CN113946266B - Manuscript demonstration system and demonstration method - Google Patents
Manuscript demonstration system and demonstration method Download PDFInfo
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- CN113946266B CN113946266B CN202111207815.3A CN202111207815A CN113946266B CN 113946266 B CN113946266 B CN 113946266B CN 202111207815 A CN202111207815 A CN 202111207815A CN 113946266 B CN113946266 B CN 113946266B
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
- G06F3/0484—Interaction techniques based on graphical user interfaces [GUI] for the control of specific functions or operations, e.g. selecting or manipulating an object, an image or a displayed text element, setting a parameter value or selecting a range
- G06F3/0486—Drag-and-drop
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F9/00—Arrangements for program control, e.g. control units
- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
- G06F9/44—Arrangements for executing specific programs
- G06F9/455—Emulation; Interpretation; Software simulation, e.g. virtualisation or emulation of application or operating system execution engines
- G06F9/45533—Hypervisors; Virtual machine monitors
- G06F9/45558—Hypervisor-specific management and integration aspects
Abstract
The invention provides a manuscript demonstration system, comprising: the demonstration interface is used for displaying a demonstration page; further comprising: the container module can enable a first object on a demonstration page being demonstrated to have a container attribute and enable a second object associated with the first object to be endowed with a predetermined action attribute, and when the first object is triggered, the second object is enabled to execute a predetermined action according to the predetermined action attribute. The manuscript presentation system can set the object in the presentation page to the container attribute and can enable the object associated with the container to execute the preset action by triggering the container.
Description
Technical Field
The invention relates to the field of manuscript demonstration, in particular to a manuscript demonstration system and a demonstration method.
Background
The PPT is the most common manuscript demonstration system at present, but the PPT can only demonstrate according to the content made in advance in the demonstration process, and other operations can not be carried out on the content of the PPT in the demonstration process.
Disclosure of Invention
The invention mainly aims to provide a manuscript demonstration system and a demonstration method.
In order to achieve the above purposes, the technical scheme adopted by the invention is as follows: a manuscript presentation system, comprising:
the demonstration interface is used for displaying a demonstration page; it is characterized by also comprising:
the container module can enable a first object on a demonstration page being demonstrated to have a container attribute and enable a second object associated with the first object to be endowed with a predetermined action attribute, and when the first object is triggered, the second object is enabled to execute a predetermined action according to the predetermined action attribute.
Preferably, pictures, videos, voice play bars and text boxes displayed on the presentation page can be used as the first object and the second object.
Preferably, after the first object is selected as the container, when a second object located on the upper layer of the first object is moved to at least partially overlap with the first object, the container module associates the first object with the second object and assigns a predetermined action attribute to the second object.
Preferably, the device further comprises a carousel sub-module, the predetermined action attribute comprises rotation, by which a second object associated with a first object can be rotated around a specified position by a set angle when the first object is triggered, and the carousel sub-module rotates the second object once per triggered time.
Preferably, the method further comprises the step of randomly switching the positions of the plurality of second objects when the first object is triggered, wherein the predetermined action attribute comprises a disorder, and the second object has at least two, and the random switching is performed by the disorder submodule once the first object is triggered.
Preferably, the method further comprises selecting the sub-module, wherein the predetermined action attribute comprises selecting, by which one or more of the second objects associated with the first object can be randomly displayed or hidden when the first object is triggered, and the selecting sub-module randomly selects the second object to be displayed or hidden each time the first object is triggered.
Preferably, a spotlight sub-module is further included, the predetermined action attribute comprising spotlight, by which the spotlight sub-module is able to cause one or more of the second objects associated with the first object to be illuminated when the first object is triggered, the other positions of the presentation page are all black, and the spotlight sub-module randomly illuminates the second object each time the first object is triggered.
The invention also provides a manuscript demonstration method which is characterized by comprising the following steps:
displaying a demonstration page to be demonstrated on a demonstration interface and demonstrating;
step two, the presenter selects the first object as a container and sets the preset action attribute;
step three, the presenter selects a second object associated with the first object;
and step four, the presenter triggers the first object to enable the second object to complete the action corresponding to the preset action attribute.
Preferably, in step three, the presenter automatically associates the first object with the second object by dragging the desired second object to coincide at least partially with the first object on the presentation page.
Preferably, the predetermined action attribute can be altered during the course of the presentation.
