KR20040072589A - Web-based Motion Library Manager Controller Technical - Google Patents

Abstract

PURPOSE: A technology for utilizing a motion library on the web is provided to make a user easily add or modify dynamic data and dynamically use the vast images based on a standardization rule by maximally extending or improving a function of the Flash. CONSTITUTION: After starting a system, all needed files are loaded and try to connect to a server system(S30). If the connection with the server is certified, the file needed for realizing a motion pattern process method(S50). The information needed for motion is performed, and an XML(eXtensible Markup Language) parser is started(S70). After initializing a guide of the motion, entire control is approved(S60). After processing the need information, a test operation of the written motion is executed/terminated(S120).

Description

Motion Library Application Technology on Web {Web-based Motion Library Manager Controller Technical}

The present invention is a visual tool designed and produced for Macromedia's web for motion graphics and RIA (Rich Internet Application), which has its own compilation function, and has been proved by users to provide video, text, audio, and graphics In addition, due to the inconvenience that various technologies based on flash cannot be transferred, it is also a reality of existing technologies to implement with only simple functions.

Accordingly, the present invention is designed to allow the user to easily add or modify dynamic materials by expanding or improving the maximum function of the flash, as well as to dynamically use the vast images by standardization protocol.

In addition, it is designed to develop, distribute, and add infinite motion packs by extending the form and method of the open motion pack core class in accordance with its own standards and formats. It provides default option parameters that are set by default, and provides the optional controller for direct modification for advanced users to maximize the effect of the invention.

1 is a system and service configuration diagram of a technology according to the present invention;

2 is a flow chart showing the overall flow of the technology according to the invention,

3 is a flowchart of XML Parse & Motion Start representing an example of use and an embodiment of FIG. 2;

4 is a motion library skin screen of the technique according to the present invention;

5 is a motion pack list selection screen of a technology according to the present invention;

6 is a motion pack color change operation screen of the technology according to the present invention;

7 is a detailed screen for changing option parameters of a technology according to the present invention;

8 is a previewer preview screen of the motion effect of the technique according to the present invention.

In order to achieve the above object, the present invention provides the application technology of the motion library on the web to implement the information necessary for the user's multimedia through the computer: the user can use the computer and the production in using the technology necessary for the multimedia implementation. Software and network equipment for the Internet.

As another feature of the present invention, all existing web browsers can support the user's desired form as much as possible, and can be applied to a system equipped with a mobile-specific flash plug-in.

As another feature of the present invention, it serves as a container for managing individual modular processes generated on a program.

As another feature of the present invention, the provided option controller can implement more various motion effects utilizing the characteristics of the entire motion pack through detailed setting process, and the underlying data storage method for constructing the motion library is XML, which is a web standard language. It is designed so that there is no platform limitation at all.

Hereinafter, with reference to the accompanying drawings will be described in detail the object and preferred embodiments of the present invention.

1 is a system and service configuration diagram of the technology according to the present invention.

The present invention is a diagram of a service system for implementing an application technology of a motion library on a web. First, a user's contents are provided through a web server (100), and data analysis and analysis data are provided through a database server (200). The web browser 300 executes a driving program, and drives the XML data parsing live preview engine through the flash player 400. The user 500 requests the contents to be provided and flashes through the user 500. By modifying and updating zones, requesting and processing screens of user 2, it is possible to provide optimal services desired by users and administrators.

2 is a flowchart showing the overall flow of the technique according to the present invention.

The present invention is a processing method through the motion library application technology on the web. First, the system is started through a start step (S10); and all necessary files are loaded through a LOAD step (S20); S30); attempts to connect the user system and the server system.

Connect step (S40); if the connection to the server is authenticated, go to the next step, if it fails, go to step (S30); repeat until the connection is established, if the connection authentication is complete, Data Load step (S50); to load the file required for the implementation of the motion pattern processing method, otherwise repeats the step (S40); if it is normal, the motion through the Motion Library step (S60); And perform XML parse Start step (S70); starts XML parsing, and if it is abnormally performed through the XML Parse step (S80) that determines whether it is normally processed, moves to step (S30); In the normal case, the motion guide is initialized through the MotionGuide Initial step (S90); the overall control of the step (S60) is approved, and at this time, necessary information is processed through the MotionPack Load step (S100). After motion run step (S110); After performing the test operation of the motion created by End step (S120); and it terminates the process through.

FIG. 3 is a flowchart of XML Parse & Motion Start representing an example of use and an embodiment of FIG. 2.

The present invention is a technology that is dependent on the entire system of the motion library application technology on the web. In performing XML Parse and Motion Start, first, a start step (S10); and start the system of the module through the LOAD step (S20); Load all the necessary files through, and DataLoad step (S30); is determined whether the data is loaded or not is repeated in step (S20); if normal, XML Controller step (S40); The necessary process may be performed through this process. In this case, the Motion Library step (S90); provides information necessary for processing XML data, and when the XML controller performs the XML parser step (S50); Go to and repeat, and if it is normal, define the basic pack of the motion pack through the Motion Pack arument set step (S60); and the Motion Core Initial step (S70); through the step (S60); Core features requested After performing the Get Library step (S80); requesting and approving the necessary information from the step (S90), and starting the completed motion through the Motion Effect Start step (S100); and then through the End step (S110); Terminate the process.

