WO2019134609A1

WO2019134609A1 - Scene generation system, and scene generation method

Info

Publication number: WO2019134609A1
Application number: PCT/CN2018/125427
Authority: WO
Inventors: 陈锦焜
Original assignee: 陈锦焜
Priority date: 2018-01-05
Filing date: 2018-12-29
Publication date: 2019-07-11
Also published as: CN109999311A

Abstract

A scene generation system, and a generation method for the same. The scene generation system comprises a scene generation unit (20). The scene generation unit (20) comprises a scene matching module (21), a scene generation module (22), and a scene execution module (23). The scene matching module (21) acquires prediction data related to an emotion of a user and generates matching data. The scene generation module (22) is communicatively connected to the scene matching module (21). The scene generation module (22) acquires the matching data and generates scene data accordingly. The scene execution module (23) is communicatively connected to the scene generation module (22), acquires the matching data, and executes an operation on the scene data to generate at least one scene.

Description

Scenario generation system and method of scenario generation

Technical field

The present invention relates to a scenario generation system and a method for generating the same, wherein the scenario generation system is capable of estimating a user's mood and is capable of forming at least one scenario according to a user's mood, and improving the user's mood by the generated scenario.

Background technique

People in their lives will always be troubled by some trivial matters, so that their inner peace can not be calm, especially in the face of life and death, people will always suffer pains, and at this time people will always have a beautiful and happy scene. But the situation that only stays in my mind can't alleviate the ups and downs of people's hearts. If we can present the scenes that emerge in people's minds, it will surely calm the fluctuations of people's inner feelings.

For example, in daily life, in the face of the death of the ancestors, the descendants of the living world will be very painful at the moment when the ancestors passed away. Even this pain will last for a while, and during this time, people will usually Imagine some scenes that I spent with my ancestors, but this unseen scene will make the future generations of the world more sad. For example, before the ancestors died, they usually reluctantly, and they generally hope that they can meet with the people closest to them. They always hope that the last time will be spent with the people closest to them, but the busy work makes The living relatives are scattered in every corner of the world. Therefore, before the ancestors are about to die, it is often difficult for future generations to appear in front of the ancestors, to accompany the ancestors through the last days, and even in some cases. Next, the people most wanted by the ancestors are no longer alive, and the desires cannot be realized, often leading the ancestors to regret. On the contrary, if the scene of the eagerness to appear in front of the ancestors can be presented before the death of the ancestors, it will certainly alleviate the emotional fluctuations of the ancestors, let them pass away safely, and not for the future generations of the world. Will regret life for the absence of ancestors.

However, people's inner feelings cannot be snooped. Especially in the above examples, before the death of the ancestors, they usually make them weaker and unable to express their inner thoughts. At this time, it is more difficult to explore the inner realities of the ancestors. The idea, and therefore it is difficult to present a scene that can comfort the ancestors and calm the inner feelings of the ancestors according to the true thoughts of the ancestors.

Summary of the invention

An object of the present invention is to provide a scene generation system and a method for generating the same, wherein the scene generation system can create a scene that fits the inner feelings of the user according to the inner feelings of the user, thereby enabling the user to relieve the mood in the scene.

Another object of the present invention is to provide a scenario generation system and a generation method thereof, wherein the scenario generation system can generate different scenarios according to changes in the user's inner feelings, in other words, the scenario generated by the scenario generation system can The change is made according to the change of the user's inner feelings, so that the scene generated by the scenario generation system can conform to the user's inner mood to relieve the user's mood.

Another object of the present invention is to provide a scenario generation system and a method for generating the same, wherein the scenario generation system can automatically generate at least one scenario according to a user's inner emotion to provide an immersive feeling to the user.

Another object of the present invention is to provide a scenario generation system and a method of generating the same, wherein the scenario generation system is capable of generating a virtual scenario, thereby enabling formation of various scenarios.

Another object of the present invention is to provide a scenario generation system and a method for generating the same, wherein the scenario generation system is capable of combining a scenario in reality with a scenario to generate a final scenario, thereby enhancing the generated final scenario. Realism.

Another object of the present invention is to provide a scenario generation system and a method for generating the same, wherein the scenario generation system is capable of estimating a user's inner emotion and forming a corresponding estimation result, thereby causing the scenario generation system to form according to the estimation result. The final scene.

Another object of the present invention is to provide a scenario generation system capable of recording a scenario that a user has experienced in the past and a situation in which the user can select a dependent scenario according to the user's current mood as the final scenario presentation. To the user.

Another object of the present invention is to provide a scenario generation system and a method for generating the same, wherein the scenario generation system can monitor the final scenario and can adjust the scenario accordingly according to changes in people and objects in the scenario. .

