public UIMConfigMode this[SpeedMode mode] { get { return(zones_[(int)mode]); } }
/// <summary> /// 連續移動 (需選擇使用軸參的手動速度或是自動速度) /// </summary> /// <param name="dir">移動方向</param> /// <param name="inAuto">手動或自動速度</param> /// <returns></returns> public bool ContinuousMove(RotationDirection dir, SpeedMode inAuto = SpeedMode.Auto) { I16 rc = -1; if (axisPara.IsActive && axisPara.Enabled) { if (isAllowMove(dir)) { sbyte bDir = 1; if (dir == RotationDirection.CW) { bDir = 1; } else { bDir = -1; } if (inAuto == SpeedMode.Auto) { CCMNet.CS_mnet_m204_tv_move(RingNoOfMNet, axisPara.SlaveIP, (U16)axisPara.AxisNo, MmToPulse(checkOverMaxSpeed(axisPara.StrVelA)) * bDir, MmToPulse(checkOverMaxSpeed(axisPara.DevVelA)) * bDir, axisPara.AccVelA); } else { CCMNet.CS_mnet_m204_tv_move(RingNoOfMNet, axisPara.SlaveIP, (U16)axisPara.AxisNo, MmToPulse(checkOverMaxSpeed(axisPara.StrVelM)) * bDir, MmToPulse(checkOverMaxSpeed(axisPara.DevVelM)) * bDir, axisPara.AccVelM); } } } return(rc == 0 ? true : false); }
/// <summary>Constructor with specific values</summary> /// <param name="minValue"></param> /// <param name="maxValue"></param> /// <param name="wrap"></param> /// <param name="rangeLocked"></param> /// <param name="maxSpeed"></param> /// <param name="accelTime"></param> /// <param name="decelTime"></param> /// <param name="name"></param> /// <param name="invert"></param> public AxisState( float minValue, float maxValue, bool wrap, bool rangeLocked, float maxSpeed, float accelTime, float decelTime, string name, bool invert) { m_MinValue = minValue; m_MaxValue = maxValue; m_Wrap = wrap; ValueRangeLocked = rangeLocked; HasRecentering = false; m_Recentering = new Recentering(false, 1, 2); m_SpeedMode = SpeedMode.MaxSpeed; m_MaxSpeed = maxSpeed; m_AccelTime = accelTime; m_DecelTime = decelTime; Value = (minValue + maxValue) / 2; m_InputAxisName = name; m_InputAxisValue = 0; m_InvertInput = invert; m_CurrentSpeed = 0f; m_InputAxisProvider = null; m_InputAxisIndex = 0; m_LastUpdateTime = 0; m_LastUpdateFrame = 0; }
public Gameboy( GameboyOptions options, Cartridge rom, IDisplay display, IController controller, ISoundOutput soundOutput, SerialEndpoint serialEndpoint) { _display = display; _gbc = rom.Gbc; SpeedMode = new SpeedMode(); var interruptManager = new InterruptManager(_gbc); _timer = new Timer(interruptManager, SpeedMode); Mmu = new Mmu(); var oamRam = new Ram(0xfe00, 0x00a0); _dma = new Dma(Mmu, oamRam, SpeedMode); _gpu = new Gpu(display, interruptManager, _dma, oamRam, _gbc); _hdma = new Hdma(Mmu); _sound = new Sound(soundOutput, _gbc); _serialPort = new SerialPort(interruptManager, serialEndpoint, SpeedMode); Mmu.AddAddressSpace(rom); Mmu.AddAddressSpace(_gpu); Mmu.AddAddressSpace(new Joypad(interruptManager, controller)); Mmu.AddAddressSpace(interruptManager); Mmu.AddAddressSpace(_serialPort); Mmu.AddAddressSpace(_timer); Mmu.AddAddressSpace(_dma); Mmu.AddAddressSpace(_sound); Mmu.AddAddressSpace(new Ram(0xc000, 0x1000)); if (_gbc) { Mmu.AddAddressSpace(SpeedMode); Mmu.AddAddressSpace(_hdma); Mmu.AddAddressSpace(new GbcRam()); Mmu.AddAddressSpace(new UndocumentedGbcRegisters()); } else { Mmu.AddAddressSpace(new Ram(0xd000, 0x1000)); } Mmu.AddAddressSpace(new Ram(0xff80, 0x7f)); Mmu.AddAddressSpace(new ShadowAddressSpace(Mmu, 0xe000, 0xc000, 0x1e00)); Cpu = new Cpu(Mmu, interruptManager, _gpu, display, SpeedMode); interruptManager.DisableInterrupts(false); if (!options.UseBootstrap) { InitiliseRegisters(); } }
