IMAGE SHARING SYSTEM AND RELATED COMPUTER PROGRAM PRODUCT

• US 20150092067A1
• Filed: 10/01/2014
• Published: 04/02/2015
• Est. Priority Date: 10/02/2013
• Status: Active Grant

• Current Assignee: Realtek Semiconductor Corp.
• Original Assignee: Realtek Semiconductor Corp.
• Inventors: YU, Siu-Leong, WEI, Shih-Chun, MA, Chen, CHIU, Sun Chien
• Granted Patent: US 9,288,385 B2
• Time in Patent Office: Days
• US Class Current: 348/207.1
• CPC Class Codes: G06F 2203/04802 3D-info-object: information is displayed on the internal or external surface of a three dimensional manipulable object, e.g. on the faces of a cube that can be rotated by the user
• CPC Class Codes: G06F 3/04842 Selection of displayed objects or displayed text elements G06F3/0482 takes precedence
• CPC Class Codes: H04N 1/00156 with a group of selected individuals or correspondents
• CPC Class Codes: H04N 1/00161 Viewing or previewing
• CPC Class Codes: H04N 1/00198 Creation of a soft photo presentation, e.g. digital slide-show
• CPC Class Codes: H04N 1/00209 Transmitting or receiving image data, e.g. facsimile data, via a computer, e.g. using e-mail, a computer network, the internet, I-fax
• CPC Class Codes: H04N 1/00244 with a server, e.g. an internet server fax-servers or the like for store and forward H04N1/324
• CPC Class Codes: H04N 21/2743 Video hosting of uploaded data from client
• CPC Class Codes: H04N 21/482 End-user interface for program selection broadcast systems using EPGs H04H60/72
• CPC Class Codes: H04N 21/8153 comprising still images, e.g. texture, background image
• CPC Class Codes: H04N 2201/0084 Digital still camera
• CPC Class Codes: H04N 23/62 Control of parameters via user interfaces
• CPC Class Codes: H04N 23/631 Graphical user interfaces [GUI] specially adapted for controlling image capture or setting capture parameters

Abstract

A computer program product includes: a receiving module for utilizing a communication circuit to receive a photographing positions distribution information; an option object generating module for utilizing a control circuit to generate multiple option objects; an arranging module for utilizing the control circuit to generate a graphic user interface including the multiple option objects and one or more reference indicators according to the photographing positions distribution information; and a displaying control module for utilizing a display device to display the graphic user interface. When the display device displays the graphic user interface, if an input device receives a shift command inputted by a user, the display controlling module controls the display device to move at least a portion of the option objects on the graphic user interface toward a same side and to change position or content of at least one reference indicator.

Claims

1. An image sharing system, comprising:

an image providing server, comprising;

a storage device, configured to operably store a site location data and a site orientation data of a target site, multiple image data, and multiple photographing position data respectively corresponding to multiple image data, wherein each of the multiple image data is photographed within a predetermined distance from the target site or contains at least a portion of image content of an event occurred at the target site;

a processing circuit, coupled with the storage device, configured to operably calculate a photographing positions distribution information representing a spatial distribution of the multiple photographing position data according to the site location data, the site orientation data, and the multiple photographing position data; and

a transmission circuit, coupled with the processing circuit, configured to operably transmit the photographing positions distribution information through Internet after an image enquiry request is received; and

an image playback device, comprising;

an input device, configured to operably generate the image enquiry request according to a user'"'"'s manipulation;

a communication circuit, configured to operably transmit the image enquiry request to the transmission circuit of the image providing server through the Internet, and to operably receive the photographing positions distribution information transmitted from the transmission circuit;

a control circuit, coupled with the communication circuit and the input device, configured to operably generate multiple option objects respectively corresponding to the multiple image data, and to operably arrange the multiple option objects according to the photographing positions distribution information so as to generate a graphic user interface (GUI) containing the multiple option objects and one or more reference indicators; and

a display device, coupled with the control circuit, configured to operably display the GUI;

wherein when the display device displays the GUI, if a moving command issued by the user is received by the input device, the control circuit controls the display device to move at least part of the multiple option objects in the GUI toward a same side and to correspondingly change position or content of at least one of the one or more reference indicators, and if an option object selection command corresponding to a target option object in the GUI is received by the input device, the control circuit controls the communication circuit to transmit an image data request corresponding to the target option object to the transmission circuit of the image providing server through the Internet;

wherein when the image data request is received by the image providing server, the processing circuit controls the transmission circuit to transmit a target image data out of the multiple image data to the communication circuit through the Internet, and when the target image data is received by the communication circuit, the control circuit controls the display device to display the target image data.

