CN114244958A - Video color ring playing control method, equipment and readable storage medium - Google Patents
Video color ring playing control method, equipment and readable storage medium Download PDFInfo
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- CN114244958A CN114244958A CN202111545663.8A CN202111545663A CN114244958A CN 114244958 A CN114244958 A CN 114244958A CN 202111545663 A CN202111545663 A CN 202111545663A CN 114244958 A CN114244958 A CN 114244958A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04M—TELEPHONIC COMMUNICATION
- H04M3/00—Automatic or semi-automatic exchanges
- H04M3/42—Systems providing special services or facilities to subscribers
- H04M3/42017—Customized ring-back tones
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04M—TELEPHONIC COMMUNICATION
- H04M1/00—Substation equipment, e.g. for use by subscribers
- H04M1/72—Mobile telephones; Cordless telephones, i.e. devices for establishing wireless links to base stations without route selection
- H04M1/724—User interfaces specially adapted for cordless or mobile telephones
- H04M1/72403—User interfaces specially adapted for cordless or mobile telephones with means for local support of applications that increase the functionality
- H04M1/72427—User interfaces specially adapted for cordless or mobile telephones with means for local support of applications that increase the functionality for supporting games or graphical animations
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N19/00—Methods or arrangements for coding, decoding, compressing or decompressing digital video signals
- H04N19/10—Methods or arrangements for coding, decoding, compressing or decompressing digital video signals using adaptive coding
- H04N19/134—Methods or arrangements for coding, decoding, compressing or decompressing digital video signals using adaptive coding characterised by the element, parameter or criterion affecting or controlling the adaptive coding
- H04N19/146—Data rate or code amount at the encoder output
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Abstract
The invention discloses a video color ring playing control method, a device and a readable storage medium, wherein the method comprises the following steps: determining a target video color ring, wherein the target video color ring is composed of a plurality of video color ring segments; and sequentially issuing each video color ring segment to a target terminal, wherein the frame rate and/or the code rate of the non-first video color ring segment during issuing are determined by the current power consumption data of the target terminal and the number of the video color ring segments which are not issued currently. According to the invention, the frame rate reduction processing and/or the code rate reduction processing are/is carried out on the non-first video color ring segments according to the current power consumption data of the target terminal and the number of the video color ring segments which are not issued currently, so that the conversation experience of a user and the playing experience of the target video color ring are improved.
Description
Technical Field
The present invention relates to the field of communications technologies, and in particular, to a method and an apparatus for controlling playback of a video color ring, and a readable storage medium.
Background
In the daily call process, the video color ring can be played mechanically, and because the video consumes certain electric quantity in the transmission and playing of the LTE network, some extreme conditions can influence the important voice call process, thereby greatly influencing the call experience of users and the playing experience of the video color ring.
Therefore, how to dynamically adjust the video color ring playing according to the electric quantity of the terminal is a problem which needs to be solved urgently, so that the conversation experience of a user and the playing experience of the video color ring are improved.
Disclosure of Invention
The invention mainly aims to provide a video color ring playing control method, a device and a readable storage medium, and aims to solve the problem of how to dynamically adjust the video color ring playing according to the electric quantity of a terminal so as to improve the playing experience and the conversation experience of the video color ring.
In order to achieve the above object, the present invention provides a video color ring playing control method, which comprises the following steps:
determining a target video color ring, wherein the target video color ring is composed of a plurality of video color ring segments;
and sequentially issuing each video color ring segment to a target terminal, wherein the frame rate and/or the code rate of the non-first video color ring segment during issuing are determined by the current power consumption data of the target terminal and the number of the video color ring segments which are not issued currently.
Preferably, the steps of sequentially issuing each video color ring segment to the target terminal, and determining the frame rate and/or the code rate of the non-first video color ring segment when issuing the video color ring segment according to the current power consumption data of the target terminal and the number of the video color ring segments which are not currently issued include:
issuing a first video color ring segment to a target terminal;
acquiring power consumption data of the target terminal and acquiring the number of the video color ring segments which are not issued;
determining whether to perform frame rate reduction processing and/or code rate reduction processing on the next video color ring segment according to the power consumption data and the quantity, and acquiring a video color ring segment to be issued according to a determination result;
and issuing the video color ring segments to be issued to the target terminal, repeatedly executing the step of acquiring the power consumption data of the target terminal, and acquiring the number of the video color ring segments which are not issued and the subsequent steps until all the video color ring segments are issued.
Preferably, the step of determining whether to perform frame rate reduction processing and/or rate reduction processing on the next video polyphonic ringtone segment according to the power consumption data and the number includes:
comparing the frame rate of the target video color ring with a frame rate threshold;
if the frame rate is not greater than the frame rate threshold, determining to perform rate reduction processing on the next video color ring segment;
and if the frame rate is greater than the frame rate threshold, determining to perform frame rate reduction processing on the next video color ring segment, or to perform frame rate reduction processing and code rate reduction processing.
Preferably, the step of obtaining the video polyphonic ringtone segment to be delivered according to the determination result comprises:
if the frame rate reduction processing and/or the code rate reduction processing are determined not to be performed on the next video color ring segment, acquiring the next video color ring segment, and using the next video color ring segment as a video color ring segment to be issued;
if the next video color ring segment is determined to be subjected to the code rate reduction processing, the next video color ring segment subjected to the code rate reduction processing is obtained and is used as a video color ring segment to be issued;
and if the next video color ring segment is determined to be subjected to frame rate reduction processing, or frame rate reduction processing and code rate reduction processing, acquiring the next video color ring segment subjected to frame rate reduction processing, or frame rate reduction processing and code rate reduction processing, and taking the next video color ring segment as the video color ring segment to be issued.
Preferably, the step of determining the target video color ring comprises:
acquiring terminal parameters and terminal states of the target terminal, and determining a video color ring set according to the terminal parameters and the terminal states;
and determining a target video color ring in the video color ring set, and segmenting the target video color ring according to preset time length to obtain a plurality of video color ring segments.
Preferably, the step of determining the video color ring set according to the terminal parameter and the terminal state includes:
determining a video color ring file list;
determining the predicted power consumption of each video color ring and the current power consumption of the target terminal in the video color ring file list according to the terminal parameters and the terminal state;
and determining a video color ring set in the video color ring file list according to the predicted power consumption and the current power consumption of the target terminal.
