CN112114910A - Navigation mark-based virtual task automatic execution method and system - Google Patents
Navigation mark-based virtual task automatic execution method and system Download PDFInfo
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Abstract
The invention discloses a virtual task automatic execution method and a system based on navigation marks, wherein the method comprises the steps of arranging a task scene, a task role, task equipment and a task navigation point, editing logic association among the task scene, the task role, the task equipment and the task navigation point, setting task ending conditions and task evaluation items, and generating and storing a task file; calling a task file, selecting a task role to enter a task, enabling the task role to enter task equipment, and enabling the task equipment to automatically search a task navigation point and a target task point which are matched with the task navigation point and reach the target task point along the task navigation point; and executing the target task operation after the target task point is reached, ending the task after the target task operation reaches a task ending condition, and giving the score condition of the task. The advantages are that: the number of cooperative training personnel required by training is reduced, only one person can check the proficiency and the operation accuracy of the professional operation of the person, and the cooperative task training process can be independently completed and other cooperative professional operations can be known.
Description
Technical Field
The invention relates to the technical field of automatic execution of virtual tasks, in particular to a method and a system for automatically executing a virtual task based on a navigation mark.
Background
In addition to the general requirements of operability and browsing in most simulation projects, the need for the task to be automatically run is becoming more and more clear. However, the traditional task execution mode cannot be suitable for automatically executing tasks in a large scene with multiple roles and multiple equipment, and any role and equipment can be cooperatively completed by the roles and equipment operated by personnel in real time; or the method can not be suitable for the real-time operation of a large scene, multiple angles and multiple equipment by personnel, and the task roles and the equipment can automatically execute and cooperate to complete the cooperative task.
Disclosure of Invention
The invention aims to provide a method and a system for automatically executing a virtual task based on a navigation mark, so as to solve the problems in the prior art.
In order to achieve the purpose, the technical scheme adopted by the invention is as follows:
a virtual task automatic execution method based on navigation marks comprises the following steps,
s1, arranging task scenes, task roles, task equipment and task navigation points, editing logic association among the task scenes, the task roles, the task equipment and the task navigation points, and setting task ending conditions and task evaluation items to generate and store task files;
s2, calling a corresponding task file, enabling a user to select a task role to enter a task, enabling the task role to enter task equipment, and enabling the task equipment to automatically search a task navigation point and a target task point which are matched with the task navigation point and reach the target task point along the task navigation point;
and S3, executing the target task operation after the target task point is reached, ending the task after the target task operation reaches a task ending condition, and giving the scoring condition of the task in combination with the task evaluation items.
Preferably, the logical association is to associate the state information of the task scene, the task role and the task equipment in each stage with the attribute of the task navigation point to form a logical flow, and after the task is started, the task is automatically executed according to the logical flow.
Preferably, after the task role completes the basic task operation required to be completed, the task role enters task equipment; and setting the basic task operation and the target task operation according to task roles.
The invention also aims to provide a virtual task automatic execution system based on navigation marks, which is used for realizing the automatic execution method of any one of the above claims 1 to 3; the task execution system comprises a task execution system and a task execution system,
a task planning module; a user selects a task terrain according to a task planning module, places task components on the task terrain to construct a task scene, a task role, task equipment and task navigation points, realizes the logical association among the task scene, the task role, the task equipment and the task navigation points through the logical association between editing components and the components, sets task ending conditions and task evaluation items, generates a task to be executed and stores the task to a task planning library;
a task training module; the task training module comprises a task file loading unit and an equipment automatic operation unit; calling a task file in a task scenario library, and creating a task room starting task; after the user operation task role finishes the corresponding basic task operation, the user enters task equipment, the task equipment automatically searches for a task navigation point and a target task point and reaches the target task point along the task navigation point, the user operation task role executes the target task operation at the target task point, and after the target task operation reaches a task ending condition, the task is ended and the scoring condition of the task is given by combining task evaluation items.
