private void ResetMagnification() { if (!Magnification.MagSetFullscreenTransform(1, 0, 0)) { throw new Exception(Kernel32.GetLastError().ToString()); } }
private static void InitializeMagnification() { if (!Magnification.MagInitialize()) { throw new Exception(Kernel32.GetLastError().ToString()); } }
void ControllMagnification() { if (isZoom) { if (Input.GetAxis("Mouse ScrollWheel") > 0) { stateMagnification++; if (stateMagnification > Magnification.eight) { stateMagnification = Magnification.one; } switch (stateMagnification) { case Magnification.one: magnificationCam.GetComponent <Camera>().fieldOfView = 30; break; case Magnification.two: magnificationCam.GetComponent <Camera>().fieldOfView = 15; break; case Magnification.four: magnificationCam.GetComponent <Camera>().fieldOfView = 8; break; case Magnification.eight: magnificationCam.GetComponent <Camera>().fieldOfView = 4; break; } } else if (Input.GetAxis("Mouse ScrollWheel") < 0) { stateMagnification--; if (stateMagnification < Magnification.one) { stateMagnification = Magnification.eight; } switch (stateMagnification) { case Magnification.one: magnificationCam.GetComponent <Camera>().fieldOfView = 30; break; case Magnification.two: magnificationCam.GetComponent <Camera>().fieldOfView = 15; break; case Magnification.four: magnificationCam.GetComponent <Camera>().fieldOfView = 8; break; case Magnification.eight: magnificationCam.GetComponent <Camera>().fieldOfView = 4; break; } } } }
void Start() { initMainCamPosition = mainCam.transform.localPosition; enableBinoculars = false; stateMagnification = Magnification.one; // 처음 1배율 //binocularsAnimator = gameObject.GetComponent<Animator>(); //binocularsAnimator.SetBool("isBin", false); timer = 0; }
public ActionResult <SpectacleMagnificationModel> SpectacleMagnification(SpectacleMagnificationModel magnification) { if (!ModelState.IsValid) { return(BadRequest(ModelState)); } magnification.Result = Magnification.SpectacleMagnification(magnification.FrontBaseCurve, magnification.ActualLensPower, magnification.Index, magnification.Thickness, magnification.VertexDistance); return(magnification); }
public override LocalEmbed ToEmbed() { var embed = base.ToEmbed(); embed.AddField("Type", Type.Transform(To.TitleCase), true); embed.AddField("Variable Zoom", VariableZoom ? "Yes" : "No", true); embed.AddField("Magnification", Magnification.Humanize(), true); embed.AddField("Zero Distances", ZeroDistances.Humanize(x => $"{x} m."), true); return(embed); }
private void SetMagnification(User32.WINDOWINFO windowInfo) { var width = windowInfo.rcClient.GetWidth(); var height = windowInfo.rcClient.GetHeight(); var isHigherThanWider = desktopHeight / height <= desktopWidth / width; var magnification = isHigherThanWider ? (float)desktopHeight / height : (float)desktopWidth / width; var xOffset = Math.Max(0, isHigherThanWider ? (int)Math.Ceiling((desktopWidth / magnification - width) / 2f) : (int)Math.Floor((desktopWidth / magnification - width) / 2f) ); var yOffset = Math.Max(0, isHigherThanWider ? (int)Math.Floor((desktopHeight / magnification - height) / 2f) : (int)Math.Ceiling((desktopHeight / magnification - height) / 2f) ); if (!Magnification.MagSetFullscreenTransform(magnification, windowInfo.rcClient.left - xOffset, windowInfo.rcClient.top - yOffset)) { throw new Exception(Kernel32.GetLastError().ToString()); } }
/// <inheritdoc /> public async Task Execute() { var res = Magnification.MagInitialize(); if (!res) { Console.WriteLine("Failed to initialize magnification API"); return; } var timeoutSet = int.TryParse(_configuration["zoomer_sleep_time"], out var sleepTime); var rnd = new Random(); while (true) { Magnification.MagSetFullscreenTransform(rnd.NextFloat(1, 6), rnd.Next(10, 500), rnd.Next(10, 500)); if (timeoutSet) { await Task.Delay(sleepTime); } } }