Preferably, the step of determining the video color ring set in the video color ring file list according to the predicted power consumption and the current power consumption of the target terminal includes:
comparing each predicted power consumption with the current power consumption of the target terminal;
if all the predicted power consumption is larger than the current power consumption of the target terminal, determining a video color ring set according to the video color ring corresponding to the minimum predicted power consumption;
and if the predicted power consumption less than the current power consumption of the target terminal exists, determining a video color ring set according to the video color ring corresponding to the predicted power consumption less than the current power consumption of the target terminal.
Preferably, the step of determining the video color ring set according to the video color ring corresponding to the expected power consumption less than the current power consumption of the target terminal includes:
comparing the current electric quantity of the target terminal with an electric quantity threshold value;
if the current electric quantity of the target terminal is not less than the electric quantity threshold value, determining a video color ring set according to all video color rings corresponding to the predicted electric quantity less than the current electric quantity of the target terminal;
and if the current electric quantity of the target terminal is smaller than the electric quantity threshold value, calculating the target quantity, and determining a video color ring set according to the video color ring corresponding to the predicted electric consumption of the target quantity smaller than the current electric quantity of the target terminal.
In addition, to achieve the above object, the present invention further provides a video color ring playing control device, where the video color ring playing control device includes: the system comprises a memory, a processor and a video color ring playing control program which is stored on the memory and can run on the processor, wherein the video color ring playing control program realizes the steps of the video color ring playing control method when being executed by the processor.
In addition, in order to achieve the above object, the present invention further provides a readable storage medium, where the readable storage medium is a computer readable storage medium, the computer readable storage medium stores a video color ring playing control program, and the video color ring playing control program, when executed by a processor, implements the steps of the video color ring playing control method.
The invention provides a video color ring playing control method, which determines a target video color ring, wherein the target video color ring is composed of a plurality of video color ring segments; and sequentially issuing each video color ring segment to the target terminal, wherein the frame rate and/or the code rate of the non-first video color ring segment during issuing are determined by the current power consumption data of the target terminal and the number of the video color ring segments which are not issued currently. According to the invention, the frame rate reduction processing and/or the code rate reduction processing are/is carried out on the non-first video color ring segments by the current power consumption data of the target terminal and the number of the video color ring segments which are not issued currently, so that the conversation experience of a user and the playing experience of the target video color ring are improved.
Drawings
FIG. 1 is a schematic diagram of an apparatus architecture of a hardware operating environment according to an embodiment of the present invention;
fig. 2 is a flowchart illustrating a first embodiment of a video color ring playing control method according to the present invention.
The implementation, functional features and advantages of the objects of the present invention will be further explained with reference to the accompanying drawings.
Detailed Description
It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
As shown in fig. 1, fig. 1 is a schematic device structure diagram of a hardware operating environment according to an embodiment of the present invention.
The device of the embodiment of the invention can be a PC or a server device.
As shown in fig. 1, the apparatus may include: a processor 1001, such as a CPU, a network interface 1004, a user interface 1003, a memory 1005, a communication bus 1002. Wherein a communication bus 1002 is used to enable connective communication between these components. The user interface 1003 may include a Display screen (Display), an input unit such as a Keyboard (Keyboard), and the optional user interface 1003 may also include a standard wired interface, a wireless interface. The network interface 1004 may optionally include a standard wired interface, a wireless interface (e.g., WI-FI interface). The memory 1005 may be a high-speed RAM memory or a non-volatile memory (e.g., a magnetic disk memory). The memory 1005 may alternatively be a storage device separate from the processor 1001.
Those skilled in the art will appreciate that the configuration of the apparatus shown in fig. 1 is not intended to be limiting of the apparatus and may include more or fewer components than those shown, or some components may be combined, or a different arrangement of components.
As shown in fig. 1, a memory 1005, which is a computer storage medium, may include an operating device, a network communication module, a user interface module, and a video ringback tone playing control program.
The operating equipment is a program for managing and controlling the portable storage equipment and software resources, and supports the operation of a network communication module, a user interface module, a video color ring playing control program and other programs or software; the network communication module is used for managing and controlling the network interface 1002; the user interface module is used to manage and control the user interface 1003.
In the storage device shown in fig. 1, the storage device calls a video ring back tone play control program stored in a memory 1005 through a processor 1001, and performs operations in various embodiments of a video ring back tone play control method described below.
Based on the hardware structure, the embodiment of the video color ring playing control method is provided.
Referring to fig. 2, fig. 2 is a flowchart illustrating a first embodiment of a video color ring playing control method according to the present invention, where the method includes:
step S10, determining a target video color ring, wherein the target video color ring is composed of a plurality of video color ring segments;
and step S20, sequentially issuing each video color ring segment to a target terminal, wherein the frame rate and/or code rate of the non-first video color ring segment during issuing is determined by the current power consumption data of the target terminal and the number of the video color ring segments which are not issued currently.
The video color ring playing control method is applied to a color ring platform of a communication service mechanism, and the color ring platform can be a cloud platform or a service platform depending on terminal equipment; for example, the description is convenient, and the color ring platform is taken as an example for explanation; when the color ring back tone platform determines a target video color ring back tone formed by a plurality of video color ring back tone segments, the color ring back tone platform issues the first video color ring back tone segment to a target terminal; the method comprises the steps that a color ring platform obtains power consumption data of a target terminal, obtains the number of video color ring segments which are not issued, determines whether to perform frame rate reduction processing and/or code rate reduction processing on the next video color ring segment or not according to the power consumption data and the number of the video color ring segments which are not issued, and obtains the video color ring segment to be issued according to a determination result; and the color ring platform issues the video color ring segments to be issued to the target terminal, repeatedly executes the step of acquiring the power consumption data of the target terminal, and acquires the number of the video color ring segments which are not issued and the subsequent steps until all the video color ring segments are issued. It should be noted that the target terminal is a terminal device for calling the called user; the target video color ring is a video color ring in a video color ring file list set by a called user called by a target terminal; when the color ring back tone platform determines the target video color ring back tone, the color ring back tone platform divides the target video color ring back tone into a plurality of video color ring back tone sections according to the preset time length, and the video color ring back tone sections to be issued in the target video color ring back tone are issued to the target terminal according to the time axis sequence of the target video color ring back tone.
