void test_phasingcorrection(UnitTest &ut) {
ut.begin_test_set("PhasingCorrection");
Cluster<double> c1;
c1.add_signal("RAW");
c1.signal("RAW").push_back(ReadIntensity<double>(1000 ,0,0,0 ));
c1.signal("RAW").push_back(ReadIntensity<double>(500 ,0,0,2000));
c1.signal("RAW").push_back(ReadIntensity<double>(250 ,0,0,2000));
c1.signal("RAW").push_back(ReadIntensity<double>(125 ,0,0,2000));
c1.signal("RAW").push_back(ReadIntensity<double>(62.5 ,0,0,2000));
c1.signal("RAW").push_back(ReadIntensity<double>(31.25,0,0,2000));
vector<Cluster<double> > clusters;
clusters.push_back(c1);
PhasingCorrection<double> m_phasing_correction(0,0.5,0.6,"RAW","PHASE_CORRECTED");
m_phasing_correction.process(clusters);
ut.test(clusters[0].signal("PHASE_CORRECTED")[0],ReadIntensity<double>(1968.75,0,0,0));
ut.test(clusters[0].signal("PHASE_CORRECTED")[1],ReadIntensity<double>(0 ,0,0,2000));
ut.test(clusters[0].signal("PHASE_CORRECTED")[2],ReadIntensity<double>(0 ,0,0,2000));
ut.test(clusters[0].signal("PHASE_CORRECTED")[3],ReadIntensity<double>(0 ,0,0,2000));
ut.test(clusters[0].signal("PHASE_CORRECTED")[4],ReadIntensity<double>(0 ,0,0,2000));
ut.test(clusters[0].signal("PHASE_CORRECTED")[5],ReadIntensity<double>(0 ,0,0,2000));
ut.end_test_set();
}
int test_tialloc(UnitTest &utf) {
utf.begin_test_set("tialloc tests");
test_tialloc_size10(utf);
test_tialloc_size5to10(utf);
test_tialloc_random(utf);
utf.end_test_set();
}
void test_adaptivethreshold(UnitTest &ut) {
ut.begin_test_set("AdaptiveThreshold");
/*
SwiftImage<uint16> img("./Images/tiny5dot.tif");
AdaptiveThreshold<uint16> at(1,0.7,AdaptiveThreshold<uint16>::mask_type_circle);
SwiftImage<uint16> imgat = at.process(img);
ut.test(imgat(0,0),static_cast<uint16>(0));
ut.test(imgat(1,0),static_cast<uint16>(0));
ut.test(imgat(2,0),static_cast<uint16>(0));
ut.test(imgat(3,0),static_cast<uint16>(0));
ut.test(imgat(4,0),static_cast<uint16>(0));
ut.test(imgat(0,1),static_cast<uint16>(0));
ut.test(imgat(1,1),static_cast<uint16>(65534));
ut.test(imgat(2,1),static_cast<uint16>(65534));
ut.test(imgat(3,1),static_cast<uint16>(65534));
ut.test(imgat(4,1),static_cast<uint16>(0));
ut.test(imgat(0,2),static_cast<uint16>(0));
ut.test(imgat(1,2),static_cast<uint16>(65534));
ut.test(imgat(2,2),static_cast<uint16>(0));
ut.test(imgat(3,2),static_cast<uint16>(65534));
ut.test(imgat(4,2),static_cast<uint16>(0));
ut.test(imgat(0,3),static_cast<uint16>(0));
ut.test(imgat(1,3),static_cast<uint16>(65534));
ut.test(imgat(2,3),static_cast<uint16>(65534));
ut.test(imgat(3,3),static_cast<uint16>(65534));
ut.test(imgat(4,3),static_cast<uint16>(0));
ut.test(imgat(0,4),static_cast<uint16>(0));
ut.test(imgat(1,4),static_cast<uint16>(0));
ut.test(imgat(2,4),static_cast<uint16>(0));
ut.test(imgat(3,4),static_cast<uint16>(0));
