Graham, M. Grotschel, L. Lovasz
Handbook of discrete and combinatorial mathematics - Crc Press
Introduction to Algorithms 2nd ed. - MIT Faculty
Introduction to Genetic Algorithms for Scientists and Engineers - D. Coley
Monte Carlo Concepts, Algorithms and Applications - G. Fishman
Probabilistic methods in algorithmic discrete mathematics - Springer
Representations for Genetic and Evolutionary Algorithms 2nd ed. - F. Rothlauf

Code:

http://rapidshare.com/files/44901497/Discrete_Mathematics.part1.rar
http://rapidshare.com/files/44901568/Discrete_Mathematics.part2.rar

Dynamical Systems :

Dynamical Systems - G. Birkhoff
Dynamical Systems and Fractals - Computer Graphics Exper. in Pascal - K. Becker, M. Dorfler
Elementary Catastrophe Theory - P. Michor

Code:

http://rapidshare.com/files/44901608/Dynamical_Systems.rar

Encyclopedia of Mathematics - Gale Group :

Encyclopedia of Mathematics - Gale Group (Vol.1 Ab-Cy)
Encyclopedia of Mathematics - Gale Group (Vol.2 Da-Lo)
Encyclopedia of Mathematics - Gale Group (Vol.3 Ma-Ro)
Encyclopedia of Mathematics - Gale Group (Vol.4 Sc-Ze)

Code:

http://rapidshare.com/files/44901643/Encyclopedia_of_Mathematics_-_Gale_Group.rar

Fun :

Abel's Proof - Essay on the Sources and Meaning of Mathematical Unsolvability - P. Pesic
Breakthroughs in Mathematics - P. Wolff
Math Wonders to Inspire Teachers and Students
Prime Numbers - The Most Mysterious Figures in Math
The Art of the Infinite - The Pleasures of Math
The Riemann Hypothesis The Greatest Unsolved Problem in Mathematics . - J. Derbyshire.djv
Wiley Mathematical Journeys

Code:

http://rapidshare.com/files/44902052/Fun.rar

Geometry :

Euclid's Elements
Algebraic geometry a first course - Harris.J
Computational Geometry algorithms and applications 2d ed - De berg
Computational Geometry in C - J o'orourk
Computational Geometry Methods And Applications - chen
Conceptual Spaces The Geometry Of Thought - Gardenfors.chm
Exploring Analytic Geometry with Mathematica - D. Vossler
Exploring analytic geometry with Mathematica - Vossler
Fractal Geometry Mathematical Foundations & Applications - Falconer
Fundamentals of College Geometry 2nd ed. - E. M. Hemmerling
Fundamentals of Mathematics Vol.2, Geometry - Behnke, Bachmann
Geometric Models for Noncummutative Algebras - A.da Silva, A. Weinstein
Geometry Asymptotics - Guillemin,Sternberg
Glimpses of Algebra and Geometry, 2nd Edition - Verlag
Handbook of discrete and computational geometry and its applications - Rosen
Introduction to geometry 2ed - coxeter
Introduction to Lie groups and symplectic geometry - Bryant R.L.
Mirrors and Reflections- The Geometry of Finite Reflection Groups - A. Borovik, A. Borovik
Non-Euclidean Geometry 6th ed. - H.S.M. Coxeter
Plane Analytic Geometry With Differential Calculus - Maxime Bocher
Sphere Packings - C. Zong
The Geometry & Topology of 3-Manifold - Thurston
The Geometry of Hamilton and Lagrange Spaces - Miron, Hrimiuc, Shimara, Sabau.
The Geometry of Schemes - Eisenbud D., J.Harris.
Treatise of plane geometry through geometric algebra - Calvet R.G. -

Code:

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http://rapidshare.com/files/44902692/Geometry.part2.rar
http://rapidshare.com/files/44903074/Geometry.part3.rar
http://rapidshare.com/files/44903102/Geometry.part4.rar

Graph Theory :

Graph Theory - R. Diestel
Graph Theory With Applications - J. Bondy, U. Murty

Code:

http://rapidshare.com/files/44903232/Graph_Theory.rar

Group Theory :

Planar Graph Drawing - T. Nishizeki, M. Rahman
Abstract Theory of Groups - O. Schmidt
An Elementary Introduction to Groups and Representations - B. Hall
Buildings and Classical Groups - P. Garrett
Cohomological Topics in Group Theory - K. Gruenberg
Galois Theory 2nd ed. - E. Artin
Group Theory (Lie's, Tracks and Exceptional Groups) - P. Cvitanovic
Group Theory Exceptional Lie Groups As Invariance Groups - P. Cvitanovic
Group Theory [jnl article] - J. Milne
Groupoids. and Smarandache Groupoids - W. Kandasamy
Introduction To Groups, Invariants and Particles
Introduction to the Theory of Groups - G. Polites
Isometric Actions of Lie Groups and Invariants [jnl article] - P. Michor
Lectures on Lie Groups - D. Milicic
Lie Algebras - S. Sternberg
Linear Algebraic Groups - A. Borel
Problems in Group Theory - J. Dixon
Quantum Groups and Knot Algebra - T. Dieck
Representation Theory - A First Course - W. Fulton, J. Harris
Representation Theory of Lie groups - M. Atiyah et al.
Smarandache Semigroups - W. Kandasamy
The Classification of the Finite Simple Groups - D. Greenstein, R. Lyons, R. Solomon
The Theory of Groups - H. Bechtell
the Theory of Groups 2nd ed. Vol.1 - A. Kurosh
Theory Of Groups of Finite Order - W. Burnside

Code:

http://rapidshare.com/files/44903594/Group_Theory.rar

Math For Engineers :

Advanced Mathematical Methods for Scientists and Engineers - C. Bender, S. Orszag.djv
CRC Press - Dictionary of Applied Math for Engineers and Scientists - D. Clark
CRC Press - Elem. Math. and Comp. Tools for Engineers using MATLAB - J. Manassah
Engineering Mathematics 4th ed. - J. Bird
Essential Math Skills for Engineering, Science and Appl Math - S. Barry, S. Davis.djv
Intro to Methods of Appl. Math - Adv Math Methods for Scientists and Engineers - S. Mauch
Math - Functional and Structural Tensor Analysis for Engineers - Brannon
Math methods in physics and engineering with Mathematica - F. Cap
Math. and Phys. Data - Equations and Rules of Thumb - S. Gibilisco
Mathematical Methods of Classical Mechanics, 2nd ed., - V. I. Arnold
Mathematics for Electrical Engineering and Computing - M. Attenborough
Mathematics of Quantum Computation - G. Chen, R. Brylinski (eds)
Methods of Mathematical Physics Vol 3 - Scattering Theory - M. Reed

Code:

http://rapidshare.com/files/44904063/Math_For_Engineers.rar

Number theory :
A Computational Introduction to Number Theory and Algebra - Victor Shoup
A Concise Introduction to the Theory of Numbers- Baker A.
A Course in Arithmetic (graduate level) - J. Serre
A course in computational algebraic number theory - Cohen H.
A Course in Number Theory and Cryptography 2 ed - Neal Koblitz
A Course In Number Theory And Cryptography 2Ed - Koblitz N
Advanced Number Theory - Cohn
Algebra and number theory - Baker A.
Algebraic Groups and Number Theory - Platonov & Rapinchuk
Algebraic Number Theory - IYANAGA
ALGEBRAIC NUMBER THEORY - MILNE
Algorithmic Methods In Algebra And Number Theory - Pohst M
Algorithmic number theory - Cohen H.
Algorithmic number theory, vol. 1 Efficient algorithms - Bach E., Shallit J.
An Explicit Approach To Elementary Number Theory - stein
An Introduction to Conformal Field Theory [jnl article] - M. Gaberdiel
AN INTRODUCTION TO THE THEORY OF NUMBERS - hardy & wright
An Introduction to the Theory of Numbers - Leo Moser
An introduction to the theory of numbers 5ed - Niven I., Zuckerman H.S., Montgomery H.L.
Analytic number theory - Iwaniec H.,Kowalski E.
Analytic Number Theory - Newman D.J.
Analytic Number Theory- Jia & Matsumoto
Arithmetic Theory of Elliptic Curves - J. Coates
Computational Algebraic Number Theory - Pohst M E
Computational excursions in analysis and number theory - Borwein P.
Contributions to the Founding of the Theory of Transfinite Numbers - Georg Cantor
Definitions, Solved And Unsolved Problems, Conjectures and Theorems, In Number Theory And Geometry - Smarandache F
Elementary Methods in Number Theory - Nathanson M.B
Elementary Number Theory - Clark
Elementary Number Theory - David M. Burton
Elementary Number Theory And Primality Tests
Elementary Number Theory Notes - santos
Elementary theory of numbers - Sierpinski W.
Elliptic Curves - Notes for Math 679 - J. Milne, U. Michigan
Elliptic Curves 2nd ed. - D. Husemoeller
Geometric Theorems, Diophantine Equations and Arithmetic Functions - J. Sandor
History of the theory of numbers Vol.2. - Dickson L.E.
Introduction To Analytic Number Theory - Apostol
Introduction to Modern Number Theory Fundamental Problems, Ideas and Theories 2nd Edition - Manin I., Panchishkin A
Introduction to p-adic numbers and valuation theory- Bachman G.
Introduction to the Theory of Numbers 4th ed. - G. Hardy, E. Wright
Lectures on topics in algebraic number theory - Ghorpade
Mainly Natural Numbers - Studies on Sequences - H. Ibstedt
Math. problems and proofs combinatorics, number theory and geometry - B. Kisacanin
Mathematical Problems And Proofs Combinatorics, Number Theory, and Geometry - Kluwer Academic
My Numbers, My Friends - Popular Lectures on Number Theory
My Numbers,My Friends Popular Lectures On Number Theory - Ribenboim
Number Theory - Z.Borevitch, I. Shafarevich
Number theory for beginners - Weil A.
Number theory for computing - Yan S Y.
Numerical Mathematics - A. Quarteroni, A. Sacco, F. Saleri
Numerical Methods for Engineers and Scientists 2nd ed. - J. Hoffman
Numerical Optimization - J. Nocedal, S. Wright
Numerical Recipes in C - The Art Of Scientific Computing 2nd ed.
Numerical Recipes in Fortran 77 2nd ed. Vol 1
Old And New Problems And Results In Combinatorial Number Theory - Erdos, P.&Graham, R.L
Only Problems Not Solutions - F. Smarandache
Prime Numbers The Most Mysterious Figures in Math - D. Wells
Problems In Algebraic Number Theory 2Ed - Murty M , Esmonde J
SOlved and unsolved problems in Number Theory - Daniel Shanks
Surfing on the Ocean of Numbers - H. Ibstedt
Survey Of Diophantine Geometry - Serge Lang
The elements of the theory of algebraic numbers - Hilbert.djv
The Foundations of Arithmetic 2nd ed. revised - G. Frege
The New Book Of Prime Number Records 3rd ed. - P. Ribenboim
The Theory of algebraic numbers sec ed - Pollard H., Diamond H.G.
the theory of functions and sets of natural numbers - Odifreddi, P
Three Pearls of Number Theory - Khinchin
Transcendental number theory - Baker A.
Unsolved Problems In Number Theory 2 Ed - R K Guy.djv