The video color ring back tone playing control method of the embodiment determines a target video color ring back tone, wherein the target video color ring back tone is composed of a plurality of video color ring back tone segments; and sequentially issuing each video color ring segment to the target terminal, wherein the frame rate and/or the code rate of the non-first video color ring segment during issuing are determined by the current power consumption data of the target terminal and the number of the video color ring segments which are not issued currently. According to the invention, the frame rate reduction processing and/or the code rate reduction processing are/is carried out on the non-first video color ring segments according to the current power consumption data of the target terminal and the number of the video color ring segments which are not issued currently, so that the conversation experience of a user and the playing experience of the target video color ring are improved.
The respective steps will be described in detail below:
step S10, determining a target video color ring, wherein the target video color ring is composed of a plurality of video color ring segments; in this embodiment, when receiving a call request of a target terminal, a color ring platform determines a video color ring for being issued to the target terminal in a video color ring file list set by a called user, and divides the video color ring for being issued to the target terminal into a plurality of video color ring segments according to a preset duration to obtain the target video color ring, for example: the method comprises the steps that a color ring platform determines that the time length of a video color ring sent to a target terminal is 5 seconds, and divides the video color ring sent to the target terminal into 5 video color ring segments according to the preset time length of 1 second to obtain a target video color ring; the preset time period may be set according to actual conditions, and is generally 1 second, and may also be 0.5 second, 2 seconds, and the like.
And step S20, sequentially issuing each video color ring segment to a target terminal, wherein the frame rate and/or code rate of the non-first video color ring segment during issuing is determined by the current power consumption data of the target terminal and the number of the video color ring segments which are not issued currently.
In this embodiment, the color ring back tone platform issues a first video color ring segment in a target video color ring back tone to a target terminal for playing according to a time axis sequence of the target video color ring back tone, after the target terminal plays the first video color ring segment in the target video color ring back tone, power consumption data is generated according to the current electric quantity of the target terminal and the power consumption for playing the first video color ring segment, and the power consumption data is sent to the color ring back tone platform, which receives the power consumption data sent by the target terminal and obtains the number of video color ring back tone segments which are not issued in the target video color ring back tone; and if the color ring back tone platform determines to perform frame rate reduction processing and/or code rate reduction processing on the next video color ring back tone segment in the target video color ring back tone according to the power consumption data and the number of the video color ring back tone segments which are not issued, issuing the next video color ring back tone segment which is subjected to the frame rate reduction processing and/or the code rate reduction processing to the target terminal for playing. It should be noted that the first video color ring segment of the target video color ring does not need to perform frame rate reduction processing and/or code rate reduction processing and can be directly issued to the target terminal, and the frame rate and/or the code rate of the non-first video color ring segment of the target video color ring during issuing need to be determined according to the current power consumption data of the target terminal and the number of the video color ring segments which are not issued currently.
Specifically, step S20 includes:
step a, issuing a first video color ring segment to a target terminal;
in this step, after determining the target video color ring, the color ring platform issues the first video color ring segment in the target video color ring to the target terminal according to the time axis sequence of the target video color ring.
Step b, acquiring power consumption data of the target terminal and acquiring the number of the video color ring segments which are not issued;
in the step, after the color ring platform issues a first video color ring segment in a target video color ring to a target terminal, the target terminal generates power consumption data according to the current electric quantity of the target terminal and the power consumption of the first video color ring segment, and sends the power consumption data to the color ring platform, and the color ring platform receives the power consumption data sent by the target terminal and acquires the number of the video color ring segments which are not issued; it should be noted that, after the target terminal plays other video color ring segments in the target video color ring, the current electric quantity of the target terminal and the electric consumption for playing other video color ring segments are also obtained, power consumption data are generated, and the power consumption data are sent to the color ring platform.
Step c, determining whether to perform frame rate reduction processing and/or code rate reduction processing on the next video color ring segment according to the power consumption data and the quantity, and acquiring the video color ring segment to be issued according to a determination result;
in the step, after receiving power consumption data sent by a target terminal and the number of undelivered video color ring segments in a target video color ring, the color ring platform determines the power consumption of a first video color ring segment and the current power consumption of the target terminal according to the power consumption data, and determines the predicted power consumption of all undelivered video color ring segments according to the power consumption and the number of undelivered video color ring segments; and after determining the predicted power consumption, the polyphonic ringtone platform determines the current power consumption of the target terminal according to the current power consumption and the power threshold, compares the current power consumption with the predicted power consumption to determine whether to perform frame rate reduction processing and/or code rate reduction processing on the next video polyphonic ringtone segment, and acquires the video polyphonic ringtone segment to be transmitted according to the determination result.
Further, the step of determining whether to perform frame rate reduction processing and/or rate reduction processing on the next video polyphonic ringtone segment according to the power consumption data and the number includes:
step c1, comparing the frame rate of the target video color ring with a frame rate threshold;
in this step, the color ring platform obtains the frame rate of the target video color ring, and compares the frame rate with a frame rate threshold, which is set according to the actual situation and is generally 12fps for ensuring that the vision is not blocked.
Step c2, if the frame rate is not greater than the frame rate threshold, determining to perform rate reduction processing on the next video color ring segment;
in the step, if the contrast result obtained by the color ring back tone platform is that the frame rate is not greater than the frame rate threshold, determining to perform code rate reduction processing on the next video color ring back tone segment, calculating a code rate reduction coefficient according to the predicted power consumption, the power threshold and the current power of the target terminal, and performing code rate reduction processing on the next video color ring back tone segment in the target video color ring back tone according to the code rate reduction coefficient; such as: the method comprises the steps that the duration of a target video color ring is determined to be 5 seconds by a color ring platform, the target video color ring is divided into 5 video color ring segments according to preset duration, the color ring platform receives power consumption data sent by a target terminal and played by a 1 st second video color ring segment, then the power consumption of the 1 st second video color ring segment played by the target terminal and the current electric quantity of the target terminal are determined according to the power consumption data, the number of the remaining segments of the target video color ring is determined to be 4, the predicted power consumption of the target terminal for playing the remaining target video color ring is calculated according to the predicted power consumption which is equal to the power consumption of the 1 st second video color ring segment and the number of the remaining segments, the color ring platform compares the frame rate of the target video color ring with a frame rate threshold, the obtained comparison result is that the frame rate is not greater than the frame rate threshold, then the next video color ring segment is determined to be subjected to code rate reduction processing, and the platform determines that the color ring is equal to [ M- (N-X1) ]/M ] according to p1, and calculating a code rate reduction coefficient p1, wherein M represents the predicted power consumption, N represents the current power consumption of the target terminal, X1 represents the power threshold, and assuming that the color ring back tone platform reduces the code rate of the next video color ring back tone segment in the target video color ring back tone by 20% according to the calculated code rate reduction coefficient p1 of 0.2.