Another object of the present invention is to provide a scenario generation system and a method for generating the same, by which a user can select a scenario component that suits his or her will, so that the scenario generated ultimately can conform to the user's inner will.

Another object of the present invention is to provide a scenario generation system capable of recording a scenario that a user has experienced in the past, and capable of using a scenario that the user has experienced in the past as a component of the scenario, thereby finally forming The scenario can be combined with the user's past experience.

In order to achieve at least one of the above objects, the present invention provides a scenario generation system including a scenario generation unit, wherein the scenario generation unit includes:

a scenario matching module, which acquires speculative data related to the inner emotion of the user and generates a matching data;

a context generation module communicatively coupled to the context matching module, wherein the context generation module acquires the matching data and generates a context data accordingly;

a context execution module communicatively coupled to the context generation module, wherein the context execution module acquires the matching data and executes the context data to generate at least one scenario.

Preferably, wherein the scenario generation system comprises an emotion estimation unit, wherein the emotion estimation unit comprises a state acquisition module and an sentiment analysis module, wherein the sentiment analysis module is communicably connected to the scenario generation unit Scenario matching module.

Preferably, the scenario generation system further includes a real scene acquisition unit, wherein the real world acquisition unit is communicably connected to the scenario matching module of the scenario generation unit.

Preferably, wherein the scenario generation system comprises an episode acquisition unit, wherein the episode acquisition unit is communicatively coupled to the scenario matching module of the scenario generation unit.

Preferably, the scenario generation system further comprises a scenario adjustment unit, wherein the scenario adjustment unit comprises a scenario monitoring module, a difference analysis module and a scenario adjustment module, wherein the scenario monitoring module comprises a virtual scenario monitoring module The virtual context monitoring module is communicatively coupled to the difference analysis module, wherein the difference analysis module is communicatively coupled to the context adjustment module and the context matching module of the context generation unit.

Preferably, the scenario monitoring module further comprises a reality scenario monitoring module, wherein the reality scenario monitoring module is communicatively coupled to the difference analysis module.

Preferably, the scenario generation system further includes a scenario composition selection unit, wherein the scenario composition selection unit includes an input module and a scenario component display module, wherein the scenario component presentation module is communicatively coupled to the input module And the scenario matching module and the sentiment analysis module of the sentiment speculative unit.

In order to achieve at least one of the above objects of the present invention, in accordance with another aspect of the present invention, the present invention provides a method for generating a scenario, wherein the scenario generating method comprises:

(A) obtaining speculative data related to the inner feelings of the user, and forming a matching data according to the speculative data;

(B) correspondingly generating a scenario data based on the matching data;

(C) executing the scenario data to form at least one scenario.

Preferably, wherein before the step (A), the scenario generating method further comprises:

(B) obtaining the state of the user to form a state of mind data;

(E) and analyzing the inner feelings of the user based on the mental state data to form the speculative data.

Preferably, before the step (B), the method further comprises:

(F) obtaining real-life data related to the user's actual situation; and

(G) matching the matching data according to the live view data.

Preferably, the scenario generating method further comprises:

(H) monitoring the formed scenario to form scenario monitoring data and analyzing the scenario monitoring data to form an analysis result;

(I) Forming an adjustment data based on the analysis result to adjust the generated scenario.

Preferably, the scenario generating method further includes: the scenario generating method further includes:

(J) responding to the user's selection to form the matching data.

DRAWINGS

1 is a schematic structural diagram of a scene generation system in an embodiment of the present invention.

2 is a schematic diagram of a scene generation system operating in an embodiment of the present invention.

FIG. 3 is a schematic diagram of a scenario generation system acquiring user mood related data according to an embodiment of the present invention.

4A is a schematic diagram of a scenario generation system generating a scenario according to a user's mood in an example of the present invention.

4B is a schematic diagram of a scenario generation system generating a scenario according to a user's mood in another example of the present invention.

FIG. 5A is a schematic diagram of a scenario generation system generating a scenario according to a user's selection in an example of the present invention.

Figure 5B is a schematic diagram of a scenario generation system generating a scenario based on user selection, in another example of the present invention.

6 is a flow chart of a method for generating a scenario of the present invention.

Detailed ways

The following description is presented to disclose the invention to enable those skilled in the art to practice the invention. The preferred embodiments in the following description are by way of example only, and other obvious variations will occur to those skilled in the art. The basic principles of the invention as defined in the following description may be applied to other embodiments, modifications, improvements, equivalents, and other embodiments without departing from the spirit and scope of the invention.

