TWI406142B - System for displaying relation data using virtual three-dimensional image and method thereof - Google Patents

Abstract

A system for displaying relation data using a virtual three-dimensional image and a method thereof are provided. By searching a first relation data of a word, displaying the first relation data on a three-dimensional sphere, enabling choice of a related word included the first relation data at the three-dimensional sphere, searching a second relation data of the related word, and displaying the second relation data on the three-dimensional sphere, the system and the method can make user interface more interesting, and can achieve the effect of attracting users by increasing variation of user interface.

Description

System and method for displaying related data by stereoscopic image

A related data display system and method thereof, in particular, a system and method for displaying related data by stereoscopic image.

The user interface (UI) is a medium for information exchange between computer hardware and software and users. There is a user interface in the field of information exchange between humans and machinery. The user interface enables the user to conveniently and efficiently operate the computer software and hardware to achieve two-way interaction and accomplish the work that is desired to be done by the computer. The user and the computer software and hardware generally interact with the restricted natural language. However, with the popularity of the Windows operating system, the current user interface is mostly presented by the Graphic User Interface (GUI). .

The graphical user interface uses graphics to help the user easily issue commands to the computer, initiate operations, and graphically display the results to the user. The graphical user interface is simple to operate, eliminating the need for users who use the character user interface to remember various commands.

Although the graphical user interface solves the problem of the user's memory command, the current graphical user interface code usually defines the size of each graphic object (such as the display range of the execution result of the program or the program). Location and other attributes and the overall display style of the graphical user interface. In addition, since the current graphical user interface is designed in accordance with the style of the widely used operating system, the developed graphical user interfaces are mostly similar, thus, The graphical user interface is very monotonous.

In summary, it can be seen that the prior art graphical user interface has been too monotonous for a long time, so it is necessary to propose improved technical means to solve this problem.

In view of the problem that the prior art has a graphical user interface that is too monotonous, the present invention discloses a system for displaying related data in a stereoscopic image and a method thereof. The system for displaying related data by stereoscopic images disclosed in the present invention includes at least: The input module is configured to provide an input query term and a related word for providing a selected query word; a search module for finding a first associated data of the query term, and the first associated data includes a query term Corresponding words, and for selecting the relevant words in the input module, searching for the second related data of the related words; the stereoscopic image processing module is configured to generate a virtual stereoscopic sphere and define the first related data And the second associated data is displayed at a position of the stereoscopic spherical surface; the display module is configured to display the original stereoscopic spherical surface and display a stereoscopic spherical surface including the first associated data or the second associated data.

The method for displaying related data by stereoscopic image includes the steps of: providing an input query word; generating a virtual stereoscopic sphere; displaying a stereoscopic spherical surface; and searching for the first associated data of the query term, the first associated data includes Query the related words of the word; define the first related data to be displayed at the position of the stereo sphere; display the stereo sphere containing the first associated data; provide the relevant words for the stereo sphere selection; and find the second related data of the related words; The second associated data is displayed at the position of the stereo sphere; the stereo sphere containing the second associated data is displayed.

The system and method disclosed by the present invention are as above, and the difference between the prior art and the prior art is that the present invention displays the first associated data in a stereoscopic spherical surface after finding the first associated data of the query term, and provides the selection on the stereoscopic spherical surface. After the related words included in the related data, the second related data of the related words is searched and displayed, so as to solve the problems existing in the prior art, and the technical effects of increasing the user interface to attract users to use can be achieved.

The features and embodiments of the present invention will be described in detail below with reference to the drawings and embodiments, which are sufficient to enable those skilled in the art to fully understand the technical means to which the present invention solves the technical problems, and The achievable effects of the present invention.

The invention displays the related data of the query words by the virtual stereoscopic spherical surface, and provides the related data of the related words after selecting the related words of the query words in the stereo sphere. In the present invention, in order to distinguish the related data of the query term and the related data of the related words, the associated data of the query term is represented by the first associated data, and the associated data of the related words is represented by the second associated word. .

The three-dimensional spherical surface proposed by the present invention is actually a virtual spherical surface which is simulated by two-dimensional (2D). In the present invention, the stereoscopic spherical surface can be expressed in a transparent manner, that is, when the user views the related data on the stereoscopic spherical surface, in addition to viewing the related information of the "frontal" of the stereoscopic spherical surface, the associated data may not be displayed. The part (transparent part) is attached to the related information of the "back side" of the stereoscopic sphere. In the present invention, the "front side" of the stereoscopic spherical surface is the side of the virtual three-dimensional sphere facing the user, and the "back surface" is the other side of the stereoscopic sphere.