Further, a lowest code rate threshold value is set in the color ring platform, when the calculated code rate reduction coefficient is smaller than the lowest code rate threshold value, it is determined that the current electric quantity of the target terminal cannot support playing of the remaining target video color ring segments, at this time, the color ring platform stops issuing the target video color ring segments to the target terminal, and the target terminal enters a non-picture waiting connection state.
Step c3, if the frame rate is greater than the frame rate threshold, determining to perform frame rate reduction processing on the next video color ring segment, or to perform frame rate reduction processing and code rate reduction processing.
In this step, if the contrast result obtained by the color ring back tone platform is that the frame rate is greater than the frame rate threshold, determining to perform frame rate reduction processing on the next video color ring back tone segment, or to perform frame rate reduction processing and code rate reduction processing, and performing frame rate reduction processing, or to perform frame rate reduction processing and code rate reduction processing on the next video color ring back tone segment in the target video color ring back tone according to the frame rate, the frame rate threshold, the predicted power consumption, the current power consumption, and the power consumption threshold. Such as: the polyphonic ringtone platform firstly performs frame rate reduction processing on the next video polyphonic ringtone segment if the frame rate is greater than the frame rate threshold value, and calculates a frame reduction space based on o1 (L-12)/L according to the frame rate and the frame rate threshold value of the target video polyphonic ringtone, wherein o1 represents the frame reduction space, L represents the frame rate of the target video polyphonic ringtone, and 12 represents the frame rate threshold value; the polyphonic ringtone platform calculates an electric quantity difference ratio based on p ═ M- (N-X1) ]/M according to the predicted electric quantity, the current electric quantity of the target terminal and the electric quantity threshold, wherein p represents the electric quantity difference ratio, M represents the predicted electric quantity, N represents the current electric quantity of the target terminal, and X1 represents the electric quantity threshold; the color ring back tone platform compares the frame dropping space obtained by calculation with the electric quantity difference ratio, if the frame dropping space is larger than the electric quantity difference ratio, the frame rate dropping processing is carried out on the next video color ring segment in the target video color ring back tone according to the electric quantity difference ratio, if the electric quantity difference ratio is 0.1, the frame rate of the next video color ring segment in the target video color ring back tone is dropped by 10%, and the next video color ring segment subjected to the frame rate dropping operation is sent to a target terminal for playing; if the frame rate reduction space is less than or equal to the electric quantity difference ratio, the frame rate of the next video color ring segment in the target video color ring is reduced to the lowest frame rate threshold value, namely 12fps, then the frame rate reduction space is subtracted from the electric quantity difference ratio, a code rate reduction coefficient p2 is calculated, and if the code rate reduction coefficient p2 is 0.2, the color ring platform reduces the frame rate of the next video color ring segment in the target video color ring to 12fps and reduces the code rate by 20%.
Further, the step of obtaining the video color ring segments to be delivered according to the determination result comprises:
step c4, if it is determined that the frame rate reduction processing and/or the code rate reduction processing are not performed on the next video color ring segment, acquiring the next video color ring segment, and using the next video color ring segment as a video color ring segment to be issued;
in this step, if the color ring back tone platform determines that the frame rate of the target video color ring back tone is greater than the frame rate threshold, the electric quantity threshold is obtained, the current electricity consumption of the target terminal is calculated by subtracting the electric quantity threshold from the current electricity quantity of the target terminal, if the current electricity consumption of the target terminal is greater than the predicted electricity consumption of all the video color ring back tone segments which are not issued in the target video color ring back tone, the next video color ring back tone segment is determined not to be subjected to frame rate reduction processing and/or code rate reduction processing, and the color ring back tone platform can directly obtain the next video color ring back tone segment and use the next video color ring back tone segment as the video color ring back tone segment to be issued. Such as: the method comprises the steps that an electric quantity threshold value set according to actual conditions is 5%, the current electric quantity is 10%, if the color ring back tone platform determines that the frame rate of a target video color ring is larger than a frame rate threshold value, the electric quantity threshold value is 5%, the current electricity consumption amount of a target terminal is calculated to be 5% by subtracting the electric quantity threshold value from the current electric quantity 10% of the target terminal, if the color ring back tone platform calculates that the predicted electricity consumption amount of all undelivered video color ring segments in the target video color ring is 3%, frame rate reduction processing and/or code rate reduction processing are not carried out on the next video color ring segment, and the color ring back tone platform can directly obtain the next video color ring segment and use the next video color ring back tone segment as a video color ring back tone segment to be issued.
Step c5, if determining to perform the code rate reduction processing on the next video color ring segment, acquiring the next video color ring segment after the code rate reduction processing, and taking the next video color ring segment as the video color ring segment to be issued;
in this step, if the color ring back tone platform determines that the frame rate of the target video color ring back tone is not greater than the frame rate threshold, then the color ring back tone platform determines to perform the rate reduction processing on the next video color ring back tone segment, and then the next video color ring back tone segment subjected to the rate reduction processing is obtained and is used as the video color ring back tone segment to be issued.
Step c6, if it is determined that the frame rate reduction processing is performed on the next video color ring segment, or the frame rate reduction processing and the code rate reduction processing are performed, the next video color ring segment subjected to the frame rate reduction processing, or the frame rate reduction processing and the code rate reduction processing is obtained and is used as the video color ring segment to be issued.
