CN115457398A - Centralized graph judging client based on dual visual angles and display method - Google Patents
Centralized graph judging client based on dual visual angles and display method Download PDFInfo
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- CN115457398A CN115457398A CN202211417381.4A CN202211417381A CN115457398A CN 115457398 A CN115457398 A CN 115457398A CN 202211417381 A CN202211417381 A CN 202211417381A CN 115457398 A CN115457398 A CN 115457398A
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Abstract
The invention provides a centralized judging graph client side and a display method based on dual visual angles, and relates to the technical field of subway security inspection.
Description
Technical Field
The invention relates to the technical field of subway security inspection, in particular to a centralized image judging client based on dual visual angles and a display method.
Background
The existing centralized image judging service mainly comprises a security inspection intelligent analyzer, a centralized image judging system, an image judging workstation, a monitoring terminal system and a security inspection informatization platform, and can realize the functions of informatization, intelligent closed loop and the like, wherein the functions comprise automatic identification of contraband by a parcel image, uploading of the parcel image, remote image judgment by an image judging person and physical inspection disposal by a monitoring terminal. The subway safety inspection system has the advantages that the current subway safety inspection service scene is combined, the artificial intelligence technology is introduced, the safety inspection efficiency and the accuracy are improved under the condition that the frame of the existing public security prevention and control system is not broken through, the safety inspection event that the leakage inspection and the omission are avoided is prevented, and the efficiency of the daily operation work of the subway is improved.
At present, in a subway security inspection centralized judging picture, a centralized judging picture client comprises a judged parcel area and a parcel display area, so that parcels can be conveniently displayed and judged. However, the parcel display area is generally a single interface display, and the display method can only display one parcel of information. In the prior art, a centralized graph judgment server actively pushes package picture information to a centralized graph judgment client, and the centralized graph judgment client performs one-to-one click confirmation. When a subway peak period occurs or the passenger flow is large and the centralized image judging client is not sufficient, the package image information pushed by the centralized image judging server is accumulated, and the centralized image judging client receives and displays the latest received package image information, so that package missing judgment or package distribution overtime is easily caused.
Disclosure of Invention
The invention aims to provide a centralized judging graph client and a display method based on dual visual angles, wherein a display interface of the centralized judging graph client is a judged parcel area, a first to-be-judged parcel area and a second to-be-judged parcel area from left to right in sequence, the display interface achieves a dual visual angle display effect based on the main visual angle and the depression angle of a parcel, the to-be-judged parcel areas are bilateral display interfaces, and the first to-be-judged parcel area and the second to-be-judged parcel area can alternately receive or simultaneously receive and display information of the to-be-judged parcel. When the second to-be-judged parcel area is not received again, the to-be-judged parcel area can be cancelled or hidden, so that the to-be-judged parcel area is switched from a double-side display interface to a single-side display interface.
In order to solve the technical problem, the invention adopts the following scheme:
a centralized judging graph client side based on dual visual angles is used for receiving information of parcels to be judged sent by a centralized judging graph server side, a bilateral display interface is established based on the information of the parcels to be judged received by the centralized judging graph client side, and the bilateral display interface comprises a first parcel area to be judged for displaying the information of the parcels to be judged and a second parcel area to be judged for displaying the information of the parcels to be judged.
Further, the process of creating a bilateral display interface specifically includes:
and SA1: when the centralized graph judging client receives information of a package A sent by the centralized graph judging server, the centralized graph judging client sends the package A to a first to-be-judged package area for judging a graph, at the moment, the graph is at a moment t1, a display interface in the state at the moment t1 is a unilateral display interface, and the unilateral display interface only comprises the first to-be-judged package area;
and SA2: when the centralized judging graph client receives the information of a parcel B sent by the centralized judging graph server,
and SA21: if the parcel A is in the judged parcel completion state, sending the parcel A to a judged parcel area for display, and sending the parcel B to a first parcel area to be judged for image judgment, wherein the time is t2, and the display interface of the state at the time t2 is a unilateral display interface;
and SA22: if the parcel A is in a state that the judgment picture is not finished, the centralized judgment picture client displays a second parcel area to be judged, and sends the parcel B to the second parcel area to be judged for judging the picture, wherein the moment is t2, and the display interface of the state at the moment t2 is a bilateral display interface;
the time t1 is the time when the parcel A is received, the time t2 is the time when the parcel B is received, and the time t2 is later than the time t 1;
the information of the parcel A and the information of the parcel B are information of parcels to be judged, which is received by the centralized judging graph client.