The query word proposed by the present invention is usually a word that the user wants to perform a definition search, and the related data (the first related material or the second related material) proposed by the present invention is the word to be searched (query term) Or related words, such as the interpretation of the word being searched and/or the words related to the word being searched, etc., but the related information provided by the present invention is not limited thereto, wherein The content of the word being searched for is a material that allows the user to understand the meaning of the word being searched, including but not limited to the pronunciation, part of speech, description content, example sentence, etc. of the word being searched. Related words include but are not limited to verbs, adjectives, adverbs, synonyms, synonyms, antonyms, etc.

Hereinafter, the system operation of the present invention will be described with reference to the system architecture diagram of the stereoscopic image display associated data in the "Fig. 1". As shown in FIG. 1, the system of the present invention includes an input module 110, a lookup module 120, a stereoscopic image processing module 130, and a display module 140.

The input module 110 is responsible for providing input query terms. The input module 110 is also responsible for providing a selection of related words that are displayed on the stereo sphere. In addition, the input module 110 also provides an external input device for dragging on the stereo spherical surface to rotate the stereoscopic spherical surface. For example, the user can operate an input device such as a mouse, drag the right side of the stereo spherical surface to the left, drag it to the lower side, and the like.

The search module 120 is responsible for finding the associated data (first associated data) of the input query words provided by the input module 110. The search module 120 is also responsible for searching after the input module 110 provides the relevant words of the selected query words. Associated data (second associated material) of the selected related words.

The stereoscopic image processing module 130 is responsible for generating a stereoscopic spherical surface. Since the "stereoscopic spherical surface" mentioned in the present invention actually needs to be displayed in a two-dimensional manner, the stereoscopic image processing module 130 generates a virtual stereoscopic spherical surface. The stereoscopic spherical surface is converted into a virtual stereoscopic spherical surface displayed in a plane. Generally, the stereoscopic image processing module 130 converts the generated stereoscopic spherical surface into a virtual stereoscopic spherical surface displayed in a plane by projection or mapping, but the present invention Not limited to this, any display manner in which a virtual stereoscopic sphere can be displayed on a plane can be used in the present invention.

The stereoscopic image processing module 130 is also responsible for defining the location of the material to be displayed on the stereoscopic sphere, for example, defining the first associated material (including the interpretation content of the query term and the related words of the query term, etc.), the second associated material, The information such as the query word is displayed on the surface of the stereo sphere, and after defining the position of the material to be displayed on the stereo sphere, the data is converted to the position displayed on the virtual stereo sphere. It is worth mentioning that the stereo image processing module 130 will confirm that the data does not overlap on the stereo sphere when defining the position where the data is displayed on the stereo sphere.

In general, the stereoscopic image processing module 130 can define the position of the related words in a random manner. In addition, when the related content includes the interpreted content, the stereoscopic image processing module 130 generally defines the interpreted content on the front side of the stereoscopic sphere. And related words will be defined on the back side of the stereo sphere, but the invention is not limited thereto.

In addition, the stereoscopic image processing module 130 is further responsible for rotating the stereoscopic spherical surface (or the data displayed in the stereoscopic spherical surface) according to the operation of the rotating stereoscopic spherical surface by the input module 110, so that the "front" picture displayed on the stereoscopic spherical surface occurs. Corresponding changes. For example, the stereoscopic image processing module 130 can determine the corresponding rotation angle according to the input signal generated by the operation of the rotating stereoscopic spherical surface of the input module 110, and rotate the stereoscopic spherical surface according to the determined rotation angle, but the stereoscopic image processing module The method of judging the rotating stereo sphere is not limited to this.

The display module 140 is responsible for displaying the original stereo sphere without displaying any material, and displaying the stereo sphere containing the first associated material or the second associated material. Display module 140 is also responsible for displaying the rotated stereo sphere.

In addition, the present invention may further include an image rotation speed definition module 190. The image rotation speed definition module 190 is configured to determine the rotation speed of the stereoscopic spherical surface according to the amount of data displayed on the stereoscopic spherical surface, so that the stereoscopic image processing module 130 can be based on the image rotation speed. The rotational speed determined by the module 190 is automatically and continuously rotated to rotate the stereoscopic sphere (or the material displayed in the stereoscopic sphere). In general, the more the amount of data displayed on the stereo sphere (the more characters), the slower the rotation speed defined by the image rotation definition module 190, and vice versa, the more the amount of data displayed on the stereo sphere When there is less (the less the text), the rotational speed defined by the image rotation speed definition module 190 is faster.