In this step, if the color ring back tone platform determines that the frame rate of the target video color ring back tone is greater than the frame rate threshold, the electric quantity threshold is obtained, the current electricity consumption of the target terminal is calculated by subtracting the electric quantity threshold from the current electricity quantity of the target terminal, if the current electricity consumption of the target terminal is less than the predicted electricity consumption of all the video color ring back tone segments which are not issued in the target video color ring back tone, the next video color ring back tone segment is determined to be subjected to frame rate reduction processing or to frame rate reduction processing and code rate reduction processing, and the color ring back tone platform obtains the next video color ring back tone segment which is subjected to frame rate reduction processing or to frame rate reduction processing and code rate reduction processing and takes the next video color ring back tone segment as the video color ring back tone segment to be issued. Such as: the method comprises the steps that an electric quantity threshold value set according to an actual situation is 5%, the current electric quantity is 10%, if a color ring back tone platform determines that the frame rate of a target video color ring is larger than a frame rate threshold value, the electric quantity threshold value is 5%, the current electricity consumption amount of a target terminal is calculated by subtracting the electric quantity threshold value from the current electric quantity of the target terminal by 5%, if the predicted electricity consumption amount of all video color ring back tone sections which are not issued in the target video color ring back tone is 6% calculated by the color ring back tone platform, frame rate reduction processing and/or code rate reduction processing are determined to be carried out on a next video color ring back tone section, and the color ring back tone platform obtains the next video color ring back tone section which is subjected to frame rate reduction processing or code rate reduction processing and then takes the next video color ring back tone section as a video color ring back tone section to be issued.
And d, issuing the video color ring segments to be issued to the target terminal, repeatedly executing the steps of obtaining the power consumption data of the target terminal and obtaining the number of the video color ring segments which are not issued and the subsequent steps until all the video color ring segments are issued.
In this step, the color ring platform determines a video color ring segment to be sent, where the color ring segment to be sent may not be subjected to frame rate reduction and/or rate reduction, may be subjected to rate reduction, may also be subjected to frame rate reduction, or is subjected to frame rate reduction and rate reduction, the color ring platform sends the video color ring segment to be sent to the target terminal for playing, at this time, the video color ring segment to be sent serves as the current video color ring segment of the target terminal, the target terminal generates power consumption data after playing the current video color ring segment, the color ring platform repeatedly executes the step of obtaining the power consumption data of the target terminal, and obtains the number of the video color ring segments not sent and subsequent steps until all the video color ring segments are sent to the target terminal for playing.
When the color ring back tone platform of the embodiment determines a target video color ring back tone formed by a plurality of video color ring back tone segments, the color ring back tone platform issues a first video color ring back tone segment to a target terminal; the method comprises the steps that a color ring platform obtains power consumption data of a target terminal, obtains the number of video color ring segments which are not issued, determines whether to perform frame rate reduction processing and/or code rate reduction processing on the next video color ring segment or not according to the power consumption data and the number of the video color ring segments which are not issued, and obtains the video color ring segment to be issued according to a determination result; the method comprises the steps that the color ring platform issues video color ring segments to be issued to a target terminal, and repeatedly executes the steps of obtaining power consumption data of the target terminal and obtaining the number of the video color ring segments which are not issued and the subsequent steps until all the video color ring segments are issued.
Further, based on the first embodiment of the video color ring playing control method of the present invention, a second embodiment of the video color ring playing control method of the present invention is provided.
The difference between the second embodiment of the video color ring playing control method and the first embodiment of the video color ring playing control method is that the step of determining the target video color ring comprises the following steps:
step e, acquiring the terminal parameters and the terminal state of the target terminal, and determining a video color ring set according to the terminal parameters and the terminal state;
and f, determining a target video color ring in the video color ring set, and segmenting the target video color ring according to preset time length to obtain a plurality of video color ring segments.
In this embodiment, when receiving a call request of a target terminal, a color ring platform determines a video color ring file list according to the call request, obtains a terminal parameter and a terminal state of the target terminal, and determines a video color ring set in the video color ring file list according to the terminal parameter and the terminal state; the color ring back tone platform determines a target video color ring back tone in the video color ring back tone set according to a preset rule, and performs segmentation operation on the target video color ring back tone according to preset duration to segment the target video color ring back tone into a plurality of video color ring back tone segments with the preset duration; it should be noted that the video polyphonic ringtone file list is set by a called user called by a target terminal, and the polyphonic ringtone platform can determine the video polyphonic ringtone file list according to a call request of the target terminal; the terminal parameters of the target terminal include, but are not limited to, a device model, a screen resolution, and the like of the target terminal, and the terminal status of the target terminal includes, but is not limited to, a current network condition, power information, a log file of power consumption per unit time, and the like.
The method for controlling the playing of the video color ring comprises the steps of determining a video color ring file list according to a call request, determining a video color ring set in the video color ring file list according to terminal parameters and a terminal state, determining a target video color ring in the video color ring set according to a preset rule, and then segmenting the target video color ring into a plurality of video color ring segments with preset duration according to the preset duration; the target video color ring is determined by screening the video color ring in the video color ring file list, so that the conversation experience of a user and the playing experience of the target video color ring are promoted; by segmenting the target video color ring, the color ring platform can adjust the next video color ring according to the playing condition of each video color ring, and the conversation experience of the user and the playing experience of the target video color ring are further improved.
The respective steps will be described in detail below:
step e, acquiring the terminal parameters and the terminal state of the target terminal, and determining a video color ring set according to the terminal parameters and the terminal state;
in the step, when receiving a call request of a target terminal, the color ring platform acquires terminal parameters and a terminal state of the target terminal, determines a video color ring file list according to the call request, determines the predicted power consumption of each video color ring and the current electric quantity of the target terminal in the video color ring file list according to the terminal parameters and the terminal state, and determines a video color ring set based on the predicted power consumption of each video color ring and the current electric quantity of the target terminal.
Specifically, step e comprises:
step e1, determining a video color ring file list;
in the step, when receiving a call request sent by a target terminal, a color ring platform determines a called user according to the call request, determines a video color ring file list set by the called user according to the telephone number or account ID of the called user, and sends an acquisition instruction to the target terminal, wherein the acquisition instruction is used for prompting the target terminal to send a terminal parameter and a terminal state, and when receiving the acquisition instruction, the target terminal sends the terminal parameter and the current terminal state to the color ring platform. It can be understood that, when the called user does not set the video polyphonic ringtone file list, the polyphonic ringtone platform notifies the target terminal, so that the target terminal enters a non-picture to-be-connected state.
