CN112817890B - Method for quickly connecting box bodies in upper computer software and electronic equipment - Google Patents
Method for quickly connecting box bodies in upper computer software and electronic equipment Download PDFInfo
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- CN112817890B CN112817890B CN202110120702.3A CN202110120702A CN112817890B CN 112817890 B CN112817890 B CN 112817890B CN 202110120702 A CN202110120702 A CN 202110120702A CN 112817890 B CN112817890 B CN 112817890B
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F13/00—Interconnection of, or transfer of information or other signals between, memories, input/output devices or central processing units
- G06F13/38—Information transfer, e.g. on bus
- G06F13/382—Information transfer, e.g. on bus using universal interface adapter
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
- G06F3/0484—Interaction techniques based on graphical user interfaces [GUI] for the control of specific functions or operations, e.g. selecting or manipulating an object, an image or a displayed text element, setting a parameter value or selecting a range
- G06F3/04847—Interaction techniques to control parameter settings, e.g. interaction with sliders or dials
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
- G06F3/0484—Interaction techniques based on graphical user interfaces [GUI] for the control of specific functions or operations, e.g. selecting or manipulating an object, an image or a displayed text element, setting a parameter value or selecting a range
- G06F3/0486—Drag-and-drop
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Abstract
The invention relates to the technical field of LED box body connection, and particularly discloses a quick box body connection method in upper computer software and electronic equipment, wherein the method comprises the following steps: adding a plurality of sending cards in a display interface; adding at least one box body in a display interface, wherein each box body is provided with a receiving card; selecting a receiving card of a certain box body as a target receiving card, and dragging the target receiving card in a display interface; calculating a magnetic attraction value between a box body corresponding to a first network port of a target receiving card and a box body corresponding to an idle network port of a sending card or an idle second network port of the receiving card in the dragging process; and taking the idle sending card network port or the idle second network port of the receiving card corresponding to the maximum magnetic attraction value as a target network port, and automatically moving the target receiving card to the target network port and automatically connecting. The invention realizes the automatic connection of the box body corresponding to the target receiving card and the sending card or the box body corresponding to the target network port, and saves the connection time of the receiving card by the operating personnel.
Description
Technical Field
The invention relates to the technical field of LED box body connection, in particular to a quick box body connection method in upper computer software and electronic equipment.
Background
At present, when the internet access connection of each box body is set through upper computer software related to an LED display screen, all the internet access connections are manually connected according to the connection mode of specific hardware based on manpower, so that video data are transmitted to each internet access according to the connection mode of the internet access connections. However, in the existing connection mode of the network ports in the upper computer software, the network ports need to be manually moved one by one, and the network ports need to be manually moved to the edge line of another network port to be connected, so that the connection between the two network ports can be realized.
Therefore, there is a need to find a new technical solution to solve the above problems.
Disclosure of Invention
Aiming at the technical problems in the prior art, the invention provides a method for quickly connecting a box body in upper computer software and electronic equipment.
A method for quickly connecting a box body in upper computer software comprises the following steps:
adding a plurality of sending cards in a display interface according to a preset sending card adding strategy, wherein each sending card comprises at least one sending card network port;
adding at least one box body in the display interface according to a preset box body adding strategy, wherein each box body is provided with a receiving card; the receiving card comprises a first network port and a second network port;
selecting a receiving card of a certain box body as a target receiving card, and dragging the target receiving card in a display interface;
calculating a magnetic attraction value between a box body corresponding to a first net port of a target receiving card and a box body corresponding to an idle sending card net port or an idle second net port of the receiving card according to a preset magnetic attraction calculation strategy in the dragging process; wherein: the magnetic attraction force calculation strategy comprises the following steps: calculating a first magnetic attraction value A according to a preset first magnetic attraction force calculation strategy, wherein the first magnetic attraction value A is alpha a, alpha is a first weight proportion value, and a is a set value of different sending card net ports under a preset set value calculation strategy; the set value strategy is as follows: before the target receiving card is dragged, the set value of the pre-selected sending card network port is an integer larger than zero, and the set value of the unselected sending card network port is 0;
and taking the idle sending card net mouth or the idle second net mouth of the receiving card corresponding to the maximum magnetic attraction value as a target net mouth, automatically moving the target receiving card to the target net mouth and connecting to complete the automatic connection of the box body corresponding to the target receiving card and the sending card corresponding to the target net mouth or the box body corresponding to the target receiving card and the box body corresponding to the target net mouth.
Further, the magnetic attraction force calculation strategy further comprises:
calculating a second magnetic attraction value B according to a preset second magnetic attraction force calculation strategy, wherein the second magnetic attraction value B is beta B, beta is a second weight proportion value, and B is a set value of a second idle network port of each receiving card under the preset network port number calculation strategy; wherein:
the network port number calculation strategy is as follows: in the dragging process of the target receiving card, the number of the receiving cards contained in different box body groups under a certain transmitting card net mouth is used as a set value of the box body corresponding to the second net mouth of the receiving card connected to the tail end of the box body group.
Further, the magnetic attraction force calculation strategy further comprises:
and calculating a third magnetic attraction value C according to a preset third magnetic attraction force calculation strategy, wherein the third magnetic attraction value C is gamma C, gamma is a third weight proportion value, and C is the component speed of the target receiving card moving in the direction of the box body corresponding to the transmitting card net mouth or the second net mouth free receiving card.
