public void SaveToFlash() { byte[] buff = new byte[17]; int i = 0; USBXpress.toarray(buff,ref i,(byte)singleton.txNumCanales); USBXpress.toarray(buff,ref i,(Int16)singleton.txPeriodo); USBXpress.toarray(buff,ref i,(Int16)singleton.txSeparador); USBXpress.toarray(buff,ref i,(byte)(singleton.txPolarity?1:0)); USBXpress.toarray(buff,ref i,(byte)singleton.headtrack_panCh); USBXpress.toarray(buff,ref i,(byte)singleton.servo_ch[(int)Singleton.Canales.PAN]); USBXpress.toarray(buff,ref i,(byte)singleton.headtrack_tiltCh); USBXpress.toarray(buff,ref i,(byte)singleton.servo_ch[(int)Singleton.Canales.TILT]); USBXpress.toarray(buff,ref i,(float)singleton.uplinkValarm); USBXpress.toarray(buff,ref i,(byte)(singleton.useEmisora?1:0)); if (singleton.enable_headtrack) { USBXpress.toarray(buff,ref i,(byte)(singleton.enable_pan ? 1 : 0)); USBXpress.toarray(buff,ref i,(byte)(singleton.enable_tilt ? 1 : 0)); } WriteRAW(0xfc,buff); }
public void SetLowBattery(float v) // obsoleto { byte[] buff = new byte[4]; int i = 0; USBXpress.toarray(buff,ref i,v); WriteRAW(0xfa,buff); }
public static int[] SetAltura(int altitude) { int i = 0; byte [] buff = new byte[2]; USBXpress.toarray(buff, ref i, (Int16)altitude); return(build_packet((byte)REGS.Altura, buff)); }
public int ReadMaxWpts() { byte[] buffer = Read(Comandos.Ruta, 0xff, 0, 2); int i = 0; int numwpts = USBXpress.toint16(buffer, ref i); return(numwpts); }
public float ReadBatteryLevel() { byte[] buff = ReadRAW(0xfb,sizeof(float)); int i = 0; float v = USBXpress.tofloat(buff,ref i); return(v); }
public static int[] build_packet(byte id, float v) { int i = 0; byte[] buff = new byte[4]; USBXpress.toarray(buff, ref i, v); return(build_packet(id, buff)); }
public static int[] SetLat(float lat) { int i = 0; byte[] buff = new byte[4]; USBXpress.toarray(buff, ref i, lat); return(build_packet((byte)REGS.Lat, buff)); }
public void WriteMaxWpt(int num) { byte[] buffer = new byte[2]; int i = 0; USBXpress.toarray(buffer, ref i, (Int16)num); Write(Comandos.Ruta, 0xff, 0, buffer); ClearScrIkarus(); PrintAtIkarus(3, 3, string.Format("Escritos {0} Wpts", num)); }
public int[] ReadServosRAW() { byte[] buffer = Read(Comandos.SERVOS_RAW, 0, 0, 12 * 2); int[] servos = new int[buffer.Length / 2]; int i = 0; for (int j = 0; j < servos.Length; j++) { servos[j] = USBXpress.toint16(buffer, ref i); } return(servos); }
public float[] ReadADCs() { byte[] buffer = Read(Comandos.ADC_VALUES, 0, 0, 8 * 4); float [] adcs = new float[buffer.Length / 4]; int i = 0; for (int j = 0; j < adcs.Length; j++) { adcs[j] = USBXpress.tofloat(buffer, ref i); } return(adcs); }
public static int[] SetDebugVar(byte var, float value) { byte dato = (byte)(var & 0x3f); int i = 1; byte[] buff = new byte[5]; seqid = (byte)((seqid + 1) & 0x03); dato |= (byte)(seqid << 6); buff[0] = dato; USBXpress.toarray(buff, ref i, value); return(build_packet((byte)0xF, buff)); }
public void SetSlot(int slot,int[] mensaje) { byte[] buff = new byte[mensaje.Length * 2 + 1]; byte [] msg = USBXpress.tobytearray(mensaje); buff[0] = (byte)mensaje.Length; for (int i = 0; i < msg.Length; i += 2) { buff[i + 1] = msg[i + 1]; buff[i + 2] = msg[i]; } Write(Comandos.SLOT,slot,0,buff); }
public WayPoint ReadWpt(int id) { WayPoint wpt = null; wpt = new WayPoint(); int i = 0; byte[] buffer = Read(Comandos.Ruta, (byte)id, 0, 32); wpt.name = USBXpress.tostring(buffer, ref i, 20); wpt.Longitude = USBXpress.tofloat(buffer, ref i); wpt.Latitude = USBXpress.tofloat(buffer, ref i); wpt.Altitude = USBXpress.tofloat(buffer, ref i); return(wpt); }
public void WriteWpt(int id, string Name, float lon, float lat, float alt) { byte[] buffer = new byte[32]; int i; for (i = 0; i < 20 && i < Name.Length; i++) { buffer[i] = (byte)Name[i]; } for (; i < 20; i++) { buffer[i] = 0; } USBXpress.toarray(buffer, ref i, lon); USBXpress.toarray(buffer, ref i, lat); USBXpress.toarray(buffer, ref i, alt); Write(Comandos.Ruta, (byte)id, 0, buffer); }
public static extern USBXpress.ReturnCodes SI_CheckRXQueue(UInt32 cyHandle, ref UInt32 lpdwNumBytesInQueue, ref USBXpress.RXQueueStatus lpdwQueueStatus);
public static extern USBXpress.ReturnCodes SI_GetProductString(int dwDeviceNum, [MarshalAs(UnmanagedType.LPArray)] byte[] lpvDeviceString, USBXpress.ProductString dwFlags);
public USBXpress.ReturnCodes SI_GetProductString(int dwDeviceNum, [MarshalAs(UnmanagedType.LPArray)] byte[] lpvDeviceString, USBXpress.ProductString dwFlags) { if (tipo == TypeOS.i64) return USBXpress64.SI_GetProductString(dwDeviceNum, lpvDeviceString, dwFlags); else return USBXpress32.SI_GetProductString(dwDeviceNum, lpvDeviceString, dwFlags); }
public USBXpress.ReturnCodes SI_CheckRXQueue(UInt32 cyHandle, ref UInt32 lpdwNumBytesInQueue, ref USBXpress.RXQueueStatus lpdwQueueStatus) { if (tipo == TypeOS.i64) return USBXpress64.SI_CheckRXQueue(cyHandle, ref lpdwNumBytesInQueue, ref lpdwQueueStatus); else return USBXpress32.SI_CheckRXQueue(cyHandle, ref lpdwNumBytesInQueue, ref lpdwQueueStatus); }