Jenny A. Baglivo, Jack E. Graver
Incidence and Symmetry in Design and Architecture
Herausgeber: Martin, Leslie
Jenny A. Baglivo, Jack E. Graver
Incidence and Symmetry in Design and Architecture
Herausgeber: Martin, Leslie
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This 1983 text tackles two fundamental mathematical topics: graph theory and the theory of transformation groups.
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This 1983 text tackles two fundamental mathematical topics: graph theory and the theory of transformation groups.
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Produktdetails
- Produktdetails
- Verlag: Cambridge University Press
- Seitenzahl: 320
- Erscheinungstermin: 5. Mai 2010
- Englisch
- Abmessung: 244mm x 170mm x 17mm
- Gewicht: 555g
- ISBN-13: 9780521297844
- ISBN-10: 0521297842
- Artikelnr.: 30364847
- Herstellerkennzeichnung
- Books on Demand GmbH
- In de Tarpen 42
- 22848 Norderstedt
- info@bod.de
- 040 53433511
- Verlag: Cambridge University Press
- Seitenzahl: 320
- Erscheinungstermin: 5. Mai 2010
- Englisch
- Abmessung: 244mm x 170mm x 17mm
- Gewicht: 555g
- ISBN-13: 9780521297844
- ISBN-10: 0521297842
- Artikelnr.: 30364847
- Herstellerkennzeichnung
- Books on Demand GmbH
- In de Tarpen 42
- 22848 Norderstedt
- info@bod.de
- 040 53433511
Forward
Preface
Part I. Incidence: Introduction
Section 1. Incidence and Graph Theory: 1. Topological transformations
2. Basic graph theory
3. Directed graphs
4. Traversability
5. Distance
Section II. Incidence in the Plane: 6. Maps
7. Planar graphs
8. Euler's formula
9. Polyhedra
Section III. Further Applications of Graph Theory: 10. Bracing structures
11. Optimal route design
12. Mean distance
13. Triangulations and organization graphs
Section IV. Topology of Surfaces: 14. Surfaces
15. Maps on surfaces
16. Tesselations of the plane
17. Compact surfaces
Part II. Symmetry: Introduction
Section V. Symmetry and Group Theory: 18. Planar isometries
19. Basic group theory
20. Reflections on the plane
21. The isometry group of the plane
Section VI. Symmetry in the Plane: 22. Discrete groups
23. The circular groups
24. The frieze groups
25. The wallpaper groups
Section VII. Symmetry in Space: 26. Space isometries
27. Discrete space groups
28. The layer groups
29. the rod groups
Section VIII. Symmetry and Enumeration: 30. A combinational approach to symmetry
31. Graph symmetry
32. Enumeration
33. Fundamental architectural arrangements revisited
Bibliography
Indices.
Preface
Part I. Incidence: Introduction
Section 1. Incidence and Graph Theory: 1. Topological transformations
2. Basic graph theory
3. Directed graphs
4. Traversability
5. Distance
Section II. Incidence in the Plane: 6. Maps
7. Planar graphs
8. Euler's formula
9. Polyhedra
Section III. Further Applications of Graph Theory: 10. Bracing structures
11. Optimal route design
12. Mean distance
13. Triangulations and organization graphs
Section IV. Topology of Surfaces: 14. Surfaces
15. Maps on surfaces
16. Tesselations of the plane
17. Compact surfaces
Part II. Symmetry: Introduction
Section V. Symmetry and Group Theory: 18. Planar isometries
19. Basic group theory
20. Reflections on the plane
21. The isometry group of the plane
Section VI. Symmetry in the Plane: 22. Discrete groups
23. The circular groups
24. The frieze groups
25. The wallpaper groups
Section VII. Symmetry in Space: 26. Space isometries
27. Discrete space groups
28. The layer groups
29. the rod groups
Section VIII. Symmetry and Enumeration: 30. A combinational approach to symmetry
31. Graph symmetry
32. Enumeration
33. Fundamental architectural arrangements revisited
Bibliography
Indices.
Forward
Preface
Part I. Incidence: Introduction
Section 1. Incidence and Graph Theory: 1. Topological transformations
2. Basic graph theory
3. Directed graphs
4. Traversability
5. Distance
Section II. Incidence in the Plane: 6. Maps
7. Planar graphs
8. Euler's formula
9. Polyhedra
Section III. Further Applications of Graph Theory: 10. Bracing structures
11. Optimal route design
12. Mean distance
13. Triangulations and organization graphs
Section IV. Topology of Surfaces: 14. Surfaces
15. Maps on surfaces
16. Tesselations of the plane
17. Compact surfaces
Part II. Symmetry: Introduction
Section V. Symmetry and Group Theory: 18. Planar isometries
19. Basic group theory
20. Reflections on the plane
21. The isometry group of the plane
Section VI. Symmetry in the Plane: 22. Discrete groups
23. The circular groups
24. The frieze groups
25. The wallpaper groups
Section VII. Symmetry in Space: 26. Space isometries
27. Discrete space groups
28. The layer groups
29. the rod groups
Section VIII. Symmetry and Enumeration: 30. A combinational approach to symmetry
31. Graph symmetry
32. Enumeration
33. Fundamental architectural arrangements revisited
Bibliography
Indices.
Preface
Part I. Incidence: Introduction
Section 1. Incidence and Graph Theory: 1. Topological transformations
2. Basic graph theory
3. Directed graphs
4. Traversability
5. Distance
Section II. Incidence in the Plane: 6. Maps
7. Planar graphs
8. Euler's formula
9. Polyhedra
Section III. Further Applications of Graph Theory: 10. Bracing structures
11. Optimal route design
12. Mean distance
13. Triangulations and organization graphs
Section IV. Topology of Surfaces: 14. Surfaces
15. Maps on surfaces
16. Tesselations of the plane
17. Compact surfaces
Part II. Symmetry: Introduction
Section V. Symmetry and Group Theory: 18. Planar isometries
19. Basic group theory
20. Reflections on the plane
21. The isometry group of the plane
Section VI. Symmetry in the Plane: 22. Discrete groups
23. The circular groups
24. The frieze groups
25. The wallpaper groups
Section VII. Symmetry in Space: 26. Space isometries
27. Discrete space groups
28. The layer groups
29. the rod groups
Section VIII. Symmetry and Enumeration: 30. A combinational approach to symmetry
31. Graph symmetry
32. Enumeration
33. Fundamental architectural arrangements revisited
Bibliography
Indices.