Next, the operation system and method of the present invention will be described with reference to the first embodiment. Referring to FIG. 2A, a flowchart of a method for displaying related data in a stereoscopic image is provided. In this embodiment, it is assumed that the query term is "sport", but the query words mentioned in the present invention are not limited thereto.

When the user wants to find the related data (the first related data) of the query term "sport", the user first needs to input the query word through the input module 110 in the user interface provided by the word search software of the present invention. "sport", wherein the user interface is usually displayed by the display module 140.

After the input module 110 provides the user input query words (step 201), the stereoscopic image processing module 130 can generate a virtual stereoscopic spherical surface, and the display module 140 displays the stereoscopic spherical surface generated by the stereoscopic image processing module 130. (Step 210).

Similarly, after the input module 110 provides the user input query words (step 201), the search module 120 can also search for the first associated data of the input query words provided by the input module 110 (step 220). In this embodiment, it is assumed that the first associated data found by the search module 120 is only the related words of the query term "sport", such as the noun plural "sports", the past tense, and the past participle "sported", now proceeding "sporting", the synonym "fun", the synonym "play", the synonym "amusement", the synonym "game", the synonym "contest", the synonym "gambol", the synonym "recreation", the synonym "festival", the synonym "match", The synonym "diversion", the synonym "tournament", the antonym "work", the antonym "labour", and the like. However, the first associated data found by the search module 120 of the present invention is not limited to the related words for finding the query word. For example, the search module 120 can also find the interpretation content of the query word.

In fact, in the present invention, the stereoscopic image processing module 130 generates a virtual stereoscopic spherical surface and displays the stereoscopic spherical surface by the display module 140 (step 210) and the search module 120 searches for the first associated data of the query term (step 220). There is no prioritized relationship. That is to say, the search module 120 can also search for the query word before the stereo image processing module 130 generates the virtual stereo sphere and displays it by the display module 140 (step 210). A related material (step 220).

After the search module 120 finds the first associated data of the query word (step 220), the stereoscopic image processing module 130 can define the position where the first associated data is displayed on the stereo sphere (step 230). In this embodiment, since the first associated data is only the related words of the query word "sport", in the embodiment, the stereoscopic image processing module 130 randomly defines each related word in the stereoscopic sphere. Anywhere. If the first related data further includes the explanation content of the query word, the stereoscopic image processing module 130 may first define the position of the interpretation content of the query word on the front side of the stereo sphere, and then define the query word in a random manner. The relevant words are anywhere on the back of the stereo sphere.

After the stereoscopic image processing module 130 defines that the first related material is displayed on the stereoscopic spherical surface (step 230), the display module 140 can display the stereoscopic spherical surface including the first associated material in the user interface (step 240). In the present embodiment, the display module 140 displays a stereoscopic spherical surface 300 including each related word, as shown in FIG. 3A.

After the display module 140 displays the stereoscopic spherical surface including the first associated material (step 240), the input module 110 can provide the user to select related words in the stereoscopic spherical surface displayed by the display module 140 (step 260). In this embodiment, if the user wants to further find the related data (second associated data) of the related words, the mouse is required to click through the input module 110 to click on the related words displayed on the front side of the stereoscopic spherical surface 300, for example, Clicking on the synonym "fun", after the user clicks on the synonym "fun", an input signal in which the synonym "fun" is clicked is generated, so that the input module 110 can select the synonym "fun" according to the input signal to which the synonym "fun" is clicked.

In fact, the input module 110 can further provide the user to rotate the stereoscopic spherical surface (step 251) when the user wants to select the related words displayed on the back of the stereoscopic spherical surface as shown in the flow of "2B". The processing module 130 can rotate the stereoscopic spherical surface according to the operation of the user rotating the stereoscopic spherical surface through the input module 110 (step 253), and then display the rotated stereoscopic spherical surface by the display module 140 (step 255). In this embodiment, it is assumed that the stereoscopic image processing module 130 rotates the stereoscopic spherical surface by the rotation angle of the user rotating the stereoscopic spherical surface, and then the user operates the input device such as the mouse to drag the right side of the stereoscopic spherical surface to the left side, and then stereoscopic image processing. The module 130 first determines that the rotation angle is about 180 degrees. Therefore, the stereo image processing module 130 rotates the data originally displayed on the back surface of the stereo sphere to the front surface of the stereo sphere. In this way, the user can select the relevant words rotated by the display on the back side of the stereo sphere through the input module 110 (step 260).

