TW201324315A - System for displaying target data using track attributes and method thereof - Google Patents

Abstract

A system for displaying target data using track attributes and a method thereof are provided. By calculating a progress value according to attributes of an input track and attributes of a virtual guide icon corresponding to the attributes of the input track, and reading a data segment based on the progress value, the system and the method need not use control component occupying space of interface, and can achieve the effect of changing displayed data to correct position quickly.

Description

System and method for displaying target data according to track attribute

A display system and method thereof, in particular, a system and method for displaying target data according to track attributes.

Traditionally, the communication interface between people and computers is mainly based on keyboards and mice. As technology products move toward a more friendly human-machine interface, the application of touch interfaces is becoming more and more common. In recent years, due to the booming development of high-tech industries and the rise of information and consumer products, users have become more and more demanding for simple operation interfaces, making the touch interface a product design trend.

Since the touch interface can save keyboard space and enlarge the size of the screen, in the field of mobile technology, portable electronic devices, such as personal digital assistants (PDAs), smart phones (Smart phones) Most of the navigation devices also use touch panels to meet the trend of thin and light design.

However, when browsing data using the touch interface, if the viewed data cannot be completely displayed in one screen, the browsed data is usually displayed in a paged manner, that is, the data is divided into multiple parts, each part. Both can be fully displayed in one screen, and the touch interface will only display one part of it at a time. When the amount of data being viewed is very large and needs to be divided into dozens of pages or even hundreds of pages, the touch interface cannot quickly provide page switching.

In order to solve the above problems, some touch interfaces currently use a specific control element to provide a fast page switching function, but in order to use the control element, it is often necessary to sacrifice part of the space of the interface layout to reduce the display of each page. The amount of data, therefore, may increase the number of pages.

In summary, it can be seen that in the prior art, there has been a long-standing problem that the control element that provides the fast switching function of the page needs to occupy the interface layout space, and therefore it is necessary to propose an improved technical means to solve this problem.

In view of the prior art, there is a problem that the control element that provides the page fast switching function occupies the interface layout space, and the present invention discloses a system and method for displaying the target data according to the trajectory attribute, wherein: the target data is displayed according to the trajectory attribute disclosed in the present invention. The system includes at least: an input module for detecting an input track currently input; a track determination module for determining whether the input track is a preset shape; and a display module for determining a track by the track determination module When the shape is preset, a virtual boot icon is displayed; the calculation module is configured to calculate a progress value corresponding to the input track according to the ratio of the attribute of the track and the corresponding attribute of the virtual boot icon, and the display module is based on the virtual progress chart. The position display unit displays the progress value; the data reading module is configured to: after the input module detects the input track to the end of the input, read the data piece of the target data according to the progress value corresponding to the input track after the input is completed, and The display module displays a piece of data.

The method for displaying target data according to the trajectory attribute disclosed in the present invention comprises the steps of: detecting an input trajectory currently input; and determining that the input trajectory is a preset shape, displaying a virtual guiding icon; and according to the attribute and virtual input trajectory The ratio of the corresponding attribute of the guide icon is calculated to correspond to the progress value of the input track; after continuously detecting the input track to the end of the input, the data piece of the target data is read according to the progress value corresponding to the input track after the input is completed; Fragment.

The system and method disclosed by the present invention are as above, and the difference from the prior art is that the present invention calculates the progress value according to the ratio of the attribute of the input trajectory to the corresponding attribute of the displayed virtual guide icon, and reads according to the progress value. Corresponding data fragments, to solve the problems of the prior art, and can achieve the technical effect of speeding up the switching of content to the correct page.

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 is mainly applied to an e-book browsing device, but is not limited thereto. The invention can determine the data segment that needs to be read by the target data according to the attribute of the input trajectory and the corresponding attribute of the virtual guide icon when the input trajectory input by the user is a preset shape, and display the read A piece of information. The virtual boot icon can guide the user to input an input trajectory that matches the shape virtual boot icon.