ut.test(imgat(4,4),static_cast<uint16>(0));
SwiftImage<uint16> i2("./Images/run475_lane1tile1/C2.1/s_1_1_a.tif");
MorphologicalOpening<uint16> mo(4);
SwiftImage<uint16> i4 = mo.process(i2);
i2 = i2 - i4;
SwiftImage<uint16> i3 = at.process(i2);
i3.save("./adaptive_morph.tif");
*/
ut.end_test_set();
}
void test_runlengthencode(UnitTest &ut) {
ut.begin_test_set("RunLengthEncode");
SwiftImage<uint16> img("./Images/tinyline.tif");
RunLengthEncode<uint16> rle;
vector<RLERun<> > runs = rle.process(img);
ut.test(static_cast<int>(runs.size()) ,1);
ut.test(runs[0].pos.x ,2);
ut.test(runs[0].pos.y ,1);
ut.test(runs[0].length,9);
ut.end_test_set();
}
void test_reporting(UnitTest &ut) {
ut.begin_test_set("Reporting");
Cluster<double> c1;
c1.add_signal("RAW");
c1.signal("RAW").push_back(ReadIntensity<double>(1000 ,0,0,0 ));
c1.signal("RAW").push_back(ReadIntensity<double>(500 ,0,0,2000));
c1.signal("RAW").push_back(ReadIntensity<double>(250 ,0,0,2000));
c1.signal("RAW").push_back(ReadIntensity<double>(125 ,0,0,2000));
c1.signal("RAW").push_back(ReadIntensity<double>(62.5 ,0,0,2000));
c1.signal("RAW").push_back(ReadIntensity<double>(31.25,0,0,2000));
c1.add_signal("FINAL_CORRECTED");
c1.signal("FINAL_CORRECTED").push_back(ReadIntensity<double>(1000 ,0,0,0 ));
c1.signal("FINAL_CORRECTED").push_back(ReadIntensity<double>(500 ,0,0,2000));
c1.signal("FINAL_CORRECTED").push_back(ReadIntensity<double>(250 ,0,0,2000));
c1.signal("FINAL_CORRECTED").push_back(ReadIntensity<double>(125 ,0,0,2000));
c1.signal("FINAL_CORRECTED").push_back(ReadIntensity<double>(62.5 ,0,0,2000));
c1.signal("FINAL_CORRECTED").push_back(ReadIntensity<double>(31.25,0,0,2000));
c1.add_sequence("BASECALL_FINAL");
//TODO: I'm really unclear as to why I need this cast, for some reason gcc can't see base_type from here...
c1.sequence("BASECALL_FINAL").sequence().push_back(static_cast<int>(ScoredSequence<>::base_a));
c1.sequence("BASECALL_FINAL").sequence().push_back(static_cast<int>(ScoredSequence<>::base_t));
c1.sequence("BASECALL_FINAL").sequence().push_back(static_cast<int>(ScoredSequence<>::base_t));
c1.sequence("BASECALL_FINAL").sequence().push_back(static_cast<int>(ScoredSequence<>::base_t));
c1.sequence("BASECALL_FINAL").sequence().push_back(static_cast<int>(ScoredSequence<>::base_t));
c1.sequence("BASECALL_FINAL").sequence().push_back(static_cast<int>(ScoredSequence<>::base_t));
vector<Cluster<double> > clusters;
clusters.push_back(c1);
clusters.push_back(c1);
clusters.push_back(c1);
clusters.push_back(c1);
clusters.push_back(c1);
clusters.push_back(c1);
Reporting<double> m_reporting(clusters,true,"./phi_plus_SNPs.fa");
m_reporting.write_report_file("report");
ut.end_test_set();
}
void test_channeloffsets(UnitTest &ut) {
int size=100;
int num_cycles=10;
ut.begin_test_set("ChannelOffsets");