Further, the process of creating a bilateral display interface specifically includes:
SB1: when the centralized graph judging client receives information of a package A and a package B sent by the centralized graph judging server at the same time, the centralized graph judging client displays a first to-be-judged package area and a second to-be-judged package area, the package A and the package B are respectively sent to the first to-be-judged package area and the second to-be-judged package area to be subjected to graph judgment at the same time, at the moment, the moment is t0, and a display interface of the state at the moment t0 is a bilateral display interface;
the t0= t1= t2, the time t1 is the time when the parcel a is received, and the time t2 is the time when the parcel B is received;
the information of the parcel A and the information of the parcel B are information of parcels to be judged, which are received by the centralized judging graph client.
Further, the process of creating a bilateral showing interface further includes the following steps:
when the centralized judgment picture client receives the information of a parcel C sent by the centralized judgment picture server, after SA22 or SB1, SM1 or SM2 or SM3 is executed,
SM1: if the parcel A is in a judged graph completion state and the parcel B is in a judged graph incomplete state, the centralized graph judging client sends the parcel A to a judged parcel area for display, and sends the parcel C to a first to-be-judged parcel area for graph judgment, wherein at the moment, the display interface of the state at the moment t3 is a bilateral display interface;
SM2: if the parcel B is in a judged picture completion state and the parcel A is in a judged picture incomplete state, the centralized picture judging client sends the parcel B to a judged parcel area for display, and sends the parcel C to a second parcel area to be judged for picture judgment, wherein at the moment, the display interface of the state at the moment t3 is a bilateral display interface;
SM3: if the packages A and B are in the judged-to-be-graph completion state, the centralized graph judging client side sends the packages C to a first to-be-judged package area for graph judgment, and hides or cancels a second to-be-judged package area, wherein the display interface at the time of t3 is a unilateral display interface at the time of t 3;
the time t3 is the time when the package C is received;
the information of the parcel A, the information of the parcel B and the information of the parcel C are information of parcels to be judged received by the centralized judgment graph client.
The centralized judging graph client side is used for receiving information to be judged and sent by a centralized judging graph server side, the centralized judging graph client side comprises a judged parcel area and a to-be-judged parcel area, a bilateral display interface is established in the to-be-judged parcel area based on the information to be judged and received by the centralized judging graph client side, and the bilateral display interface comprises a first to-be-judged parcel area displaying the information to be judged and a second to-be-judged parcel area displaying the information to be judged.
Further, the display interface of the centralized judging graph client side sequentially comprises a judged wrapping area, a first to-be-judged wrapping area and a second to-be-judged wrapping area from left to right.
Further, when the first parcel area to be judged is judging, and the centralized graph judging client receives new parcel information sent by the centralized graph judging server, the whole of the judged parcel area and the first parcel area to be judged moves from the original position to the right, and a second parcel area to be judged is displayed, so that the parcel area to be judged of the centralized graph judging client is switched from the unilateral display interface to the bilateral display interface.
Further, when the second parcel area to be judged does not receive the parcel information, the judged parcel area and the first parcel area to be judged are wholly moved back to the original position leftwards, and the second parcel area to be judged is cancelled to be displayed or hidden, so that the parcel area to be judged of the centralized image judging client side is switched to the unilateral display interface from the bilateral display interface.
Further, the parcel display interfaces of the judged parcel area, the first parcel area to be judged and the second parcel area to be judged are the main view and depression view display interfaces of the parcel.
