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Seminal works on watercolor painting simulation
Seminal works on watercolor painting simulation
Seminal works on watercolor painting simulation
Seminal works on watercolor painting simulation
Seminal works on watercolor painting simulation
Seminal works on watercolor painting simulation
Seminal works on watercolor painting simulation
Seminal works on watercolor painting simulation
Seminal works on watercolor painting simulation
Seminal works on watercolor painting simulation
Seminal works on watercolor painting simulation
Seminal works on watercolor painting simulation
Seminal works on watercolor painting simulation
Seminal works on watercolor painting simulation
Seminal works on watercolor painting simulation
Seminal works on watercolor painting simulation
Seminal works on watercolor painting simulation
Seminal works on watercolor painting simulation
Seminal works on watercolor painting simulation
Seminal works on watercolor painting simulation
Seminal works on watercolor painting simulation
Seminal works on watercolor painting simulation
Seminal works on watercolor painting simulation
Seminal works on watercolor painting simulation
Seminal works on watercolor painting simulation
Seminal works on watercolor painting simulation
Seminal works on watercolor painting simulation
Seminal works on watercolor painting simulation
Seminal works on watercolor painting simulation
Seminal works on watercolor painting simulation
Seminal works on watercolor painting simulation
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Seminal works on watercolor painting simulation

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presenting two seminal works on watercolor simulation

presenting two seminal works on watercolor simulation

Published in: Technology, Business
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  • 1. Simulating Watercolor Painting Khan Mostafa khan.mostafa@stonybrook.edu
  • 2. Papers Presenting 1. David Small, "Simulating watercolor by modeling diffusion, pigment, and paper fibers," in Electronic Imaging'91, San Jose, CA, 1991. 2. Cassidy J. Curtis, Sean E. Anderson, Joshua E. Seims, Kurt W. Fleischer, and David H. Salesin, "Computer-generated watercolor," in Proc. ACM SIGGRAPH, 1997.
  • 3. David Small, "Simulating watercolor by modeling diffusion, pigment, and paper fibers," in Electronic Imaging'91, San Jose, CA, 1991.
  • 4. D. Small, 1991 Modeling Watercolor By Simulating Diffusion, Pigment And Paper Fibers • • • • • • •
  • 5. D. Small, 1991 On a Super computer • • • • • • •
  • 6. D. Small, 1991 Architecture
  • 7. D. Small, 1991 Setup • • • • • • • •
  • 8. D. Small, 1991 Simulation: Surface Effects • •
  • 9. D. Small, 1991 Simulation: Substrate Effect • • •
  • 10. D. Small, 1991 Simulation: Paper Absorption • •
  • 11. D. Small, 1991 Rendering
  • 12. D. Small, 1991 Analysis • • • • •
  • 13. Cassidy J. Curtis, Sean E. Anderson, Joshua E. Seims, Kurt W. Fleischer, and David H. Salesin, "Computer-generated watercolor," in Proc. ACM SIGGRAPH, 1997.
  • 14. Curtis et al, 1997 Computer Generated Watercolor • • • • •
  • 15. Curtis et al, 1997 Watercolor Materials • • • • • • • • •
  • 16. Curtis et al, 1997 Watercolor Effects
  • 17. Curtis et al, 1997 Algorithm • • • • • • •
  • 18. Curtis et al, 1997 Three layers for Fluid Simulation • • • • • • ∇ μ κ
  • 19. Curtis et al, 1997 Paper generation • • • • • •
  • 20. Curtis et al, 1997 Moving Water in Shallow water layer • • • • • • • • •
  • 21. Curtis et al, 1997 Moving Water in Shallow water layer • • • • •
  • 22. Curtis et al, 1997 Moving Pigments • • •
  • 23. Curtis et al, 1997 Pigment adsorption and desorption
  • 24. Curtis et al, 1997 Diffusing water through Capillary layer • • • • α
  • 25. Curtis et al, 1997 Rendering pigmented layers • • • • • •
  • 26. Curtis et al, 1997 • • • • • • • • • •
  • 27. Curtis et al, 1997 Pigments with KM
  • 28. Curtis et al, 1997 An Application
  • 29. thanks

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