CN117892381B - Command display large screen design method based on time and event - Google Patents
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Abstract
The invention discloses a command display large screen design method based on time and events, which comprises the following steps: 1. dividing and storing a display interface of a command display large screen in a time mode; 2. dividing and storing a display interface of a command display large screen in an event mode; 3. initializing and displaying a command display large screen; 4. and continuously judging an input command and commanding the large display screen to switch display. The method has simple steps and reasonable design, realizes the division of different display subareas under different time and events, can meet the display and trigger switching based on time and events, increases the data volume display, and enhances the flexibility of large screen modification.
Description
Technical Field
The invention belongs to the field of aerospace command display, and particularly relates to a command display large screen design method based on time and events.
Background
The command display system is an important part of the space mission organization command, bears the functions of converging and displaying various measurement and test data in the mission, and can rapidly and prominently display mission command information according to actual space mission requirements. The large-screen design of the command display is the final display form of the command display system, and the actual use effect of the command display system is determined in relation to the reliability and the practicability of the whole display system.
The current command display large screen display is only displayed based on time, and the region of the command display large screen display interface is unchanged in the display process, so that the change of the interface region along with the change of time cannot be adjusted, and the command display large screen display interface lacks flexibility. In addition, as the complexity of the aerospace task increases day by day, the data volume required to be displayed by the large command display screen increases day by day, and the display interface is required to be switched. Therefore, a command display large screen design method based on time and events is lacking at present, different display subareas are divided under different times and events, the display and trigger switching based on time and events can be met, the data volume display is increased, and the large screen modification flexibility is enhanced.
Disclosure of Invention
The invention aims to solve the technical problems in the prior art, and provides a command display large screen design method based on time and events, which has simple steps and reasonable design, realizes the segmentation of different display subareas under different time and events, can meet the display and trigger switching based on time and events, increases the data volume display, and enhances the flexibility of large screen modification.
In order to solve the technical problems, the invention adopts the following technical scheme: the command display large screen design method based on time and events is characterized in that a command display system where the command display large screen is located comprises a computer and a command display large screen connected with the computer, wherein a display mode judging module, a data receiving module, a time mode display data storage module, an event mode display data storage module and a display subarea segmentation module are arranged in the computer; the method comprises the following steps:
Step one, dividing and storing a display interface of a command display large screen in a time mode:
dividing the time mode display data and the command display large screen into a1 st time data group by the computer, wherein the I time data group is stored in a time mode display data storage module; the ith time data set comprises the ith time, A (i) display subarea data corresponding to the ith time and A (i) display subareas; i and I are positive integers, and I is more than or equal to 1 and less than or equal to I;
Step two, dividing and storing a display interface of a command display large screen in an event mode:
The computer divides the event mode display data and the command display large screen into a1 st event data group, the J event data group and the event mode display data storage module; the jth event data set comprises a jth event, A (j) display subarea data corresponding to the jth event and A (j) display subareas; j and J are positive integers, and J is more than or equal to 1 and less than or equal to J;
Thirdly, commanding the large display screen to initialize and display:
Step 301, inputting a display mode command through a keyboard connected with a computer, wherein the display mode judging module judges the input display mode command, if the input display mode command is a time mode display, step 302 is executed, and if the input display mode command is an event mode display, step 303 is executed;
step 302, a computer invokes a1 st time data set from a time mode display data storage module, wherein the data of each display subarea in the 1 st time data set is respectively displayed by commanding each display subarea divided by a display large screen, so as to realize time mode initialization display; wherein, a display subarea data is displayed through a display subarea;
Step 303, the computer invokes the 1 st event data set from the event mode display data storage module, and each display subarea data in the 1 st event data set is respectively displayed through each display subarea divided by the command display large screen, so as to realize the initialization display of the event mode;
Step four, continuously judging an input command and commanding the large display screen to switch and display:
step 401, judging whether a keyboard connected with a computer inputs a display switching command, and if the keyboard does not input the display switching command, executing step 402; if a display switching command is input, step 403 is performed;
step 402, when the display is initialized for the time mode, the computer sequentially retrieves a next time data set from the time mode display data storage module and switches the display sub-areas for display through the command display large screen;
When the event mode is initialized to display, the computer sequentially retrieves a next event data set from the event mode display data storage module and switches the display sub-areas to display through the command display large screen;
Step 403, when the display is initialized for the time mode, if the input display switching command is a certain time switching display, triggering the command display large screen display interface to switch, and the computer invokes the time data set from the time mode display data storage module and switches the display of each display sub-area through the command display large screen;
When the display is initialized for the time mode, if the input display switching command is a certain event switching display, triggering the command display large screen display interface to switch, and the computer calling the event data set from the event mode display data storage module and switching the display sub-areas through the command display large screen;
when the event mode is initialized to display, if a display switching command is input to switch display for a certain time, triggering the command display large screen display interface to switch, and calling the time data set from the time mode display data storage module by a computer and switching the display sub-areas through the command display large screen;
when the event mode is initialized to display, if the input display switching command is a certain event switching display, the large-screen display interface of the command display is triggered to switch, and the computer calls the event data set from the event mode display data storage module and switches the display of each display subarea through the large-screen command display.