Compared with the prior art, the invention has the following beneficial effects:
the presentation system of the invention has a container module, the said container module can make some presentation objects in the presentation page have container attribute, become the container, the first object after becoming the container can make the second object located on it finish the predetermined movement, especially when having multiple second objects, only need click the first object, multiple second objects can carry out the predetermined movement at the same time, like rotate, break up, choose, spotlight, etc., can break up the order of the content appointed originally through breaking up the function for example, like choosing the choice of the question, thus it is convenient for teachers to take the student to review the question just said.
Drawings
FIG. 1 is a schematic diagram of a document presentation system according to the present invention;
FIG. 2 is a cut toolbar of the document presentation software relating to the cut module;
FIG. 3 is an attribute box corresponding to the attribute module.
Detailed Description
The following description is presented to disclose the invention so as to enable any person skilled in the art to practice the invention. The preferred embodiments in the following description are given by way of example only, and other obvious variations will occur to those skilled in the art.
Example one
A manuscript demonstration system comprises a demonstration interface and a cutting module, wherein the demonstration interface is used for displaying a demonstration page, the cutting module is used for cutting any content in the demonstration page being demonstrated, and a picture obtained by cutting can be arbitrarily dragged on the current demonstration page as required. When the image is cut, the cutting mode of the cutting module comprises a regular cutting mode and an irregular cutting mode, and when the regular cutting mode is adopted, the cut image is rectangular; when the irregular shearing form is adopted, the user can shear in any shape according to the requirement of the user. In practical use, the manuscript presentation system is software, the presentation interface is a software interface used for displaying presentation contents, a cutting toolbar is displayed on the software interface, a scissors icon used for calling a cutting module is displayed in the cutting toolbar, the scissors icon is selected to call the scissors module, and the contents being presented on the software interface can be cut. Of course, if a touch screen is used, it operates in the same manner as a mouse.
The system also comprises a continuous action sub-module which is used together with the cutting module and is used for continuously cutting the contents being demonstrated in the demonstration page, dragging a plurality of cut pictures at the same time after the cutting is finished and respectively dragging the plurality of cut pictures. In actual use, a cutting toolbar of a software interface is provided with check boxes with continuous action, when continuous cutting is needed, a scissor icon and the check boxes with continuous action need to be simultaneously checked, so that continuous cutting can be achieved, after the cutting is completed, dragging of multiple cut pictures can be achieved by pressing a designated key (determined according to the setting of a program) on a mouse, after the pictures are dragged to a desired position, a corresponding mouse key is released, when each picture in the pictures needs to be moved, the pictures can be dragged by only placing the mouse on the picture and then pressing the mouse, and after the required position is dragged, the mouse is released.
The system further comprises a hollowing sub-module which is used together with the shearing module and is used for hollowing the sheared area of the original picture during shearing, namely the sheared picture is not reserved in the original picture any more, and when the hollowing sub-module is not adopted, the original picture is not hollowed during shearing. Also, the hollowing sub-module may be used with the continuous action sub-module. In practical use, a check box corresponding to the hollowing sub-module is arranged in the shearing toolbar, and the check box is checked if hollowing is needed during shearing, or the check box is not needed if hollowing is not needed.
The system further comprises a transparent sub-module, which is used together with the cropping module, for enabling the cropped picture to be converted between transparent and opaque. Specifically, a check box corresponding to the transparent module is arranged in a cutting toolbar of the software interface, when the check box is selected, the cut picture can be converted between transparent and opaque, and when the conversion is needed, the user only needs to move a mouse to cut the picture, and then click the picture. And in order to ensure that the mouse conflicts with the original function when clicking the picture, a button check box for changing the original function of the mouse is also arranged in the cutting toolbar, when the transparent submodule is used, the button check box and the check box corresponding to the transparent module are required to be checked, and the picture obtained by cutting can be converted between transparent and non-transparent. The transparent sub-module may also be used with a continuous action sub-module, a hollowing sub-module.