public void Main(Application excelApp) { double[] xValues; double[] yValues; // 获取原始数据 Worksheet sht = excelApp.ActiveSheet; // Range valueRange = RangeValueConverter.GetRange(sht, 1, 1, 117, 2); var value = valueRange.Value; double[] vDate = ArrayConstructor.GetColumn <double>(RangeValueConverter.GetRangeValue <double>(value, false, 0), 0); double[,] vValue = RangeValueConverter.GetRangeValue <double>(value, false, 1); // 其他计算参数 int type = (int)sht.Cells[1, 4].Value; int newCount = (int)sht.Cells[2, 4].Value; // var sp = new SpeedMode(XdateNum.Select(r => (double)r).ToArray(), Y); var sp = new SpeedMode(vDate, ArrayConstructor.GetColumn(vValue, 0)); SpeedMode.ShrinkResult res; switch (type) { case 1: { res = sp.ShrinkByIdAverage(newCount); if (res == SpeedMode.ShrinkResult.Succeed) { // 绘制数据 RangeValueConverter.FillRange(sht, 1, 5, sp.GetX(), colPrior: true); RangeValueConverter.FillRange(sht, 1, 6, sp.GetY(), colPrior: true); } break; } case 2: { res = sp.ShrinkByXAxis(newCount); if (res == SpeedMode.ShrinkResult.Succeed) { // 绘制数据 RangeValueConverter.FillRange(sht, 1, 7, sp.GetX(), colPrior: true); RangeValueConverter.FillRange(sht, 1, 8, sp.GetY(), colPrior: true); } else { MessageBox.Show(sp.ErrorMessage); } break; } } }
public SizeCalculator(int sizeChange, SpeedMode speedMode, int iterations) { this.sizeChange = sizeChange; this.speedMode = speedMode; this.iterations = iterations > 0 ? iterations : 1; this.iterationsLeft = iterations; current = 0; CalcFirst(); }
private async Task GoAtSpeedForASecond(SpeedMode speed, CancellationToken cancellationToken) { var nrOperationsToDo = (int)speed; var operationDuration = 1000 / nrOperationsToDo; for (var i = 0; i < nrOperationsToDo; i++) { await Task.Delay(operationDuration, cancellationToken); this.perfCounter.Increment(); // increment the perfcounter each time an operation completes. } }
static void Main(string[] args) { args = new string[] { "bg", "PlainText", @"E:\AnalysInfo\Bulgarian\articles", @"E:\AnalysInfo\BulgarianResultPlain.txt" }; /* * Arg0 - short IETF language code * Arg1 - InputMode - Xml or plain text parsing * Arg2 - data source path * Arg3 - path for result * Arg4 - (optional)SpeedMode - Normal or Fast */ try { if (args.Length < 4) { throw new Exception("Wrong arguments"); } string language_code = args[0]; InputMode input_mode = (InputMode)Enum.Parse(typeof(InputMode), args[1]); string from_path = args[2]; string to_path = args[3]; SpeedMode speed_mode = SpeedMode.Normal; if (args.Length > 4) { speed_mode = (SpeedMode)Enum.Parse(typeof(SpeedMode), args[4]); } List <char> chars = new List <char>(); switch (language_code) { case "en": case "fr": case "de": chars = LatinCharacters.Concat(StandartPunctuationsCharacters).ToList(); break; case "ru": case "bg": chars = CyrillicCharacters.Concat(StandartPunctuationsCharacters).ToList(); break; } LanguageAnalizer analizer = new LanguageAnalizer(chars, from_path, to_path, InputMode.PlainText, SpeedMode.Normal); analizer.Analize(); } catch (Exception ex) { Console.WriteLine("Exception - {}", ex.Message); } }
