utest/ui/DataPoints.cpp

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#include "../utest.h"
 
using namespace std;
using namespace PointMatcherSupport;
 
//---------------------------
// Point-cloud structures
//---------------------------
 
TEST(PointCloudTest, CopyConstructor2D)
{
        const DP ref2DCopy(ref2D);
        EXPECT_TRUE(ref2DCopy.features == ref2D.features);
        EXPECT_TRUE(ref2DCopy.featureLabels == ref2D.featureLabels);
        EXPECT_TRUE(ref2DCopy.descriptors == ref2D.descriptors);
        EXPECT_TRUE(ref2DCopy.descriptorLabels == ref2D.descriptorLabels);
        EXPECT_TRUE(ref2DCopy == ref2D);
}
 
 
TEST(PointCloudTest, FeatureConstructor2D)
{
        const DP ref2DCopy(ref2D.features, ref2D.featureLabels);
        EXPECT_TRUE(ref2DCopy.features == ref2D.features);
        EXPECT_TRUE(ref2DCopy.featureLabels == ref2D.featureLabels);
        EXPECT_TRUE(ref2DCopy == ref2D);
        EXPECT_TRUE(ref2DCopy.descriptors.rows() == 0);
        EXPECT_TRUE(ref2DCopy.descriptors.cols() == 0);
}
 
TEST(PointCloudTest, FeatureConstructor3D)
{
        // Note: this test cover also the operator ==
 
        DP ref3DCopy = DP();
        EXPECT_TRUE(ref3DCopy.features.rows() == 0);
        EXPECT_TRUE(ref3DCopy.features.cols() == 0);
        EXPECT_TRUE(ref3DCopy.descriptors.rows() == 0);
        EXPECT_TRUE(ref3DCopy.descriptors.cols() == 0);
        EXPECT_TRUE(ref3DCopy.times.rows() == 0);
        EXPECT_TRUE(ref3DCopy.times.cols() == 0);
 
 
        ref3DCopy = DP(ref3D.features, ref3D.featureLabels);
        EXPECT_TRUE(ref3DCopy.features == ref3D.features);
        EXPECT_TRUE(ref3DCopy.featureLabels == ref3D.featureLabels);
        
        // descriptor missing in ref3DCopy
        EXPECT_FALSE(ref3DCopy == ref3D); 
        
        EXPECT_TRUE(ref3DCopy.descriptors.rows() == 0);
        EXPECT_TRUE(ref3DCopy.descriptors.cols() == 0);
 
        ref3DCopy = DP(ref3D.features, ref3D.featureLabels, ref3D.descriptors, ref3D.descriptorLabels);
        
        EXPECT_TRUE(ref3DCopy.features == ref3D.features);
        EXPECT_TRUE(ref3DCopy.featureLabels == ref3D.featureLabels);
        EXPECT_TRUE(ref3DCopy.descriptors== ref3D.descriptors);
        EXPECT_TRUE(ref3DCopy.descriptorLabels == ref3D.descriptorLabels);
        
 
        EXPECT_TRUE(ref3DCopy == ref3D); 
        
        ref3DCopy = DP(ref3D);
        
        EXPECT_TRUE(ref3DCopy.features == ref3D.features);
        EXPECT_TRUE(ref3DCopy.featureLabels == ref3D.featureLabels);
        EXPECT_TRUE(ref3DCopy.descriptors== ref3D.descriptors);
        EXPECT_TRUE(ref3DCopy.descriptorLabels == ref3D.descriptorLabels);
        
 
        EXPECT_TRUE(ref3DCopy == ref3D);
}
 
 
TEST(PointCloudTest, ConstructorWithData)
{
        const int nbPoints = 100;
        const int dimFeatures = 4;
        const int dimDescriptors = 3;
        const int dimTime = 2;
 
        PM::Matrix randFeat = PM::Matrix::Random(dimFeatures, nbPoints);
        DP::Labels featLabels;
        featLabels.push_back(DP::Label("x", 1));
        featLabels.push_back(DP::Label("y", 1));
        featLabels.push_back(DP::Label("z", 1));
        featLabels.push_back(DP::Label("pad", 1));
 
        PM::Matrix randDesc = PM::Matrix::Random(dimDescriptors, nbPoints);
        DP::Labels descLabels;
        descLabels.push_back(DP::Label("dummyDesc", 3));
 
        PM::Int64Matrix randTimes = PM::Int64Matrix::Random(dimTime, nbPoints);
        DP::Labels timeLabels;
        timeLabels.push_back(DP::Label("dummyTime", 2));
 
        // Construct the point cloud from the generated matrices
        DP pointCloud = DP(randFeat, featLabels, randDesc, descLabels, randTimes, timeLabels);
        
