#define USE_OVRIO #include "criomain.h" #include "Vehicle.hpp" #ifdef _DEBUG #define AUTO_DENY_TIME 30.0f #else // !_DEBUG #define AUTO_DENY_TIME 5.0f #endif // _DEBUG Time g_AUX_ADT = AUTO_DENY_TIME; extern CRIOMAIN *g_pRIOMain; CRIOMAIN *g_pRIOMain; extern int m_gCool; BOOL g_bCrouch = FALSE;//han //BOOL g_bCool = FALSE; BOOL g_SearchLight = FALSE; BOOL g_UsingSearchLight = FALSE;//han BOOL g_LightAmp = FALSE; BOOL g_UsingLightAmp = FALSE;//han LONG *g_lpPadalMode = NULL; LONG *g_lpJoystickXMode = NULL; LONG g_Throttle; LONG g_LeftPedal; LONG g_RightPedal; LONG g_JoystickY; LONG g_JoystickX; LONG g_ThrottleResult = -1L; LONG g_HatResult = -1L; LONG g_ThrottleStart = INT_MIN; LONG g_LeftPedalStart = INT_MAX; LONG g_RightPedalStart = INT_MAX; LONG g_JoystickXLast = 0; LONG g_JoystickYLast = 0; LONG g_ThrottleLast = 0; LONG g_LeftPedalLast = 0; LONG g_RightPedalLast = 0; BOOL g_StartGame = FALSE; static int g_nOpenComState = 0; // 鉉 DWORD g_dwLastAnalogUpdate = 0; #define ASCII_XON 0x11 #define ASCII_XOFF 0x13 #define ACK_CHAR 0xFC #define NAK_CHAR 0xFD #define RESTART_CHAR 0xFE #define IDLE_CHAR 0xFF //member 변수처럼 활용할것. static HANDLE g_hCom = INVALID_HANDLE_VALUE; static OVERLAPPED wos; static OVERLAPPED ros; static OVERLAPPED wcos;//WaitCommEvent static HANDLE g_hCommWatchThread = NULL, g_hWatchEvent = NULL, g_hLampEvent = NULL; static DWORD g_dwThreadID; static BYTE packetbytes[16]; static packetbyteremain=0; static int chinpacket=0; static int g_naButtonThrottles[8]; // old(original) RIO Board static BYTE g_baRIOLengthsA[] = { 0, // 0.CheckRequest 0, // 1.VersionRequest 0, // 2.AnalogRequest 1, // 3.ResetRequest 2, // 4.LampRequest 2, // 5.CheckReply 2, // 6.VersionReply 10, // 7.AnalogReply 1, // 8.ButtonPressed 1, // 9.ButtonReleased 2, // 10.KeyPressed 2, // 11.KeyReleased 1, // 12.TestModeChange }; int g_nRIOPacketCountA = (sizeof(g_baRIOLengthsA) / sizeof(g_baRIOLengthsA[0])); // new RIO Board static BYTE g_baRIOLengthsB[] = { 0, // 0.CheckRequest 0, // 1.VersionRequest 0+1, // 2.AnalogRequest + frequency 1, // 3.ResetRequest 2+1, // 4.LampRequest + id 2, // 5.CheckReply 2, // 6.VersionReply 10, // 7.AnalogReply 1+1, // 8.ButtonPressed + id 1+1, // 9.ButtonReleased + id 2, // 10.KeyPressed 2, // 11.KeyReleased 1, // 12.TestModeChange 1, // 13.Ack2 + id 1, // 14.Nak2 + id }; int g_nRIOPacketCountB = (sizeof(g_baRIOLengthsB) / sizeof(g_baRIOLengthsB[0])); int g_nRIOType = 0; // 0: old(original) type, 1: new type int g_nEjectButton = 61; // 61: original, 31: new type BYTE* g_pbRIOLengths = NULL; int g_nRIOPacketCount = 0; enum RIOCommand { rio_CheckRequest = 0x80, // 128 rio_VersionRequest, // 129 rio_AnalogRequest, // 130 rio_ResetRequest, // 131 rio_LampRequest, // 132 rio_CheckReply, // 133 rio_VersionReply, // 134 rio_AnalogReply, // 135 rio_ButtonPressed, // 136 rio_ButtonReleased, // 137 rio_KeyPressed, // 138 rio_KeyReleased, // 139 rio_TestModeChange, // 140 // new RIO Board Only... rio_Ack2, // 141,0x8D rio_Nak2, // 142,0x8E }; enum RIOStatusType { BoardOk, BoardMissing, BoardBad, LampBad, RestartCount, AbandonCount, FullBufferCount }; enum LampState { solid=0, flashSlow=1, flashMed=2, flashFast=3, state1Off=0x00, state1Dim=0x04, state1Bright=0x0C, state2Off=0x00, state2Dim=0x10, state2Bright=0x30, }; enum { LampSolidOff = solid + state1Off + state2Off, LampSolidDim = solid + state1Dim + state2Dim, LampSolidBright = solid + state1Bright + state2Bright }; int g_bNoPlasma = 1; extern bool g_bCOOP; extern int g_nCoinCount; extern int g_nCoinCountTemp; extern int g_nCoinPerGame; RIOBUTTON CBUTTON_GROUP::s_aButtonTable[] = { //------------------------------- // #Aux Monitor5 (Bottom Right) // UP : 7 6 5 4 // DOWN: 3 2 1 0 //------------------------------- {'P', SYSKEY_NULL, LAMP_DIM}, // 0 48 Assign Group3 {'P', SYSKEY_NULL, LAMP_DIM}, // 1 49 Assign Group2 {'P', SYSKEY_NULL, LAMP_DIM}, // 2 50 Assign Group1 {-1, SYSKEY_NULL, LAMP_DIM}, // 3 51 firing Mode {'P', SYSKEY_NULL, LAMP_DIM}, // 4 52 Prev Weapon {'P', SYSKEY_NULL, LAMP_DIM}, // 5 53 Next Weapon {-1, SYSKEY_NULL, LAMP_DIM}, // 6 54 Chainfire Mode {-1, SYSKEY_NULL, LAMP_DIM}, // 7 55 Groupfire Mode //------------------------------- // #Aux Monitor4 (Bottom Left) // UP : 15 14 13 12 // DOWN: 11 10 9 8 //------------------------------- {'Q', SYSKEY_NULL, LAMP_DIM}, // 8 Cross Hair Target {'E', SYSKEY_CTRL, LAMP_DIM}, // 9 {'E', SYSKEY_NULL, LAMP_DIM}, //10 {'E', SYSKEY_SHFT, LAMP_DIM}, //11 {188, SYSKEY_NULL, LAMP_DIM}, //12 Target Armor State {'W', SYSKEY_CTRL, LAMP_DIM}, //13 {'W', SYSKEY_NULL, LAMP_DIM}, //14 {'W', SYSKEY_SHFT, LAMP_DIM}, //15 //------------------------------- // Secondary Screen // LEFT: 16 - 21 , RIGHT: 24 - 29 //------------------------------- {'J', SYSKEY_NULL, LAMP_DIM}, //16 Jump Jets {'S', SYSKEY_NULL, LAMP_DIM}, //17 ShutDownCommand {-1, SYSKEY_NULL, LAMP_DIM}, //18 Damage {'F', SYSKEY_NULL, LAMP_DIM}, //19 Flush {'C', SYSKEY_NULL, LAMP_DIM}, //20 Crouch {-1 , SYSKEY_NULL, LAMP_DIM}, //21 Program LAMPBLANK, //22 LAMPBLANK, //23 {'R', SYSKEY_NULL, LAMP_DIM}, //24 Radar Range {'R', SYSKEY_CTRL, LAMP_DIM}, //25 Radar Mode {'A', SYSKEY_NULL, LAMP_DIM}, //26 Light Amp {'L', SYSKEY_NULL, LAMP_DIM}, //27 Search Light {186, SYSKEY_NULL, LAMP_DIM}, //28 AutoCenter {-1 , SYSKEY_NULL, LAMP_DIM}, //29 {InputMode}-beginner/middle/advanced LAMPBLANK, //30 {Coin Inserted Signal if wired} {'Z', SYSKEY_CTRL, LAMP_NONE}, //31 {act as Eject if wired} //------------------------------- // #Aux Monitor2 (Bottom Center) // UP : 39 38 37 36 // DOWN: 35 34 33 32 //------------------------------- {-1, SYSKEY_NULL, LAMP_DIM}, //32 Ammo Dump Magazine {'J', SYSKEY_NULL, LAMP_DIM}, //33 Jump Jets {'J', SYSKEY_NULL, LAMP_DIM}, //34 Jump Jets {-1, SYSKEY_NULL, LAMP_DIM}, //35 Ammo Dump Round {'O', SYSKEY_CTRL, LAMP_DIM}, //36 Objectives {'N', SYSKEY_CTRL, LAMP_DIM}, //37 NAV point {'N', SYSKEY_NULL, LAMP_DIM}, //38 NAV point LAMPBLANK, //39 Team Speak? // {-1, SYSKEY_NULL, LAMP_NONE}, //39 Team Speak? //------------------------------- // #Aux Monitor1 (Upper Left) // UP : 47 46 45 44 // DOWN: 43 42 41 40 //------------------------------- {KEY_8, SYSKEY_CTRL, LAMP_DIM}, //40 yes/no {KEY_7, SYSKEY_CTRL, LAMP_DIM}, //41 ... {KEY_6, SYSKEY_CTRL, LAMP_DIM}, //42 ... {KEY_5, SYSKEY_CTRL, LAMP_DIM}, //43 ... {KEY_4, SYSKEY_CTRL, LAMP_DIM}, //44 team-mate 3 {KEY_3, SYSKEY_CTRL, LAMP_DIM}, //45 team-mate 2 {KEY_2, SYSKEY_CTRL, LAMP_DIM}, //46 team-mate 1 {KEY_1, SYSKEY_CTRL, LAMP_DIM}, //47 team-mate all //------------------------------- // #Aux Monitor3 (Upper Right) // UP : 55 54 53 52 // DOWN: 51 50 49 48 //------------------------------- {-1, SYSKEY_NULL, LAMP_DIM}, //48 0 Light Amp - Pinky Trigger {-1, SYSKEY_NULL, LAMP_DIM}, //49 1 Flush - Pinky Trigger {-1, SYSKEY_NULL, LAMP_DIM}, //50 2 Jump - Pinky Trigger {-1, SYSKEY_NULL, LAMP_DIM}, //51 3 Zoom - Pinky Trigger {190, SYSKEY_NULL, LAMP_DIM}, //52 4 Right MFD - Damage MFD(Armor Mode) {-1, SYSKEY_NULL, LAMP_DIM}, //53 5 CrossTarget - Pinky Trigger {-1, SYSKEY_NULL, LAMP_DIM}, //54 6 NextTarget - Pinky Trigger {'O', SYSKEY_NULL, LAMP_DIM}, //55 7 MUTE //------------------------------- // #Throttle 56 ~ 63 (8) //------------------------------- LAMPBLANK, //56 {Coin Inserted Signal if wired} LAMPBLANK, //57 LAMPBLANK, //58 LAMPBLANK, //59 LAMPBLANK, //60 {'Z', SYSKEY_CTRL, LAMP_NONE}, //61 {act as Eject if wired} LAMPBLANK, //62 {-1, SYSKEY_NULL, LAMP_NONE}, //63 dir toggle or JUMP ==> {'J', SYSKEY_NULL, LAMP_DIM}, //16 Jump Jets //------------------------------- // #JoyStick 64 ~ 71 (8) //------------------------------- LAMPBLANK,// {KEY_INSERT, SYSKEY_NULL, LAMP_NONE}, //64 Fire Group 1 (Main Triger) {-1, SYSKEY_NULL, LAMP_NONE}, //65 Hat_Down {-1, SYSKEY_NULL, LAMP_NONE}, //66 Hat_Up {-1, SYSKEY_NULL, LAMP_NONE}, //67 Hat_right {-1, SYSKEY_NULL, LAMP_NONE}, //68 Hat_left {VK_NUMPAD0, SYSKEY_NULL, LAMP_NONE}, //69 ZOOM - Pinky button LAMPBLANK,// {KEY_PRIOR, SYSKEY_NULL, LAMP_NONE}, //70 Fire Group 3 (Lower Trigger) LAMPBLANK,// {KEY_HOME, SYSKEY_NULL, LAMP_NONE}, //71 Fire Group 2 (Upper Trigger) }; #define MAXBUTTON_TABLE (sizeof(CBUTTON_GROUP::s_aButtonTable) / sizeof(CBUTTON_GROUP::s_aButtonTable[0])) BYTE CBUTTON_GROUP::s_aSaveLamp[MAXBUTTON_TABLE]; BYTE CBUTTON_GROUP::s_aCtrlLamp[MAXBUTTON_TABLE]; void CRIO_StartFrame(); void CRIO_StopFrame(); int IsLampOFF (int n); int _stdcall VehGetShutdownState(); int _stdcall VehGetJumpJetState(); void DoSaveMechInfos(PMechInfo pDest, PMechInfo pSrc, int nCount); void __stdcall PLASMA_Do(int nMode); void __stdcall RIO_Joy(DIJOYSTATE& js); void __stdcall RIO_ButEvent (BYTE *by); void __stdcall RIO_StartStop (BOOL bStart); BOOL SetupConnection(HANDLE hCom); HANDLE OpenConnection(int port); BOOL CloseConnection(); void TransmitCommChar2(HANDLE