After the input module 110 provides the selection of related words in the stereo sphere (step 260), similar to steps 220 to 240, the search module 120 can search for the second association of the selected words provided by the input module 110. The data (step 270), the stereoscopic image processing module 130 can define the position of the second associated data displayed on the stereoscopic spherical surface (step 280), and the display module 140 can display the stereoscopic spherical surface including the second associated data in the user interface (step 290). In this embodiment, since the input module 110 provides the selected related word as "fun", if the second related material is also the related word of the selected related word, the search module 120 will find out the relevant For the related words of the word "fun", it is assumed that the relevant words found by the search module 120 include "funner", "funnest", "funned", "funning", "amusement", "playfulness", "sport" , "entertainment", "enjoyment", "comedy", "enjoyable", "roast", "mirth", "recreation", "lark", "relaxation", "jest", "play", "kick", " Words such as "festival", "diversion", "transport", etc., after the stereoscopic image processing module 130 defines the position of the related words displayed on the stereoscopic spherical surface, the stereoscopic spherical surface displayed by the display module 140 will be "3B". Figure".

In fact, in the above process, the present invention can treat the related words provided by the input module 110 as the query words, and repeat steps 220 to 260.

In addition, if the second associated data is the interpreted content of the selected related word, the search module 120 will find the interpreted content of the related word "fun", and the stereoscopic image processing module 130 will define related words. The explanation content of "fun" is displayed at the position of the stereoscopic spherical surface, and is displayed by the display module 140 in the stereoscopic spherical surface.

In the above-mentioned first embodiment, if the image rotation speed definition module 190 is included, after the display module 140 displays the stereoscopic spherical surface including the first related data (step 240), the image rotation speed definition module 190 can be as shown in FIG. 2C. The process of determining the rotational speed of the stereoscopic spherical surface according to the amount of data of the first associated data displayed on the stereoscopic spherical surface (step 257), so that the stereoscopic image processing module 130 determines the rotation determined by the module 190 according to the image rotational speed. The speed automatically and continuously rotates the stereoscopic spherical surface (step 259), that is, the related words originally displayed on the back side of the stereoscopic spherical surface can be automatically rotated to the front of the stereoscopic spherical surface for display, so that the user does not necessarily need to pass through The input module 110 rotates the stereoscopic spherical surface, and may wait for the related words to be selected to be automatically rotated by the stereoscopic image processing module 130 to the front side and then selected by the input module 110.

Next, the operation system and method of the present invention will be explained in the second embodiment, and please refer to "2A" and "2D". In this embodiment, it is assumed that the query term is also "sport", but the query words mentioned in the present invention are not limited thereto.

After the input module 110 provides the user input query words (step 201), the stereoscopic image processing module 130 can generate a virtual stereoscopic spherical surface, and the display module 140 displays the stereoscopic spherical surface generated by the stereoscopic image processing module 130. (Step 210). The same search module 120 can also search for the first associated data of the input query words provided by the input module 110 (step 220). In this embodiment, it is assumed that the first associated data found by the search module 120 is also a related word of the query term “sport”, but the invention is not limited thereto.

After the search module 120 finds the first associated data of the query word (step 220), as shown in the flow of the "2D map", the stereoscopic image processing module 130 can define the first associated data and the query word display. The position of the stereo sphere (step 330). In this embodiment, the stereoscopic image processing module 130 defines the position of the query word and the query word displayed on the stereo sphere. Generally speaking, the position of the query word is usually processed by the stereo image. The group 130 is defined in the middle of the front side of the stereo sphere, and the position of the related words of the query word is usually randomly defined by the stereoscopic image processing module 130 at any position on the stereo sphere that does not overlap with the query word.

After the stereoscopic image processing module 130 defines the first associated data and the position of the query word displayed on the stereo sphere (step 330), the display module 140 can display the query word and the query word in the user interface. A stereo sphere of associated material (step 340). In this embodiment, the display module 140 displays a stereo sphere containing the query words and the related words of the query words. Thereafter, the input module 110 can provide a user to select a query word in the stereo sphere displayed by the display module 140 (step 360) or select a related word of the query term. In the present invention, the step of selecting the relevant words of the query word at this time and the subsequent steps will be the same as the steps 260 to 290 of the first embodiment, and therefore will not be described again. In this embodiment, only the query word will be described below. The next steps of the word.

