Video distributing device, video distributing method, and recording media

1. A video distributing device, comprising:

a first acquiring part configured to acquire real time video data supplied from a distributor terminal;

a second acquiring part configured to acquire first input information containing a first communication image selected by a distributor terminal operation;

a third acquiring part configured to acquire second input information containing a second communication image selected by a viewer terminal operation;

a generating part configured to generate motion information for displaying mutual interactions of the first communication image and the second communication image based on performing prescribed motions on a display screen according to the laws of classical mechanics; and

a distributing part configured to distribute video data containing the first communication image, second communication image, motion information, and real time video data to the viewer terminal and the distributor terminal,

wherein the first communication image and second communication image comprise images for expressing emotes or ideas of a viewer or distributor using text or colors, and

wherein the motion information comprises current position, travel direction, speed, rotation, rotation speed, shape of the first communication image or a portion thereof, and shape of the second communication image or a portion thereof.

2. The video distributing device according to claim 1 , wherein the generating part further includes:

a charge amount management part configured to allocate a charge amount to each distributor that operates the distributor terminal for each real time video data distributed to viewer terminals, and when the charge amount consumed for displaying a communication image is less than the current charge amount allocated to the distributor, consumes the charge amount allocated to the distributor and generates display information for displaying the communication image,

wherein the video data for distribution further includes the display information.

3. The video distributing device according to claim 2 , wherein

the input information includes the time length that the distributor terminal was operated or the pressure on the screen when the distributor terminal was operated and identification information of the communication image;

the charge amount management part is configured to consume a number value according to the time length or pressure information from the charge amount and configured to generate display information containing the time length or pressure information; and

the generating part is configured to change the motion or size of the communication image according to the time length or pressure.

4. The video distributing device according to claim 2 , wherein

the charge amount management part is configured to manage a communication image post history during a time from start to end of distributing the video data in real time based on the input information.

5. The video distributing device according to claim 1 , wherein

the first input information includes identification information of the first communication image; and

the video data for distribution includes motion information to enable the first communication image to move corresponding to the identification information upon being displayed on the viewer terminal.

6. A video distributing method, comprising:

acquiring real time video data supplied from a distributor terminal;

acquiring first input information containing a first communication image selected by a distributor terminal operation;

acquiring second input information containing a second communication image selected by a viewer terminal operation

generating motion information for displaying mutual interactions of the first communication image and the second communication image based on performing prescribed motions on a display screen according to the laws of classical mechanics; and

distributing video data for distribution containing the first communication image, the second communication image, motion information, and the real time video data to a viewer terminal and the distributor terminal,

wherein the first communication and second communication image comprise images for expressing emotes or ideas of a viewer or distributor using text or colors, and

wherein the motion information comprises current position, travel direction speed, rotation, rotation speed, shape of the first communication image or a portion thereof, and shape of the second communication image or a portion thereof.

7. The video distributing method of claim 6 , wherein said real time video data supplied from the distributor terminal is acquired by a first acquiring function of a video distribution program stored on a non-transitory computer readable medium,

wherein said first input information containing the first communication image is acquired by a second function of the video distribution program stored on the non-transitory computer readable medium,

wherein said second input information containing a second communication image is acquired by a third function of the video distribution program stored on the non-transitory computer-readable medium, and

wherein the video data for distribution is distributed by a distribution function of the video distribution program stored on the non-transitory computer readable medium.

8. A video distributing device, comprising:

a first acquiring part configured to acquire real time video data supplied from a distributor terminal;

a second acquiring part configured to acquire first input information containing a first communication image selected by a viewer terminal operation;

a generating part configured to generate motion information for distribution using data from the first communication image, wherein the generating part performs a predetermined operation on a display screen of the viewer terminal; and

a distribution part configured to distribute the motion information,

wherein the first communication image comprises an image for expressing emotes or ideas of a viewer or distributor using text or colors,

wherein the motion information comprises current position, travel direction, speed, rotation, rotation speed, shape of the first communication image or a portion thereof, and shape of the second communication image or a portion thereof,

wherein the first input information includes the time length that the viewer terminal was operated and the pressure on the screen when the viewer terminal was operated and identification information of the first communication image,

wherein the generating part further includes a charge amount management part configured to allocate a charge amount to each viewer that operates the viewer terminal for each real time video data distributed to viewer terminals,

wherein, when the charge amount consumed for displaying the first communication image is less than the current charge amount allocated to the viewer, the charge management part is further configured to consume the charge amount allocated to the viewer and further to generate display information for displaying the first communication image,

wherein the charge amount management part is further configured to consume a number value according to the time length and pressure information from the charge amount allocated to the viewer,

wherein the display information further includes the time length and pressure information, and

wherein the generating part is further configured to change the motion or size of the first communication image according to the time length and pressure information.

9. The video distributing device according to claim 8 , wherein the charge amount management part increases a value of the charge amount according to a lapse of time so that the charge amount recovers from 0 to a maximum value after a predetermined time elapses.

10. The video distributing device according to claim 8 , wherein

the input information includes identification information of the first communication image; and

the video data for distribution includes motion information to enable the first communication image to move corresponding to the identification information upon being displayed on the viewer terminal.

11. The video distributing device according to claim 8 , wherein

the charge amount management part is further configured to manage a communication image post history during a time from start to end of distributing the video data in real time based on the first input information.

12. The video distributing device according to claim 8 , further comprising:

a third acquiring part configured to acquire second input information in order to erase the first communication image,

wherein the first communication image is prohibited from being input, a displayed transparency of the first communication image is adjusted, the duration of a display time of the first communication image is adjusted, and a second communication image for a distributor performing a predetermined operation is input.

13. A video distributing method, comprising:

acquiring real time video data supplied to a viewer terminal;

acquiring first input information containing a first communication image selected by a viewer terminal operation;

acquiring second input information containing a second communication image selected by a viewer terminal operation;

generating motion information for displaying mutual interactions of the first communication image and the second communication image based on performing prescribed motions on a display screen of the viewer terminal according to the laws of physics; and

distributing video data for distribution containing the first communication image, second communication image, motion information, and real time video data to the viewer terminal and a distributor terminal,

wherein the first communication image and second communication image comprise images for expressing emotes or ideas of a viewer or distributor using text or colors, and

wherein the motion information comprises current position, travel direction, speed, rotation, rotation speed, shape of the first communication image or a portion thereof, and shape of the second communication image or a portion thereof.

14. The video distributing method of claim 13 , wherein said video data supplied from the distributor terminal is acquired by a first acquiring function of a video distribution program stored on a non-transitory computer readable medium,

wherein said first input information containing the first communication image is acquired by a second function of the video distribution program stored on the non-transitory computer readable medium,

wherein said motion information is generated by a generating function of the video distribution program stored on the non-transitory computer readable medium, and

wherein the video data for distribution is distributed by a distribution function of the video distribution program stored on the non-transitory computer readable medium.