Code:

http://rapidshare.com/files/44904459/Number_theory.part1.rar
http://rapidshare.com/files/44904770/Number_theory.part2.rar
http://rapidshare.com/files/44905184/Number_theory.part3.rar
http://rapidshare.com/files/44905529/Number_theory.part4.rar

Probability and statistics :

A Course In Probability Theory - Chung K L
An Introduction to Probability Theory - Geiss
An Introduction to Probability Theory and its Applications Vol I - Feller W.
Applied Bayesian Modelling - P. Congdon
Applied Probability - Lange K.
Applied Probability and Stochastic Processes - Bryc
Applied Statistics And Probability For Engineers - Montgomery && Runger
Applied Statistics And Probability For Engineers solution - Montgomery && Runger
CRC - standard probability and Statistics tables and formulae - DANIEL ZWILLINGER
Foundations of Modern Probability - Olav Kallenberg
Foundations of the Theory of Probability - A.N. KOLMOGOROV
Fundamentals of Probability and Statistics for Engineers - T T Soong
Introduction to Mathematical Statistics 6th ed. - P. Hoel
Introduction To Probability - Dimitri Bertsekas And John N Tsitsiklis
Introduction to Probability - Grinstead & Snell
Introduction to Probability 2nd Ed - C M Grinstead & J L Snell
Introduction To Probability Models Sixth Ed -Sheldon M ross
Introduction to Statistical Pattern Recognition 2nd ed. - K. Fukunaga
Lectures on Probability Theory and Statistics - Jean Picard
Markov Random Fields And Their Applications - kinderman & snell
Mathematics, Pre-Calculus and Introduction to Probability
Measure Integral & Probability - Capinski & Kopp
Multivariable Bayesian Statistics - D. Rowe.djv
Probability and Finance It's only a game
Probability and its applications - Ollav Kallenberg
Probability and measurements - Tarantola A.
Probability And Statistical Inference - NITIS MUKHOPADHYAY
Probability Demystified - bluman
Probability Theory and Examples second edition - Durrett R
Probability Theory The Logic Of Science - E. T. Jaynes
Probability, random processes and ergodic properties - Gray
Probability, Random Processes, and Ergodic Properties - R. Gray
Probability, Random Variables and Random Signal Principles 2nd ed. - P. Peebles
Probability, Random Variables and Stochastic Processes 3rd ed- Papoulis
Radically Elementary Probability Theory - edward Nelson
Recent Advances in Applied Probability - Springer
Schaum's Outlines - Theory and Problems of Statistics 3rd ed. - M. Spiegel, L. Stephens
Six Sigma and Beyond Statistics and Probability, Volume III - satamtis.chm
Statistics and Probability for Engineering Applications With Microsoft® Excel - W.J. DeCoursey
Statistics for Dummies - D. Rumsey.chm
Statistics Hacks - B. Frey.chm
The Basic Practice of Statistics 3rd ed. - D. S. Moore
Theory and problems of probability - Lipschutz, Seymour
Theory and Problems of Probability, Random Variables, and Random Processes - Hwei P. Hsu
Tutorials in Probability

Code:

http://rapidshare.com/files/44905747/Probability_and_statistics.part1.rar
http://rapidshare.com/files/44906021/Probability_and_statistics.part2.rar
http://rapidshare.com/files/44906356/Probability_and_statistics.part3.rar
http://rapidshare.com/files/44906501/Probability_and_statistics.part4.rar

Ramanujan's Notebooks :

Ramanujan's Notebooks vol 1 - B. Berndt.djv
Ramanujan's Notebooks vol 2 - B. Berndt.djv
Ramanujan's Notebooks vol 3 - B. Berndt.djv
Ramanujan's Notebooks vol 4 - B. Berndt.djv
Ramanujan's Notebooks vol 5 - B. Berndt.djv

Code:

http://rapidshare.com/files/44906638/Ramanujan_s_Notebooks.rar

Topology :

A concise course in algebraic topology - May J.P.
A Panoramic View of Riemannian Geometry - M. Berger
Algebraic Topology A Computational Approach - Kaczynski , Mischaikow , Mrozek
Algebraic Topology - A. Hatcher
Algebraic Topology - S. Lefschetz
Algebraic Topology an Intuitive Approach - H. Sato
Algebraic Topology From A Homotopical Viewpoint - SPringer
Cohomology of Arithmetic Groups, L-Functions and Automorphic - T. Venkatamarana
Counterexamples In Topology - Steen , Seebach
Curvature and Homology, Revised Ed. - S. Goldberg
differential topology - Dundas
Differential Topology - Morris
Elementary Concepts In Topology - P. Alexandroff
Elementary topology a first course - Viro, Ivanov
general topology - muller
Geometry and Topology of 3-Manifolds - W. Thurston
Index Theory, Coarse Geometry, and Topology of Manifolds - J. Roe
Intorduction to Topology and Modern Analysis - G. Simmons
Introduction to Algebraic Topology and Algebraic Geometry - U. Bruzzo
Introduction to Differential Topology - Brin
Introduction to Smooth Manifolds - J. Lee
K-theory for Operator Algebras 2nd ed. - B. Blackadar
Lecture Notes On Elementary Topology And Geometry - Singer,Thorpe
Lectures on Algebraic Topology 2nd ed. - A. Dold
Notes on basic 3-manifold topology - Hatcher, Allen
Notes On The Topology Of Complex Singularities - Nicolaescu
Open Problems In Topology-Jan Van Hill, George Reed
Operator algebras and topology - Schick
Riemannian Geometry - M. doCarmo
Riemannian Geometry, a Beginners Guide - F. Morgan
Theory and problems of general topology - Lipschutz, Seymour
Topics In Topology And Homotopy Theory - Warner
topology 2Ed - James Munkres
Topology & Sobolev Spaces - Brezis
topology - Yan
Topology and functional analysis - Driver
Topology Course lecture notes - A. McCluskey, B. McMaster
Topology for Computing - ZOMORODIAN
Topology Lecture Notes - Ward, Thomas
Topology Without Tears - SIDNEY A. MORRIS
Vector Bundles and K-Theory - A. hatcher

Code:

http://rapidshare.com/files/44907028/Topology.part1.rar
http://rapidshare.com/files/44908748/Topology.part2.rar
http://rapidshare.com/files/44908814/Topology.part3.rar

useful :

Daves Math Tables
Dictionary of Algebra, Arithmetic and Trigonometry - S. Krantz
Dictionary of Classical and Theoretical Mathematics
Handbook of Mathematical Functions with Formulas, Graphs, and Mathematical Tables - M. Abramowitz, I. Stegun
McGraw Hill Mastering Technical Mathematics 2Ed
Real Analysis, Quantitative Topology, and Geometric Complexity - S. Semmes
Schaum's Mathematical Handbook of Formulas and Tables - Murray R Spiegel
Standard Mathematical Tables and Formulae 31st Edition - Zwillinger
Tables of Integrals and Other Math. Data 3rd ed. - H. Dwight
The Seven Famous Unsolved Math Puzzles
Well-Posed Linear Systems - O. Staffans

Code:

http://rapidshare.com/files/44909216/useful.rar

Ready to return~

QT fucking Hell

Qt4 with Visual Studio

From qtnode

Contrary to popular belief, you can use Qt4 with Visual Studio to create Open Source software. These instructions are for Qt 4.2.3

[NEW] unable to compile any Qt4 app ? see how to fix the bug that appears after installing service pack1 or .NET Framwork 3.0 click here ( trolltech post http://lists.trolltech.com/qt-intere...ad00584-0.html )

Contents [hide] 1 Building Qt 1.1 Obtain and install the Qt source 1.2 Download and install the patch allowing Qt to be compiled with Visual Studio compilers 1.3 Open a command prompt in the Qt source directory 1.4 Patching the Qt sources 1.5 Configuring your Qt install (and building qmake) 1.6 Building the Qt library 2 Setting up your environment 3 Testing your install 4 Creating Visual Studio projects 4.1 Notes on Creating Visual Studio projects 5 Maintaining Visual Studio Projects 6 Another way for creating and maintaining Visual Studio Projects 7 Buildproblems with Visual Studio 2005 and service pack 1

[edit]

Building Qt

[edit]

Obtain and install the Qt source

1. To start, download the source package: Download Qt (Be sure to download the source package, not the package that installs MinGW. The source package is a .zip file, whereas the binary package for use with MinGW is an executable.)
   
   
2. Unzip your Qt source to a logical location.
   Here are some suggestions:
   C:\Qt\4.2\
   C:\Qt\4.2-msvc2005\ (<-- if for instance you plan on using Visual Studio 2005)
   
   

[edit]

Download and install the patch allowing Qt to be compiled with Visual Studio compilers

1. Download acs-4.2.3-patch1.zip from sourceforge.net.
   
   
2. Unzip the contents of acs-4.2.3-patch1.zip into the directory that you have unzipped the Qt sources.
   
   

[edit]

Open a command prompt in the Qt source directory

Run cmd.exe however you prefer, but you must make sure that the Visual Studio compiler files are in your path.