private async Task GoAtSpeedForASecond(SpeedMode speed, CancellationToken cancellationToken) { var nrOperationsToDo = (int)speed; var operationDuration = 1000 / nrOperationsToDo; for (var i = 0; i < nrOperationsToDo; i++) { await Task.Delay(operationDuration, cancellationToken); this.perfCounter.Increment(); // increment the perfcounter each time an operation completes. } }
public void GetArtical(string url,SpeedMode speedmode) { if (NetworkInterface.GetIsNetworkAvailable()) { this.speedmode = speedmode; httpget.GetHtml(url); httpget.htmlcallbackforstring = GetArticalDataCallback; } else { throw (new Exception("no network!")); } }
public LanguageAnalizer(List <char> char_list, string from_file_path, string to_file_path, InputMode input_mode = InputMode.XML, SpeedMode speed_mode = SpeedMode.Normal, int max_ngram_len = 3) { NGramsDict = new Dictionary <string, int>(); FullTextLength = 0; FromFilePath = from_file_path; ToFilePath = to_file_path; InputMode = input_mode; SpeedMode = speed_mode; CharList = char_list; MaxNGramLength = max_ngram_len; SubresultCount = 5000; }
/// <summary> /// 絕對移動 (需選擇使用軸參的手動速度或是自動速度) /// </summary> /// <param name="dest">目標位置 (millimeter).</param> /// <param name="inAuto">手動或自動速度</param> public void Move(double dest, SpeedMode inAuto) { if (axisPara.IsActive && axisPara.Enabled) { if (inAuto == SpeedMode.Manual) { CCMNet.CS_mnet_m1_set_tmove_speed(RingNoOfMNet, axisPara.SlaveIP, MmToPulse(axisPara.StrVelM), MmToPulse(axisPara.DevVelM), axisPara.AccVelM, axisPara.DecVelM); } if (inAuto == SpeedMode.Auto) { CCMNet.CS_mnet_m1_set_tmove_speed(RingNoOfMNet, axisPara.SlaveIP, MmToPulse(axisPara.StrVelA), MmToPulse(axisPara.DevVelA), axisPara.AccVelA, axisPara.DecVelA); } nPos = MmToPulse(dest); CCMNet.CS_mnet_m1_start_a_move(RingNoOfMNet, axisPara.SlaveIP, nPos); } }
/// <summary> /// 絕對移動 (需選擇使用軸參的手動速度或是自動速度) /// </summary> /// <param name="dest">目標位置 (millimeter).</param> /// <param name="inAuto">手動或自動速度</param> public void Move(double dest, SpeedMode inAuto) { if (axisPara.IsActive && axisPara.Enabled) { if (inAuto == SpeedMode.Manual) { CMNET_L132.CS_mnet_m1_set_tmove_speed((U16)axisPara.CardSwitchNo, (U16)axisPara.RingNoOfCard, axisPara.SlaveIP, MmToPulse(axisPara.StrVelM), MmToPulse(axisPara.DevVelM), axisPara.AccVelM, axisPara.DecVelM); } if (inAuto == SpeedMode.Auto) { CMNET_L132.CS_mnet_m1_set_tmove_speed((U16)axisPara.CardSwitchNo, (U16)axisPara.RingNoOfCard, axisPara.SlaveIP, MmToPulse(axisPara.StrVelA), MmToPulse(axisPara.DevVelA), axisPara.AccVelA, axisPara.DecVelA); } nPos = MmToPulse(dest); CMNET_L132.CS_mnet_m1_start_a_move((U16)axisPara.CardSwitchNo, (U16)axisPara.RingNoOfCard, axisPara.SlaveIP, nPos); } }
