private void getSpeedVectors(WorkspacePanel workspace, Point4Dmm t1, Point4Dmm t2, out Vector speedVector12UVt, out Vector speedVector12XYt)
{
var maxSpeed = workspace.CuttingSpeed;
var maxSpeedRatio = (maxSpeed.StepCount * Constants.MilimetersPerStep) / (1.0 * maxSpeed.Ticks / Constants.TimerFrequency);
//tower speeds
speedVector12UVt = diffVector(t1.ToUV(), t2.ToUV());
speedVector12XYt = diffVector(t1.ToXY(), t2.ToXY());
if (speedVector12UVt.Length > speedVector12XYt.Length)
{
var speedRatio = speedVector12XYt.Length / speedVector12UVt.Length;
speedVector12UVt.Normalize();
speedVector12XYt.Normalize();
speedVector12UVt = speedVector12UVt * maxSpeedRatio;
speedVector12XYt = speedVector12XYt * speedRatio;
}
else
{
var speedRatio = speedVector12UVt.Length / speedVector12XYt.Length;
speedVector12UVt.Normalize();
speedVector12XYt.Normalize();
speedVector12UVt = speedVector12UVt * maxSpeedRatio;
speedVector12XYt = speedVector12XYt * speedRatio;
}
}
protected override Point4Dmm applyKerf(Point4Dmm p1, Point4Dmm p2, Point4Dmm p3, WorkspacePanel workspace)
{
var kerf = reCalculateKerf(workspace.CuttingKerf);
var shift = calculateKerfShift(p1.ToUV(), p2.ToUV(), p3.ToUV(), kerf);
return(new Point4Dmm(p2.U + shift.X, p2.V + shift.Y, p2.X + shift.X, p2.Y + shift.Y));
}
/// <inheritdoc/>
protected override Point4Dmm applyKerf(Point4Dmm p1, Point4Dmm p2, Point4Dmm p3, WorkspacePanel workspace)
{
double kerfUV, kerfXY;
if (UseExplicitKerf)
{
kerfUV = reCalculateKerf(KerfUV);
kerfXY = reCalculateKerf(KerfXY);
}
else
{
getShapeSpeedVectors(workspace, p1, p2, out Vector speedVector12UV, out Vector speedVector12XY);
getShapeSpeedVectors(workspace, p2, p3, out Vector speedVector23UV, out Vector speedVector23XY);
var speedUV = (speedVector12UV.Length + speedVector23UV.Length) / 2;
var speedXY = (speedVector12XY.Length + speedVector23XY.Length) / 2;
var referentialKerf = workspace.CuttingKerf;
kerfUV = reCalculateKerf(referentialKerf, speedUV, workspace);
kerfXY = reCalculateKerf(referentialKerf, speedXY, workspace);
}
var shiftUV = calculateKerfShift(p1.ToUV(), p2.ToUV(), p3.ToUV(), kerfUV);
var shiftXY = calculateKerfShift(p1.ToXY(), p2.ToXY(), p3.ToXY(), kerfXY);
return(new Point4Dmm(p2.U + shiftUV.X, p2.V + shiftUV.Y, p2.X + shiftXY.X, p2.Y + shiftXY.Y));
}