Further, the magnetic attraction force calculation strategy further comprises:
in the dragging process of the target receiving card, a circular area with the position of the target receiving card as the circle center and R as the radius is used as an effective range, and the magnetic attraction force value between a box body corresponding to the idle sending card net opening or the idle second net opening of the receiving card in the effective range and a box body corresponding to the first net opening of the target receiving card is calculated.
Further, the first weight proportion value α, the second weight proportion value β, and the third weight proportion value γ satisfy: α + β + γ ═ 1.
Further, drag the in-process and calculate the box that the first net gape of target receiving card corresponds and the idle card net gape of sending or receive the magnetic attraction value between the box that the idle second net gape of card corresponds according to predetermined magnetic attraction calculation strategy, include:
when the display interface only comprises a plurality of sending cards and target receiving cards;
calculating a first magnetic attraction value A between a box body corresponding to a first net mouth of the target receiving card and each sending card net mouth according to a first magnetic attraction force calculation strategy;
calculating a third magnetic attraction value C between the box body corresponding to the first net mouth of the target receiving card and each sending card net mouth according to a third magnetic attraction force calculation strategy;
and summing a first magnetic attraction value A and a second magnetic attraction value C corresponding to different sending card net openings to serve as a magnetic attraction value between the box bodies corresponding to the sending card net opening and the first net opening of the target receiving card.
Further, drag the in-process and calculate the box that the first net gape of target receiving card corresponds and the idle card net gape of sending or receive the magnetic attraction value between the box that the idle second net gape of card corresponds according to predetermined magnetic attraction calculation strategy, include:
when the display interface comprises a plurality of sending cards, a plurality of receiving cards and a target receiving card;
calculating a first magnetic attraction value A between a box body corresponding to a first net port of a target receiving card and each idle transmitting card net port or between box bodies corresponding to idle second net ports of the receiving card according to a first magnetic attraction force calculation strategy;
calculating a second magnetic attraction value B between a box body corresponding to a first net mouth of a target receiving card and box bodies corresponding to second net mouths which are idle for receiving cards in different box body groups under the same sending card net mouth according to a second magnetic attraction force calculation strategy;
calculating a third magnetic attraction value C between the box body corresponding to the first net mouth of the target receiving card and each idle net mouth of the sending card according to a third magnetic attraction force calculation strategy, or calculating a third magnetic attraction value C between the box body corresponding to the first net mouth of the target receiving card and the box body corresponding to the idle second net mouth of the receiving card according to a third magnetic attraction force calculation strategy;
summing a box body corresponding to a first net mouth of a target receiving card and a first magnetic attraction value A and a third magnetic attraction value C of each idle net mouth of the sending card to obtain magnetic attraction values; or summing a first magnetic attraction value A, a second magnetic attraction value B and a second magnetic attraction value C between the box body corresponding to the first net opening of the target receiving card and the box body corresponding to the second net opening of the idle receiving card to obtain a magnetic attraction value.
Further, the method further comprises: and generating corresponding sending card serial numbers and sending card network port serial numbers for all the sending cards and the sending card network ports.
Further, the method further comprises: and generating a corresponding receiving card serial number for the target receiving card according to a preset receiving card serial number generation strategy.
The invention also provides an electronic device, which comprises an interface display module, a sending card adding module, a box body adding module, a target receiving card dragging module, a magnetic attraction force value calculating module and a target receiving card automatic connecting module, wherein:
the interface display module is used for generating a display interface according to a preset interface display strategy;
the system comprises a sending card adding module, a display interface and a sending card adding module, wherein the sending card adding module is used for adding a plurality of sending cards in the display interface according to a preset sending card adding strategy, and each sending card comprises at least one sending card network port;
the box body adding module is used for adding at least one box body on the display interface according to a preset box body adding strategy, each box body is provided with a receiving card, and each receiving card comprises a first network port and a second network port;
the target receiving card dragging module is used for selecting a receiving card of a certain box body as a target receiving card and synchronously dragging the target receiving card in the display interface according to the input external operation gesture;
the magnetic attraction value calculating module is used for calculating the magnetic attraction value between a box body corresponding to a first net opening of the target receiving card and a box body corresponding to an idle sending card net opening or an idle second net opening of the receiving card according to a preset magnetic attraction calculating strategy in the dragging process of the target receiving card; wherein: the magnetic attraction force calculation strategy comprises the following steps: calculating a first magnetic attraction value A according to a preset first magnetic attraction force calculation strategy, wherein the first magnetic attraction value A is alpha a, alpha is a first weight proportion value, and a is a set value of different sending card net ports under a preset set value calculation strategy; the set value strategy is as follows: before the target receiving card is dragged, the set value of the pre-selected sending card network port is an integer larger than zero, and the set value of the unselected sending card network port is 0;
and the target receiving card automatic connection module is used for taking the transmitting card network port corresponding to the maximum magnetic attraction value or the second network port free of the receiving card as a target network port, automatically moving the target receiving card to the target network port and connecting the target receiving card to complete the automatic connection of the box body corresponding to the target receiving card and the transmitting card corresponding to the target network port or the box body corresponding to the target receiving card and the box body corresponding to the target network port.