2. The image sharing system of claim 1, wherein the processing circuit further configures multiple characteristic parameter sets respectively corresponding to the multiple image data, and controls the transmission circuit to transmit the multiple characteristic parameter sets to the communication circuit through the Internet;

wherein the communication circuit receives the multiple characteristic parameter sets transmitted from the image providing server, and the control circuit configures one or more visual indicators for each of the multiple option objects according to the multiple characteristic parameter sets.

3. The image sharing system of claim 2, wherein the control circuit configures at least one of following visual indicators for the target option object according to a target characteristic parameter set out of the multiple characteristic parameter sets:

a size of the target option object;

a color of the target option object;

a shape of the target option object;

an outer frame color of the target option object; and

an outer frame thickness of the target option object.

4. The image sharing system of claim 3, wherein the target characteristic parameter set corresponds to the target image data, and the processing circuit configures the target characteristic parameter set according to at least one of following parameters of the target image data:

a statistic data of the target image data;

an identity type of a provider of the target image data;

an aspect ratio of the target image data;

a resolution of the target image data; and

an image type of the target image data;

wherein the statistic data corresponds to a ranking score of the target image data or an annotation count of the target image data.

5. The image sharing system of claim 3, wherein the one or more visual indicators of the target option object are utilized for representing at least one of following parameters of the target image data:

a statistic data of the target image data;

an identity type of a provider of the target image data;

an aspect ratio of the target image data;

a resolution of the target image data; and

an image type of the target image data;

wherein the statistic data corresponds to a ranking score of the target image data or an annotation count of the target image data.

6. The image sharing system of claim 1, wherein the processing circuit is further configured to operably generate multiple thumbnails respectively corresponding to the multiple image data, and to operably control the transmission circuit to transmit the multiple thumbnails to the communication circuit through the Internet;

wherein the control circuit is further configured to respectively utilize the multiple thumbnails to be main parts of the multiple option objects.

7. The image sharing system of claim 1, wherein the control circuit further configures each of the main parts of the multiple option objects to be shaped as a predetermined geometrical graph.

8. The image sharing system of claim 1, wherein the photographing positions distribution information contains multiple vertical positions and multiple horizontal positions respectively corresponding to the multiple photographing position data, the processing circuit is configured to operably derive the multiple vertical positions from the multiple photographing position data, and to operably calculate the multiple horizontal positions according to the site location data, the site orientation data, and the multiple photographing position data.

9. The image sharing system of claim 1, wherein the photographing positions distribution information contains multiple photographing altitudes and multiple photographing azimuths respectively corresponding to the multiple photographing position data, the processing circuit is configured to operably derive the multiple photographing altitudes from the multiple photographing position data, and to operably calculate the multiple photographing azimuths according to the site location data, the site orientation data, and the multiple photographing position data.

10. The image sharing system of claim 9, wherein the processing circuit is further configured to operably perform following operations:

deriving a target position of the target site from the site location data;

deriving a site orientation direction of the target site from the site orientation data;

deriving multiple device positions from the multiple photographing position data;

configuring the target position as a basis point;

configuring a vertical plane on which the site orientation direction resides as a basis plane;

respectively calculating multiple horizontal angles that the multiple device positions rotate clockwise from the basis plane; and

respectively configuring the multiple horizontal angles as the multiple photographing azimuths.

11. The image sharing system of claim 9, wherein the multiple option objects comprise a first option object, a second option object, and a third option object, the first option object corresponds to a first photographing azimuth of the multiple photographing azimuths and corresponds to a first photographing altitude of the multiple photographing altitudes, the second option object corresponds to a second photographing azimuth of the multiple photographing azimuths and corresponds to a second photographing altitude of the multiple photographing altitudes, the third option object corresponds to a third photographing azimuth of the multiple photographing azimuths and corresponds to a third photographing altitude of the multiple photographing altitudes, the first photographing azimuth is less than the second photographing azimuth, the second photographing azimuth is less than the third photographing azimuth, the third photographing altitude is less than the first photographing altitude, and the first photographing altitude is less than the second photographing altitude;

wherein in the GUI, the control circuit arranges the third option object to have a horizontal position in a left side of the second option object, arranges the first option object to have a horizontal position in a left side of the third option object, configures a vertical position of the first option object to be higher than a vertical position of the third option object, and configures a vertical position of the second option object to be higher than the vertical position of the first option object.