• If you want to build Qt as a 64-bit library under Windows, all you need to do is use the 64-bit Command Prompt supplied with the Visual Studio Tools.
• If you are using Microsoft Visual Studio 6.0, try running vcvars32.bat from the command-line.
• If you are using Microsoft Visual Studio .NET or 2005, go into the program group called 'Visual Studio Tools' and run the command prompt shortcut.
  • Note for Visual C++ 2005 Express users (this may also apply to the non-express version) : make sure you installed the Platform SDK. Step 3 of the Platform SDK installation describes how to add paths to Visual C++. However, you also have to manually add those paths in your environment in order to compile Qt. Here is what you can do before launching the command prompt:
    • Add the three paths (LIB, INCLUDE and PATH) to your vsvars32.bat file, normally found under C:\Program Files\Microsoft Visual Studio 8\Common7\Tools. For example:

@set INCLUDE=C:\Program Files\Microsoft Visual Studio 8\VC\INCLUDE;%INCLUDE%

would become

@set INCLUDE=C:\Program Files\Microsoft Platform SDK for Windows Server 2003 R2\Include;

C:\Program Files\Microsoft Visual Studio 8\VC\INCLUDE;%INCLUDE%

A simple way to ensure your environment is setup properly is to see if nmake.exe is in your path:

C:\Qt\4.2> nmake /?

Microsoft (R) Program Maintenance Utility Version 8.00.50727.42
Copyright (C) Microsoft Corporation.  All rights reserved.

Usage:  NMAKE @commandfile
       NMAKE [options] [/f makefile] [/x stderrfile] [macrodefs] [targets]

Options:

....

Once you are sure that you have the Visual Studio compiler in your path and you're at the command prompt in the Qt source directory, you are ready to proceed.

[edit]

Patching the Qt sources

If you have installed the patch files from acs-4.2.2-patch1.zip correctly, then you should be able to patch the Qt sources by running:

C:\Qt\4.2> installpatch42.bat

You should see a lot of action, which is normal, which shows all of the files that are being patched:

C:\Qt\4.2> installpatch42.bat
patching file qconfigure.bat
patching file examples/threads/waitconditions/waitconditions.pro
patching file misc/bcc32pch/Makefile.win32-borland
patching file misc/bcc32pch/bcc32pch.cpp
patching file misc/bcc32pch/bcc32pch.pri
patching file misc/bcc32pch/bcc32pch.pro
patching file mkspecs/win32-bccx/qmake.conf

   [snip]

patching file tools/porting/src/rpptreeevaluator.cpp
patching file tools/porting/src/rpptreewalker.cpp
patching file tools/porting/src/src.pro
Press any key to continue . . .
Now run qconfigure.bat

You are now ready for the next step: configuring your Qt install.

[edit]

Configuring your Qt install (and building qmake)

We will not use the standard configure.exe that ships with Qt. We will use qconfigure.bat, included with the acs-4.2.2-patch1.zip file.

But, if you are not sure about which options you want, run configure.exe with the --help option:

configure.exe  --help

A list of options will be displayed. Take note of any options that you are interested in. Note that by default, static and debug versions of the library are built - this is usually the appropriate choice for most developers.

Once you have written down (or mentally noted) which options you will use, we will run qconfigure.bat. It will in turn call configure.exe with your chosen options.

qconfigure.bat requires as the first parameter, one of the following compiler choices:

• msvc <- if you are using Visual Studio 6.0
• msvc.net <- if you are using Visual Studio .NET (2003)
• msvc2005 <- if you are using Visual Studio 2005

After the first option, you can pass qconfigure.bat any of the configure.exe you had previously noted. For instance you might type:

C:\Qt\4.2> qconfigure.bat msvc.net -release -no-stl

(This command would produce only the release libraries and would exclude STL support in Qt.)

(Note that if you want to build static libraries instead of shared, see Building static)

You will be prompted 3 times while running qconfigure.bat:

1. You will be asked to accept the GPL license. Type 'y' followed by to continue.
2. You will then be informed that qmake is about to be built. Type 'y' followed by to continue. This will take a few moments.
3. You will then be informed that the Makefiles will be generated. Type 'y' followed by to continue. This will be a short operation.

Once qconfigure.bat has finished, you will be presented with the following message:

====================================================

You are now ready to build Qt (msvc2005)

If you specified -static, type 'nmake sub-src'
              otherwise, type 'nmake'

To start over, type 'nmake distclean'
and then re-run qconfigure.bat

====================================================

You may run into this bug if you're using Visual Studio 2005 SP1.

[edit]

Building the Qt library

Once configuration and building qmake are completed, you are now ready to build the library. Simply run nmake:

C:\Qt\4.2> nmake

Qt takes a long time to compile. Now is a good time to brew a pot of coffee.

(If you have specified -static as one of your configuration options, see Building static)

[edit]

Setting up your environment

There are multiple approaches to this, but this is a foolproof way to ensure that your newly create Qt libs are usable.

Prepend the Qt bin directory to your PATH. Depending on where you installed your Qt sources, the full path may be similar to:

• C:\Qt\4.2\bin
• C:\Qt\4.2-msvc2005\bin
• C:\Qt\4.2-visual-studio\bin

Ensure that the QMAKESPEC environment variable is set to the appropriate value.

• If you use Visual Studio 6.0, then win32-msvc is the correct value.
• If you use Visual Studio .NET (2003), then win32-msvc.net is the correct value.
• If you use Visual Studio 2005, then win32-msvc2005 is the correct value.

(Note: this is the recommended practice from qtnode. You can use Qt in other ways with different settings, but this way is foolproof.)

To set your environment variables in Windows, please see http://www.cs.usask.ca/grads/wew036/latex/env.html

Note that you may have to re-open a command window before your settings are changed.

To check that your PATH is set correctly:

C:\> qmake -v
QMake version: 2.01a
Using Qt version 4.2 in C:\Qt\4.2\lib

To see if QMAKESPEC is set correctly:

C:\> echo %QMAKESPEC%
win32-msvc2005

[edit]

Testing your install

Please test your install from the command-line first. Follow the Hello World instructions.

[edit]

Creating Visual Studio projects

{Note: The following works with MS Visual Studio 2005 and 2003, and has not been tested on other versions - look for an expanded section of this section later}

To create a project, use the -t and -o options.

Normally, (as in the Hello World example), you would simply type:

prompt> qmake -project
prompt> qmake

To create a .vcproj which will be used by Visual Studio, we will type:

prompt> qmake -project -t vcapp -o projectname.pro

In this command, projectname.pro is the desired name of your project file. Be sure to include the extension .pro with your project file name.

From here, you can modify the projectname.pro file if needed. For example, in order to compile an OpenGL project, you should open the file and add QT += opengl at the beginning of the file. You can then continue with:

prompt> qmake

If the above command is executed as written in a directory that includes source files (either in that directory or in a subdirectory of that directory), a new Visual Studio project file is created:

projectname.vcproj

You can double-click on this vcproj file, or simply type its name in the command window and Visual Studio will create an associated .sln file.

The -t option was used to specify the templates used by qmake. By default, the template is app. The app template creates Makefiles which can be used on the command-line when running nmake. But since we are interest in using the Visual Studio IDE, we want a vcapp which will give us a .vcproj instead of a regular Makefile.

Note that you can also use the -tp vc option instead of -t vcapp. This will prepend vc to the default template (which is normally app).

[edit]

Notes on Creating Visual Studio projects

{Note: This may only apply to static builds. If so move this to Qt4_with_Visual_Studio_and_static_C_runtime, or else remove this note}

You can create the Visual Studio project file with your standard .pro file, using: "qmake -t vcapp".

With Qt 4.2.2 "qmake -t vcapp" forgets about the standard libraries like gdi32.lib comdlg32.lib... The best way to fix this is: you generate the Makefiles using "qmake". You look for the LIBS line in Makefile.* and add the lacking libs with "win32:LIBS +=" to the .pro file. This also applies to the method described above.

[edit]

Maintaining Visual Studio Projects

To add files to your project, you can edit your .pro file and re-run qmake. The only problem is that any customizations to your .vcproj will be lost. However, changes made to the .sln are kept and you can simply reopen the solution file after updating the .vcproj.

Can someone see if there is a better way to deal with both .pros and .slns?

[edit]

Another way for creating and maintaining Visual Studio Projects

This should be a little better way to deal with Qt and Visual Studio: You only have to maintain a .pro File, and you can use the normal build buttons in Visual Studio, and you get errors and so on shown in VS. This is written for Visual Studio.Net 2003, but should also work with Visual Studio 2005 (may somebody try please? - yes it does)

First you create a new Makefile Project in a empty solution. Then go to the project Property Pages (right click project->Properties). Make sure that Debug is the current Configuration and choose "NMake" in the left menu. Then open the Window for "Build command Line" by clicking the "..." Button. Here you enter:

%QTDIR%\bin\qmake
nmake debug

In "Rebuild Command Line" you enter:

%QTDIR%\bin\qmake
nmake debug-clean
nmake debug

And in "Clean Command Line":

%QTDIR%\bin\qmake
nmake debug-clean

Now the last change, in "Output" enter:

debug\[you app Name].exe

Now do the same thing for release Configuration, but substitute "debug" with "release" ( also in Output Path!)

Now confirm this dialog with OK and create a new File. To do so right click your project and choose Add->Add new Files. Here choose "Text File (.txt)" and as name enter "src.pro", or something similar. In this file enter:

TEMPLATE = app
CONFIG  += qt [do you config here, mine would be: "qt warn_on"]
QT  += [do you qt-config here]
SOURCES  = main.cpp
HEADERS  =
TARGET  = [your App Name]

win32:debug:CONFIG += console [->if you want to receive qDebug() messages on Windows...]

Save this file and add another file to your project: main.cpp, do it as you did it with the pro File, but choose "C++ File (.cpp)" as file type.

If you want to add another source file to your project, just add it with the add menu, and don't forget to add the files to the right section in your pro-File. This pro file can be used like any normal pro-File, without any problems.

To give you a better start-off here is a little example solution: Image:Visual studio example project 1.zip

[edit]

Buildproblems with Visual Studio 2005 and service pack 1

After installing service pack 1 for Visual Studio 2005 you will get compiler errors like this one:

c:\qt\4.1.4\include\qtcore\../../src/corelib/tools/qhash.h(805) : error C2244: 'QMultiHash::replace' : unable to match function definition to an existing declaration
       c:\qt\4.1.4\include\qtcore\../../src/corelib/tools/qhash.h(790) : see declaration of 'QMultiHash::replace'
       definition
       'QHash::iterator QMultiHash::replace(const Key &,const T &)'
       existing declarations
       'QHash::iterator QMultiHash::replace(const Key &,const T &)'

This is because of a regression in the compiler and can not be solved by Trolltech.