The invention relates to a method for quickly connecting boxes in upper computer software and electronic equipment, which calculates the magnetic attraction value between a box corresponding to a first net mouth of a target receiving card and a box corresponding to a free sending card net mouth or a free second net mouth of the receiving card according to a preset magnetic attraction calculation strategy in the dragging process of the target receiving card, selects the target net mouth when the magnetic attraction value is the maximum value, automatically connects the first net mouth and the target net mouth of the target receiving card, realizes the automatic connection of the box corresponding to the target receiving card and the sending card corresponding to the target net mouth or the box corresponding to the target receiving card and the box corresponding to the target net mouth, does not need to drag the boxes one by an operator, and then carries out connection operation, thereby saving the time of the operator for connecting the boxes and realizing the quick connection of LED boxes in the upper computer software, the occurrence of the connection error of the network port can be further reduced under the condition that the network port is numerous.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to the drawings without creative efforts.
FIG. 1 is a flowchart (I) of steps of a method for quickly connecting boxes in upper computer software according to an embodiment of the present invention;
FIG. 2 is a flow chart showing steps of a method for quickly connecting boxes in upper computer software according to an embodiment of the present invention;
fig. 3 is a structural assembly diagram of an electronic device according to an embodiment of the invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
As shown in fig. 1, a method for quickly connecting a box in upper computer software according to an embodiment of the present invention includes the following steps:
step S10: and adding a plurality of sending cards in the display interface according to a preset sending card adding strategy, wherein each sending card comprises at least one sending card network port.
The method provided by the embodiment of the invention is used for building the connection relation of the simulated sending card and the simulated receiving card in the upper computer software according to the physical connection relation of the LED display screen box body, so that the display file can be correspondingly sent to the LED display screen box body in the actual environment according to the built simulated connection relation when the upper computer software runs, and the display of the LED display screen on the image or the video is realized.
In the upper computer software, in order to form a connection relation between LED display screen boxes, a plurality of sending cards are established firstly in the method, the number of the sending cards is related to the maximum loaded pixel of a network port in the connection relation of an actual box, when the resolution ratio of a transmitted display file exceeds the maximum loaded pixel of one sending card, the number of the actual sending cards is set according to the requirement of the resolution ratio of the display file, and the network ports of the sending cards in a display interface are also set with the corresponding number of the network ports of the sending cards according to the number of the network ports of the sending cards of the actual sending cards. The sending card adding policy in this embodiment may include the number of sending cards that can be added in one adding operation, the number of sending card network ports that the added sending card defaults to include, and the display position and color of the added sending card on the display interface. The specific content of the new measurement of the sending card is not limited in this embodiment, and is set by a person skilled in the art.
After the sending card is correspondingly established according to the physical connection relation of the existing LED box body, the receiving card is added and connected, and the following steps are carried out:
step S20: adding at least one box body in the display interface according to a preset box body adding strategy, wherein each box body is provided with a receiving card; the receiving card comprises a first network port and a second network port.
The box body adding strategy can be set by referring to the sending card adding strategy, such as the initial position, the shape, the size, the color and the like of the box body on a display interface, preferably, the box body connected behind the same sending card net port adopts the same color, and the box body connected behind different sending card net ports adopts different colors, so that an operator can visually recognize the box body. Each box body of the embodiment of the invention is provided with a receiving card, each receiving card comprises a first network port and a second network port, the first network port is used for receiving the file and can also be called an input network port, and the second network port is used for sending the file and can also be called an output network port.
Step S30: and selecting a receiving card of a certain box body as a target receiving card, and dragging the target receiving card in a display interface.
The method comprises the steps of selecting a receiving card of a box body to be quickly connected as a target receiving card, dragging the target receiving card from an initial position, wherein a dragging path is synchronous dragging operation according to external operation gestures input by an operator, the external operation gestures can be realized according to a mouse or other remote control equipment, and the embodiment is not limited.
Step S40: calculating a magnetic attraction value between a box body corresponding to a first net port of a target receiving card and a box body corresponding to an idle sending card net port or an idle second net port of the receiving card according to a preset magnetic attraction calculation strategy in the dragging process; wherein: the magnetic attraction force calculation strategy comprises the following steps: calculating a first magnetic attraction value A according to a preset first magnetic attraction force calculation strategy, wherein the first magnetic attraction value A is alpha a, alpha is a first weight proportion value, and a is a set value of different sending card net ports under a preset set value calculation strategy; the set value strategy is as follows: before the target receiving card is dragged, the set value of the pre-selected sending card network port is an integer larger than zero, and the set value of the unselected sending card network port is 0.
The 'idle sending card network port' in the display interface indicates that the sending card network port is not connected with any receiving card and is in an idle state, and the 'idle second network port of the receiving card' indicates that at least one receiving card (box) exists in the display interface, and the second network port of the receiving card is in an idle state, so that the first network port of the target receiving card is connected with the idle sending card network port or the idle second network port of the receiving card, and the connection between the box corresponding to the target receiving card and the sending card network port or the connection between the box corresponding to the target receiving card and other existing boxes is realized. The first magnetic attraction force calculation strategy is used for calculating a first magnetic attraction force value A between a box body corresponding to a target receiving card and a box body corresponding to an idle sending card net port or an idle second net port of the receiving card, and comprises a calculation mode of the first magnetic attraction force value A, wherein a has different values aiming at different sending card net ports, for example, a preset value of a preselected sending card net port is 1 (or other numerical values which are not 0), a preset value of an unselected sending card net port is 0, at this time, the preselected sending card net port or a box body corresponding to a second net port (idle) of the receiving card connected below the preselected sending card net port, a first magnetic attraction force value A between the box bodies corresponding to the first net port of the target receiving card is alpha 1, and the unselected sending card net port or a box body corresponding to the idle second net port (idle) of the receiving card connected below the unselected sending card net port, and a first magnetic attraction value A between the boxes corresponding to the first net opening of the target receiving card is alpha and 1 is 0. In this embodiment, the pre-selected sending card network port is selected before the target receiving card is dragged, that is, the target receiving card is indicated to be in all the sending card network ports, and preferably (when the sending card network port is selected, the value of the first magnetic attraction value a is not zero, which is the case of the maximum value) the selected sending card network port or the idle second network port of the receiving card connected below the sending card network port is selected to be connected.
