WO2019052151A1

WO2019052151A1 - Dashboard display method and apparatus, terminal device and storage medium

Info

Publication number: WO2019052151A1
Application number: PCT/CN2018/081214
Authority: WO
Inventors: 李磊; 谭志杰; 李泳章; 梁博; 邓俊俊; 方小伟
Original assignee: 平安科技（深圳）有限公司
Priority date: 2017-09-14
Filing date: 2018-03-30
Publication date: 2019-03-21
Also published as: CN108268230A

Abstract

A dashboard display method and apparatus, a terminal device and a storage medium. The dashboard display method comprises: acquiring data to be displayed (S10); based on the data to be displayed, acquiring a corresponding upper data limit, a corresponding lower data limit and corresponding N thresholds, where N≥2 (S20); based on the N thresholds, acquiring a corresponding dashboard template, the dashboard template comprising N+1 display areas (S30); displaying the upper data limit, the lower data limit and the N thresholds on the dashboard template, so as to acquire a target dashboard (S40); and based on the data to be displayed, acquiring an indication position, in the target dashboard, of the data to be displayed, and controlling a pointer so same points to the indication position (S50). The dashboard display method is applied where two thresholds in a dashboard are very close, and a formed display area needs to be displayed in an enlarged manner, so that when data to be displayed is between the two close thresholds, a pointer can clearly and intuitively indicate, in the target instrument, the data to be displayed.

Description

Dashboard display method, device, terminal device and storage medium

This application is based on the Chinese Patent Application No. 201710825118.1 filed on September 14, 2017, entitled "Dashboard Display Method, Apparatus, Terminal Equipment and Storage Medium", and requires priority.

Technical field

The present application relates to the field of instrument panel technology, and in particular, to a dashboard display method, device, terminal device, and storage medium.

Background technique

The pointer type instrument panel is widely used in people's life or production. For example, the pointer meter panel is widely used in the enterprise to visually display the business data, or the LCD instrument panel is widely used in the automobile to display the odometer and tachometer of the vehicle. Driving information such as oil pressure gauge, fuel gauge, water temperature gauge, ammeter and barometer. The current pointer type instrument panel includes a plurality of scale lines, each scale line corresponding to a scale value, and the scale precision between any two adjacent scale lines is the same. When displaying business data, driving information or other data to be displayed on the dashboard, the text, graphic or data unit is used in the dashboard to indicate the data to be displayed, and the data upper limit of the data to be displayed is indicated in the dashboard. Data lower limit and data unit. Among them, the data to be displayed refers to the data that needs to be displayed in the dashboard. When the data to be displayed is displayed by using the dashboard, the data to be displayed may use at least two thresholds to divide the data to be displayed into different states, such as a normal state, a critical state, and an abnormal state, or a first security level state, a second security level. Status and third security level status and more. When the difference between any two thresholds is small and the pointer of the dashboard points between two thresholds, the indication is unclear, resulting in a problem that is difficult to identify.

Summary of the invention

The embodiment of the present invention provides a method, a device, a terminal device, and a storage medium for displaying a dashboard, so as to solve the problem that the difference between the current two thresholds is small, resulting in unclear indication.

In a first aspect, an embodiment of the present application provides a dashboard display method, including:

Get the data to be displayed;

Obtaining, according to the data to be displayed, a corresponding upper data limit, a lower data limit, and N thresholds, where N≥2;

Acquiring a corresponding dashboard template based on the N thresholds, where the dashboard template includes N+1 display regions;

Displaying the data upper limit, the data lower limit, and the N thresholds on the dashboard template to obtain a target dashboard;

And based on the data to be displayed, obtaining an indication position of the data to be displayed in the target dashboard, and controlling a pointer to the indicated position.

In a second aspect, an embodiment of the present application provides a dashboard display device, including:

a data acquisition module to be displayed, configured to acquire data to be displayed;

a data parameter obtaining module, configured to acquire, according to the data to be displayed, a corresponding upper data limit, a lower data limit, and N thresholds, where N≥2;

a dashboard template obtaining module, configured to acquire a corresponding dashboard template based on the N thresholds, where the dashboard template includes N+1 display areas;

a target dashboard acquisition module, configured to display the data upper limit, the data lower limit, and the N thresholds on the dashboard template to obtain a target dashboard;

And indicating a location confirmation module, configured to acquire, according to the to-be-displayed data, an indication position of the to-be-displayed data in the target dashboard, and control a pointer to the indicated location.

In a third aspect, an embodiment of the present application provides a terminal device, including a memory, a processor, and computer readable instructions stored in the memory and executable on the processor, where the processor executes the following steps when executing the computer readable instructions :

Get the data to be displayed;

And acquiring, according to the to-be-displayed data, an indication position of the to-be-displayed data in the target dashboard, and controlling a pointer to the indicated location.

In a fourth aspect, the embodiment of the present application provides one or more non-volatile readable storage media storing computer readable instructions, when the computer readable instructions are executed by one or more processors, such that the one or Multiple processors perform the following steps:

Get the data to be displayed;

Details of one or more embodiments of the present application are set forth in the accompanying drawings and description below. Other features and advantages of the present invention will be apparent from the description, drawings and claims.