There are two ways to solve the problem:

• (NEW) you can download the fix by going to [1] and then English>Visual Studio 2005>VS80sp1-KB930859-X86-ENU.exe for more information you can look at the post on the Qt forum [2] (This fix work perfectly !)
• (Not recommended) you can patch the Qt libray
  

The patch for the QMap sourcecode:

==== //depot/qt/4.2/src/corelib/tools/qmap.h#3 - f:\depot_vs2005\qt-4.2\src\corelib\tools\qmap.h ====
302a303,304
>    
>     typedef typename QMap::iterator DummyMapIterator;
883,884c885,886
<>::iterator replace(const Key &key, const T &value);
<>::iterator insert(const Key &key, const T &value);
---
>     inline typename DummyMapIterator replace(const Key &key, const T &value);
>     inline typename DummyMapIterator insert(const Key &key, const T &value);

And the patch for the QHash sourcecode:

==== //depot/qt/4.2/src/corelib/tools/qhash.h#2 - f:\depot_vs2005\qt-4.2\src\corelib\tools\qhash.h ====
386a387,388
>     typedef typename QHash::iterator DummyHashIterator;
>    
841,842c843,844
<>::iterator replace(const Key &key, const T &value);
<>::iterator insert(const Key &key, const T &value);
---
>     inline typename DummyHashIterator replace(const Key &key, const T &value);
>     inline typename DummyHashIterator insert(const Key &key, const T &value);

This patch works for Qt 4.2.2 but you'll need these for Qt 4.2.3:

==== //depot/qt/4.2.3/src/corelib/tools/qmap.h#3 - f:\depot_vs2005\qt-4.2.3\src\corelib\tools\qmap.h ====
244a245,246
>     typedef typename QMap::iterator DummyMapIterator;
>
893,894c896,897
<>::iterator replace(const Key &key, const T &value);
<>::iterator insert(const Key &key, const T &value);
---
>     inline typename DummyMapIterator replace(const Key &key, const T &value);
>     inline typename DummyMapIterator insert(const Key &key, const T &value);

and

=== //depot/qt/4.2.3/src/corelib/tools/qhash.h#2 - f:\depot_vs2005\qt-4.2.3\src\corelib\tools\qhash.h ====
329a330,331
>     typedef typename QHash::iterator DummyHashIterator;
>
851,852c853,854
<>::iterator replace(const Key &key, const T &value);
<>::iterator insert(const Key &key, const T &value);
---
>     inline typename DummyHashIterator replace(const Key &key, const T &value);
>     inline typename DummyHashIterator insert(const Key &key, const T &value);

If you're trying to apply this manually, the trick is to put the typedef for the dummy iterator right after the friend declaration for the iterator in QMap or QHash.

Retrieved from "http://qtnode.net/wiki/Qt4_with_Visual_Studio"

Categories: Qt Setup

Relationships Among MFC Objects

To help put the document/view creation process in perspective, consider a running program: a document, the frame window used to contain the view, and the view associated with the document.

• A document keeps a list of the views of that document and a pointer to the document template that created the document.

• A view keeps a pointer to its document and is a child of its parent frame window.

• A document frame window keeps a pointer to its current active view.

• A document template keeps a list of its open documents.

• The application keeps a list of its document templates.

• Windows keeps track of all open windows so it can send messages to them.

These relationships are established during document/view creation. The following table shows how objects in a running program can access other objects. Any object can obtain a pointer to the application object by calling the global function AfxGetApp.

Gaining Access to Other Objects in Your Application

From object	How to access other objects
Document	Use GetFirstViewPosition and GetNextView to access the document's view list. Call GetDocTemplate to get the document template.
View	Call GetDocument to get the document. Call GetParentFrame to get the frame window.
Document frame window	Call GetActiveView to get the current view. Call GetActiveDocument to get the document attached to the current view.
MDI frame window	Call MDIGetActive to get the currently active CMDIChildWnd.

Typically, a frame window has one view, but sometimes, as in splitter windows, the same frame window contains multiple views. The frame window keeps a pointer to the currently active view; the pointer is updated any time another view is activated.

Note

A pointer to the main frame window is stored in the m_pMainWnd member variable of the application object. A call to OnFileNew in your override of the InitInstance member function of CWinApp sets m_pMainWnd for you. If you do not call OnFileNew, you must set the variable's value in InitInstance yourself. (SDI COM component (server) applications may not set the variable if /Embedding is on the command line.) Note that m_pMainWnd is now a member of class CWinThread rather than CWinApp.

How to: Convert Between Various String Types

Converting from char *

Example

This example demonstrates how to convert from a char * to the other string types listed above.

// convert_from_char.cpp
// compile with: /clr /link comsuppw.lib

#include 
#include 
#include 

#include "atlbase.h"
#include "atlstr.h"
#include "comutil.h"

using namespace std;
using namespace System;

int main()
{
   char *orig = "Hello, World!";
   cout << orig << " (char *)" << endl;

   // Convert to a wchar_t*
   size_t origsize = strlen(orig) + 1;
   const size_t newsize = 100;
   size_t convertedChars = 0;
   wchar_t wcstring[newsize];
   mbstowcs_s(&convertedChars, wcstring, origsize, orig, _TRUNCATE);
   wcscat_s(wcstring, L" (wchar_t *)");
   wcout << wcstring << endl;

   // Convert to a _bstr_t
   _bstr_t bstrt(orig);
   bstrt += " (_bstr_t)";
   cout << bstrt << endl;

   // Convert to a CComBSTR
   CComBSTR ccombstr(orig);
   if (ccombstr.Append(L" (CComBSTR)") == S_OK)
   {
       CW2A printstr(ccombstr);
       cout << printstr << endl;
   }

   // Convert to a CString
   CString cstring(orig);
   cstring += " (CString)";
   cout << cstring << endl;

   // Convert to a basic_string
   string basicstring(orig);
   basicstring += " (basic_string)";
   cout << basicstring << endl;

   // Convert to a System::String
   String ^systemstring = gcnew String(orig);
   systemstring += " (System::String)";
   Console::WriteLine("{0}", systemstring);
   delete systemstring;
}

Output

Hello, World! (char *)
Hello, World! (wchar_t *)
Hello, World! (_bstr_t)
Hello, World! (CComBSTR)
Hello, World! (CString)
Hello, World! (basic_string)
Hello, World! (System::String)

Converting from wchar_t *

Example

This example demonstrates how to convert from a wchar_t * to the other string types listed above.

// convert_from_wchar_t.cpp
// compile with: /clr /link comsuppw.lib

#include 
#include 
#include 

#include "atlbase.h"
#include "atlstr.h"
#include "comutil.h"

using namespace std;
using namespace System;

int main()
{
   wchar_t *orig = L"Hello, World!";
   wcout << orig << L" (wchar_t *)" << endl;

   // Convert to a char*
   size_t origsize = wcslen(orig) + 1;
   const size_t newsize = 100;
   size_t convertedChars = 0;
   char nstring[newsize];
   wcstombs_s(&convertedChars, nstring, origsize, orig, _TRUNCATE);
   strcat_s(nstring, " (char *)");
   cout << nstring << endl;

   // Convert to a _bstr_t
   _bstr_t bstrt(orig);
   bstrt += " (_bstr_t)";
   cout << bstrt << endl;

   // Convert to a CComBSTR
   CComBSTR ccombstr(orig);
   if (ccombstr.Append(L" (CComBSTR)") == S_OK)
   {
       CW2A printstr(ccombstr);
       cout << printstr << endl;
   }

   // Convert to a CString
   CString cstring(orig);
   cstring += " (CString)";
   cout << cstring << endl;

   // Convert to a basic_string
   wstring basicstring(orig);
   basicstring += L" (basic_string)";
   wcout << basicstring << endl;

   // Convert to a System::String
   String ^systemstring = gcnew String(orig);
   systemstring += " (System::String)";
   Console::WriteLine("{0}", systemstring);
   delete systemstring;
}

Output

Hello, World! (wchar_t *)
Hello, World! (char *)
Hello, World! (_bstr_t)
Hello, World! (CComBSTR)
Hello, World! (CString)
Hello, World! (basic_string)
Hello, World! (System::String)

Converting from _bstr_t

Example

This example demonstrates how to convert from a _bstr_t to the other string types listed above.

// convert_from_bstr_t.cpp
// compile with: /clr /link comsuppw.lib

#include 
#include 
#include 

#include "atlbase.h"
#include "atlstr.h"
#include "comutil.h"

using namespace std;
using namespace System;

int main()
{
   _bstr_t orig("Hello, World!");
   wcout << orig << " (_bstr_t)" << endl;

   // Convert to a char*
   const size_t newsize = 100;
   char nstring[newsize];
   strcpy_s(nstring, (char *)orig);
   strcat_s(nstring, " (char *)");
   cout << nstring << endl;

   // Convert to a wchar_t*
   wchar_t wcstring[newsize];
   wcscpy_s(wcstring, (wchar_t *)orig);
   wcscat_s(wcstring, L" (wchar_t *)");
   wcout << wcstring << endl;

   // Convert to a CComBSTR
   CComBSTR ccombstr((char *)orig);
   if (ccombstr.Append(L" (CComBSTR)") == S_OK)
   {
       CW2A printstr(ccombstr);
       cout << printstr << endl;
   }

   // Convert to a CString
   CString cstring((char *)orig);
   cstring += " (CString)";
   cout << cstring << endl;

   // Convert to a basic_string
   string basicstring((char *)orig);
   basicstring += " (basic_string)";
   cout << basicstring << endl;

   // Convert to a System::String
   String ^systemstring = gcnew String((char *)orig);
   systemstring += " (System::String)";
   Console::WriteLine("{0}", systemstring);
   delete systemstring;
}

Output

Hello, World! (_bstr_t)
Hello, World! (char *)
Hello, World! (wchar_t *)
Hello, World! (CComBSTR)
Hello, World! (CString)
Hello, World! (basic_string)
Hello, World! (System::String)

Converting from CComBSTR

Example

This example demonstrates how to convert from a CComBSTR to the other string types listed above.