4 is a motion library skin screen of the technique according to the present invention.

The present invention allows the user to select the required skin through the stored skin list using the functions of the Motion Library, and the list of such skins is based on the skin data data analyzed in the XML Parser primarily, and is based on its own standard algorithm. It should be formatted in a compliant format, and the defined format takes over the forward slash security algorithm.

The selected smine can be loaded by the SkinLoder engine, and it doesn't judge the existence of the skin by itself, and proceeds with confidence in the validity of the stored XML data.

After the loaded data is analyzed, the motion pack XML Data Parser is reloaded to reload the associated motion pack engine. The motion pack is processed through the same process.

5 is a motion pack list selection screen of a technology according to the present invention.

In the present invention, a list of motion packs owned by a user is basically processed in the list data stored in the corresponding skin. If the user wants to change the motion effect of each skin, he selects the motion list.

Basically, motion pack has basic option parameter that motion pack implements, and if you want to implement advanced motion effect, you can perform parameter control for detailed setting.

Every motion pack has its own color change controller for each skin, and the changed data is stored in an XML structure on the server, and the color settings can be processed by receiving the saved color setting values when reloading.

6 is a motion pack color change operation screen of the technology according to the present invention.

In the present invention, the property control part for the user to change the color of the skin, the color change is composed of R / G / B and Alpha (transparency), it is possible to change all the colors represented by the combination of these four modes Can be.

7 is a screen for changing option parameter details of the technology according to the present invention.

The present invention is an optional parameter controller provided for changing detailed settings by the function provided by the Motion Library. Each motion pack has XML data representing minimum, maximum and current set values for setting unique option parameters. This data may vary depending on the controller configuration of each motion pack.

8 is a previewer preview screen of the motion effect of the technique according to the present invention.

The present invention is a function provided by the Motion Controller as a previewer preview screen of the motion effect, the previewer can check the preview of the skin, item motion changed through the motion effect of the current motion pack engine, the user through this operation You can measure the optimal motion state you want, and you can improve the excellence in matching with the site through the flash zone.

The effects of the present invention can be achieved through the use of motion library application technology on the web, through individual applications that provide, manage, and process the resources necessary to process the dynamic animation on the web page and visualize the final result of the dynamic animation of the motion. In addition, dynamic motion conversion and reconstruction of each item needed in the flash zone can be done. Also, each motion pack is modularized and class-packed for each unit so that it is very scalable, portable, and reusable. Because dynamic motion processing is possible immediately upon skin registration of items based on standards, the motion library's application processing technology can provide the maximum effect with minimum investment, and it is the best solution for time saving and dynamic animation processing. Motion library on the web The emergence of the applied technology will be very timely.

It is apparent to those skilled in the art that the present invention is not limited to the embodiments described, and that various modifications and variations can be made without departing from the spirit and scope of the present invention. Therefore, such modifications or variations will have to belong to the claims of the present invention.

Claims (4)

In providing motion library application technology on the web: The present invention provides each item needed in a flash zone through a separate application that provides, manages, and processes the motions that enable the dynamic animation on the web page and the final result of the dynamic animation, and prepares and visualizes the necessary resources for the visualization. Processing technology that enables dynamic transformation and reconstruction of the motion of a vehicle. In the above ①, The present invention is a processing technology that each motion pack is modularized, class-packed for each unit, and excellent in extensibility, portability, and reusability, and enables dynamic motion processing upon skin registration of items based on self-regulated standards. In providing motion library application technology on the web: The present invention is a processing method through the motion library application technology on the web. First, the system is started through a start step (S10); and all necessary files are loaded through a LOAD step (S20); S30); attempts to connect the user system and the server system. Connect step (S40); if the connection to the server is authenticated, go to the next step, if it fails, go to step (S30); repeat until the connection is established, if the connection authentication is complete, Data Load step (S50); to load the file required for the implementation of the motion pattern processing method, otherwise repeats the step (S40); if it is normal, the motion through the Motion Library step (S60); And perform XML parse Start step (S70); starts XML parsing, and if it is abnormally performed through the XML Parse step (S80) that determines whether it is normally processed, moves to step (S30); In the normal case, the motion guide is initialized through the MotionGuide Initial step (S90); the overall control of the step (S60) is approved, and at this time, necessary information is processed through the MotionPack Load step (S100). After motion run step (S110); After performing the test operation of the motion created by End step (S120); a series of processing techniques that shut down the process, through a. According to the above ③ The present invention is a technology that is dependent on the entire system of the motion library application technology on the web. In performing XML Parse and Motion Start, first, a start step (S10); and start the system of the module through the LOAD step (S20); Load all the necessary files through, and DataLoad step (S30); is determined whether the data is loaded or not is repeated in step (S20); if normal, XML Controller step (S40); The necessary process may be performed through this process. In this case, the Motion Library step (S90); provides information necessary for processing XML data, and when the XML controller performs the XML parser step (S50); Go to and repeat, and if it is normal, define the basic pack of the motion pack through the Motion Pack arument set step (S60); and the Motion Core Initial step (S70); through the step (S60); Core features requested After performing the Get Library step (S80); requesting and approving the necessary information from the step (S90), and starting the completed motion through the Motion Effect Start step (S100); and then through the End step (S110); Processing technology that terminates the performance of the process.