/// <summary> /// 絕對移動 (需選擇使用軸參的手動速度或是自動速度) /// </summary> /// <param name="dest">目標位置 (millimeter).</param> /// <param name="inAuto">手動或自動速度</param> public bool AbsolueMove(double dest, SpeedMode inAuto = SpeedMode.Auto) { I16 rc = -1; if (axisPara.IsActive && axisPara.Enabled) { nPos = MmToPulse(dest); if (inAuto == SpeedMode.Manual) { rc = CCMNet.CS_mnet_m204_start_ta_move(RingNoOfMNet, axisPara.SlaveIP, (U16)axisPara.AxisNo, nPos, MmToPulse(axisPara.StrVelM), MmToPulse(axisPara.DevVelM), axisPara.AccVelM, axisPara.DecVelM); } if (inAuto == SpeedMode.Auto) { rc = CCMNet.CS_mnet_m204_start_ta_move(RingNoOfMNet, axisPara.SlaveIP, (U16)axisPara.AxisNo, nPos, MmToPulse(axisPara.StrVelA), MmToPulse(axisPara.DevVelA), axisPara.AccVelA, axisPara.DecVelA); } } return(rc == 0 ? true : false); }
/// <summary> /// 以只考虑数据点个数的方式进行缩减 /// </summary> /// <param name="srcX">数据源中的X数据</param> /// <param name="srcY">数据源中的Y数据</param> /// <param name="newCount">缩减后的新数据点个数</param> /// <param name="srcD">要将缩减后的数据放置在哪里,此属性中只包含一个单元格,表示整个缩减后的曲线的左上角单元格</param> public static void ShrinkByPointCount(Range srcX, Range srcY, int newCount, Range srcD) { double[] x = GetColumnData(srcX); double[] y = GetColumnData(srcY); if (x.Length > 2 && x.Length == y.Length) { // var sp = new SpeedMode(x, y); SpeedMode.ShrinkResult res = sp.ShrinkByIdAverage(newCount); if (res == SpeedMode.ShrinkResult.Succeed) { Worksheet sht = srcD.Worksheet; // 绘制数据 RangeValueConverter.FillRange(sht, srcD.Row, srcD.Column, sp.GetX(), colPrior: true); RangeValueConverter.FillRange(sht, srcD.Row, srcD.Column + 1, sp.GetY(), colPrior: true); } } else { throw new ArgumentException(@"X与Y数据点的个数必须相同而且至少为2。"); } }
public static double SpeedUnitToMSec(this double speedUnit, SpeedMode mode, SpeedUnits units, Vessel vessel) { if (mode == SpeedMode.Mach) { return(speedUnit * vessel.speedOfSound); } else { double speed = speedUnit / speedUnitTransform(units, vessel.speedOfSound); switch (mode) { case SpeedMode.True: return(speed); case SpeedMode.Indicated: return(speed * Math.Sqrt(vessel.atmDensity / 1.225) * calcStagnationPres(vessel)); case SpeedMode.Equivalent: return(speed / Math.Sqrt(vessel.atmDensity / 1.225)); } return(0); } }
public Dma(IAddressSpace addressSpace, IAddressSpace oam, SpeedMode speedMode) { _addressSpace = new DmaAddressSpace(addressSpace); _speedMode = speedMode; _oam = oam; }
public SerialPort(InterruptManager interruptManager, SerialEndpoint serialEndpoint, SpeedMode speedMode) { _interruptManager = interruptManager; _serialEndpoint = serialEndpoint; _speedMode = speedMode; }
/// <summary> /// 相對移動 (需選擇使用軸參的手動速度或是自動速度) /// </summary> /// <param name="dest">目標位置 (millimeter).</param> /// <param name="inAuto">手動或自動速度</param> public void Offset(double dest, SpeedMode inAuto) { Move(getPos() + dest, inAuto); }
