The authors present a modern technique for teaching matrix transformations on $\R^2$ that incorporates works of visual art and computer programming. Two of the authors were undergraduate students in Dr. Hamburger\u27s linear algebra class, where this technique was implemented as a special project for the students. The two students generated the images seen in this paper, and the movies that can be found on the accompanying webpage www.wku.edu/\~{\space}bruce.kessler/
Geometric transformations are most commonly represented as square matrices in computer graphics. Fol...
Geometric transformations are most commonly represented as square matrices in computer graphics. Fol...
In this article, based on Dissection-Motion-Operations, DMO (decomposing a figure into several piece...
Many students are motivated by real world applications of mathematics, and most students are familia...
The study of matrix operations and applications is required for students planning to take advanced c...
This paper concerns part of a collaborative project involving ex-students from a university Foundati...
Linear Transformations, Homogenous Coordinates, World Matrix, Project Matrices, Normalized Device Co...
Linear Algebra is one of the mathematical fields taught in the first year of university study. In th...
Linear algebra is an important but poorly understood field of mathematics for Japanese engineering s...
Effective arranging of numerical data and design of associated computational algorithms are importan...
Abstract. In an elementary linear algebra class, students learn importance topics such as linear tra...
AbstractThis paper discusses the introduction of a computer-algebra system to perform visualizations...
This unit focuses on the four transformations in 8th grade math. Students will apply translations, r...
2D graphics transformations are represented as matrices. J programs for manipulating transformations...
Geometric transformations are most commonly represented as square matrices in computer graphics. Fol...
Geometric transformations are most commonly represented as square matrices in computer graphics. Fol...
Geometric transformations are most commonly represented as square matrices in computer graphics. Fol...
In this article, based on Dissection-Motion-Operations, DMO (decomposing a figure into several piece...
Many students are motivated by real world applications of mathematics, and most students are familia...
The study of matrix operations and applications is required for students planning to take advanced c...
This paper concerns part of a collaborative project involving ex-students from a university Foundati...
Linear Transformations, Homogenous Coordinates, World Matrix, Project Matrices, Normalized Device Co...
Linear Algebra is one of the mathematical fields taught in the first year of university study. In th...
Linear algebra is an important but poorly understood field of mathematics for Japanese engineering s...
Effective arranging of numerical data and design of associated computational algorithms are importan...
Abstract. In an elementary linear algebra class, students learn importance topics such as linear tra...
AbstractThis paper discusses the introduction of a computer-algebra system to perform visualizations...
This unit focuses on the four transformations in 8th grade math. Students will apply translations, r...
2D graphics transformations are represented as matrices. J programs for manipulating transformations...
Geometric transformations are most commonly represented as square matrices in computer graphics. Fol...
Geometric transformations are most commonly represented as square matrices in computer graphics. Fol...
Geometric transformations are most commonly represented as square matrices in computer graphics. Fol...
In this article, based on Dissection-Motion-Operations, DMO (decomposing a figure into several piece...