Step e2, determining the predicted power consumption of each video color ring and the current power consumption of the target terminal in the video color ring file list according to the terminal parameters and the terminal state;
in the step, when receiving a terminal parameter and a terminal state sent by a target terminal according to an acquisition instruction, a color ring back tone platform determines the predicted power consumption of each video color ring back tone in a video color ring back tone file list according to the terminal parameter and the terminal state, and determines the current power consumption of the target terminal according to the terminal parameter and the terminal state; such as: the polyphonic ringtone platform estimates the predicted power consumption of the target terminal for playing each video polyphonic ringtone under the network condition and the terminal parameter condition according to the equipment model and the screen resolution in the terminal parameter and the terminal state network condition, and determines the current power of the target terminal according to the power information in the terminal state, the power consumption log file in a unit time and the like.
Further, the color ring back tone platform sends all the video color ring back tones of each user to a plurality of commonly used terminals with different terminal parameters and terminal states for testing in advance, and then the calculated power consumption data of each video color ring back tone determine the predicted power consumption of each video color ring back tone.
And e3, determining a video color ring set in the video color ring file list according to the estimated power consumption and the current power consumption of the target terminal.
In the step, after the polyphonic ringtone platform determines the predicted power consumption of each video polyphonic ringtone in the video polyphonic ringtone file list and the current power consumption of the target terminal, the predicted power consumption and the current power consumption of the target terminal are compared to obtain a comparison result, and a video polyphonic ringtone set is determined in the video polyphonic ringtone file list according to the comparison result.
Further, step e3 includes:
step e31, comparing each predicted power consumption with the current power consumption of the target terminal;
in the step, the polyphonic ringtone platform respectively compares the predicted power consumption corresponding to each video polyphonic ringtone in the video polyphonic ringtone file list with the current power consumption of the target terminal to obtain a comparison result; it should be noted that, because the content and the duration of each video polyphonic ringtone are different, the expected power consumption of each video polyphonic ringtone is also different.
Step e32, if all the predicted power consumption is larger than the current power consumption of the target terminal, determining a video color ring set according to the video color ring corresponding to the minimum predicted power consumption;
in this step, if the polyphonic ringtone platform obtains the comparison result that the predicted power consumption corresponding to each video polyphonic ringtone is greater than the current power consumption of the target terminal, the polyphonic ringtone platform compares the predicted power consumption corresponding to each video polyphonic ringtone to screen out the video polyphonic ringtone with the minimum predicted power consumption, and determines the video polyphonic ringtone set according to the video polyphonic ringtone with the minimum predicted power consumption.
And e33, if the predicted power consumption less than the current power consumption of the target terminal exists, determining a video color ring set according to the video color ring corresponding to the predicted power consumption less than the current power consumption of the target terminal.
In this step, if the comparison result obtained by the color ring back tone platform indicates that the predicted power consumption less than the current power consumption of the target terminal exists, determining a video color ring back tone set according to the video color ring back tone corresponding to the predicted power consumption less than the current power consumption of the target terminal, wherein it can be understood that if only one predicted power consumption less than the current power consumption of the target terminal exists, only one video color ring back tone with the predicted power consumption less than the current power consumption exists at this time, and the color ring back tone platform directly determines the video color ring back tone set according to the video color ring back tone; if a plurality of predicted power consumptions smaller than the current power consumption of the target terminal exist, and a plurality of video color ring tones with the predicted power consumptions smaller than the current power consumption exist at the moment, comparing the current power consumption of the target terminal with the power threshold, and determining a video color ring tone set according to a comparison result of comparing the current power consumption of the target terminal with the power threshold.
Further, step e33 includes:
comparing the current electric quantity of the target terminal with an electric quantity threshold value;
in this step, if it is determined that there are a plurality of predicted power consumptions smaller than the current power consumption of the target terminal, that is, there are a plurality of video polyphonic ring tones with the predicted power consumptions smaller than the current power consumption at this time, the current power consumption of the target terminal is compared with a power threshold, it should be noted that the power threshold is set in advance in the polyphonic ring platform according to an actual situation, and is generally 20%, and may further be set to 10%, 30%, and the like.
If the current electric quantity of the target terminal is not less than the electric quantity threshold value, determining a video color ring set according to all video color rings corresponding to the predicted electric quantity less than the current electric quantity of the target terminal;
in this step, if the color ring back tone platform determines that the current electric quantity of the target terminal is not less than the electric quantity threshold, a video color ring back tone set is determined according to all video color ring back tones with the expected electric quantity less than the current electric quantity of the target terminal, and it can be understood that the video color ring back tone set comprises all video color ring back tones with the expected electric quantity less than the current electric quantity of the target terminal.
And if the current electric quantity of the target terminal is smaller than the electric quantity threshold value, calculating the target quantity, and determining a video color ring set according to the video color ring corresponding to the predicted electric consumption of the target quantity smaller than the current electric quantity of the target terminal.
In this step, if the polyphonic ringtone platform determines that the current electric quantity of the target terminal is smaller than the electric quantity threshold value, all the video polyphonic ringtones with the predicted electric consumption smaller than the current electric quantity of the target terminal are sequenced according to the sequence of the predicted electric consumption from small to large, the target quantity is calculated according to the quantity of the video polyphonic ringtones in the video polyphonic ringtone file list, the current electric quantity of the target terminal, the electric quantity threshold value and the electric quantity threshold value, and then a video polyphonic ringtone set is determined according to the video polyphonic ringtones with the predicted electric consumption smaller than the current electric quantity of the target terminal at the position of the sequenced previous target quantity, wherein the video polyphonic ringtone set comprises the target quantity of the video polyphonic ringtones with the predicted electric consumption smaller than the current electric quantity of the target terminal; such as: the electric quantity threshold value X1 is 5%, the electric quantity threshold value X2 is 20%, the current electric quantity N is 13%, the number r of the video polyphonic ringtones in the video polyphonic ringtone file list is 5, at this time, the target number (N-X1)/(X2-X1) × 100% × r ═ 13% -5%)/(20% -5%) × 100% × 5 is 2.6667, at this time, the calculation result is a non-integer, and 1 is added for rounding processing, that is, the video polyphonic ringtone set is determined according to the video polyphonic ringtones with the predicted electric consumption amount of the top 3 bits smaller than the current electric quantity of the target terminal.
And f, determining a target video color ring in the video color ring set, and segmenting the target video color ring according to preset time length to obtain a plurality of video color ring segments.