// convert_from_ccombstr.cpp
// compile with: /clr /link comsuppw.lib

#include 
#include 
#include 

#include "atlbase.h"
#include "atlstr.h"
#include "comutil.h"
#include "vcclr.h"

using namespace std;
using namespace System;
using namespace System::Runtime::InteropServices;

int main()
{
   CComBSTR orig("Hello, World!");
   CW2A printstr(orig);
   cout << printstr << " (CComBSTR)" << endl;

   // Convert to a char*
   const size_t newsize = 100;
   char nstring[newsize];
   CW2A tmpstr1(orig);
   strcpy_s(nstring, tmpstr1);
   strcat_s(nstring, " (char *)");
   cout << nstring << endl;

   // Convert to a wchar_t*
   wchar_t wcstring[newsize];
   wcscpy_s(wcstring, orig);
   wcscat_s(wcstring, L" (wchar_t *)");
   wcout << wcstring << endl;

   // Convert to a _bstr_t
   _bstr_t bstrt(orig);
   bstrt += " (_bstr_t)";
   cout << bstrt << endl;

   // Convert to a CString
   CString cstring(orig);
   cstring += " (CString)";
   cout << cstring << endl;

   // Convert to a basic_string
   wstring basicstring(orig);
   basicstring += L" (basic_string)";
   wcout << basicstring << endl;

   // Convert to a System::String
   String ^systemstring = gcnew String(orig);
   systemstring += " (System::String)";
   Console::WriteLine("{0}", systemstring);
   delete systemstring;
}

Output

Hello, World! (CComBSTR)
Hello, World! (char *)
Hello, World! (wchar_t *)
Hello, World! (_bstr_t)
Hello, World! (CString)
Hello, World! (basic_string)
Hello, World! (System::String)

Converting from CString

Example

This example demonstrates how to convert from a CString to the other string types listed above.

// convert_from_cstring.cpp
// compile with: /clr /link comsuppw.lib

#include 
#include 
#include 

#include "atlbase.h"
#include "atlstr.h"
#include "comutil.h"

using namespace std;
using namespace System;

int main()
{
   CString orig("Hello, World!");
   wcout << orig << " (CString)" << endl;

   // Convert to a char*
   const size_t newsize = 100;
   char nstring[newsize];
   strcpy_s(nstring, orig);
   strcat_s(nstring, " (char *)");
   cout << nstring << endl;

   // Convert to a wchar_t*
   // You must first convert to a char * for this to work.
   size_t origsize = strlen(orig) + 1;
   size_t convertedChars = 0;
   wchar_t wcstring[newsize];
   mbstowcs_s(&convertedChars, wcstring, origsize, orig, _TRUNCATE);
   wcscat_s(wcstring, L" (wchar_t *)");
   wcout << wcstring << endl;

   // Convert to a _bstr_t
   _bstr_t bstrt(orig);
   bstrt += " (_bstr_t)";
   cout << bstrt << endl;

   // Convert to a CComBSTR
   CComBSTR ccombstr(orig);
   if (ccombstr.Append(L" (CComBSTR)") == S_OK)
   {
       CW2A printstr(ccombstr);
       cout << printstr << endl;
   }

   // Convert to a basic_string
   string basicstring(orig);
   basicstring += " (basic_string)";
   cout << basicstring << endl;

   // Convert to a System::String
   String ^systemstring = gcnew String(orig);
   systemstring += " (System::String)";
   Console::WriteLine("{0}", systemstring);
   delete systemstring;
}

Output

Hello, World! (CString)
Hello, World! (char *)
Hello, World! (wchar_t *)
Hello, World! (_bstr_t)
Hello, World! (CComBSTR)
Hello, World! (basic_string)
Hello, World! (System::String)

Converting from basic_string

Example

This example demonstrates how to convert from a basic_string to the other string types listed above.

// convert_from_basic_string.cpp
// compile with: /clr /link comsuppw.lib

#include 
#include 
#include 

#include "atlbase.h"
#include "atlstr.h"
#include "comutil.h"

using namespace std;
using namespace System;

int main()
{
   string orig("Hello, World!");
   cout << orig << " (basic_string)" << endl;

   // Convert to a char*
   const size_t newsize = 100;
   char nstring[newsize];
   strcpy_s(nstring, orig.c_str());
   strcat_s(nstring, " (char *)");
   cout << nstring << endl;

   // Convert to a wchar_t*
   // You must first convert to a char * for this to work.
   size_t origsize = strlen(orig.c_str()) + 1;
   size_t convertedChars = 0;
   wchar_t wcstring[newsize];
   mbstowcs_s(&convertedChars, wcstring, origsize, orig.c_str(), _TRUNCATE);
   wcscat_s(wcstring, L" (wchar_t *)");
   wcout << wcstring << endl;

   // Convert to a _bstr_t
   _bstr_t bstrt(orig.c_str());
   bstrt += " (_bstr_t)";
   cout << bstrt << endl;

   // Convert to a CComBSTR
   CComBSTR ccombstr(orig.c_str());
   if (ccombstr.Append(L" (CComBSTR)") == S_OK)
   {
       CW2A printstr(ccombstr);
       cout << printstr << endl;
   }

   // Convert to a CString
   CString cstring(orig.c_str());
   cstring += " (CString)";
   cout << cstring << endl;

   // Convert to a System::String
   String ^systemstring = gcnew String(orig.c_str());
   systemstring += " (System::String)";
   Console::WriteLine("{0}", systemstring);
   delete systemstring;
}

Output

Hello, World! (basic_string)
Hello, World! (char *)
Hello, World! (wchar_t *)
Hello, World! (_bstr_t)
Hello, World! (CComBSTR)
Hello, World! (CString)
Hello, World! (System::String)

Converting from System::String

Example

This example demonstrates how to convert from a System.String to the other string types listed above.

// convert_from_system_string.cpp
// compile with: /clr /link comsuppw.lib

#include 
#include 
#include 

#include "atlbase.h"
#include "atlstr.h"
#include "comutil.h"
#include "vcclr.h"

using namespace std;
using namespace System;
using namespace System::Runtime::InteropServices;

int main()
{
   String ^orig = gcnew String("Hello, World!");
   Console::WriteLine("{0} (System::String)", orig);

   pin_ptr wch = PtrToStringChars(orig);

   // Convert to a char*
   size_t origsize = wcslen(wch) + 1;
   const size_t newsize = 100;
   size_t convertedChars = 0;
   char nstring[newsize];
   wcstombs_s(&convertedChars, nstring, origsize, wch, _TRUNCATE);
   strcat_s(nstring, " (char *)");
   cout << nstring << endl;

   // Convert to a wchar_t*
   wchar_t wcstring[newsize];
   wcscpy_s(wcstring, wch);
   wcscat_s(wcstring, L" (wchar_t *)");
   wcout << wcstring << endl;

   // Convert to a _bstr_t
   _bstr_t bstrt(wch);
   bstrt += " (_bstr_t)";
   cout << bstrt << endl;

   // Convert to a CComBSTR
   CComBSTR ccombstr(wch);
   if (ccombstr.Append(L" (CComBSTR)") == S_OK)
   {
       CW2A printstr(ccombstr);
       cout << printstr << endl;
   }

   // Convert to a CString
   CString cstring(wch);
   cstring += " (CString)";
   cout << cstring << endl;

   // Convert to a basic_string
   wstring basicstring(wch);
   basicstring += L" (basic_string)";
   wcout << basicstring << endl;

   delete orig;
}

Output

Hello, World! (System::String)
Hello, World! (char *)
Hello, World! (wchar_t *)
Hello, World! (_bstr_t)
Hello, World! (CComBSTR)
Hello, World! (CString)
Hello, World! (basic_string)

Computer Vision Software

The Software is grouped into the following categories 3D, contours, display tools, features, ocr, mathematical toolkits, pattern recognition, stereo, synthetic data generators, texture, toolkits, tracking, misc.

---

3D

• ZipPack Polygon Mesh Zippering Combines several range images into a polygonal mesh.

---

Contours

• Segmentation of Skin-Cancer Images Implementation of an algorithm for segmenting images of skin cancer and other pigmented lesions (see Image and Vision Computing, January 1999, pp. 65-74).
  An automatic method for segmention of images of skin cancer and other pigmented lesions is implemented. This method first reduces a color image into an intensity image and approximately segments the image by intensity thresholding. Then, it refines the segmentation using image edges. Double thresholding is used to focus on an image area where a lesion boundary potentially exists. Image edges are then used to localize the boundary in that area. A closed elastic curve is fitted to the initial boundary and is locally shrunk or expanded to approximate edges in its neighborhood in the area of focus. Segmentation results from twenty randomly selected images show an average error that is about the same as that obtained by four experts manually segmenting the images. (by L. Xu, M. Jackowski, A. Goshtasby, C. Yu, D. Roseman, S. Bines, A. Dhawan, A. Huntley / Intelligent Systems Laboratory / Wright State University)

---

Display Tools

• The FreeImage Library at Sourceforge
• 3DViewnix - Demo of a commercial package.
• FP Image - View/Process Floating Point and integer images in Windows 95/98/NT. Formats include DICOM and user defined formats. Includes a image processing scripting language.
• FP Image for Windows - Scientific/Medical imaging software. Formats include floating point, integer and DICOM. Built-in image processing scripting language, batch processing, 3D solid modeling. ( FP Image)
• FreeImage - FreeImage is an Open Source project for developers who would like to support popular graphics image formats like BMP, JPEG, TIFF, PNG, RAS, PNM, PCX, TGA in their C++ applications for Windows. (by Floris van den Berg, Hervé Drolon)
• GD - a graphics library for GIF creation - provides GIF read/write code in a C library. It also provides minimal image manipulation functions (lines, arcs, text, colors). Includes versions for Unix and Windows systems. (by Thomas Boutell / Boutell.Com)
• Ghostscript and ghostview - PostScript previewer and pretty user interface for X11.
  MSDOS Ghostscript and supplemental font files are also available.
• GNU Image Manipulation Program (GIMP) - Photoshop-style image editor.
• ImageMagick - Load, display, process, save, and convert images in many formats. Works on Unix, Linux, Windows, and Mac. Includes a display program, a converter, screen capture, animator, and more.
• Imaging Primer - Interactive and comprehensive images analysis and processing software for windows95 (commercial product). (by Pepi Cima / Rio Grande Software)
• JPEG - Library source code and simple display tools.
• Mesa - OpenGL implementation.
• MPEG-1 player and encoder
  Also: FAQ and fancy VCR-like interface using Motif.
• NIH Image - for Macintosh
• TIFF - Library source code and tools
• Volumetric Image Display and Analysis (VIDA) - Demo of a commercial package.
• XAnim - X11 display tool.
  Supports many animation and image formats ("everything" except mpeg). Notes on integrating xanim with Web clients/MIME are also available.
• XLI - X11 display tool.
  Not as featureful as xv but it understands nearly all the same formats and displays images much more quickly. Source archive is available.
• XV - X11 Image Display tool.
  Provides an amazing assortment of image operators, reads and writes images in many different formats.
• Ygl - Emulation of SGI GL library for X11.