In this embodiment, the first magnetic attraction force calculation strategy further includes a first weight ratio α, where the first weight ratio α is a constant and is set by a person skilled in the art.
In the process of dragging the target receiving card, after calculating the magnetic attraction force value between the box corresponding to the target receiving card and the net mouth of different sending cards or other boxes, step S50 is executed.
Step S50: and taking the idle sending card net mouth or the idle second net mouth of the receiving card corresponding to the maximum magnetic attraction value as a target net mouth, automatically moving the target receiving card to the target net mouth and connecting to complete the automatic connection of the box body corresponding to the target receiving card and the sending card corresponding to the target net mouth or the box body corresponding to the target receiving card and the box body corresponding to the target net mouth.
The purpose of this step is to implement the connection between the first network port of the target receiving card and the target network port, and if there is no other receiving card except the target receiving card in the display interface, the target receiving card should be connected with one of the network ports of the several sending cards in the display interface. If the target receiving card is not the only receiving card in the display interface, it means that there are several receiving cards in the display interface, these receiving cards may be in a state of cascade connection with the transmitting card network port, or in a state of non-connection where both the first network port and the second network port are idle, or in a state where the second network port is connected and the first network port is not connected, or in a state where the first network port is connected and the second network port is idle, and the transmitting card network port has a part in an idle state and another part in a state where the receiving card is connected, in this case, the target receiving card may need to be connected with the receiving card where the second network port is idle, or may be connected with the transmitting card network port that is idle, so when the magnetic attraction value is the maximum value, the corresponding relationship between the box and the transmitting card network port, or between the box and the box is selected, and whether the network port corresponding to the first network port of the target receiving card is the transmitting card network port or the second network port of the receiving card, and after the target network port is selected, directly and automatically moving the target receiving card to the target network port, and automatically connecting the first network port of the target receiving card with the target network port to finish the quick connection of the box body corresponding to the target receiving card.
After completing the quick connection of one box body, the method is executed in a circulating manner from step S20 or step S30 again until the number of the box bodies in the display interface is equal to the number of the LED box bodies actually connected on site, and then the quick connection process of the box bodies in the upper computer software is completed.
In the method for quickly connecting the box body in the upper computer software, by the dragging process of the target receiving card, calculating the magnetic attraction value between the box body corresponding to the first net mouth of the target receiving card and the box body corresponding to the idle net mouth of the transmitting card or the idle second net mouth of the receiving card according to a preset magnetic attraction calculation strategy, and selects the target net mouth with the maximum magnetic attraction value, automatically connects the first net mouth of the target receiving card with the target net mouth, realizes the box body corresponding to the target receiving card and the sending card corresponding to the target net mouth, or the box body corresponding to the target receiving card is automatically connected with the box body corresponding to the target net mouth, so that the operation personnel does not need to drag the box bodies one by one to be in place and then carry out connection operation, therefore, the time for connecting the box body by operating personnel is saved, the rapid connection of the LED box body in the upper computer software is realized, and the condition of connection errors of the network port can be further reduced under the condition of numerous network ports.
Specifically, in the method of the embodiment of the present invention, the magnetic attraction force calculation strategy further includes: calculating a second magnetic attraction value B according to a preset second magnetic attraction force calculation strategy, wherein the second magnetic attraction value B is beta B, beta is a second weight proportion value, and B is a set value of a second idle network port of each receiving card under the preset network port number calculation strategy; wherein: the network port number calculation strategy is as follows: in the dragging process of the target receiving card, the number of the receiving cards contained in different box body groups under a certain transmitting card net mouth is used as a set value of the box body corresponding to the second net mouth of the receiving card connected to the tail end of the box body group.
The second magnetic attraction force calculation strategy comprises the calculation of a second magnetic attraction force value B, wherein B is beta B, a second weight proportion value beta is a constant, and B is determined by the number of receiving cards contained in a box body group under the same sending card net opening. As the number of receiving cards (or boxes) in the display interface increases, there may be at least two box groups under one sending card portal, and the box groups are not connected to each other, so in this embodiment, when a target receiving card selects a different box group under the same sending card portal, the number of receiving cards included in the box group is taken as a consideration factor, and a box group including a large number of receiving cards, that is, a box group including a large number of boxes, is preferentially selected, and a box corresponding to a second portal of a receiving card at the rearmost end in the box group can be selected for connection. For example, a box group 1 composed of 7 box cascades and a box group 2 composed of 4 box cascades are connected below the card-sending portal 1, then the second magnetic attraction value B1 is β 7 between the box corresponding to the second portal of the receiving card located at the extreme end of the box group 1 and the box corresponding to the first portal of the target receiving card, whereas the second magnetic attraction value B2 is β 4 between the box corresponding to the second portal of the receiving card located at the extreme end of the box group 2 and the box corresponding to the first portal of the target receiving card, obviously B1 is greater than B2, then the target receiving card is preferentially connected at the end of the box group 1.