        EXPECT_EQ(pointCloud.features.rows(), dimFeatures);
        EXPECT_EQ(pointCloud.features.cols(), nbPoints);
        EXPECT_EQ(pointCloud.descriptors.rows(), dimDescriptors);
        EXPECT_EQ(pointCloud.descriptors.cols(), nbPoints);
        EXPECT_EQ(pointCloud.times.rows(), dimTime);
        EXPECT_EQ(pointCloud.times.cols(), nbPoints);
 
 
 
}
 
TEST(PointCloudTest, ConcatenateFeatures2D)
{
        const int leftPoints(ref2D.features.cols() / 2);
        const int rightPoints(ref2D.features.cols() - leftPoints);
        DP lefts(
                ref2D.features.leftCols(leftPoints),
                ref2D.featureLabels
        );
        DP rights(
                ref2D.features.rightCols(rightPoints),
                ref2D.featureLabels
        );
        lefts.concatenate(rights);
        EXPECT_TRUE(lefts == ref2D);
}
 
TEST(PointCloudTest, ConcatenateFeatures3D)
{
        const int leftPoints(ref3D.features.cols() / 2);
        const int rightPoints(ref3D.features.cols() - leftPoints);
        DP lefts(
                ref3D.features.leftCols(leftPoints),
                ref3D.featureLabels
        );
        DP rights(
                ref3D.features.rightCols(rightPoints),
                ref3D.featureLabels
        );
        lefts.concatenate(rights);
        EXPECT_TRUE(lefts.features == ref3D.features);
}
 
TEST(PointCloudTest, ConcatenateDescSame)
{
        typedef DP::Label Label;
        typedef DP::Labels Labels;
        
        const int leftPoints(ref2D.features.cols() / 2);
        const int rightPoints(ref2D.features.cols() - leftPoints);
        DP lefts(
                ref2D.features.leftCols(leftPoints),
                ref2D.featureLabels,
                PM::Matrix::Random(5, leftPoints),
                Labels(Label("Desc5D", 5))
        );
        DP rights(
                ref2D.features.rightCols(rightPoints),
                ref2D.featureLabels,
                PM::Matrix::Random(5, rightPoints),
                Labels(Label("Desc5D", 5))
        );
        lefts.concatenate(rights);
        EXPECT_TRUE(lefts.descriptors.rows() == 5);
        EXPECT_TRUE(lefts.descriptors.cols() == lefts.features.cols());
}
 
TEST(PointCloudTest, ConcatenateDescSame2)
{
        typedef DP::Label Label;
        
        DP ref3DCopy(ref3D.features, ref3D.featureLabels);
        ref3DCopy.descriptorLabels.push_back(Label("Desc5D", 5));
        ref3DCopy.descriptors = PM::Matrix::Random(5, ref3DCopy.features.cols());
        
        const int leftPoints(ref3DCopy.features.cols() / 2);
        const int rightPoints(ref3DCopy.features.cols() - leftPoints);
        DP lefts(
                ref3DCopy.features.leftCols(leftPoints),
                ref3DCopy.featureLabels,
                ref3DCopy.descriptors.leftCols(leftPoints),
                ref3DCopy.descriptorLabels
        );
        DP rights(
                ref3DCopy.features.rightCols(rightPoints),
                ref3DCopy.featureLabels,
                ref3DCopy.descriptors.rightCols(rightPoints),
                ref3DCopy.descriptorLabels
        );
        lefts.concatenate(rights);
        EXPECT_TRUE(lefts == ref3DCopy);
}
 
TEST(PointCloudTest, ConcatenateDescDiffName)
{
        typedef DP::Label Label;
        typedef DP::Labels Labels;
        
        const int leftPoints(ref2D.features.cols() / 2);
        const int rightPoints(ref2D.features.cols() - leftPoints);
        DP lefts(
                ref2D.features.leftCols(leftPoints),
                ref2D.featureLabels,
                PM::Matrix::Random(5, leftPoints),
                Labels(Label("MyDesc5D", 5))
        );
        DP rights(
                ref2D.features.rightCols(rightPoints),
                ref2D.featureLabels,
                PM::Matrix::Random(5, rightPoints),
                Labels(Label("YourDesc5D", 5))
        );
        lefts.concatenate(rights);
        EXPECT_TRUE(lefts.descriptors.rows() == 0);
        EXPECT_TRUE(lefts.descriptors.cols() == 0);
}
 
TEST(PointCloudTest, ConcatenateDescDiffSize)
{
        typedef DP::Label Label;
        typedef DP::Labels Labels;
        
        const int leftPoints(ref2D.features.cols() / 2);
        const int rightPoints(ref2D.features.cols() - leftPoints);
        DP lefts(
                ref2D.features.leftCols(leftPoints),
                ref2D.featureLabels,
                PM::Matrix::Random(3, leftPoints),
                Labels(Label("DescND", 3))
        );
        DP rights(
                ref2D.features.rightCols(rightPoints),
                ref2D.featureLabels,
                PM::Matrix::Random(5, rightPoints),
                Labels(Label("DescND", 5))
        );
        EXPECT_THROW(lefts.concatenate(rights), DP::InvalidField);
}
 
