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Add planar trifocal tensor #1094
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add trifocal tensor constructor from bearing measurements
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#include <iostream> |
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comment block missing
Matrix2 mat1() const { return matrix1_; } | ||
}; | ||
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} // namespace gtsam |
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no traits ???
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We need to thin k about the nonlinear case before reviewing
using namespace std; | ||
using namespace gtsam; | ||
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TEST(TrifocalTensor2, transform) { |
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add a comment
} | ||
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// calculate trifocal tensor | ||
TrifocalTensor2 T(measurement_u, measurement_v, measurement_w); |
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Change to a "named constructor", static FromBearingMeasurements()
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Have a test for this method, and explain where the ground truth comes from!
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// estimate measurement of a robot from the measurements of the other two | ||
// robots | ||
for (unsigned int i = 0; i < measurement_u.size(); i++) { |
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size_t
// robots | ||
for (unsigned int i = 0; i < measurement_u.size(); i++) { | ||
const Rot2 actual_measurement_u = | ||
T.transform(measurement_v[i], measurement_w[i]); |
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comment that this is important and is being tested
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// 2D landmarks | ||
vector<Point2> landmarks; | ||
landmarks.push_back(Point2(2.0, 0.5)); |
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no copy/paste!
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// 2D landmarks | ||
vector<Point2> landmarks; | ||
landmarks.push_back(Point2(2.0, 0.5)); |
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copy/paste !!!!!??????
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Matrix2 actual_trifocal_tensor_mat0 = T.mat1(); | ||
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Matrix2 exp_trifocal_tensor_mat0; |
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Annotate this with //regression
Oh, and, BTW, CI seems to fail. Please do "make check" before doing a push to gtsam repo. As an aside, every push triggers CI, so please don't push every commit - push once you both are satisfied with changes. A development like this might be better done in a fork |
@Hal-Zhaodong-Yang do you intend to continue working on this? |
This PR adds the following:
TrifocalTensor2.[h|cpp]
, which declare and define planar trifocal tensor classTrifocalTensor2
.TrifocalTensor2
constructors from bearing measurements and bearing measurements expressed in projective coordinates.transform
to find a measurement in the first view using measurements from second and third views.testTrifocalTensor2.cpp
, which tests the constructed planar trifocal tensor.transform
method by comparing a set of ground-true bearing measurements with an estimated bearing measurements.