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Chapter 6-6. Artificial Intelligence

Chapter 6-6. Artificial Intelligence. Demo 06 실행. Code file Bmp.h Bmp.cpp, Timer.h, Timer.cpp Defines.h, Bsprite.h, Bsprite.cpp, objects.h, objects.cpp, Sbmp.h, Sbmp.cpp Ddsetup.cpp, CSprite.h, Csprite.cpp, View.h(cpp) Main.cpp, Objects.h, Objects.cpp Objman.h(cpp), Random.h(cpp) : 수정

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Chapter 6-6. Artificial Intelligence

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  1. Chapter 6-6. Artificial Intelligence • Demo 06 실행 • Code file • Bmp.h Bmp.cpp, Timer.h, Timer.cpp • Defines.h, Bsprite.h, Bsprite.cpp, • objects.h, objects.cpp, Sbmp.h, Sbmp.cpp • Ddsetup.cpp, CSprite.h, Csprite.cpp, View.h(cpp) • Main.cpp, Objects.h, Objects.cpp • Objman.h(cpp), Random.h(cpp) : 수정 • Ai.h(cpp) : 추가 • Media file • Sprite.bmp,Bckgnd.bmp, Farm.bmp • Lib file • Ddraw.lib, Winmm.lib

  2. Here’s what you’ll learn • Rule based system의 정의와 구현방법 • 사물 개체의 코드위에 개체 지능 구축하는 방법 • 타이머와 의사 랜덤 수 생성기를 사용하여 지능형 개체들이 동일하게 작동하지 못하게 하는 방법 • 게임중에 생성 및 소멸되는 개체 관리하는 방법 • 단순 형태의 충돌 감지 구현하는 방법

  3. Artificial Intelligence • Rule based system을 이용한 인공지능구현 방법 • 까마귀의 동작을 예측하기 쉽지 않고, 보다 무질서한 개체구현

  4. 지능형 개체구현(1) • Cobject에서 CIntelligentObject 유도 • Simple Rule-based system을 이용하여 지능형 개체 구현 • CIntelligentObject의 특성 • 추적 : 까마귀 개체 달아남, 높이 변경 • 계속추적 시 : 지쳐서 속도를 낮춤 • 비행기속도를 낮춤 : 까마귀 무리 형성(비행기 앞, 뒤)

  5. 지능형 개체 구현(2) //defined in Ai.h(cpp) enum StateType{CRUISING_STATE,AVOIDING_STATE}; #include "objects.h" class CIntelligentObject: public CObject{ private: StateType m_eState; //state int m_nDesiredHeight; //desired altitude int m_nHeightTime; //time between height changes int m_nHeightDelayTime; //time to next height change int m_nSpeedVariationTime; //last time speed varied int m_nSpeedVariationDuration; //time to next speed vrn int m_nLastAiTime; //last time AI was used int m_nAiDelayTime; //time until AI next used int m_nDistance; //distance to plane int m_nVerticalDistance; //vertical distance from plane int m_nHorizontalDistance; //hor. distance from plane void ai(); //artificial intelligence void cruising_ai(); //ai for cruising along void avoiding_ai(); //ai for avoiding plane void set_state(StateType state); //change state public: CIntelligentObject(ObjectType object,int x,int y, int xspeed,int yspeed); //constructor virtual void move(); //move depending on time and speed void plane(int x,int y,int d); //relationship w/plane };

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