CN112637666B

CN112637666B - Method for dynamically displaying setting items at smart television terminal

Info

Publication number: CN112637666B
Application number: CN202011565757.7A
Authority: CN
Inventors: 恭文婷
Original assignee: Sichuan Changhong Electric Co Ltd
Current assignee: Sichuan Changhong Electric Co Ltd
Priority date: 2020-12-25
Filing date: 2020-12-25
Publication date: 2022-07-15
Anticipated expiration: 2040-12-25
Also published as: CN112637666A

Abstract

The invention relates to the technical field of television software, and discloses a method for dynamically displaying setting items at an intelligent television terminal, which is used for solving the problem that the path length of a part of setting items is difficult to reach in the use and setting process of a user. After the system is set and triggered, a shortcut list is displayed on a television interface, a part of setting items are screened out from all the setting items according to the current environment state of the television and are put into the shortcut list for shortcut selection, the shortcut list is used as a UI shortcut entry convenient for a user to operate, the user can quickly and accurately position the commonly used setting items when the intelligent television end sets the parameters, the operation path is shorter, the interaction mode is more optimized, and the user experience is better. The invention is suitable for the intelligent television.

Description

Method for dynamically displaying setting items at smart television terminal

Technical Field

The invention relates to the technical field of television software, in particular to a method for dynamically displaying setting items at an intelligent television terminal.

Background

With the development of informatization technology, the development of intelligent equipment is also leaping forward, the smart television plays an increasingly important role in daily life of people, immersive experience after busy work, common enjoyment when family and friends gather, and service contents such as pursuit, short drama, news, real affairs and the like can be directly obtained from the smart television.

While enjoying these convenient services, users often pay attention to adjustment of openness settings such as sound quality, screen projection function, network bluetooth, smart mode, and the like. These adjustments are typically structured together in the settings application to provide uniform access to the user. Most merchants follow the principle that the setting is divided according to large modules, namely a tree structure is formed (see attached figure 1), an application inlet is set to represent a root node of a tree interface and is also a general inlet, a plurality of modules (such as sound, image quality, network, Bluetooth, intelligent mode, personalized setting and the like) are used as child nodes of a first layer of the tree, a plurality of items of contents contained in the first layer of modules are used as child nodes of a second layer of the tree, and the like, and a whole machine setting function tree is formed. Inevitably, the functional path at the leaf node is long and difficult to find. It is even more likely that the user will eventually find the desired setting content after traversing most functions in a situation unfamiliar with the functions. Furthermore, the setting items commonly used by some professional users are far away from the node, so that the user needs to turn around every time the user sets the function.

The functional arrangement based on the tree structure design has the advantages of simple connection, convenient maintenance and easy expansion, but has the defects of long path and difficult access for users. The user experience is reduced.

Disclosure of Invention

The technical problem to be solved by the invention is as follows: the method for dynamically displaying the setting items at the intelligent television end is provided to solve the problem that the path length of a part of the setting items is difficult to reach in the use setting process of a user.

In order to solve the problems, the invention adopts the technical scheme that: after the system is set and triggered, a shortcut list is displayed on a television interface, and a part of setting items are screened out from all the setting items according to the current environment state of the television and are put into the shortcut list for shortcut selection.

Further, the method comprises the following steps of screening out a part of setting items from all the setting items according to the current environment state of the television and adding the part of the setting items into a shortcut list, wherein the steps specifically comprise:

defining influence factors possibly existing in each setting item, and endowing corresponding weight values;

carrying out weight normalization processing on the influence factors of the setting items;

selecting actual influence factors from the influence factors possibly existing in the setting items according to the current environment state of the television;

summing all actual influence factors of each setting item to obtain a priority value of each setting item;

and sorting all the setting items in a descending order according to the priority values of the setting items, and putting a part of the setting items which are sorted at the top into a user shortcut list according to the capacity of the shortcut list.