Specifically, on the basis of the previous embodiment, the magnetic attraction force calculation strategy of the method of the embodiment of the present invention further includes: and calculating a third magnetic attraction value C according to a preset third magnetic attraction force calculation strategy, wherein the third magnetic attraction value C is gamma C, gamma is a third weight proportion value, and C is the component speed of the target receiving card moving in the direction of the box body corresponding to the transmitting card net mouth or the second net mouth free receiving card.
In the third magnetic attraction calculation strategy in this embodiment, the moving speed and the moving direction of the target receiving card are considered, and the total speed of the target receiving card in the process of being dragged is a quotient of the length s of the path between two points, i.e., the point where the target receiving card is dragged from the initial position to the current position, and the dragging time t. And the product of the speed dividing value and the third weight proportion value gamma of the target receiving card moving towards the direction of the box body corresponding to the different idle sending card net mouth or the idle receiving card of the second net mouth is used as a corresponding third magnetic attraction value C. The total velocity and the component velocity of this embodiment are vector values, and the larger the value of the third magnetic attraction value C is, the highest possibility that the operator wants to move the target receiving card to the sending card portal or the box is indicated, and automatic connection is preferentially performed.
Specifically, on the basis of the previous embodiment, the magnetic attraction force calculation strategy of the method of the embodiment of the present invention further includes: in the dragging process of the target receiving card, a circular area with the position of the target receiving card as the circle center and R as the radius is used as an effective range, and the magnetic attraction force value between a box body corresponding to the idle sending card net opening or the idle second net opening of the receiving card in the effective range and a box body corresponding to the first net opening of the target receiving card is calculated.
This embodiment has injectd the regional scope that magnetic attraction value calculated, only get into the box that idle card net gape or idle second net gape correspond within the effective range and just utilize foretell first magnetic attraction calculation strategy, second magnetic attraction calculation strategy and third magnetic attraction calculation strategy correspond the calculation of magnetic attraction value, avoid calculating the magnetic attraction value of too much corresponding relation simultaneously and too influence the accurate effect of automatic connection, so when the operation personnel with the target receiving card remove with want the box that connects between the card net gape or the second net gape correspond apart from being less than or equal to R, synthesize first magnetic attraction calculation strategy, second magnetic attraction calculation strategy and third magnetic attraction calculation strategy, finally obtain the target net gape, thereby realize the connection of target receiving card.
Specifically, in the embodiment of the present invention, the first weight ratio value α, the second weight ratio value β, and the third weight ratio value γ satisfy: α + β + γ ═ 1. The skilled person can set the values of the first weight proportion value α, the second weight proportion value β and the third weight proportion value γ according to actual use, and preferably, the first weight proportion value α is greater than or equal to 50%, and the sum of the second weight proportion value β + the third weight proportion value γ is less than or equal to 50%.
Specifically, in the embodiment of the present invention, on the basis of the above embodiment, step S40: the box that the first net gape that drags the in-process according to predetermined magnetic attraction calculation strategy calculation target receiving card corresponds and idle sending card net gape or receive the magnetic attraction value between the box that the idle second net gape of card corresponds includes:
when the display interface only comprises a plurality of sending cards and target receiving cards;
calculating a first magnetic attraction value A between a box body corresponding to a first net mouth of the target receiving card and each sending card net mouth according to a first magnetic attraction force calculation strategy;
calculating a third magnetic attraction value C between the box body corresponding to the first net mouth of the target receiving card and each sending card net mouth according to a third magnetic attraction force calculation strategy;
and summing a first magnetic attraction value A and a second magnetic attraction value C corresponding to different sending card net openings to serve as a magnetic attraction value between the box bodies corresponding to the sending card net opening and the first net opening of the target receiving card.
When the display interface only comprises a plurality of sending cards and target receiving cards, other boxes or receiving cards do not exist, all the sending card net openings are in an idle state, the boxes corresponding to the target receiving cards do not calculate the second magnetic attraction value B in the moving process, only the first magnetic attraction value A and the second magnetic attraction value C are calculated, the sum is carried out, and the sending card net opening with the largest magnetic attraction value is the target net opening.