DRAWINGS

In order to more clearly illustrate the technical solutions of the embodiments of the present application, the drawings used in the description of the embodiments of the present application will be briefly described below. It is obvious that the drawings in the following description are only some embodiments of the present application. Other drawings may also be obtained from those of ordinary skill in the art based on these drawings without the inventive labor.

1 is a flow chart showing a method of displaying a dashboard in Embodiment 1;

Figure 2 is a specific flow chart of step S20 of Figure 1;

Figure 3 is a specific flow chart of step S50 of Figure 1;

4 is a schematic block diagram of an instrument panel display device in Embodiment 2;

FIG. 5 is a schematic diagram of a terminal device in Embodiment 4.

Detailed ways

The technical solutions in the embodiments of the present application are clearly and completely described in the following with reference to the drawings in the embodiments of the present application. It is obvious that the described embodiments are a part of the embodiments of the present application, and not all of the embodiments. All other embodiments obtained by a person of ordinary skill in the art based on the embodiments of the present application without departing from the inventive scope are the scope of the present application.

Example 1

Fig. 1 shows a dashboard display method in this embodiment. The dashboard display method can be applied to an ECU (Electronic Control Unit, ECU, or an electronic control unit), a processor or a terminal device connected to the physical dashboard for controlling the display of the dashboard, for controlling the physical dashboard to be treated. Display data for display. In this embodiment, the physical instrument panel is a liquid crystal instrument panel. Alternatively, the dashboard display method may be applied to a terminal device installed with a dashboard program, and the terminal device may be configured in a financial institution such as a bank, a securities, an insurance, or other institutions, and is used to form a financial institution or other institution. Display data for visual display. Among them, terminal devices include, but are not limited to, a PC terminal, a smart phone, and a tablet computer. As shown in FIG. 1, the dashboard display method includes the following steps:

S10: Acquire data to be displayed.

Among them, the data to be displayed refers to the data that needs to be displayed on the dashboard, and the data to be displayed is specific data. If the instrument panel is the physical instrument panel of the odometer, the corresponding data to be displayed may be the current vehicle speed, such as 80 km/h. If the dashboard is a virtual dashboard set on the terminal device, the data to be displayed may be the service data formed by the financial institution or other organization that installs the terminal device during the production and operation process.

Taking the business data of the insurance institution as an example, the data to be displayed may be the business that needs to be counted in the dashboard, such as the daily or monthly sales amount of the insurance institution, the amount of the ticket, the attendance rate of the salesperson, the number of customers received, or the amount of publicity activities. data. Taking the business data of the claim in the insurance institution as an example, the data to be displayed may include, but is not limited to, the average aging workday of the claims investigation mentioned in the embodiment, the number of open unresolved cases, and the proportion of fraud refusal cases. The policy investigates business data such as the proportion of chargebacks, policy insurance rates, and short-term insurance claims.

S20: Obtain a corresponding upper data limit, a lower data limit, and N thresholds based on the data to be displayed, where N≥2.

The data upper limit is a maximum value corresponding to the data to be displayed set according to the actual situation. The lower limit of the data is the minimum value corresponding to the data to be displayed set according to the actual situation. The threshold is a value that is set according to an actual situation to distinguish that the data to be displayed is in different states, wherein the N thresholds are values between the lower limit of the data and the lower limit of the data.

If the instrument panel is a physical instrument panel set on the car, the data to be displayed is the actual measured tire pressure value. At this time, the data upper limit and the lower data limit of the data to be displayed are acquired, and the high pressure threshold is obtained. And a low voltage threshold; when the data to be displayed is between the lower limit of the data and the low pressure threshold; when the data to be displayed is between the low pressure threshold and the high pressure threshold; when the data to be displayed is at the high voltage threshold and the data upper limit High pressure state.

If the dashboard is a virtual dashboard set on the terminal device, if the data to be displayed is the number of unresolved cases, if the corresponding data lower limit is 0, the data upper limit is 100, and three thresholds are respectively set. For 7, 10 and 12, the number of unresolved cases per capita is divided into four data ranges, corresponding to a processing progress state; for example, 0-7 processes the progress status faster, 7-10 is the general processing progress status, 10 -12 is the overdue processing progress status, and 12-100 is the serious overdue processing progress status.

In a specific implementation manner, the data to be displayed is specifically service data, and may be service data such as sales, signing amount, sales attendance rate, number of receiving customers, or amount of publicity activities of any institution. In step S20 of the dashboard display method, as shown in FIG. 2, based on the data to be displayed, the corresponding data upper limit, data lower limit, and N thresholds are obtained, N≥2, and specifically includes the following steps:

S21: Obtain historical data in the big data platform based on the business data.

The historical data refers to historical data corresponding to the data to be displayed that is pre-stored in the big data platform. That is, if the data to be displayed is the attendant rate, the number of customers received, or the amount of publicity activities to be displayed, the historical data acquired is the data corresponding to the attendance rate of the salesperson, the number of customers received, or the amount of promotional activities stored in the big data platform. . The big data platform is specifically the Hadoop big data platform. The Hadoop big data platform enables users to develop distributed programs and perform high-speed computing and storage of data without knowing the underlying details of the distributed. By using the Hadoop big data platform to collect historical data, the efficiency of obtaining historical data is greatly improved, the time required to obtain a large amount of historical data is shortened, and the raw data of a certain order of magnitude is efficiently collected.