Preferably, the task planning module comprises
A visual drag-and-drop and management unit; the system is used for dragging each component to a task terrain so as to quickly construct a task scene;
a component attribute editing unit; data related to the state, form and function of the task component;
a task logic editing unit; the system is used for editing the logical association among the task scene, the task role, the task equipment and the task navigation point and generating a task execution flow; judging whether the task target task operation reaches a task ending condition or not;
a motion path editing unit; the system comprises a task navigation point, a task processing unit and a task processing unit, wherein the task navigation point is used for setting an execution path of a task according to the task navigation point;
a global environment editing unit; the weather, the time and the wind condition are used for setting a task scene;
a real-time preview storage unit; the method is used for previewing the task file globally after the task file is generated.
Preferably, the task training module comprises
A task file loading unit; the system is used for calling a task scenario library and loading a corresponding task file;
equipping with an automatic operation module; and the method is used for automatically searching the task navigation point and the target task point matched with the task equipment after the basic task operation is finished, and reaching the target task point along the task navigation point.
The invention has the beneficial effects that: 1. the number of cooperative training personnel required by training is reduced, only one person can check the proficiency and the operation accuracy of the professional operation of the person, and the cooperative task training process can be independently completed and other cooperative professional operations can be known. 2. The task operation of the user can be scored and evaluated, and the operation proficiency and accuracy of the training personnel are ensured.
Drawings
Fig. 1 is a flow chart illustrating an automatic execution method according to an embodiment of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is further described in detail below with reference to the accompanying drawings. It should be understood that the detailed description and specific examples, while indicating the invention, are intended for purposes of illustration only and are not intended to limit the scope of the invention.
Example one
As shown in fig. 1, in the present embodiment, there is provided a method for automatically executing a virtual task based on a navigation mark, comprising the following steps,
s1, arranging task scenes, task roles, task equipment and task navigation points, editing logic association among the task scenes, the task roles, the task equipment and the task navigation points, and setting task ending conditions and task evaluation items to generate and store task files;
s2, calling a corresponding task file, enabling a user to select a task role to enter a task, enabling the task role to enter task equipment, and enabling the task equipment to automatically search a task navigation point and a target task point which are matched with the task navigation point and reach the target task point along the task navigation point;
and S3, executing the target task operation after the target task point is reached, ending the task after the target task operation reaches a task ending condition, and giving the scoring condition of the task in combination with the task evaluation items.
In this embodiment, the logical association is to associate the state information of the task scene, the task role and the task equipment at each stage with the attribute of the task navigation point to form a logical flow, and after the task is started, the task is automatically executed according to the logical flow.
In the embodiment, after the task role completes the basic task operation required to be completed, the task role enters the task equipment; and setting the basic task operation and the target task operation according to task roles.
In this embodiment, the purpose of setting the task evaluation items is to evaluate the personnel participating in the task training and actually operating the professional role, evaluate and score the operation of the personnel according to the proficiency and the accuracy of the process at each stage of the task in the task process, and reduce the operation error rate of the personnel.
In this embodiment, the automatic execution method performs task simulation in combination with real trainees, and the task automatic execution method is used for making up for the shortage of trainees, and other trainees can perform collaborative training. The automatic execution method can execute the corresponding task by operating the corresponding role through real training personnel, and can also completely realize automatic execution by only selecting the corresponding task role by a user; matching the task, the task scene, the task equipment, the task navigation point and the target task point, automatically executing a task flow, and completing task execution; all the operations in the automatic execution process are preset standard operations, and real trainees can acquire correct operation modes and operation processes of basic task operations and target task operations corresponding to task roles in the whole automatic execution process, so that the real trainees can compare the automatic execution process with the self-executed process, see the self-deficiency and the operation non-standard parts, and further obtain the correction of the operation modes.
The difference between the task execution of real trainees and the fully automatic task execution is that the real trainees need to manipulate task roles to execute basic task operations and target basic task operations, and can acquire the defects existing in the task execution through task evaluation items.
In the embodiment, the automatic execution method can realize the task execution of multiple roles and equipment, and associates the state information of multiple task roles and task equipment at each stage with the task navigation point attribute in the same task scene; and then a logic flow comprising a multitask role and multitask equipment is formed, and after the task is started, automatic execution is started according to the time set by the logic flow and the trigger condition. In the execution process, the user only needs to execute the task role selected by the user, and other auxiliary task roles can be completely and automatically executed.