Specifically, in the embodiment of the present invention, on the basis of the above embodiment, step S40: the box that the first net gape that drags the in-process according to predetermined magnetic attraction calculation strategy calculation target receiving card corresponds and idle sending card net gape or receive the magnetic attraction value between the box that the idle second net gape of card corresponds includes:
when the display interface includes a plurality of sending cards, a plurality of receiving cards and target receiving cards, namely, one part of the sending card network port is connected with a receiving card (box), the other part of the sending card network port is in an idle state, the existing receiving card (box) also has a plurality of states, a state cascaded after the sending card network port is provided, an unconnected state that the first network port and the second network port are idle, a state that the second network port is connected and the first network port is unconnected, and a state that the first network port is connected and the second network port is idle, therefore:
calculating a first magnetic attraction value A between a box body corresponding to a first net port of a target receiving card and each idle transmitting card net port or between box bodies corresponding to idle second net ports of the receiving card according to a first magnetic attraction force calculation strategy;
calculating a second magnetic attraction value B between a box body corresponding to a first net mouth of a target receiving card and box bodies corresponding to second net mouths which are idle for receiving cards in different box body groups under the same sending card net mouth according to a second magnetic attraction force calculation strategy;
calculating a third magnetic attraction value C between the box body corresponding to the first net mouth of the target receiving card and each idle net mouth of the sending card according to a third magnetic attraction force calculation strategy, or calculating a third magnetic attraction value C between the box body corresponding to the first net mouth of the target receiving card and the box body corresponding to the idle second net mouth of the receiving card according to a third magnetic attraction force calculation strategy;
summing a box body corresponding to a first net mouth of a target receiving card and a first magnetic attraction value A and a third magnetic attraction value C of each idle net mouth of the sending card to obtain magnetic attraction values; or summing a first magnetic attraction value A, a second magnetic attraction value B and a second magnetic attraction value C between the box body corresponding to the first net opening of the target receiving card and the box body corresponding to the second net opening of the idle receiving card to obtain a magnetic attraction value.
Therefore, the idle sending card port or the idle second port of the receiving card corresponding to the maximum magnetic attraction value is used as the target port, and automatic connection with the first port of the target receiving card is realized.
Specifically, as shown in fig. 2, the method according to the embodiment of the present invention further includes:
s60: and generating corresponding sending card serial numbers and sending card network port serial numbers for all the sending cards and the sending card network ports.
The serial numbers of each sending card and the sending card network port are uniquely corresponding to each other, so that the sending cards and the sending card network ports are conveniently corresponding to the sending cards and the sending card network ports which are actually connected, such as the sending card 1 and the sending card 2, the sending card 1-the sending card network port 1, and the sending card 2-the sending card network port 2.
Specifically, as shown in fig. 2, the method according to the embodiment of the present invention further includes:
s70: and generating a corresponding receiving card serial number for the target receiving card according to a preset receiving card serial number generation strategy.
Each target receiving card which is connected is provided with a unique corresponding receiving card serial number which is used for corresponding to the LED box body which is physically connected in the actual field.
The present invention further provides an electronic device, as shown in fig. 3, the electronic device 100 includes an interface display module 101, a sending card adding module 102, a box adding module 103, a target receiving card dragging module 104, a magnetic attraction force value calculating module 105, and a target receiving card automatic connection module 106, wherein:
the interface display module 101 is connected with the sending card adding module 102, the box adding module 103 and the target receiving card dragging module 104, and is used for generating a display interface according to a preset interface display strategy;
a sending card adding module 102, connected to the interface display module 101, for adding a plurality of sending cards in the display interface according to a preset sending card adding strategy, where each sending card includes at least one sending card network port;
the box body adding module 103 is connected with the interface display module 101 and is used for adding at least one box body on the display interface according to a preset box body adding strategy, and each box body is provided with a receiving card which comprises a first network port and a second network port;
the target receiving card dragging module 104 is connected with the interface display module 101 and the magnetic attraction force value calculating module 105, and is used for selecting a receiving card of a certain box body as a target receiving card and synchronously dragging the target receiving card in the display interface according to an input external operation gesture;
the magnetic attraction value calculating module 105 is connected with the target receiving card dragging module 104 and the target receiving card automatic connecting module 106, and is used for calculating the magnetic attraction value between a box body corresponding to a first net opening of the target receiving card and a box body corresponding to an idle sending card net opening or an idle second net opening of the receiving card according to a preset magnetic attraction calculating strategy in the dragging process of the target receiving card; wherein: the magnetic attraction force calculation strategy comprises the following steps: calculating a first magnetic attraction value A according to a preset first magnetic attraction force calculation strategy, wherein the first magnetic attraction value A is alpha a, alpha is a first weight proportion value, and a is a set value of different sending card net ports under a preset set value calculation strategy; the set value strategy is as follows: before the target receiving card is dragged, the set value of the pre-selected sending card network port is an integer larger than zero, and the set value of the unselected sending card network port is 0;
and the target receiving card automatic connection module 106 is connected with the magnetic attraction value calculation module 105 and is used for taking the transmitting card network port corresponding to the maximum magnetic attraction value or the second network port free of the receiving card as a target network port, automatically moving the target receiving card to the target network port and connecting the target receiving card to complete the automatic connection of the box corresponding to the target receiving card and the transmitting card corresponding to the target network port or the box corresponding to the target receiving card and the box corresponding to the target network port.
The electronic equipment of the embodiment of the invention realizes the quick connection of the box body in the upper computer software, and the specific steps can be realized by referring to the method embodiment, which is not described again.
Specifically, when the magnetic attraction value calculation module 105 calculates the magnetic attraction value between the box corresponding to the first net gape of the target receiving card and the box corresponding to the idle sending card net gape or the idle second net gape of the receiving card according to the preset magnetic attraction calculation strategy in the process that the target receiving card is dragged, the magnetic attraction calculation strategy further includes: calculating a second magnetic attraction value B according to a preset second magnetic attraction force calculation strategy, wherein the second magnetic attraction value B is beta B, beta is a second weight proportion value, and B is a set value of a second idle network port of each receiving card under the preset network port number calculation strategy; wherein: the network port number calculation strategy is as follows: in the dragging process of the target receiving card, the number of the receiving cards contained in different box body groups under a certain transmitting card net mouth is used as a set value of the box body corresponding to the second net mouth of the receiving card connected to the tail end of the box body group.
