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This book is a comprehensive tool both for self-study and for use as a text in classical geometry. It explains the concepts that form the basis for computer-aided geometric design.
This book is a comprehensive tool both for self-study and for use as a text in classical geometry. It explains the concepts that form the basis for computer-aided geometric design.
Produktdetails
- Produktdetails
- Verlag: Peters, Wellesley
- Artikelnr. des Verlages: K00414
- Repr.
- Seitenzahl: 424
- Englisch
- Abmessung: 229mm
- Gewicht: 758g
- ISBN-13: 9781568810041
- ISBN-10: 1568810040
- Artikelnr.: 05222452
- Herstellerkennzeichnung Die Herstellerinformationen sind derzeit nicht verfügbar.
- Verlag: Peters, Wellesley
- Artikelnr. des Verlages: K00414
- Repr.
- Seitenzahl: 424
- Englisch
- Abmessung: 229mm
- Gewicht: 758g
- ISBN-13: 9781568810041
- ISBN-10: 1568810040
- Artikelnr.: 05222452
- Herstellerkennzeichnung Die Herstellerinformationen sind derzeit nicht verfügbar.
Prautzsch, Hartmut; Boehm, Wolfgang
I: Some Linear Algebra 1. Linear Systems 2. Linear Spaces 3. Least Squares II: Images and Projections 4. Parallel Projections 5. Moving the Object 6. Perspective Drawings 7. The Mapping Matrix 8. Reconstruction III: Affine Geometry 9. Affine Space 10. The Barycentric Calculus 11. Affine Maps 12. Affine Figures 13. Quadrics in Affine Spaces 14. More on Affine Quadrics 15. Homothetic Pencils IV: Euclidean Geometry 16. The Euclidean Space 17. Some Euclidean Figures 18. Quadrics in Euclidean Space 19. Focal Properties V: Some Projective Geometry 20. The Projective Space 21. Projective Maps 22. Some Projective Figures 23. Projective Quadrics VI: Some Descriptive Geometry 24. Associated Projections 25. Penetrations VII: Basic Algebraic Geometry 26. Implicit Curves and Surfaces 27. Parametric Curves and Surfaces 28. Some Elimination Methods 29. Implicitization, Inversion and Intersection VIII: Differential Geometry 30. Curves 31. Curves on Surfaces 32. Surfaces
I: Some Linear Algebra 1. Linear Systems 2. Linear Spaces 3. Least Squares
II: Images and Projections 4. Parallel Projections 5. Moving the Object 6.
Perspective Drawings 7. The Mapping Matrix 8. Reconstruction III: Affine
Geometry 9. Affine Space 10. The Barycentric Calculus 11. Affine Maps 12.
Affine Figures 13. Quadrics in Affine Spaces 14. More on Affine Quadrics
15. Homothetic Pencils IV: Euclidean Geometry 16. The Euclidean Space 17.
Some Euclidean Figures 18. Quadrics in Euclidean Space 19. Focal Properties
V: Some Projective Geometry 20. The Projective Space 21. Projective Maps
22. Some Projective Figures 23. Projective Quadrics VI: Some Descriptive
Geometry 24. Associated Projections 25. Penetrations VII: Basic Algebraic
Geometry 26. Implicit Curves and Surfaces 27. Parametric Curves and
Surfaces 28. Some Elimination Methods 29. Implicitization, Inversion and
Intersection VIII: Differential Geometry 30. Curves 31. Curves on Surfaces
32. Surfaces
II: Images and Projections 4. Parallel Projections 5. Moving the Object 6.
Perspective Drawings 7. The Mapping Matrix 8. Reconstruction III: Affine
Geometry 9. Affine Space 10. The Barycentric Calculus 11. Affine Maps 12.