It should be understood by those skilled in the art that in the disclosure of the present invention, the terms "longitudinal", "transverse", "upper", "lower", "front", "back", "left", "right", " The orientation or positional relationship of the indications of "upright", "horizontal", "top", "bottom", "inside", "outside", etc. is based on the orientation or positional relationship shown in the drawings, which is merely for convenience of description of the present invention and The above description of the invention is not to be construed as a limitation of the invention.

Referring to FIG. 1 to FIG. 6, a scenario generation system 100 and a scenario generation method disclosed in the present invention will be described in detail in conjunction with the accompanying drawings, wherein the scenario generation system 100 can estimate the emotion of the user's heart and can be based on the user. The inner emotion automatically generates at least one scene that fits the user's emotions, so that the user is immersed in the situation to relieve the user's inner feelings. In particular, when the context generation system 100 can be used to pre-exist before a ancestor dies, it can infer the mood of the heart before the death of the ancestors to form a corresponding speculative result, wherein the scenario generation system 100 is based on the speculation As a result, it is possible to generate at least one scene that fits the ancestors' inner mood, so that the ancestors can be comforted in the generated scene before the death.

It should be noted that the scenario generation system 100 in the present invention can be disposed on any electronic device 500, wherein the electronic device includes: a mobile phone, a computer, a smart bracelet, etc., and the present invention is not limited in this respect.

The scenario generation system 100 includes an emotion estimation unit 10 and a scenario generation unit 20, wherein the scenario generation unit 20 is communicatively coupled to the emotion estimation unit 10, wherein the emotion estimation unit 10 is capable of inferring the current user The mood is formed to generate a corresponding speculative result, so that after the scenario generating unit 20 acquires the speculative result from the sentiment estimating unit 10, at least one scenario can be automatically generated.

It can be understood that, since the scenario generated by the scenario generation system 100 of the present invention is generated according to the mood of the user, the scenario generated by the scenario generation system 100 can be used to relieve the mood of the user.

Referring to FIG. 1, in an example of the present invention, the sentiment speculative unit 10 includes a state acquiring module 11 and an sentiment analyzing module 12, wherein the sentiment analyzing module 12 is communicably connected to the state acquiring module 11 and the The scenario generation unit 20, wherein the state acquisition module 11 is capable of acquiring the current state of the user through interaction with the user, and correspondingly generating corresponding mental state data according to the current state of the user, wherein the sentiment analysis module 12 The state acquisition module 11 is configured to acquire the mental state data, and analyze the mental state data so as to be able to estimate the mood of the current user and generate the estimation result, wherein the scenario generation unit 20 can acquire the estimation As a result, at least one scenario that matches the user's current mood is generated correspondingly according to the data.

For example, in an embodiment of the present invention, the state obtaining module 11 has built-in different problems, wherein the state acquiring module 11 can form the mind state data according to the user's answer, wherein the sentiment analysis module 12 can acquire the The state data is described, and the current mood of the user can be further estimated according to the mental state data. For example, the question can be set as: Q1: whether happy; why Q2 is not happy; Q3 wants to see; Q4 wants to do Things; Q5 wants to be in an environment or the like to form the speculative result.

In another example of the present invention, the state acquisition module 11 is communicably connected to a face recognition module in any mobile device used by the user, wherein the state acquisition module 11 can be from the face recognition module. Obtaining a current expression of the user, and forming the mental state data according to the acquired facial expression of the user, wherein the sentiment analysis module 12 is capable of acquiring the mental state data, and correspondingly estimating the current user according to the mental state data. Inner feelings to form the speculative result.

Further, the scenario generating unit 20 is communicably connected to the sentiment analysis module 12, wherein the scenario generating unit 20 is capable of generating at least one capable according to the speculation result formed by the sentiment analysis module 12. In the context of the user's current mood, the user is in the situation and can relieve the mood accordingly.

It can be understood by those skilled in the art that, in the embodiment of the present invention, the scenario generating unit 20 can be communicably connected to various different scenario making devices 600, so that when the user uses the scenario generating system 100, The scenario production device 600, in turn, forms a corresponding scenario, wherein the scenario production device 600 includes, but is not limited to, an image generation device, a sound effect device, a lighting device, and the like.

It is worth mentioning that the scenario generation system 100 in the present invention can generate corresponding scenarios by combining real-life scenarios.

It can be understood by those skilled in the art that in an embodiment of the present invention, the scenario generation system 100 may not have the sentiment estimation unit 10, and in this embodiment, the scenario generation of the scenario generation system 100 The unit 20 provides a scenario corresponding to different moods of the user, wherein the user can select a scene that suits his or her mood according to his or her own needs.

