System, apparatus, and method for broadcasting content
A system is disclosed. The system has an imaging device configured to obtain broadcast content of a streamer, one or more viewer devices configured to directly or indirectly control the imaging device, a streamer device configured to stream the broadcast content to the one or more viewer devices, a control module associated with the imaging device. The imaging device, the one or more viewer devices, the streamer device, the control module, and the processor are configured to receive one or more input data from the one or more viewer devices, convert the one or more input data into one or more control instructions, and in response to the one or more control instructions, use the control module to control the imaging device to perform one or more imaging functions.
1. A system for broadcasting content, comprising:
at least one processor; and
a memory device having stored thereon a set of instructions,
wherein, the set of instructions, when executing on the at least one processor, cause the system to:
provide, by an image device connected with a host device to a plurality of viewer devices, a live streaming content via a network accessible by the plurality of viewer devices and the host device;
control, in response to receiving a tipping operation from at least one viewer device among the plurality of viewer devices, the image device to perform one or more imaging actions according to the tip operation; and
present, by the host device to at the least one viewer device, an updated live streaming content captured by the image device when performing the one or more imaging actions,
wherein if an actual amount of token for the tipping operation satisfies a first range of token amount, controlling the image device to perform the one or more imaging actions according to the tip operation includes: controlling the image device to automatically rotate in one of pre-determined degrees according to the actual amount of token, the first range including one or more sub-ranges each corresponding to each of the pre-determined degrees.
2. The system of claim 1 , wherein the pre-determined degrees include six degrees of freedom for camera rotation.
3. The system of claim 1 , wherein if an actual amount of token for the tipping operation satisfies a second range of token amount, controlling the image device to perform the one or more imaging actions according to the tip operation includes: controlling the image device to automatically translate in one of pre-determined distances according to the actual amount of token, the second range including one or more sub-ranges each corresponding to each of the pre-determined distances.
4. The system of claim 3 , wherein the first range is at least partially overlapped with the second range.
5. The system of claim 1 , wherein if an actual amount of token for the tipping operation satisfies a third range of token amount, controlling the image device to perform the one or more imaging actions according to the tip operation includes: controlling the image device to automatically zoom in or out by one of pre-determined multiples according to the actual amount of token, the third range including one or more sub-ranges each corresponding to each of the pre-determined multiples.
6. The system of claim 5 , wherein the first range is different from the third range.
7. The system of claim 1 , wherein if an actual amount of token for the tipping operation satisfies a forth range of token amount, controlling the image device to perform the one or more imaging actions according to the tip operation includes:
activating the imaging device into a manual remotely-controlled mode for one of pre-determined durations; and
controlling, after receiving the tipping operation from the at least one viewer device among the plurality of viewer devices, the image device to perform one or more imaging actions in response to subsequent operation from the at least one viewer device during the one of the pre-determined durations.
8. The system of claim 7 , wherein the forth range includes one or more sub-ranges each corresponding to each of the pre-determined duration.
9. The system of claim 7 , wherein a maximum value for degree, distance, and/or multiple in the manual remotely-controlled mode is preset by the host device.
10. The system of claim 1 , wherein the set of instructions, when executing on the at least one processor, further cause the system to:
transfer the updated live streaming content to other tipping viewer device among the plurality of viewer devices, the other tipping viewer device providing one or more tip tokens; and
block the updated live streaming content from non-tipping viewer device among the plurality of viewer devices.
11. A method for broadcasting content, comprising:
providing, by an image device connected with a host device to a plurality of viewer devices, a live streaming content via a network accessible by the plurality of viewer devices and the host device;
controlling, in response to receiving a tipping operation from at least one viewer device among the plurality of viewer devices, the image device to perform one or more imaging actions according to the tip operation; and
presenting, by the host device to the at least one viewer device, an updated live streaming content captured by the image device when performing the one or more imaging actions,
wherein if an actual amount of token for the tipping operation satisfies a first range of token amount, controlling the image device to perform the one or more imaging actions according to the tip operation includes: controlling the image device to automatically rotate in one of pre-determined degrees according to the actual amount of token, the first range including one or more sub-ranges each corresponding to each of the pre-determined degrees.
12. The method of claim 11 , wherein the pre-determined degrees include six degrees of freedom for camera rotation.
13. The method of claim 11 , wherein if an actual amount of token for the tipping operation satisfies a second range of token amount, controlling the image device to perform the one or more imaging actions according to the tip operation includes: controlling the image device to automatically translate in one of pre-determined distances according to the actual amount of token, the second range including one or more sub-ranges each corresponding to each of the pre-determined distances.
14. The method of claim 13 , wherein the first range is at least partially overlapped with the second range.
15. The method of claim 11 , wherein if an actual amount of token for the tipping operation satisfies a third range of token amount, controlling the image device to perform the one or more imaging actions according to the tip operation includes: controlling the image device to automatically zoom in or out by one of pre-determined multiples according to the actual amount of token, the third range including one or more sub-ranges each corresponding to each of the pre-determined multiples.
16. The method of claim 15 , wherein the first range is different from the third range.
17. The method of claim 11 , wherein if an actual amount of token for the tipping operation satisfies a forth range of token amount, controlling the image device to perform the one or more imaging actions according to the tip operation includes:
activating the imaging device into a manual remotely-controlled mode for one of pre-determined durations; and
controlling, after receiving the tipping operation from the at least one viewer device among the plurality of viewer devices, the image device to perform one or more imaging actions in response to subsequent operation from the viewer device during the one of the pre-determined durations.
18. The method of claim 17 , wherein the forth range includes one or more sub-ranges each corresponding to each of the pre-determined duration.
19. The method of claim 17 , wherein a maximum value for degree, distance, and/or multiple in the manual remotely-controlled mode is present by the host device.
20. A non-transitory computer-readable storage medium having a program stored thereon, the program being executable to control a processor to execute processes comprising:
providing, by an image device connected with a host device to a plurality of viewer devices, a live streaming content via a network accessible by the plurality of viewer devices and the host device;
controlling, in response to receiving a tipping operation from at least one viewer device among the plurality of viewer devices, the image device to perform one or more imaging actions according to the tip operation; and
presenting, by the host device to the at least one viewer device, an updated live streaming content captured by the image device when performing the one or more imaging actions,
wherein if an actual amount of token for the tipping operation satisfies a first range of token amount, controlling the image device to perform the one or more imaging actions according to the tip operation includes: controlling the image device to automatically rotate in one of pre-determined degrees according to the actual amount of token, the first range including one or more sub-ranges each corresponding to each of the pre-determined degrees.