The system also includes a roller shutter sub-module that needs to be used with the cropping module to enable the cropped picture to be switched between being rolled up and unrolled. Specifically, when the rolling-up tool bar is used, a check box corresponding to the rolling-up sub-module is arranged in the cutting tool bar and also needs to be matched with the button check box for use, when the cutting-up is carried out, the check box or the icon, the button check box and the rolling-up check box corresponding to the cutting-up sub-module need to be checked, and after the cutting-up is completed, the cut-up picture can be switched between rolling-up and rolling-up by clicking a mouse. And the transparent sub-module and the rolling curtain sub-module can be used simultaneously, the position of the picture obtained by clicking and cutting by a mouse can realize that the picture becomes transparent when being rolled up and becomes opaque when being unfolded, and of course, the transparent sub-module can also be used together with the hollowing sub-module and the continuous action sub-module.
The system further comprises a zooming submodule, wherein the zooming submodule is required to be used together with the cutting module and used for enabling the cut picture to be zoomed, specifically, when the system is used, a check box corresponding to the zooming submodule is arranged in the cutting toolbar, when the system is used for cutting, the check box, the button check box and the zooming check box corresponding to the cutting submodule are required to be checked, and after the cutting is finished, the picture obtained through cutting is clicked through a mouse, so that the picture in a preset range can be zoomed. The scaling sub-module can be used with a transparency sub-module, a hollowing sub-module, a continuous action sub-module, etc.
The system also comprises a pupil sub-module which is required to be used together with the cutting module and is used for enabling the cut picture to gradually shrink from the periphery to the center of the picture and then to restore the original size instantly, and the pupil sub-module is similar to the change of the pupil observed from the outside when the pupil blinks. Specifically, a pupil check box corresponding to the pupil submodule is arranged on the cutting toolbar, when cutting is performed, check boxes or icons, pupil check boxes and button check boxes corresponding to the cutting module are simultaneously checked, the cut picture is clicked, the picture can gradually disappear from the periphery of the picture towards the center, and the original size is instantly restored when the picture disappears to a certain degree. The pupil submodule can be used together with the zooming submodule, after the picture is clicked, the picture gradually disappears from the periphery of the picture to the center, and when the picture disappears to a certain degree, the picture instantly becomes the size enlarged by the zooming module.
The system also comprises a container module, wherein the container module is required to be used together with the cutting module, the picture cut by the container module has a container attribute, and corresponding operation can be carried out on the picture positioned on the container module. Specifically, when the container is used, a container check box corresponding to the container module is arranged in the cutting toolbar, and when the container is cut, the check box or the icon or the container check box corresponding to the cutting module needs to be checked, so that the cut picture has a container attribute, and when the cut picture is moved, the pictures on the cut picture can be moved together.
The system further includes a carousel sub-module for use with the container module, by which a plurality of second pictures, located on a first picture having a container attribute, can be rotated by a predetermined angle about a center of the first picture, and the plurality of second pictures are rotated by the predetermined angle in a predetermined direction about the center of the first picture every time the first picture is triggered. When the cutting tool bar is actually used, the cutting tool bar is provided with the rotary disc check boxes corresponding to the rotary disc sub-modules, when cutting is carried out, the check boxes or icons, the button check boxes, the container check boxes and the rotary disc check boxes corresponding to the cutting modules need to be checked, the first picture is cut, then the plurality of second pictures are obtained through cutting, the second pictures are moved to the first picture, at the moment, the first picture is clicked through a mouse, and the plurality of second pictures can be rotated by a preset angle around the center of the first picture. And the second picture is obtained by cutting through the cutting module. Of course, the angle of each rotation of the second picture can be set as required.
The system also comprises a scrambling submodule which is used together with the container module, the first picture can have the attribute of scrambling the positions of the second pictures on the first picture through the scrambling submodule, and the second pictures are randomly scrambled once when the first picture is triggered once. In practical use, a disorder check box corresponding to the disorder sub-module is arranged in the cutting toolbar, when cutting is performed, check boxes or icons, button check boxes, container check boxes and disorder check boxes corresponding to the cutting module need to be checked, the first picture is cut, then a plurality of second pictures are obtained through cutting, the second pictures are moved to the first picture, then the first picture is clicked, the second pictures can be randomly moved between the positions where the second pictures are located, for example, only two second pictures are located at a first position and a second position respectively, and when disorder is performed, the two second pictures can only be disordered at the first position and the second position. Can be at the in-process of demonstration through the submodule of disturbing in disorder to the picture, for example at the teaching in-process, mr can cut the option of choice, then scrambles at random through the module of disturbing in disorder, lets the classmate answer again, and the mr of being convenient for takes the lead the classmate to review.