Referring to FIG. 1 to FIG. 3, in an embodiment of the present invention, the scenario generating unit 20 is communicably connected to an emotion monitor 700, wherein the emotion monitor 700 can monitor the emotion of the user's heart in real time to form a corresponding The mental state data, wherein the context generating unit 20 can acquire a scenario data according to the mental state data after acquiring the mental state data from the emotion monitor 700, thereby automatically generating a scenario.

Those skilled in the art can understand that the emotion monitor 700 described above may be a machine device that detects the emotion of the user's heart by detecting other biological characteristics such as the user's heart rate, epidermal electrical response, or brain waves, and the present invention is not affected by this aspect. limit.

It can be understood by those skilled in the art that, in the above manner, the scenario generation system 100 can generate a scenario correspondingly according to the mood of the user, wherein the generated scenario can be adapted to the user's state of mind to some extent, thereby Help users deal with their emotions.

Specifically, the scenario generating unit 20 includes a scenario matching module 21, a scenario generating module 22, and a scenario executing module 23, wherein the scenario generating module 22 is communicably connected to the scenario matching module 21 and the scenario execution. Module 23, wherein the context matching module 21 is communicatively coupled to the sentiment monitor 700, wherein the context matching module 21 is capable of generating a matching user accordingly based on the user's emotions monitored by the sentiment monitor 700 a matching data of the inner emotion, wherein the scenario generating module 22 correspondingly receives the matching data to form a scenario generating data, wherein the scenario executing module 23 automatically acquires the scenario generating data from the scenario generating module 22 Generate a scenario.

Specifically, in an embodiment of the present invention, when a relative of a user dies, the descendants of the living world must be very sad. At this time, the emotion monitor 700 can monitor the emotion of the user and form corresponding emotional data. The scenario matching module 21 is configured to acquire the sentiment data from the sentiment monitor 700 and correspondingly form a matching data according to the sentiment data, and at this time, because the user's inner mood is relatively sad, the matching data is Correspondingly corresponding to the more interesting scenario matching data, wherein the scenario generating module 22 can acquire the scenario matching data from the scenario matching module 21, and can match a scenario to generate data according to the matching data, further The scenario execution module 23 can acquire the scenario generation data from the scenario generation module 22 and generate the scenario accordingly.

It can be understood by those skilled in the art that, in an embodiment of the present invention, the scenario execution module 23 of the scenario generation unit 20 is communicatively coupled to the scenario production device 600, wherein the scenario production device 600 includes but is not limited to Selecting from an imaging device, a lighting device, or an audio device, etc., wherein the scenario execution module 23 is capable of generating data by executing the scenario, thereby causing the scenario production device 600 to form the scenario accordingly.

For example, in the above example, after the scenario execution module 23 executes the scenario generation data, the scenario creation device 600 generates data according to the scenario, thereby forming the scenario.

According to another embodiment of the present invention, the scenario matching module 21 is communicatively coupled to the sentiment analysis module 12 of the sentiment speculative unit 10, wherein the scenario matching module 21 is capable of acquiring a location formed by the sentiment analysis module 12. Predicting the result, and correspondingly generating a scenario matching data, wherein the scenario generation module 22 generates the scenario data after acquiring the matching data, wherein the scenario execution module 23 acquires the scenario data from the scenario generation module 22 The context data is then executed accordingly to cause the contextual production device to generate the context.

It can be understood by those skilled in the art that, in this embodiment, the generated scenario is also formed according to the current mood and state of the user, so that the generated scenario necessarily meets the current mood of the user to a certain extent. So that the user can relax the mood after being in the situation.

In another example of the present invention, the scenario generation system 100 further includes a live view acquisition unit 30, wherein the live view acquisition unit 30 is communicatively coupled to the context matching module 21 of the scenario generation unit 20, wherein The real scene acquisition unit 30 can acquire a real scene to form corresponding real scene data, wherein the scene generation module 22 of the scene generation unit 20 can acquire real scene data formed by the real scene acquisition unit 30, so that the scene generation unit will be The data acquired by the scenario generation module 22 of 20 is combined with the live view acquisition unit 30 such that the scenario formed by the scenario generation system 100 can present the final scenario in conjunction with a real-life scenario.

In an embodiment of the present invention, the real-time acquisition unit 30 is communicably connected to a scene acquisition device 800, such as a camera, a camera module in a plurality of electronic devices, and the like, wherein the real-time acquisition unit 30 can acquire the scene acquisition. The real-world data acquired by the device 800.