public static void Call(string path) { var window = new Magnification(); window.Show(path); }
public void Run() { Process process = null; try { process = Process.Start(executablePath); process.WaitForInputIdle(); int width = 0, height = 0; User32.WINDOWINFO windowInfo = default; windowInfo = GetWindowInfo(process.MainWindowHandle); width = windowInfo.rcWindow.right - windowInfo.rcWindow.left; height = windowInfo.rcWindow.bottom - windowInfo.rcWindow.top; #if DEBUG // If Notepad was started, test different window sizes. if (executablePath == "notepad") { width = 300; height = 600; } #endif ResetWindowPosition(process.MainWindowHandle, width, height); InitializeMagnification(); backgroundWindow = new BackgroundWindow(process.MainWindowHandle, desktopWidth, desktopHeight).Show(); User32.ShowCursor(false); var refreshInterval = 200; var previousRect = new RECT(); bool pause = false, forceUpdate = false; while (!process.HasExited) { if ((User32.GetAsyncKeyState((int)User32.VirtualKey.VK_LWIN)) != 0 && (User32.GetAsyncKeyState((int)User32.VirtualKey.VK_ESCAPE)) != 0) { pause = !pause; if (pause) { backgroundWindow.Hide(); ResetMagnification(); } else { backgroundWindow.Show(); forceUpdate = true; } } if (pause) { Thread.Sleep(refreshInterval); continue; } if (User32.GetForegroundWindow() != process.MainWindowHandle) { User32.SetForegroundWindow(process.MainWindowHandle); } windowInfo = GetWindowInfo(process.MainWindowHandle); if (windowInfo.rcWindow.left != 0 || windowInfo.rcWindow.top != 0) { ResetWindowPosition(process.MainWindowHandle, windowInfo); windowInfo = GetWindowInfo(process.MainWindowHandle); } if (forceUpdate || !windowInfo.rcClient.Equals(previousRect)) { SetMagnification(windowInfo); previousRect = windowInfo.rcClient; } if (forceUpdate) { forceUpdate = false; } Thread.Sleep(refreshInterval); } } catch (Exception ex) { ex.Message.Log(); if (process != null && !process.HasExited) { process.Kill(); } } finally { try { User32.ShowCursor(true); } catch { } try { Magnification.MagUninitialize(); } catch { } try { backgroundWindow?.Hide(); } catch { } } }
/// <summary> /// Query on Wolfram Alpha using the specified /// </summary> /// <param name="query">The query you would like to search for on Wolfram Alpha</param> /// <returns>The results of the query</returns> public QueryResult Query(string query) { //http://api.wolframalpha.com/v2/query?input=xx&appid=xxxxx RestRequest request = CreateRequest("query", query); //Output if (Formats.HasElements()) { request.AddParameter("format", string.Join(",", Formats)); } if (OutputUnit != Unit.NotSet) { request.AddParameter("units", OutputUnit.ToString().ToLower()); } if (Assumptions.HasElements()) { foreach (string assumption in Assumptions) { request.AddParameter("assumption", assumption); } } //Filtering if (IncludePodIDs.HasElements()) { foreach (string include in IncludePodIDs) { request.AddParameter("includepodid", include); } } if (ExcludePodIDs.HasElements()) { foreach (string exclude in ExcludePodIDs) { request.AddParameter("excludepodid", exclude); } } if (PodTitles.HasElements()) { foreach (string podTitle in PodTitles) { request.AddParameter("podtitle", podTitle); } } if (PodIndex.HasElements()) { request.AddParameter("podindex", string.Join(",", PodIndex)); } if (Scanners.HasElements()) { request.AddParameter("scanner", string.Join(",", Scanners)); } //Timeout if (ParseTimeout >= Epsilon) { request.AddParameter("parsetimeout", ParseTimeout.ToString(_culture)); } if (ScanTimeout >= Epsilon) { request.AddParameter("scantimeout", ScanTimeout.ToString(_culture)); } if (PodTimeout >= Epsilon) { request.AddParameter("podtimeout", PodTimeout.ToString(_culture)); } if (FormatTimeout >= Epsilon) { request.AddParameter("formattimeout", FormatTimeout.ToString(_culture)); } //Async if (UseAsync) { request.AddParameter("async", UseAsync.ToString().ToLower()); } //Location