12. The image sharing system of claim 11, wherein the control circuit divides multiple ribbon regions respectively corresponding to multiple reference indicators within the GUI, the multiple reference indicators comprise a first reference indicator, and the multiple ribbon regions comprise a first ribbon region corresponding to the first reference indicator;

wherein if the moving command corresponds to the first ribbon region, the control circuit controls the display device to move multiple option objects within the first ribbon region toward a same side, to correspondingly change a position or content of the first reference indicator, to maintain positions of all option objects within other ribbon regions unchanged, and to maintain positions and contents of other reference indicators unchanged.

13. The image sharing system of claim 12, wherein after the display device moves the multiple option objects within the first ribbon region toward a same side, if a together shift command issued by the user is received by the input device, the control circuit controls the display device to move multiple option objects within different ribbon regions in the multiple ribbon regions toward a same side and to synchronously change positions or contents of the multiple reference indicators.

14. The image sharing system of claim 12, wherein after the display device moves the multiple option objects within the first ribbon region toward a same side, if an align command issued by the user is received by the input device, the control circuit controls the display device to move multiple option objects within at least one ribbon region of the multiple ribbon regions toward a same side and to adjust positions or contents of the multiple reference indicators to be identical or similar with each other.

15. The image sharing system of claim 11, wherein the multiple option objects further comprise a fourth option object and a fifth option object, the fourth option object corresponds to a fourth photographing azimuth of the multiple photographing azimuths and corresponds to a fourth photographing altitude of the multiple photographing altitudes, the fifth option object corresponds to a fifth photographing azimuth of the multiple photographing azimuths and corresponds to a fifth photographing altitude of the multiple photographing altitudes, the fourth photographing azimuth is greater than the third photographing azimuth, the fifth photographing azimuth is equal to the fourth photographing azimuth, the fourth photographing altitude is equal to the first photographing altitude, and the fifth photographing altitude is less than the fourth photographing altitude;

wherein when the display device displays the GUI, if the moving command is received by the input device, the control circuit controls the display device to synchronously move the first option object, the fourth option object, and the fifth option object a same horizontal distance toward a same direction and to maintain vertical positions of the first option object, the fourth option object, and the fifth option object in the GUI unchanged.

16. The image sharing system of claim 15, wherein the control circuit is further configured to operably divide a rectangular area in the GUI into the multiple ribbon regions, to operably define multiple vertical gridlines on the rectangular area, defines multiple horizontal gridlines perpendicular to the multiple vertical gridlines on the rectangular area, and to operably control the display device to align each of the multiple option objects with at least one of the multiple vertical gridlines and the multiple horizontal gridlines.

17. The image sharing system of claim 11, wherein the multiple option objects further comprise a fourth option object and a fifth option object, the fourth option object corresponds to a fourth photographing azimuth of the multiple photographing azimuths and corresponds to a fourth photographing altitude of the multiple photographing altitudes, the fifth option object corresponds to a fifth photographing azimuth of the multiple photographing azimuths and corresponds to a fifth photographing altitude of the multiple photographing altitudes, the fourth photographing azimuth is greater than the third photographing azimuth, the fifth photographing azimuth is equal to the fourth photographing azimuth, the fourth photographing altitude is equal to the first photographing altitude, and the fifth photographing altitude is less than the fourth photographing altitude;

wherein the control circuit is further configured to operably control the display device to show a cylindrical object in the GUI, and to arrange the multiple option objects on a lateral surface of the cylindrical object according to the multiple photographing azimuths and the multiple photographing altitudes, so that the first option object in the GUI has a vertical position higher than a vertical position of the fourth option object, and the fifth option object in the GUI has a same horizontal position with the fourth option object.