S22: The maximum value selected from the historical data is determined as the upper limit of the data, and the minimum value is determined as the lower limit of the data.

Specifically, if the standard value corresponding to the data to be displayed is any one of the sales, the amount of the ticket, the attendance rate of the salesperson, the number of the customer, the amount of the promotion, the number of the active users, and the amount of the newly registered user, The service data has its corresponding specific data, and the upper and lower limits of the data to be displayed may correspond to a specific data range, and the maximum value thereof may be determined as the data upper limit, and the minimum value thereof is determined as the data lower limit.

S23: Regression processing of historical data by using a linear regression algorithm to obtain a corresponding standard value.

Specifically, the regression data is processed by a linear regression algorithm, wherein the model defining the multivariate linear regression is h _θ (x)=θ ₀ +θ ₁ x ₁ +θ ₂ x ₂ +····+θ _n x _n , where h _θ (x) is a hypothesis function, each θ is an angle vector between input values, and each x is a corresponding plurality of variable vector values. In addition, you need to use the Cost Function. If the cost function is smaller, the linear regression is better. The Cost Function expression is as follows:

Where x ⁽ⁱ⁾ represents the i-th element in vector x, y ⁽ⁱ⁾ represents the i-th element in vector y, h _θ (x ⁽ⁱ⁾ ) represents a known hypothesis function, and m is the training set Quantity. Then find the minimum value of the cost function function according to the gradient descent method, first determine the step size to the next step, and then arbitrarily give an initial value θ ₀ , θ ₁ , determine a downward direction, and go down the predetermined Step, and update θ ₀ , θ ₁ , when the descending height is less than a certain defined value, stop falling. The specific algorithm is

Where α is called the learning rate and is used to determine the magnitude of the gradient descent. According to the above regression processing of the historical data by the linear regression algorithm, the standard value corresponding to the data to be displayed can be obtained efficiently and accurately.

S24: Acquire at least one upper limit range and at least one lower limit range input by the user.

Specifically, after acquiring the standard value corresponding to the data to be displayed, at least one upper limit range and at least one lower limit range that are automatically set and input by the user are acquired. Wherein, the upper limit range is a range value larger than a standard value of the data to be displayed, and the lower limit range is a range value smaller than a standard value of the data to be displayed. The upper and lower ranges are range values relative to standard values and may be expressed as percentages or specific values.

S25: Determine a threshold based on the upper limit range and the standard value, and determine a threshold based on the lower limit range and the standard value.

Specifically, determining a threshold based on the upper limit range and the standard value means that the sum of the upper limit range and the standard value is used as a threshold. If the standard value is 50% and the upper limit is 20%, the obtained threshold is 70%. Correspondingly, determining a threshold based on the lower limit range and the standard value means that the difference between the standard value and the lower limit range is taken as a threshold. If the standard value is 50% and the lower limit is 20%, the obtained threshold is 30%. It can be understood that since at least one of the upper limit range and the lower limit range can be set, the threshold thus obtained includes at least two, that is, N≥2.

S30: Acquire a corresponding dashboard template based on the N thresholds, where the dashboard template includes N+1 display regions.

The dashboard template is a template that is pre-formed and stored in the database. The dashboard template is a template that is determined based on the number of thresholds. Each dashboard template includes a plurality of tick marks, wherein the tick lines corresponding to the N thresholds are extended, deepened, or otherwise highlighted, and the tick marks corresponding to the upper data limit and the lower data limit are extended, deepened, or otherwise highlighted. The dashboard template is divided into N+1 display areas, and each display area corresponds to a numerical state. For example, when N=2, the dashboard template including the three display areas stored in the database is selected, and the three display areas are determined as the normal display area, the warning display area, and the alarm display area according to the determined threshold, wherein, , alert and alarm are data status.

S40: Display a data upper limit, a data lower limit, and N thresholds on the dashboard template to obtain the target dashboard.

The target dashboard is a dashboard that displays the upper data limit, the lower data limit, and the N thresholds of the data to be displayed on the dashboard template. The data upper limit, the lower data limit, and the N thresholds divide the scale line of the dashboard into N+1 display areas. The size of the N thresholds (ie, the proportion of the entire dashboard) can be set autonomously so that the thresholds with two smaller differences can be magnified in the target dashboard. In this embodiment, when the data upper limit, the data lower limit, and the N thresholds corresponding to the data to be displayed are highlighted on the dashboard module, if the instrument panel is a liquid crystal dashboard, the upper limit of the data and the lower limit of the data are set in the liquid crystal dashboard. The values of the N thresholds are displayed in the liquid crystal dashboard; if the dashboard is a virtual dashboard, the data upper limit, the lower data limit, and the values corresponding to the N thresholds are displayed at preset positions of the dashboard template. Specifically, the data upper limit, the data lower limit, and the N thresholds may be set inside the scale line of the instrument panel, or may be set outside the scale line.