g_hCom,int ch); int ReadCommBlock( LPSTR lpszBlock, int nMaxLength ); DWORD g_dwLastPacketTime; DWORD g_dwLastBytesToWrite = 0; DWORD g_dCancelCount = 0; BYTE g_baLastPacket[20]; BOOL WriteCommBlock(LPSTR lpByte , DWORD dwBytesToWrite); DWORD FAR PASCAL CommWatchProc( LPSTR lpData ); short CombinePair(BYTE low_value, BYTE high_value); void AnalogEvent (BYTE *pData); BOOL SendPacket (const BYTE *ba,int length); BOOL SendCommand (const BYTE* pbPacket); BOOL SetLamp(int lampNumber, int state); void AnalogAllReset (); void GeneralReset(); void ResetThrottle(); void ResetLeftPedal(); void ResetRightPedal(); void ResetVerticalJoystick(); void ResetHorizontalJoystick(); void RequestCheck(); void RequestVersion(); void RequestAnalogUpdate(BYTE bFreq = 3); // start - for new RIO Board only... //received packet은 각각 다른 스레드에서 처리하므로.. ciritical section이 필요하다.. BYTE received_buffer[128][16]; int received_packet=0;//packets count in the received_buffer. DWORD received_serial=0; BYTE sent_buffer[128][16]; int sent_packet=0;//packets count in the sent_buffer. int sent_serial=0; DWORD ack_timeout=0; bool SaveReceivedPacket(const BYTE*ba,int length); bool GetSerialFromReceivedBuffer(char * ba); bool QueuePacket(const BYTE *ba,int length); int PopPacket(BYTE id); int GetPacketLength(BYTE * ba); void ReSendPackets(int count); void SendAck2(BYTE id); void SendNak2(BYTE id); int CompareID(int id,int serial); // end - for new RIO Board only... class CRIO_Module { private: CRITICAL_SECTION m_csJoyButtons; public: BYTE m_baButtons[4]; public: CRIO_Module() { InitializeCriticalSection(&m_csJoyButtons); for(int i = 0; i < sizeof(m_baButtons) / sizeof(m_baButtons[0]); i++) m_baButtons[i] = 0; } ~CRIO_Module() { DeleteCriticalSection(&m_csJoyButtons); } inline void EnterJoyButtons() { EnterCriticalSection(&m_csJoyButtons); } inline void LeaveJoyButtons() { LeaveCriticalSection(&m_csJoyButtons); } inline void SetJoyButton(int nIndex, BYTE bValue) { gosASSERT((0 <= nIndex) && (nIndex < sizeof(m_baButtons) / sizeof(m_baButtons[0]))); EnterCriticalSection(&m_csJoyButtons); m_baButtons[nIndex] = bValue; LeaveCriticalSection(&m_csJoyButtons); } inline void GetJoyButtons(BYTE baButtons[]) { EnterCriticalSection(&m_csJoyButtons); for(int i = 0; i < sizeof(m_baButtons) / sizeof(m_baButtons[0]); i++) baButtons[i] = m_baButtons[i]; /* static DWORD s_dwLT = 0; if (baButtons[0] && (!s_dwLT || (s_dwLT + 50 <= GetTickCount()))) { //MessageBeep(0); s_dwLT = GetTickCount(); } */ LeaveCriticalSection(&m_csJoyButtons); } void DoProcessButtons(const BYTE* pcbData); } s_RIO; void CRIO_Module::DoProcessButtons(const BYTE* pcbData) { BYTE state = pcbData[0]; BYTE index = pcbData[1]; switch(index) { case 64: // Fire Group 1 (Main Triger) SetJoyButton(0, (state == rio_ButtonPressed) ? 0x80: 0); break; case 70: // Fire Group 3 (Lower Trigger) SetJoyButton(3, (state == rio_ButtonPressed) ? 0x80: 0); break; case 71: // Fire Group 2 (Upper Trigger) SetJoyButton(2, (state == rio_ButtonPressed) ? 0x80: 0); break; default: PostMessage(g_hWnd,WM_USER+100,0,*(const DWORD*)pcbData); break; } } void CRIO_StartFrame() { } void CRIO_StopFrame() { if (g_hLampEvent) { if (g_dwLastBytesToWrite == 0) { for (int b = 0; b < MAXBUTTON_TABLE; b++) { if (CBUTTON_GROUP::s_aCtrlLamp[b] != CBUTTON_GROUP::s_aButtonTable[b].lamp) { SetEvent(g_hLampEvent); return; } } } ResetEvent(g_hLampEvent); } } int IsLampOFF (int n) { if (g_pRIOMain) { return ((CBUTTON_GROUP::s_aCtrlLamp[n]) == LAMP_OFF) ? 1: 0; } else { return -1; } } int _stdcall VehGetShutdownState() { VehicleInterface* p = VehicleInterface::GetInstance(); if (p) { return p->GetShutdownState(); } else { return -3; } } int _stdcall VehGetJumpJetState() { VehicleInterface* p = VehicleInterface::GetInstance(); if (p) { return p->GetJumpJetState(); } else { return -4; } } void DoSaveMechInfos(PMechInfo pDest, PMechInfo pSrc, int nCount) { if (nCount > 0) { memcpy(&pDest[0], &pSrc[0], sizeof(SMechInfo) * nCount); } } void __stdcall PLASMA_Do(int nMode) { g_pRIOMain->DoPlasma((char)nMode); } void __stdcall RIO_Joy(DIJOYSTATE& js) { if (g_pRIOMain) { g_pRIOMain->UpdateAnalog(js); } } void __stdcall RIO_ButEvent(BYTE *by) { if (g_pRIOMain) { #if 0 if (CTCL_IsConsole()) { // console... if (!g_bCOOP) { if ((by[0] == 255) && (by[1] == 0) && (by[2] == 255) && (by[3] == 0)) { g_nCoinCount++; } } return; } #endif g_pRIOMain->ButtonEvent(by[0], by[1]); } else { } } void __stdcall RIO_StartStop (BOOL bStart) { if (g_pRIOMain) { g_pRIOMain->m_bGamePlaying = bStart; if (bStart) { g_pRIOMain->SetTable(TRUE); } else { g_pRIOMain->ResetTable(TRUE); } } } BOOL SetupConnection(HANDLE hCom) { DCB dcb; BOOL fRetVal ; dcb.DCBlength = sizeof( DCB ) ; GetCommState( hCom, &dcb); if (CTCL_IsConsole()) { dcb.BaudRate = CBR_9600; } else { dcb.BaudRate = (g_nRIOType == 0) ? CBR_9600: CBR_115200; } dcb.ByteSize = 8 ; dcb.Parity = 0; dcb.StopBits = 0; dcb.fOutxDsrFlow = 0; dcb.fDtrControl = DTR_CONTROL_ENABLE ; dcb.fOutxCtsFlow = 0; dcb.fRtsControl = RTS_CONTROL_ENABLE; dcb.fInX = 0; dcb.fOutX = 0; dcb.XonChar = ASCII_XON ; dcb.XoffChar = ASCII_XOFF ; dcb.XonLim = 100 ; dcb.XoffLim = 100 ; dcb.fBinary = TRUE ; dcb.fParity = TRUE ; fRetVal=SetCommState( hCom, &dcb ) ; if(fRetVal==0)return FALSE; // get any early notifications fRetVal=SetCommMask(hCom, EV_RXCHAR ) ; if(fRetVal==0)return FALSE; // setup device buffers fRetVal=SetupComm(hCom, 2, 2 ); if(fRetVal==0)return FALSE; // purge any information in the buffer fRetVal=PurgeComm(hCom, PURGE_TXABORT | PURGE_RXABORT |PURGE_TXCLEAR | PURGE_RXCLEAR ) ; if(fRetVal==0)return FALSE; // set up for overlapped I/O COMMTIMEOUTS CommTimeOuts={0,}; CommTimeOuts.ReadIntervalTimeout = 1 ; CommTimeOuts.ReadTotalTimeoutMultiplier = 1 ; CommTimeOuts.ReadTotalTimeoutConstant = 0 ; CommTimeOuts.WriteTotalTimeoutMultiplier = 0; CommTimeOuts.WriteTotalTimeoutConstant = 0 ; fRetVal=SetCommTimeouts(hCom, &CommTimeOuts ) ; if(fRetVal==0)return FALSE; return TRUE; /* 원래 처리 루틴.. NPTTYINFO npTTYInfo=0 ; BYTE bset1 = (BYTE) ((FLOWCTRL( npTTYInfo ) & FC_DTRDSR) != 0) ; BYTE bset2 = (BYTE) ((FLOWCTRL( npTTYInfo ) & FC_RTSCTS) != 0) ; BYTE bset3 = (BYTE) ((FLOWCTRL( npTTYInfo ) & FC_XONXOFF) != 0) ; dcb.DCBlength = sizeof( DCB ) ; GetCommState( hCom, &dcb ) ; dcb.BaudRate = BAUDRATE( npTTYInfo ) ; dcb.ByteSize = BYTESIZE( npTTYInfo ) ; dcb.Parity = PARITY( npTTYInfo ) ; dcb.StopBits = STOPBITS( npTTYInfo ) ; dcb.fOutxDsrFlow = bset1; dcb.fDtrControl = bset1 ? DTR_CONTROL_HANDSHAKE : DTR_CONTROL_ENABLE ; dcb.fOutxCtsFlow = bset2 ; dcb.fRtsControl = bset2?RTS_CONTROL_HANDSHAKE :RTS_CONTROL_ENABLE; dcb.fInX = bset3; dcb.fOutX = bset3 ; dcb.XonChar = ASCII_XON ; dcb.XoffChar = ASCII_XOFF ; dcb.XonLim = 100 ; dcb.XoffLim = 100 ; dcb.fBinary = TRUE ; dcb.fParity = TRUE ; fRetVal = SetCommState( hCom, &dcb ) ; */ /* return fRetVal; //처리되지 않는 항목들.. GetCommState의 기본값으로 처리한다. DWORD fDsrSensitivity:1; // DSR sensitivity DWORD fTXContinueOnXoff:1; // XOFF continues Tx DWORD fErrorChar: 1; // enable error replacement DWORD fNull: 1; // enable null stripping DWORD fAbortOnError:1; // abort on error DWORD fDummy2:17; // reserved WORD wReserved; // not currently used char ErrorChar; // error replacement character char EofChar; // end of input character char EvtChar; // received event character WORD wReserved1; // reserved; do not use */ } HANDLE OpenConnection(int port) { if (g_nRIOType == 0) { g_pbRIOLengths = &g_baRIOLengthsA[0]; g_nRIOPacketCount = g_nRIOPacketCountA; g_nEjectButton = 61; } else { g_pbRIOLengths = &g_baRIOLengthsB[0]; g_nRIOPacketCount = g_nRIOPacketCountB; g_nEjectButton = 31; } //port: 1~n char portname[8]; wsprintf(portname,"COM%d",port); DWORD dwFAs = FILE_ATTRIBUTE_NORMAL; #ifdef USE_OVRIO dwFAs |= FILE_FLAG_OVERLAPPED; #endif // USE_OVRIO g_hCom = CreateFile( portname, GENERIC_READ | GENERIC_WRITE,0,NULL,OPEN_EXISTING, dwFAs, NULL ); if (g_hCom != INVALID_HANDLE_VALUE) { if (SetupConnection(g_hCom)) { ros.hEvent = CreateEvent(NULL, TRUE, FALSE, NULL); wos.hEvent = CreateEvent(NULL, TRUE, FALSE, NULL); g_hWatchEvent = CreateEvent(0,0,0,0); g_hLampEvent = CreateEvent(0,FALSE,0,0); g_hCommWatchThread = CreateThread((LPSECURITY_ATTRIBUTES)NULL, 0, (LPTHREAD_START_ROUTINE)CommWatchProc, NULL, CREATE_SUSPENDED, &g_dwThreadID); if (g_hCommWatchThread) { //Thread까지 정상적으로 생성되었다. ////////////////////////////////////////////// //All OK //Exit Point <====== EscapeCommFunction( g_hCom, SETDTR ) ; Sleep(50); EscapeCommFunction( g_hCom, CLRDTR ) ; Sleep(1000); //SetThreadPriority(GetCurrentThread(),THREAD_PRIORITY_TIME_CRITICAL); SetThreadPriority(g_hCommWatchThread,THREAD_PRIORITY_TIME_CRITICAL); ResumeThread(g_hCommWatchThread); g_nOpenComState = 1; return g_hCom; } } CloseConnection(); } return INVALID_HANDLE_VALUE; } BOOL CloseConnection() { if (g_hCom != INVALID_HANDLE_VALUE) { SetCommMask(g_hCom, 0); //Terminate Watch Thread if (g_hCommWatchThread) { SetEvent(g_hWatchEvent); WaitForSingleObject(g_hCommWatchThread, INFINITE); g_hCommWatchThread = NULL; } if (g_hWatchEvent) { CloseHandle(g_hWatchEvent); g_hWatchEvent = NULL; } if (g_hLampEvent) { CloseHandle(g_hLampEvent); g_hLampEvent = NULL; } EscapeCommFunction(g_hCom, CLRDTR); // purge any outstanding reads/writes and close device handle PurgeComm(g_hCom, PURGE_TXABORT|PURGE_RXABORT|PURGE_TXCLEAR|PURGE_RXCLEAR); CloseHandle(g_hCom); g_hCom = INVALID_HANDLE_VALUE; // clean up event objects if (ros.hEvent) { CloseHandle(ros.hEvent); ros.hEvent = NULL; } if (wos.hEvent) { CloseHandle(wos.hEvent); wos.hEvent = NULL; } g_nOpenComState = 0; } return TRUE; } void TransmitCommChar2(HANDLE g_hCom,int ch) { #if 0 DWORD bytes; WriteFile(g_hCom,&ch,1,&bytes,NULL); FlushFileBuffers(g_hCom); #else TransmitCommChar(g_hCom,(char)ch); #endif } int ReadCommBlock( LPSTR lpszBlock, int nMaxLength ) { BOOL fReadStat ; COMSTAT ComStat ; DWORD dwErrorFlags; DWORD dwLength; DWORD dwError; // only try to read number of bytes in queue ClearCommError( g_hCom, &dwErrorFlags, &ComStat ) ; retry: dwLength = __min( (DWORD) nMaxLength, ComStat.cbInQue ) ; if (dwLength > 0){ fReadStat = ReadFile( g_hCom, lpszBlock,dwLength, &dwLength, &ros); for(int i=0;i<(int)dwLength;i++){ int ch=(BYTE)lpszBlock[i]; //받은 문자만큼 루프를 돈다. //현재.. 받고 있는 packet이 없고.. 어떤 control문자라도 올 수 있는 상태이다. if(packetbyteremain!=0){ //패킷에 해당하는 문자가 도착했다.. 나머지 문자들을 받는다. if (ch & 0x80) { packetbyteremain=0; chinpacket=0; continue; } packetbyteremain--; packetbytes[chinpacket] = ch; chinpacket++; if (packetbyteremain == 0) { //하나의 패킷이 완성되었다. 도착했다.. 즉시 반응한다. chinpacket--; // exclude check byte int packettype=packetbytes[0]; BYTE bCheckByte = 0; for(int kkk = 0; kkk < chinpacket; kkk++) { bCheckByte += packetbytes[kkk] & 0x7f; } static bool s_bool = true; if (s_bool || (bCheckByte & 0x7f) ==packetbytes[chinpacket]) { switch(packettype) { //PC to RIO case rio_CheckRequest: case rio_VersionRequest: case rio_AnalogRequest: case rio_ResetRequest: case rio_LampRequest: /*if(ComStat.cbOutQue==0) TransmitCommChar2(g_hCom,NAK_CHAR); break; */ //RIO to PC case rio_CheckReply: case rio_VersionReply: case rio_KeyPressed: case rio_KeyReleased: case rio_TestModeChange: if(ComStat.cbOutQue==0) TransmitCommChar2(g_hCom,ACK_CHAR); break; case rio_AnalogReply: if(ComStat.cbOutQue==0) TransmitCommChar2(g_hCom,ACK_CHAR); AnalogEvent (packetbytes); g_dwLastAnalogUpdate = 0; break; case rio_ButtonPressed: case rio_ButtonReleased: if (g_nRIOType == 0) { if(ComStat.cbOutQue==0) TransmitCommChar2(g_hCom,ACK_CHAR); s_RIO.DoProcessButtons(&packetbytes[0]); } else { //MessageBeep(0); BYTE id=packetbytes[2]; //if(CompareID(id,received_serial)==0){ SendAck2(id); //if (packetbytes[1] != 4) { // MessageBeep(0); s_RIO.DoProcessButtons(&packetbytes[0]); //} received_serial++; /* char buf[16]; while(GetSerialFromReceivedBuffer(buf)){//check if any more serial packet in the received_buffer. //if (packetbytes[1] != 4) { // MessageBeep(0); s_RIO.DoProcessButtons(&packetbytes[0]); //} } }else{//id is not serial if(CompareID(id,received_serial)>0) { SendNak2(received_serial & 0x7f); //new one.. SaveReceivedPacket(packetbytes,GetPacketLength(packetbytes)); } else if(CompareID(id,received_serial)<0) { SendAck2(id); //old pakcet ignore.. } } */ } break; case rio_Nak2: #ifdef _DEBUG packettype++; packettype--; #endif // _DEBUG case rio_Ack2://◆◆◆◆◆◆◆◆◆◆ if (g_nRIOType != 0) { BYTE id=packetbytes[1]; int popped_index=PopPacket(id); ack_timeout=GetTickCount()+30; if(popped_index==0){ //맨처음것... 정상적인 경우이다. }else if(popped_index>0){ //맨처음것이 아닌것. //이전것들이 정상적으로 보내지지 않았으므로 다시 보낸다... ReSendPackets(popped_index);//잘못된 개수 만큼.. }else{ //실패 했다는것은.. 없는 id가 왔다는 것인데.. //명백한 에러.. 그러나 특별히 대처할 방법은 없다. //그냥 무시한다. } } break; } } else { if (g_nRIOType == 0) { if (ComStat.cbOutQue==0) { if ((packettype == rio_ButtonPressed) || (packettype == rio_ButtonReleased)) TransmitCommChar2(g_hCom,NAK_CHAR); else TransmitCommChar2(g_hCom,ACK_CHAR); } } } // TransmitCommChar2(g_hCom,0xFC); // WriteTTYBlock(hWnd,"|",1); chinpacket=0; //packetbytes버퍼를 지운다. } else { //아직 패킷 문자들이 다 도착하지 않았다.. 아무것도 하지 않는다. ; } }else{ chinpacket=0; if ((rio_CheckRequest <= ch) && (ch < (rio_CheckRequest+g_nRIOPacketCount))) { packetbyteremain = g_pbRIOLengths[ch-rio_CheckRequest]+1; chinpacket=0; packetbytes[chinpacket]=ch; chinpacket++; } else { WriteCommBlock(NULL, ch); } } }//for(int i=0;i<(int)dwLength;i++) //상훈 뒤 if (!fReadStat){ if (GetLastError() == ERROR_IO_PENDING){ while(!GetOverlappedResult( g_hCom,&ros, &dwLength, TRUE )){ dwError = GetLastError(); if(dwError == ERROR_IO_INCOMPLETE) // normal result if not finished continue; else{ // an error occurred, try to recover ClearCommError( g_hCom, &dwErrorFlags, &ComStat ) ; break; } } goto retry; }else{ // some other error occurred dwLength = 0 ; ClearCommError( g_hCom, &dwErrorFlags, &ComStat ) ; } } } return dwLength; } BOOL WriteCommBlock(LPSTR lpByte, DWORD dwBytesToWrite) { if (lpByte == NULL) { switch(dwBytesToWrite) { case ACK_CHAR: g_dwLastBytesToWrite = 0; break; case NAK_CHAR: if (g_dwLastBytesToWrite != 0) { if (g_baLastPacket[0] == rio_LampRequest) { CBUTTON_GROUP::s_aButtonTable[g_baLastPacket[1]].lamp = LAMP_NOTEXIST; } g_dwLastBytesToWrite = 0; } break; case RESTART_CHAR: break; case IDLE_CHAR: break; default: break; } return FALSE; } //Normal Variables BOOL fWriteStat ; DWORD dwBytesWritten ; DWORD dwBytesSent=0; //Error Report DWORD dwErrorFlags; COMSTAT ComStat; if (g_dwLastBytesToWrite == 0) { g_dCancelCount = 0; g_dwLastPacketTime = GetTickCount(); if (g_nRIOType == 0) { g_dwLastBytesToWrite = dwBytesToWrite; } memcpy(g_baLastPacket, lpByte, dwBytesToWrite); } else { if (lpByte[0] == rio_LampRequest) { CBUTTON_GROUP::s_aButtonTable[lpByte[1]].lamp = LAMP_NOTEXIST; } if (++g_dCancelCount >= 5) { g_dwLastBytesToWrite = 0; } return FALSE; } fWriteStat = WriteFile(g_hCom, lpByte, dwBytesToWrite,&dwBytesWritten, &wos) ; if (fWriteStat == FALSE) { if (GetLastError() == ERROR_IO_PENDING) { while(!GetOverlappedResult(g_hCom,&wos, &dwBytesWritten, TRUE)) { if(GetLastError() == ERROR_IO_INCOMPLETE){ dwBytesSent += dwBytesWritten; Sleep(0);//Yield the process to the others } else { ClearCommError(g_hCom, &dwErrorFlags, &ComStat ) ; g_dwLastBytesToWrite = 0; return FALSE; } } } else { ClearCommError(g_hCom, &dwErrorFlags, &ComStat ) ; g_dwLastBytesToWrite = 0; return FALSE; } } return TRUE; } DWORD FAR PASCAL CommWatchProc( LPSTR lpData ) { wcos.hEvent=CreateEvent(NULL, TRUE, FALSE, NULL); HANDLE events[3]={wcos.hEvent,g_hWatchEvent,g_hLampEvent}; if (CTCL_IsConsole()) { if (!SetCommMask( g_hCom, EV_RXCHAR/*|EV_CTS*/)) return ( FALSE ) ; } else { if (!SetCommMask( g_hCom, EV_RXCHAR )) return ( FALSE ) ; } g_dwLastAnalogUpdate = GetTickCount() + 2800; while(1) { DWORD dwEvtMask = 0; WaitCommEvent( g_hCom, &dwEvtMask,&wcos ); DWORD ret=WaitForMultipleObjects(3,events,FALSE,50/*INFINITE*/); if(ret==WAIT_OBJECT_0){ //An Comm Event has arrived. DWORD bytesread; #ifdef USE_OVRIO GetOverlappedResult(g_hCom,&wcos,&bytesread,FALSE); #endif // USE_OVRIO BYTE abIn[16] ; ReadCommBlock((LPSTR) abIn, 16 ); //((dwEvtMask & EV_RXCHAR) == EV_RXCHAR) /*if (CTCL_IsConsole()) { if ((dwEvtMask & EV_CTS) == EV_CTS) { static BYTE s_ba4[4] = { 255,0,255,0}; s_RIO.DoProcessButtons(&s_ba4[0]); } } else {*/ if (g_nRIOType != 0) { ///◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆위의 ReadCommBlock에서 ack를 받았을 경우 duetime을 update시킨다. ///◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆CheckSentBuffer... if(GetTickCount()>ack_timeout) ReSendPackets(sent_packet);//sent_buffer에 있는 모든것들을 다시 보내본다. } /*}*/ }else if(ret==WAIT_OBJECT_0+1){ //Terminate This Thread. goto terminate; }else if(ret==WAIT_OBJECT_0+2){ //g_hLampEvent is set. g_pRIOMain->RunMain(); }else if(ret==WAIT_FAILED){ //can't be reached here.!!! //break; }else if (ret==WAIT_TIMEOUT) { if (g_nRIOType != 0) { ///◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆CheckSentBuffer... if(GetTickCount()>ack_timeout) ReSendPackets(sent_packet);//sent_buffer에 있는 모든것들을 다시 보내본다. } if (packetbyteremain == 0) { RequestAnalogUpdate(); /* DWORD dwTicks = GetTickCount(); if ((g_dwLastAnalogUpdate == 0) || ((g_dwLastAnalogUpdate + 200) <= dwTicks)) { g_dwLastAnalogUpdate = dwTicks; RequestAnalogUpdate(); } */ } else { } } } terminate: // get rid of event handle CloseHandle( wcos.hEvent ) ; return( TRUE ) ; } short CombinePair(BYTE low_value, BYTE high_value) { short result; result = (short)(((short) (low_value & 0x7F)) | (((short) high_value) << 7)); if (result & 0x2000) { result |= ~0x3FFF; } return result; } void AnalogEvent (BYTE *pData) { /* for (int