For example, before a user is about to die, they usually want to make a final farewell with their relatives and friends. However, not all friends and relatives can appear in front of the user in time. This situation often causes irreparable regrets, which makes the user regret. And the end. However, with the scenario generation system 100 of the present invention, the above problems are solved.

For example, the user relies on the sofa in the bedroom before the death, and the scene making device 600 or the like is provided in the bedroom, wherein the real scene acquiring unit 30 of the scene generating system 100 is connected to at least one camera in the real scene by communication. The device, such as a high-definition camera or a camera-capable device (such as a mobile phone, an IPAD, etc.), etc., further acquires a real-life scenario in which the user is located, wherein the scenario generating module 22 of the scenario generating unit 20 is further capable of acquiring from the real-life scene. The unit 30 acquires a scene in reality, such as a person appearing in a table or a chair in a real scene.

Further, in an embodiment, the context matching module 21 is communicatively coupled to the emotion monitor 700 of the user, and obtains the mental state data of the user from the emotion monitor 700, wherein according to the user The mood of the time, forming the corresponding matching data, for example, in the example, the matching data includes data of friends and relatives related to the user, food related data that the user likes to eat during the life, and the like, wherein the scenario generation The module 22 obtains the corresponding matching data from the scenario matching module 21 and the real-time acquiring unit 30, and further, the acquired matching data can further form the scenario generation data, wherein the scenario execution module 23 is The scenario is connected to the scenario creation device 600 in the real-life scenario, and after the scenario execution module 23 acquires the scenario generation data from the scenario generation module 22, the scenario creation device 600 is driven accordingly to make the corresponding scene. After the scenario execution module 23 executes the scenario generation data, wherein the scenario creation device 600 in the reality scenario includes an audio, a projection device, and a virtual scenario corresponding to the scenario generated data generated by the scenario. In combination, to generate the corresponding scenario, as in the embodiment, the scene formed by the scenario generating unit 20 includes the loved one of the user and the food that the user likes to eat.

It can be understood by those skilled in the art that the virtual scene generated by the scenario generating unit 20 of the scenario generating system 100 can be combined with the physical objects and characters existing in the real scene by the real-time acquiring unit 30. In turn, the resulting scene is rendered more realistic, thereby enabling the user to enhance the user's realism, thereby enabling the user to better improve the mood in the context.

Referring to FIG. 1, according to another embodiment of the present invention, the scenario generation system 100 further includes an episode acquisition unit 40, wherein the episode collection unit 40 is communicatively coupled to the scenario matching module 21 and the scenario generation module 22 The scenario collection unit 40 is capable of collecting a life scenario related to the user, wherein the scenario acquisition unit 40 is capable of acquiring the match from the scenario matching module 21 when the scenario matching module 21 forms the matching data Data, and selecting at least one user-related life scenario according to the matching data, wherein the scenario generating module 22 is capable of acquiring a corresponding living scenario from the scenario collecting unit 40, wherein the scenario executing module 23 executes correspondingly The life scenario related data collected from the scenario generation module 22 is generated to generate the scenario.

It is to be noted that, when the scenario execution module 23 executes the data related to the life scenario, the life scenario generated by the scenario generation system 100 may be a virtual scenario or may be acquired in conjunction with the real-world acquisition unit 30. The scenario generated after the actual scenario, those skilled in the art will understand that the present invention is not limited in this respect.

In addition, the living situation collected by the episode collecting unit 40 can be implemented as a scenario that the user has experienced before. For example, the episode collecting unit 40 can be communicably connected to an image acquiring device 900 of the user, such as a mobile phone and a camera. And so on, the personal information of the user, such as a photo, a picture of a friend or the like, can be obtained from the image obtaining device 900, and the episode collecting unit 40 can follow the acquired personal information related to the user. Classification is performed by a standard. For example, the episode collection unit 40 can collect photos of the user and divide the photos into "very happy", "very hearty", "general happy", "general sad", "very sad" and " Very sad, etc., for example: the episode collection unit 40 can divide the characters in the collected photos into: "specially close people", "close people", "general close people, etc.", for example: The story collection unit 40 can collect the scenes in the user's photo into: "cinema", "park", "home", etc., so that the situation After acquiring the matching data from the scenario matching module 21, the collecting unit 40 can correspondingly select a life scenario in the corresponding user photo and form corresponding data, wherein the scenario generating module 22 can further form according to the data. The scenario generation data corresponding to the scenario, wherein the scenario execution module 23 executes the scenario generation data accordingly from the scenario generation module 22 after acquiring the scenario generation data to form the scenario.