Specifically, when the magnetic attraction value calculation module 105 calculates the magnetic attraction value between the box corresponding to the first net gape of the target receiving card and the box corresponding to the idle sending card net gape or the idle second net gape of the receiving card according to the preset magnetic attraction calculation strategy in the process that the target receiving card is dragged, the magnetic attraction calculation strategy further includes: and calculating a third magnetic attraction value C according to a preset third magnetic attraction force calculation strategy, wherein the third magnetic attraction value C is gamma C, gamma is a third weight proportion value, and C is the moving speed of the target receiving card in the direction of the box body corresponding to the transmitting card net mouth or the second net mouth free receiving card.
Specifically, when the magnetic attraction value calculation module 105 calculates the magnetic attraction value between the first net gape of the target receiving card and the idle transmitting card net gape or the idle second net gape of the receiving card according to the preset magnetic attraction calculation strategy in the process that the target receiving card is dragged, the magnetic attraction calculation strategy further includes: in the dragging process of the target receiving card, a circular area with the position of the target receiving card as the circle center and R as the radius is used as an effective range, and the magnetic attraction force value between a box body corresponding to the idle sending card net opening or the idle second net opening of the receiving card in the effective range and a box body corresponding to the first net opening of the target receiving card is calculated.
In the method for quickly connecting the boxes in the upper computer software and the electronic equipment, the magnetic attraction value between the box corresponding to the first net mouth of the target receiving card and the box corresponding to the idle sending card net mouth or the idle second net mouth of the receiving card is calculated according to the preset magnetic attraction calculation strategy in the dragging process of the target receiving card, the target net mouth when the magnetic attraction value is the maximum value is selected, the first net mouth of the target receiving card and the target net mouth are automatically connected, the sending card corresponding to the box corresponding to the target receiving card and the target net mouth or the box corresponding to the target receiving card and the box corresponding to the target net mouth are automatically connected, the operation of dragging the boxes one by an operator is not needed any more, the connection operation is carried out, the time of the operator for connecting the boxes is saved, and the quick connection of the LED boxes in the upper computer software is realized, the occurrence of the connection error of the network port can be further reduced under the condition that the network port is numerous.
The present invention has been further described with reference to specific embodiments, but it should be understood that the detailed description should not be construed as limiting the spirit and scope of the present invention, and various modifications made to the above-described embodiments by those of ordinary skill in the art after reading this specification are within the scope of the present invention.
Claims (10)
1. A method for quickly connecting a box body in upper computer software is characterized by comprising the following steps:
adding a plurality of sending cards in a display interface according to a preset sending card adding strategy, wherein each sending card comprises at least one sending card network port;
adding at least one box body in the display interface according to a preset box body adding strategy, wherein each box body is provided with a receiving card; the receiving card comprises a first internet access and a second internet access;
selecting the receiving card of a certain box body as a target receiving card, and dragging the target receiving card in the display interface;
calculating a magnetic attraction value between a box body corresponding to a first network port of the target receiving card and a box body corresponding to an idle network port of the transmitting card or an idle second network port of the receiving card according to a preset magnetic attraction calculation strategy in the dragging process; wherein: the magnetic attraction force calculation strategy comprises the following steps: calculating a first magnetic attraction value A according to a preset first magnetic attraction force calculation strategy, wherein the first magnetic attraction value A is alpha a, alpha is a first weight proportion value, and a is a set value of different sending card net ports under a preset set value calculation strategy; the set value strategy is as follows: before the target receiving card is dragged, the preset value of the pre-selected sending card network port is an integer larger than zero, and the unselected set value of the sending card network port is 0;
and taking the idle network port of the sending card or the idle second network port of the receiving card corresponding to the maximum magnetic attraction value as a target network port, automatically moving the target receiving card to the target network port and connecting to complete the automatic connection of the box body corresponding to the target receiving card and the sending card corresponding to the target network port or the box body corresponding to the target receiving card and the box body corresponding to the target network port.
2. The method for quickly connecting a box in upper computer software according to claim 1, wherein the magnetic attraction force calculation strategy further comprises:
calculating a second magnetic attraction value B according to a preset second magnetic attraction force calculation strategy, wherein the second magnetic attraction value B is beta B, beta is a second weight proportion value, and B is a set value of a second idle network port of each receiving card under the preset network port number calculation strategy; wherein:
the network port number calculation strategy is as follows: and in the dragging process of the target receiving card, the number of the receiving cards contained in different box body groups under a certain transmitting card net mouth is used as a set value of the box body corresponding to a second net mouth of the receiving card connected to the tail end of the box body group.
3. The method for quickly connecting the box body in the upper computer software according to claim 2, wherein the magnetic attraction force calculation strategy further comprises:
and calculating a third magnetic attraction value C according to a preset third magnetic attraction force calculation strategy, wherein the third magnetic attraction value C is gamma C, gamma is a third weight proportion value, and C is the component speed of the target receiving card moving in the direction of the box body corresponding to the transmitting card net mouth or the receiving card with the idle second net mouth.
4. The method for quickly connecting a box in upper computer software according to claim 3, wherein the magnetic attraction force calculation strategy further comprises:
and in the dragging process of the target receiving card, taking the position of the target receiving card as the center of a circle and a circular area with the radius of R as an effective range, and calculating the magnetic attraction value between the box body corresponding to the idle transmitting card net mouth or the idle second net mouth of the receiving card in the effective range and the box body corresponding to the first net mouth of the target receiving card.