if (IpAddress != null) { request.AddParameter("ip", IpAddress.ToString()); } if (!string.IsNullOrEmpty(Location)) { request.AddParameter("location", Location); } if (GPSLocation != null) { request.AddParameter("latlong", GPSLocation.ToString()); } //Size if (Width >= 1f) { request.AddParameter("width", Width); } if (MaxWidth >= 1f) { request.AddParameter("maxwidth", MaxWidth); } if (PlotWidth >= 1f) { request.AddParameter("plotwidth", PlotWidth); } if (Magnification >= 0.1f) { request.AddParameter("mag", Magnification.ToString(_culture)); } //Misc if (!string.IsNullOrEmpty(Signature)) { request.AddParameter("sig", Signature); } if (ReInterpret.HasValue) { request.AddParameter("reinterpret", ReInterpret.ToString().ToLower()); } if (IgnoreCase.HasValue) { request.AddParameter("ignorecase", IgnoreCase.ToString().ToLower()); } if (EnableTranslate.HasValue) { request.AddParameter("translation", EnableTranslate.ToString().ToLower()); } QueryResult results = GetResponse <QueryResult>(request); return(results); }
/// <summary> /// Sets the magnification of the AxIpeDspCtrl image control. /// </summary> /// <param name="imgDisplay">A reference to the AxeIpeDspCtrl display control used.</param> /// <param name="magnification">Sets the magnification of the AxIpeDspCtrl control.</param> public void SetZoom(AxIpeDspCtrl imgDisplay, Magnification magnification) { imgDisplay.SetZoom(( double )magnification); }
/// <summary> /// Connects the AxIpeDspCtrl image control to an image window in Sherlock and then sets the magnification. /// </summary> /// <param name="displayName">The name of the image window in Sherlock.</param> /// <param name="imgDisplay">A reference to the AxeIpeDspCtrl display control used.</param> /// <param name="magnification">Sets the inital magnification of the AxIpeDspCtrl control.</param> public void ConnectDisplay(string displayName, AxIpeDspCtrl imgDisplay, Magnification magnification) { imgDisplay.ConnectEngine(_sherlock.GetEngineObj( )); imgDisplay.ConnectImgWindow(displayName); imgDisplay.SetZoom(( double )magnification); }
/// <inheritdoc /> public async Task Execute() { var res = Magnification.MagInitialize(); if (!res) { Console.WriteLine("Failed to initialize magnification API"); return; } var timeoutSet = int.TryParse(_configuration["matrix_sleep_time"], out var sleepTime); var effect = new Magnification.MAGCOLOREFFECT(); var random = new Random(); while (true) { var matr = Matrices[random.Next(0, Matrices.Count - 1)]; var t = random.Next(0, 8); switch (t) { case 0: matr = MoreBlue(matr); break; case 1: matr = MoreGreen(matr); break; case 2: matr = MoreRed(matr); break; default: matr = Multiply(matr, Matrices[random.Next(0, Matrices.Count - 1)]); break; } if (!_configuration.GetBool("smooth_changing")) { effect[0, 0] = matr[0, 0]; effect[0, 1] = matr[0, 1]; effect[0, 2] = matr[0, 2]; effect[0, 3] = matr[0, 3]; effect[0, 4] = matr[0, 4]; effect[1, 0] = matr[1, 0]; effect[1, 1] = matr[1, 1]; effect[1, 2] = matr[1, 2]; effect[1, 3] = matr[1, 3]; effect[1, 4] = matr[1, 4]; effect[2, 0] = matr[2, 0]; effect[2, 1] = matr[2, 1]; effect[2, 2] = matr[2, 2]; effect[2, 3] = matr[2, 3]; effect[2, 4] = matr[2, 4]; effect[3, 0] = matr[3, 0]; effect[3, 1] = matr[3, 1]; effect[3, 2] = matr[3, 2]; effect[3, 3] = matr[3, 3]; effect[3, 4] = matr[3, 4]; effect[4, 0] = matr[4, 0]; effect[4, 1] = matr[4, 1]; effect[4, 2] = matr[4, 2]; effect[4, 3] = matr[4, 3]; effect[4, 4] = matr[4, 4]; Magnification.MagSetFullscreenColorEffect(effect); } else { var transitions = Interpolate(effect, matr); foreach (var transition in transitions) { Apply(transition); await Task.Delay(15); } } if (timeoutSet) { await Task.Delay(sleepTime); } } }
public QrCodeBuilder SetSize(Magnification magnification) { Context.MagnificationFactor = magnification; return(this); }