The system further comprises a selection submodule, used with the container module, by means of which the first picture can be given the property of selecting one of the second pictures located thereon for display, and the second picture to be displayed is randomly changed once the first picture is triggered, the other second pictures being hidden. In practical use, a selection check box corresponding to the selection sub-module is arranged in the cutting toolbar, when cutting is carried out, check boxes or icons, button check boxes, container check boxes and selection check boxes corresponding to the cutting module need to be checked, the first picture is obtained through cutting, then a plurality of second pictures are obtained through cutting, the plurality of second pictures are moved to the first picture, then the first picture is clicked, one of the plurality of second pictures is displayed on the first picture, and the other picture is displayed after clicking. Of course, the number of the second pictures displayed at a time may be set, and the transparency of the hidden second picture may be set, and may not be completely hidden, but may be only the change of the transparency.
The system further comprises a spotlight-sub-module for use with the container module, by means of which one of a plurality of second pictures located on the first picture can be made to have the effect of a spotlight, in which case only the second picture having the spotlight effect is displayed on the presentation page, the other positions being black, and each time the first picture is triggered, another second picture is made to have the spotlight effect. In practical use, a spotlight check box corresponding to a spotlight module is arranged in a cutting toolbar, when cutting is performed, check boxes or icons, button check boxes, container check boxes and spotlight check boxes corresponding to the cutting module need to be checked, the first picture is cut, a plurality of second pictures are cut, the plurality of second pictures are moved to the first picture, then the first picture is clicked, only one of the second pictures is bright in the whole software interface, other positions are black just like a spotlight shade is on the second picture, when the first picture is clicked again, the other second picture is "illuminated", other positions are black, and the second picture which is "illuminated" is changed once every time the first picture is clicked. Preferably, the spotlight submodule may also spotlight a plurality of pictures simultaneously, i.e. two or more pictures may be "illuminated" simultaneously, and the size and shape of the illuminated area may be adjustable.
The system further comprises a pixel removal submodule, wherein the pixel removal submodule needs to be used together with the cutting module, and the pixel removal submodule can remove specified pixels of the cut picture. In practical use, a pixel removal check box corresponding to the pixel removal sub-module is arranged in the shearing toolbar, when shearing is carried out, the check box or the icon corresponding to the shearing module is checked, the pixel removal check box is checked, after the area needing shearing is selected, the mouse is moved to the color of the pixel to be removed and clicked, then the selected area is dragged, and the obtained sheared picture is the picture with the pixels removed. The pixel removal sub-module can be used with the sub-modules described above.
The system also comprises a permanent storage sub-module which is required to be used together with the cutting module and is used for permanently keeping the cut picture at the position where the picture is located on the demonstration page last time. Specifically, the cutting toolbar is provided with a permanent storage check box corresponding to the permanent storage sub-module, when the picture is cut by the cutting module, the permanent storage check box is checked at the same time, and the cut picture is permanently reserved in the presentation, so that the part of content can be directly demonstrated in the next demonstration without cutting again. The permanent save module may be used with the sub-modules described above.
The system also comprises a cutting board submodule which is required to be used together with the cutting module and is used for saving the picture obtained by cutting on the cutting board, and then the picture on the cutting board can be copied to other positions capable of being copied, such as other pages of the presentation.
The system also comprises a revenue resource library submodule which is used together with the cutting module and is used for automatically storing the pictures cut in the demonstration process into a resource library of an appointed path and directly checking the files in the resource library on a demonstration interface. Specifically, an incoming resource library check box corresponding to the incoming resource library submodule is arranged in the cutting toolbar, when the cutting tool bar is used for cutting, the check box or the picture corresponding to the cutting module and the incoming resource library check box are checked, the cut picture is automatically saved in the resource library, a button for opening the resource library by the cutting tool bar is clicked, and the picture saved in the resource library can be seen. The income resource library module can be convenient for teachers and the like to directly store the parts needing to be stored in the demonstration process.
The system also comprises an attribute setting module, wherein the attribute setting module is used for setting or changing the attribute of the cut picture. For example, an original picture with a zoom attribute may be changed to a transparent attribute, or to a picture with both zoom and transparent attributes, and the size of the transparency and the zoom multiple may be changed; the manner of action of the second picture on the first picture with the container attribute may also be changed, from the shuffle attribute to the carousel attribute, and so on. Specifically, the software has an attribute box corresponding to the attribute setting module, the attribute box can be called by placing a mouse on a picture and performing corresponding operation, and a check box corresponding to the module and a text box for setting transparency, zoom size and the like are set in the attribute box.