The command display large screen design method based on time and event is characterized by comprising the following steps: the specific process is as follows:
Step 101, a computer receives time mode display data through a data receiving module, and records the time mode display data as 1 st time display data according to time sequence;
102, dividing the ith time display data into A (i) display subarea data by a computer according to the design requirement of the content of the ith time display data;
Meanwhile, the computer calls a display subarea segmentation module to segment the command display large-screen display interface into corresponding A (i) display subareas; wherein A (i) is a positive integer;
Step 103, the computer records the ith time, the data of the A (i) display subareas corresponding to the ith time and the data of the A (i) display subareas as the ith time data set, and stores the ith time data set into a time mode display data storage module;
104, repeating the step 102 and the step 103 for a plurality of times to obtain an I time data set consisting of the I time, the A (I) display sub-area data corresponding to the I time and the A (I) display sub-area, and storing the I time data set in a time mode display data storage module; wherein A (I) is a positive integer.
The command display large screen design method based on time and event is characterized by comprising the following steps: step two, the specific process is as follows:
step 201, a computer receives event mode display data through a data receiving module, obtains the execution sequence of each event based on the execution sequence and constraint relation, and records each event as 1 st event display data according to the execution sequence of the event; wherein J and J are positive integers, and J is more than or equal to 1 and less than or equal to J;
Step 202, dividing the display data of the jth event into A (j) display sub-area data by a computer according to the design requirement of the display data content of the jth event;
meanwhile, the computer calls a display subarea segmentation module to segment the command display large-screen display interface into A (j) display subareas; wherein A (j) is a positive integer;
step 203, the computer forms the j-th event, the data of the A (j) display subareas corresponding to the j-th event and the A (j) display subareas into a j-th event data set, and stores the j-th event data set into an event mode display data storage module;
Step 204, repeating the step 202 and the step 203 for a plurality of times to obtain a J-th event, a J-th event data set consisting of a (J) -th display sub-area data corresponding to the J-th event and a (J) -th display sub-area, and storing the J-th event data set in an event mode display data storage module; wherein A (J) is a positive integer.
Compared with the prior art, the invention has the following advantages:
1. The method has simple steps and reasonable design, and solves the problem that the current command display large-screen display is only displayed based on time.
2. According to the invention, the display interface of the command display large screen is divided and stored in a time mode, so that a time data set is obtained; and (3) dividing and storing a display interface of the command display large screen in an event mode to obtain an event data set, and dividing different display subareas and display data in different time and events.
3. When a keyboard input display mode command connected with a computer is in time mode display, the invention can call a time data set from a time mode display data storage module so as to enable each display subarea divided by a command display large screen to display each display subarea data respectively;
When the input display mode command is event mode display, the event data set can be called from the event mode display data storage module, so that each display subarea divided by the command display large screen can respectively display each display subarea data, and the time and event based display is met.
