public override void SetOperationData(AbstractElectrodeCAM eleCam) { Dictionary <double, Face[]> slope = new Dictionary <double, Face[]>(); if ((steep && isAll) || (!steep && isAll)) { slope = eleCam.GetAllFaces(); } else if (steep && !isAll) { slope = eleCam.GetSteepFaces(); } else if (!steep && !isAll) { slope = eleCam.GetSlopeFaces(); } slope.OrderBy(a => a.Key); for (int k = 0; k < slope.Count; k++) { if (k == 0) { this.Inter = slope.Keys.ToArray()[k]; this.SetFaces(slope[this.Inter]); this.SetCutLevel(eleCam.Analysis.BaseFace.BoxMinCorner); } else { AbstractCreateOperation oper = this.CopyOperation(99); oper.Inter = slope.Keys.ToArray()[k]; (oper as ZLevelMillingCreateOperation).SetFaces(slope[this.Inter]); (oper as ZLevelMillingCreateOperation).SetCutLevel(eleCam.Analysis.BaseFace.BoxMinCorner); } } }
public override void SetOperationData(AbstractElectrodeCAM eleCam) { Dictionary <double, Face[]> slope = new Dictionary <double, Face[]>(); if (flat && isAll) { slope = eleCam.GetAllFaces(); } else if (flat) { slope = eleCam.GetSlopeFaces(); } else { slope = eleCam.GetFlatFaces(); } slope.OrderBy(a => a.Key); for (int k = 0; k < slope.Count; k++) { if (k == 0) { this.Inter = slope.Keys.ToArray()[k]; this.SetFaces(slope[this.Inter]); } else { AbstractCreateOperation oper = this.CopyOperation(99); oper.Inter = slope.Keys.ToArray()[k]; (oper as FlowCutCreateOperation).SetFaces(slope[this.Inter]); } } }