Example two
This embodiment is primarily directed to a container module.
In the container module in this embodiment, not only the cut picture may be used as a container, but also other objects that can be selected, such as other non-cut pictures, videos, audio bars, text boxes, and the like related to the presentation content in the presentation interface, may be used as containers. In actual use, when a presenter needs to use a first object in a presentation interface as a container, the presenter can call a property box through a mouse and set the first object as the container in the property box. When the first object is changed into a container, a second object which is positioned on the upper layer of the container and touches the first object can be endowed with a preset action attribute, when the first object is triggered, the second object can complete a preset action, and when the second object touches the first object, the second object and the first object are partially or completely coincided in the demonstration interface.
Specifically, the action attribute may be rotation, scrambling, selecting, or spotlight, and these action attributes are respectively performed by the turntable submodule, the scrambling submodule, the selecting submodule, and the spotlight submodule. The action attributes may be changed during the use process, for example, the first object may originally give the second object a property of rotation, and the attribute box may directly select the attribute of disturbance, and at this time, the first object gives the second object a property of disturbance.
Further, when the action attribute is rotation, after the second object is placed on the first object, the rotation sub-module obtains the position of the second object relative to the first object and obtains the central position of the first object, and when the first object is triggered, the rotation sub-module calculates the position of the second object after rotating around the central position according to a preset rotation angle and moves the second object to the calculated position. The first object makes a rotation of a predetermined angle every time it is triggered. The number of the second objects can be multiple, and the rotation sub-module acquires the positions of all the second objects and calculates the position of each second object after each rotation. In actual use, the second object does not necessarily rotate around the central position, but can be designated by the presenter, and the position of the second object relative to the first object can be adjusted according to the needs of the presenter.
When the action attribute is disorder, after the plurality of second objects are placed on the first object, the disorder submodule acquires the positions of the plurality of second objects relative to the first object, and when the first object is triggered, the disorder submodule randomly changes the positions of the plurality of second objects and moves the second objects to the changed positions to realize disorder. In use, the number of the plurality of second objects can be changed according to the needs of the presenter, for example, when the second objects need to be added, the presenter can drag the second objects needing to be added onto the first objects, when the second objects need to be reduced, the presenter can drag the second objects needing to be reduced out of the first objects, and the positions of the plurality of second objects relative to the first objects can be adjusted at will in use.
When the action attribute is selection, after the plurality of second objects are placed on the first object, the selection sub-module obtains the positions of the plurality of second objects relative to the first object, when the first object is triggered, one part of the plurality of second objects is displayed, one part of the plurality of second objects is hidden, the number of the second objects displayed at each time can be set, and the second objects needing to be displayed are randomly changed once when the first object is triggered. In practice, the second object may be one, in which case the second object is alternately displayed and hidden each time the first object is triggered.
When the action attribute is a spotlight, after the plurality of second objects are placed on the first object, the spotlight sub-module acquires the positions of the plurality of second objects relative to the first object respectively, and when the first object is triggered, the spotlight sub-module randomly selects a specified number of second objects to be illuminated, and other parts of the demonstration interface are black. When triggered again, the spotlight submodule again randomly picks a specified number of second objects to be illuminated.
In practical use, the second object may not be placed on the first object, the second object may be placed in an area other than the first object, and when there are a plurality of second objects, a part of the second objects may be touched to the first object and a part of the second objects may be placed in an area other than the first object.
EXAMPLE III
The embodiment is also a document presentation system, which includes a presentation interface and a magnification module, the presentation interface is used for displaying presentation pages, the presentation pages include contents for presentation, a document can have one or more presentation pages, that is, one or more pages, the magnification module is used for magnifying any specified contents in the contents being presented, and the specified contents fill the whole presentation interface or magnify specified times after being magnified. In practical use, the cutting module and the amplifying module are integrated in the same manuscript demonstration system, in the demonstration process, the cutting and the amplifying can be carried out on the same demonstration page, and the two functions are not influenced mutually. And moreover, the display interface is provided with an amplifying toolbar, the amplifying toolbar is provided with an amplifying icon corresponding to the amplifying module, the amplifying module can be called by clicking the amplifying icon, then the content needing to be amplified is selected by a mouse to realize amplification, the amplifying button is clicked to close the amplified content, and the content before amplification is displayed.