4. According to the invention, the display interface switching of the large-screen display is triggered and commanded by inputting the display switching command, so that the display of the current time to a certain time switching display, the display of the current time to a certain event switching display, the display of the current event to a certain event switching display and the display of the current event to a certain time switching display are realized, the trigger switching based on time and event is realized, the data volume display is increased, and the flexibility of the large-screen modification is enhanced.
In conclusion, the method has simple steps and reasonable design, realizes the division of different display subareas under different time and events, can meet the requirements of display and trigger switching based on time and events, increases data volume display, and enhances the flexibility of large screen modification.
The technical scheme of the invention is further described in detail through the drawings and the embodiments.
Drawings
FIG. 1 is a block flow diagram of the method of the present invention.
Detailed Description
As shown in FIG. 1, the command display large screen design method based on time and event comprises a command display system in which the command display large screen is positioned, wherein the command display system comprises a computer and a command display large screen connected with the computer, and a display mode judging module, a data receiving module, a time mode display data storage module, an event mode display data storage module and a display subarea dividing module are arranged in the computer; the method comprises the following steps:
Step one, dividing and storing a display interface of a command display large screen in a time mode:
dividing the time mode display data and the command display large screen into a1 st time data group by the computer, wherein the I time data group is stored in a time mode display data storage module; the ith time data set comprises the ith time, A (i) display subarea data corresponding to the ith time and A (i) display subareas; i and I are positive integers, and I is more than or equal to 1 and less than or equal to I;
Step two, dividing and storing a display interface of a command display large screen in an event mode:
The computer divides the event mode display data and the command display large screen into a1 st event data group, the J event data group and the event mode display data storage module; the jth event data set comprises a jth event, A (j) display subarea data corresponding to the jth event and A (j) display subareas; j and J are positive integers, and J is more than or equal to 1 and less than or equal to J;
Thirdly, commanding the large display screen to initialize and display:
Step 301, inputting a display mode command through a keyboard connected with a computer, wherein the display mode judging module judges the input display mode command, if the input display mode command is a time mode display, step 302 is executed, and if the input display mode command is an event mode display, step 303 is executed;
step 302, a computer invokes a1 st time data set from a time mode display data storage module, wherein the data of each display subarea in the 1 st time data set is respectively displayed by commanding each display subarea divided by a display large screen, so as to realize time mode initialization display; wherein, a display subarea data is displayed through a display subarea;
Step 303, the computer invokes the 1 st event data set from the event mode display data storage module, and each display subarea data in the 1 st event data set is respectively displayed through each display subarea divided by the command display large screen, so as to realize the initialization display of the event mode;
Step four, continuously judging an input command and commanding the large display screen to switch and display:
step 401, judging whether a keyboard connected with a computer inputs a display switching command, and if the keyboard does not input the display switching command, executing step 402; if a display switching command is input, step 403 is performed;
step 402, when the display is initialized for the time mode, the computer sequentially retrieves a next time data set from the time mode display data storage module and switches the display sub-areas for display through the command display large screen;
When the event mode is initialized to display, the computer sequentially retrieves a next event data set from the event mode display data storage module and switches the display sub-areas to display through the command display large screen;
Step 403, when the display is initialized for the time mode, if the input display switching command is a certain time switching display, triggering the command display large screen display interface to switch, and the computer invokes the time data set from the time mode display data storage module and switches the display of each display sub-area through the command display large screen;
When the display is initialized for the time mode, if the input display switching command is a certain event switching display, triggering the command display large screen display interface to switch, and the computer calling the event data set from the event mode display data storage module and switching the display sub-areas through the command display large screen;
when the event mode is initialized to display, if a display switching command is input to switch display for a certain time, triggering the command display large screen display interface to switch, and calling the time data set from the time mode display data storage module by a computer and switching the display sub-areas through the command display large screen;
when the event mode is initialized to display, if the input display switching command is a certain event switching display, the large-screen display interface of the command display is triggered to switch, and the computer calls the event data set from the event mode display data storage module and switches the display of each display subarea through the large-screen command display.
