Description
Set a spatial calibration mapping via a set of points. A set of points, and their corresponding calibrated values, are used to define a polynomial mapping of the type described in SetPolynomialMapping.
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Return Type
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None
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Syntax
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object.SetPointMapping DegreeX, DegreeY, Points, NumPoints
The SetPointMapping Method syntax has these parts: |
| object | An expression evaluating to an object of type McSpatialCalib. | | DegreeX | Required. A Long value. The required polynomial degree in X. Enough points must be provided.
| | DegreeY | Required. A Long value. The required polynomial degree in Y. Enough points must be provided
| | Points | Required. A Variant value. An array of doubles in the following format: P1.x, P1.y, P2.x, P2.y,..., P1'.x, P1'.y, P2'x...
| | NumPoints | Required. A Long value. The number of pairs of points (raw + calibrated) in Points. I.e. NumPoints = 3 means that Points contains 3 uncalibrated points and their 3 calibrated values. In all, it's 12 values.
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Remarks
The number of points required to generate a polynomial mapping of degrees DegreeX,DegreeY is equal to (DegreeX+1) x (DegreeY+1). For instance, a second degree mapping will require at least nine points and their calibrated equivalents. A uniform linear mapping (partial polynomial of degree one) will require at least two points.
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SetPointMapping Method