Since the attribute of the virtual boot icon corresponds to the attribute of the input track, in general, the virtual boot icon has a certain correlation with the input track. For example, when the attribute of the input track is radians, the input track is curved, and The virtual progress icon will usually be a circular or semi-circular pattern, and the corresponding attribute of the virtual progress icon is the arc of the virtual progress icon; for example, when the attribute of the input track is the length, the input track is usually in a straight line. The virtual progress icon is usually a rectangular or long strip pattern, and the corresponding attribute of the virtual progress icon is the length or width of the virtual progress icon. However, the virtual boot icon, the attributes of the virtual boot icon, and the attributes of the input track proposed by the present invention are not limited to the above.

Hereinafter, the system operation of the present invention will be described with reference to the system architecture diagram of the target data according to the trajectory attribute proposed in the "Fig. 1". As shown in FIG. 1, the system of the present invention includes an input module 110, a trajectory determination module 130, a calculation module 150, a data reading module 160, and a display module 170.

The input module 110 is responsible for detecting the input trajectory currently being input. The input track detected by the input module 110 may be a track of the cursor movement, a track of the gesture, etc., but the invention is not limited thereto.

The trajectory determining module 130 is responsible for determining whether the input trajectory detected by the input module 110 conforms to a preset shape, for example, a shape such as a straight line, a broken line, a triangle, a rectangle, or an arc, but the trajectory determining module 130 can determine the shape. Not limited to the above. In general, the shape that the trajectory determination module 130 can determine can be freely defined.

The trajectory determination module 130 can also determine whether the input trajectory detected by the input module 110 reaches a certain length, for example, 50 pixels, 1 cm, etc., but the trajectory determination module 130 determines that the used length is not the above. limit.

The calculation module 150 is responsible for calculating a progress value corresponding to the detected input trajectory according to the virtual boot icon displayed by the display module 170 and the corresponding attribute of the input trajectory detected by the input module 110. In general, the calculation module 150 can calculate the progress value according to the ratio of the arc of the input trajectory input and the radians of the virtual guide icon, for example, after dividing the arc of the virtual guide icon by the arc of the input trajectory input, Then multiply the total number of pieces of data in the target data, and the value thus obtained is the progress value. However, the calculation module 150 is not limited to calculating the progress value using the radians. For example, the calculation module 150 can also calculate the progress value and the like according to the ratio of the length of the input trajectory to the length of the virtual guide icon.

The data reading module 160 is responsible for reading and outputting the target data according to the progress value corresponding to the input trajectory calculated by the calculation module 150 after the input module 110 detects the input of the input trajectory. A piece of data corresponding to the progress value. Generally, since the target data is stored in the storage medium 400 outside the present invention, the data reading module 160 reads the data segment corresponding to the progress value in the storage medium 400 outside the present invention, but the present invention Not limited to this.

The display module 170 is responsible for displaying the virtual boot icon when the trajectory determination module 130 determines that the input trajectory is a preset shape. In fact, the display module 170 can also display the virtual progress icon when the trajectory determination module 130 determines that the input trajectory detected by the input module 110 reaches a certain length, instead of determining the input trajectory in the trajectory determination module 130. When the shape is preset, a virtual progress icon is displayed.

The display module 170 is also responsible for displaying the pieces of data read by the data reading module 160.

The display module 170 can also display the progress value during the process of detecting the input trajectory by the input module 110. Generally, the display module 170 displays the progress value calculated by the calculation module 150 according to the position of the virtual progress icon, for example, displaying the progress value in the foreground of the virtual progress icon or displaying the virtual progress icon. The upper, lower, left or right side, the position adjacent to the virtual progress icon, etc., but the present invention is not limited to the above.