18. The image sharing system of claim 17, wherein the control circuit is further configured to operably divide the lateral surface of the cylindrical object into the multiple ribbon regions, to operably define multiple vertical gridlines and multiple annular gridlines perpendicular to the multiple vertical gridlines on the lateral surface of the cylindrical object, and to operably control the display device to align each of the multiple option objects with at least one of the multiple vertical gridlines and the multiple annular gridlines.

19. The image sharing system of claim 11, wherein the multiple option objects further comprise a fourth option object and a fifth option object, the fourth option object corresponds to a fourth photographing azimuth of the multiple photographing azimuths and corresponds to a fourth photographing altitude of the multiple photographing altitudes, the fifth option object corresponds to a fifth photographing azimuth of the multiple photographing azimuths and corresponds to a fifth photographing altitude of the multiple photographing altitudes, the fourth photographing azimuth is greater than the third photographing azimuth, the fifth photographing azimuth is equal to the fourth photographing azimuth, the fourth photographing altitude is equal to the first photographing altitude, and the fifth photographing altitude is less than the fourth photographing altitude;

wherein the control circuit is further configured to operably control the display device to show a spherical object in the GUI, and to arrange the multiple option objects on a spherical surface of the spherical object according to the multiple photographing azimuths and the multiple photographing altitudes, so that the first option object in the GUI has a vertical position higher than a vertical position of the fourth option object, and the fifth option object in the GUI is arranged to have a horizontal position in a left side of the fourth option object.

20. The image sharing system of claim 19, wherein the control circuit is further configured to operably divide the spherical surface of the spherical object into the multiple ribbon regions, to operably define multiple longitude lines and multiple latitude lines perpendicular to the multiple longitude lines on the spherical surface of the spherical object, and to operably control the display device to align each of the multiple option objects with at least one of the multiple longitude lines and the multiple latitude lines.

21. A computer program product, stored in a non-transitory storage device of an image playback device of an image sharing system, when executed by a control circuit of the image playback device, enabling the image playback device to generate a GUI, wherein the image sharing system comprises an image providing server and the image playback device, the image providing server being configured to operably store a site location data and a site orientation data of a target site, multiple image data, and multiple photographing position data respectively corresponding to the multiple image data, to operably calculate a photographing positions distribution information representing a spatial distribution of the multiple photographing position data according to the site location data, the site orientation data, and the multiple photographing position data, and to operably transmit the photographing positions distribution information through Internet after receiving an image enquiry request transmitted from the image playback device, wherein each of the multiple image data is photographed within a predetermined distance from the target site or contains at least a portion of image content of an event occurred at the target site;

the image playback device comprises a communication circuit, a display device, an input device, and the control circuit, the computer program product comprising;

a receiving module, for utilizing the communication circuit to receive the photographing positions distribution information transmitted from the image providing server through the Internet;

an option object generating module, for utilizing the control circuit to generate multiple option objects respectively corresponding to the multiple image data;

an arranging module, for utilizing the control circuit to arrange the multiple option objects according to the photographing positions distribution information so as to generate a graphic user interface (GUI) containing the multiple option objects and one or more reference indicators;

a displaying control module, for utilizing the display device to display the GUI; and

a transmitting module;

wherein when the display device displays the GUI, if a moving command issued by the user is received by the input device, the displaying control module controls the display device to move at least part of the multiple option objects in the GUI toward a same side and to correspondingly change position or content of at least one of the one or more reference indicators, and if an option object selection command corresponding to a target option object in the GUI is received by the input device, the transmitting module controls the communication circuit to transmit an image data request corresponding to the target option object to the image providing server through the Internet;

wherein when the image data request is received by the image providing server, the image providing server transmits a target image data out of the multiple image data to the communication circuit through the Internet, and when the target image data is received by the communication circuit, the control circuit controls the display device to display the target image data.

22. The computer program product of claim 21, wherein the image providing server further configures multiple characteristic parameter sets respectively corresponding to the multiple image data, and transmits the multiple characteristic parameter sets through the Internet;

wherein the receiving module further utilizes the communication circuit to receive the multiple characteristic parameter sets transmitted from the image providing server, and the option object generating module further utilizes the control circuit to configure one or more visual indicators for each of the multiple option objects according to the multiple characteristic parameter sets.

