3-D weather display and weathercast system

• US 5,583,972 A
• Filed: 02/07/1994
• Issued: 12/10/1996
• Est. Priority Date: 08/02/1993
• Status: Expired due to Term

• Current Assignee: Richard L. Miller
• Original Assignee: Richard L. Miller
• Inventors: Miller, Richard L.
• Primary Examiner(s): Zimmerman, Mark K.
• Application Number:
  US08/192,492
• Time in Patent Office: 1,037 Days
• Field of Search: 395/119, 395/126, 395/130, 395/131, 342/26, 342/59, 342/460, 324/640
• US Class Current: 345/419
• CPC Class Codes: G01S 13/951 ground based
• CPC Class Codes: G01S 7/20 Stereoscopic displays; Three-dimensional displays; Pseudo-three-dimensional displays
• CPC Class Codes: G01W 1/06 giving a combined indication of weather conditions catathermometers for measuring "cooling value" related either to weather conditions or to comfort of other human environment G01W1/17; computers per se G06
• CPC Class Codes: G06T 15/00 3D [Three Dimensional] image rendering
• CPC Class Codes: Y02A 90/10 Information and communication technologies [ICT] supporting adaptation to climate change, e.g. for weather forecasting or climate simulation

Abstract

A weathercasting system for displaying dynamic real time photo-realistic three-dimensional pictorial representations of weather conditions created from meteorological data combined with geographical and topographical data. Geographical and topographical data is retrieved, digitized, and processed to produce a simulated three-dimensional volumetric image and stored in memory for later retrieval. Meteorological data including precipitation, cloud cover data, the bottom and top of cloud formations, and reflectivity and velocity of rain droplets in real-time are acquired from C-band and/or K-band Doppler radar, or non-Doppler K-band and Doppler X-band radar installations which ameliorate S-band radar data and the data is digitized and processed to produce a simulated three-dimensional image of the meteorological data. The meteorological data is combined with the geographical and topographical data to produce a digital signal capable of being transmitted to a computer, displayed on a computer display screen, and manipulated by peripheral devices connected with the computer. The combined data is displayed as a photo-realistic three-dimensional pictorial representation of weather conditions from a selective observation point and relative to a selective geographical area. The pictorial representation can be manipulated to give the visual effect of moving through a weather system to allow the viewer to visualize the effects of the weather system at various geographical locations.

Claims

1. A method of displaying dynamic three-dimensional pictorial representations of weather conditions created from meteorological data combined with geographical and topographical data, comprising the steps of:

retrieving, digitizing, and processing geographical and topographical data to produce a simulated three-dimensional volumetric image having a predetermined volume, and storing the digitized and processed data in memory means for later retrieval;

acquiring meteorological data comprising precipitation, cloud cover data, the bottom and top of cloud formations, and reflectivity and velocity of rain droplets, in real time from radar installations, wherein the radar installations comprise K-band or K-band Doppler radar and at least one of C-band radar, C-band Doppler radar, S-band radar, S-band Doppler Radar, X-band radar and X-band Doppler radar;

digitizing and processing said acquired meteorological data to produce a simulated three-dimensional image of said meteorological data;

combining the acquired meteorological data with the retrieved geographical and topographical data utilizing microprocessor means to produce a digital signal capable of being transmitted to a computer, displayed on a computer display screen, and manipulated by peripheral devices connected with the computer; and

displaying the combined processed meteorological data and geographical and topographical data as a three-pictorial representation of weather conditions from a selective observation point and relative to a selective geographical area.

2. The method according to claim 1 in which

the step of displaying the combined processed meteorological data and geographical and topographical data as a three-dimensional pictorial representation of weather conditions is accomplished within approximately twenty minutes of acquiring said meteorological data.

3. The method according to claim 1 in which

said three-dimensional pictorial representation of weather conditions is manipulated by a peripheral device connected with the computer from a selective observation point and relative to a selective geographical area to give the visual effect of moving through a weather system to allow the viewer to visualize the effects of the weather system at various geographical locations.

4. The method according to claim 1 in which

said step of acquiring meteorological data comprises mobile X-band radar or mobile X-band Doppler radar.

5. The method according to claim 4 in which

said step of acquiring meteorological data includes acquiring data from both K-band radar and X-band Doppler radar operated from at least one location.

6. The method according to claim 4 in which

said step of acquiring meteorological data includes acquiring data from both S-band Doppler radar and K-band Doppler radar operated from at least one location.

7. The method according to claim 4 in which

said step of acquiring meteorological data includes acquiring data from both C-band and K-band Doppler radar operated from at least one location.

8. The method according to claim 1 in which

said step of acquiring meteorological data includes utilizing lightning detection means in conjunction with said data selected from the recited radar group to acquire data representing lightning activity for forecasting lightning hazards.

9. The method according to claim 1 in which

said step of acquiring meteorological data includes utilizing a weather satellite in conjunction with said data selected from the recited radar group to acquire data representing cloud height, temperature, humidity, and dew point.

10. The method according to claim 1 in which

said step of acquiring meteorological data includes utilizing an all-sky camera in conjunction with said data selected from the recited radar group to acquire data representing cloud height, temperature, humidity, and dew point.