The amplified content keeps the original attribute and function thereof, namely if the amplified content is a picture, the amplified content is still the picture after amplification; if the amplified content is an editable text, the amplified content is still the editable text, and the amplified content can be directly edited; if the magnified content contains a link, the link can still be used after the magnification. Further, if the enlarged content includes the cropping module mentioned in the first embodiment and other sub-modules, for example, the cropped picture can be enlarged and reduced when triggered, and after the content including the picture is enlarged, the magnifying module is used to click the enlarged picture, and the enlargement and reduction can still be achieved. In addition, the transparent sub-module, the rolling sub-module, the pupil sub-module, the container module, the scrambling sub-module, the rotating disc sub-module, the selecting sub-module, the spotlight sub-module and the like mentioned in the first embodiment can be continuously used after being enlarged.
Further, the system also comprises an amplification content recording sub-module which is used together with the amplification module and is used for recording the amplification content after the amplification module selects the amplification content and displaying or retracting the recorded amplification content in the demonstration interface according to the requirement. Specifically, the amplifying toolbar is provided with an amplifying recording icon corresponding to an amplifying content recording submodule, after the amplifying icon is clicked, the amplifying content recording icon is clicked, then the content needing to be amplified is selected, after the amplifying is closed, the appointed recording icon corresponding to the amplifying content is displayed on the demonstration page, after the appointed recording icon is clicked, the corresponding amplifying content is displayed immediately, the appointed recording icon remains on the corresponding demonstration page, the appointed recording icon can be clicked to amplify the same content when the amplifying content is displayed on the demonstration page, a plurality of amplifying contents can be recorded on the same demonstration page, therefore, more contents can be set on the same demonstration page, the font can be set to be smaller, the size of the picture can be set to be smaller, the content needing to be amplified can be set in advance, and during the demonstration, the preset content can be amplified only by clicking the corresponding appointed recording icon. The original functions and attributes are reserved in the amplified content recorded by the amplified content recording submodule.
The system also comprises an amplification track recording sub-module which is used together with the amplification module and is used for recording the amplified contents according to the selected sequence after the amplification module selects the amplified contents for multiple times in the same demonstration page, generating sequence numbers according to the sequence and displaying the sequence numbers on the demonstration interface, and directly displaying the corresponding amplified contents by selecting different sequence numbers. Specifically, an amplification track recording icon corresponding to an amplification track recording submodule is arranged in an amplification toolbar, when the amplification toolbar is used, the amplification icon is clicked, after the amplification icon is clicked, the amplified contents can be recorded, then several contents needing to be amplified are continuously selected, in the selection process, software automatically records the amplified contents and the sequence and automatically sorts the contents according to the sequence, the sequence numbers are 1, 2, 3 and … …, the icon recorded in the amplification track is clicked, a button corresponding to the sequence number can be displayed on a software interface, a presenter only needs to click the requirement needing to be displayed to display the corresponding amplified contents on a presentation page, the sequence is not needed, and therefore the presenter can directly switch the contents needing to be repeatedly used in the presentation process.
The foregoing shows and describes the general principles, essential features, and advantages of the invention. It will be understood by those skilled in the art that the present invention is not limited to the embodiments described above, which are merely illustrative of the principles of the invention, but that various changes and modifications may be made without departing from the spirit and scope of the invention, which fall within the scope of the invention as claimed. The scope of the invention is defined by the appended claims and equivalents thereof.
Claims (10)
1. A document presentation system, comprising:
the demonstration interface is used for displaying a demonstration page; it is characterized by also comprising:
the container module can enable a first object on a demonstration page being demonstrated to have a container attribute and enable a second object associated with the first object to be endowed with a predetermined action attribute, and enable the second object to execute a predetermined action according to the predetermined action attribute when the first object is triggered, wherein the second object has a plurality of objects, and the first object and the second object are contents in the demonstration page.
2. A document presentation system according to claim 1, wherein the first object and the second object are a picture, a video, a voice play bar, and a text box displayed on the presentation page.
3. A document presentation system according to claim 1, wherein after the first object is selected as a container, the container module associates the first object with the second object and assigns the second object with a predetermined action attribute when the second object positioned on top of the first object is moved to at least partially overlap the first object.
