台球游戏源码(毕业设计).zip

#include "Game.h" CGame::CGame() { m_pD3D=NULL; m_pD3DDevice=NULL; m_pDirectInput=NULL; m_pKeyboard=NULL; m_pMouse=NULL; m_pFont=NULL; m_pTableMesh=NULL; m_pMesh=NULL; m_pCue=NULL; int i; for(i=0;i<SUMBALL;i++) m_pSphere[i]=NULL; m_dwFrames=0; m_dwFPS=65; m_dwPedotime=15; m_dwCountFrames=0; m_dwStartTime=0; m_dwEndTime=0; m_dwOldTime=0; m_dwNewTime=0; m_dwTotalPolygons=0; m_iMouseX=0; m_iMouseY=0; m_iScreenHeight=0; m_iScreenWidth=0; m_bQuit=FALSE; //*************************************** //**************For Camera*************** m_vecCameraPosition.x=75.0f; m_vecCameraPosition.y=20.0f; m_vecCameraPosition.z=0.0f; m_vecSavedCameraPosition.x=0.0f; m_vecSavedCameraPosition.y=0.0f; m_vecSavedCameraPosition.z=0.0f; m_vecSavedLookAtPosition.x=0.0f; m_vecSavedLookAtPosition.y=0.0f; m_vecSavedLookAtPosition.z=0.0f; m_iMouseStateX=0; m_iMouseStateY=0; //*************************************** //*************************************** m_fSysEnergy=0.0f; m_vecCuePosition.x=0.0f; m_vecCuePosition.y=0.0f; m_vecCuePosition.z=0.0f; m_vecCueDir.x=0.0f; m_vecCueDir.y=0.0f; m_vecCueDir.z=0.0f; m_bCtrl=FALSE; m_bSendBall=FALSE; m_iMoveCue=0; m_fScale=1.0f; m_fScaleTemp=1.0f; m_iMouseRight=0; m_fCueVelocity=0.0f; m_bPlanform=FALSE; //********************************************************************* //********************Code for SphereHitBarProcess()******************* //********************************************************************* m_vecRayPos.x=0.0f; m_vecRayPos.y=0.0f; m_vecRayPos.z=0.0f; m_vecRayPos2.x=0.0f; m_vecRayPos2.y=0.0f; m_vecRayPos2.z=0.0f; //For Z-axis proitive m_vecRayDir[0].x=0.0f; m_vecRayDir[0].y=0.0f; m_vecRayDir[0].z=1.0f; //For X-axis negative m_vecRayDir[1].x=-1.0f; m_vecRayDir[1].y=0.0f; m_vecRayDir[1].z=0.0f; //For Z-axis negative m_vecRayDir[2].x=0.0f; m_vecRayDir[2].y=0.0f; m_vecRayDir[2].z=-1.0f; //For X-axis proitive m_vecRayDir[3].x=1.0f; m_vecRayDir[3].y=0.0f; m_vecRayDir[3].z=0.0f; //For 45 degree m_vecRayDir[4].x=1.0f; m_vecRayDir[4].y=0.0f; m_vecRayDir[4].z=1.0f; D3DXVec3Normalize(&m_vecRayDir[4],&m_vecRayDir[4]); //For 135 degree m_vecRayDir[5].x=-1.0f; m_vecRayDir[5].y=0.0f; m_vecRayDir[5].z=1.0f; D3DXVec3Normalize(&m_vecRayDir[5],&m_vecRayDir[5]); //For 225 degree m_vecRayDir[6].x=-1.0f; m_vecRayDir[6].y=0.0f; m_vecRayDir[6].z=-1.0f; D3DXVec3Normalize(&m_vecRayDir[6],&m_vecRayDir[6]); //For 315 degree m_vecRayDir[7].x=1.0f; m_vecRayDir[7].y=0.0f; m_vecRayDir[7].z=-1.0f; D3DXVec3Normalize(&m_vecRayDir[7],&m_vecRayDir[7]); /* //For 15 degree m_vecRayDir[8].x=1.0f; m_vecRayDir[8].y=0.0f; m_vecRayDir[8].z=0.2679f; D3DXVec3Normalize(&m_vecRayDir[8],&m_vecRayDir[8]); //For 165 degree m_vecRayDir[9].x=-1.0f; m_vecRayDir[9].y=0.0f; m_vecRayDir[9].z=0.2679f; D3DXVec3Normalize(&m_vecRayDir[9],&m_vecRayDir[9]); //For 195 degree m_vecRayDir[10].x=-1.0f; m_vecRayDir[10].y=0.0f; m_vecRayDir[10].z=-0.2679f; D3DXVec3Normalize(&m_vecRayDir[10],&m_vecRayDir[10]); //For 345 degree m_vecRayDir[11].x=1.0f; m_vecRayDir[11].y=0.0f; m_vecRayDir[11].z=-0.2679f; */ /* //For Z-axis proitive m_vecRayDir[0].x=0.0f; m_vecRayDir[0].y=0.0f; m_vecRayDir[0].z=1.0f; //For X-axis negative m_vecRayDir[1].x=-1.0f; m_vecRayDir[1].y=0.0f; m_vecRayDir[1].z=0.0f; //For Z-axis negative m_vecRayDir[2].x=0.0f; m_vecRayDir[2].y=0.0f; m_vecRayDir[2].z=-1.0f; //For X-axis proitive m_vecRayDir[3].x=1.0f; m_vecRayDir[3].y=0.0f; m_vecRayDir[3].z=0.0f; for(i=4;i<DIRECTION_SEGMENTS;i++) { if(i*PEDOMETER > 0 && i*PEDOMETER < 90) { m_vecRayDir[i].x=1.0f; m_vecRayDir[i].y=0.0f; m_vecRayDir[i].z=fabsf(tanf((float)i*PEDOMETER)); continue; } if(i*PEDOMETER > 90 && i*PEDOMETER < 180) { m_vecRayDir[i].x=-1.0f; m_vecRayDir[i].y=0.0f; m_vecRayDir[i].z=fabsf(tanf((float)i*PEDOMETER)); continue; } if(i*PEDOMETER > 180 && i*PEDOMETER < 270) { m_vecRayDir[i].x=-1.0f; m_vecRayDir[i].y=0.0f; m_vecRayDir[i].z=-fabsf(tanf((float)i*PEDOMETER)); continue; } if(i*PEDOMETER > 270 && i*PEDOMETER < 360) { m_vecRayDir[i].x=1.0f; m_vecRayDir[i].y=0.0f; m_vecRayDir[i].z=-fabsf(tanf((float)i*PEDOMETER)); continue; } } for(i=4;i<DIRECTION_SEGMENTS;i++) D3DXVec3Normalize(&m_vecRayDir[i],&m_vecRayDir[i]); */ //For Y-axis negative m_vecRayDir[8].x=0.0f; m_vecRayDir[8].y=-1.0f; m_vecRayDir[8].z=0.0f; m_bHitBar=FALSE; m_fDistance=0.0f; //********************************************************************* //********************************************************************* //****************************For Sound******************************** //********************************************************************* m_pSoundHitCue0=NULL; m_pSoundHitCue1=NULL; m_pSoundHitBar=NULL; m_pSoundBimpacting0=NULL; m_pSoundBimpacting1=NULL; m_pSoundFallInHole=NULL; m_bSoundCardState=FALSE; //********************************************************************* //********************************************************************* } CGame::~CGame() { LogInfo("<br>Finsih Game:"); //Clean up object and interfaces CleanUpGame(); if(m_bSoundCardState) { CleanUpDirectAudio(); CoUninitialize(); } CleanUpDirectInput(); CleanUpDirect3D(); CoUninitialize(); //m_pMesh can't use SafeRelease macro because Mesh Pointer has been Release in ~Table(). //m_pMesh can't use SafeDelete macro because it never "new" object. //so....... m_pMesh=NULL; //save statistics to log DWORD dwDuration=(m_dwEndTime-m_dwStartTime)/1000; if((dwDuration!=0)&&(m_dwFrames!=0)) { //Log states LogInfo("<br>Statistics:"); LogInfo("<li>Start Time (ms): %d",m_dwStartTime); LogInfo("<li>End Time (ms): %d",m_dwEndTime); LogInfo("<li>Duration (s): %d",dwDuration); LogInfo("<li>Total Frame Count: %d",m_dwFrames); LogInfo("<li>Average FPS: %d",(m_dwFrames/dwDuration)); LogInfo("<li>Total Polygons: %d",m_dwTotalPolygons); LogInfo("<li>Average Polygons per Frame: %d",(m_dwTotalPolygons/m_dwFrames)); } else { LogInfo("<br>No statistics to report"); } StopLogging(); } D3DFORMAT CGame::CheckDisplayMode(UINT nWidth,UINT nHeight,UINT nDepth) { UINT x; D3DDISPLAYMODE d3ddm; for(x=0;x<m_pD3D->GetAdapterModeCount(0);x++) { m_pD3D->EnumAdapterModes(D3DADAPTER_DEFAULT,x,&d3ddm); if(d3ddm.Width==nWidth) { if(d3ddm.Height==nHeight) { if((d3ddm.Format==D3DFMT_R5G6B5) || (d3ddm.Format==D3DFMT_X1R5G5B5) || (d3ddm.Format==D3DFMT_X4R4G4B4)) { if(nDepth==16) { return d3ddm.Format; } } else if((d3ddm.Format==D3DFMT_R8G8B8) || (d3ddm.Format==D3DFMT_X8R8G8B8)) { if(nDepth==32) { return d3ddm.Format; } } } } } return D3DFMT_UNKNOWN; } BOOL CGame::InitializeD3D(HWND hwnd,UINT nWidth,UINT nHeight) { LogInfo("<br>Initialize Direct3D:"); m_pD3D=Direct3DCreate8(D3D_SDK_VERSION); if(m_pD3D==NULL) { LogError("<li>Unable to create DirectX8 interface."); return FALSE; } //Get the curren display mode D3DDISPLAYMODE d3ddm; d3ddm.Format=CheckDisplayMode(nWidth,nHeight,32); if(d3ddm.Format!=D3DFMT_UNKNOWN) { d3ddm.Width=nWidth; d3ddm.Height=nHeight; LogInfo("<li>%d x %d x 32bit back buffer format selected. Format = %d.",nWidth,nHeight,d3ddm.Format); } else { d3ddm.Format=CheckDisplayMode(nWidth,nHeight,16); if(d3ddm.Format!=D3DFMT_UNKNOWN) { d3ddm.Width=nWidth; d3ddm.Height=nHeight; LogInfo("<li>%d x %d x 16bit back buffer format selected. For