Further, the system also comprises an account information area used for placing the basic information of the account logged in by the client and the judgment graph information.
The invention has the beneficial effects that:
the invention provides a centralized graph judging client and a display method based on double visual angles, wherein a display interface of the centralized graph judging client is a judged wrapping area, a first to-be-judged wrapping area and a second to-be-judged wrapping area from left to right in sequence, the display interface is displayed based on a main visual angle and a depression angle of a wrapping, and the display effect of the double visual angles can be more convenient for a graph judging person to judge a graph.
The judged parcel area is changed from an original unilateral display interface into a bilateral display interface, the left half is a first parcel area to be judged, the right half is a second parcel area to be judged, the bilateral display interface can simultaneously receive and display information of parcels to be judged, and when the second parcel area to be judged does not receive parcels which are received again, the parcel area to be judged can cancel or hide the second parcel area to be judged, so that the parcel area to be judged is switched from the original bilateral display interface, and the bilateral display interface enables a client side to allow a judge staff to simultaneously judge a plurality of parcel pictures, so that the parcel missing judgment or the condition of overtime distribution can be reduced.
Drawings
FIG. 1 is a schematic view of a single-sided display interface according to the present invention;
FIG. 2 is a schematic diagram of a bilateral display interface according to the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of 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. The following description of at least one exemplary embodiment is merely illustrative in nature and is in no way intended to limit the invention, its application, or uses. 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.
The relative arrangement of the components and steps, the numerical expressions and numerical values set forth in these embodiments do not limit the scope of the present invention unless specifically stated otherwise.
Meanwhile, it should be understood that the sizes of the respective portions shown in the drawings are not drawn in an actual proportional relationship for the convenience of description.
In addition, descriptions of well-known structures, functions, and configurations may be omitted for clarity and conciseness. Those of ordinary skill in the art will recognize that various changes and modifications of the examples described herein can be made without departing from the spirit and scope of the disclosure.
Techniques, methods, and apparatus known to those of ordinary skill in the relevant art may not be discussed in detail but are intended to be part of the specification where appropriate.
In all examples shown and discussed herein, any particular value should be construed as merely illustrative, and not limiting. Thus, other examples of the exemplary embodiments may have different values.
The invention is explained in detail below with reference to the figures and with reference to embodiments:
example 1
A centralized judging graph client side based on dual visual angles is used for receiving information of parcels to be judged sent by a centralized judging graph server side, a bilateral display interface is established based on the information of the parcels to be judged received by the centralized judging graph client side, and the bilateral display interface comprises a first parcel area to be judged for displaying the information of the parcels to be judged and a second parcel area to be judged for displaying the information of the parcels to be judged.
Further, the process of creating a bilateral display interface specifically includes:
and SA1: when the centralized graph judging client receives information of a package A sent by the centralized graph judging server, the centralized graph judging client sends the package A to a first to-be-judged package area for judging a graph, at the moment, the graph is at a moment t1, a display interface in the state at the moment t1 is a unilateral display interface, and the unilateral display interface only comprises the first to-be-judged package area;
and SA2: when the centralized judging graph client receives the information of a parcel B sent by the centralized judging graph server,
SA21: if the parcel A is in the judged parcel completion state, sending the parcel A to a judged parcel area for display, and sending the parcel B to a first parcel area to be judged for image judgment, wherein the time is t2, and the display interface of the state at the time t2 is a unilateral display interface;
SA22: if the parcel A is in a state that the judgment picture is not finished, the centralized judgment picture client displays a second parcel area to be judged, and sends the parcel B to the second parcel area to be judged for judging the picture, wherein the moment is t2, and the display interface of the state at the moment t2 is a bilateral display interface;
the time t1 is the time when the parcel A is received, the time t2 is the time when the parcel B is received, and the time t2 is later than the time t 1;
the information of the parcel A and the information of the parcel B are information of parcels to be judged, which are received by the centralized judging graph client.