Further, when N=2, that is, there are 2 thresholds and 3 display areas, each display area corresponds to a state of data to be displayed. If the data to be displayed is used to correct the number of unresolved cases, if the corresponding data lower limit is 0, the data lower limit is 100, and 3 thresholds are respectively 7, 10 and 12, the obtained target dashboard will be adjusted per capita. The open case quantity is divided into four display areas, each display area corresponds to a processing progress state; for example, 0-7 processes the progress status faster, 7-10 is the general processing progress status, and 10-12 is the overdue processing progress status, 12 -100 is a serious overdue processing progress status.

In this embodiment, the scale precisions of two adjacent display areas in the target dashboard are different, wherein the scale accuracy of each display area is determined by a scale accuracy calculation formula. The scale accuracy calculation formula is K _i =(A _i -B _i )/N _i , where K _i is the scale precision of the i-th display area, and A _i is the area upper limit value of the i-th display area, B _i It is the lower limit value of the area of the i-th display area, and N _i is the number of tick marks of the i-th display area.

The area upper limit value and the area lower limit value of the display area respectively correspond to two threshold values for defining the display area, or a data upper limit and a threshold, or a threshold and a data lower limit. It can be understood that the scale accuracy of two adjacent display areas in the target dashboard is different, and the thresholds with two smaller differences can be enlarged and displayed in the target dashboard so that the pointer points between the two thresholds, and the data When the display area corresponding to the upper limit and the threshold or between the threshold and the lower limit of the data, the display area pointed by the pointer can be clearly seen, and the problem that the pointer indication is unclear is overcome to some extent.

Further, the color of the tick marks of the two adjacent display areas of the target dashboard is different. Specifically, N+1 display areas are set in the target dashboard, and the scales of the adjacent two display areas are different in color. Differentiating the display area by different colors can more intuitively reflect the status corresponding to the display area. If the target dashboard is used to visually display the service data, the service data is divided into different data states by using the first threshold and the second threshold, and the display area corresponding to the scale value smaller than the first threshold is displayed by a green tick mark, corresponding to normal. The display area corresponding to the scale value greater than the first threshold and smaller than the second threshold is displayed by the blue tick mark, corresponding to the warning state; the display area with the scale value greater than the second threshold is displayed by the red tick mark, corresponding to the alarm state.

S50: Acquire an indication position of the to-be-displayed data in the target dashboard based on the data to be displayed, and control the pointer to the indicated location.

Since the target dashboard includes N+1 display areas, the scale precision of each display area is different. Therefore, based on the data to be displayed, the indicated position of the data to be displayed in the target dashboard is obtained first; then the pointer pointing indication is controlled. position. In this embodiment, N thresholds with small differences may be displayed in an enlarged manner on the target dashboard. When the indicated position of the target dashboard is determined based on the data to be displayed, if the data to be displayed is smaller in two differences Between the thresholds, the indication position is between the display areas formed by the two adjacent thresholds, and the indicated position of the data to be displayed in the dashboard can be clearly indicated.

In a specific embodiment, as shown in FIG. 3, the S50 obtains the indicated position of the data to be displayed in the target dashboard based on the data to be displayed, and specifically includes the following steps:

S51: Acquire a corresponding target display area in the target dashboard based on the data to be displayed.

The target display area refers to a display area pointed to by the data to be displayed. Since the display area in the dashboard is divided by N thresholds, based on the data to be displayed being compared with the N thresholds, a threshold or two thresholds close to the data to be displayed are acquired, thereby determining the target display area. Specifically, if the data to be displayed is between two thresholds, the display area defined by the two thresholds in the target dashboard is the target display area; if the data to be displayed is between the lower limit of the data and a threshold, the lower limit of the data and the The display area defined by the threshold in the target dashboard is the target display area; if the data to be displayed is between a threshold and an upper data limit, the display area defined by the threshold and the data upper limit in the target dashboard is the target display area.

S52: Acquire a parameter value of the target display area, where the parameter value includes an area upper limit value and a regional lower limit value.

In this embodiment, the parameter value of the target display area is two threshold values for defining the target display area, and is defined as an area upper limit value and a regional lower limit value, respectively.

S53: The parameter value is processed by using the scale offset calculation formula to obtain the corresponding scale offset.

Wherein, the scale offset calculation formula is specifically

Y _i is the i-th display area of the scale offset, X _i is the data to be displayed, A _i is the upper limit value of the i-th region of the display region, B _i is the i-th lower limit region of the display region, N _i is the number of tick marks in the i-th display area. Specifically, the display area in the scale offset calculation formula is the target display area. In this embodiment, the scale offset calculated by the scale offset calculation formula is an offset of the scale line corresponding to the region lower limit value of the target display area, and the data to be displayed can be determined based on the scale offset. The indicated position in the target dashboard.

S54: Acquire an indication position of the data to be displayed in the target dashboard based on the regional lower limit value and the scale offset of the target display area.

In this embodiment, the area lower limit value of the target display area corresponds to a threshold value or a data lower limit, and the scale offset obtained in steps S51-S53 is executed, and the scale offset is rotated clockwise from the position of the scale line corresponding to the area lower limit value. , you can get the indicated position of the data to be displayed in the target dashboard.