Example two
In the embodiment, an automatic virtual task execution system based on a navigation mark is provided, and the automatic virtual task execution system is used for realizing the automatic virtual task execution method; the task execution system comprises a task execution system and a task execution system,
a task planning module; a user selects a task terrain according to a task planning module, places task components on the task terrain to construct a task scene, a task role, task equipment and task navigation points, realizes the logical association among the task scene, the task role, the task equipment and the task navigation points through the logical association between editing components and the components, sets task ending conditions and task evaluation items, generates a task to be executed and stores the task to a task planning library;
a task training module; the task training module comprises a task file loading unit and an equipment automatic operation unit; calling a task file in a task scenario library, and creating a task room starting task; after the user operation task role finishes the corresponding basic task operation, the user enters task equipment, the task equipment automatically searches for a task navigation point and a target task point and reaches the target task point along the task navigation point, the user operation task role executes the target task operation at the target task point, and after the target task operation reaches a task ending condition, the task is ended and the scoring condition of the task is given by combining task evaluation items.
In this embodiment, the task scenario module includes
A visual drag-and-drop and management unit; the system is used for dragging each component to a task terrain so as to quickly construct a task scene;
a component attribute editing unit; data related to the state, form and function of the task component;
a task logic editing unit; the system is used for editing the logical association among the task scene, the task role, the task equipment and the task navigation point and generating a task execution flow; judging whether the task target task operation reaches a task ending condition or not;
a motion path editing unit; the system comprises a task navigation point, a task processing unit and a task processing unit, wherein the task navigation point is used for setting an execution path of a task according to the task navigation point;
a global environment editing unit; the weather, the time and the wind condition are used for setting a task scene;
a real-time preview storage unit; the method is used for previewing the task file globally after the task file is generated.
In this embodiment, the task training module includes
A task file loading unit; the system is used for calling a task scenario library and loading a corresponding task file;
equipping with an automatic operation module; and the method is used for automatically searching the task navigation point and the target task point matched with the task equipment after the basic task operation is finished, and reaching the target task point along the task navigation point.
EXAMPLE III
In this embodiment, an aviation medical rescue task is taken as an example, and the whole process of executing the task execution method by using the automatic execution system is specifically described.
1. A user operates an open type task editing module to select a task terrain and task components to edit, and the visual drag-and-drop and management unit is used for dragging and placing components such as an aviation rescue device EC135, a task role (doctor), a task navigation point (navigation mark point), a trigger and the like in the task terrain to quickly construct a task scene; then, setting the treatment behavior (including basic task operation and target task operation) of the doctor by using the component property editing unit; and associating the aviation rescue equipment EC135, the trigger and the navigation mark points by using a task flow editing unit, setting a task training flow, a task ending condition and a task evaluation item of medical rescue, generating a task file, and storing and outputting the task file to a task scenario library.
2. The miss ion task file is used for operating the task training module to select medical rescue in the task scenario library, a task room is created, and a task starts; the user enters a task from a doctor visual angle and operates a task role to complete basic task operations such as medical backpack and medical equipment inspection, enters aviation rescue equipment EC135, selects an operation mode, automatic driving and a destination through an equipment automatic operation unit and the module, and completes automatic execution setting; then, the aviation rescue equipment EC135 automatically goes to a target task point and safely lands; a mission role, namely a doctor leaves the airplane, enters a traffic accident site to carry out the detection operation on the on-site wounded personnel, divides the wounded personnel and treats the wounded personnel; after the treatment is finished, the wounded with serious injury is placed in an airplane rear cabin (the process is the operation of executing a target task), then an automatic operation unit is equipped to select an operation mode, automatically steer and select a destination, the automatic execution setting is finished, the wounded safely arrives at the destination (the process is the operation of executing the target task and judges whether a task ending condition is met), and the task is ended.
Specifically, the wounded with a serious injury is diagnosed before transport and fixed, the wounded is placed into a rear cabin of the airplane, the pilot is reported to finish preparation, the airplane starts to take off, doctors need to pay attention to instrument data display in the transport process, abnormal conditions are processed, the condition of the wounded is stabilized, the wounded safely arrives at a hospital, and the task is completed.