---

Features

• Convex grouping algorithm Robustly locates salient convex collections of line segments in an image.
• Edge list approximation code From Nonparametric segmentation of curves into various representations, PAMI 1995 pp 1140-1153. by Paul Rosin and Geoff West.
• Gradient Vector Flow Active Contour The purpose of GVF active contour is to extract parameterized contour description from images. Matlab implementation is available for both UNIX and Windows. (by Chenyang Xu and Jerry L. Prince / Image Analysis and Communications Laboratory / Johns Hopkins University)
• GSnake Contour modeling, extraction, detection, and classification.
• Logical/Linear Operators (by Lee Iverson)
• MegaWave Wavelet, Snake and Segmentation source code.
• MMach A Mathematical Morphology Toolbox for the Khoros System
• Savitzky-Golay Filters for 2D Images - This web page describes the derivation of the Savitzky-Golay filters for 2D images, gives MatLab routines for computing the filters, and gives C files with the filter coefficients. (by John Krumm / Vision Technology Research Group / Microsoft Research)
• SUSAN Low-level image processing.
  SUSAN is an acronym for Smallest Univalue Segment Assimilating Nucleus. The SUSAN algorithms cover image noise filtering, edge finding and corner finding. (by Steve Smith / Oxford University)

---

OCR

• NIST Handwriting OCR Testbed OCR software and datasets for UNIX systems.
• SketchUp (ftp download) A demo package for recognizing hand-drawn sketches through Size Functions. ( Vision Mathematics group / University of Bologna)

---

Mathematical Toolkits

• CGAL - Computational Geometry Algorithms Library - C++ library of geometric primitives and standard data structures and algorithms used in computational geometry.
  The CGAL project is a collaborative effort to develop a robust, easy to use, and efficient C++ software library of geometric data structures and algorithms. The CGAL library contains: - Basic geometric primitives such as points, vectors, lines, predicates such as for relative positions of points, and operations such as intersections and distance calculation. - A collection of standard data structures and geometric algorithms, such as convex hull, (Delaunay) triangulation, planar map, polyhedron, smallest enclosing sphere, and multidimensional query structures. - Interfaces to other packages, e.g. for visualisation, and I/O, and other support facilities. For further information and for downloading the library and documentation, please visit the CGAL web page: http://www.cs.uu.nl/CGAL/ Should you have any questions or comments, please send a message to cgal@cs.uu.nl ( CGAL Consortium)
• Netlib - Public domain collection of mathematical software, papers, and databases.
  Mostly in Fortran, but f2c (included in netlib) converts Fortran to C.
• Numerical Recipies - Public Domain code for the famous book (only some of the code is public domain).
• Reviver - A Practical Provable Surface Reconstructor - Free software that takes unorganised point clouds as input and produces 3D models automatically in various industry standard formats (runs on Unix and Windows)
• StatLib - Statistical software, datasets, and information.

---

Pattern Recognition

• Active Appearance Models - Extensions and Case home site for the the AAM-API which is a free C++ implementation of the Active Appearance Model method. Several results and models are also given. ( Section for Image Analysis / The Technical University of Denmark)
• Hidden Markov Model routines Implementation of Forward, Backward, Viterbi and Baum-Welch algorithms. The code follows Rabiner and Juang notation. Written in C. (by Tapas Kanungo / Center for Automation Research / University of Maryland, College Park)
• Perceptual Organization Software
• ToolDiag Pattern recognition of multivariate numerical data.

---

Stereo

• Camera Calibration Routines for calibrating using Roger Tsai's perspective projection camera model. (by Reg Willson / CMU)
• Disparity Analysis of Images This java-based application estimates the disparity between two images. It works by first detecting remarkable points in both images and then finding the best possible match between the two sets of points. (by Lionel Le Briquer)
• Maximum-Flow Stereo Algorithm Code for the maximum-flow formulation of the N camera stereo correspondence problem. (by Sebastien Roy / Université de Montréal)
• Microsoft Easy Camera Calibration Tool a flexible camera calibration technique, which only requires the camera to observe a planar pattern shown at a few (at least two) different (unknown) orientations. (by Zhengyou Zhang / Vision Technology Group / Microsoft Corp.)
• Projective Vision Toolkit PVT is a series of utilities that allows one to take an image sequence and compute the fundamental matrix and trilinear tensor.
  This can be used for such problems as camera self-calibration, structure from motion, camera motion annotation, image stabilization, 3D tracking and recognition, etc. (Computational Video Group of NRC)
• SRI Stereo Engine Software - fast stereo software for PCs. It performs disparity calculations and filtering in real time on images up to 320x240 in size. ( SRI Artificial Intelligence Center / SRI International)
• Uncalibrated Stereo by Singular Value Decomposition This stereo algorithm allows to match features across a pair of stereo images with unparalleled algorithmic simplicity and neatness. Results are comparable to complex relaxation methods. Its simple implementation has made it a good off-the-shelf solution for a number of researchers needing a fast a easy-to-integrate matching module. (by Maurizio Pilu / Hewlett Packard Research Laboratories)

---

Synthetic Data Generators

• MESHBASE Intelligent 3D modeling program for Windows - An intelligent 3D modeling program for Windows platform. It provides true WYSIWYG and WYDSIWYDG easy editing environment. (30 day trial) (by Sean Kung / Modelsoft, Inc.)
• Persistence of Vision - Ray Tracer.
• Philip Torr's stereo vision code - routines to generate synthetic data for testing and evaluating fundamental matrix estimation algorithms (by Philip Torr / Machine Learning and Perception Group / Microsoft)
• Radiance - Ray tracer
  Produces floating point photometrically accurate images, with emphasis on good light source modeling.
• Random dot stereogram generator - For X11.
  Includes support for animations and user-defined objects. More stereograms are also available.
• Ray Tracers - A nice summary of free ray tracers. (by Eric Haines)
• Rayshade - Ray tracing renderer.
  Generates realistic 2D images from a text description of a 3D world. Supports texture mapping, surface ("heightfield") rendering, multiple light sources, defocus, animation and more. Range image output extension and documentation are also available.
• Synthetic Fingerprint Generator - SFinGe is a novel method for the generation of synthetic fingerprint images ("sfinge" is the Italian for "sphinx").
  Gabor-like space-variant filters are used for iteratively expanding an initially empty image containing just one or a few seeds. A directional image model, whose inputs are the number and location of the fingerprint cores and deltas, is used for tuning the filters. Very-realistic fingerprint images are obtained after the final noising-and-rendering stage. ( Biometric Systems Lab / University of Bologna)

Texture

• MeasTex A framework for quantitative measurement of image texture classification algorithms.

