error_maps¶
Overloads¶
Overload 1¶
Call: error_maps(...)
| Parameter | Type | Default |
|---|---|---|
arg0 |
collections.abc.Sequence[Point2] | — |
arg1 |
collections.abc.Sequence[Point2] | — |
arg2 |
ImageSize | — |
Returns: tuple[ImageF32, ImageRGB8]
Overload 2¶
Call: error_maps(...)
| Parameter | Type | Default |
|---|---|---|
arg0 |
collections.abc.Sequence[ReprojectionErrors] | — |
arg1 |
collections.abc.Sequence[ImageSize] | — |
Returns: list[tuple[ImageF32, ImageRGB8]]
Description¶
Overloaded function.
1. error_maps(arg0: collections.abc.Sequence[libCalibGeom._libCalibGeom.Point2], arg1: collections.abc.Sequence[libCalibGeom._libCalibGeom.Point2], arg2: libCalibGeom._libCalibGeom.ImageSize, /) -> tuple[libCalibGeom._libCalibGeom.ImageF32, libCalibGeom._libCalibGeom.ImageRGB8]
Build magnitude/direction maps. Interior coincident locations use the first residual; unfilled magnitudes are NaN and directions black. The lower-left circle is a legend, not measurement data.
2. error_maps(arg0: collections.abc.Sequence[libCalibGeom._libCalibGeom.ReprojectionErrors], arg1: collections.abc.Sequence[libCalibGeom._libCalibGeom.ImageSize], /) -> list[tuple[libCalibGeom._libCalibGeom.ImageF32, libCalibGeom._libCalibGeom.ImageRGB8]]
Build one magnitude/direction pair per camera, using the same unavailable-pixel, coincident-location and embedded-legend conventions as the single-camera overload.