By adopting the technical scheme disclosed by the invention, the following beneficial effects are obtained:
the invention provides a method and a system for automatically executing a virtual task based on a navigation mark, which reduce the number of cooperative training personnel required by training, only one person can check the proficiency and the operation accuracy of the professional operation of the person, and can independently complete the training process of the cooperative task and know other cooperative professional operations. The task operation of the user can be scored and evaluated, and the operation proficiency and accuracy of the training personnel are ensured.
The foregoing is only a preferred embodiment of the present invention, and it should be noted that, for those skilled in the art, various modifications and improvements can be made without departing from the principle of the present invention, and such modifications and improvements should also be considered within the scope of the present invention.
Claims (6)
1. A virtual task automatic execution method based on navigation marks is characterized in that: comprises the following steps of (a) carrying out,
s1, arranging task scenes, task roles, task equipment and task navigation points, editing logic association among the task scenes, the task roles, the task equipment and the task navigation points, and setting task ending conditions and task evaluation items to generate and store task files;
s2, calling a corresponding task file, enabling a user to select a task role to enter a task, enabling the task role to enter task equipment, and enabling the task equipment to automatically search a task navigation point and a target task point which are matched with the task navigation point and reach the target task point along the task navigation point;
and S3, executing the target task operation after the target task point is reached, ending the task after the target task operation reaches a task ending condition, and giving the scoring condition of the task in combination with the task evaluation items.
2. The method for automatically executing a virtual task based on a navigation tag according to claim 1, wherein: the logic association is to associate the state information of the task scene, the task role and the task equipment in each stage with the attribute of the task navigation point to form a logic flow, and when the task is started, the task is automatically executed according to the logic flow.
3. The method for automatically executing a virtual task based on a navigation tag according to claim 1, wherein: after the task role completes the basic task operation required to be completed, the task role enters task equipment; and setting the basic task operation and the target task operation according to task roles.
4. A virtual task automatic execution system based on navigation marks is characterized in that: the automatic execution system is used for realizing the automatic execution method of any one of the above claims 1 to 3; the task execution system comprises a task execution system and a task execution system,
a task planning module; a user selects a task terrain according to a task planning module, places task components on the task terrain to construct a task scene, a task role, task equipment and task navigation points, realizes the logical association among the task scene, the task role, the task equipment and the task navigation points through the logical association between editing components and the components, sets task ending conditions and task evaluation items, generates a task to be executed and stores the task to a task planning library;
a task training module; the task training module comprises a task file loading unit and an equipment automatic operation unit; calling a task file in a task scenario library, and creating a task room starting task; after the user operation task role finishes the corresponding basic task operation, the user enters task equipment, the task equipment automatically searches for a task navigation point and a target task point and reaches the target task point along the task navigation point, the user operation task role executes the target task operation at the target task point, and after the target task operation reaches a task ending condition, the task is ended and the scoring condition of the task is given by combining task evaluation items.
5. The system of claim 4, wherein the navigation tag-based virtual task automatic execution system is further configured to: the task planning module comprises
A visual drag-and-drop and management unit; the system is used for dragging each component to a task terrain so as to quickly construct a task scene;
a component attribute editing unit; data related to the state, form and function of the task component;
a task logic editing unit; the system is used for editing the logical association among the task scene, the task role, the task equipment and the task navigation point and generating a task execution flow; judging whether the task target task operation reaches a task ending condition or not;
a motion path editing unit; the system comprises a task navigation point, a task processing unit and a task processing unit, wherein the task navigation point is used for setting an execution path of a task according to the task navigation point;
a global environment editing unit; the weather, the time and the wind condition are used for setting a task scene;
a real-time preview storage unit; the method is used for previewing the task file globally after the task file is generated.
6. The system of claim 4, wherein the navigation tag-based virtual task automatic execution system is further configured to: the task training module comprises
A task file loading unit; the system is used for calling a task scenario library and loading a corresponding task file;
equipping with an automatic operation module; and the method is used for automatically searching the task navigation point and the target task point matched with the task equipment after the basic task operation is finished, and reaching the target task point along the task navigation point.
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