---

Toolkits

• Gandalf Gandalf is a computer vision and numerical algorithm library, written in C, which allows you to develop new applications that will be portable and run FAST. Includes many useful vision routines, including camera calibration, homographies, fundamental matrix computation, and feature detectors (includes source code).
  Dynamically reconfigurable vector, matrix and image structures in Gandalf allow efficient use of memory. Gandalf has been used to develop the "MoKey" motion editing software, released at IBC'2001 in Amsterdam. MoKey performs automatic inpainting of moving objects over an image sequence, and can also be used to compute an accurate alpha matte or outline of an object. Gandalf currently contains four packages: 1) Common package of simple structures and routines used by the other packages, such as memory allocation, linked lists and error handling; 2) Linear algebra package with a large number of routines for matrix and vector manipulations; 3) Image package defining a general purpose image structure and low-level image manipulation routines; 4) Vision package containing a number of standard image processing, computer vision and numerical routines. The major design features of Gandalf are: (i) Efficient use of memory through dynamically reconfigurable structures; (ii) Emphasis on support of numerical algorithms, especially optimisation; (iii) A very flexible and efficient internal image representation, (iv) A comprehensive set of matrix/vector operations, incorporating implicit matrix transpose & inverse, and in-place computation where appropriate; Exploitation of the computational and compilation speed advantages of C over C++ in reducing the number of layers of abstraction over the raw data, an approach we believe is appropriate for simple objects such as matrices, vectors and images. The documentation for Gandalf comes in two parts. There is a LaTex tutorial with examples available also in HTML (via Latex2html). Reference documentation for Gandalf has also been generated using ObjectOutline, ( by Philip McLauchlan)
• Intel Open Source Computer Vision Library Computer vision routines, applications and tutorials. Open Source, FREE for academic AND commercial use. Assembly language optimized on Intel's processor line. Areas covered are Geometric Methods, Recognition, Image Pyramids Camera Calibration, Tracking, and Fitting. (by Vadim Pisarevsky, Dmitry Abrosimov , Jean-Yves Bouguet , Gary R. Bradski , Valery Cherepennikov , Michael Chu , Boris Chudinovich , Prof. Trevor , Bob Davies , Prof. James Davis , Victor Eroukhimov , Prof. Irfan Essa , Radek Grzeszczuk , Mark Holler , Prof. Jitendra Malik , Sergey Molinov , Valery Mosyagin , Ara Nefian , Sergey Oblomov , Prof. Pietro Perona , Vadim Pisarevsky, Alexander Pleskov, Chuck Richards, Prof. Stan Scarloff, Stewart Taylor, Prof. Carlo Tomasi / Visual Interactivity Lab / Intel Corporation)
• University of Calgary vision software Includes chain code, Hough transform, and others.
• VXL - C++ libraries for Computer Vision The Vision-something-Libraries are a collection of C++ libraries designed for computer vision research. It was created from TargetJr and the Image Understanding Environment (IUE) with the aim of making a lighter, faster and more consistent system. VXL is written in ANSI/ISO C++ and is designed to be portable over many platforms. It is developed and used by a consortium including groups from the Universities of Leuven, Oxford, Manchester, and RPI, GE CRD. ( VXL Consortium)
• AcquireNow - A real-time image acquisition and processing product. (Commercial product $$).
  The product includes a COM (Component Object Model) component, which allows developers to create powerful imaging applications quickly and easily using COM supported languages such as C++ and Visual Basic. The AcquireNow package include the AcquireNowClient application. AcquireNowClient is a stand-alone application, which can be used to acquire, display, and save images to disk. The AcquireNowClient application also allows the user to perform real time image averaging, scaling and flat fielding. Source code for the AcquireNowClient application is included, and can be used by customers as a base for their own imaging applications. ( Boulder Imaging, Inc.)
• AdOculos - PC-based image processing without the need of extensive programming knowledge
  The following image processing functions are realized as DLLs. The complete C source code of these DLLs is part of the standard pack. Point, local and global, morphological operations Texture, image sequence Histograms procedures Hough and color transformations Automatic counting and interactive measuring Pattern recognition, graylevel profile General purpose and display functions ( The Imaging Source)
• Aphelion - Commercial image processing and understanding package for Windows. Features a rapid prototyping environment, image processing and object recognition libraries, and a vision tutorial.
  Aphelion is a commercial software product which can be used to quickly develop vertical imaging applications. It is a comprehensive and powerful development environment and a delivery vehicle for image-based applications, including a Graphical User Interface, Image Processing libraries available as DLLs or ActiveX components, a Visual Basic compatible scripting language, a chart server, etc. Aphelion provides the very latest developments in mathematical morphology and symbolic representation/recognition, as well as effective tools for quantitative analysis, microscopy, pattern recognition, and classification. (by Bruno Lay / Amerinex Applied Imaging Inc.)
• AutoTrace - AutoTrace converts bitmap to vector graphics (by Martin Weber)
• Bersoft Image Measurement - Measure length, angle, segments, perimeter and area in digital images. Commercial package for windows.
  Bersoft Image Measurement runs under Windows 9.x/NT and it is intended to measure length, angle, segments, perimeter and area in digital images. It can be used in multiple scientific disciplines, such as Biology, Ecology, Geography, Agronomy, and Natural Sciences. It also can export matrixes (Exporting RGB values) with the decimal or hexadecimal values of the image pixels. The DEMO version can realize all the functions, but only over images saved in a propietary format: Image Bersoft Bitmap (bim extension). ( Bersoft)
• Clemex Vision - Commercial software for analysis of images from microscopes.
• Color Reduction and Multithresholding - Free image processing software for color reduction and quantization, multithresholding, Hough Transform etc. (Image and Multimedia Laboratory / Democritus University of Thrace, Greece)
• Common Vision Blox - A modular and open software development platform to solve image processing and machine vision applications (Windows, Commercial product) ( Stemmer Imaging GmbH)
• Computer Vision Workshop - An image analysis tool based on the Vista software environment
• CppIma - C++ image processing library.
• CVIPtools - GUI-based computer vision and image processing tools, ANSI-C source code and libraries for Windows95/NT and UNIX, extended computer imaging TCL shell.
  Also contains an extended Tcl shell with all the computer imaging functions. ANSI-C source code and libraries for image analysis, image compression, image enhancement, image restoration, and many imaging utilities. Used for both research and education, as well as applications development. (by Scott E Umbaugh, Greg Hance, Arve Kjoelen, Kun Luo, Mark Zuke, Yansheng Wei and others / CVIP Group / Southern Illinois University at Edwardsville)
• DTU Image Viewer and Analyser - The DIVA consists of a number of image analysis functions collected in C++ template image classes and a windows interface, which handles a wide variety of different image file formats and pixel types. Everything is available as source code. (Section for Image Analysis / Technical University of Denmark)
• eVision - Commercial image processing and analysis toolkit for use in industrial applications on Windows platforms. There is also a rapid prototyping development environment called EasyAccess.
  eVision provides all familiar tools in image processing such as image linear and morphological filtering, projections, profiles, geometric transforms, color conversions, blob analysis, pattern matching as well as application libraries such as OCR, matrix code reading, mark inspection. These tools are provided in a form well suited for rapid application development and are extremely fast. ( Euresys)
• Exbem: Scientific Image Processing & Analysis - Exbem is a software for scientific image processing & analysis under MacOS. Exbem handles images, QuickTime movies, and live-video. Multiple operators can be assigned to multiple ROIs. ( Pixlock e.K. (company))
• Graphics Gems - Generally useful graphics and image processing subroutines from the similarly-named books.
• GRASS - Geographic Information System
• HALCON - a commercial computer vision tool consisting of an image processing library, C and C++ interfaces, and a rapid prototyping tool called HDevelop.
  HALCON is manufactured by MVTec, which is a spin-off of the Technische Universität München and the Bavarian Research Center for Knowledge Based Systems (FORWISS). The company is specialized in software solutions for image processing using standard hardware and framegrabbers. HALCON covers a wide field of applications like factory automation, quality control, medical image analysis, aerial image analyis, surveillance, research, and education. ( MVTec Software GmbH)
• HIPS - General Unix-based Image Processing System with C source code (Commercial package $$)
  HIPS is a software package for image processing that runs under the UNIX operating system. HIPS is modular and flexible, it provides automatic documentation of its actions, and is almost entirely independents of special equipment. It handles sequences of images (movies) in precisely the same manner as single frames. Over 200 such image transformation programs have been developed. HIPS is written in C, provided as source code, and is both a set of separate programs as well as a callable library. (by Michael S. Landy)
• ILIB Imaging Libraries - commercial package of image processing libraries for the Windows environment (C/C++ interface). It also includes neural and genetic imaging capabilities. ( Inventions)
• Image Processing Library - The main purpose of Image Processing Library (IPL) is to simplify image processing under Windows environment. ( Medical Imaging Lab)
• Image Processing Library 98 - A platform independent image manipulating C/C++ library
  The purpose of the library is to be useful, for combining tailor-made image processing and interpretation with standard methods for acquisitions, processing, display and storage of image information. Emphasis is put on interactivity in projects made by students, as well as for advanced research and development. (by Ivar Balslev and René Dencker / The Maersk Mc-Kinney Moller Institute for Production Technology / University of Southern Denmark, Odense University)
• Image-Pro Plus - Commercial image analysis software used in biological and industrial microscopy applications.
• ImageLib - An Image Processing C++ Class Library (template based)
  ImageLib is a C++ class library providing image processing and related facilities. The main set of classes provides a variety of image and vector types, with additional modules supporting scalar and vector quantisation, wavelet transforms, DCT transforms, and simple histogram operations. (by Brendt Wohlberg / University of Cape Town)
• IMAQ Vision - Adds machine vision and image processing functionality to LabVIEW and ActiveX containers (National Instruments)
• ImgStar Image Processing Tools - Complements Pbmplus with edge detection, high/low/band-pass filters, thresholding, etc. (by Simon Winder)
• ImLib3D - ImLib3D is an open source C++ library for 3D (volumetric) image processing. It comes with an optional viewer that features 3D (OpenGL) multiplanar.
  Templated: ImLib3D images are STL-like templated containers. This means you can create images of arbitrary types (examples: float, int, complex, 3D vectors for deformation fields, ...) Iterators: ImLib3D provides STL-like iterators for moving around images. This provides a much faster, more efficient and easier to use framework. This also provides a common simple syntax for moving around images in special ways, like in masked images or rectangular sub-zones in an image. Speed: ImLib3D is very fast. Iterators hide all the gory details of making it fast. Command line: All image processing operators can be called from the unix command line. This is, with the viewer, important for easy image processing experimentation. Fast BSpline interpolation (thanks to Unser et all.) Rigid, affine, deformable registration (thanks to O.Musse) Very fast fft (thanks to fftw) Image processing (arithmetic,convolution,morphological operations...) 3D image viewer. (by Marcel Bosc, Torbjorn Vik / LSIIT/IPB ULP Strasbourg France)
• Intel Image Processing Library - Optimized assembly MMX code for image processing, pattern recognition, signal processing, and matrix manipulation (no source - but still free) ( Performance Library Suite / Intel Corporation)
• Interactive Data Language (IDL) - IDL is a development environment for data visualization, 2D and 3D graphics, and image processing.
• IPTool - Freeware image processing toolkit for Windows
• Khoros - An integrated software environment for data exploration and visualization, visual programming and simulation, and sofware development.
• LEADTOOLS Imaging Development Toolkit - commercial toolkit that supports loading, saving, converting, and processing of color, greyscale, and document images - Windows-based
  commercial toolkit that ( LEAD Technologies, Inc.)
• LookingGlass Real-time ImageProcessing System - multithreaded PC-based image proccessing environment that supports realtime video processing.
  LookingGlass is an Image Processing Environment for developing imaging applications and for research and development of new image system. LookingGlass supports real-time live video processing from VideoForWindow compatible device, and also supports BMP, JPG, GIF89 and AVI or user can write a dll to support other vdo format or image acquisition device. LookingGlass can produce AVI file, sequence of BMP or JPG files, or just display images to screen, or users can write a dll to do what ever output they want. LookingGlass is derived from RobotVision2(http://www.ccs.neu.edu/home/psksvp/rv2.htm), so LookingGlass uses the pipeline idea and support using the same IP-DLL as RobotVision2. (by PongSuvan)
• Matlab Pyramid Tools - MatLab tools for multi-scale (pyramid) image decomposition.
  This includes Laplacian pyramids, QMFs/wavelets, and steerable pyramids as well as fast convolution routines, histogram tools, and synthetic image generation.
• Matrox Imaging - Matrox Imaging Library (MIL) is a development toolkit for machine vision, medical imaging and image analysis. ActiveMIL, a collection of ActiveX controls for managing image capture, transfer, processing, analysis and display is bundled with MIL. Additional software includes Matrox Inspector, an interactive Microsoft® Windows®-based prototyping tool and an intelligent camera interface utility.
• Microsoft Vision SDK - Visual C++ library for vision which defines an image object and supports digitizer independent image acquisition.
• Multi-Threaded Image Processing - commercial Image Processing Environment with ISO12087 based "drag and drop" modules and a powerful API for C,C++ programming of own modules. ( Dynamic Imaging AS)
• NeatVision: An Image Analysis & Software Development Environment - NeatVision is a Java based image analysis and software development environment. It provides high level access to a wide range of machine vision algorithms through a well defined and easy to use graphical interface. NeatVision is distributed as a shareware product.
  NeatVision contains over 200 image and general data processing algorithms. Users can extend the core NeatVision library using the developers interface, a plug-in which features, automatic source code generation, compilation with full error feedback and dynamic algorithm updates. The Developers interface supports algorithm development based on Java AWT Imaging, Java 2D Imaging and Java Advanced Imaging. NeatVision is primarily an image processing application and offers an extensive range of image analysis and visualisation tools (these include zoom, pseudo colour, intensity scan, histogram and 3D profile mesh). In addition, the ability to read and write a wide range of image file formats is supported. ( Vision Systems Laboratory / Dublin City University)
• NeuroCheck - Commercial Windows-based image processing system for automatic presence verification, bar and DataMatrix code reading, character and pattern recognition, robot guidance and gauging.
  NeuroCheck^® is the complete framework for configuring and operating industrial visual quality control systems. Its powerful graphical tools enable the user to easily develop solutions within a familiar Windows - based environment to achieve rapid system integration into production line processes. ( DS GmbH)
• Nuages - A 3-D shape from contour package.
• Optimas: Analytical Imaging - Complete commercial image-analysis program for Windows used in biological and industrial measurement environments.
  Optimas implements hundreds of measurement, image processing, and image management operations, all available from the graphical user interface. Optimas is designed for the imaging professional who needs the ability to prototype and quickly develop custom imaging solutions, and therefore includes an integrated development environment enabling one to record, edit, and debug macros. It is being used the world over to develop cutting-edge solutions to imaging problems. An Automation Server and Client (formerly known as "OLE Automation") Optimas also allows itself to be controlled via VB or any Automation Client, and conversely can control Excel or any Automation Server via an elegant syntax. Help is richly linked and context-sensitive. ( Media Cybernetics)
• PBMPlus - Image manipulation toolkit.
  This is the standard toolkit for Unix, it converts between dozens of formats. A version with many more features called NetPBM is also available, but may not be as easy to install. Some NetPBM patches are available.
• Perl Data Language - An extension to perl that implements fast, compact manipulation of large, N-dimensional data arrays for scientific computing and image processing.
• PiXCL and geoPiXCL - A commercial image processing scripting language and Win9x/NT/2000 EXE builder for TWAIN scanner and digital camera image sources. geoPiXCL adds geographic imagery extensions. IP and geo library APIs are available. (by Stewart DIBBS)
• RobotVision2 - real-time image processing software that uses any VideoForWindow(VFW) compatible camera as the image source (by Pong Suvan / Northeastern University)
• RobotVisionCAD - RobotVisionCAD(RvCAD) is an Image Processing Environment for developing imaging applications and for research and development of new image system.
  RobotVisionCAD(RvCAD) is an Image Processing Environment for developing imaging applications and for research and development of new image system. RvCAD supports real-time live video processing from VideoForWindow compatible device, and also supports BMP, JPG, GIF89 and AVI or user can write a dll to support other vdo format or image acquisition device. RvCAD can also produce AVI file, sequence of BMP or JPG files, or just display images to screen, or users can write a dll to output images to whatever device they'd like. RvCAD is similar to an electonic logic gate simulation Program. Users drag and drop RvCadProcessor components from the left tree view then connect them together to build an ImageProcessing pipeline. (by pong suvan)
• SDC Morphology Toolbox for Matlab - Matlab add-on: Gray-scale morphological tools for image segmentation, non-linear filtering, pattern recognition and image analysis: watershed, Euclidean distance transform, top-hat, reconstruction. (many real-life demonstrations)
• SpikeNet Technology - (Company) Vendor of SpikeNet, a biologically-inspired computer vision system for object detection, recognition, and related applications. (by Simon Thorpe / Centre de Recherche Cerveau & Cognition)
• The Delft Scientific Image Processing Library - DIPlib is a scientific image processing library written in C. It contains a large number of functions for processing and analysing multi dimensional image data.
  The library provides functions for performing transforms, filter operations, object generation, and statistical analysis of images. (by Michael van Ginkel, Geert van Kempen, Cris Luengo Hendriks, Lucas van Vliet Geert van Kempen Cris Luengo Hendriks Lucas van Vliet / Pattern Recognition Group / Delft University of Technology)
• The Image Processing Tool Kit - Comprehensive set of image processing and analysis routines in the form of Photoshop-compatible plug-ins for Mac and PC, with extensive tutorial. (commercial package $$) (by Chris Russ, John Russ)
• TINA - A set of vision algorithm development libraries written in C
  TINA is the result of over 50 man years of vision research. It is a set of libraries providing many levels of infrastructure for people wishing to develop vision algorithms. It contains a vast array of code from image reading and writing to depth estimation from stereo pairs. TINA is used as an on-going research tool by several vision research groups in the UK. It is written in C and has been compiled on many UNIX platforms including Sun workstations, HP workstations and PCs running Linux flavours. It requires only the basic UNIX system, a current gcc compiler and the X graphics libraries.
• USB camera driver toolkit for LabVIEW - USB cameras and video capture devices are now included in the LabVIEW programming world.
  INVENTvisionVFW 1.0 gives you the power to view and capture any VFW (Video For Windows) video devices in any programming language that can interface to activex technology. INVENTvisionVFW can be implemented in VB, VC++, G (LabVIEW) programming environments. This mean that USB cameras and video capture devices are now included in the LabVIEW programming world. This product integrates and works with LabVIEW Picture Control and IMAQ. A real-time overlay is display on the activex control placed on the LabVIEW front Panel. Images can be captured to a 2D Array[U32], Visual Basic Picturebox, LabVIEW Picture Control or IMAQ Image. Images can be loaded from and saved to disk in BMP and JPG formats. (by George Miles / INVENTeering)
• Utah Raster Toolkit - UNIX commands and C libraries for an 8 bits/pixel, 1-255 channel image format.
  Contains a nice display tool for X11; it's fast, supports animation and zooms in on any image. Wes Barris' URT extensions are quite useful too.
• UTHSCSA ImageTool - free image processing and analysis program for windows.
• VASARI Image Processing Software - An optimised library in C/C++ running on Unix. Its strengths are handling high-resolution images and colour spaces. Automatically parallel on SMP systems. ( Intelligence Agents and Multimedia Research Group (IAM) / University of Southampton, UK)
• Video OCX - Windows-based interface for easy integration of video capture into your applications. It supports VFW video devices (USB cameras or framegrabber) AND AVI sequences as image sources. ( vision pearls GbR)
• Vista - A flexible library of C-routines, command-line filters, and Motif widgets for image representation and manipulation.
• VISU - Tcl/Tk toolkit for visualization and interactive segmentation of 2D gray-scale images
• Visus Imaging - Image analysis toolkit and complete systems aimed at researchers and microscopists in Biomedical and Material Sciences. (commercial product $$) (Foresthill Products)
• WiT - Visual programming environment for image processing (demo).
• XCaliper - Commercial Windows NT software toolkit for machine vision and thermal imaging applications. ( FSI Automation)
• XMegaWave, an Image Processing Environment - a freeware graphical windows environment oriented towards image processing, where the user can create his own function in a very easy way.
  Some european universities have developed a freeware image processing environment, named XMegaWave (XMW). It runs on Unix workstations or Linux machines, running Motif and X11 windows libraries. XMW includes some classical procedures for image processing (edge detection, segmentation, morphological filters). But the important thing is that XMW is also a programming library, where the user can implement his own image processing algorythm in C in a very very very easy way. The time needed to write the code and debug it is very short, so you can obtain results rapidly. Besides, XMW is a pedagogic tool suitable for using in image processing classes. It can be explained in just one class, and the students can easily implement any kind of image filter. (Image Mathematical Analysys Group (AMI) / University Las Palmas )

