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HemiStereo SDK
The C++ Software Development Kit for the HemiStereo 3D sensing device.
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Public Types | |
| enum | ScanLineDirection { ScanLineLeftRight = 1 << 0, ScanLineTopLeftBottomRight = 1 << 1, ScanLineTopBottom = 1 << 2, ScanLineTopRightBottomLeft = 1 << 3, ScanLineRightLeft = 1 << 4, ScanLineBottomRightTopLeft = 1 << 5, ScanLineBottomTop = 1 << 6, ScanLineBottomLeftTopRight = 1 << 7, ScanLineCross = ScanLineLeftRight | ScanLineRightLeft | ScanLineTopBottom | ScanLineBottomTop, ScanLineAll = 0xFF } |
Public Attributes | |
| int32_t | maxDisparity |
| int32_t | p1 |
| int32_t | p2 |
| int32_t | sad |
| int32_t | ctWinSize |
| int32_t | hcWinSize |
| int32_t | clip |
| int32_t | maxDiff |
| int32_t | uniqueness |
| int | scanlines |
| bool | filterTopArea |
| bool | pyramidalStereo |
| int32_t osp::StereoMatchingSgmParams::clip |
Clip value for cost (used to preserve overflow in cost function)
| int32_t osp::StereoMatchingSgmParams::ctWinSize |
Specifies the census transform window size
| bool osp::StereoMatchingSgmParams::filterTopArea |
Filter cost at top image area with low gradients
| int32_t osp::StereoMatchingSgmParams::hcWinSize |
Specifies the hamming cost window size
| int32_t osp::StereoMatchingSgmParams::maxDiff |
Maximum allowed difference (in integer pixel units) in the left-right disparity check
| int32_t osp::StereoMatchingSgmParams::maxDisparity |
The maximum disparity value
| int32_t osp::StereoMatchingSgmParams::p1 |
Smoothness penalty
| int32_t osp::StereoMatchingSgmParams::p2 |
Discontiguous penalty
| bool osp::StereoMatchingSgmParams::pyramidalStereo |
Use pyramidal scheme: lower resolution imagery for nearby objects and the full resolution for far-away objects
| int32_t osp::StereoMatchingSgmParams::sad |
Specifies the average window size for sum of absolute differences (set to 1 for original SGM)
| int osp::StereoMatchingSgmParams::scanlines |
Scan line directions mask (Any bit-OR of ScanLineDirection values is suitable)
| int32_t osp::StereoMatchingSgmParams::uniqueness |
Margin in percentage by which the best (minimum) computed cost function value should “win” the second best value to consider the found match correct