In the step, the color ring back tone platform determines a target video color ring back tone in the video color ring back tone set according to a preset rule, and performs segmentation operation on the target video color ring back tone according to a preset duration so as to enable the target video color ring back tone to be segmented into a plurality of video color ring back tone segments; such as: when only one video color ring back tone exists in the video color ring back tone set, the video color ring back tone is directly determined as a target video color ring back tone, when a plurality of video color ring back tones exist in the video color ring back tone set, the video color ring back tone with the highest playing priority in the video color ring back tone set is used as the target video color ring back tone, after the target video color ring back tone is determined, the color ring back tone platform performs a division operation on the target video color ring back tone according to a preset time length, wherein the preset time length is generally 1 second, when the target video time length is 10 seconds, the target video color ring back tone is divided into 10 video color ring back tone sections, and optionally the preset time length can be set according to actual conditions.
When receiving a call request of a target terminal, the color ring platform of the embodiment determines a video color ring file list according to the call request, acquires terminal parameters and terminal states of the target terminal, and determines a video color ring set in the video color ring file list according to the terminal parameters and the terminal states; the method comprises the steps that a color ring platform determines a target video color ring in a video color ring set according to a preset rule, and performs segmentation operation on the target video color ring according to preset duration to segment the target video color ring into a plurality of video color ring segments with the preset duration, and determines the target video color ring by screening the video color ring in a video color ring file list, so that the conversation experience of a user and the playing experience of the target video color ring are promoted; by segmenting the target video color ring, the color ring platform can adjust the next video color ring according to the playing condition of each video color ring, and the conversation experience of the user and the playing experience of the target video color ring are further improved.
The invention also provides a video color ring playing control device. The video color ring playing control device of the invention comprises:
the system comprises a determining module, a judging module and a judging module, wherein the determining module is used for determining a target video color ring, and the target video color ring is composed of a plurality of video color ring segments;
and the issuing module is used for issuing each video color ring segment to the target terminal in sequence, and the frame rate and/or code rate of the non-first video color ring segment during issuing are determined by the current power consumption data of the target terminal and the number of the video color ring segments which are not issued currently.
Further, the issuing module is further configured to:
issuing a first video color ring segment to a target terminal;
acquiring power consumption data of the target terminal and acquiring the number of the video color ring segments which are not issued;
determining whether to perform frame rate reduction processing and/or code rate reduction processing on the next video color ring segment according to the power consumption data and the quantity, and acquiring a video color ring segment to be issued according to a determination result;
and issuing the video color ring segments to be issued to the target terminal, repeatedly executing the step of acquiring the power consumption data of the target terminal, and acquiring the number of the video color ring segments which are not issued and the subsequent steps until all the video color ring segments are issued.
Further, the issuing module is further configured to:
comparing the frame rate of the target video color ring with a frame rate threshold;
if the frame rate is not greater than the frame rate threshold, determining to perform rate reduction processing on the next video color ring segment;
and if the frame rate is greater than the frame rate threshold, determining to perform frame rate reduction processing on the next video color ring segment, or to perform frame rate reduction processing and code rate reduction processing.
Further, the issuing module is further configured to:
if the frame rate reduction processing and/or the code rate reduction processing are determined not to be performed on the next video color ring segment, acquiring the next video color ring segment, and using the next video color ring segment as a video color ring segment to be issued;
if the next video color ring segment is determined to be subjected to the code rate reduction processing, the next video color ring segment subjected to the code rate reduction processing is obtained and is used as a video color ring segment to be issued;
and if the next video color ring segment is determined to be subjected to frame rate reduction processing, or frame rate reduction processing and code rate reduction processing, acquiring the next video color ring segment subjected to frame rate reduction processing, or frame rate reduction processing and code rate reduction processing, and taking the next video color ring segment as the video color ring segment to be issued.
Further, the determining module is further configured to:
acquiring terminal parameters and terminal states of the target terminal, and determining a video color ring set according to the terminal parameters and the terminal states;
and determining a target video color ring in the video color ring set, and segmenting the target video color ring according to preset time length to obtain a plurality of video color ring segments.
Further, the determining module is further configured to:
determining a video color ring file list;
determining the predicted power consumption of each video color ring and the current power consumption of the target terminal in the video color ring file list according to the terminal parameters and the terminal state;
and determining a video color ring set in the video color ring file list according to the predicted power consumption and the current power consumption of the target terminal.
Further, the determining module further comprises a first comparing module configured to:
comparing each predicted power consumption with the current power consumption of the target terminal;
if all the predicted power consumption is larger than the current power consumption of the target terminal, determining a video color ring set according to the video color ring corresponding to the minimum predicted power consumption;
and if the predicted power consumption less than the current power consumption of the target terminal exists, determining a video color ring set according to the video color ring corresponding to the predicted power consumption less than the current power consumption of the target terminal.
Further, the determining module further comprises a second comparing module configured to:
comparing the current electric quantity of the target terminal with an electric quantity threshold value;
if the current electric quantity of the target terminal is not less than the electric quantity threshold value, determining a video color ring set according to all video color rings corresponding to the predicted electric quantity less than the current electric quantity of the target terminal;
and if the current electric quantity of the target terminal is smaller than the electric quantity threshold value, calculating the target quantity, and determining a video color ring set according to the video color ring corresponding to the predicted electric consumption of the target quantity smaller than the current electric quantity of the target terminal.
The invention also provides a video color ring playing control device.
The video color ring playing control equipment comprises: the system comprises a memory, a processor and a video color ring playing control program which is stored on the memory and can run on the processor, wherein the video color ring playing control program realizes the steps of the video color ring playing control method when being executed by the processor.
The method implemented when the video color ring playing control program running on the processor is executed may refer to each embodiment of the video color ring playing control method of the present invention, and is not described herein again.
The invention also provides a readable storage medium.
The readable storage medium is a computer readable storage medium, the computer readable storage medium stores a video color ring playing control program, and the video color ring playing control program is executed by a processor to realize the steps of the video color ring playing control method.
The method implemented when the video color ring playing control program running on the processor is executed may refer to each embodiment of the video color ring playing control method of the present invention, and is not described herein again.
It should be noted that, in this document, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus. Without further limitation, an element defined by the phrase "comprising an … …" does not exclude the presence of other identical elements in a process, method, article, or apparatus that comprises the element.
The above-mentioned serial numbers of the embodiments of the present invention are merely for description and do not represent the merits of the embodiments.