4. A document presentation system according to any of claims 1-3, further comprising a carousel sub-module, wherein the predetermined action attribute comprises rotation, whereby the carousel sub-module is capable of rotating a second object associated with a first object about a specified position by a set angle when the first object is triggered, and wherein the carousel sub-module rotates the second object once each time the first object is triggered.
5. A document presentation system according to any one of claims 1 to 3, further comprising a shuffle submodule, wherein the predetermined action attribute comprises shuffle, wherein the second object has at least two, and wherein the shuffle submodule is operable to randomly swap positions between a plurality of second objects associated with the first object when the first object is triggered, and wherein the shuffle submodule randomly swaps positions of the second objects once per time the first object is triggered.
6. A document presentation system according to any one of claims 1 to 3, further comprising a culling sub-module, wherein the predetermined action attributes comprise culling by which one or more of the second objects associated with the first object can be randomly displayed or hidden when the first object is triggered, and wherein the culling sub-module randomly culls the second object that needs to be displayed or hidden each time the first object is triggered.
7. A document presentation system according to any of claims 1-3, further comprising a spotlight submodule, wherein the predetermined action attribute comprises spotlight, by which one or more of the second objects associated with the first object can be illuminated when the first object is triggered, the other positions of the presentation page are all black, and wherein the spotlight submodule randomly illuminates the second object each time the first object is triggered.
8. A manuscript presentation method is characterized by comprising the following steps:
displaying a demonstration page to be demonstrated on a demonstration interface and demonstrating;
step two, the presenter selects a first object as a container and sets a preset action attribute, wherein the first object is the content in the presentation page;
step three, the presenter selects a plurality of second objects associated with the first object, wherein the second objects are contents in the presentation page;
and step four, the presenter triggers the first object to enable the plurality of second objects to complete the action corresponding to the preset action attribute.
9. A method for presenting a document according to claim 8, wherein in step three, the presenter drags the second object to be requested to at least partially coincide with the first object on the presentation page, and the first object is automatically associated with the second object.
10. A method for presenting a document according to claim 8, wherein said predetermined action profile is modifiable during the presentation.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN202111207815.3A CN113946266B (en) | 2021-10-18 | 2021-10-18 | Manuscript demonstration system and demonstration method |
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| Application Number | Priority Date | Filing Date | Title |
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| CN202111207815.3A CN113946266B (en) | 2021-10-18 | 2021-10-18 | Manuscript demonstration system and demonstration method |
Publications (2)
| Publication Number | Publication Date |
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| CN113946266A CN113946266A (en) | 2022-01-18 |
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| CN102981713A (en) * | 2012-11-30 | 2013-03-20 | 北京奇虎科技有限公司 | Desktop display device and method used for folder |
| CN104423779A (en) * | 2013-08-26 | 2015-03-18 | 鸿合科技有限公司 | Interactive display implementation method and device |
| CN105094610A (en) * | 2015-07-23 | 2015-11-25 | 努比亚技术有限公司 | Device and method for processing association relationships |
| CN109358782A (en) * | 2018-09-11 | 2019-02-19 | 北京达佳互联信息技术有限公司 | Execution method, apparatus, electronic equipment and the storage medium of dynamic instruction |
| CN111602103A (en) * | 2018-01-22 | 2020-08-28 | 苹果公司 | Configuring a target implementer for synthesizing a real-world environment |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| US20160275447A1 (en) * | 2015-03-19 | 2016-09-22 | United Parcel Service Of America, Inc. | User interface for facilitating enforcement of shipping rules |
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| CN102981713A (en) * | 2012-11-30 | 2013-03-20 | 北京奇虎科技有限公司 | Desktop display device and method used for folder |
| CN104423779A (en) * | 2013-08-26 | 2015-03-18 | 鸿合科技有限公司 | Interactive display implementation method and device |
| CN105094610A (en) * | 2015-07-23 | 2015-11-25 | 努比亚技术有限公司 | Device and method for processing association relationships |
| CN111602103A (en) * | 2018-01-22 | 2020-08-28 | 苹果公司 | Configuring a target implementer for synthesizing a real-world environment |
| CN109358782A (en) * | 2018-09-11 | 2019-02-19 | 北京达佳互联信息技术有限公司 | Execution method, apparatus, electronic equipment and the storage medium of dynamic instruction |
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