ChannelOffsets<uint16> co_fft (ChannelOffsets<uint16>::fft);
ChannelOffsets<uint16> co_simple(ChannelOffsets<uint16>::simple,size);
vector<SwiftImage<uint16> > images;
int size_x=size;
int size_y=size;
srand(12345);
for(int n=0;n<num_cycles;n++) {
SwiftImage<uint16> rnd(size_x,size_y);
for(int r=0; r<2500; r++) {
int x = rand() % size_x;
int y = rand() % size_y;
rnd(x,y) = rand() % 32768;
}
images.push_back(rnd);
}
co_fft .process(images[0],images,num_cycles);
co_simple.process(images[0],images,num_cycles);
for(int n=0;n<co_fft.get_offsets().size();n++) {
ut.test(co_fft.get_offsets()[n].x,co_simple.get_offsets()[n].x);
ut.test(co_fft.get_offsets()[n].y,co_simple.get_offsets()[n].y);
}
ut.end_test_set();
}
void test_euclideandistancemap(UnitTest &ut) {
ut.begin_test_set("EuclideanDistanceMap");
EuclideanDistanceMap<uint16> edm;
SwiftImage<uint16> i10("./Images/tiny10.tif");
SwiftImage<uint16> i10_edm = edm.process(i10);
ut.test(i10_edm(0,0),static_cast<uint16>(0));
ut.test(i10_edm(0,1),static_cast<uint16>(0));
ut.test(i10_edm(0,2),static_cast<uint16>(0));
ut.test(i10_edm(0,3),static_cast<uint16>(0));
ut.test(i10_edm(0,4),static_cast<uint16>(0));
ut.test(i10_edm(0,5),static_cast<uint16>(0));
ut.test(i10_edm(0,6),static_cast<uint16>(0));
ut.test(i10_edm(0,7),static_cast<uint16>(0));
ut.test(i10_edm(0,8),static_cast<uint16>(0));
ut.test(i10_edm(0,9),static_cast<uint16>(0));
ut.test(i10_edm(1,0),static_cast<uint16>(0));
ut.test(i10_edm(1,1),static_cast<uint16>(1));
ut.test(i10_edm(1,2),static_cast<uint16>(1));
ut.test(i10_edm(1,3),static_cast<uint16>(1));
ut.test(i10_edm(1,4),static_cast<uint16>(1));
ut.test(i10_edm(1,5),static_cast<uint16>(1));
ut.test(i10_edm(1,6),static_cast<uint16>(1));
ut.test(i10_edm(1,7),static_cast<uint16>(1));
ut.test(i10_edm(1,8),static_cast<uint16>(1));
ut.test(i10_edm(1,9),static_cast<uint16>(0));
ut.test(i10_edm(2,0),static_cast<uint16>(0));
ut.test(i10_edm(2,1),static_cast<uint16>(1));
ut.test(i10_edm(2,2),static_cast<uint16>(2));
ut.test(i10_edm(2,3),static_cast<uint16>(2));
ut.test(i10_edm(2,4),static_cast<uint16>(2));
ut.test(i10_edm(2,5),static_cast<uint16>(2));
ut.test(i10_edm(2,6),static_cast<uint16>(2));
ut.test(i10_edm(2,7),static_cast<uint16>(2));
ut.test(i10_edm(2,8),static_cast<uint16>(1));
ut.test(i10_edm(2,9),static_cast<uint16>(0));
ut.test(i10_edm(3,0),static_cast<uint16>(0));
ut.test(i10_edm(3,1),static_cast<uint16>(1));
ut.test(i10_edm(3,2),static_cast<uint16>(2));
ut.test(i10_edm(3,3),static_cast<uint16>(3));
ut.test(i10_edm(3,4),static_cast<uint16>(3));
ut.test(i10_edm(3,5),static_cast<uint16>(3));
ut.test(i10_edm(3,6),static_cast<uint16>(3));
ut.test(i10_edm(3,7),static_cast<uint16>(2));
ut.test(i10_edm(3,8),static_cast<uint16>(1));
ut.test(i10_edm(3,9),static_cast<uint16>(0));