internal static AnimationControler.AnimePacket AnimeRectPropPacket(string queueName, string propName, Rectangle rect, int time, SpeedMode speedMode, bool queue, int queueLevel, object qOwner, AnimationControler.FinalCallback finalCallback, bool CompleteIfCancel) { RectThreadParam sizeParam = new RectThreadParam() { CompleteIfCancel = CompleteIfCancel }; sizeParam.rect = rect; sizeParam.time = time; sizeParam.PropertyName = propName; sizeParam.speedMode = speedMode; sizeParam.QueueLevel = queueLevel; sizeParam.finalCallback = finalCallback; sizeParam.queueName = queueName; return new AnimationControler.AnimePacket() { isQueue = queue && queueLevel >= 0, queueOwner = qOwner, method = SetRectProperty, threadParam = sizeParam }; }
/// <summary> /// Sets the speed and therefore accuracy of the conversion /// </summary> /// <param name="mode"><see cref="SpeedMode"/></param> public void SetSpeedMode(SpeedMode mode) { NativeCalls.SetSpeedMode(_context, mode); }
internal static AnimationControler.AnimePacket AnimeMultiRectPropPacket(string queueName, string propName, object[] objects, Rectangle[] rects, int time, SpeedMode speedMode, bool queue, int queueLevel, object qOwner, AnimationControler.FinalCallback finalCallback, bool CompleteIfCancel) { RectArrayThreadParam multiRectParam = new RectArrayThreadParam() { CompleteIfCancel = CompleteIfCancel }; multiRectParam.rects = rects; multiRectParam.objects = objects; multiRectParam.time = time; multiRectParam.PropertyName = propName; multiRectParam.speedMode = speedMode; multiRectParam.QueueLevel = queueLevel; multiRectParam.finalCallback = finalCallback; multiRectParam.queueName = queueName; return new AnimationControler.AnimePacket() { isQueue = queue && queueLevel >= 0, queueOwner = qOwner, method = SetMultiRectProperty, threadParam = multiRectParam }; }
public static object AnimeMultiRectProp(object ctrl, string queueName, string propName, object[] objects, Rectangle[] rects, int time, SpeedMode speedMode, bool queue, int queueLevel, object queueOwner, AnimationControler.FinalCallback finalCallback, bool CompleteIfCancel) { return AnimationControler.ProcessPacket(ctrl, AnimeMultiRectPropPacket(queueName, propName, objects, rects, time, speedMode, queue, queueLevel, queueOwner, finalCallback, CompleteIfCancel)); }
public static double SpeedUnitToMSec(this double speedUnit, SpeedMode mode, SpeedUnits units, Vessel vessel) { if (mode == SpeedMode.Mach) return speedUnit * vessel.speedOfSound; else { double speed = speedUnit / speedUnitTransform(units, vessel.speedOfSound); switch (mode) { case SpeedMode.True: return speed; case SpeedMode.Indicated: return speed * Math.Sqrt(vessel.atmDensity / 1.225) * calcStagnationPres(vessel); case SpeedMode.Equivalent: return speed / Math.Sqrt(vessel.atmDensity / 1.225); } return 0; } }
public static object AnimeColorProp(object ctrl, string queueName, string propName, Color color, int time, SpeedMode speedMode, bool queue, int queueLevel, object queueOwner, AnimationControler.FinalCallback finalCallback, bool CompleteIfCancel) { return AnimationControler.ProcessPacket(ctrl, AnimeColorPropPacket(queueName, propName, color, time, speedMode, queue, queueLevel, queueOwner, finalCallback, CompleteIfCancel)); }