TEST(PointCloudTest, AssertConsistency)
{
        DP ref2DCopy(ref2D);
 
  // Point cloud is in order after loading it
  EXPECT_NO_THROW(ref2DCopy.assertDescriptorConsistency());
 
  // We add only a descriptor label without descriptor
  PM::DataPoints::Labels labels;
  labels.push_back(PM::DataPoints::Label("FakeDesc", 2));
  ref2DCopy.descriptorLabels = labels;
        EXPECT_THROW(ref2DCopy.assertDescriptorConsistency(), std::runtime_error);
 
 
  // We add a descriptor with the wrong number of points
  PM::Matrix descriptors = PM::Matrix::Random(2, 10);
  ref2DCopy.descriptors = descriptors;
        
  EXPECT_THROW(ref2DCopy.assertDescriptorConsistency(), std::runtime_error);
  
  // We add a descriptor with the wrong dimension
  descriptors = PM::Matrix::Random(1, ref2DCopy.getNbPoints());
  ref2DCopy.descriptors = descriptors;
  EXPECT_THROW(ref2DCopy.assertDescriptorConsistency(), std::runtime_error);
 
}
 
TEST(PointCloudTest, GetInfo)
{
        //cerr << ref2D.features.rows() << endl;
        //cerr << ref2D.features.cols() << endl;
        //cerr << ref2D.descriptors.rows() << endl;
        //cerr << ref2D.descriptors.cols() << endl;
        
        EXPECT_EQ(ref3D.getNbPoints(), 24989u);
        EXPECT_EQ(ref3D.getEuclideanDim(), 3u);
        EXPECT_EQ(ref3D.getHomogeneousDim(), 4u);
        EXPECT_EQ(ref3D.getNbGroupedDescriptors(), 1u);
        EXPECT_EQ(ref3D.getDescriptorDim(), 3u);
        
        EXPECT_EQ(ref2D.getNbPoints(), 361u);
        EXPECT_EQ(ref2D.getEuclideanDim(), 2u);
        EXPECT_EQ(ref2D.getHomogeneousDim(), 3u);
        EXPECT_EQ(ref2D.getNbGroupedDescriptors(), 0u);
        EXPECT_EQ(ref2D.getDescriptorDim(), 0u);
 
}
 
TEST(PointCloudTest, AddRemove)
{
        DP ref3DCopy = ref3D;
        const int testedValue = 9;
 
        PM::Matrix newFeature = PM::Matrix::Ones(1,ref3DCopy.getNbPoints())*testedValue;
        ref3DCopy.addFeature("testF", newFeature);
 
        //Is the new row added?
        EXPECT_EQ(ref3DCopy.getHomogeneousDim(), ref3D.getHomogeneousDim()+1);
        
        //Is padding still at the end?
        EXPECT_EQ(ref3DCopy.featureLabels.back().text, "pad");
 
        //Is the value right?
        DP::View newFeatureView = ref3DCopy.getFeatureViewByName("testF");
        EXPECT_EQ(newFeatureView(0,0), testedValue);
 
        ref3DCopy.removeFeature("testF");
 
        // Is the extra data removed?
        EXPECT_TRUE(ref3DCopy.features.isApprox(ref3D.features));
 
 
        const int testedValue2 = 88;
        PM::Matrix newDescriptor4D = PM::Matrix::Ones(4,ref3DCopy.getNbPoints())*testedValue;
        PM::Matrix newDescriptor2D = PM::Matrix::Ones(2,ref3DCopy.getNbPoints())*testedValue2;
 
        ref3DCopy.addDescriptor("test4D", newDescriptor4D);
        ref3DCopy.addDescriptor("test2D", newDescriptor2D);
        
        //Is the new row added?
        EXPECT_EQ(ref3DCopy.getDescriptorDim(), ref3D.getDescriptorDim()+6);
        EXPECT_EQ(ref3DCopy.getNbGroupedDescriptors(), ref3D.getNbGroupedDescriptors()+2);
 
        //Is the value right?
        DP::View newDescriptor4DView = ref3DCopy.getDescriptorViewByName("test4D");
        EXPECT_EQ(newDescriptor4DView(0,0), testedValue);
        DP::View newDescriptor2DView = ref3DCopy.getDescriptorViewByName("test2D");
        EXPECT_EQ(newDescriptor2DView(0,0), testedValue2);
 
 
        ref3DCopy.removeDescriptor("test4D");
        ref3DCopy.removeDescriptor("test2D");
        
        //removing random name shoudn't have any effect
        ref3DCopy.removeDescriptor("grrrrr");
 
        // Is the extra data removed?
        EXPECT_TRUE(ref3DCopy.descriptors.isApprox(ref3D.descriptors));
 
}