For example, before a user dies, he or she misses a scene that has been experienced with a loved one during a lifetime, such as a dinner party. The scenario matching module 21 of the scenario generating unit 20 can first acquire the mood of the user from the sentiment monitor 700 used by the user. Relevant data, and then the episode acquisition unit 40 acquires the data from the scenario matching module 21, and first selects a scenario in the episode acquisition unit 40 and forms corresponding data, wherein the scenario generation module 22 The data can be obtained from the story collection unit 40 to form a context generation data corresponding to the scenario, wherein the context execution module 23 further acquires the scenario generation data from the scenario generation module 22 and executes accordingly The scenario generates data, and the corresponding scenario is generated by controlling the scenario production device 600. Subsequently, the scenario matching module 21 of the scenario generating unit 20 is further capable of acquiring, from the sentiment monitor 700, sentiment data of the user after viewing the scenario presented by the scenario execution module 23, wherein the episode The collecting unit 40 is further capable of acquiring the changed sentiment data, and further capable of comparing the sentiment data before and after the change to determine whether the scene selected from the episode collecting unit 40 needs to be replaced.

It can be understood by those skilled in the art that, in an embodiment of the present invention, the episode collecting unit 40 can simultaneously determine the number of levels spanned before and after the user's emotional change and the level after the change, thereby determining whether the selected one needs to be replaced. The scenario. For example, when the level of the changed sentiment data obtained by the episode collecting unit 40 from the scenario matching module 21 is at the "very happy" level in the above embodiment, the episode collecting unit 40, and changes When the sentiment data is later than the level of the emotional data before the change is greater than one level, the episode collecting unit 40 can replace the selected scene accordingly.

In another embodiment of the present invention, the scenario acquisition unit 40 is communicatively coupled to the real-time acquisition unit 30, wherein the episode acquisition unit 40 is capable of acquiring the real-world acquisition unit 30 from the real-world acquisition unit 30. Real scene.

Further, the scenario generation system 100 includes a scenario adjustment unit 50, wherein the scenario adjustment unit 50 includes a scenario monitoring module 51, a difference analysis module 52, and a scenario adjustment module 53, the scenario matching module 21 The scenario monitoring module 51 further includes a real-world scenario monitoring module 511 and a virtual scenario monitoring module 512, wherein the difference analysis module 52 is communicatively coupled to the real-world scenario monitoring module 511 of the scenario monitoring module 51 and is virtualized The scenario monitoring module 512, wherein the context adjustment module 53 is communicatively coupled to the scenario generation module 22 and the difference analysis module 52 of the scenario generation unit 20.

In this example, the real-life situation monitoring module 511 can monitor the state change of the user, such as being able to detect the user's language, body movements, etc., and the real-life situation monitoring module 511 can also monitor the words of various objects and characters in the real-life situation. The physical scene monitoring data is formed to monitor the virtual scene formed by the scene making device 600, thereby forming corresponding virtual scene monitoring data.

The difference analysis module 52 of the scenario adjustment unit 50 can obtain the virtual scenario monitoring data formed by the real scenario monitoring module 511 and the virtual scenario monitoring data formed by the virtual scenario monitoring module 512, thereby being able to determine a change in a real-world scenario and/or a virtual scenario, thereby forming a corresponding analysis result, wherein the scenario adjustment module 53 is capable of acquiring the analysis result and is capable of forming an adjustment data correspondingly according to the analysis result, wherein the scenario The scenario matching module 21 of the generating unit 20 can acquire the adjustment data from the scenario adjusting module 53 to adjust the matching data accordingly, and correspondingly, the scenario generating module 22 acquires the scenario adjusting module 53. Adjusting the matching data, wherein the scenario generating module 22 generates the corresponding scenario data according to the adjusted matching data, wherein the scenario execution module 23 is also capable of acquiring the scenario data, correspondingly Adjust the resulting virtual scene.

It is worth mentioning that the difference analysis module 52 can analyze the degree of fit between the real scene and the virtual scene, especially when the object or the character in the real scene changes. The difference analysis module 52 can correspondingly form a corresponding analysis result to cause the scenario adjustment module 53 to generate the adjustment data, thereby adjusting the matching data of the scenario matching module 21 of the scenario generating unit 20, and finally Change the spatial relationship between people and things in people, things and virtual situations in real-life situations.

It can be understood that, by the scenario adjusting unit 50, the virtual scenario formed by the scenario generating module 22 of the scenario generating unit 20 can be more adapted to the real scenario, and the generated virtual The situation can be adjusted accordingly based on changes in real and/or virtual scenarios.