Affine Figures 13. Quadrics in Affine Spaces 14. More on Affine Quadrics
15. Homothetic Pencils IV: Euclidean Geometry 16. The Euclidean Space 17.
Some Euclidean Figures 18. Quadrics in Euclidean Space 19. Focal Properties
V: Some Projective Geometry 20. The Projective Space 21. Projective Maps
22. Some Projective Figures 23. Projective Quadrics VI: Some Descriptive
Geometry 24. Associated Projections 25. Penetrations VII: Basic Algebraic
Geometry 26. Implicit Curves and Surfaces 27. Parametric Curves and
Surfaces 28. Some Elimination Methods 29. Implicitization, Inversion and
Intersection VIII: Differential Geometry 30. Curves 31. Curves on Surfaces
32. Surfaces
I: Some Linear Algebra 1. Linear Systems 2. Linear Spaces 3. Least Squares II: Images and Projections 4. Parallel Projections 5. Moving the Object 6. Perspective Drawings 7. The Mapping Matrix 8. Reconstruction III: Affine Geometry 9. Affine Space 10. The Barycentric Calculus 11. Affine Maps 12. Affine Figures 13. Quadrics in Affine Spaces 14. More on Affine Quadrics 15. Homothetic Pencils IV: Euclidean Geometry 16. The Euclidean Space 17. Some Euclidean Figures 18. Quadrics in Euclidean Space 19. Focal Properties V: Some Projective Geometry 20. The Projective Space 21. Projective Maps 22. Some Projective Figures 23. Projective Quadrics VI: Some Descriptive Geometry 24. Associated Projections 25. Penetrations VII: Basic Algebraic Geometry 26. Implicit Curves and Surfaces 27. Parametric Curves and Surfaces 28. Some Elimination Methods 29. Implicitization, Inversion and Intersection VIII: Differential Geometry 30. Curves 31. Curves on Surfaces 32. Surfaces
I: Some Linear Algebra 1. Linear Systems 2. Linear Spaces 3. Least Squares
II: Images and Projections 4. Parallel Projections 5. Moving the Object 6.
Perspective Drawings 7. The Mapping Matrix 8. Reconstruction III: Affine
Geometry 9. Affine Space 10. The Barycentric Calculus 11. Affine Maps 12.
Affine Figures 13. Quadrics in Affine Spaces 14. More on Affine Quadrics
15. Homothetic Pencils IV: Euclidean Geometry 16. The Euclidean Space 17.
Some Euclidean Figures 18. Quadrics in Euclidean Space 19. Focal Properties
V: Some Projective Geometry 20. The Projective Space 21. Projective Maps
22. Some Projective Figures 23. Projective Quadrics VI: Some Descriptive
Geometry 24. Associated Projections 25. Penetrations VII: Basic Algebraic
Geometry 26. Implicit Curves and Surfaces 27. Parametric Curves and
Surfaces 28. Some Elimination Methods 29. Implicitization, Inversion and
Intersection VIII: Differential Geometry 30. Curves 31. Curves on Surfaces
32. Surfaces
II: Images and Projections 4. Parallel Projections 5. Moving the Object 6.
Perspective Drawings 7. The Mapping Matrix 8. Reconstruction III: Affine
Geometry 9. Affine Space 10. The Barycentric Calculus 11. Affine Maps 12.
Affine Figures 13. Quadrics in Affine Spaces 14. More on Affine Quadrics
15. Homothetic Pencils IV: Euclidean Geometry 16. The Euclidean Space 17.
Some Euclidean Figures 18. Quadrics in Euclidean Space 19. Focal Properties
V: Some Projective Geometry 20. The Projective Space 21. Projective Maps
22. Some Projective Figures 23. Projective Quadrics VI: Some Descriptive
Geometry 24. Associated Projections 25. Penetrations VII: Basic Algebraic
Geometry 26. Implicit Curves and Surfaces 27. Parametric Curves and
Surfaces 28. Some Elimination Methods 29. Implicitization, Inversion and
Intersection VIII: Differential Geometry 30. Curves 31. Curves on Surfaces
32. Surfaces