Map Algebra and Static Modelling with PCRaster

Table of Contents

1. Introduction

2. What is PCRaster?

3. PCRaster: modelling

4. PCRaster: GIS

5. Entities and syntax of functions

6. Entities used in models

7. Entities: map (1)

8. Entities: map (2)

9. Entities: map (3)

10. Entities: map (3)

11. Operators and functions

12. Syntax of operators

13. Syntax of functions

14. Command line mode

15. Spatial static modelling

16. Spatial static model: theory

17. Spatial static model: representation in PCRaster (1)

18. Spatial static model: representation in PCRaster (2)

19. Point functions and operators

20. Groups of spatial functions and operators

21. Group of point functions

22. Point functions: arithmic, trigonometric, exponential, logarithmic operators

23. Point functions: comparison functions

24. Point functions: conditional statements

25. Point functions: Boolean operators

26. Direct neighbourhood functions

27. Direct neighbourhood functions

28. Direct neighbourhood functions: window functions (filters)

29. Direct neighbourhood functions: derivatives of elevation

30. Functions with a neighbourhood defined by topology

31. Functions with a neighbourhood defined by topology

32. Catchment analysis

33. Functions for transport of material: cell as open system

34. Functions for transport of material: cell as open system

35. Entire neighbourhood functions

36. Entire neighbourhood functions

37. Functions calculating descriptive statistics

38. Functions calculating descriptive statistics

39. Example: geomorphological mapping with the DEM

40. Terraces

41. Tithonique.., rivers..

42. Spatial dynamic modelling

43. Theory

44. Representation in PCRaster

45. Spatial dynamic modelling: example

46. Spatial dynamic modelling: stream power