In this embodiment, the specific process of step one is as follows:
Step 101, a computer receives time mode display data through a data receiving module, and records the time mode display data as 1 st time display data according to time sequence;
102, dividing the ith time display data into A (i) display subarea data by a computer according to the design requirement of the content of the ith time display data;
Meanwhile, the computer calls a display subarea segmentation module to segment the command display large-screen display interface into corresponding A (i) display subareas; wherein A (i) is a positive integer;
Step 103, the computer records the ith time, the data of the A (i) display subareas corresponding to the ith time and the data of the A (i) display subareas as the ith time data set, and stores the ith time data set into a time mode display data storage module;
104, repeating the step 102 and the step 103 for a plurality of times to obtain an I time data set consisting of the I time, the A (I) display sub-area data corresponding to the I time and the A (I) display sub-area, and storing the I time data set in a time mode display data storage module; wherein A (I) is a positive integer.
In this embodiment, the specific process is as follows:
step 201, a computer receives event mode display data through a data receiving module, obtains the execution sequence of each event based on the execution sequence and constraint relation, and records each event as 1 st event display data according to the execution sequence of the event; wherein J and J are positive integers, and J is more than or equal to 1 and less than or equal to J;
Step 202, dividing the display data of the jth event into A (j) display sub-area data by a computer according to the design requirement of the display data content of the jth event;
meanwhile, the computer calls a display subarea segmentation module to segment the command display large-screen display interface into A (j) display subareas; wherein A (j) is a positive integer;
step 203, the computer forms the j-th event, the data of the A (j) display subareas corresponding to the j-th event and the A (j) display subareas into a j-th event data set, and stores the j-th event data set into an event mode display data storage module;
Step 204, repeating the step 202 and the step 203 for a plurality of times to obtain a J-th event, a J-th event data set consisting of a (J) -th display sub-area data corresponding to the J-th event and a (J) -th display sub-area, and storing the J-th event data set in an event mode display data storage module; wherein A (J) is a positive integer.
In the embodiment, when the display sub-area segmentation module is called by a computer to segment a command display large-screen display interface in actual use, coordinates of each display sub-area can be obtained; wherein any one of the display sub-regions is represented by coordinates at four corner points.
In this embodiment, during actual use, the display sub-area corresponding to each time or each event may be designed separately through the UI.
In this embodiment, during actual use, the display sub-area corresponds to the display sub-area data, and one display sub-area data is displayed through the corresponding one display sub-area, so that by changing the number of display sub-areas of different time or events, the display of increasing data volume can be realized, and the flexibility of large screen modification can be enhanced.
In conclusion, the method has simple steps and reasonable design, realizes the division of different display subareas under different time and events, can meet the requirements of display and trigger switching based on time and events, increases data volume display, and enhances the flexibility of large screen modification.
The foregoing description is only a preferred embodiment of the present invention, and is not intended to limit the present invention, and any simple modification, switching and equivalent structural changes of the above embodiments according to the technical substance of the present invention still fall within the scope of the technical solution of the present invention.
Claims (3)
1. The command display large screen design method based on time and events is characterized in that a command display system where the command display large screen is located comprises a computer and a command display large screen connected with the computer, wherein a display mode judging module, a data receiving module, a time mode display data storage module, an event mode display data storage module and a display subarea segmentation module are arranged in the computer; the method comprises the following steps:
Step one, dividing and storing a display interface of a command display large screen in a time mode:
dividing the time mode display data and the command display large screen into a1 st time data group by the computer, wherein the I time data group is stored in a time mode display data storage module; the ith time data set comprises the ith time, A (i) display subarea data corresponding to the ith time and A (i) display subareas; i and I are positive integers, and I is more than or equal to 1 and less than or equal to I;
Step two, dividing and storing a display interface of a command display large screen in an event mode:
The computer divides the event mode display data and the command display large screen into a1 st event data group, the J event data group and the event mode display data storage module; the jth event data set comprises a jth event, A (j) display subarea data corresponding to the jth event and A (j) display subareas; j and J are positive integers, and J is more than or equal to 1 and less than or equal to J;
Thirdly, commanding the large display screen to initialize and display:
Step 301, inputting a display mode command through a keyboard connected with a computer, wherein the display mode judging module judges the input display mode command, if the input display mode command is a time mode display, step 302 is executed, and if the input display mode command is an event mode display, step 303 is executed;