i = 1; i <= 10; i++) { if (pData[i] == 0xFE) { //AnalogAllReset (); return; } } */ g_Throttle = CombinePair (pData[1], pData[2]); g_LeftPedal = CombinePair(pData[3], pData[4]); g_RightPedal = CombinePair(pData[5], pData[6]); g_JoystickY = CombinePair(pData[7], pData[8]); g_JoystickX = CombinePair(pData[9], pData[10]); /* static char s_szStr[256]; sprintf (s_szStr, "JOYX[%d]\n",g_JoystickX); ::OutputDebugString(s_szStr); */ } BOOL SendPacket (const BYTE *ba,int length) { if (g_nRIOType != 0) { if(ba[0]==rio_LampRequest){ QueuePacket(ba,length); } } return WriteCommBlock((LPSTR)ba,length); } BOOL SendCommand (const BYTE* pbPacket) { BYTE ba[256]; BYTE bCmd = *pbPacket; int cmdindex=bCmd & 0x7F; if (bCmd & 0x80) { if (cmdindex < g_nRIOPacketCount) { int nLeft = 1/* 1byte command */ + g_pbRIOLengths[cmdindex]; BYTE bCheck = 0; BYTE * p=ba; while (nLeft > 0) { BYTE b = *pbPacket++; *p++ = b; bCheck += b & 0x7F; nLeft--; } *p++ = bCheck & 0x7F; return SendPacket (ba, p - ba); } else { //unknown command } } else { ;//error } return TRUE; } BOOL SetLamp(int lampNumber, int state) { static BYTE request_lamp_string[] = { rio_LampRequest, 0, 0, 0 }; request_lamp_string[1] = (BYTE) (lampNumber & 0x7F); request_lamp_string[2] = (BYTE) (state & 0x7F); if (g_nRIOType != 0) { request_lamp_string[3] = (BYTE) (sent_serial++ & 0x7F); } return SendCommand (request_lamp_string); } void AnalogAllReset () { ResetThrottle (); ResetLeftPedal (); ResetRightPedal(); ResetVerticalJoystick(); ResetHorizontalJoystick(); } void GeneralReset() { received_serial = 0; static BYTE request_reset_string[] = { rio_ResetRequest, 0 }; SendCommand (request_reset_string); } void ResetThrottle() { static BYTE request_throttle_string[] = { rio_ResetRequest, 1 }; SendCommand (request_throttle_string); } void ResetLeftPedal() { static BYTE request_lpedal_string[] = { rio_ResetRequest, 2 }; SendCommand (request_lpedal_string); } void ResetRightPedal() { static BYTE request_rpedal_string[] = { rio_ResetRequest, 3 }; SendCommand (request_rpedal_string); } void ResetVerticalJoystick() { static BYTE request_vstick_string[] = { rio_ResetRequest, 4 }; SendCommand (request_vstick_string); } void ResetHorizontalJoystick() { static BYTE request_hstick_string[] = { rio_ResetRequest, 5 }; SendCommand (request_hstick_string); } void RequestCheck() { static BYTE request_check_string[] = { rio_CheckRequest }; SendCommand (request_check_string); } void RequestVersion() { static BYTE request_version_string[] = { rio_VersionRequest }; SendCommand (request_version_string); } void RequestAnalogUpdate(BYTE bFreq/* = 3*/) { static BYTE request_analog_string[] = { rio_AnalogRequest, 3/* freq */ }; if (g_nRIOType != 0) { request_analog_string[1] = bFreq; } SendCommand (request_analog_string); } bool SaveReceivedPacket(const BYTE*ba,int length) { if(received_packet<127){ //MessageBeep(0); CopyMemory(received_buffer[received_packet],ba,length); received_packet++; return true; }else{ return false; } } bool GetSerialFromReceivedBuffer(char * ba) { //ButtonPressed/Released만 저장해 놓는다.. //모든 serial packet을 옮긴다. if(received_packet>0){ if(received_buffer[0][2]==received_serial){ CopyMemory(ba,received_buffer[0],16); if(received_packet>1) MoveMemory(received_buffer[0],received_buffer[1],(received_packet-1)*16); received_packet--; received_serial++; return true; } } return false; } bool QueuePacket(const BYTE *ba,int length) { if(sent_packet<127){ CopyMemory(sent_buffer[sent_packet],ba,length); sent_packet++; return true; }else{ return false; } } int PopPacket(BYTE id) { //lamp는.. id가.. //search the packet.. for(int i=0;i0) MoveMemory(sent_buffer[i],sent_buffer[i+1],packets_to_move*16); sent_packet--; //if (i == 0) // return 0; return i;//found the item sucessfully } } return -1;//didn't find the item } int GetPacketLength(BYTE * ba) { return (1+g_pbRIOLengths[ba[0]-rio_CheckRequest]+1);//header+body+CS } void ReSendPackets(int count) { gosASSERT(count<=sent_packet); ack_timeout=GetTickCount()+30; for(int i=0;iserial) { if(id-serial<63) return 1; else return -1; } else {//if(idIsTeamAllowed() ? FALSE: TRUE; if (m_bFreeForAll) g_nTeamOrderMode = FREEFORALL_MODE; else g_nTeamOrderMode = TEAM_MODE; MWApplication::GetInstance()->ClearTOC(); g_fLastStartTime = 0.0; g_fLastCameraShipTime = gos_GetElapsedTime(); g_fLastScoringTime = g_fLastScoringTimeCechk = gos_GetElapsedTime(); m_bOneFlagShutDown = FALSE; // MSL 5.03 Ammo Dump g_nAmmoDump1 = FALSE; g_nAmmoDump2 = FALSE; g_nAssignGroup1 = FALSE; g_nAssignGroup2 = FALSE; g_nAssignGroup3 = FALSE; g_nPrevWeapon = FALSE; g_nNextWeapon = FALSE; g_nProgramMode = FALSE; g_nFiringMode = FALSE; MechWarrior4::g_baChainFireMode[0] = MechWarrior4::g_baChainFireMode[1] = MechWarrior4::g_baChainFireMode[2] = FALSE;//han // MSL 5.05 Objective Display g_bObjMode = false; g_bMuteMode = false; // MSL 5.03 Secondary Damage Display g_nAuxilMode = 0; // MSL 5.02 Pinky Button if (VehGetJumpJetState() > 0) { g_bJumpZoom = true; // Secondary button 16 set to Jump s_aButtonTable[69].norm_key = VK_NUMPAD0; s_aButtonTable[16].norm_key = 'J'; g_bZoomMode = true; g_bJumpMode = false; g_bFlushMode = false; g_bLightAmpMode = false; g_bNextTargetMode = false; g_bCrossTargetMode = false; } else { g_bJumpZoom = false; // Secondary button 16 set to Zoom s_aButtonTable[69].norm_key = VK_NUMPAD0; s_aButtonTable[16].norm_key = VK_NUMPAD0; g_bZoomMode = true; g_bJumpMode = false; g_bFlushMode = false; g_bLightAmpMode = false; g_bNextTargetMode = false; g_bCrossTargetMode = false; } g_nInputMode = g_nOldInputMode = _BIGINNER_MODE; g_ThrottleResult = -1L; g_HatResult = -1L; g_ThrottleStart = INT_MIN; g_LeftPedalStart = INT_MAX; g_RightPedalStart = INT_MAX; g_JoystickXLast = 0; g_JoystickYLast = 0; g_ThrottleLast = 0; g_LeftPedalLast = 0; g_RightPedalLast = 0; for (int b = 0; b < MAXBUTTON_TABLE; b++) { s_aCtrlLamp[b] = s_aSaveLamp[b];// = s_aButtonTable[b].lamp; // s_aButtonTable는 Old값이므로 초기치는 Off s_aButtonTable[b].lamp = LAMP_OFF; } PLASMA_Do(2); SetLampState (30, LAMP_BRIGHT); SetLampState (59, LAMP_BRIGHT); } } else { // 모든 테이블을 원래 상태로 for (int b = 0; b < MAXBUTTON_TABLE; b++) { s_aCtrlLamp[b] = s_aSaveLamp[b]; } } } void CBUTTON_GROUP::ResetTable(BOOL bFlag/* = true*/) { if (bFlag == TRUE) { if (g_StartGame) { g_StartGame = FALSE; PLASMA_Do(1); //GeneralReset (); m_bFreeForAll = FALSE; MWApplication::GetInstance()->ClearTOC(); g_fLastStartTime = 0.0; g_fLastCameraShipTime = 0.0; g_fLastScoringTimeCechk = 0.0; g_fLastScoringTime = 0.0; m_bOneFlagShutDown = FALSE; // MSL 5.03 Ammo Dump g_nAmmoDump1 = FALSE; g_nAmmoDump2 = FALSE; g_nAssignGroup1 = FALSE; g_nAssignGroup2 = FALSE; g_nAssignGroup3 = FALSE; g_nPrevWeapon = FALSE; g_nNextWeapon = FALSE; g_nProgramMode = FALSE; g_nFiringMode = FALSE; MechWarrior4::g_baChainFireMode[0] = MechWarrior4::g_baChainFireMode[2] = MechWarrior4::g_baChainFireMode[2] = FALSE;//han // MSL 5.05 Objective Display g_bObjMode = false; g_bMuteMode = false; // MSL 5.03 Secondary Damage Display g_nAuxilMode = 0; // MSL 5.02 Pinky Button if (VehGetJumpJetState() > 0) { g_bJumpZoom = true; // Secondary button 16 set to Jump s_aButtonTable[69].norm_key = VK_NUMPAD0; s_aButtonTable[16].norm_key = 'J'; g_bZoomMode = true; g_bJumpMode = false; g_bFlushMode = false; g_bLightAmpMode = false; g_bNextTargetMode = false; g_bCrossTargetMode = false; } else { g_bJumpZoom = false; // Secondary button 16 set to Zoom s_aButtonTable[69].norm_key = VK_NUMPAD0; s_aButtonTable[16].norm_key = VK_NUMPAD0; g_bZoomMode = true; g_bJumpMode = false; g_bFlushMode = false; g_bLightAmpMode = false; g_bNextTargetMode = false; g_bCrossTargetMode = false; } g_nInputMode = g_nOldInputMode = _BIGINNER_MODE; g_ThrottleResult = -1L; g_HatResult = -1L; //g_JoystickXStart = INT_MIN; //g_JoystickXEnd = INT_MAX; //g_JoystickYStart = INT_MAX; //g_JoystickYEnd = INT_MIN; g_ThrottleStart = INT_MIN; g_LeftPedalStart = INT_MAX; g_RightPedalStart = INT_MAX; g_JoystickXLast = 0; g_JoystickYLast = 0; g_ThrottleLast = 0; g_LeftPedalLast = 0; g_RightPedalLast = 0; for (int b = 0; b < MAXBUTTON_TABLE; b++) { s_aCtrlLamp[b] = LAMP_OFF; // s_aSaveLamp[b]; } SetLampState (59, LAMP_OFF); SetLampState (30, LAMP_OFF); } } else { // 모든 테이블을 Off for (int b = 0; b < MAXBUTTON_TABLE; b++) { switch(b) { case 17: // ShutDown Command case 48: // Pinky Trigger case 49: // Pinky Trigger case 50: // Pinky Trigger case 51: // Pinky Trigger case 52: // Right MFD - Damage MFD(Armor Mode) case 53: // Pinky Trigger case 54: // Pinky Trigger case 55: // MUTE // case 39: // Team Speak? case 36: // Objective Display case 12: // Target Armor State case 8: // Corss Hair Target case 0: // Assign Group3 case 1: // Assign Group2 case 2: // Assign Group1 case 3: // firing Mode case 4: // Prev Weapon case 5: // Next Weapon