In addition, the present invention may further include an additional position determining module 190. The position determining module 190 is configured to determine whether the input track detected by the input module 110 exceeds the virtual progress icon displayed by the display module 170 to reach a certain distance. If so, the input module 110 can stop the detection of the input track and discard the detected input track. Generally, the position determining module 190 determines the shortest distance between the end of the input track and the arbitrary position of the virtual progress icon. When the position determining module 190 determines that the shortest distance is higher than a certain distance, it determines that the input track exceeds the display mode. The virtual progress icon displayed by group 170 reaches a certain distance.

Next, an operation system and method of the present invention will be described with reference to an embodiment. Referring to FIG. 2, a flowchart of a method for displaying target data according to a track attribute according to the present invention will be described.

In this embodiment, it is assumed that the electronic book browsing device applies the present invention, and the screen of the electronic book browsing device to which the present invention is applied is a touch screen, but the application environment of the present invention is not limited to the above. In addition, in this embodiment, it is also assumed that the attribute used to calculate the progress value is radians, the target data is the content of the e-book, and one piece of data is a page of the e-book, but the progress value and target data proposed by the present invention are And the data fragments are not limited to this.

When the user browses the e-book browsing device, the user can input the touch screen on the touch screen, and the input module 110 can continuously detect the user through the input signal generated by the touch screen. The input trajectory is entered (step 210).

In this embodiment, if the electronic book browsing device of the present invention includes the position determining module 190, when the input module 110 detects the input track input by the user (step 210), the position determining module 190 also It is continuously determined whether the input trajectory detected by the input module 110 exceeds the virtual progress graph by a certain distance (step 220). If the position determining module 190 determines that the end of the input track exceeds the virtual progress icon by a certain distance, the input module 110 can stop the detection of the input track, discard the detected input track, and cancel the input track of the time. Input.

While the input module 110 detects the input trajectory input by the user (step 210), the trajectory determination module 130 can continuously determine whether the input trajectory detected by the input module 110 is a preset shape (step 230). . Since the attribute used to calculate the progress value is radians in this embodiment, if the preset shape is an arc, the trajectory determination module 130 determines whether the detected input trajectory is curved.

If the trajectory determination module 130 determines that the input trajectory input by the user is not a preset shape, the present invention will not continue execution. If the input track 310a input by the user is indeed curved, after the track determining module 130 determines that the input track 310a input by the user is a preset shape, the display module 170 can be input on the touch screen. The trajectory 310a displays the virtual guide icon 320 above the position input by the user (step 250). In the present embodiment, since the attribute used to calculate the progress value is radians, it is assumed that the virtual guide icon 320 is an arc having a width as shown in "FIG. 3A".

In practice, in order to prevent the user from inputting an error when inputting by other gestures, the trajectory determination module 130 can further determine that the input trajectory detected by the input module 110 is a preset shape. Whether the detected input trajectory reaches a certain length (step 240). In this case, the display module 170 also displays the virtual guidance icon 320 when the trajectory determination module 130 determines that the input trajectory reaches a certain length (step 250), and does not determine the input at the trajectory determination module 130. When the trajectory is a preset graphic, the virtual boot icon 320 is displayed. Similarly, if the trajectory determination module 130 determines that the input trajectory has not reached a certain length, the present invention will not continue.

After the display module 170 displays the virtual guide icon 320 in the touch screen (step 250), the user can follow the graphical input of the virtual guide icon 320 displayed by the display module 170 to input a curved gesture.

In addition, the calculation module 150 also determines that the input trajectory detected by the input module 110 is a preset shape after the trajectory determination module 130 (step 230), or determines that the trajectory determination module 130 is detected. After the input trajectory reaches a certain length (step 240), the progress value corresponding to the input trajectory is continuously calculated according to the ratio of the attribute of the input trajectory to the corresponding attribute of the virtual guide icon (step 260). In this embodiment, since the attribute of the calculation progress value is radians, the calculation module 150 calculates the ratio of the radians of the input trajectory 310a to the radians of the virtual guidance icon 320, and multiplies the calculated ratio by the target data. The total number of pieces of data, that is, the total number of pages of the e-book currently viewed by the user, so that the calculated value is the progress value, that is, a certain page of the e-book.