The judged parcel areas are used for displaying judged parcel pictures, and the first to-be-judged parcel areas and the second to-be-judged parcel areas are used for displaying newly-received or unreported parcel pictures.
Further, the process of creating a bilateral display interface specifically includes:
SB1: when the centralized graph judging client side receives information of a package A and a package B sent by the centralized graph judging server side at the same time, the centralized graph judging client side displays a first to-be-judged package area and a second to-be-judged package area, the package A and the package B are respectively sent to the first to-be-judged package area and the second to-be-judged package area for simultaneous graph judgment, the time is t0, and a display interface of the state at the time t0 is a bilateral display interface;
the t0= t1= t2, the time t1 is the time when the parcel a is received, and the time t2 is the time when the parcel B is received;
the information of the parcel A and the information of the parcel B are information of parcels to be judged, which are received by the centralized judging graph client.
Further, the process of creating a bilateral presentation interface further includes:
when the centralized judgment map client receives the information of a parcel C sent by the centralized judgment map server, after SA22 or SB1, SM1 or SM2 or SM3 is executed,
SM1: if the parcel A is in a judged graph completion state and the parcel B is in a judged graph incomplete state, the centralized graph judging client sends the parcel A to a judged parcel area for display, and sends the parcel C to a first parcel area to be judged for graph judgment, wherein at the moment, the display interface of the state at the moment t3 is a bilateral display interface;
SM2: if the parcel B is in a judged picture completion state and the parcel A is in a judged picture incomplete state, the centralized picture judging client sends the parcel B to a judged parcel area for display, and sends the parcel C to a second parcel area to be judged for picture judgment, wherein at the moment, the display interface of the state at the moment t3 is a bilateral display interface;
SM3: if the package A and the package B are in the judged-finish state, the centralized graph judging client sends the package C to a first to-be-judged package area for judging the graph, and hides or cancels a second to-be-judged package area, wherein the moment is the moment t3, and the display interface of the state at the moment t3 is a unilateral display interface;
the time t3 is the time when the package C is received;
the information of the parcel A, the information of the parcel B and the information of the parcel C are information of parcels to be judged received by the centralized judgment graph client.
As shown in fig. 1 and 2, in an actual operation, a graph judging time of one package may be set, the graph judging time of one package is set to 3 seconds, and a package a, a package B, and a package C are displayed in a judged package area in a double-view manner, where the double-view includes a main view and a top view of the package. And when the centralized judging graph client receives the information of one package D sent by the centralized judging graph server, the package D is sent to a first to-be-judged package area for judging the graph. After the 1 second, when the centralized judgment graph client receives information of a piece of package E sent by the centralized judgment graph server, the whole of the judged package area and the first package area to be judged moves rightwards, the position of a second package area to be judged is reserved, the centralized judgment graph client displays the second package area to be judged, and the package E is sent to the second package area to be judged for graph judgment.
If the centralized graph judging client receives the information of one package F sent by the centralized graph judging server after 2 seconds, the package D is in a graph judging completion state, the centralized graph judging client sends the package D to a judged package area for displaying, and sends the package F to a first to-be-judged package area for judging the graph. At the moment, the first to-be-judged wrapping area and the second to-be-judged wrapping area achieve the effect of alternately displaying the wrapping.
If after 3 seconds, when the centralized graph judging client receives the information of a piece of package F sent by the centralized graph judging server, the package D and the package E are in a graph judging completion state, the centralized graph judging client sends the package D and the package E to a judged package area for displaying, and sends the package F to a first to-be-judged package area for judging the graph. At this moment, the second to-be-judged parcel area does not receive new parcel information, and then the display of the second to-be-judged parcel area can be cancelled or hidden and restored to be a unilateral display interface.
If after 3 seconds, the centralized graph judging client side receives information of a package F and a package G sent by the centralized graph judging server side at the same time, the package D and the package E are in a graph judging completion state, the centralized graph judging client side sends the package D and the package E to a judged package area for displaying, and sends the package F and the package G to a first to-be-judged package area and a second to-be-judged package area respectively for judging the graph, so that the effect of receiving and displaying the packages at the same time is achieved.