ut.test(i10_edm(4,0),static_cast<uint16>(0));
ut.test(i10_edm(4,1),static_cast<uint16>(1));
ut.test(i10_edm(4,2),static_cast<uint16>(2));
ut.test(i10_edm(4,3),static_cast<uint16>(3));
ut.test(i10_edm(4,4),static_cast<uint16>(4));
ut.test(i10_edm(4,5),static_cast<uint16>(4));
ut.test(i10_edm(4,6),static_cast<uint16>(3));
ut.test(i10_edm(4,7),static_cast<uint16>(2));
ut.test(i10_edm(4,8),static_cast<uint16>(1));
ut.test(i10_edm(4,9),static_cast<uint16>(0));
ut.test(i10_edm(5,0),static_cast<uint16>(0));
ut.test(i10_edm(5,1),static_cast<uint16>(1));
ut.test(i10_edm(5,2),static_cast<uint16>(2));
ut.test(i10_edm(5,3),static_cast<uint16>(3));
ut.test(i10_edm(5,4),static_cast<uint16>(4));
ut.test(i10_edm(5,5),static_cast<uint16>(4));
ut.test(i10_edm(5,6),static_cast<uint16>(3));
ut.test(i10_edm(5,7),static_cast<uint16>(2));
ut.test(i10_edm(5,8),static_cast<uint16>(1));
ut.test(i10_edm(5,9),static_cast<uint16>(0));
ut.test(i10_edm(6,0),static_cast<uint16>(0));
ut.test(i10_edm(6,1),static_cast<uint16>(1));
ut.test(i10_edm(6,2),static_cast<uint16>(2));
ut.test(i10_edm(6,3),static_cast<uint16>(3));
ut.test(i10_edm(6,4),static_cast<uint16>(3));
ut.test(i10_edm(6,5),static_cast<uint16>(3));
ut.test(i10_edm(6,6),static_cast<uint16>(3));
ut.test(i10_edm(6,7),static_cast<uint16>(2));
ut.test(i10_edm(6,8),static_cast<uint16>(1));
ut.test(i10_edm(6,9),static_cast<uint16>(0));
ut.test(i10_edm(7,0),static_cast<uint16>(0));
ut.test(i10_edm(7,1),static_cast<uint16>(1));
ut.test(i10_edm(7,2),static_cast<uint16>(2));
ut.test(i10_edm(7,3),static_cast<uint16>(2));
ut.test(i10_edm(7,4),static_cast<uint16>(2));
ut.test(i10_edm(7,5),static_cast<uint16>(2));
ut.test(i10_edm(7,6),static_cast<uint16>(2));
ut.test(i10_edm(7,7),static_cast<uint16>(2));
ut.test(i10_edm(7,8),static_cast<uint16>(1));
ut.test(i10_edm(7,9),static_cast<uint16>(0));
ut.test(i10_edm(8,0),static_cast<uint16>(0));
ut.test(i10_edm(8,1),static_cast<uint16>(1));
ut.test(i10_edm(8,2),static_cast<uint16>(1));
ut.test(i10_edm(8,3),static_cast<uint16>(1));
ut.test(i10_edm(8,4),static_cast<uint16>(1));
ut.test(i10_edm(8,5),static_cast<uint16>(1));
ut.test(i10_edm(8,6),static_cast<uint16>(1));
ut.test(i10_edm(8,7),static_cast<uint16>(1));
ut.test(i10_edm(8,8),static_cast<uint16>(1));
ut.test(i10_edm(8,9),static_cast<uint16>(0));
ut.test(i10_edm(9,0),static_cast<uint16>(0));
ut.test(i10_edm(9,1),static_cast<uint16>(0));
ut.test(i10_edm(9,2),static_cast<uint16>(0));
ut.test(i10_edm(9,3),static_cast<uint16>(0));
ut.test(i10_edm(9,4),static_cast<uint16>(0));
ut.test(i10_edm(9,5),static_cast<uint16>(0));
ut.test(i10_edm(9,6),static_cast<uint16>(0));
ut.test(i10_edm(9,7),static_cast<uint16>(0));
ut.test(i10_edm(9,8),static_cast<uint16>(0));
ut.test(i10_edm(9,9),static_cast<uint16>(0));
// Trying things out...