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Tracking

• XVision visual tracking software Application independent, configurable interface to high-speed tools for visual feature tracking. Uses include tracking a person's eyes and mouth, gesture recognition. Contains interfaces to many popular cameras and frame grabbers. (by Greg Hager / Computational Interaction with Physical Systems)

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Miscellaneous

• Steerable Pyramid
  Check Eero's home page for a tar file. (by Eero Simoncelli)
• Carina - commercial package for recognizing license plates (Adaptive Recognition Hungary)
• Grabbo: vision-based MIDI controller - Grabbo uses orientation histograms for realtime image matching and 3D interpolation. MIDI output. Free demo version for BeOS. (Tebo Software)
• IEEE-1394 Digital Camera Windows Driver - Windows device driver and C/C++ software library for IEEE-1394 digital cameras.
  The web site also contains a demo program, documentation, example images, links, and other information. IEEE-1394 digital cameras are an ideal solution for acquiring high quality images with a regular laptop computer. (by Iwan Ulrich / Mobile Robot Programming Lab / Carnegie Mellon University)
• MeteorCapture - Application to capture video to memory or disk using PC and Matrox Meteor (written using Visual C++). (by Ross Cutler / Computer Vision Lab / UMCP)
• Modular Flow Scheduling Middleware - An open source, windows-based framework for developing programs with good software engineering qualities. It has been used for developing real-time vision applications.
  Modular Flow Scheduling Middleware is an open source implementation of a generic, modular, extensible software architecture for dataflow processing of datastreams. It provides a framework for the implementation of algorithms and development of applications with desirable software engineering qualities, such as efficiency, scalability, extensibility, reusability, interoperability. (Windows - VC++) (by Alexandre RJ Francois / IMSC / IRIS / University of Southern California)
• PicDB - an image database system with query by image content capabilities.
• Real-time Head Tracking - automatic real-time head-tracking in video images. ( vision pearls GbR)
• Renoir - 3D reconstruction from photos - 3D reconstruction from photos. 3D photomontage. ($$ payware $$ - free demo version available). Mainly useful for computer graphics, but uses some computer vision techniques
  Model of an object is created manually from parametric blocks. Corresponding edges are marked on images and model. Camera and model parameters are reconstructed through minimization of distance between projected edges of model and corresponding edges, marked on photos. (by Ildar Valiev / Integra, Inc.)
• RRCapture - a video capture program used to capture uncompressed image sequences using a PC configured with a 1 to 3 Bitflow RoadRunner digital frame grabbers. (by Ross Cutler / Computer Vision Lab / University of Maryland)
• Verifinger - Fingerprint processing and recognition - SDK for fingerprint processing and recognition ( Neurotechnologija Ltd.)
• VisualMouse - Our software translates user's head motion into the motion of the cursor on the screen, by processing the image from a web cam
• Zaxel 3D Imaging Systems - Zaxel's 3D Imaging Systems create an infinite number of virtual cameras around the object or moving subject from a limited number of real camera inputs.