Further, the scenario generation system 100 further includes a scenario composition selection unit 60, wherein the scenario composition selection unit 60 is communicatively coupled to the scenario matching module 21, wherein the scenario composition selection unit 60 includes an input module 61 and a scenario composition display module 62, wherein the context component display module 62 is communicatively coupled to the input module 61, wherein the input module 61 is communicatively coupled to the user in the electronic device 500, thereby enabling the user to operate The electronic device 500, so that the input module 61 can select a corresponding scene component from the scenario composition display module 62 after the operation of the corresponding user.

Those skilled in the art can understand that the scenario component elements preset in the scenario composition display module 62 in the present invention include, but are not limited to, a court, a shopping mall, various funeral etiquette scenarios, and the like.

The scenario selection unit 60 enables the user to select the scenario component elements needed to form the scenario production according to his/her own wishes, so that the resulting scenario is more suitable for the user's needs.

It is to be noted that, in an embodiment of the invention, the input module 61 of the context selection unit 60 is communicatively coupled to the sentiment analysis module 12 of the sentiment speculative unit 10, wherein the sentiment analysis module The user can further determine the current mood of the user according to the scenario component selected by the user, so that the speculation result formed by the sentiment analysis module 12 can more closely conform to the inner mood of the user.

Further, the scenario composition display module 62 of the scenario composition selection unit 60 is communicatively coupled to the episode acquisition unit 40, thereby enabling the scenario composition display module 62 to record the user from the episode collection unit 40. Experienced scenarios for users to follow.

For example, when the scenario generation system 100 is used to form the scenario for a dying user, the scenario generation unit 60 may transmit data formed by the user to select the scenario component element to the scenario generation unit 20. The scenario matching module 21, at the same time, the scenario matching module 21 of the scenario generating unit 20 can acquire the related to the user's current mood from the sentiment monitor 700 and/or the sentiment speculative unit 10 The results are inferred, and the context matching module 21 correspondingly forms a matching data.

Those skilled in the art can understand that the currently formed matching data integrates the user's own selection, so that the scenario generating module 22 of the scenario generating unit 20 acquires the matching data from the scenario matching module 21. The post-formed situation data is more in line with the user's wishes. On the other hand, the scenario generating module 22 can acquire the scenario in the real world from the real-world acquiring unit 23, so that the generated scenario data can not only fit the user's will, but also integrate the person and the object in the real-life scenario. .

After the scenario execution module 23 acquires the scenario data, the scenario production device 600 can be driven to form the virtual scenario.

It is worth mentioning that, for example, referring to FIG. 4A, in this example, the scenario generation system 100 can control the scenario production device 800 to further simulate the user's loved ones from the shackle after the death of a user's loved one. Sitting on a stool in a realistic scene, and having dinner with other relatives living in the world.

It is worth mentioning that the scenario generation system 100 can acquire real-life scene-related real-world data from the scene acquisition device 800 through the real-time acquisition unit 30 according to at least one user's mood, and collect the scene data through the episode. The unit 40 collects from the electronic device 900 the recorded scenes (such as the dinner scene shown in the figure) that the user has experienced with the relatives who died in the past, and then forms the scene by controlling the scene making device 600, for example, as shown in the figure. As shown in FIG. 4A, the scene making device 600 can further virtualize the appearance of the user's relatives before the death of the user, and the scene generating system 100 can combine the real scene, such as a table existing in the real scene, a person present in the real scene, and then The scene formed by the scene making device 600 can be matched with the real scene.

With the scenario generation system 100, the user is enabled to experience some missed scenarios again, in particular the context can incorporate the user's current mood, thereby enabling the resulting scene to improve the user's mood.

Additionally, the user may select the scenario ultimately formed by the context generation system 100 by the electronic device 500, and in turn by interacting with the contextual composition selection unit 60. The user can select the burial mode after the death of the user's relatives, such as the burial in FIG. 5A or the cremation in FIG. 5B, wherein the scenario generation system 100 can realize the virtual scene by controlling the scenario production device 800. .

Referring to FIG. 4B, before a user dies, because the part of the relative is far away from home, the user's desire cannot be realized in time (for example, the wish is to have a dinner with the relative), wherein the scenario generation system 100 can know the current mood of the user. Correlation data, and correspondingly forming a scenario that fits the mood of the user, as the scenario generation system 100 simulates the loved one that the user wishes to see by controlling the scenario production device 800, and the scenario generation system 100 passes The real-time acquisition unit 30 acquires real-life data related to the scene in the real world from the scene acquisition device 800, such as a relative, a seat, a food, and the like existing in the real scene.

With the scenario generation system 100, the user's wishes are achieved before the user is about to die.