/* NWThreshold<uint16> nwt(5,0.5,2000,NWThreshold<uint16>::mask_type_square);//0.75 beautiful
SwiftImage<uint16> i1("./Images/run475_lane1tile1/C2.1/s_1_1_a.tif");
SwiftImage<uint16> i2 = nwt.process(i1);
SwiftImage<uint16> i3 = edm.process(i2);
i3.save("edm.tiff");
*/
ut.end_test_set();
}
void test_crosschannelregistration(UnitTest &ut) {
ut.begin_test_set("CrossChannelRegistration");
Segmentation<uint16> segmenter;
EuclideanDistanceMap<uint16> edm;
Watershed<uint16> wat;
Invert<uint16> inv;
NWThreshold<uint16> nwt(5,0.5,60000,NWThreshold<uint16>::mask_type_square);//0.75 beautiful
SwiftImage<uint16> c1a_i1("./Images/smallfake2/c1_a.tif");
cout << "Load complete" << endl;
SwiftImage<uint16> c1a_i2 = nwt.process(c1a_i1);
cout << "Thresholding complete" << endl;
SwiftImage<uint16> c1a_i3 = edm.process(c1a_i2);
cout << "EDM complete" << endl;
SwiftImage<uint16> c1a_i4 = inv.process(c1a_i3);
cout << "INV complete" << endl;
SwiftImage<uint16> c1a_i5 = wat.process(c1a_i4);
cout << "Wat complete" << endl;
SwiftImage<uint16> c1a_i6 = c1a_i2 && c1a_i5;
vector<SwiftImageObject<> > c1a_objs1 = segmenter.process(c1a_i6);
SwiftImage<uint16> c2a_i1("./Images/smallfake2/c2_a.tif");
cout << "Load complete" << endl;
SwiftImage<uint16> c2a_i2 = nwt.process(c2a_i1);
cout << "Thresholding complete" << endl;
SwiftImage<uint16> c2a_i3 = edm.process(c2a_i2);
cout << "EDM complete" << endl;
SwiftImage<uint16> c2a_i4 = inv.process(c2a_i3);
cout << "INV complete" << endl;
SwiftImage<uint16> c2a_i5 = wat.process(c2a_i4);
cout << "Wat complete" << endl;
SwiftImage<uint16> c2a_i6 = c2a_i2 && c2a_i5;
vector<SwiftImageObject<> > c2a_objs1 = segmenter.process(c2a_i6);
SwiftImage<uint16> c1t_i1("./Images/smallfake2/c1_t.tif");
cout << "Load complete" << endl;
SwiftImage<uint16> c1t_i2 = nwt.process(c1t_i1);
cout << "Thresholding complete" << endl;
SwiftImage<uint16> c1t_i3 = edm.process(c1t_i2);
cout << "EDM complete" << endl;
SwiftImage<uint16> c1t_i4 = inv.process(c1t_i3);
cout << "INV complete" << endl;
SwiftImage<uint16> c1t_i5 = wat.process(c1t_i4);
cout << "Wat complete" << endl;
SwiftImage<uint16> c1t_i6 = c1t_i2 && c1t_i5;
vector<SwiftImageObject<> > c1t_objs1 = segmenter.process(c1t_i6);
SwiftImage<uint16> c2t_i1("./Images/smallfake2/c2_t.tif");
cout << "Load complete" << endl;
SwiftImage<uint16> c2t_i2 = nwt.process(c2t_i1);
cout << "Thresholding complete" << endl;
SwiftImage<uint16> c2t_i3 = edm.process(c2t_i2);
cout << "EDM complete" << endl;
SwiftImage<uint16> c2t_i4 = inv.process(c2t_i3);
cout << "INV complete" << endl;
SwiftImage<uint16> c2t_i5 = wat.process(c2t_i4);
cout << "Wat complete" << endl;
SwiftImage<uint16> c2t_i6 = c2t_i2 && c2t_i5;
vector<SwiftImageObject<> > c2t_objs1 = segmenter.process(c2t_i6);
// Now have c1_objs1 and c2_objs1 for registration
vector<vector<SwiftImageObject<> > > a_cycles;
a_cycles.push_back(c1a_objs1);
a_cycles.push_back(c2a_objs1);
vector<vector<SwiftImageObject<> > > t_cycles;
t_cycles.push_back(c1t_objs1);
t_cycles.push_back(c2t_objs1);
ChannelRegistration<> chanreg(c2a_i6.image_width(),c2a_i6.image_height());
vector<vector<SwiftImageCluster<> > > a_clusters = chanreg.process_channel_registration(a_cycles,SwiftImageCluster<>::base_a);
vector<vector<SwiftImageCluster<> > > c_clusters = chanreg.process_channel_registration(t_cycles,SwiftImageCluster<>::base_c);
vector<vector<SwiftImageCluster<> > > g_clusters = chanreg.process_channel_registration(a_cycles,SwiftImageCluster<>::base_g);
vector<vector<SwiftImageCluster<> > > t_clusters = chanreg.process_channel_registration(t_cycles,SwiftImageCluster<>::base_t);
CrossChannelRegistration<> crosschanreg(c2a_i6.image_width(),c2a_i6.image_height(),true,3);
vector<vector<SwiftImageCluster<> > > all_clusters = crosschanreg.process_crosschannel_registration(a_clusters,
c_clusters,
g_clusters,
t_clusters);
for(int n=0;n<all_clusters.size();n++) {
ut.test(static_cast<int>(all_clusters[n].size()),2);
}
ut.test(static_cast<int>(all_clusters.size()),5);
// Cluster 1, Cycle 1
ut.test(static_cast<int>(all_clusters[0][0].features[SwiftImageCluster<>::base_a].size()),1);
ut.test(static_cast<int>(all_clusters[0][0].features[SwiftImageCluster<>::base_t].size()),1);
ut.test(static_cast<int>(all_clusters[0][0].features[SwiftImageCluster<>::base_g].size()),1);
ut.test(static_cast<int>(all_clusters[0][0].features[SwiftImageCluster<>::base_c].size()),1);
ut.test(all_clusters[0][0].features[SwiftImageCluster<>::base_a][0].pixels[0].pos.x,1);
ut.test(all_clusters[0][0].features[SwiftImageCluster<>::base_a][0].pixels[0].pos.y,1);
ut.test(all_clusters[0][0].features[SwiftImageCluster<>::base_a][0].pixels[0].length,2);
ut.test(all_clusters[0][0].features[SwiftImageCluster<>::base_a][0].pixels[1].pos.x,1);
ut.test(all_clusters[0][0].features[SwiftImageCluster<>::base_a][0].pixels[1].pos.y,2);
ut.test(all_clusters[0][0].features[SwiftImageCluster<>::base_a][0].pixels[1].length,2);
ut.test(all_clusters[0][0].features[SwiftImageCluster<>::base_t][0].pixels[0].pos.x,1);
ut.test(all_clusters[0][0].features[SwiftImageCluster<>::base_t][0].pixels[0].pos.y,1);
ut.test(all_clusters[0][0].features[SwiftImageCluster<>::base_t][0].pixels[0].length,2);
ut.test(all_clusters[0][0].features[SwiftImageCluster<>::base_t][0].pixels[1].pos.x,1);
ut.test(all_clusters[0][0].features[SwiftImageCluster<>::base_t][0].pixels[1].pos.y,2);
ut.test(all_clusters[0][0].features[SwiftImageCluster<>::base_t][0].pixels[1].length,2);
ut.test(all_clusters[0][0].features[SwiftImageCluster<>::base_g][0].pixels[0].pos.x,1);
ut.test(all_clusters[0][0].features[SwiftImageCluster<>::base_g][0].pixels[0].pos.y,1);
ut.test(all_clusters[0][0].features[SwiftImageCluster<>::base_g][0].pixels[0].length,2);
ut.test(all_clusters[0][0].features[SwiftImageCluster<>::base_c][0].pixels[1].pos.x,1);
ut.test(all_clusters[0][0].features[SwiftImageCluster<>::base_c][0].pixels[1].pos.y,2);
ut.test(all_clusters[0][0].features[SwiftImageCluster<>::base_c][0].pixels[1].length,2);
ut.test(all_clusters[0][0].features[SwiftImageCluster<>::base_c][0].pixels[0].pos.x,1);
ut.test(all_clusters[0][0].features[SwiftImageCluster<>::base_c][0].pixels[0].pos.y,1);
ut.test(all_clusters[0][0].features[SwiftImageCluster<>::base_c][0].pixels[0].length,2);
ut.test(all_clusters[0][0].features[SwiftImageCluster<>::base_c][0].pixels[1].pos.x,1);
ut.test(all_clusters[0][0].features[SwiftImageCluster<>::base_c][0].pixels[1].pos.y,2);
ut.test(all_clusters[0][0].features[SwiftImageCluster<>::base_c][0].pixels[1].length,2);
// Cluster 1, Cycle 2
ut.test(static_cast<int>(all_clusters[0][1].features[SwiftImageCluster<>::base_a].size()),1);