5. The method for quickly connecting the box in the upper computer software according to claim 4, wherein the first weight proportion value α, the second weight proportion value β and the third weight proportion value γ satisfy: α + β + γ ═ 1.
6. The method as claimed in claim 4, wherein the step of calculating the magnetic attraction value between the box corresponding to the first network port of the target receiving card and the box corresponding to the idle network port of the transmitting card or the idle second network port of the receiving card according to a preset magnetic attraction calculation strategy in the dragging process comprises:
when the display interface only comprises a plurality of sending cards and the target receiving card;
calculating a first magnetic attraction value A between a box body corresponding to a first net mouth of the target receiving card and each sending card net mouth according to the first magnetic attraction force calculation strategy;
calculating a third magnetic attraction value C between a box body corresponding to the first net mouth of the target receiving card and each sending card net mouth according to the third magnetic attraction force calculation strategy;
and summing the first magnetic attraction value A and the second magnetic attraction value C corresponding to different net openings of the sending card to obtain the magnetic attraction value between the box bodies corresponding to the net opening of the sending card and the first net opening of the target receiving card.
7. The method as claimed in claim 4, wherein the step of calculating the magnetic attraction value between the box corresponding to the first network port of the target receiving card and the box corresponding to the idle network port of the transmitting card or the idle second network port of the receiving card according to a preset magnetic attraction calculation strategy in the dragging process comprises:
when the display interface comprises a plurality of sending cards, a plurality of receiving cards and the target receiving card;
calculating a first magnetic attraction value A between a box body corresponding to a first net port of the target receiving card and each idle net port of the sending card or between box bodies corresponding to idle second net ports of the receiving card according to the first magnetic attraction force calculation strategy;
calculating a second magnetic attraction value B between a box body corresponding to a first net mouth of the target receiving card and a box body corresponding to a second net mouth of the receiving card in different box body groups under the same net mouth of the sending card according to the second magnetic attraction force calculation strategy;
calculating a third magnetic attraction value C between a box body corresponding to the first net mouth of the target receiving card and each idle net mouth of the sending card according to the third magnetic attraction force calculation strategy, or calculating the third magnetic attraction value C between the box body corresponding to the first net mouth of the target receiving card and a box body corresponding to the idle second net mouth of the receiving card according to the third magnetic attraction force calculation strategy;
summing the box body corresponding to the first net mouth of the target receiving card and the first magnetic attraction value A and the third magnetic attraction value C of each idle net mouth of the sending card to obtain magnetic attraction values; or summing the first magnetic attraction value A, the second magnetic attraction value B and the second magnetic attraction value C between the box body corresponding to the first net mouth of the target receiving card and the box body corresponding to the second net mouth of the idle receiving card to obtain the magnetic attraction value.
8. The method for quickly connecting the box in the upper computer software according to claim 4, wherein the method further comprises the following steps: and generating corresponding sending card serial numbers and sending card network port serial numbers for all the sending cards and the sending card network ports.
9. The method for quickly connecting the box in the upper computer software according to claim 4, wherein the method further comprises the following steps: and generating a corresponding receiving card serial number for the target receiving card according to a preset receiving card serial number generation strategy.
10. The utility model provides an electronic equipment, its characterized in that, electronic equipment includes that interface display module, transmission card increase module, box increase module, target receiving card drag module, magnetic attraction value calculation module, target receiving card automatic connection module, wherein:
the interface display module is used for generating a display interface according to a preset interface display strategy;
the sending card adding module is used for adding a plurality of sending cards in a display interface according to a preset sending card adding strategy, and each sending card comprises at least one sending card network port;
the box body adding module is used for adding at least one box body on the display interface according to a preset box body adding strategy, each box body is provided with a receiving card, and each receiving card comprises a first network port and a second network port;
the target receiving card dragging module is used for selecting the receiving card of a certain box body as a target receiving card and dragging the target receiving card in the display interface synchronously according to an input external operation gesture;
the magnetic attraction value calculating module is used for calculating the magnetic attraction value between the box body corresponding to the first net opening of the target receiving card and the box body corresponding to the idle net opening of the sending card or the idle second net opening of the receiving card according to a preset magnetic attraction calculating strategy in the dragging process of the target receiving card; wherein: the magnetic attraction force calculation strategy comprises the following steps: calculating a first magnetic attraction value A according to a preset first magnetic attraction force calculation strategy, wherein the first magnetic attraction value A is alpha a, alpha is a first weight proportion value, and a is a set value of different sending card net ports under a preset set value calculation strategy; the set value strategy is as follows: before the target receiving card is dragged, the preset value of the pre-selected sending card network port is an integer larger than zero, and the unselected set value of the sending card network port is 0;
and the target receiving card automatic connection module is used for taking the transmitting card network port corresponding to the largest magnetic attraction value or the second network port free of the receiving card as a target network port, automatically moving the target receiving card to the target network port and connecting the target receiving card to complete the automatic connection of the box body corresponding to the target receiving card and the transmitting card corresponding to the target network port or the box body corresponding to the target receiving card and the box body corresponding to the target network port.
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| CN114360446B (en) * | 2021-12-30 | 2023-08-04 | 浙江宇视科技有限公司 | Method, device, medium and equipment for calculating quantity of control equipment for LED display |
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