Through the above description of the embodiments, those skilled in the art will clearly understand that the method of the above embodiments can be implemented by software plus a necessary general hardware platform, and certainly can also be implemented by hardware, but in many cases, the former is a better implementation manner. Based on such understanding, the technical solution of the present invention essentially or contributing to the prior art can be embodied in the form of a software product, which is stored in a storage medium (such as ROM/RAM, magnetic disk, optical disk) as described above and includes instructions for enabling a terminal device (such as a mobile phone, a computer, a server, or a network device) to execute the method according to the embodiments of the present invention.
The above description is only a preferred embodiment of the present invention, and not intended to limit the scope of the present invention, and all modifications of equivalent structures and equivalent processes, which are made by using the contents of the present specification and the accompanying drawings, or directly or indirectly applied to other related technical fields, are included in the scope of the present invention.
Claims (10)
1. A video color ring playing control method is characterized in that the video color ring playing control method comprises the following steps:
determining a target video color ring, wherein the target video color ring is composed of a plurality of video color ring segments;
and sequentially issuing each video color ring segment to a target terminal, wherein the frame rate and/or the code rate of the non-first video color ring segment during issuing are determined by the current power consumption data of the target terminal and the number of the video color ring segments which are not issued currently.
2. The method for controlling the playing of video polyphonic ringtone according to claim 1, wherein the step of sequentially issuing each video polyphonic ringtone segment to the target terminal, and the step of determining the frame rate and/or the code rate of the non-first video polyphonic ringtone segment when issuing the video polyphonic ringtone segment by the current power consumption data of the target terminal and the number of the video polyphonic ringtone segments which are not currently issued comprises:
issuing a first video color ring segment to a target terminal;
acquiring power consumption data of the target terminal and acquiring the number of the video color ring segments which are not issued;
determining whether to perform frame rate reduction processing and/or code rate reduction processing on the next video color ring segment according to the power consumption data and the quantity, and acquiring a video color ring segment to be issued according to a determination result;
and issuing the video color ring segments to be issued to the target terminal, repeatedly executing the step of acquiring the power consumption data of the target terminal, and acquiring the number of the video color ring segments which are not issued and the subsequent steps until all the video color ring segments are issued.
3. The method for controlling the playing of video polyphonic ringtone according to claim 2, wherein the step of determining whether to perform frame rate reduction processing and/or bit rate reduction processing on the next video polyphonic ringtone segment according to the power consumption data and the number comprises:
comparing the frame rate of the target video color ring with a frame rate threshold;
if the frame rate is not greater than the frame rate threshold, determining to perform rate reduction processing on the next video color ring segment;
and if the frame rate is greater than the frame rate threshold, determining to perform frame rate reduction processing on the next video color ring segment, or to perform frame rate reduction processing and code rate reduction processing.
4. The method for controlling the playing of video polyphonic ringtone according to claim 3, wherein the step of obtaining the video polyphonic ringtone segment to be delivered according to the determination result comprises:
if the frame rate reduction processing and/or the code rate reduction processing are determined not to be performed on the next video color ring segment, acquiring the next video color ring segment, and using the next video color ring segment as a video color ring segment to be issued;
if the next video color ring segment is determined to be subjected to the code rate reduction processing, the next video color ring segment subjected to the code rate reduction processing is obtained and is used as a video color ring segment to be issued;
and if the next video color ring segment is determined to be subjected to frame rate reduction processing, or frame rate reduction processing and code rate reduction processing, acquiring the next video color ring segment subjected to frame rate reduction processing, or frame rate reduction processing and code rate reduction processing, and taking the next video color ring segment as the video color ring segment to be issued.
5. The method for controlling the playing of a video polyphonic ringtone according to claim 1, wherein the step of determining the target video polyphonic ringtone comprises:
acquiring terminal parameters and terminal states of the target terminal, and determining a video color ring set according to the terminal parameters and the terminal states;
and determining a target video color ring in the video color ring set, and segmenting the target video color ring according to preset time length to obtain a plurality of video color ring segments.
6. The method for controlling the playing of a video polyphonic ringtone according to claim 5, wherein the step of determining the video polyphonic ringtone set according to the terminal parameter and the terminal state comprises:
determining a video color ring file list;
determining the predicted power consumption of each video color ring and the current power consumption of the target terminal in the video color ring file list according to the terminal parameters and the terminal state;
and determining a video color ring set in the video color ring file list according to the predicted power consumption and the current power consumption of the target terminal.
7. The method for controlling the playing of video polyphonic ringtone of claim 6, wherein the step of determining the video polyphonic ringtone set in the video polyphonic ringtone file list according to the predicted power consumption and the current power consumption of the target terminal comprises:
comparing each predicted power consumption with the current power consumption of the target terminal;
if all the predicted power consumption is larger than the current power consumption of the target terminal, determining a video color ring set according to the video color ring corresponding to the minimum predicted power consumption;
and if the predicted power consumption less than the current power consumption of the target terminal exists, determining a video color ring set according to the video color ring corresponding to the predicted power consumption less than the current power consumption of the target terminal.
8. The method for controlling the playing of video polyphonic ringtone of claim 7, wherein the step of determining the video polyphonic ringtone set according to the video polyphonic ringtone corresponding to the expected power consumption less than the current power consumption of the target terminal comprises:
comparing the current electric quantity of the target terminal with an electric quantity threshold value;
if the current electric quantity of the target terminal is not less than the electric quantity threshold value, determining a video color ring set according to all video color rings corresponding to the predicted electric quantity less than the current electric quantity of the target terminal;
and if the current electric quantity of the target terminal is smaller than the electric quantity threshold value, calculating the target quantity, and determining a video color ring set according to the video color ring corresponding to the predicted electric consumption of the target quantity smaller than the current electric quantity of the target terminal.
9. A video color ring back tone playing control device is characterized in that the video color ring back tone playing control device comprises: a memory, a processor and a video CRBT playing control program stored in the memory and capable of running on the processor, wherein the video CRBT playing control program, when executed by the processor, implements the steps of the video CRBT playing control method according to any one of claims 1 to 8.
10. A readable storage medium, wherein the readable storage medium is a computer-readable storage medium, and the computer-readable storage medium stores a video color ring playing control program, and the video color ring playing control program, when executed by a processor, implements the steps of the video color ring playing control method according to any one of claims 1 to 8.
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