23. The computer program product of claim 22, wherein the option object generating module utilizes the control circuit to configure at least one of following visual indicators for the target option object according to a target characteristic parameter set out of the multiple characteristic parameter sets:

a size of the target option object;

a color of the target option object;

a shape of the target option object;

an outer frame color of the target option object; and

an outer frame thickness of the target option object.

24. The computer program product of claim 23, wherein the one or more visual indicators of the target option object are utilized for representing at least one of following parameters of the target image data:

a statistic data of the target image data;

an identity type of a provider of the target image data;

an aspect ratio of the target image data;

a resolution of the target image data; and

an image type of the target image data;

wherein the statistic data corresponds to a ranking score of the target image data or an annotation count of the target image data.

25. The computer program product of claim 21, wherein the image providing server is further configured to operably generate multiple thumbnails respectively corresponding to the multiple image data, and to operably transmit the multiple thumbnails through the Internet;

wherein the receiving module further utilizes the communication circuit to receive the multiple thumbnails transmitted from the image providing server, and the option object generating module further controls the control circuit to respectively utilize the multiple thumbnails to be main parts of the multiple option objects.

26. The computer program product of claim 21, wherein the option object generating module further utilizes the control circuit to configure each of the main parts of the multiple option objects to be shaped as a predetermined geometrical graph.

27. The computer program product of claim 21, wherein the photographing positions distribution information contains multiple vertical positions and multiple horizontal positions respectively corresponding to the multiple photographing position data, the image providing server is configured to operably derive the multiple vertical positions from the multiple photographing position data, and to operably calculate the multiple horizontal positions according to the site location data, the site orientation data, and the multiple photographing position data.

28. The computer program product of claim 21, wherein the photographing positions distribution information contains multiple photographing altitudes and multiple photographing azimuths respectively corresponding to the multiple photographing position data, the image providing server is configured to operably derive the multiple photographing altitudes from the multiple photographing position data, and to operably calculate the multiple photographing azimuths according to the site location data, the site orientation data, and the multiple photographing position data.

29. The computer program product of claim 28, wherein the multiple option objects comprise a first option object, a second option object, and a third option object, the first option object corresponds to a first photographing azimuth of the multiple photographing azimuths and corresponds to a first photographing altitude of the multiple photographing altitudes, the second option object corresponds to a second photographing azimuth of the multiple photographing azimuths and corresponds to a second photographing altitude of the multiple photographing altitudes, the third option object corresponds to a third photographing azimuth of the multiple photographing azimuths and corresponds to a third photographing altitude of the multiple photographing altitudes, the first photographing azimuth is less than the second photographing azimuth, the second photographing azimuth is less than the third photographing azimuth, the third photographing altitude is less than the first photographing altitude, and the first photographing altitude is less than the second photographing altitude;

wherein in the GUI, the arranging module arranges the third option object to have a horizontal position in a left side of the second option object, arranges the first option object to have a horizontal position in a left side of the third option object, configures a vertical position of the first option object to be higher than a vertical position of the third option object, and configures a vertical position of the second option object to be higher than the vertical position of the first option object.

30. The computer program product of claim 29, wherein the arranging module divides multiple ribbon regions respectively corresponding to multiple reference indicators within the GUI, the multiple reference indicators comprise a first reference indicator, and the multiple ribbon regions comprise a first ribbon region corresponding to the first reference indicator;

wherein if the moving command corresponds to the first ribbon region, the displaying control module controls the display device to move multiple option objects within the first ribbon region toward a same side, to correspondingly change a position or content of the first reference indicator, to maintain positions of all option objects within other ribbon regions unchanged, and to maintain positions and contents of other reference indicators unchanged.

31. The computer program product of claim 30, wherein after the display device moves the multiple option objects within the first ribbon region toward a same side, if a together shift command issued by the user is received by the input device, the displaying control module controls the display device to move multiple option objects within different ribbon regions in the multiple ribbon regions toward a same side and to synchronously change positions or contents of the multiple reference indicators.

32. The computer program product of claim 30, wherein after the displaying control module controls the display device to move the multiple option objects within the first ribbon region toward a same side, if an align command issued by the user is received by the input device, the displaying control module controls the display device to move multiple option objects within at least one ribbon region of the multiple ribbon regions toward a same side and to adjust positions or contents of the multiple reference indicators to be identical or similar with each other.

