+Class SetupAngleEstimate +
+ +- Namespace
- Hi.MillingForces.Training
- Assembly
- HiNc.dll
Result of Estimate(IEnumerable<KeyValuePair<int, List<List<TrainingSample>>>>, double[], SampleFlag, int, double, double, IProgress<IMessage>, CancellationToken): the rotation of the +measured spindle-rotation-frame transverse moment (Mx, My) relative to the +model built from a known cutting parameter, i.e. the cutter setup angle +the model is missing, plus the diagnostics that say how much to trust it.
+public sealed class SetupAngleEstimate-
+
- Inheritance +
-
+
+ SetupAngleEstimate+
+
-
+
- Inherited Members +
-
+
+
+
+ + object.GetType() ++ + +
-
+
- Extension Methods +
- + + + + + + + +
Properties +
+ + + + ++ Angle_deg + +
+ +Estimated rotation (deg) that carries the model's (Mx, My) onto the
+measured (Mx, My), folded into [0, Period_deg).
+Positive = the Mx→My sense of the spindle-rotation frame.
public double Angle_deg { get; set; }Property Value
+-
+
- double + +
+ Contrast + +
+ +Contrast of the objective over the angle grid, (Jmax − Jmin)
+divided by the measured energy of the used steps: how much the fit
+worsens at the worst angle of the period. A property of the cut
+geometry rather than of the noise; near 0 means the data does not
+constrain the angle (a cut whose running-frame moment is constant over
+the turn, e.g. a full slot with all flutes engaged).
public double Contrast { get; set; }Property Value
+-
+
- double + +
+ CorrelationR + +
+ +Pearson correlation R between the measured Mx/My samples and the rotated, scaled model.
+public double CorrelationR { get; set; }Property Value
+-
+
- double + +
+ Curve + +
+ +Grid samples of the objective: angle (deg) and objective value.
+public List<(double Angle_deg, double Objective)> Curve { get; }Property Value
+ + + + + + + + + + + ++ FixedScaleAngle_deg + +
+ +The angle (deg) re-estimated with the scale pinned to 1 — agrees with +Angle_deg when the parameter magnitude is right.
+public double FixedScaleAngle_deg { get; set; }Property Value
+-
+
- double + +
+ FluteNum + +
+ +Flute count of the cutter the samples came from.
+public int FluteNum { get; set; }Property Value
+-
+
- int + +
+ MeanModelRipple + +
+ +Energy-weighted mean of the used steps' ModelRipple: +how strongly the cut modulates the transverse moment within a turn, the +model-side identifiability measure.
+public double MeanModelRipple { get; set; }Property Value
+-
+
- double + +
+ MirrorAngle_deg + +
+ +Best angle (deg) under the mirrored-frame hypothesis.
+public double MirrorAngle_deg { get; set; }Property Value
+-
+
- double + +
+ MirrorObjectiveRatio + +
+ +Objective of the mirrored hypothesis over the plain one (< 1 favours the mirror).
+public double MirrorObjectiveRatio { get; set; }Property Value
+-
+
- double + +
+ MirrorPreferred + +
+ +True when a mirrored measurement frame (My negated) fits markedly better +than the plain rotation — the sensor axes are likely swapped/negated +rather than rotated; MirrorAngle_deg is the angle under +that hypothesis.
+public bool MirrorPreferred { get; set; }Property Value
+-
+
- bool + +
+ Note + +
+ +Human-readable summary.
+public string Note { get; set; }Property Value
+-
+
- string + +
+ Objective + +
+ +Objective value at the estimate (residual energy of the used steps).
+public double Objective { get; set; }Property Value
+-
+
- double + +
+ Period_deg + +
+ +Ambiguity period of the estimate (deg): 360/N for an N-flute uniform +fluting (the flute pitch), 360 otherwise.
+public double Period_deg { get; set; }Property Value
+-
+
- double + +
+ ScaleRatio + +
+ +Measured-over-model magnitude ratio of the fit (a free scale absorbs +coefficient magnitude and moment-arm errors so they cannot bias the angle).
+public double ScaleRatio { get; set; }Property Value
+-
+
- double + +
+ Scatter_deg + +
+ +Energy-weighted circular standard deviation (deg) of the per-step angles around the estimate.
+public double Scatter_deg { get; set; }Property Value
+-
+
- double + +
+ StepNum + +
+ +Steps that carried Mx/My samples.
+public int StepNum { get; set; }Property Value
+-
+
- int + +
+ Steps + +
+ +Per-step diagnostics.
+public List<SetupAngleStepEstimate> Steps { get; }Property Value
+-
+
- List<SetupAngleStepEstimate> + +
+ Succeeded + +
+ +False when no estimate could be formed; Note says why.
+public bool Succeeded { get; set; }Property Value
+-
+
- bool + +
+ ToolId + +
+ +Tool id of the cutter the samples came from; -1 when unknown.
+public int ToolId { get; set; }Property Value
+-
+
- int + +
+ UsedStepNum + +
+ +Steps that survived the signal and outlier gates.
+public int UsedStepNum { get; set; }Property Value
+-
+
- int + +