case 6: // Chainfire Mode case 7: // Groupfire Mode break; default: s_aCtrlLamp[b] = LAMP_OFF; break; } } } } int CBUTTON_GROUP::GetLampState(BYTE b) const { return s_aCtrlLamp[b]; } void CBUTTON_GROUP::SetLampState(BYTE b, int State) { BYTE &lamp = s_aCtrlLamp[b]; BYTE Oldlamp = lamp; #ifdef _DEBUG static BYTE g_bWatch = 26; if (b == g_bWatch) { int a = 0; a++; a--; } #endif // _DEBUG if (State == LAMP_DEFAULT) { //Defalult Lamp Set const BYTE dlamp = s_aSaveLamp[b]; lamp = dlamp; #ifdef _DEBUG State = dlamp; #endif // _DEBUG } else { lamp = (BYTE)State; } if (Oldlamp != lamp) { #if 0 // def _DEBUG char sz[64]; sprintf(sz, "but: %d, old %d -> new %d\n", b, Oldlamp, State); ::OutputDebugString(sz); #endif // _DEBUG //SetEvent(g_hLampEvent); } } CRIOMAIN::CRIOMAIN (HWND hWnd) { g_hWnd = hWnd; m_bGamePlaying = FALSE; m_bFreeForAll = FALSE; MWApplication::GetInstance()->ClearTOC(); g_fLastStartTime = 0.0; g_fLastCameraShipTime = 0.0; g_fLastScoringTimeCechk = 0.0; g_fLastScoringTime = 0.0; m_bOneFlagShutDown = FALSE; OpenConnection(1); // GeneralReset (); RequestAnalogUpdate (); //SetTable (); } CRIOMAIN::~CRIOMAIN () { GeneralReset (); CloseConnection (); } int CRIOMAIN::IsLampOFF(int n) const { if (s_aCtrlLamp[n] == LAMP_OFF) { return 1; } else { return 0; } } void CRIOMAIN::RunMain () { if (this) { //RequestAnalogUpdate (); if (g_nOpenComState) { if (g_dwLastBytesToWrite == 0) { for (int b = 0; b < MAXBUTTON_TABLE; b++) { BYTE Newlamp = s_aCtrlLamp[b]; BYTE &Oldlamp = s_aButtonTable[b].lamp; if (Newlamp != Oldlamp) { Oldlamp = Newlamp; LampEvent (b); return; } } } } } } BOOL CRIOMAIN::LampEvent (BYTE b) { BYTE state = s_aButtonTable[b].lamp; switch (state) { case LAMP_NONE: return TRUE; case LAMP_OFF: state = LampSolidOff; break; case LAMP_DIM: state = LampSolidDim; break; case LAMP_BRIGHT: state = LampSolidBright; break; case LAMP_FLASH: state = solid + flashMed + state2Bright; break; default: state = LampSolidOff; break; } return SetLamp (b, state); } void CRIOMAIN::ButtonEvent(BYTE state, BYTE index) { if ((index < 0) || (MAXBUTTON_TABLE <= index)) { return; } if (g_StartGame) AnalogButton(state, index); // Is Biginner mode -> disable key switch (index) { //case 16: // Jump Jets //case 33: // Jump Jets //case 34: // Jump Jets case 31: // Eject case 61: // Eject case 20: // Crouch case 17: // ShutDown case 25: // radar Mode case 26: // light amp if (g_nInputMode == _BIGINNER_MODE) { return; } else { break; } case 30: case 56: if (g_bCOOP && (state == rio_ButtonPressed)) { extern void _stdcall PlayCoinSound(int nSound); g_nCoinCount++; PlayCoinSound(0); } break; default: break; } if (!g_StartGame) { #if 0 // def _DEBUG if (state == rio_ButtonPressed) { int n = GetLampState(index); if (n < LAMP_FLASH) { if (n <= LAMP_OFF) n = LAMP_DIM; else n++; } else { n = LAMP_OFF; } //LAMP_OFF, LAMP_DIM, LAMP_BRIGHT, LAMP_FLASH SetLampState(index, n); } #endif // _DEBUG return; } int norm_key = CBUTTON_GROUP::s_aButtonTable[index].norm_key; if (norm_key < 0) return; int mod_key = CBUTTON_GROUP::s_aButtonTable[index].mod_key; if (mod_key < 0) return; switch (state) { case rio_ButtonPressed: if (mod_key > 0) { SendMessage (g_hWnd, WM_KEYDOWN, mod_key, 0); } SendMessage (g_hWnd, WM_KEYDOWN, norm_key, 0); break; case rio_ButtonReleased: SendMessage (g_hWnd, WM_KEYUP, norm_key, 0); if (mod_key > 0) { SendMessage (g_hWnd, WM_KEYUP, mod_key, 0); } break; default: break; } #if defined(_DEBUG) && 0 // watcom static char s_szStr[256]; sprintf (s_szStr, "Key:[%d]\n",index); ::OutputDebugString(s_szStr); #endif // watcom } void CRIOMAIN::AnalogButton(const BYTE state, const BYTE index) { NetMissionParameters::MWNetMissionParameters *params; if (MWApplication::GetInstance()->serverFlag) params = MWApplication::GetInstance()->GetLocalNetParams(); else params = MWApplication::GetInstance()->GetServerNetParams(); m_HeatMode = params->m_heatOn; int m_AmmoMode = params->m_ammobayfireOn; int m_WeaponJamMode = params->m_weaponjamOn; if (state == rio_ButtonPressed) { switch(index) { case 29: if (VehGetShutdownState() == 0) { if (g_nProgramMode) { if (g_nInputMode < _EXPERT_MODE) { g_nInputMode++; } else { g_nInputMode = _BIGINNER_MODE; } SetLampState (29, LAMP_BRIGHT); } } else { #if 0 // def _DEBUG switch(VehGetShutdownState()) { case -3: SetLampState (29, flashFast | state1Bright | state2Off); break; case -2: SetLampState (29, flashSlow | state1Dim | state2Off); break; case -1: SetLampState (29, state1Dim | state2Dim); break; case +1: SetLampState (29, state1Dim | state2Bright); break; } #endif // _DEBUG } break; // case 39: // { // SetLampState (39, LAMP_BRIGHT); // SendMessage (HWND_BROADCAST, WM_KEYDOWN, 'T', 0); // } // break; case 48: if (g_LightAmp == TRUE) { if ((g_bJumpMode == true) && (GetLampState(33) == LAMP_BRIGHT)) SendMessage (g_hWnd, WM_KEYUP, 'J', 0); if ((g_bFlushMode == true) && (GetLampState(19) == LAMP_BRIGHT)) SendMessage (g_hWnd, WM_KEYUP, 'F', 0); s_aButtonTable[69].norm_key = 'A'; s_aButtonTable[69].mod_key = SYSKEY_NULL; SetLampState (48, LAMP_BRIGHT); g_bZoomMode = false; g_bJumpMode = false; g_bFlushMode = false; g_bLightAmpMode = true; g_bNextTargetMode = false; g_bCrossTargetMode = false; } break; case 49: if ((g_bJumpMode == true) && (GetLampState(33) == LAMP_BRIGHT)) SendMessage (g_hWnd, WM_KEYUP, 'J', 0); if (m_HeatMode) { s_aButtonTable[69].norm_key = 'F'; s_aButtonTable[69].mod_key = SYSKEY_NULL; SetLampState (49, LAMP_BRIGHT); SetLampState (1, LAMP_BRIGHT); g_bZoomMode = false; g_bJumpMode = false; g_bFlushMode = true; g_bLightAmpMode = false; g_bNextTargetMode = false; g_bCrossTargetMode = false; } else { g_bFlushMode = false; SetLampState (49, LAMP_OFF); SetLampState (19, LAMP_OFF); } break; case 50: if ((g_bFlushMode == true) && (GetLampState(19) == LAMP_BRIGHT)) SendMessage (g_hWnd, WM_KEYUP, 'F', 0); SetLampState (50, LAMP_BRIGHT); if (VehGetJumpJetState() > 0) { g_bJumpZoom = false; // Secondary button 16 set to Zoom s_aButtonTable[69].norm_key = 'J'; s_aButtonTable[16].norm_key = VK_NUMPAD0; s_aButtonTable[69].mod_key = SYSKEY_NULL; g_bZoomMode = false; g_bJumpMode = true; g_bFlushMode = false; g_bLightAmpMode = false; g_bNextTargetMode = false; g_bCrossTargetMode = false; } else { g_bJumpZoom = false; // Secondary button 16 set to Zoom s_aButtonTable[16].norm_key = VK_NUMPAD0; s_aButtonTable[69].mod_key = SYSKEY_NULL; } break; case 51: if ((g_bJumpMode == true) && (GetLampState(33) == LAMP_BRIGHT)) SendMessage (g_hWnd, WM_KEYUP, 'J', 0); if ((g_bFlushMode == true) && (GetLampState(19) == LAMP_BRIGHT)) SendMessage (g_hWnd, WM_KEYUP, 'F', 0); SetLampState (51, LAMP_BRIGHT); if (VehGetJumpJetState() > 0) { g_bJumpZoom = true; // Secondary button 16 set to Jump s_aButtonTable[69].norm_key = VK_NUMPAD0; s_aButtonTable[16].norm_key = 'J'; s_aButtonTable[69].mod_key = SYSKEY_NULL; g_bZoomMode = true; g_bJumpMode = false; g_bFlushMode = false; g_bLightAmpMode = false; g_bNextTargetMode = false; g_bCrossTargetMode = false; } else { g_bJumpZoom = false; // Secondary button 16 set to Zoom s_aButtonTable[69].norm_key = VK_NUMPAD0; s_aButtonTable[16].norm_key = VK_NUMPAD0; s_aButtonTable[69].mod_key = SYSKEY_NULL; g_bZoomMode = true; g_bJumpMode = false; g_bFlushMode = false; g_bLightAmpMode = false; g_bNextTargetMode = false; g_bCrossTargetMode = false; } break; case 53: // Crosshair Target { if ((g_bJumpMode == true) && (GetLampState(33) == LAMP_BRIGHT)) SendMessage (g_hWnd, WM_KEYUP, 'J', 0); if ((g_bFlushMode == true) && (GetLampState(19) == LAMP_BRIGHT)) SendMessage (g_hWnd, WM_KEYUP, 'F', 0); s_aButtonTable[69].norm_key = 'Q'; s_aButtonTable[69].mod_key = SYSKEY_NULL; SetLampState (53, LAMP_BRIGHT); g_bZoomMode = false; g_bJumpMode = false; g_bFlushMode = false; g_bLightAmpMode = false; g_bNextTargetMode = false; g_bCrossTargetMode = true; } break; case 54: // Next Target { if ((g_bJumpMode == true) && (GetLampState(33) == LAMP_BRIGHT)) SendMessage (g_hWnd, WM_KEYUP, 'J', 0); if ((g_bFlushMode == true) && (GetLampState(19) == LAMP_BRIGHT)) SendMessage (g_hWnd, WM_KEYUP, 'F', 0); s_aButtonTable[69].norm_key = 'E'; s_aButtonTable[69].mod_key = SYSKEY_SHFT; SetLampState (54, LAMP_BRIGHT); g_bZoomMode = false; g_bJumpMode = false; g_bFlushMode = false; g_bLightAmpMode = false; g_bNextTargetMode = true; g_bCrossTargetMode = false; } break; // MSL 5.03 Secondary Damage Display case 18: g_nAuxilMode++; if (g_nAuxilMode > 2) { g_nAuxilMode = 0; } SetLampState (18, LAMP_BRIGHT); break; case 21: if (VehGetShutdownState() == 0) { g_nProgramMode = TRUE; SetLampState (21, LAMP_BRIGHT); } else { #if 0 // def _DEBUG switch(VehGetShutdownState()) { case -3: SetLampState (29, flashFast | state1Bright | state2Off); break; case -2: SetLampState (29, flashSlow | state1Dim | state2Off); break; case -1: SetLampState (29, state1Dim | state2Dim); break; case +1: SetLampState (29, state1Dim | state2Bright); break; } #endif // _DEBUG } break; // MSL 5.03 Dump Ammo case 32: g_nAmmoDump2 = TRUE; SetLampState (32, LAMP_BRIGHT); break; // MSL 5.03 Dump Ammo case 35: g_nAmmoDump1 = TRUE; SetLampState (35, LAMP_BRIGHT); break; case 0: g_nAssignGroup3 = TRUE; break; case 1: g_nAssignGroup2 = TRUE; break; case 2: g_nAssignGroup1 = TRUE; break; case 3: g_nFiringMode = TRUE; SetLampState (3, LAMP_BRIGHT); break; case 4: g_nPrevWeapon = TRUE; break; case 5: g_nNextWeapon = TRUE; break; case 6: // Chainfire Mode MechWarrior4::g_baChainFireMode[0] = MechWarrior4::g_baChainFireMode[1] = MechWarrior4::g_baChainFireMode[2] = TRUE; SetLampState(6, LAMP_BRIGHT); break; case 7: // Groupfire Mode MechWarrior4::g_baChainFireMode[0] = MechWarrior4::g_baChainFireMode[1] = MechWarrior4::g_baChainFireMode[2] = FALSE; SetLampState(7, LAMP_BRIGHT); break; case 63: // Throttle Back g_ThrottleResult = 1L; break; case 65: // Hat_Down g_HatResult = 18000L; break; case 66: // Hat_Up g_HatResult = 0L; break; case 67: // Hat_right g_HatResult = 9000L; break; case 68: // Hat_left g_HatResult = 27000L; break; } } else if (state == rio_ButtonReleased) { switch(index) { case 29: SetLampState (29, LAMP_DEFAULT); break; // case 39: // { // SetLampState (39, LAMP_DEFAULT); // SendMessage (HWND_BROADCAST, WM_KEYUP, 'T', 0); // } // break; case 48: if (g_LightAmp == TRUE) SetLampState (48, LAMP_DEFAULT); break; case 49: if (m_HeatMode) SetLampState (49, LAMP_DEFAULT); else SetLampState (49, LAMP_OFF); break; case 50: if (VehGetJumpJetState() > 0) { SetLampState (50, LAMP_DEFAULT); } else { SetLampState (50, LAMP_OFF); } break; case 51: SetLampState (51, LAMP_DEFAULT); break; case 53: SetLampState (53, LAMP_DEFAULT); break; case 54: SetLampState (54, LAMP_DEFAULT); break; // MSL 5.03 Secondary Damage Display case 18: SetLampState (18, LAMP_DEFAULT); break; case 21: g_nProgramMode = FALSE; SetLampState (21, LAMP_DEFAULT); break; // MSL 5.03 Dump Ammo case 32: g_nAmmoDump2 = FALSE; SetLampState (32, LAMP_DEFAULT); break; // MSL 5.03 Dump Ammo case 35: g_nAmmoDump1 = FALSE; SetLampState (35, LAMP_DEFAULT); break; case 3: g_nFiringMode = FALSE; SetLampState (3, LAMP_DEFAULT); break; case 6: // Chainfire Mode SetLampState(6, LAMP_DEFAULT); break; case 7: // Groupfire Mode SetLampState(7, LAMP_DEFAULT); break; case 63: g_ThrottleResult = -1L; break; case 65: // Hat_Down case 66: // Hat_Up case 67: // Hat_right case 68: // Hat_left g_HatResult = -1L; // Hat_center break; default: break; } } } void CRIOMAIN::UpdateAnalog (DIJOYSTATE &js) { #if 0 if (!g_StartGame) { if (!g_bCOOP) { // Analog Values Could be Updated & Used in Menu State(GOSScript) return; } } #endif g_lpPadalMode = NULL; g_lpJoystickXMode = NULL; switch (g_nInputMode) { default: // case _BIGINNER_MODE: g_lpJoystickXMode = &js.lX; g_lpPadalMode = NULL; break; case _VETERAN_MODE: g_lpJoystickXMode = &js.lX; g_lpPadalMode = &js.lRz; break; case _EXPERT_MODE: g_lpJoystickXMode = &js.lRz; g_lpPadalMode = &js.lX; break; } //if (!g_StartGame && g_bCOOP) { s_RIO.GetJoyButtons(js.rgbButtons); /*} else { js.rgbButtons[0] = 0; js.rgbButtons[1] = 0; js.rgbButtons[2] = 0; js.rgbButtons[3] = 0; }*/ UpdateHat (js); UpdatePadal (js); UpdateThrottle (js); //UpdateJoystickX (js); //UpdateJoystickY (js); UpdateJoystick (js); } void CRIOMAIN::UpdateHat (DIJOYSTATE &js) { js.rgdwPOV[0] = g_HatResult; } void CRIOMAIN::UpdatePadal (DIJOYSTATE &js) { #define RANGE_PADAL 500L #define DEADZONE_PADAL 10L /* == PADAL == Up : (-) Down : (+) ------------------ Set Start Position ------------------ Down Up ====================== ← (+) (-) → ====================== ↗ g_LeftPedalStart: INT_MAX (+) lP = (LONG)g_LeftPedalStart - g_LeftPedal; lP 결과값은 무조건 음수 */ LONG lP = 0; // // LEFT PADAL // if ((g_LeftPedal < -RANGE_PADAL) || (g_LeftPedal > RANGE_PADAL)) { // error! //::OutputDebugString ("!!!!! LEFT PEDAL ERROR !!!!!\n"); if (g_LeftPedal > RANGE_PADAL) { g_LeftPedalLast = -1000L; } else { g_LeftPedalLast = 0L; } } else { if (g_LeftPedalStart > g_LeftPedal) { g_LeftPedalStart = g_LeftPedal; } lP = (LONG)g_LeftPedalStart - g_LeftPedal; if (lP != 0) { lP = lP * 1000 / RANGE_PADAL; } // Dead Zone if (abs(lP) < DEADZONE_PADAL) { lP = 0; } g_LeftPedalLast = lP; } // // RIGHT PADAL // lP = 0; if ((g_RightPedal < -RANGE_PADAL) || (g_RightPedal > RANGE_PADAL)) { // error! //::OutputDebugString ("!!!!! RIGHT PEDAL ERROR !!!!!\n"); if (g_RightPedal > RANGE_PADAL) { g_RightPedalLast = 1000L; } else { g_RightPedalLast = 0L; } } else { if (g_RightPedalStart > g_RightPedal) { g_RightPedalStart = g_RightPedal; } lP = (LONG)g_RightPedalStart - g_RightPedal; if (lP != 0) { lP = lP * 1000 / RANGE_PADAL; } // Dead Zone if (abs(lP) < DEADZONE_PADAL) { lP = 0; } g_RightPedalLast = -lP; } // Update Analog if (g_lpPadalMode) { if (abs(g_LeftPedalLast) > 0 && abs(g_RightPedalLast) > 0) { // Left + Right *g_lpPadalMode = g_RightPedalLast + g_LeftPedalLast; } else if (abs(g_LeftPedalLast) > 0) { // Only Left *g_lpPadalMode = g_LeftPedalLast; } else if (abs(g_RightPedalLast) > 0) { // Only Right *g_lpPadalMode = g_RightPedalLast; } } #if defined(_DEBUG) && 0 // watcom static char s_szStr[256]; sprintf (s_szStr, "LEFT: RIO (%ld), START (%ld), LAST (%ld) \n", g_LeftPedal, g_LeftPedalStart, g_LeftPedalLast); ::OutputDebugString(s_szStr); sprintf (s_szStr, "RIGHT: RIO (%ld), START (%ld), LAST (%ld) \n", g_RightPedal, g_RightPedalStart, g_RightPedalLast); ::OutputDebugString(s_szStr); #endif // watcom } void CRIOMAIN::UpdateThrottle (DIJOYSTATE &js) { // [[RIO button value range]] // RIO board spec: (up) -800 ~ +800 (down) // actually maximum throttle-value-range is 800, not 1600(-800 ~ 800) // possible throttle value (g_ThrottleMax ~ (g_ThrottleMax - 800)) // g_ThrottleMax will be changedfrom input value... // // g_Throttle/g_ThrottleMax #define RANGE_THROTTLE 800L // [[joy button value range - (0 ~ 1000 <- we use this, one way throttle) or (-1000 ~ +1000)]] // g_ThrottleLast // -rbjump // dead zone (200-10 ---- 200+15) #define ZERO_THROTTLE 600L // see,,, control_mapping.cpp, 0.3 // CRIOMain will return MW4 as -1000 - +1000 // & MW4 will convert that value 0.0 = +1.0 // so around 0.3(from bithrottlecenter-bithrottlelow to bithrottlecenter+bithrottlehigh) will be dead-zone // active low zone is from 0.0 to (bithrottlecenter-bithrottlelow) // active high zone is from (bithrottlecenter+bithrottlelow) to 1.0 // so 0.3 is same 600 //#define DEAD_THROTTLE 50L // see,,, control_mapping.cpp, 0.025 #define DEADZONE_THROTTLE 50L /* == THROTTLE == Up : (-) Down : (+) ------------------ Set Start Position ------------------ Up Down ====================== ← (-) (+) → ====================== ↗ g_ThrottleStart: INT_MIN (-) */ LONG lT; if ((g_Throttle < -RANGE_THROTTLE) || (g_Throttle > RANGE_THROTTLE)) { // error if (g_Throttle < RANGE_THROTTLE) { if (g_ThrottleResult > 0L) { // back g_ThrottleLast = 1000L; } else { g_ThrottleLast = -1000L; } } else { g_ThrottleLast = 600L; } } else { // Set StartPosition if (g_ThrottleStart < g_Throttle) g_ThrottleStart = g_Throttle; lT = (LONG)g_ThrottleStart - g_Throttle; if (lT > 800L) lT = 800L; if (lT != 0) { lT = lT * 1000L / 800L; if ((lT > -DEADZONE_THROTTLE) && (lT < DEADZONE_THROTTLE)) { g_ThrottleLast = ZERO_THROTTLE; } else { if (g_ThrottleResult > 0L) { // back g_ThrottleLast = 900L + (lT * g_ThrottleResult * 0.1L); } else { // front g_ThrottleLast = lT * g_ThrottleResult; } } } } js.rglSlider[0] = g_ThrottleLast; #if defined(_DEBUG) && 0 // watcom static char s_szStr[256]; sprintf (s_szStr, "THROTTLE: RIO (%ld), START (%ld), LAST (%ld) \n", g_Throttle, g_ThrottleStart, g_ThrottleLast); ::OutputDebugString(s_szStr); #endif // watcom } void CRIOMAIN::UpdateJoystick (DIJOYSTATE &js) { /* #define DEADZONE_JOYSTICKX 20L #define DEADZONE_JOYSTICKY 20L LONG lJ; lJ = -g_JoystickX; if (lJ > 0) { lJ -= DEADZONE_JOYSTICKX; } else if (lJ < 0) { lJ += DEADZONE_JOYSTICKX; } if ((g_JoystickX > DEADZONE_JOYSTICKX) || (g_JoystickX < -DEADZONE_JOYSTICKX)) { g_JoystickXLast = lJ * 12.5L; if (g_JoystickXLast < -1000L) { g_JoystickXLast = -1000L; } else if (g_JoystickXLast > 1000L) { g_JoystickXLast = 1000L; } } else { g_JoystickXLast = 0L; } */ ////////////////////////////////////////////////////////////////////////////////// /* 80 의 의미 RIO (LEFT :120 ~ RIGHT :-80) 까지의 수를 돌려준다고 가정하고 (LEFT의경우) RIGHT 의 최대값 80 이상인 값을 잘라버리고 나머지는 버릴경우 LEFT 와 RIGHT가 동일한 속도로 움직일수 있다 */ ////////////////////////////////////////////////////////////////////////////////// LONG lJ; // MSL 5.03 Joystick Deadzone //#define DEADZONE_JOYSTICKX_LEFT 10L //#define DEADZONE_JOYSTICKX_RIGHT 10L #define DEADZONE_JOYSTICKX_LEFT 5L #define DEADZONE_JOYSTICKX_RIGHT 5L static const LONG