Additional Inherited Members | |
 Public Member Functions inherited from ILCalibBoard | |
| LPVErrorCode | Detect (ILImage *img, ILCalibPointPairs **pointPairs) |
| LPVErrorCode | DetectInRegion (ILImage *img, ILRegion *region, ILCalibPointPairs **pointPairs) |
| LPVErrorCode | GeneratePointPairs (ILPoints *imgPoints, ILCalibPointPairs **pointPairs) |
| Public Member Functions inherited from ILObject | |
| ILObject * | Copy () |
| LPVErrorCode | Load (LString filename) |
| void | Reset () |
| LPVErrorCode | Save (LString filename) |
| BOOL | Valid () |
| Properties inherited from ILCalibBoard | |
| BOOL | AutoRemoveBad [get, set] |
| Whether to evaluate and automatically remove bad points found in detection. By default, it's off. | |
| double | BoardThickness [get, set] |
| The thickness of the calibration board, in the same unit as SquareSize. It will help compensate the calibration error due to mismatch of plane of calibration and detection, when using the Pinhole calibration model. | |
| LPVCalibBoardType | CalibBoardType [get, set] |
| The type of the calibration board. | |
| int | GridHeight [get, set] |
| The height for the calibration board's grid, at least 3. Not needed for the distributed Charuco board, as it's embedded in the calibration pattern. | |
| int | GridWidth [get, set] |
| The width for the calibration board's grid, at least 3. Not needed for the distributed Charuco board, as it's embedded in the calibration pattern. | |
| BOOL | GuessPartialBlock [get, set] |
| Whether to enable guessing and detection of the corners in partial blocks, for the distributed Charuco board. It results in more corner results, but those guessed ones may be less accurate. By default, it's on. | |
| BOOL | InvertBlock [get, set] |
| Whether to invert the block. Turn it on when you invert the source image captured. By default, it's off. | |
| double | MarkerSize [get, set] |
| The marker size for the distributed Charuco board, in the same unit as SquareSize. By default, it's 0 means the marker size is 80% based on the square size. | |
| double | SquareSize [get, set] |
| The square size for the calibration board. For the chessboard or distributed Charuco board, it means the size of a black square. For the circle grid board, it means the distance between the two nearby circle dots' centers. | |
| BOOL | StartFromCetner [get, set] |
| Whether the start point is moved to the center position of the grid. By default, it's not enabled and the top-left corner is treated as start point. | |
| double | StartX [get, set] |
| The x-coordinate world position for the first start point of the board. It is usually the top-left corner of the grid, or the center position if StartFromCetner is enabled. For circle grid board with empty mark, it's the world position of the origin point. For distributed Charuco board, this setting does not take any effect, as the world positions are completely dependent on the local patterns. | |
| double | StartY [get, set] |
| The y-coordinate world position for the first start point of the board. The start point is usually the top-left corner of the grid, or the center position if StartFromCetner is enabled. . | |
| double | StepX [get, set] |
| The horizontal step used to generate the output world positions, applied before SwapXY. It is the moving distance in world coordinates from the start point and the point right to it in the image grid. It should be positive for x axis towards right and negative for left. | |
| double | StepY [get, set] |
| The vertical step used to generate the output world positions, applied before SwapXY. It is the moving distance in world coordinates from the start point and the point below it(in the next row) in the image grid. It should be positive for y axis towards down and negative for up. | |
| BOOL | SwapXY [get, set] |
| Whether to swap the x/y coordinate of the output world positions. | |
| BOOL | UseFittingMethod [get, set] |
| Whether to use fitting method for sub-pix pattern corner detection. By default, it's off. For the chessboard or distributed Charuco board, it uses the line-fitting method to find the chessboard corners. For the circle grid or EM circle grid board, it uses the ellipse-fitting method to find the dots' centers. | |
This class implements the interface ILCalibBoard, and is used to create an instance of calibration board.