Further, the setting items comprise tone quality setting, image quality setting, network setting, Bluetooth setting and personality setting; wherein, the possible influence factors of the tone quality setting include the music scene, the video playing, the recent use and the use times; influence factors possibly existing in the image quality setting include video playing, ambient light change, recent use and use times; the influence factors which may exist in the network setting include network disconnection, weak network signals, recent use and use times; the influence factors possibly existing in the Bluetooth setting comprise the connection of a sound box, the recent use and the use times; the impact factors that may exist for a personality include recent usage and number of uses.

Further, the actual influence factor is selected from the possible influence factors in the setting items according to the current environment state of the television, and the method comprises the following steps:

if the number of usage times of the setting item exceeds the threshold value, the influence factor of the number of usage times exists;

there is a last use of this impact factor if the setting item was used last time;

if the network signal of the television is disconnected, the influence factor of network disconnection exists;

if the network signal of the television is lower than the threshold value, the influence factor of weak network signal exists;

if the television is in the music scene, the influence factor in the music scene exists;

if the television is in video playing, the influence factor of the video playing exists;

if the ambient light changes, the influence factor of the change of the ambient light exists;

if the television is in the Bluetooth speaker connected state, then there is an impact factor of connecting speakers.

The beneficial effects of the invention are: aiming at the problem of various paths of setting items in the whole machine setting application, the setting items are arranged in a descending order according to the calculated priority under the actual environment condition of the whole machine, and then the previous setting items are taken out to be used as shortcut lists of users (the shortcut lists are not too long), so that the problems that the operation paths of open parameters such as sound and image quality of the intelligent television are long and cannot be found are effectively solved. By the method, a user can quickly and accurately position the commonly used setting items when setting parameters at the intelligent television end, the operation path is shorter, the interaction mode is more optimized, and the user experience is better.

Drawings

FIG. 1 is a tree diagram of a setup application implemented in accordance with the present invention.

FIG. 2 is a diagram of a final embodiment of the present invention.

Detailed Description

The technical solutions in the embodiments of the present invention will be fully and clearly described below with reference to the drawings in the embodiments of the present invention. As shown in fig. 1, the setting application at the smart television terminal is used as a general entry for all setting items of the whole machine, the application is divided into upper and lower levels by a tree structure, a module located at a first-level child node summarizes the content summarized at a second-level child node, the second-level child node lists the content summarized at a parent layer, and the setting items which are not completely summarized by the second-level child node need to be divided by a third-pole child node. Because the setting items of each level are various, the more sub-level levels, the finer the corresponding function division, and the more division of the function tree to the third level is the larger function. If the user wants to enter the setting item on the sound quality parameter-sub-parameter-one in the graph, and wants to adjust the image quality immediately after the adjustment, the user has to exit to the sound quality root node and find the corresponding sub-node of the image quality, and the user often needs to frequently adjust the two parameters, so that the operation path is extra long. Although from the viewpoint of functional module division, it is considered that the "sound quality" and "image quality" parameters are completely independent modules, and as a primary root node for setting application, the corresponding adjustment parameters as secondary child nodes completely conform to the design principle.

However, the perfect design layout can not meet the requirements of all scenes, so that the invention optimizes the original design inconvenience by dynamically arranging the setting items based on the priority scheduling strategy from the consideration of the whole product, thereby solving the problems of complicated operation, time waste and long operation path when the application is used and set at present. For this reason, the embodiment provides a method for dynamically displaying setting items at an intelligent television, as shown in fig. 2, after system setting is triggered (for example, after a user clicks a setting button), a shortcut list is displayed on a television interface, and a part of setting items are screened from all setting items according to a current environment state of a television and put into the shortcut list for the user to select quickly.

In the embodiment, the actual influence factor is selected from the influence factors possibly existing in the setting items according to the current environment state of the television, and the method specifically comprises the following steps:

s1, defining influence factors possibly existing in each setting item, and endowing corresponding weight values.