In order to further explain the steps S51-S54, the following is an example: if the target instrument panel obtained in step S40 is provided with 100 tick marks, wherein the data lower limit corresponds to the 0 scale value, the data upper limit corresponds to the 100 scale value, and the two threshold values respectively The thresholds of 10 and 20, and 10 and 20 divide the scale of the target dashboard into a ratio of 3:4:3. If the data to be displayed is 12, since 10<12<20, in step S51, based on the display data, the target display area in the target dashboard is acquired specifically as the display areas defined by the thresholds 10 and 20. At this time, among the parameter values in the target display area acquired in step S52, the upper limit value of the area is 20, and the lower limit value of the area is 10. In step S53, the scale offset calculation formula is used

Processing the parameter values so that the corresponding scale offset is obtained, ie

The scale offset value is an offset amount of the scale line corresponding to the lower limit value of the relative area in the target display area. In step S54, the target lower limit value (ie, the scale line corresponding to 10) of the target display area is offset clockwise by 8 scales, and the indicated position of the data to be displayed in the target dashboard can be obtained.

Since the color of the tick marks of the two display areas adjacent to the target dashboard is different, in order to further highlight the effect, the color of the pointer in the target dashboard may be the same as the color of the display area corresponding to the indicated position, so as to be determined based on the color of the pointer. The data state corresponding to the display area further achieves an easy-to-identify effect, so that it meets the user's requirements for modern technology intelligence.

In order to facilitate understanding, the display method of the dashboard is further illustrated by taking the proportion of fraudulent charge rejection cases in the insurance industry as an example. The maximum proportion of fraud cases is 1%, the minimum value is 0, 1% is the data upper limit, and 0 is the data lower limit. According to the actual situation, two thresholds need to be set to reflect the status of fraudulent charge-for-lending cases. The two thresholds are 0.25. % and 0.35%. Obtain a corresponding dashboard template according to the threshold number, and determine that the dashboard template should include three display regions according to the threshold number, so that the tick colors of the three display regions are respectively set to blue, yellow, and orange, and three The data states of the display areas corresponding to the colors indicate the normal state, the warning state, and the alarm state, respectively. Displaying the data upper limit, the data lower limit, and the two thresholds on the dashboard template to obtain the target dashboard, and in this embodiment, the dashboard template includes 100 tick marks, and the two thresholds divide the 100 tick marks by 3:4:3. Into three display areas. Calculate the scale accuracy of each display area according to the data to be displayed and the dashboard template. The scale accuracy of the blue area is

The yellow scale area has a scale accuracy of

The accuracy of the orange area is

When the data to be displayed is 0.27%, the target display area is a yellow corresponding area, and the scale offset is

That is, it is necessary to shift the area lower limit value of the target display area clockwise by 8 scales, that is, the indicated position of the data to be displayed in the target dashboard.

The method for displaying the dashboard provided by the embodiment of the present application is to obtain a corresponding dashboard template based on the N thresholds corresponding to the data to be displayed, so that the acquired dashboard template can divide the data to be displayed into N+1 display areas. Corresponds to N+1 data states. By displaying the data upper limit, the data lower limit and the N thresholds of the data to be displayed on the dashboard template to obtain the target dashboard, the data displayed in the target dashboard can be set autonomously, so that the two thresholds with smaller differences can be The target dashboard is magnified. Finally, according to the indicated position of the data to be displayed in the target dashboard, the control pointer points to the indicated position to achieve the purpose of the dashboard display. The dashboard display method can make the two thresholds on the dashboard very close, that is, the difference between the two thresholds is small, and the formed display area needs to be enlarged to display the data to be displayed at two close thresholds. In the meantime, the pointer can clearly and intuitively indicate the indicated position of the data to be displayed in the target dashboard.

It should be understood that the size of the sequence of the steps in the above embodiments does not mean that the order of execution is performed. The order of execution of each process should be determined by its function and internal logic, and should not be construed as limiting the implementation process of the embodiments of the present application.

Example 2

Corresponding to the dashboard display method in the first embodiment, Fig. 4 is a schematic block diagram showing the dashboard display device in one-to-one correspondence with the dashboard display method in the first embodiment. As shown in FIG. 4, the dashboard display device includes a data acquisition module 10 to be displayed, a data parameter acquisition module 20, a dashboard template acquisition module 30, a target dashboard acquisition module 40, and an indication location confirmation module 50. The first step of the data display module 10, the data parameter acquisition module 20, the dashboard template acquisition module 30, the target dashboard acquisition module 40, and the implementation function of the indication location confirmation module 50 corresponding to the dashboard display method in the first embodiment In order to avoid redundancy, the present embodiment is not described in detail.

The data acquisition module 10 to be displayed is configured to acquire data to be displayed.

The data parameter obtaining module 20 is configured to obtain a corresponding upper data limit, a lower data limit, and N thresholds based on the data to be displayed, where N≥2.

The dashboard template obtaining module 30 is configured to acquire a corresponding dashboard template based on the N thresholds, where the dashboard template includes N+1 display regions.

The target dashboard acquisition module 40 is configured to display a data upper limit, a data lower limit, and N threshold values on the dashboard template to obtain the target dashboard.

The indication position confirmation module 50 is configured to acquire, according to the data to be displayed, an indication position of the data to be displayed in the target dashboard, and the control pointer points to the indication position.