After the calculation module 150 calculates the progress value corresponding to the detected input trajectory according to the ratio of the attribute of the input trajectory detected by the input module 110 to the corresponding attribute of the virtual guide icon (step 260), the display module 150 displays the progress value corresponding to the detected input trajectory (step 260). The module 170 can display the progress value calculated by the calculation module 150 according to the position of the virtual boot icon 320 (step 270). In this embodiment, the display module 170 can display the progress value 330 above the virtual guide icon 320 as shown in FIG. 3B, so that the user can display the progress value displayed by the display module 170. After learning that the input of the slip gesture is completed, the display module 170 will display which page of the e-book.

If the number of pages displayed by the display module 170 does not meet the user's expectation, that is, the progress value 330 displayed by the display module 170 does not meet the user's expectation, the user may continue to slide the gesture on the touch screen. In order to change the attribute of the input track, the input module 110 can detect the changed input track, so that the calculation module 150 can be based on the attribute of the changed input track and the corresponding attribute of the virtual boot icon. The progress value corresponding to the changed input trajectory is calculated again (step 260), and the display module 170 also updates the displayed progress value until the progress value 330 displayed by the display module 170 meets the user's expectation, and the user ends. Enter the input of the track.

In this embodiment, after the user finishes the input of the slip gesture, the input module 110 can detect the input trajectory end input, and after the input module 110 detects the input of the input trajectory, if the input is completed, the input is completed. The curvature of the trajectory 310b is 135 degrees. If the radiance of the virtual guidance icon is PI and the total number of pages of the e-book is 20 pages, the calculation value calculated by the calculation module 150 is 15 (135/PI*20).

After the calculation module 150 calculates the progress value corresponding to the input trajectory of the end input (step 260), the data reading module 160 can read the input and the calculated input from the calculated module 150 from the target data. The data segment corresponding to the progress value corresponding to the track (step 280). In this embodiment, the data reading module 160 reads the content of the 15th page of the e-book being browsed, and then the display module 170 can display the data segment read by the data reading module ( Step 290), which is the content of page 15 of the e-book. Thus, with the present invention, the user can flip the e-book using a slip gesture.

In summary, it can be seen that the difference between the present invention and the prior art is that the progress value is calculated according to the ratio of the attribute of the input trajectory input and the corresponding attribute of the displayed virtual guide icon, and the corresponding value is read according to the progress value. After the data segment, the technical means for displaying the data segment can solve the problem that the control component that provides the fast switching function of the page needs to occupy the interface layout space in the prior art, thereby achieving the technical effect of speeding up the switching of the content to the correct page. .

Furthermore, the method for displaying target data according to the trajectory attribute of the present invention can be implemented in hardware, software or a combination of hardware and software, or can be implemented in a centralized manner in a computer system or spread over several interconnections with different components. The decentralized implementation of the computer system.

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

130. . . Trajectory judgment module

150. . . Computing module

160. . . Data reading module

170. . . Display module

190. . . Position determination module

310a. . . Input track

310b. . . Input track

320. . . Virtual boot icon

330. . . Progress value

400. . . Storage medium

Step 210: detecting the input track currently input

Step 220: Determine whether the input trajectory exceeds a certain distance of the virtual progress icon

Step 230: Determine whether the input track is a preset shape

Step 240: Determine whether the input track reaches a certain length

Step 250 shows the virtual boot icon

Step 260 calculates a progress value corresponding to the input trajectory according to the ratio of the attribute of the input trajectory to the corresponding attribute of the virtual boot icon

Step 270: displaying the progress value according to the position of the virtual boot icon

Step 280: continuously detecting the input track to the end of the input, and reading the data segment of the target data according to the progress value corresponding to the input track after the input is completed.