internal static AnimationControler.AnimePacket AnimeColorPropPacket(string queueName, string propName, Color color, int time, SpeedMode speedMode, bool queue, int queueLevel, object qOwner, AnimationControler.FinalCallback finalCallback, bool CompleteIfCancel) { ColorThreadParam colorParam = new ColorThreadParam() { CompleteIfCancel = CompleteIfCancel }; colorParam.color = color; colorParam.time = time; colorParam.PropertyName = propName; colorParam.speedMode = speedMode; colorParam.QueueLevel = queueLevel; colorParam.finalCallback = finalCallback; colorParam.queueName = queueName; return new AnimationControler.AnimePacket() { isQueue = queue && queueLevel >= 0, queueOwner = qOwner, method = SetColorProperty, threadParam = colorParam }; }
public Timer(InterruptManager interruptManager, SpeedMode speedMode) { _speedMode = speedMode; _interruptManager = interruptManager; }
internal static IntPtr SetSpeedMode(IntPtr ctx, SpeedMode speedMode) => SetSpeedMode(ctx, (int)speedMode);
private void LateUpdate() { if (!_active) { return; } // スピードダウン if (Input.GetButtonDown(InputPredefined.JOYSTICK_LEFT_PRESS) || Input.GetKeyDown(KeyCode.F)) { switch (_speedMode) { case SpeedMode.Default: _speedMode = SpeedMode.Slow; break; case SpeedMode.Turbo: _speedMode = SpeedMode.Default; break; default: break; } } // スピードアップ if (Input.GetButtonDown(InputPredefined.JOYSTICK_RIGHT_PRESS) || Input.GetKeyDown(KeyCode.G)) { switch (_speedMode) { case SpeedMode.Default: _speedMode = SpeedMode.Turbo; break; case SpeedMode.Slow: _speedMode = SpeedMode.Default; break; default: break; } } _mousePosDelta = Input.mousePosition - _prevMousePos; _prevMousePos = Input.mousePosition; _nextPosition = transform.position; // 速度の設定 var movingSpeed = _movingSensitivity; var hoveringSpeed = _hoveringSensitivity; if (Input.GetKey(KeyCode.LeftShift)) { _speedMode = SpeedMode.Turbo; } else { _speedMode = SpeedMode.Default; } switch (_speedMode) { case SpeedMode.Slow: movingSpeed = _movingSensitivity * 0.5f; hoveringSpeed = _hoveringSensitivity * 0.5f; break; case SpeedMode.Default: movingSpeed = _movingSensitivity * 1.0f; hoveringSpeed = _hoveringSensitivity * 1.0f; break; case SpeedMode.Turbo: movingSpeed = _movingSensitivity * 2.0f; hoveringSpeed = _hoveringSensitivity * 2.0f; break; default: break; } movingSpeed *= transform.lossyScale.x; var smoothness = _smoothMode == SmoothMode.Smooth ? _smoothness : _noSmoothness; var deltaTime = Time.deltaTime; var rightDir = transform.right; var upDir = _axisMode == AxisMode.Global ? Vector3.up : transform.up; var forwardDir = _axisMode == AxisMode.Global ? Vector3.ProjectOnPlane(transform.forward, Vector3.up) : transform.forward; var leftJoystick = new Vector2(Input.GetAxis(InputPredefined.HORIZONTAL_LEFT), Input.GetAxis(InputPredefined.VERTICAL_LEFT)); var rightJoystick = new Vector2(Input.GetAxis(InputPredefined.HORIZONTAL_RIGHT), Input.GetAxis(InputPredefined.VERTICAL_RIGHT)); var trigger = 0f; if (Input.GetAxis(InputPredefined.TRIGGER_LEFT) > 0f) { trigger = -_hoveringSensitivity * (Input.GetAxis(InputPredefined.TRIGGER_LEFT) + 1) / 2.0f; } else if (Input.GetAxis(InputPredefined.TRIGGER_RIGHT) > 0f) { trigger = _hoveringSensitivity * (Input.GetAxis(InputPredefined.TRIGGER_RIGHT) + 1) / 2.0f; } if (Input.GetMouseButton(1) || Input.GetKey(KeyCode.LeftAlt) && Input.GetMouseButton(0) || leftJoystick.sqrMagnitude > 0f || rightJoystick.sqrMagnitude > 0f || trigger != 0f) { // キーボード移動 if (Input.GetKey(KeyCode.W)) { _nextPosition = _nextPosition + forwardDir * movingSpeed; } if (Input.GetKey(KeyCode.A)) { _nextPosition = _nextPosition - rightDir * movingSpeed; } if (Input.GetKey(KeyCode.S)) { _nextPosition = _nextPosition - forwardDir * movingSpeed; } if (Input.GetKey(KeyCode.D)) { _nextPosition = _nextPosition + rightDir * movingSpeed; } if (Input.GetKey(KeyCode.Q)) { _nextPosition = _nextPosition - upDir * hoveringSpeed; } if (Input.GetKey(KeyCode.E)) { _nextPosition = _nextPosition + upDir * hoveringSpeed; } // コントローラー移動 _nextPosition += rightDir * leftJoystick.x * movingSpeed + forwardDir * leftJoystick.y * movingSpeed + upDir * trigger * movingSpeed; // マウス回転 _elapsedAngles.y += Input.GetAxis(InputPredefined.MOUSE_X) * _rotationSensitivity; _elapsedAngles.x += -Input.GetAxis(InputPredefined.MOUSE_Y) * _rotationSensitivity; // コントローラー回転 _elapsedAngles.y += rightJoystick.x * _rotationSensitivity; _elapsedAngles.x += -rightJoystick.y * _rotationSensitivity; transform.localRotation = SmoothDamp.Pow(transform.localRotation, Quaternion.Euler( new Vector3(_elapsedAngles.x, _elapsedAngles.y, 0f)), smoothness, deltaTime); } else if (Input.GetMouseButton(2)) { var mouseDelta = _mousePosDelta; _nextPosition -= rightDir * mouseDelta.x * movingSpeed * 0.1f; _nextPosition -= upDir * mouseDelta.y * movingSpeed * 0.1f; //Debug.Log("mouseDelta : " + mouseDelta); } if (Input.mousePosition.x < Screen.width && Input.mousePosition.x > 0 && Input.mousePosition.y < Screen.height && Input.mousePosition.y > 0) { // マウスホイール前後移動 _nextPosition += forwardDir * Input.GetAxis(InputPredefined.MOUSE_SCROLLWHEEL) * movingSpeed * _mouseWheelSensitivity; } transform.position = SmoothDamp.Pow(transform.position, _nextPosition, smoothness, deltaTime); // ズーム if (Input.GetKey(KeyCode.C) || Input.GetButton(InputPredefined.BUMPER_RIGHT_PRESS)) { _cam.fieldOfView = SmoothDamp.Pow(_cam.fieldOfView, _defaultFov * 0.5f, 0.01f, deltaTime); } else if (Input.GetKey(KeyCode.Z) || Input.GetButton(InputPredefined.BUMPER_LEFT_PRESS)) { _cam.fieldOfView = SmoothDamp.Pow(_cam.fieldOfView, _defaultFov * 1.5f, 0.01f, deltaTime); } else { _cam.fieldOfView = SmoothDamp.Pow(_cam.fieldOfView, _defaultFov, 0.01f, deltaTime); } }
public string ModeFormat(SpeedMode pos) => ModeToNames[pos];
/// <summary> /// 相對移動 (需選擇使用軸參的手動速度或是自動速度) /// </summary> /// <param name="dest">目標位置 (millimeter).</param> /// <param name="inAuto">手動或自動速度</param> public bool RelativeMove(double dest, SpeedMode inAuto = SpeedMode.Auto) { return(AbsolueMove(getPos() + dest, inAuto)); }