33. The computer program product of claim 29, wherein the multiple option objects further comprise a fourth option object and a fifth option object, the fourth option object corresponds to a fourth photographing azimuth of the multiple photographing azimuths and corresponds to a fourth photographing altitude of the multiple photographing altitudes, the fifth option object corresponds to a fifth photographing azimuth of the multiple photographing azimuths and corresponds to a fifth photographing altitude of the multiple photographing altitudes, the fourth photographing azimuth is greater than the third photographing azimuth, the fifth photographing azimuth is equal to the fourth photographing azimuth, the fourth photographing altitude is equal to the first photographing altitude, and the fifth photographing altitude is less than the fourth photographing altitude;

wherein when the display device displays the GUI, if the moving command is received by the input device, the displaying control module controls the display device to synchronously move the first option object, the fourth option object, and the fifth option object a same horizontal distance toward a same direction and to maintain vertical positions of the first option object, the fourth option object, and the fifth option object in the GUI unchanged.

34. The computer program product of claim 33, wherein the displaying control module further divides a rectangular area in the GUI into the multiple ribbon regions, defines multiple vertical gridlines on the rectangular area, defines multiple horizontal gridlines perpendicular to the multiple vertical gridlines on the rectangular area, and controls the display device to align each of the multiple option objects with at least one of the multiple vertical gridlines and the multiple horizontal gridlines.

35. The computer program product of claim 29, wherein the multiple option objects further comprise a fourth option object and a fifth option object, the fourth option object corresponds to a fourth photographing azimuth of the multiple photographing azimuths and corresponds to a fourth photographing altitude of the multiple photographing altitudes, the fifth option object corresponds to a fifth photographing azimuth of the multiple photographing azimuths and corresponds to a fifth photographing altitude of the multiple photographing altitudes, the fourth photographing azimuth is greater than the third photographing azimuth, the fifth photographing azimuth is equal to the fourth photographing azimuth, the fourth photographing altitude is equal to the first photographing altitude, and the fifth photographing altitude is less than the fourth photographing altitude;

wherein the arranging module further presents a cylindrical object in the GUI and arranges the multiple option objects on a lateral surface of the cylindrical object according to the multiple photographing azimuths and the multiple photographing altitudes, so that the first option object in the GUI has a vertical position higher than a vertical position of the fourth option object, and the fifth option object in the GUI has a same horizontal position with the fourth option object.

36. The computer program product of claim 35, wherein the displaying control module further divides the lateral surface of the cylindrical object into the multiple ribbon regions, to operably define multiple vertical gridlines and multiple annular gridlines perpendicular to the multiple vertical gridlines on the lateral surface of the cylindrical object, and controls the display device to align each of the multiple option objects with at least one of the multiple vertical gridlines and the multiple annular gridlines.

37. The computer program product of claim 29, wherein the multiple option objects further comprise a fourth option object and a fifth option object, the fourth option object corresponds to a fourth photographing azimuth of the multiple photographing azimuths and corresponds to a fourth photographing altitude of the multiple photographing altitudes, the fifth option object corresponds to a fifth photographing azimuth of the multiple photographing azimuths and corresponds to a fifth photographing altitude of the multiple photographing altitudes, the fourth photographing azimuth is greater than the third photographing azimuth, the fifth photographing azimuth is equal to the fourth photographing azimuth, the fourth photographing altitude is equal to the first photographing altitude, and the fifth photographing altitude is less than the fourth photographing altitude;

wherein the arranging module further presents a spherical object in the GUI and arranges the multiple option objects on a spherical surface of the spherical object according to the multiple photographing azimuths and the multiple photographing altitudes, so that the first option object in the GUI has a vertical position higher than a vertical position of the fourth option object, and the fifth option object in the GUI is arranged to have a horizontal position in a left side of the fourth option object.

38. The computer program product of claim 37, wherein the displaying control module further divides the spherical surface of the spherical object into the multiple ribbon regions, defines multiple longitude lines and multiple latitude lines perpendicular to the multiple longitude lines on the spherical surface of the spherical object, and controls the display device to align each of the multiple option objects with at least one of the multiple longitude lines and the multiple latitude lines.