Preferably, the indication position confirmation module 50 includes a target display area acquisition unit 51, a parameter value acquisition unit 52, a scale offset calculation unit 53, and an indication position confirmation unit 54.

The target display area obtaining unit 51 is configured to acquire a corresponding target display area in the target dashboard based on the data to be displayed.

The parameter value obtaining unit 52 is configured to acquire a parameter value of the target display area, where the parameter value includes an area upper limit value and a region lower limit value.

The scale offset calculation unit 53 is configured to process the parameter value by using the scale offset calculation formula to obtain a corresponding scale offset.

The indication position confirmation unit 54 is configured to acquire an indication position of the data to be displayed in the target dashboard based on the area lower limit value and the scale offset amount of the target display area.

Preferably, the scale accuracy of two adjacent display areas in the target dashboard is different, and the scale accuracy of each display area is determined by a scale accuracy calculation formula.

Wherein, the scale accuracy calculation formula is K _i =(A _i -B _i )/N _i , K _i is the scale precision of the i-th display area, and A _i is the area upper limit value of the i-th display area, and B _i is The lower limit of the area of the i-th display area, and N _i is the number of tick marks of the i-th display area.

Preferably, the data to be displayed includes business data.

The data parameter acquisition module 20 includes a history data acquisition unit 21, an upper limit lower limit acquisition unit 22, a standard value acquisition unit 23, an upper and lower limit range acquisition unit 24, and a threshold value acquisition unit 25.

The historical data obtaining unit 21 is configured to acquire historical data in the big data platform based on the service data.

The upper limit lower limit obtaining unit 22 is configured to select a maximum value from the historical data as the upper limit of the data, and select the minimum value as the lower limit of the data.

The standard value obtaining unit 23 is configured to perform regression processing on the historical data by using a linear regression algorithm to obtain a corresponding standard value.

The upper and lower limit range obtaining unit 24 is configured to acquire at least one upper limit range and at least one lower limit range input by the user.

The threshold obtaining unit 25 is configured to determine a threshold based on the upper limit range and the standard value, and determine a threshold based on the lower limit range and the standard value.

Preferably, the color of the tick marks of the two adjacent display areas of the target dashboard is different.

Preferably, the color of the pointer in the target dashboard is the same as the color of the scale line of the display area corresponding to the indicated position.

In the dashboard display device provided by the embodiment, the data parameter obtaining module 20 is configured to obtain a corresponding dashboard template based on the N thresholds corresponding to the data to be displayed, so that the obtained dashboard template can divide the data to be displayed. It is N+1 display areas, corresponding to N+1 data states. The target dashboard acquisition module 40 obtains the target dashboard by displaying the data upper limit, the data lower limit, and the N thresholds of the data to be displayed on the dashboard template, so as to achieve autonomous setting of the data displayed in the target dashboard, so that the difference is small. The two thresholds can be magnified in the target dashboard. The indication position confirmation module 50 controls the pointer to the indication position according to the indicated position of the data to be displayed in the target dashboard to achieve the target of the dashboard display. The display method, the device, the terminal device and the storage medium of the instrument panel can make the two threshold values on the instrument panel very close, that is, when the difference between the two threshold values is small, the display area formed by the two threshold values is enlarged and displayed, so that When the data to be displayed is between two thresholds, the data to be displayed can be displayed more intuitively based on the indicated position of the pointer on the target dashboard.

Example 3

This embodiment provides one or more non-volatile readable storage media having computer readable instructions stored thereon. The one or more non-readable readable storage mediums storing computer readable instructions, when executed by one or more processors, causing one or more processors to execute the instrument panel of Embodiment 1 The display method, in order to avoid repetition, will not be described here. Alternatively, when the computer readable instructions are executed by the processor, the functions of the modules/units in the dashboard display device in Embodiment 2 are implemented. To avoid repetition, details are not described herein again.

It will be understood that one or more non-volatile readable storage media storing computer readable instructions may comprise: any entity or device capable of carrying the computer readable instruction code, a recording medium, a USB flash drive, a mobile hard drive, Disk, optical disk, computer memory, Read-Only Memory (ROM), Random Access Memory (RAM), electrical carrier signals, and telecommunications signals.

Example 4

FIG. 5 is a schematic diagram of a terminal device according to an embodiment of the present application. As shown in FIG. 5, the terminal device 50 of this embodiment includes a processor 51, a memory 52, and computer readable instructions 53 stored in the memory 52 and operable on the processor 51. The processor 51 executes the various steps of the dashboard display method of Embodiment 1 when the computer readable instructions 53 are executed, such as steps S10 to S50 shown in FIG. Alternatively, when the processor 51 executes the computer readable instructions 53, the functions of the modules/units in the foregoing device embodiment 2 are implemented, for example, the data acquisition module 10 to be displayed, the data parameter acquisition module 20, and the dashboard template acquisition shown in FIG. The functions of the module 30, the target dashboard acquisition module 40, and the indication location confirmation module 50 are avoided to avoid repetition, and are not described herein.

It will be clearly understood by those skilled in the art that, for convenience and brevity of description, only the division of each functional unit and module described above is exemplified. In practical applications, the above functions may be assigned to different functional units according to needs. The module is completed by dividing the internal structure of the device into different functional units or modules to perform all or part of the functions described above.