As shown in table 1, the setting items related in the embodiment include sound quality setting, image quality setting, network setting, bluetooth setting, and personality setting; wherein, the possible influence factors of the tone quality setting include the music scene, the video playing, the recent use and the use times; influence factors possibly existing in the image quality setting include video playing, ambient light change, recent use and use times; the influence factors which may exist in the network setting include network disconnection, weak network signal, recent use and use times; the influence factors possibly existing in the Bluetooth setting comprise the connection of a sound box, the recent use and the use times; the impact factors that may exist for a personality include recent usage and number of uses.

TABLE 1 settings and influencing factors

	First order factor of influence	Second order influencing factor	Factor of influence of three orders	Fourth order factor of influence	Factor of five order
						Sound quality	Under music scene	Connecting sound box	Recently used	Number of times of use	...
Picture quality	Video playback	Change of ambient light	Recently used	Number of uses	...
						Network	Network disconnection	Weak network signal	Recently used	Number of uses	...
Bluetooth (R) device	Connecting sound box		Recently used	Number of uses	...
						Personality			Recently used	Number of uses	...

And S2, carrying out weight normalization processing on the influence factors of the setting items.

Different setting item influence factors are different, normalization processing is needed to compare different setting items (such as network setting and tone quality setting) to the same order of magnitude, the weight of each setting item influence factor is normalized, the total weight value is set to be 1, and the weight corresponding to each level of influence factor is shown in table 2.

TABLE 2 settings and influencing factors

	First order factor of influence	Second order influencing factor	Factor of influence of three orders	Fourth order factor of influence
					Sound quality	Under music scene (0.4)	Video playing (0.4)	Recently used (0.1)	Number of uses (0.1)
Picture quality	Video playing (0.5)	Ambient light variation (0.3)	Recently used (0.1)	Number of uses (0.1)
					Network	Network disconnection (0.5)	Network signal weak (0.3)	Recently used (0.1)	Number of uses (0.1)
Bluetooth	Connecting sound box (0.5)		Recently used (0.3)	Number of uses (0.2)
					Personality			Recently used (0.5)	Number of uses (0.5)

S3, selecting actual influence factors from the possible influence factors in the setting items according to the current environment state of the television, and summing all the actual influence factors of the setting items to obtain the priority values of the setting items.

In an embodiment, the method selects an actual impact factor from the impact factors that may exist in the setting items according to the current environment state of the television, and includes:

if the number of usage times of the setting item exceeds the threshold value, there is an influence factor of the number of usage times;

if the television is in a music scene, the influence factor in the music scene exists;

if the television is in the Bluetooth speaker connected state, there is an impact factor of connecting speakers.

According to the method, tables 3-5 show the actual influence factors selected by each setting item in different environments when the television environment is changed from no network to the Bluetooth connection loudspeaker box and videos are played, and the actual influence factors are summed to obtain the priority value of each setting item. Table 3 shows that the current environment of the television is an environment without a network, the impact factor corresponding to the environment is the impact factor of "network disconnection" in the network setting, and at this time, the priority value of the network setting is 0.5, and the priority values of the tone quality, the image quality, the bluetooth and the personality setting are 0; table 4 shows an environment in which the tv environment changes from no network to a video playing in the internet of televisions, where the impact factors corresponding to the environment are "video playing" in the sound quality setting, "video playing" in the image quality setting, and "recently used" in the network setting, and the priority values of the sound quality setting, the image quality setting, and the network setting are 0.4, 0.5, and 0.1, respectively; table 5 shows an environment in which the television environment is changed from the networked video playback to the bluetooth speaker connected playback and the video playback, where the impact factors corresponding to the environment are "video playback" in the sound quality setting, "video playback" in the image quality setting, "speaker connected" in the bluetooth setting, and "recent use" in the network setting, and at this time, the priority values of the sound quality setting, the image quality setting, the network setting, and the bluetooth setting are 0.4, 0.5, 0.1, and 0.5, respectively.