11. The method according to claim 1 in which

said step of digitizing and processing said acquired meteorological data to produce a simulated three-dimensional image of said meteorological data includes scaling said reflectivity of rain droplets to correspond directly to values of rainfall intensity or rainwater content.

12. The method according to claim 1 in which

said step of retrieving, digitizing, and processing geographical and topographical data includes retrieving photo-images of a national, regional, and local area from an overhead satellite.

13. The method according to claim 12 in which

said photo-images of said local area include computerized simulations of local buildings, highways and landmarks.

14. The method according to claim 12 in which

said step of retrieving, digitizing, and processing geographical and topographical data includes texture-mapping said photo-images to accurately simulate said national, regional, and local areas.

15. The method according to claim 1 in which

said step of digitizing and processing said acquired meteorological data to produce a simulated three-dimensional image of said meteorological data includes colorizing and texture-mapping said meteorological data to simulate actual weather conditions.

16. A weathercasting system for displaying dynamic real time three-dimensional pictorial representation of weather conditions created from meteorological data combined with geographical and topographical data, comprising:

processor for retrieving, digitizing, and processing geographical and topographical data to produce a simulated three-dimensional volumetric image having a predetermined volume;

memory for storing the digitized and processed geographical and topographical data for later retrieval;

accessor for accessing radar meteorological data comprising precipitation, cloud cover data, the bottom and top of cloud formations, and reflectivity and velocity of rain droplets, wherein the accessor Comprises radar installations comprising K-band or K-band Doppler radar and at least one of C-band radar, c-band Doppler radar, S-band radar, S-band Doppler Radar, X-band radar and X-band Doppler radar;

retriever for synchronously and continuously retrieving said radar meteorological data in real time;

digitizer for digitizing and processing said retrieved radar meteotological data to produce a simulated three-dimensional image of said radar meteorolgical data;

microprocessor for combining said digitized retrieved meteorological data with said digitized retrieved geographical and topographical data and producing a digital signal capable of being transmitted to a computer, displayed on a computer display screen, and manipulated by peripheral devices connected with the computer; and

display for receiving and displaying said combined digitized meteorological data and geographical and topographical data as a three-dimensional pictorial representation of weather conditions from a selective observation point and relative to a selective geographical area.

17. The weathercasting system according to claim 16 including

manipulator connected with said microprocessor means for manipulating said three-dimensional pictorial representation of weather conditions from a selective observation point and relative to a selective geographical area to give the visual effect of moving through a weather system to allow the viewer to visualize the effects of the weather system at various geographical locations.

18. The weathercasting system according to claim 16 in which

said accessor for accessing radar meteorological data comprises mobile X-band radar or mobile X-band Doppler radar.

19. The weathercasting system according to claim 18 in which

said accessor for accessing radar meteorological data includes a K-band radar unit and an X-band Doppler radar unit operated from at least one location.

20. The weathercasting system according to claim 18 in which

said accessor for accessing radar meteorological data includes a K-band Doppler radar unit operated from at least one location.

21. The weathercasting system according to claim 18 in which

said accessor for accessing radar meteorological data includes both an S-band Doppler radar unit and a K-band Doppler radar unit operated from at least one location.

22. The weathercasting system according to claim 18 in which

said accessor for accessing radar meteorological data includes both a C-band Doppler radar unit and a K-band Doppler radar unit operated from at least one location.

23. The weathercasting system according to claim 18 in which

said accessor for accessing radar meteorological data includes lightning detection and analysis means in combination with said at least one radar unit for acquiring and analyzing data representing lightning activity and forecasting lightning hazards.

24. The weathercasting system according to claim 18 in which

said accessor for accessing radar meteorological data includes a weather satellite in combination with said at least one radar unit to provide data representing cloud height, temperature, humidity, and dew point.

25. The weathercasting system according to claim 18 in which

said accessor for accessing radar meteorological data includes an all-sky camera in combination with said at least one radar unit to provide data representing cloud height, temperature, humidity, and dew point.

26. The weathercasting system according to claim 16 in which

said digitizer for digitizing and processing said retrieved radar meteorological data to produce a simulated three-dimensional image of said meteorological data includes means for scaling said reflectivity of rain droplets to correspond directly to values of rainfall intensity or rainwater content.

27. The weathercasting system according to claim 16 in which

said retriever for retrieving, digitizing, and processing geographical and topographical data includes means for retrieving photo-images of a national, regional, and local area from an overhead satellite.

28. The weathercasting system according to claim 27 in which

said photo-images of said local area are processed to include computerized simulations of local buildings, highways and landmarks.

29. The weathercasting system according to claim 27 in which

said retriever for retrieving, digitizing, and processing geographical and topographical data includes means for texture-mapping said photo-images to accurately simulate said national, regional, and local areas.

30. The weathercasting system according to claim 16 in which

said digitizer for digitizing and processing said radar meteorological data to produce a simulated three-dimensional image of said radar meteorological data includes means for colorizing and texture-mapping said radar meteorological data to simulate actual weather conditions.