And the centralized judging graph client also comprises an account information area, and judging graph information of the package A, the package B, the package C, the package D and the package E can be placed and stored in the account information area.
Example 2
The centralized graph judging client is used for receiving information of parcels to be judged sent by a centralized graph judging server, the centralized graph judging client comprises a judged parcel area and a parcel area to be judged, a bilateral display interface is established in the parcel area to be judged based on the parcel information to be judged received by the centralized graph judging client, and the bilateral display interface comprises a first parcel area to be judged for displaying the parcel information to be judged and a second parcel area to be judged for displaying the parcel information to be judged.
Preferably, the display interface of the centralized judging graph client side sequentially comprises a judged wrapping area, a first to-be-judged wrapping area and a second to-be-judged wrapping area from left to right.
Preferably, when the first parcel area to be judged is judging, and the centralized graph judging client receives new parcel information sent by the centralized graph judging server, the whole of the judged parcel area and the first parcel area to be judged moves from the original position to the right, and a second parcel area to be judged is displayed, so that the parcel area to be judged of the centralized graph judging client is switched from the unilateral display interface to the bilateral display interface.
Preferably, when the second parcel area to be judged does not receive the parcel information, the judged parcel area and the first parcel area to be judged are wholly moved back to the original position leftwards, and the second parcel area to be judged is cancelled to be displayed or hidden, so that the parcel area to be judged of the centralized image judging client is switched to the unilateral display interface from the bilateral display interface.
Preferably, the parcel display interfaces of the judged parcel area, the first parcel area to be judged and the second parcel area to be judged are the main view and depression display interfaces of the parcel.
Preferably, the system further comprises an account information area for placing the basic information of the account logged in by the client and the mapping information.
The foregoing is only a preferred embodiment of the present invention, and the present invention is not limited thereto in any way, and any simple modification, equivalent replacement and improvement made to the above embodiment within the spirit and principle of the present invention still fall within the protection scope of the present invention.
Claims (10)
1. The display method is characterized in that the centralized judging graph client is used for receiving information of packages to be judged, which is sent by a centralized judging graph server side, the display method creates a bilateral display interface based on the information of the packages to be judged, which is received by the centralized judging graph client, and the bilateral display interface comprises a first area of the packages to be judged, which displays the information of the packages to be judged, and a second area of the packages to be judged, which displays the information of the packages to be judged.
2. The method for displaying the centralized interpretation graph client based on the dual view angle as claimed in claim 1, wherein the process of creating a bilateral display interface specifically comprises:
and SA1: when the centralized graph judging client receives information of a package A sent by the centralized graph judging server, the centralized graph judging client sends the package A to a first to-be-judged package area for graph judgment, at the moment, the time is t1, a display interface in the state at the time of t1 is a unilateral display interface, and the unilateral display interface only comprises the first to-be-judged package area;
and SA2: when the centralized judging graph client receives the information of a parcel B sent by the centralized judging graph server again,
and SA21: if the parcel A is in a judged parcel completion state, sending the parcel A to a judged parcel area for display, and sending the parcel B to a first to-be-judged parcel area for judging a picture, wherein the picture is at the moment t2, and a display interface in the state at the moment t2 is a unilateral display interface;
and SA22: if the parcel A is in a state that the judgment diagram is not completed, the centralized judgment diagram client displays a second parcel area to be judged, and sends the parcel B to the second parcel area to be judged for judging the diagram, wherein the judgment is at the moment t2, and the display interface of the state at the moment t2 is a bilateral display interface;
the time t1 is the time when the parcel A is received, the time t2 is the time when the parcel B is received, and the time t2 is later than the time t 1;
the information of the parcel A and the information of the parcel B are information of parcels to be judged, which are received by the centralized judging graph client.
