Move Window to Monitor on the Left and Maximize It

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Description	This function looks at physical monitor position (just X axis) and transfers window on first monitor on the LEFT
Language	C#
Minimum Version	8.0+
Created By	Antonio Bakula
Contributors	-
Date Created	Oct 28, 2016
Date Last Modified	Oct 28, 2016

Scripted Function (Macro) Code

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using System; using System.Collections.Generic; using System.Drawing; using System.Linq; // The 'windowHandle' parameter will contain the window handle for the: // - Active window when run by hotkey // - Trigger target when run by a Trigger rule // - TitleBar Button owner when run by a TitleBar Button // - Jump List owner when run from a Taskbar Jump List // - Currently focused window if none of these match // // This function looks at physical monitor position (just X axis) and transfers window on first monitor on the LEFT // Monitors setup on my Laptop when docked //+-------------------------+ +-------------------------+ //| | | | //| | | | //| Monitor 2 (1680x1050) | | Monitor 3 (1680x1050) | //| | | | //| | | | //| | | | //+-------------------------+ +-------------------------+ // +------------------------------+ // | | // | | // | Monitor 1 (1920x1080) | // | | // | | // | | // +------------------------------+ // when invoked on monitor 1 it will transfer window on monitor 2 // when invoked on monitor 2 it will transfer window on monitor 3 // when invoked on monitor 3 it will transfer window on monitor 1 public static class DisplayFusionFunction { public static void Run(IntPtr windowHandle) { var mhor = new MonitorsHorizontalOrder(); uint handleMonitor = BFS.Monitor.GetMonitorIDByWindow(windowHandle); uint targetMonitor = mhor.GetMonitorOnTheLeft(handleMonitor); if (handleMonitor != targetMonitor) { BFS.Window.MoveToMonitorMaximized(targetMonitor, windowHandle); } } } [Serializable] public class WindowBoundsInfo { public uint MonitorID { get; set; } public Rectangle Bounds { get; set; } public WindowBoundsInfo(uint monID) { this.Bounds = BFS.Monitor.GetMonitorBoundsByID(monID); this.MonitorID = monID; } } public class MonitorsHorizontalOrder { private List<WindowBoundsInfo> monitorOrderedBounds; public MonitorsHorizontalOrder() { var monitorIds = BFS.Monitor.GetMonitorIDs(); GetInfoAndOrderMonitorsHorizontally(monitorIds); } public MonitorsHorizontalOrder(IEnumerable<uint> monitorIds) { GetInfoAndOrderMonitorsHorizontally(monitorIds); } private void GetInfoAndOrderMonitorsHorizontally(IEnumerable<uint> monitorIds) { this.monitorOrderedBounds = monitorIds.Select(mid => new WindowBoundsInfo(mid)).OrderBy(wbi => wbi.Bounds.Left).ToList(); } public uint GetMonitorOnTheLeft(uint monID) { var index = GetMonitorIndexInList(monID); if (index.HasValue) { if (index.Value > 0) { return this.monitorOrderedBounds[index.Value - 1].MonitorID; } else { return this.monitorOrderedBounds.Last().MonitorID; } } // fail safe return monID; } public uint GetMonitorOnTheRight(uint monID) { var index = GetMonitorIndexInList(monID); if (index.HasValue) { if (index.Value == this.monitorOrderedBounds.Count-1) { return this.monitorOrderedBounds.First().MonitorID; } else { return this.monitorOrderedBounds[index.Value + 1].MonitorID; } } // default return monID; } private int? GetMonitorIndexInList(uint monID) { int? index = null; var currentInfo = this.monitorOrderedBounds.FirstOrDefault(wbi => wbi.MonitorID == monID); if (currentInfo != null) { index = this.monitorOrderedBounds.IndexOf(currentInfo); } return index; } }