The above-mentioned embodiments are only used to explain the technical solutions of the present application, and are not limited thereto; although the present application has been described in detail with reference to the foregoing embodiments, those skilled in the art should understand that they can still implement the foregoing embodiments. The technical solutions described in the examples are modified or equivalently replaced with some of the technical features; and the modifications or substitutions do not deviate from the spirit and scope of the technical solutions of the embodiments of the present application, and should be included in Within the scope of protection of this application.

Claims

A dashboard display method, comprising:

Get the data to be displayed;

Obtaining, according to the data to be displayed, a corresponding upper data limit, a lower data limit, and N thresholds, where N≥2;

Acquiring a corresponding dashboard template based on the N thresholds, where the dashboard template includes N+1 display regions;

Displaying the data upper limit, the data lower limit, and the N thresholds on the dashboard template to obtain a target dashboard;

And acquiring, according to the to-be-displayed data, an indication position of the to-be-displayed data in the target dashboard, and controlling a pointer to the indicated location.
The instrument panel display method according to claim 1, wherein the obtaining the indicated position of the data to be displayed in the target dashboard based on the data to be displayed comprises:

Obtaining a corresponding target display area in the target dashboard based on the data to be displayed;

Obtaining a parameter value of the target display area, where the parameter value includes an area upper limit value and a regional lower limit value;

The parameter value is processed by using a scale offset calculation formula to obtain a corresponding scale offset;

Obtaining, according to the regional lower limit value of the target display area and the scale offset, an indication position of the to-be-displayed data in the target dashboard;

Wherein the scale offset calculation formula is
Y i is the i-th display area of the scale offset, X i is the data to be displayed, A i is the upper limit value of the i-th region of the display region, B i is the i-th lower limit region of the display region, N i is the number of tick marks in the i-th display area.
The instrument panel display method according to claim 1, wherein the scale accuracy of two adjacent display areas in the target dashboard is different, and the scale accuracy of each of the display areas is determined by using a scale accuracy calculation formula;

Wherein, the scale accuracy calculation formula is K i =(A i -B i )/N i , K i is the scale precision of the i-th display area, and A i is the area upper limit value of the i-th display area, B i is the area lower limit value of the i-th display area, and N i is the number of tick marks of the i-th display area.
The dashboard display method according to claim 1, wherein the data to be displayed includes service data;

The obtaining, according to the data to be displayed, the corresponding data upper limit, the data lower limit, and the N thresholds, where N ≥ 2, includes:

Obtaining historical data in the big data platform based on the service data;

Selecting a maximum value from the historical data is determined as the upper limit of the data, and selecting a minimum value is determined as the lower limit of the data;

Regressing the historical data by using a linear regression algorithm to obtain a corresponding standard value;

Obtaining at least one upper limit range and at least one lower limit range input by the user;

And determining the threshold based on the upper limit range and the standard value, and determining the threshold based on the lower limit range and the standard value.
The instrument panel display method according to claim 1, wherein the color of the scale lines adjacent to the two display areas of the target dashboard is different.
The instrument panel display method according to claim 5, wherein a color of the pointer in the target dashboard is the same as a color of a scale line of the display area corresponding to the indication position.
An instrument panel display device, comprising:

a data acquisition module to be displayed, configured to acquire data to be displayed;

a data parameter obtaining module, configured to acquire, according to the data to be displayed, a corresponding upper data limit, a lower data limit, and N thresholds, where N≥2;

a dashboard template obtaining module, configured to acquire a corresponding dashboard template based on the N thresholds, where the dashboard template includes N+1 display areas;

a target dashboard acquisition module, configured to display the data upper limit, the data lower limit, and the N thresholds on the dashboard template to obtain a target dashboard;

And indicating a location confirmation module, configured to acquire, according to the to-be-displayed data, an indication position of the to-be-displayed data in the target dashboard, and control a pointer to the indicated location.
The instrument panel display device according to claim 7, wherein the indication position confirmation module comprises:

a target display area acquiring unit, configured to acquire a corresponding target display area in the target dashboard based on the to-be-displayed data;

a parameter value obtaining unit, configured to acquire a parameter value of the target display area, where the parameter value includes a regional upper limit value and a regional lower limit value;

a scale offset calculation unit, configured to process the parameter value by using a scale offset calculation formula to obtain a corresponding scale offset;

a position confirmation unit configured to acquire an indication position of the data to be displayed in the target dashboard based on a region lower limit value of the target display region and the scale offset amount;

Wherein the scale offset calculation formula is
Y i is the i-th display area of the scale offset, X i is the data to be displayed, A i is the upper limit value of the i-th region of the display region, B i is the i-th lower limit region of the display region, N i is the number of tick marks in the i-th display area.
A terminal device comprising a memory, a processor, and computer readable instructions stored in the memory and operable on the processor, wherein the processor executes the computer readable instructions as follows step:

Get the data to be displayed;

Obtaining, according to the data to be displayed, a corresponding upper data limit, a lower data limit, and N thresholds, where N≥2;

Acquiring a corresponding dashboard template based on the N thresholds, where the dashboard template includes N+1 display regions;

Displaying the data upper limit, the data lower limit, and the N thresholds on the dashboard template to obtain a target dashboard;

