Reply to the sender if you received this email by accident, and then delete the email and any attachments. If you are not the intended recipient, you are hereby notified that any retention, dissemination, distribution, interception or copying of this communication is strictly prohibited and may subject you to further legal action. The information contained in this email is intended to be confidential, may be legally privileged and subject to export controls which may restrict the access to and transfer of the information. (317) 230- e-mail (including attachments) contains contents owned by Rolls-Royce plc and its subsidiaries, affiliated companies or customers and covered by the laws of England and Wales, Brazil, US, or Canada (federal, state or provincial). Others in my area are using it, so I was given it so that I could exchange files with them. Y = Math.Abs(yInterval.Lower - mouse.Y) > Math.Abs(yInterval.Upper - mouse.Y) ? yInterval.Upper : yInterval.My company apparently has something like a site license. X = Math.Abs(xInterval.Lower - mouse.X) > Math.Abs(xInterval.Upper - mouse.X) ? xInterval.Upper : xInterval.Lower, return the point on cell grid closest to the mouseposition Var yInterval = GetInterval(mouse.Y, cellSize.Height) Var xInterval = GetInterval(mouse.X, cellSize.Width)
Point GetSnappingPoint(Point mouse,Size cellSize)
#HOW TO TURN OFF SNAP TO GRID WORD 2013 HOW TO#
I've seen how to fix this on Microsoft's OneNote but I have the windows version and can't seem to figure it out. I keep trying to move images and drawings freely but they keep snapping to an invisible grid. Private static extern bool SetCursorPos(int x, int y) How to turn off 'Snap to grid' on windows version. Var p = GetSnappingPoint(Mouse.GetPosition(this), new Size(200, 200)) Void MainWindow_KeyDown(object sender, KeyEventArgs e) / When left shift key is pressed we snap the mouse to the closest
#HOW TO TURN OFF SNAP TO GRID WORD 2013 CODE#
Here is some quickly thrown together example code to demonstrate the snapping: /// comparing those two intervals (width and height) to the actual mouse (x,y) to find the nearest cell point. calculating the start- and endpoint of the width and height of the cell in which the mouse is located andĢ. Note: Whilst at the minute i've hard coded an 8x8 grid, this will be user defined eventually.Ī basic approach is to compare the (x,y) of your mouse to the crosses by:ġ. So i guess essentially my question is, how can i go about implementing mouse snap to grid? Is this more of a maths question than an object orientated control question? I've read through almost every stack overflow question i found relevant but havn't been able to come to any realistic ideas yet. Obviously as i'm using the drawingcontext to draw the lines i have no reference to these lines after they've been drawn.
However i'm a little stuck with thinking about a route to take to snap the mouse to the nearest grid intersection (where a horizontal line meets a vertical line). When Ive had this problem in the past, usually with a new installation, Ive been able to. Cursor movement is VERY 'herky jerky' and it does appear that lines are snapping to the grid points. Pen pen = new Pen(Stroke, StrokeThickness) įor (int i = 0 i <= numberOfHorizontalLines i++)įor (int j = 0 j <= numberOfVerticalLines j++)ĭrawingContext.DrawLine(pen, new Point(horizontalOffset, verticalOffset), new Point(horizontalOffset, CellHeight + verticalOffset)) įor (int i = 0 i <= numberOfVerticalLines i++)įor (int j = 0 j <= numberOfHorizontalLines j++)ĭrawingContext.DrawLine(pen, new Point(horizontalOffset, verticalOffset), new Point(CellWidth + horizontalOffset, verticalOffset)) When I open a drawing, either a new or existing one, I seem to be in grid snap mode. Currently I'm drawing a grid by overriding OnRender like so protected override void OnRender(DrawingContext drawingContext)ĬellHeight = this.ActualHeight / numberOfVerticalLines ĬellWidth = this.ActualWidth / numberOfHorizontalLines
I'm a bit mind boggled at this, but i have the problem of trying to get my head around mouse snapping to a grid.
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