3. The display method of the centralized interpretation graph client based on the dual view angle as claimed in claim 1, wherein the process of creating a bilateral display interface specifically comprises:
SB1: when the centralized graph judging client side receives information of a package A and a package B sent by the centralized graph judging server side at the same time, the centralized graph judging client side displays a first to-be-judged package area and a second to-be-judged package area, the package A and the package B are respectively sent to the first to-be-judged package area and the second to-be-judged package area for simultaneous graph judgment, the time is t0, and a display interface of the state at the time t0 is a bilateral display interface;
the t0= t1= t2, the time t1 is the time when the parcel a is received, and the time t2 is the time when the parcel B is received;
the information of the parcel A and the information of the parcel B are information of parcels to be judged, which are received by the centralized judging graph client.
4. The method for displaying the centralized interpretation graph client based on the dual viewing angles as claimed in claim 2 or 3, wherein the process of creating a bilateral display interface further comprises the following steps:
when the centralized judgment picture client receives the information of a parcel C sent by the centralized judgment picture server, after SA22 or SB1, SM1 or SM2 or SM3 is executed,
SM1: if the parcel A is in a judged graph completion state and the parcel B is in a judged graph incomplete state, the centralized graph judging client sends the parcel A to a judged parcel area for display, and sends the parcel C to a first parcel area to be judged for graph judgment, wherein at the moment, the display interface of the state at the moment t3 is a bilateral display interface;
SM2: if the parcel B is in a judged picture finished state and the parcel A is in a judged picture unfinished state, the centralized picture judging client sends the parcel B to a judged parcel area for display, and sends the parcel C to a second parcel area to be judged for picture judgment, wherein at the moment, the display interface of the state at the moment t3 is a bilateral display interface;
SM3: if the packages A and B are in the judged-to-be-graph completion state, the centralized graph judging client side sends the packages C to a first to-be-judged package area for graph judgment, and hides or cancels a second to-be-judged package area, wherein the display interface at the time of t3 is a unilateral display interface at the time of t 3;
the time t3 is the time when the parcel C is received;
the information of the parcel A, the information of the parcel B and the information of the parcel C are information of parcels to be judged received by the centralized judgment graph client.
5. The centralized graph judging client is characterized by being used for receiving information of packages to be judged sent by a centralized graph judging server side, the centralized graph judging client comprises a judged package area and a package area to be judged, a bilateral display interface is established in the package area to be judged based on the information of the packages to be judged received by the centralized graph judging client, and the bilateral display interface comprises a first package area to be judged for displaying the information of the packages to be judged and a second package area to be judged for displaying the information of the packages to be judged.
6. The centralized interpretation graph client side based on the dual viewing angles of claim 5, wherein the display interface of the centralized interpretation graph client side sequentially comprises an interpreted parcel area, a first to-be-interpreted parcel area and a second to-be-interpreted parcel area from left to right.
7. The centralized graph judgment client based on dual viewing angles according to claim 6, wherein when a first parcel area to be judged is judging a graph, and the centralized graph judgment client receives new parcel information sent by the centralized graph judgment server, the judged parcel area and the first parcel area to be judged are integrally moved rightward from the original positions to display a second parcel area to be judged, so that the parcel area to be judged of the centralized graph judgment client is switched from a single-side display interface to a double-side display interface.
8. The centralized interpretation graph client side based on the dual viewing angles according to claim 6, wherein when the second parcel area to be interpreted does not receive the parcel information, the judged parcel area and the first parcel area to be interpreted are wholly moved back to the original position to the left, and the second parcel area to be interpreted is cancelled or hidden, so that the parcel area to be interpreted of the centralized interpretation graph client side is switched from the two-sided display interface to the one-sided display interface.
9. The dual-view-based centralized interpretation graph client side according to claim 5, wherein the parcel display interfaces of the interpreted parcel area, the first to-be-interpreted parcel area and the second to-be-interpreted parcel area are all main view and overhead view display interfaces of a parcel.
10. The dual-perspective-based centralized interpretation client according to any one of claims 5 to 9, further comprising an account information area for placing basic information of an account registered by the client and interpretation information.
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