private void heightmapDemo(object sender, RoutedEventArgs e)
{
enable3dOutput();
var toolDiameter = 5.0;
var margin = toolDiameter;
var radius = 50.0;
var mapResolution = 0.2;
var center = new Point(margin + radius, margin + radius);
var modelShape = new ConeShape(center, radius);
var mapStart = new Point(0, 0);
var mapEnd = new Point(mapStart.X + 2 * margin + 2 * radius, mapStart.Y + 2 * margin + 2 * radius);
var model = HeightMap.From(modelShape, mapStart, mapEnd, mapResolution);
//simulate parallel machining
var blockHeight = radius + margin;
var stock = HeightMap.Flat(blockHeight, mapStart, mapEnd, mapResolution);
var machiningStep = 1.0;
var tool = new BallnoseEndMill(toolDiameter);
simulateLinearMachining(stock, tool, model, toolDiameter, machiningStep, true);
simulateLinearMachining(stock, tool, model, toolDiameter, machiningStep, false);
output3D(stock);
}
public override double[,] AsConvolution(double mapStepSize)
{
var toolShape = new HemisphereShape(new Point(Diameter / 2 - mapStepSize / 2, Diameter / 2 - mapStepSize / 2), Diameter / 2);
var map = HeightMap.From(toolShape, new Point(0, 0), new Point(Diameter, Diameter), mapStepSize);
return(getConvolutionWithOffset(map, 0));
}
public override double[,] AsConvolution(double mapResolution)
{
var shapeOffset = 1.0;
var toolShape = new CylinderShape(new Point(Diameter / 2 - mapResolution / 2, Diameter / 2 - mapResolution / 2), shapeOffset, Diameter);
var map = HeightMap.From(toolShape, new Point(0, 0), new Point(Diameter, Diameter), mapResolution);
return(getConvolutionWithOffset(map, shapeOffset));
}