In this embodiment, after the user clicks on the query word displayed on the stereo sphere through the input module 110, the stereoscopic image processing module 130 can define the position where the interpretation content of the query word is displayed on the stereo sphere (step 380). ). In general, the interpretation content of the query word is defined by the stereoscopic image processing module 130 in the middle of the front side of the stereo sphere, but the invention is not limited thereto. The query content of the query word is usually searched together when the search module 120 searches for the first associated data of the query word (step 220). In this embodiment, the search module 120 searches for related content. When the word is used, the explanation content of the query word is searched together, but the invention is not limited thereto. For example, the search module 120 can also provide the selected query word (step 360) after the input module 110 is provided. The interpretation content of the query term is searched, and then the stereoscopic image processing module 130 defines the position where the interpretation content of the query word is displayed on the stereo sphere (step 380).

After the stereoscopic image processing module 130 defines the position where the interpretation content of the query word is displayed on the stereo sphere (step 380), the display module 140 can display the stereo sphere including the interpretation content of the query word (step 390). Wherein, if there is too much text in the explanation content of the query word, so that part of the interpretation content of the query word is displayed on the back side of the stereo sphere, the input module 110 can also be as shown in the flow of "2B" The user rotates the stereoscopic spherical surface (step 251), and then the stereoscopic image processing module 130 can rotate the stereoscopic spherical surface according to the operation of the rotating stereoscopic spherical surface (step 253), so that the front side of the stereoscopic spherical surface displayed by the display module 140 is The text is rotated to the back of the stereo sphere, and the text originally displayed on the back of the stereo sphere is rotated to the front display of the stereo sphere (step 255).

In addition, similar to the first embodiment, if the image rotation speed definition module 190 is included in the embodiment, as shown in the flow of "2C", the display module 140 displays a stereoscopic content including the interpretation content of the query word. After the spherical surface (step 350), the image rotation speed definition module 190 can determine the rotation speed of the stereoscopic spherical surface according to the data amount of the interpretation content of the query word displayed on the stereoscopic spherical surface (step 257), so that the stereoscopic image processing module 130 is based on The rotation speed determined by the image rotation speed definition module 190 automatically and continuously rotates the stereoscopic spherical surface (step 259), that is, the interpretation content originally displayed on the back surface of the stereoscopic spherical surface can be automatically rotated to the front side of the stereoscopic spherical surface for display. In this way, the user can gradually view the original content that is not displayed on the front surface of the stereoscopic spherical surface after the text originally displayed on the back surface of the stereoscopic spherical surface is gradually rotated to the front surface of the stereoscopic spherical surface.

While the embodiments of the present invention have been described above, the above description is not intended to limit the scope of the invention. Any modification of the form and details of the practice of the present invention, which is a matter of ordinary skill in the art to which the present invention pertains, is a patent protection of the present invention. range. The scope of the invention is to be determined by the scope of the appended claims.

110. . . Input module

120. . . Search module

130. . . Stereo image processing module

140. . . Display module

190. . . Image speed definition module

300. . . Stereoscopic sphere

Step 201 provides input query terms

Step 210: generating a virtual stereo sphere and displaying a stereo spherical surface

Step 220: Find a first related data of the query term, where the first associated data includes related words of the query term

Step 230 defines that the first associated data is displayed on the stereo sphere

Step 240 displays a stereo sphere including the first associated data

Step 251 provides a rotating stereo sphere

Step 253: Rotating the stereo sphere according to the operation of the rotating stereo sphere

Step 255 shows the stereoscopic spherical surface after rotation

Step 257 judges the rotation speed according to the amount of data displayed on the stereo sphere

Step 259: continuously rotate the stereo sphere at a rotational speed

Step 260 provides a stereo sphere selection related word

Step 270: Find second related data of related words

Step 280 defines that the second associated data is displayed at the position of the stereo sphere

Step 290 displays a stereo sphere containing the second associated data

Step 330 defines that the first associated data and the query term are displayed on the stereo sphere

Step 340 displays a stereo sphere including the query term and the first associated data.

Step 360 provides a stereoscopic spherical selection query term

Step 380: Defining the position of the interpretation of the query term included in the first associated data on the stereo sphere

Step 390 shows a stereo sphere containing the interpretation

FIG. 1 is a system architecture diagram for displaying related data in a stereoscopic image according to the present invention.

FIG. 2A is a flow chart of a method for displaying related data by stereoscopic images according to the present invention.