Step 290 shows the data fragment

FIG. 1 is a system architecture diagram of the present invention for displaying target data according to track attributes.

FIG. 2 is a flow chart of a method for displaying target data according to a track attribute according to the present invention.

FIG. 3A is a schematic diagram showing a virtual progress icon according to an embodiment of the present invention.

FIG. 3B is a schematic diagram showing display progress values according to an embodiment of the present invention.

Step 210: detecting the input track currently input

Step 220: Determine whether the input trajectory exceeds a certain distance of the virtual progress icon

Step 230: Determine whether the input track is a preset shape

Step 240: Determine whether the input track reaches a certain length

Step 250 shows the virtual boot icon

Step 260: calculating a progress value corresponding to the input trajectory according to a ratio of an attribute of the input trajectory to a corresponding attribute of the virtual boot icon

Step 270: displaying the progress value according to the position of the virtual boot icon

Step 280: continuously detecting the input track to the end of the input, and reading the data segment of the target data according to the progress value corresponding to the input track after the input is completed.

Step 290 shows the data fragment

Claims (10)

A method for displaying target data according to a track attribute, the method comprising at least the following steps: detecting one input track currently input; and determining that the input track is a preset shape, displaying a virtual boot icon; according to the input track Calculating a progress value corresponding to the input trajectory according to a ratio of an attribute to a corresponding attribute of the virtual guide icon; displaying the progress value according to the position of the virtual guide icon; continuously detecting the input trajectory until the input ends, according to Reading a data segment of the target data with a progress value corresponding to the input trajectory after the input is completed; and displaying the data segment. For example, the method for displaying target data according to the trajectory attribute described in claim 1 of the patent scope, wherein the method reads the data segment of the target data according to the progress value corresponding to the input trajectory after the input is completed, The step of stopping detecting the input track after determining that the input track exceeds the virtual progress icon by a certain distance. The method for displaying the target data according to the track attribute according to the first aspect of the patent application, wherein when the input track is determined to be the preset shape, the step of displaying the virtual progress icon further comprises first determining that the input track reaches a certain length. After that, the steps of the virtual progress icon are displayed. A system for displaying target data according to a track attribute, the system at least comprising: an input module for detecting one input track currently input; and a track determining module for determining whether the input track is a preset shape a display module, configured to display a virtual boot icon when the track determining module determines that the input track is the preset shape; a computing module configured to use the virtual boot icon according to the attribute of the track The ratio of the corresponding attribute is calculated as a progress value corresponding to the input track, and the display module displays the progress value according to the position of the virtual progress icon; and a data reading module is used for the input module After detecting the input trajectory to the end of the input, the data segment of the target data is read according to the progress value corresponding to the input trajectory after the input is completed, and the data segment is displayed by the display module. A system for displaying target data according to a trajectory attribute as described in claim 4, wherein the virtual boot icon is used to guide an input trajectory corresponding to the virtual boot icon. The system for displaying target data according to the track attribute according to the fourth aspect of the patent application, wherein the system further comprises a position determining module for determining whether the input track exceeds a certain distance of the virtual progress icon, the input module The method further determines that the input trajectory stops detecting the input trajectory after determining that the input trajectory exceeds a certain distance of the virtual progress icon. The system for displaying target data according to the track attribute according to the fourth aspect of the patent application, wherein the track determining module is further configured to determine whether the input track reaches a certain length, and the display module is further used for the track determining module. When it is determined that the input track reaches a certain length, the virtual progress icon is displayed. A system for displaying target data according to a trajectory attribute as described in claim 4, wherein the preset shape is a straight line or an arc. The system for displaying target data according to the track attribute according to item 4 of the patent application scope, wherein the attribute of the input track is the length and/or the curvature of the input track. A system for displaying target data according to a trajectory attribute as described in claim 4, wherein the virtual progress is illustrated as a rectangle/strip, a circle, or a semicircle.