sLeftRate = (LONG)((1000L) / (LONG)(80L - DEADZONE_JOYSTICKX_LEFT)); static const LONG sRightRate = (LONG)((1000L) / (LONG)(80L - DEADZONE_JOYSTICKX_RIGHT)); lJ = g_JoystickX; if (lJ < 0) // LEFT { lJ += DEADZONE_JOYSTICKX_LEFT; if ((lJ < 0)) { if (lJ < (-80 + DEADZONE_JOYSTICKX_LEFT)) lJ = (-80 + DEADZONE_JOYSTICKX_LEFT); g_JoystickXLast = lJ * sLeftRate; } else { g_JoystickXLast = 0L; } } else if (lJ > 0) // RIGHT { lJ -= DEADZONE_JOYSTICKX_RIGHT; if (lJ > 0) { if (lJ > (80 - DEADZONE_JOYSTICKX_RIGHT)) lJ = (80 - DEADZONE_JOYSTICKX_RIGHT); g_JoystickXLast = lJ * sRightRate; } else { g_JoystickXLast = 0L; } } if (g_JoystickXLast < -1000L) { g_JoystickXLast = -1000L; } else if (g_JoystickXLast > 1000L) { g_JoystickXLast = 1000L; } g_JoystickXLast = -g_JoystickXLast; if (g_lpJoystickXMode) { *g_lpJoystickXMode = g_JoystickXLast; } #if 0 // def _DEBUG extern char DisplayInfoText[128]; extern DWORD EndDisplayInfoTime; extern DWORD EnableDisplayInfo; if( EnableDisplayInfo==0 ) { disp: sprintf(DisplayInfoText, "X(%ld) L(%ld)", g_JoystickX, g_JoystickXLast); EnableDisplayInfo = 1; } else if (EnableDisplayInfo==2) { if( timeGetTime() < EndDisplayInfoTime+50 ) { } else { goto disp; } } else { } #endif // _DEBUG ///////////////////////// ///////////////////////// ///////////////////////// // MSL 5.03 Joystick Deadzone //#define DEADZONE_JOYSTICKY_UP 10L //#define DEADZONE_JOYSTICKY_DOWN 10L #define DEADZONE_JOYSTICKY_UP 5L #define DEADZONE_JOYSTICKY_DOWN 5L static const LONG sUpRate = (LONG)((1000L) / (LONG)(80L - DEADZONE_JOYSTICKY_UP)); static const LONG sDownRate = (LONG)((1000L) / (LONG)(80L - DEADZONE_JOYSTICKY_DOWN)); lJ = g_JoystickY; if (lJ < 0) // UP { lJ += DEADZONE_JOYSTICKY_UP; if ((lJ < 0)) { if (lJ < (-80 + DEADZONE_JOYSTICKY_UP)) lJ = (-80 + DEADZONE_JOYSTICKY_UP); g_JoystickYLast = lJ * sUpRate; } else { g_JoystickYLast = 0L; } } else if (lJ > 0) // Down { lJ -= DEADZONE_JOYSTICKY_DOWN; if (lJ > 0) { if (lJ > (80 - DEADZONE_JOYSTICKY_DOWN)) lJ = (80 - DEADZONE_JOYSTICKY_DOWN); g_JoystickYLast = lJ * sDownRate; } else { g_JoystickYLast = 0L; } } if (g_JoystickYLast < -1000L) { g_JoystickYLast = -1000L; } else if (g_JoystickYLast > 1000L) { g_JoystickYLast = 1000L; } /* if (lJ > 0) { lJ -= DEADZONE_JOYSTICKY; } else if (lJ < 0) { lJ += DEADZONE_JOYSTICKY; } if ((g_JoystickY > DEADZONE_JOYSTICKY) || (g_JoystickY < -DEADZONE_JOYSTICKY)) { if (lJ < 0) { // Up g_JoystickYLast = lJ * 15.0L; } else if (lJ > 0) { // Down g_JoystickYLast = lJ * 12.5L; } if (g_JoystickYLast < -1000L) { g_JoystickYLast = -1000L; } else if (g_JoystickYLast > 1000L) { g_JoystickYLast = 1000L; } } else { g_JoystickYLast = 0L; } */ js.lY = g_JoystickYLast; #if defined(_DEBUG) && 0 // watcom static char s_szStr[256]; sprintf (s_szStr, "@JOY_Y@ RIO (%ld), LAST (%ld) \n", g_JoystickY, g_JoystickYLast); ::OutputDebugString(s_szStr); sprintf (s_szStr, "@JOY_X@ RIO (%ld), LAST (%ld) \n", g_JoystickX, g_JoystickXLast); ::OutputDebugString(s_szStr); #endif // watcom } void CRIOMAIN::Redf_ThrottleMessageHandler (VehicleInterface& vh, BYTE btnIndex, int data) { if (data > 0) { g_naButtonThrottles[btnIndex] = 1; // } else { if (g_naButtonThrottles[btnIndex] <= 0) { return; } g_naButtonThrottles[btnIndex] = 0; } BYTE button = 47 - btnIndex; // 0 - 47, 1 - 46, 2 - 45... if (vh.GetShutdownState()) return; // m_bFreeForAll, g_nTeamOrderMode, g_TeamOrderCount, g_TeamOrderOthers, g_fLastStartTime SetTeamOrderButtons(true); BYTE& bButtonValue = s_aCtrlLamp[button]; if (bButtonValue != LAMP_OFF) { if (data > 0) { SetLampState (button, LAMP_BRIGHT); } else { SetLampState (button, LAMP_DEFAULT); DoTeamOrderButton(vh, button); } } } void CRIOMAIN::DoTeamOrderButton(VehicleInterface& vh, int button) { switch(g_nTeamOrderMode) { case FREEFORALL_MODE: g_nTeamOrderSelect = button; g_TeamOrderCountSave = g_TeamOrderCount; g_TeamOrderOthersSave = g_TeamOrderOthers; DoSaveMechInfos(&g_aSavedMechInfos[0], &g_aMechInfos[0], 1 + g_TeamOrderCount + g_TeamOrderOthers); g_nTeamOrderMode = TEAM_MESSAGE2; break; case TEAM_MODE: g_nTeamOrderSelect = button; g_TeamOrderCountSave = g_TeamOrderCount; g_TeamOrderOthersSave = g_TeamOrderOthers; DoSaveMechInfos(&g_aSavedMechInfos[0], &g_aMechInfos[0], 1 + g_TeamOrderCount + g_TeamOrderOthers); if ((40 <= button) && (button <= 41)) { if (!g_pCurTOC) { break; } // Affirmative or negative MWApplication *app = MWApplication::GetInstance(); const ServedConnectionData& scd = app->servedConnectionData[g_pCurTOC->m_nFrom]; if (scd.clientConnected && scd.clientLoaded) { MWPlayer* plyr = scd.clientPlayer; if (plyr) { Vehicle* pv = plyr->GetVehicle(); if (pv && (pv->GetClassID() == MechClassID)) { DynamicMemoryStream stream; int nMsgIndex = (button == 41) ? 14: 15; // yes: no if (!app->serverFlag) { stream.WriteBytes(&g_pCurTOC->m_nFrom, 1); // to } stream.WriteBytes(&g_aSavedMechInfos[0].connectionID, 1); // from... stream.WriteBytes(&nMsgIndex, 1); stream.WriteByteAlign(); stream.Rewind(); if (app->serverFlag) { Network::GetInstance()->SendNetMessage(g_pCurTOC->m_nFrom, MWApplication::RepTeamOrderMessageID, &stream, true); } else { Network::GetInstance()->SendNetMessage(Connection::Server->GetID(), MWApplication::svrRepTeamOrderMessageID, &stream, true); } } } } app->EndTOC(); if (button == 40) { // negative - restore last selection if (g_LastTarget != ReplicatorID::Null) { Connection *connection = Network::GetInstance()->GetConnection(g_LastTarget.connectionID); if (connection != NULL) { Check_Object(connection); Entity * target_entity = (Entity *)connection->FindReplicator(g_LastTarget); if (target_entity) { vh.SetGUITarget(target_entity); } } g_LastTarget = ReplicatorID::Null; } } } else if ((44 <= button) && (button <= 47)) // Do Team Message g_nTeamOrderMode = TEAM_MESSAGE1; else { // Do non-Team Message g_nTeamOrderMode = TEAM_MESSAGE2; } break; default: // case TEAM_MESSAGE1, TEAM_MESSAGE2: if (40 != button) { int nMsgIndex; nMsgIndex = 47 - button; // 47 - 0, 46 - 1 ... 41-6 if (g_nTeamOrderMode == TEAM_MESSAGE2) { nMsgIndex += 7; } int nMIStart, nMIs; SMechInfo aMIs[16]; nMIs = g_TeamOrderCountSave; nMIStart = 1; if (m_bFreeForAll) { if (g_nTeamOrderSelect != 40) { nMIs = 1; nMIStart = 1 + (47 - g_nTeamOrderSelect); // 47 - 1, 46 - 2... } } else { // team mode switch(g_nTeamOrderSelect) { case 47: // team all nMIs = g_TeamOrderCountSave; nMIStart = 1; break; case 46: // team mate 1 case 45: // team mate 2 case 44: // team mate 3 nMIs = 1; nMIStart = 47 - g_nTeamOrderSelect; // 46 - 1, 45 - 2, 44 - 3 break; case 43: // all nMIs = g_TeamOrderCountSave + g_TeamOrderOthersSave; nMIStart = 1; break; case 42: // all others... nMIs = g_TeamOrderOthersSave; nMIStart = 1 + g_TeamOrderCountSave; break; } } memcpy(aMIs, &g_aSavedMechInfos[nMIStart], sizeof(g_aSavedMechInfos[0]) * nMIs); if (m_bFreeForAll) g_nTeamOrderMode = FREEFORALL_MODE; else g_nTeamOrderMode = TEAM_MODE; Entity* target_entity = NULL; if ((nMsgIndex == 0) || (nMsgIndex == 1)) { // attack|defend my target target_entity = vh.m_interfaceTarget.GetCurrent(); if (!target_entity) { // no target... return; } } int i; MWApplication *app = MWApplication::GetInstance(); Network* pNet = Network::GetInstance(); bool b1stBOT = true; for(i = 0; i < nMIs; i++) { if (target_entity) { if (target_entity->GetReplicatorID() == aMIs[i]) continue; } DynamicMemoryStream stream; if (aMIs[i].m_bBOT) { // always to server directly... if (b1stBOT && ((nMsgIndex == 0) || (nMsgIndex == 1) || (nMsgIndex == 2) || (nMsgIndex == 6))) { b1stBOT = false; int nBot, nBOTs = 0; for(nBot = i; nBot < nMIs; nBot++) { if (aMIs[nBot].m_bBOT) { if (target_entity) { if (target_entity->GetReplicatorID() == aMIs[nBot]) continue; } nBOTs++; } } if (nBOTs <= 0) continue; stream.WriteBytes(&nBOTs, 1); // no meanning... stream.WriteBytes(&g_aSavedMechInfos[0].connectionID, 1); // from... stream.WriteBytes(&nMsgIndex, 1); for(nBot = i; nBot < nMIs; nBot++) { if (aMIs[nBot].m_bBOT) { if (target_entity) { if (target_entity->GetReplicatorID() == aMIs[nBot]) continue; } stream.WriteBytes(&aMIs[nBot].localID, 2); } } } else { b1stBOT = false; continue; } } else { if (!app->serverFlag) { // to server directly... // redirected part int nBOTs = 0; stream.WriteBytes(&nBOTs, 1); stream.WriteBytes(&aMIs[i].connectionID, 1); // to } // real part stream.WriteBytes(&g_aSavedMechInfos[0].connectionID, 1); // from... stream.WriteBytes(&nMsgIndex, 1); } if ((nMsgIndex == 0) || (nMsgIndex == 1)) { // attack|defend my target ReplicatorID id = target_entity->GetReplicatorID(); stream.WriteBytes(&id.connectionID, 1); stream.WriteBytes(&id.localID, 2); } stream.WriteByteAlign(); stream.Rewind(); //pNet->netStatCollector[Network::OutgoingSystemMessageBitSizeStat].AddToStatistic(aMIs[i].connectionID,stream.GetBufferBytesUsed()*8); if (app->serverFlag && !aMIs[i].m_bBOT) { pNet->SendNetMessage(aMIs[i].connectionID, MWApplication::TeamOrderMessageID, &stream, true); } else { pNet->SendNetMessage(Connection::Server->GetID(), MWApplication::svrTeamOrderMessageID, &stream, true); //if (app->serverFlag && aMIs[i].m_bBOT) { //} } } } else { // exit - do nothing if (m_bFreeForAll) g_nTeamOrderMode = FREEFORALL_MODE; else g_nTeamOrderMode = TEAM_MODE; } break; } } void CRIOMAIN::SetTeamOrderButtons(bool bForce/* = false*/) { if (!hsh_initialized || bForce) { if (g_nTeamOrderMode == TEAM_MODE) { g_TeamOrderCount=MWApplication::GetInstance()->GetMechInfos(0, g_aMechInfos, g_TeamOrderOthers) - 1; } else if(g_nTeamOrderMode == FREEFORALL_MODE) { g_TeamOrderCount=MWApplication::GetInstance()->GetMechInfos(2, g_aMechInfos, g_TeamOrderOthers) - 1; } } if (VehGetShutdownState()) { BYTE kkkkk; for(kkkkk = 40; kkkkk < 48; kkkkk++) { SetLampState (kkkkk, LAMP_OFF); } return; } int i; int TeamOrderCount = g_TeamOrderCount; switch(g_nTeamOrderMode) { case FREEFORALL_MODE: if (TeamOrderCount > 7) TeamOrderCount = 7; // all if (TeamOrderCount) { if (IsLampOFF(40)) { SetLampState (40, LAMP_DEFAULT); } } else { if (!IsLampOFF(40)) { SetLampState(40, LAMP_OFF); } } // each player for(i = 41; i <= 47; i++) { if (i <= 47 - TeamOrderCount) { if (!IsLampOFF(i)) { SetLampState (i, LAMP_OFF); } } else { if (IsLampOFF(i)) { SetLampState (i, LAMP_DEFAULT); } } } break; case TEAM_MODE: if (TeamOrderCount > 3) TeamOrderCount = 3; // team all if (TeamOrderCount) { if (IsLampOFF(47)) { SetLampState (47, LAMP_DEFAULT); } } else { if (!IsLampOFF(47)) { SetLampState(47, LAMP_OFF); } } // each team player for(i = 44; i <= 46; i++) { if (i <= 46 - TeamOrderCount) { if (!IsLampOFF(i)) { SetLampState (i, LAMP_OFF); } } else { if (IsLampOFF(i)) { SetLampState (i, LAMP_DEFAULT); } } } // all if (TeamOrderCount || g_TeamOrderOthers) { if (IsLampOFF(43)) { SetLampState (43, LAMP_DEFAULT); } } else { if (!IsLampOFF(43)) { SetLampState(43, LAMP_OFF); } } // all others... if (g_TeamOrderOthers) { if (IsLampOFF(42)) { SetLampState (42, LAMP_DEFAULT); } } else { if (!IsLampOFF(42)) { SetLampState(42, LAMP_OFF); } } // Affirmative or negative if (g_pCurTOC) { Scalar fT = gos_GetElapsedTime(); if ((fT - g_fLastStartTime) > AUTO_DENY_TIME) { g_fLastStartTime = 0.0f; MWApplication::GetInstance()->EndTOC(true); // negative - restore last selection if (g_LastTarget != ReplicatorID::Null) { Connection *connection = Network::GetInstance()->GetConnection(g_LastTarget.connectionID); if (connection != NULL) { Check_Object(connection); Entity * target_entity = (Entity *)connection->FindReplicator(g_LastTarget); if (target_entity) { VehicleInterface::GetInstance()->SetGUITarget(target_entity); } } g_LastTarget = ReplicatorID::Null; } goto auto_deny; } if (IsLampOFF (40)) SetLampState (40, LAMP_DEFAULT); if (IsLampOFF (41)) SetLampState (41, LAMP_DEFAULT); } else { auto_deny: if (!IsLampOFF (40)) SetLampState (40, LAMP_OFF); if (!IsLampOFF (41)) SetLampState (41, LAMP_OFF); } break; default: // case TEAM_MESSAGE1, TEAM_MESSAGE2: for(i = 40; i <= 47; i++) { if (IsLampOFF (i)) { SetLampState ((BYTE)i, LAMP_DEFAULT); } } break; } } void CPlasma::SendPacket (const BYTE* pbPacket, char nLen) { if (IsValid()) txComLoop (pbPacket, nLen); } void CPlasma::PlasmaClear () { char string[] = { ESC, '@'}; SendPacket ((BYTE*)string, 2); } void CPlasma::PlasmaCursor (char n) { char string[] = { ESC, 'G', char (n) }; SendPacket ((BYTE*)string, 3); } void CPlasma::PlasmaCursorHome () { char string[] = { ESC, 'L'}; SendPacket ((BYTE*)string, 2); } void CPlasma::PlasmaCursorX (char n) { char string[] = { ESC, 'R', n}; SendPacket ((BYTE*)string, 3); } void CPlasma::PlasmaCursorY (char n) { char string[] = { ESC, 'Q', n}; SendPacket ((BYTE*)string, 3); } void CPlasma::PlasmaFontAttr (char n) { char string[] = { ESC, 'H', (BYTE)n }; SendPacket ((BYTE*)string, 3); } void CPlasma::PlasmaFont (char n) { char string[] = { 27 /*ESC*/, 'K', n}; SendPacket ((BYTE*)string, 3); } void CPlasma::PlasmaText (const char *szText) { if (!szText) return; int len = strlen (szText); if (len >= 256) return; SendPacket ((BYTE*)szText, (char)len); } POINT CPlasma::GetFontSize (int Font) { POINT size = {0, 0}; switch (Font) { case 0: case 1: case 2: case 3: size.x = 5; size.y = 7; break; case 4: case 5: size.x = 10; size.y = 14; break; case 6: case 7: size.x = 5; size.y = 7; break; } return size; } void CPlasma::PlasmaBoxDraw (RECT tag) { char string[] = { ESC, 'X', (char)tag.left, (char)tag.top, (char)tag.right, (char)tag.bottom}; SendPacket ((BYTE*)string, 6); } void CPlasma::PlasmaBoxFill (RECT tag) { char string[] = { ESC, 'x', 0, (char)tag.left, (char)tag.top, (char)tag.right, (char)tag.bottom}; SendPacket ((BYTE*)string, 7); } void CPlasma::PlasmaPosText (const char *szText, char x, char y, char Attr, char Font) { if (!szText) return; int len = strlen (szText); if (len <= 0) return; if (Font != 2) // !Score { if (len <= 9) { Font = 5; } else if (len <= 20) { Font = 2; } else { Font = 2; len = 20; } } else { if (len > 20) len = 20; } if (x == 0 && y == 0) { x = 56 - ((len * GetFontSize (Font).x) / 2); y = 15 - ((GetFontSize (Font).y) / 2); } PlasmaCursorX (x); PlasmaCursorY (y); PlasmaFontAttr (Attr); PlasmaFont (Font); if (len >= 256) return; SendPacket ((const BYTE*)szText, len); } void CPlasma::PlasmaScoreDraw (const char *Rank, const char *Score, BOOL bFlag) { int CurRank = atoi (Rank); int CurScore = atoi (Score); RECT tag1 = {27,19,42,30}; RECT tag2 = {42,19,93,30}; RECT tag3 = {27,19,93,30}; //Fill if (bFlag == TRUE) { PlasmaBoxFill (tag3); PlasmaBoxDraw (tag1); PlasmaBoxDraw (tag2); } int len_Rank = strlen (Rank); int len_Score = strlen (Score); //{ if (len_Rank <= 2 && len_Rank > 0) if (len_Score <= 8 && len_Score > 0) { if (CurRank != m_nOldRank) { PlasmaPosText (" ", 29, 20, 0, 2); if (len_Rank == 1) PlasmaPosText (Rank, 33, 20, 0, 2); else PlasmaPosText (Rank, 29, 20, 0, 2); } if (m_nOldScore != CurScore) { PlasmaPosText (" ", 44, 20, 0, 2); PlasmaPosText (Score, (char)(85 - (len_Score * 5)), 20, 0, 2); } } m_nOldRank = CurRank; m_nOldScore = CurScore; //} } void CPlasma::DoPlasma(char nMode) { if (g_bNoPlasma) return; switch(nMode) { case 0: m_nGlobalState = -1; break; case 1: if ((m_nGlobalState != 0) && (m_nGlobalState != 2)) return; break; case 2: if ((m_nGlobalState != 1) && (m_nGlobalState != 2)) return; break; case 9: if ((m_nGlobalState != 1) && (m_nGlobalState != 2)) return; if (gos_GetElapsedTime() - m_timeLastPlasma2 < g_PlasmaClearTime) return; if (MWApplication::GetInstance()->GetApplicationState() != ApplicationStateEngine::WaitingForGameState) return; PlasmaDisplay(0, NULL, NULL, NULL); m_nGlobalState = -1; return; default: return; } MWApplication* app = MWApplication::GetInstance(); if (Connection::Local) { int nID = Connection::Local->GetID(); const ServedConnectionData& scd = app->servedConnectionData[nID]; if (scd.clientConnected) { if (nMode == 0) { PlasmaDisplay(0, NULL, NULL, NULL); m_nGlobalState = 0; } else if (nMode == 1) { PlasmaDisplay(1, scd.pilotName, NULL, NULL); m_nGlobalState = 1; m_timeLastPlasma2 = gos_GetElapsedTime(); } else { Time timeLastPlasma2 = gos_GetElapsedTime(); Time timeElapsed = timeLastPlasma2 -m_timeLastPlasma2; if (timeElapsed > 1.0f) { if (scd.clientLoaded) { MWPlayer* plyr = scd.clientPlayer; if (plyr) { Vehicle* pv = plyr->GetVehicle(); if (pv && (pv->GetClassID() == MechClassID)) { const ReplicatorID& RepID = pv->GetReplicatorID(); MWGUIManager *manager = MWGUIManager::GetInstance (); if (manager) { if (manager->Component(MWGUIManager::HUD_SCORE)) { HUDScore* hud = Cast_Object (HUDScore *,manager->Component(MWGUIManager::HUD_SCORE)); if (hud) { CHudScoreInfo aScores[16]; int i, nScore, nCount = hud->GetScoreArray(aScores, *(const ReplicatorID*)NULL, 1); for(i = 0; i < nCount; i++) { const CHudScoreInfo& HSI = aScores[i]; if (RepID == HSI) { nScore = HSI.m_nScore; while(i > 0) { if (aScores[i - 1].m_nScore != nScore) break; i--; } char szRank[10], szScore[20]; sprintf(szRank, "%d", i + 1); sprintf(szScore, "%d", nScore); PlasmaDisplay(2, NULL, szRank, szScore); m_nGlobalState = nMode; m_timeLastPlasma2 = timeLastPlasma2; break; } } } } } } } } } } } } } void CPlasma::PlasmaDisplay (int Gamestate, const char *szName/*9*/, const char *Rank/*2*/, const char *Score/*8*/) { static BOOL BoxFlag = FALSE; static BOOL NameFlag = FALSE; if (Gamestate == 0) // end { NameFlag = TRUE; PlasmaClear (); } else if (Gamestate == 1) // ready { if (NameFlag) { PlasmaPosText (" "); PlasmaPosText (szName); } NameFlag = FALSE; BoxFlag = TRUE; m_nOldRank = INT_MIN; m_nOldScore = INT_MIN; } else if (Gamestate == 2) // start { PlasmaScoreDraw (Rank, Score, BoxFlag); BoxFlag = FALSE; } }