2B is a flow chart of an additional method of rotating a stereoscopic sphere according to the present invention.

2C is a flow chart of an additional method for automatically rotating a stereoscopic spherical surface according to the present invention.

FIG. 2D is a flow chart of another method for displaying related data in a stereoscopic image according to the present invention.

FIG. 3A is a schematic diagram of a virtual stereoscopic sphere including related words according to an embodiment of the present invention.

FIG. 3B is a schematic diagram of another virtual spherical sphere including related words according to an embodiment of the present invention.

Step 201 provides input query terms

Step 210: generating a virtual stereo sphere and displaying a stereo spherical surface

Step 220: Find a first related data of the query term, where the first associated data includes related words of the query term

Step 230 defines that the first associated data is displayed on the stereo sphere

Step 240 displays a stereo sphere including the first associated data

Step 260 provides a stereo sphere selection related word

Step 270: Find second related data of related words

Step 280 defines that the second associated data is displayed at the position of the stereo sphere

Step 290 displays a stereo sphere containing the second associated data

Claims (10)

A method for displaying related data by a stereoscopic image, the method comprising at least the steps of: providing a query word; generating a virtual one-dimensional spherical surface; displaying the stereoscopic spherical surface; and searching for one of the first related data of the query term, the first The associated data includes at least one of the related words of the query term; defining the first associated data to be displayed at the position of the stereoscopic sphere; displaying the stereoscopic spherical surface including the first associated data; providing the stereoscopic spherical surface to select the related word a word; finding a second associated material of the related word; defining the second associated data to be displayed at the position of the stereoscopic sphere; and displaying the stereoscopic spherical surface including the second associated material. The method for displaying related data by a stereoscopic image according to the first aspect of the patent application, wherein the method further comprises: providing the rotating stereoscopic spherical surface after the step of displaying the stereoscopic spherical surface of the first associated data, The step of rotating the sphere according to the angle of rotation. The method for displaying related data by stereoscopic image as described in claim 1, wherein the method further comprises: defining the query term to be displayed before the step of defining the first associated data to be displayed at the position of the stereoscopic sphere; The step of the position of the stereo sphere. The method for displaying related data by stereoscopic image as described in claim 3, wherein the method further comprises: after selecting the query term, defining an interpretation content display of the query term included in the first associated data. The position on the stereo sphere is displayed, and the step of including the stereoscopic spherical surface of the interpretation is displayed. The method for displaying related data by stereoscopic image as described in claim 1, wherein the displaying comprises the stereoscopic spherical surface of the first associated data, and the displaying comprises the stereoscopic spherical surface of the second associated data. After the step, the method further includes the step of determining a rotational speed according to the amount of data displayed on the stereoscopic spherical surface, and continuously rotating the stereoscopic spherical surface at the rotational speed. A system for displaying associated data in a stereoscopic image, the system comprising: an input module for providing input of a query term, and for providing a selected word for selecting one of the query terms; Searching for the first related data of the query term, the first associated data includes at least the related word, and is used to provide the selected word after the input module is selected to find the related word. Corresponding data; a stereoscopic image processing module for generating a virtual one-dimensional spherical surface, and for defining a position at which the first associated data and the second associated data are displayed on the stereoscopic spherical surface; and a display module for Displaying the original stereoscopic sphere and displaying the stereoscopic spherical surface including the first associated material or the second associated material. The system for displaying related data by stereoscopic image according to the sixth aspect of the patent application, wherein the input module is further configured to rotate the stereoscopic spherical surface, so that the stereoscopic image processing module rotates the stereoscopic spherical surface according to a rotation angle, and The display module displays the stereoscopic spherical surface after the rotation. The system for displaying related data by stereoscopic image, as described in claim 6, wherein the stereoscopic image processing module is further configured to define a position of the query word displayed on the stereoscopic spherical surface, and the input module is further used for Providing the selection of the query term, the stereoscopic image processing module defines a position at which the interpretation content of the query term included in the first associated material is displayed on the stereo sphere. The system for displaying related data by stereoscopic image according to claim 6 of the patent application, wherein the system further comprises an image rotation speed definition module for determining a rotation speed according to the amount of data displayed on the stereoscopic spherical surface, so that The stereoscopic image processing module continuously rotates the stereoscopic spherical surface at the rotational speed. The system for displaying related data by stereoscopic image as described in claim 6 , wherein the first related data includes the related words and the interpretation content of the query term, and the second related information includes the related words Other words associated with and the interpretation of the related words.