step 302, a computer invokes a1 st time data set from a time mode display data storage module, wherein the data of each display subarea in the 1 st time data set is respectively displayed by commanding each display subarea divided by a display large screen, so as to realize time mode initialization display; wherein, a display subarea data is displayed through a display subarea;
Step 303, the computer invokes the 1 st event data set from the event mode display data storage module, and each display subarea data in the 1 st event data set is respectively displayed through each display subarea divided by the command display large screen, so as to realize the initialization display of the event mode;
Step four, continuously judging an input command and commanding the large display screen to switch and display:
step 401, judging whether a keyboard connected with a computer inputs a display switching command, and if the keyboard does not input the display switching command, executing step 402; if a display switching command is input, step 403 is performed;
step 402, when the display is initialized for the time mode, the computer sequentially retrieves a next time data set from the time mode display data storage module and switches the display sub-areas for display through the command display large screen;
When the event mode is initialized to display, the computer sequentially retrieves a next event data set from the event mode display data storage module and switches the display sub-areas to display through the command display large screen;
Step 403, when the display is initialized for the time mode, if the input display switching command is a certain time switching display, triggering the command display large screen display interface to switch, and the computer invokes the time data set from the time mode display data storage module and switches the display of each display sub-area through the command display large screen;
When the display is initialized for the time mode, if the input display switching command is a certain event switching display, triggering the command display large screen display interface to switch, and the computer calling the event data set from the event mode display data storage module and switching the display sub-areas through the command display large screen;
when the event mode is initialized to display, if a display switching command is input to switch display for a certain time, triggering the command display large screen display interface to switch, and calling the time data set from the time mode display data storage module by a computer and switching the display sub-areas through the command display large screen;
when the event mode is initialized to display, if the input display switching command is a certain event switching display, the large-screen display interface of the command display is triggered to switch, and the computer calls the event data set from the event mode display data storage module and switches the display of each display subarea through the large-screen command display.
2. A method of time and event based command display large screen design as in claim 1, wherein: the specific process is as follows:
Step 101, a computer receives time mode display data through a data receiving module, and records the time mode display data as 1 st time display data according to time sequence;
102, dividing the ith time display data into A (i) display subarea data by a computer according to the design requirement of the content of the ith time display data;
Meanwhile, the computer calls a display subarea segmentation module to segment the command display large-screen display interface into corresponding A (i) display subareas; wherein A (i) is a positive integer;
Step 103, the computer records the ith time, the data of the A (i) display subareas corresponding to the ith time and the data of the A (i) display subareas as the ith time data set, and stores the ith time data set into a time mode display data storage module;
104, repeating the step 102 and the step 103 for a plurality of times to obtain an I time data set consisting of the I time, the A (I) display sub-area data corresponding to the I time and the A (I) display sub-area, and storing the I time data set in a time mode display data storage module; wherein A (I) is a positive integer.
3. A method of time and event based command display large screen design as in claim 1, wherein: step two, the specific process is as follows:
step 201, a computer receives event mode display data through a data receiving module, obtains the execution sequence of each event based on the execution sequence and constraint relation, and records each event as 1 st event display data according to the execution sequence of the event; wherein J and J are positive integers, and J is more than or equal to 1 and less than or equal to J;
Step 202, dividing the display data of the jth event into A (j) display sub-area data by a computer according to the design requirement of the display data content of the jth event;
meanwhile, the computer calls a display subarea segmentation module to segment the command display large-screen display interface into A (j) display subareas; wherein A (j) is a positive integer;
step 203, the computer forms the j-th event, the data of the A (j) display subareas corresponding to the j-th event and the A (j) display subareas into a j-th event data set, and stores the j-th event data set into an event mode display data storage module;
Step 204, repeating the step 202 and the step 203 for a plurality of times to obtain a J-th event, a J-th event data set consisting of a (J) -th display sub-area data corresponding to the J-th event and a (J) -th display sub-area, and storing the J-th event data set in an event mode display data storage module; wherein A (J) is a positive integer.
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