GEOGRAPHICAL INFORMATION SYSTEMS

• US 20160125628A1
• Filed: 11/05/2014
• Published: 05/05/2016
• Est. Priority Date: 11/05/2014
• Status: Abandoned Application

• Current Assignee: Geologis Limited
• Original Assignee: Geologis Limited
• Inventors: BARNES, Rob
• Application Number:
  US14/533,514
• Publication Number:
  US 20160125628A1
• Time in Patent Office: Days
• US Class Current: 1/1
• CPC Class Codes: G06F 16/29 Geographical information databases
• CPC Class Codes: G06T 17/05 Geographic models

Abstract

A digital map is provided with information vertex data structures each storing a location, one or more attributes of the space at that location, and a line identifier; and a plan representing a space and comprising a line drawn on the plan between points corresponding to the locations of a plurality of information vertex data structures. The map provides a bespoke, GIS-based geoscience software system that may include several fully integrated and dynamically linked components to better serve both the geoscientist and data user communities. A bespoke database model coupled with a new method of data attribution allows the full variety and complexity of geoscience data and interpretation to be captured.

Claims

1. A digital map comprising:

a plurality of information vertex data structures each storing a location, one or more attributes of the space at that location, and a line identifier; and

a plan representing a space and comprising a line drawn on the plan between points corresponding to the locations of a plurality of information vertex data structures.

2. The digital map of claim 1, further comprising a plurality of graphical vertex data structures, each storing a location and a line identifier.

3. The digital map of claim 2, wherein a line is drawn on the plan between points corresponding to the locations of a plurality of information vertex data structures and a plurality of graphical vertex data structures.

4. The digital map of claim 2, wherein the number of graphical vertex data structures used in the construction of a line drawn on a plan varies with a scale of the plan.

5. The digital map of claim 2, wherein the line is plotted on the plan using the information vertex data structures and additional graphical vertex data structures are placed either manually or automatically according to a mathematical function.

6. The digital map of claim 1, wherein the information vertex data structures each store an attribute that defines a relative degree of importance or scale range within which they are applicable.

7. The digital map of claim 6, wherein a line drawn on a plan having a first scale is drawn between points corresponding to all the plurality of information vertex data structures, and a similar line drawn on a plan having a second scale is drawn between points corresponding to a selection of the plurality of information vertex data structures, wherein the second scale is smaller than the first scale and the selection of information vertex data structures is made on the basis of their stored relative degrees of importance or scale range classification.

8. The digital map of claim 1, wherein variations in a drawn line can be edited retrospectively by selecting the necessary vertex data structures and changing their attribution.

9. The digital map of claim 8, wherein previous versions of lines are stored so that the evolution of a line over time can be traced.

10. The digital map of claim 1, comprising a polygon drawn on the plan and created automatically from one or more lines drawn on the plan.

11. The digital map of claim 10, wherein polygon fill data is included as one or more of the attributes stored in an information vertex data structure.

12. The digital map of claim 10, wherein a dedicated information vertex data structure is provided which stores polygon attribute values or links to a legend structure.

13. The digital map of claim 12, wherein the plan location of the dedicated information vertex data structure is within the area of the polygon.

14. The digital map of claim 1, wherein one or more attributes of an information vertex data structure comprises a representation of confidence of the accuracy of one or more of the attributes stored in the vertex data structures.

15. The digital map of claim 14, wherein the representation of confidence of the accuracy of one or more of the attributes comprises a classification.

16. The digital map of claim 14, wherein the representation of confidence of the accuracy of one or more of the attributes comprises an integer value.

17. The digital map of claim 14, wherein the attributes for which a representation of confidence of accuracy is stored comprise one or more selected from a group including:

x and y plane position, height, age, dip, thickness, younging (‘

way up’

), age of a geological unit, type of a geological unit, general confidence of a geological unit, type of a geological line, general confidence of a geological line, general confidence that a line represents a surface, age of a geological surface, dip of a geological surface, type of a geological surface, thickness of a geological surface, general confidence of a geological surface.

18. The digital map of claim 1, further comprising a digital legend data structure for displaying a digital legend.

19. The digital map of claim 18, wherein attributes of the space are stored in the digital legend data structure.

20. The digital map of claim 19, wherein the legend acts as a set of styles that can be copied for features including point, line and the dedicated information vertex data structures that store polygon attribute values, avoiding repetitious coding as each new feature is drafted.

21. The digital map of claim 18, wherein the displayed digital legend is created automatically to display only data present in an area of the plan selected for viewing.

22. The digital map of claim 18, wherein the digital legend comprises user-selectable components that control what is displayed in the plan.

23. A computer program product comprising a database storing data comprising:

a plurality of information vertex data structures each storing a plan location, one or more attributes of the space at that plan location, and a line identifier;

said data enabling the generation of a digital plan representing a space and wherein a line is drawn on the plan between points corresponding to a plurality of information vertex data structures.