public void RemoveToolpaths(ToolpathSO sourceSO)
{
List <AnalysisViz> found;
lock (SOToAnalysis) {
if (SOToAnalysis.TryGetValue(sourceSO, out found))
{
foreach (var analysis in found)
{
analysis.OnComputeUpdateRequired -= OnVisualizationRequestedUpdate;
analysis.OnGeometryUpdateRequired -= OnVisualizationHasGeometryUpdate;
analysis.Disconnect();
}
SOToAnalysis.Remove(sourceSO);
}
}
lock (DirtyList) {
if (found != null)
{
foreach (var analysis in found)
{
DirtyList.Remove(analysis);
}
}
}
}
public ToolpathDeviationViz(ToolpathSO so)
{
SO = so;
//SO.OnMeshModified += OnInputModified;
HighDeviationMaterial = MaterialUtil.CreateTransparentMaterialF(Colorf.VideoRed);
MedDeviationMaterial = MaterialUtil.CreateTransparentMaterialF(Colorf.Orange);
LowDeviationMaterial = MaterialUtil.CreateTransparentMaterialF(Colorf.Yellow);
}
public void DiscardToolpaths()
{
if (CurrentToolpaths != null)
{
CC.GCodeAnalysis.RemoveToolpaths(CurrentToolpaths);
CC.ActiveScene.RemoveSceneObject(CurrentToolpaths, true);
CurrentToolpaths = null;
}
slice_gizmo_valid = false;
}
public void SetToolpaths(ToolpathGenerator generator)
{
DiscardToolpaths();
ToolpathSO so = new ToolpathSO();
so.Create(generator.Toolpaths, generator.Settings.CloneAs <SingleMaterialFFFSettings>(), CCMaterials.PreviewMeshMaterial);
so.SetSlices(generator.Slices);
CurrentLayersInfo = generator.LayerInfo;
// make sure current layer value is valid
current_layer = MathUtil.Clamp(current_layer, 0, CurrentLayersInfo.Count - 1);
// update toolpaths
CurrentToolpaths = so;
CC.ActiveScene.AddSceneObject(CurrentToolpaths, false);
CurrentToolpaths.ZInterval = CurrentLayersInfo.GetLayerZInterval(current_layer);
CC.GCodeAnalysis.AddToolpaths(CurrentToolpaths);
}
private void OnInputModified(ToolpathSO so)
{
OnComputeUpdateRequired?.Invoke(this);
}
public void AddToolpaths(ToolpathSO sourceSO)
{
AnalysisViz boundaries = new ToolpathDeviationViz(sourceSO);
add_new_so_analysis(sourceSO, boundaries);
}