According to another aspect of the present invention, the present invention provides a method for generating a scenario, wherein the scenario generating method includes:

(B) correspondingly generating a scenario data based on the matching data;

(C) executing the scenario data to form at least one scenario.

In an embodiment of the invention, an emotion monitor 700 is capable of monitoring the user's inner mood according to the biometric characteristics of the user. Therefore, in the embodiment, the speculative data related to the user's emotion is obtained in the step (A), and can be acquired from the emotion monitor 700.

In another embodiment of the present invention, before the step (A), the scenario generating method further includes:

(D) obtaining the state of the user to form a state of mind data;

In the present invention, the scenario matching module 21 of the scenario generating unit 20 is capable of acquiring the speculative data and is capable of forming the matching data based on the speculative data.

Further, before the step (B), the method further comprises:

(F) obtaining real-life data related to the user's actual situation; and

(G) matching the matching data according to the live view data.

Preferably, the scenario generating method further comprises:

It is worth mentioning that, in the embodiment of the present invention, the monitoring formation is the virtual scenario formed by the scenario generation system 100 in the scenario, and includes a real scene that cooperates with the virtual scenario.

More preferably, the scenario generation method further includes:

(J) responding to the user's selection to form the matching data.

Those skilled in the art should understand that the embodiments of the present invention described in the above description and the accompanying drawings are only by way of illustration and not limitation. The object of the invention has been achieved completely and efficiently. The present invention has been shown and described with respect to the embodiments of the present invention, and the embodiments of the present invention may be modified or modified without departing from the principles.

Claims

A scenario generation system, characterized in that it comprises a scenario generation unit, wherein the scenario generation unit comprises:

a scenario matching module, which acquires speculative data related to the inner emotion of the user and generates a matching data;

a context generation module communicatively coupled to the context matching module, wherein the context generation module acquires the matching data and generates a context data accordingly;

a context execution module communicatively coupled to the context generation module, wherein the context execution module acquires the matching data and executes the context data to generate at least one scenario.
The scenario generation system according to claim 1, wherein said scenario generation system comprises an emotion estimation unit, wherein said emotion estimation unit comprises a state acquisition module and an emotion analysis module, wherein said emotion analysis module is communicatively coupled to The scenario matching module of the scenario generation unit.
The scenario generation system according to claim 1, wherein said scenario generation system further comprises a live view acquisition unit, wherein said live view acquisition unit is communicably coupled to said scenario matching module of said scenario generation unit.
The scenario generation system of claim 1, wherein the scenario generation system comprises an episode acquisition unit, wherein the episode acquisition unit is communicatively coupled to the scenario matching module of the scenario generation unit.
The scenario generation system according to claim 1 or 2, wherein the scenario generation system further comprises a scenario adjustment unit, wherein the scenario adjustment unit comprises a scenario monitoring module, a difference analysis module, and a scenario adjustment module, wherein The scenario monitoring module includes a virtual scenario monitoring module, wherein the virtual scenario monitoring module is communicatively coupled to the difference analysis module, wherein the difference analysis module is communicatively coupled to the context adjustment module and the scenario generation unit The scenario matching module.
The scenario generation system of claim 5 wherein said scenario monitoring module further comprises a reality scenario monitoring module, wherein said reality scenario monitoring module is communicatively coupled to said difference analysis module.
The scenario generation system according to claim 2, wherein the scenario generation system further comprises a scenario composition selection unit, wherein the scenario composition selection unit comprises an input module and a scenario component display module, wherein the scenario component display module The sentiment analysis module communicatively coupled to the input module and the context matching module and the sentiment speculative unit.
A scenario generation method, wherein the scenario generation method comprises:

(A) obtaining speculative data related to the inner feelings of the user, and forming a matching data according to the speculative data;

(B) correspondingly generating a scenario data based on the matching data;

(C) executing the scenario data to form at least one scenario.
The method of claim 8, wherein prior to said step (A), said scenario generation method further comprises:

(D) obtaining the state of the user to form a state of mind data; and

(E) and analyzing the inner feelings of the user based on the mental state data to form the speculative data.
The method according to claim 8, before the step (B), the method further comprises:

(F) obtaining real-life data related to the user's actual situation; and

(G) matching the matching data according to the live view data.
The method of claim 8 wherein said scenario generation method further comprises:

(H) monitoring the formed scenario to form scenario monitoring data and analyzing the scenario monitoring data to form an analysis result;

(I) Forming an adjustment data based on the analysis result to adjust the generated scenario.
The method of claim 8, wherein the scenario generation method further comprises: the scenario generation method further comprising:

(J) responding to the user's selection to form the matching data.