TABLE 3 influence factors existing in each setting item and priority value of each setting item under the condition of no network of the television

	First order factor of influence	Second order influencing factor	Factor of third order	Fourth order factor of influence	Priority value
						Sound quality		0
Picture quality					0
						Network	Network disconnection (0.5)	0.5
Bluetooth (R) device					0
						Personality		0

TABLE 4 influence factors of each setting item and priority value of each setting item in the environment of video playing of television networking

	First order factor of influence	Second order influencing factor	Factor of third order	Fourth order factor of influence	Priority value
						Sound quality	Video playing (0.4)		0.4
Picture quality	Video playing (0.5)				0.5
						Network		Number of uses (0.1)	0.1
Bluetooth					0
						Personality			0

TABLE 5 influence factors of the settings and priority values of the settings in the environment of Bluetooth connection to the speaker and video playback

	First order factor of influence	Second order influencing factor	Factor of influence of three orders	Fourth order factor of influence	Priority value
						Sound quality	Video playing (0.4)		0.4
Picture quality	Video playing (0.5)				0.5
						Network		Recently used (0.1)	0.1
Bluetooth	Connecting sound box (0.5)				0.5
						Personality			0

And S4, sequencing all the setting items in a descending order according to the priority values of the setting items, putting a part of the setting items which are sequenced at the top into a user shortcut list according to the capacity of the shortcut list for the user to select quickly, and calculating and refreshing the shortcut list in real time to be used as a UI shortcut entry which is convenient for the user to operate. Assuming that the first ranked setting item is put into the shortcut list here: the priority value of the network setting in table 3 is the first (i.e., 0.5), and at this time, the network setting is added to the shortcut list; the first rank in table 4 is the highest priority value (i.e., 0.5) of the image quality settings, and at this time, the image quality settings are added to the shortcut list; in table 5, the priority values of the picture quality setting and the bluetooth setting are the first highest (both are 0.5), and at this time, the picture quality setting and the bluetooth setting are added to the shortcut list.

It can be seen from the above that, on the basis of keeping the original setting of the application arrangement logic, the embodiment calculates and refreshes the list in real time by adding the shortcut list, the shortcut list is used as a quick entry of the UI convenient for the user to operate, the user can quickly and accurately locate the commonly used setting item when the smart television terminal sets the parameters, the operation path is shorter, the interaction mode is more optimized, and the user experience is better.

Claims

1. A method for dynamically displaying setting items at an intelligent television end is characterized in that after system setting is triggered, a shortcut list is displayed on a television interface, and a part of setting items are screened out from all the setting items according to the current environment state of a television and are put into the shortcut list for a user to select quickly;

the method comprises the following steps of screening out a part of setting items from all the setting items according to the current environment state of the television and adding the part of the setting items into a shortcut list, wherein the steps specifically comprise:

defining possible influence factors of each setting item, and endowing corresponding weight values, wherein the setting items comprise tone quality setting, image quality setting, network setting, Bluetooth setting and personality setting; the influence factors of the tone quality setting include the playing of the video, the recent use and the use times in the music scene; the influence factors of the image quality setting comprise video playing, ambient light change, recent use and use times; the influence factors of the network setting include network disconnection, weak network signals, recent use and use times; the influence factors of the Bluetooth setting include the connection of a sound box, the recent use and the use times; the influence factors of the existing personality include the recent use and the use times;

and according to the priority values of all the setting items, performing descending sorting on all the setting items, and putting a part of the setting items which are sorted at the top into the shortcut list according to the capacity of the shortcut list.

2. The method as claimed in claim 1, wherein the method for dynamically displaying the setting items at the smart tv end selects the actual impact factors from the impact factors that may exist in the setting items according to the current environment status of the tv, and the method includes: