KR20160001550A - Game scene realization and motion method of repetitive circulation architecture - Google Patents

Abstract

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a game scene implementation and a method of operation of a cyclic loop structure, and more particularly, . The recursive recursive object model structure for the game scene implementation and operation of the recursive recursive structure according to the present invention includes: _stExObj (100), which is a basic unit base object of the resource hierarchy; _StExChainLineObj (110) which is a resource object having the same chain line curve information in the resource frame; _StExCubicBezier (120) which is a resource object having the same Bezier curve information in the resource frame; _StExDB 130, which is a resource object having the same resource DB information; _StExLineObj (140) which is a resource object having the same resource frame inline information; _StExMap (150) which is a resource object having map tile information; A plural object of the _stExObj (100) object, _stExObjS (160) having an array attribute and managing a child; _StExPointObj (170) which is a resource object having the same point information in the resource frame; _StExPolygonObj (180) which is a resource object having the same polygon information in the resource frame; _StExRectObj (190) which is a resource object having the same Rect information in the resource frame; _StExSprite (200), a child object of -stExImage that wraps a specific image file, is a resource object that sprites a specific area and has information; On the resource structure, _stExTF (210), which is the base of the link object and has a size; _StExTimeline (220) having the script and frame information to be executed per tick, the most basic unit object of the resource animation; _SExtSymbol (230) which is a unit object of the output in which the resource animation information is combined; A resource object _sExtScene (Stage) 240 having information such as a location of a plurality of resource objects, a map tile, and the like and designating an initial value; And a script resource _sExtEventScript (250).

Description

[0002] Game scene realization and motion method of repetitive circulation architecture [

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a game scene implementation and a method of operation of a cyclic loop structure, and more particularly, .

The platform is simply the base on which the software can run. In general, the platform defines wikis to include operating systems, runtime libraries, middleware, GUI, and SDK.

The operating system can be defined as a tool for memory management, multitasking, file system management, and input / output management centered on the kernel.

Here, the platform is used to mean the operating system, and in that respect, Google Android, Apple's iOS, and Samsung's sea are the operating system's built-in platforms.

The existence of various platforms may not be a big inconvenience to users who use the platform, but the companies and developers who develop applications have different development techniques for each platform, .

I think Web standards can solve this problem because one web technology can cope with various platforms, but due to various problems, it is not yet a complete solution.

Cross Platform is software or application commonly used by two or more operating systems or platforms.

The most representative example is the Java language. Here again, subdividing can be divided into cross-compilation, cross-programming language, and cross-API.

The source code developed in Java is re-compiled in the individual operating system and the object code is generated before it becomes an application running on the corresponding platform.

Java is a language with a single grammar and API, and includes cross-compilation tools for individual platforms.

Currently, content developers must develop different mobile platforms in different development languages as shown in [Table 1].

manufacturer Apple Google Micro
soft Samsung RIM HP platform iOS Android Windows Phone 7 Sea Blackberry Palm
webOS Development language Objective-c Java C # C ++ Java JavaScript

 I do not know if the market share of a specific mobile platform is overwhelming, but if iOS and Android market are divided and Microsoft's Windows Phone 7 is getting stronger and Samsung Electronics is going to make a steady investment in the sea, We can not help but invest in the development of content for the future.

This is a cross platform development environment that will unify the fragmentation of mobile platforms. Recently, the most popular technology is mobile web platform using HTML5 technology.

In particular, both iOS and Android are providing Webkit-based Webviews, and Apple and Google are both part of the WebKit open source project. Research and development of development tools

In addition, the WAC (Wholesale Applications Community), a global integrated app store that includes device manufacturers such as SKT, KT, AT & T, and Verizon, I am preparing.

Some form of web-based mobile cross-platform products allow you to develop app-like webs with web elements (HTML, JavaScript, CSS) that are easier and more accessible than programming languages like C and Java.

However, in the conventional 2D rendering engine, a drawing call is generally performed every time a single sprite is drawn. In such a case, there is a problem that output performance is degraded when a large number of sprites are lined.

1 is a view for explaining a graphics pipeline according to the prior art.

The graphics pipeline according to the prior art is divided between the host CPU and the graphics hardware, as shown in Fig. The CPU facilitates a call to the graphics API by the application and service requesting its use. Conventionally, applications and drivers are located on the CPU side, and information from their sources is transmitted to be displayed on the monitor. First, the information is transferred from the CPU to the GPU as packaged by the CPU according to the API. The information from the application then waits in memory until it is accessed by the vertex shader. After the vertex shader has determined its operation, the information is output to the pixel shader through a particular data path (output from the vertex shader is generally too slow to place the output in video memory until it is accessed by the pixel shader ), The vertex shader is idle or continues to process more data. After the pixel shader executes the operation, the information is placed in the frame buffer to be scanned out to the display, or sent back to the host for another operation.

Although the existing tessellator implements some basic algorithms that generate a new vertex grid based on a small number of control-point vertices, the process is based on a pre-fixed algorithm and is limited to the front end of the pipeline, It can not be programmed to generate additional arbitrary geometry in the middle of the pipeline after processing by the processor.

Furthermore, once the vertices are generated by the tessellator, there is no place in the pipeline where vertices can be created.

That is, today's vertex shaders can receive, process, and output vertices, but can not create new vertices. Therefore, there is a need for a system and method that overcomes the limitations of the current programability associated with the current graphical pipeline architecture, API and hardware due to limitations of the instruction count, limitations of the output type and lack of data-sharing in the pipeline.

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems of the conventional art, and it is an object of the present invention to provide a model of a game object operating in a game scene, .

In order to accomplish the above object, a repetitive cyclic object model structure for a game scene implementation and an operation method of an iterative cyclic structure according to the present invention includes: a basic unit base object _stExObj (100) of a resource hierarchy; _StExChainLineObj (110) which is a resource object having the same chain line curve information in the resource frame; _StExCubicBezier (120) which is a resource object having the same Bezier curve information in the resource frame; _StExDB 130, which is a resource object having the same resource DB information; _StExLineObj (140) which is a resource object having the same resource frame inline information; _StExMap (150) which is a resource object having map tile information; A plural object of the _stExObj (100) object, _stExObjS (160) having an array attribute and managing a child; _StExPointObj (170) which is a resource object having the same point information in the resource frame; _StExPolygonObj (180) which is a resource object having the same polygon information in the resource frame; _StExRectObj (190) which is a resource object having the same Rect information in the resource frame; _StExSprite (200), a child object of -stExImage that wraps a specific image file, is a resource object that sprites a specific area and has information; On the resource structure, _stExTF (210), which is the base of the link object and has a size; _StExTimeline (220) having the script and frame information to be executed per tick, the most basic unit object of the resource animation; _SExtSymbol (230) which is a unit object of the output in which the resource animation information is combined; A resource object _sExtScene (Stage) 240 having information such as a location of a plurality of resource objects, a map tile, and the like and designating an initial value; And a script resource _sExtEventScript (250).

Here, it is preferable that the iterative recursive object model structure is a symbol-layer-frame (timeline) -object, and the object in the last leaf becomes a link of other symbols and has a continuous recursive structure.

According to another aspect of the present invention, there is provided a game system including a GUIXPageView (S100), a page UI component, a GUIDGridView (S110), a class providing a list view function of a checkerboard format, A GUIXListText (S130) which is an edit box class in which a cursor exists, and GUIXView (), which is an output minimum unit component to which a plurality of UIs can be climbed A progressive UI component GUIXProgressView S160, and a GUI component GUI175Label S170 for outputting a text, and a GUIDLabel S170 for outputting a text, GUixButton (S180) which is a UI class that functions as a button, GUIXControl (S190) which is a base class of all UI classes and performs a function of objectizing a resource, A GUIDEProgressBar (S200) used for various kinds of progress, a GFilm (S210) which is an object serving as a basic unit of output while having Film as a member object in the base class, and CameraPoint (S220 A GScheduleWorker S240 that manages the messages and a GCListuler S260 that manages the GC messages of the message and a ChildList of the GElement S270 that manage the scenes, (S270), which defines child management and relationships of functions having the basic attributes of GAtomic (S280), and GDirector (S270), which is a base unit of Scene, A touch-type class (Touch) (S300) for receiving a touch input, a class GAb (S290) for issuing a unique id and an ancestor of all objects, And message communication Transmitted through the person in charge class GListener (S310), GObj (S290) to see the unique id is characterized in that the processing of the game object GObject (S320).

Here, since each object is similar in circulation structure, except for a specific processing part, the game object and the UI all have the same logical structure as the parent-child relation, .

Further, the present invention provides a recording medium on which a program for implementing a game scene implementation and a method of operation of a cyclic structure is recorded.

According to the present invention, the same resource is inherited from one class, and various resource objects are created. At the same time, the resource has the same properties, and a circular structure is formed, and one scene becomes a circular structure. , It has a circular structure of the same logic.

Here, the most basic circular structure is a symbol-layer-frame (timeline) -object, and the object at the last leaf can be a link of another symbol. By doing so, there is an effect of increasing the productivity and flexibility of development through the circulation structure continuously.

In addition, by applying the three functions of the new SNS social game combined with the interactive functions of the game to the SNS activity elements, it is possible to enhance the lack of entertainment elements in the existing SNS service, thereby inducing competition and cooperation among the users through the integrated economic structure, One SNS activity can be induced.

1 is a view for explaining a graphics pipeline according to the prior art.
FIG. 2 is a block diagram for explaining a repetitive cyclic object model structure for a game scene implementation and an operation method of a cyclic cyclic structure according to the present invention.
FIG. 3 is a flowchart illustrating a method of processing an iterative recursive object model for implementing a game scene and an operation method of a recursive recursive structure according to the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

In addition, although the term used in the present invention is selected as a general term that is widely used at present, there are some terms selected arbitrarily by the applicant in a specific case. In this case, since the meaning is described in detail in the description of the relevant invention, It is to be understood that the present invention should be grasped as a meaning of a term that is not a name of the present invention. Further, in describing the embodiments, descriptions of technical contents which are well known in the technical field to which the present invention belongs and which are not directly related to the present invention will be omitted. This is for the sake of clarity of the present invention without omitting the unnecessary explanation.

FIG. 2 is a block diagram for explaining a repetitive cyclic object model structure of a game scene implementation and an operation method of a cyclic cyclic structure according to the present invention.

The iterative recursive object model structure according to the present invention is constructed such that _stExObj (100), which is the basic unit base object of the resource hierarchy, _stExChainLineObj (110), which is a resource object having the same chain line curve information in the resource frame, and Bezier curve information The resource object _stExCubicBezier 120, the resource object DB_stExDB 130 which is the same as the resource DB information, the resource object _stExLineObj 140 which is the same resource object in-line information, and the resource object _stExMap 150 ) And a plural object of the object _stExObj (100). A resource object _stExObjS 160 having an array property and managing a child, a resource object _stExPointObj 170 having the same point information in the resource frame, a resource object _stExPolygonObj (180) having the same polygon information in the resource frame, A resource object _stExRectObj (190) having the same Rect information, a child object of -stExImage wrapping a specific image file, a resource object _stExSprite (200) having information by spritting a specific area, and a link object And a unit object of the output in which the resource animation information is combined, that is, the unit object of the output, which is the base unit object of the resource animation, the _stExTimeline 220 having the script and frame information to be executed per tick, _sExtSymbol 230, a resource object having information such as a location of a plurality of resource objects, a map tile, and the like, ene (Stage) 240 and a script resource _sExtEventScript (250).

The iterative recursive object model structure according to the present invention is a symbol-layer-frame (timeline) -object, and the object in the last leaf can be a link of another symbol. That way, you will have a continuous cycle structure. Here ExObj is a base class for each attribute, and each object has a circular structure.

FIG. 3 is a flowchart for explaining a game scene implementation and a method of operation of the cyclic cyclic structure according to the present invention.

GUIXPageView (S100) is a page UI component that passes, and GUIXGridView (S110) is a class that provides a check-list view function.

GUIXListView (S120) is a UI component that outputs a list of items scrolled vertically or horizontally.

GUIXEditText (S130) is an edit box class in which the cursor exists.

GUIXView (S140) is an output minimum unit component to which a plurality of UIs can be uploaded

GUIXTabButton (S150) is a class that performs a function corresponding to each button of the tab UI.

GUIXProgressView (S160) is a progressive view. The progress is also a UI component.

GUIXLabel (S170) is a UI component that outputs text.

GUIXButton (S180) is a UI class that functions as a button.

GUIXControl (S190) is the base class for all UI classes, and the ability to objectize resources is key

GUIXProgressBar (S200) is used for the progress bar and various progress charts

GFilm (S210) is an object that is the basic unit of output, with Film as a member object in the base class.

CameraPoint (S220) is the base class of camera objects in Aperture.

The GScheduler (S230) manages the GSchedulerWorker (S240) and also processes the GC management of the message.

GScheduleWorker (S240) is a class that processes matic messages.

GDirector (S250) manages scenes with ChildList of GElement (S270). n Scene management is possible.

IGScene (S260) is the base class of Scene which is the basic unit of the screen.

GElement (S270) is a class that defines the child management and relationship of functions with the basic properties of GAtomic (S280).

GAtomic (S280) is a minimum unit class with basic properties such as linear transformation.

GObj (S290) is an ancestor of all objects and is a class that issues a unique id.

Touchable (S300) is a class that receives touch input.

The GListener (S310) is a class responsible for message communication.

The GObject S320 is a game object that refers to a unique id transmitted through GObj (S290).

As described above with reference to the object model structure, the method of processing the iterative recursive object model according to the present invention has a similar cyclic structure to each object, and therefore, except for a specific processing part, .

At this time, each game object and UI have the same logical structure.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it should be understood that various changes and modifications will be apparent to those skilled in the art. Obviously, the invention is not limited to the embodiments described above. Accordingly, the scope of protection of the present invention should be construed according to the following claims, and all technical ideas which fall within the scope of equivalence by alteration, substitution, substitution and the like within the scope of the present invention, Range. In addition, it should be clarified that some configurations of the drawings are intended to explain the configuration more clearly and are provided in an exaggerated or reduced size than the actual configuration.

Claims (5)

The base unit base object for the resource hierarchy, _stExObj (100);
_StExChainLineObj (110) which is a resource object having the same chain line curve information in the resource frame;
_StExCubicBezier (120) which is a resource object having the same Bezier curve information in the resource frame;
_StExDB 130, which is a resource object having the same resource DB information;
_StExLineObj (140) which is a resource object having the same resource frame inline information;
_StExMap (150) which is a resource object having map tile information;
A plural object of the _stExObj (100) object, _stExObjS (160) having an array attribute and managing a child;
_StExPointObj (170) which is a resource object having the same point information in the resource frame;
_StExPolygonObj (180) which is a resource object having the same polygon information in the resource frame;
_StExRectObj (190) which is a resource object having the same Rect information in the resource frame;
_StExSprite (200), a child object of -stExImage that wraps a specific image file, is a resource object that sprites a specific area and has information;
On the resource structure, _stExTF (210), which is the base of the link object and has a size;
_StExTimeline (220) having the script and frame information to be executed per tick, the most basic unit object of the resource animation;
_SExtSymbol (230) which is a unit object of the output in which the resource animation information is combined;
A resource object _sExtScene (Stage) 240 having information such as a location of a plurality of resource objects, a map tile, and the like and designating an initial value; And
And a script resource (_sExtEventScript (250)). The recursive recursive object model structure for the game scene implementation and operation of the recursive recursive structure.
The method according to claim 1,
Wherein the recursive recursive object model structure is a symbol-layer-frame (timeline) -object, and the object in the last leaf is a link of other symbols and has a recursive structure continuously. And an iterative recursive object model structure for operation.
A GUIXGridView (S110) which is a class that provides a check-list-based list view function, a GUIXListView (S120) which is a UI component that outputs a list of items scrolled vertically or horizontally, A GUIXEditText (S130) which is an edit box class in which a cursor exists, an GUIXView (S140) which is an output minimum unit component to which a plurality of UIs can be moved, a GUIXTabButton (S150) which is a class that performs a function corresponding to each button of the tab UI, A progressive view, a progressive UI component GUIXProgressView (S160), a UI component for outputting text, a GUIXLabel (S170), a UI class serving as a button function, a GUIXButton (S180), and a base class of all UI classes, GU100Control (S190) that performs a function of objectizing a resource, a progress bar, a GUIXProgressBar (S200) used for various progress, and a movie as a member object in the base class A camera pointer S220 as a base class of a camera object of an aperture, a GScheduler S230 which manages a GSchedulerWorker S240 and also a GC management of a message, A GDirector S250 that manages scenes in the ChildList of the GElement S270 and can manage n scenes and a base class Scene of the scene unit IGScene S260, , GEtomic (S280) which is a minimum unit class having basic properties such as linear transformation and the like, an ancestor of all objects (S280), a class that defines child management and relation of functions having the basic attributes of GAtomic (Touch) (S300), which is a class for receiving a touch input, GListener (S310), which is a class responsible for message communication, and a unique id (ID) transmitted through GObj (S290) The game object A game scene implementation and operation method of an iterative recursive structure that processes GObject (S320).
The method of claim 3,
In the game scene implementation and operation method of the cyclic cyclic structure, since each object has similar cyclic structure, except for a specific processing part, the cyclic structure is continuously processed like a parent-child relationship, Wherein the object and the UI both have the same logical structure.
A GUIXGridView (S110) which is a class that provides a check-list-based list view function, a GUIXListView (S120) which is a UI component that outputs a list of items scrolled vertically or horizontally, A GUIXEditText (S130) which is an edit box class in which a cursor exists, an GUIXView (S140) which is an output minimum unit component to which a plurality of UIs can be moved, a GUIXTabButton (S150) which is a class that performs a function corresponding to each button of the tab UI, A progressive view, a progressive UI component GUIXProgressView (S160), a UI component for outputting text, a GUIXLabel (S170), a UI class serving as a button function, a GUIXButton (S180), and a base class of all UI classes, GU100Control (S190) that performs a function of objectizing a resource, a progress bar, a GUIXProgressBar (S200) used for various progress, and a movie as a member object in the base class A camera pointer S220 as a base class of a camera object of an aperture, a GScheduler S230 which manages a GSchedulerWorker S240 and also processes a GC management of a message, A GDirector S250 that manages scenes in the ChildList of the GElement S270 and can manage n scenes and a base class Scene of the scene unit IGScene S260, , GEtomic (S280) which is a minimum unit class having basic properties such as linear transformation and the like, an ancestor of all objects (S280), a class that defines child management and relation of functions having the basic attributes of GAtomic (Touch) (S300) for receiving a touch input, a GListener (S310) for a message communication, and a unique ID transmitted through the GObj (S290) id, Storing a program for implementing the structure of the repeating cycle to process the open GObject (S320) the game scene implementation and method of operation, the recording medium.

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