And acquiring, according to the to-be-displayed data, an indication position of the to-be-displayed data in the target dashboard, and controlling a pointer to the indicated location.
The terminal device according to claim 9, wherein the obtaining the indication position of the data to be displayed in the target dashboard based on the data to be displayed comprises:

Obtaining a corresponding target display area in the target dashboard based on the data to be displayed;

Obtaining a parameter value of the target display area, where the parameter value includes an area upper limit value and a regional lower limit value;

The parameter value is processed by using a scale offset calculation formula to obtain a corresponding scale offset;

Obtaining, according to the regional lower limit value of the target display area and the scale offset, an indication position of the to-be-displayed data in the target dashboard;

Wherein the scale offset calculation formula is
Y i is the i-th display area of the scale offset, X i is the data to be displayed, A i is the upper limit value of the i-th region of the display region, B i is the i-th lower limit region of the display region, N i is the number of tick marks in the i-th display area.
The terminal device according to claim 9, wherein the scale accuracy of two adjacent display areas in the target dashboard is different, and the scale accuracy of each of the display areas is determined by using a scale accuracy calculation formula;

Wherein, the scale accuracy calculation formula is K i =(A i -B i )/N i , K i is the scale precision of the i-th display area, and A i is the area upper limit value of the i-th display area, B i is the area lower limit value of the i-th display area, and N i is the number of tick marks of the i-th display area.
The terminal device according to claim 9, wherein the data to be displayed includes service data;

The obtaining, according to the data to be displayed, the corresponding data upper limit, the data lower limit, and the N thresholds, where N ≥ 2, includes:

Obtaining historical data in the big data platform based on the service data;

Selecting a maximum value from the historical data is determined as the upper limit of the data, and selecting a minimum value is determined as the lower limit of the data;

Regressing the historical data by using a linear regression algorithm to obtain a corresponding standard value;

Obtaining at least one upper limit range and at least one lower limit range input by the user;

And determining the threshold based on the upper limit range and the standard value, and determining the threshold based on the lower limit range and the standard value.
The terminal device according to claim 9, wherein the color of the tick marks of the two adjacent display areas of the target dashboard is different.
The terminal device according to claim 13, wherein a color of said pointer in said target dashboard is the same as a color of a scale line of said display area corresponding to said indicated position.
One or more non-transitory readable storage mediums storing computer readable instructions, wherein when the computer readable instructions are executed by one or more processors, cause the one or more processors to execute The following steps:

Get the data to be displayed;

Obtaining, according to the data to be displayed, a corresponding upper data limit, a lower data limit, and N thresholds, where N≥2;

Acquiring a corresponding dashboard template based on the N thresholds, where the dashboard template includes N+1 display regions;

Displaying the data upper limit, the data lower limit, and the N thresholds on the dashboard template to obtain a target dashboard;

And acquiring, according to the to-be-displayed data, an indication position of the to-be-displayed data in the target dashboard, and controlling a pointer to the indicated location.
The non-volatile readable storage medium according to claim 15, wherein the obtaining the indicated location of the to-be-displayed data in the target dashboard based on the data to be displayed comprises:

Obtaining a corresponding target display area in the target dashboard based on the data to be displayed;

Obtaining a parameter value of the target display area, where the parameter value includes an area upper limit value and a regional lower limit value;

The parameter value is processed by using a scale offset calculation formula to obtain a corresponding scale offset;

Obtaining, according to the area lower limit value of the target display area and the scale offset quantity, an indication position of the to-be-displayed data in the target dashboard;

Wherein the scale offset calculation formula is
Y i is the i-th display area of the scale offset, X i is the data to be displayed, A i is the upper limit value of the i-th region of the display region, B i is the i-th lower limit region of the display region, N i is the number of tick marks in the i-th display area.
The non-volatile readable storage medium according to claim 15, wherein the scale accuracy of two adjacent display areas in the target dashboard is different, and the scale accuracy of each of the display areas is scaled The calculation formula is determined;

Wherein, the scale accuracy calculation formula is K i =(A i -B i )/N i , K i is the scale precision of the i-th display area, and A i is the area upper limit value of the i-th display area, B i is the area lower limit value of the i-th display area, and N i is the number of tick marks of the i-th display area.
The non-volatile readable storage medium according to claim 15, wherein the data to be displayed comprises service data;

The obtaining, according to the data to be displayed, the corresponding data upper limit, the data lower limit, and the N thresholds, where N ≥ 2, includes:

Obtaining historical data in the big data platform based on the service data;

Selecting a maximum value from the historical data is determined as the upper limit of the data, and selecting a minimum value is determined as the lower limit of the data;

Regressing the historical data by using a linear regression algorithm to obtain a corresponding standard value;

Obtaining at least one upper limit range and at least one lower limit range input by the user;

And determining the threshold based on the upper limit range and the standard value, and determining the threshold based on the lower limit range and the standard value.
The non-volatile readable storage medium according to claim 15, wherein the color of the scale lines of the two adjacent display areas of the target dashboard is different.
The non-volatile readable storage medium according to claim 19, wherein a color of said pointer in said target dashboard is the same as a color of a scale line of said display area corresponding to said indicated position.