ut.test(static_cast<int>(all_clusters[0][1].features[SwiftImageCluster<>::base_t].size()),1);
ut.test(static_cast<int>(all_clusters[0][1].features[SwiftImageCluster<>::base_g].size()),1);
ut.test(static_cast<int>(all_clusters[0][1].features[SwiftImageCluster<>::base_c].size()),1);
ut.test(all_clusters[0][1].features[SwiftImageCluster<>::base_a][0].pixels[0].pos.x,1);
ut.test(all_clusters[0][1].features[SwiftImageCluster<>::base_a][0].pixels[0].pos.y,1);
ut.test(all_clusters[0][1].features[SwiftImageCluster<>::base_a][0].pixels[0].length,2);
ut.test(all_clusters[0][1].features[SwiftImageCluster<>::base_a][0].pixels[1].pos.x,1);
ut.test(all_clusters[0][1].features[SwiftImageCluster<>::base_a][0].pixels[1].pos.y,2);
ut.test(all_clusters[0][1].features[SwiftImageCluster<>::base_a][0].pixels[1].length,2);
ut.test(all_clusters[0][1].features[SwiftImageCluster<>::base_t][0].pixels[0].pos.x,1);
ut.test(all_clusters[0][1].features[SwiftImageCluster<>::base_t][0].pixels[0].pos.y,1);
ut.test(all_clusters[0][1].features[SwiftImageCluster<>::base_t][0].pixels[0].length,2);
ut.test(all_clusters[0][1].features[SwiftImageCluster<>::base_t][0].pixels[1].pos.x,1);
ut.test(all_clusters[0][1].features[SwiftImageCluster<>::base_t][0].pixels[1].pos.y,2);
ut.test(all_clusters[0][1].features[SwiftImageCluster<>::base_t][0].pixels[1].length,2);
ut.test(all_clusters[0][1].features[SwiftImageCluster<>::base_g][0].pixels[0].pos.x,1);
ut.test(all_clusters[0][1].features[SwiftImageCluster<>::base_g][0].pixels[0].pos.y,1);
ut.test(all_clusters[0][1].features[SwiftImageCluster<>::base_g][0].pixels[0].length,2);
ut.test(all_clusters[0][1].features[SwiftImageCluster<>::base_c][0].pixels[1].pos.x,1);
ut.test(all_clusters[0][1].features[SwiftImageCluster<>::base_c][0].pixels[1].pos.y,2);
ut.test(all_clusters[0][1].features[SwiftImageCluster<>::base_c][0].pixels[1].length,2);
ut.test(all_clusters[0][1].features[SwiftImageCluster<>::base_c][0].pixels[0].pos.x,1);
ut.test(all_clusters[0][1].features[SwiftImageCluster<>::base_c][0].pixels[0].pos.y,1);
ut.test(all_clusters[0][1].features[SwiftImageCluster<>::base_c][0].pixels[0].length,2);
ut.test(all_clusters[0][1].features[SwiftImageCluster<>::base_c][0].pixels[1].pos.x,1);
ut.test(all_clusters[0][1].features[SwiftImageCluster<>::base_c][0].pixels[1].pos.y,2);
ut.test(all_clusters[0][1].features[SwiftImageCluster<>::base_c][0].pixels[1].length,2);
// Cluster 2, Cycle 1
ut.test(static_cast<int>(all_clusters[1][0].features[SwiftImageCluster<>::base_a].size()),2);
ut.test(static_cast<int>(all_clusters[1][0].features[SwiftImageCluster<>::base_t].size()),1);
ut.test(static_cast<int>(all_clusters[1][0].features[SwiftImageCluster<>::base_g].size()),2);
ut.test(static_cast<int>(all_clusters[1][0].features[SwiftImageCluster<>::base_c].size()),1);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_a][0].pixels[0].pos.x,1);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_a][0].pixels[0].pos.y,5);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_a][0].pixels[0].length,2);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_a][0].pixels[1].pos.x,1);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_a][0].pixels[1].pos.y,6);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_a][0].pixels[1].length,2);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_a][1].pixels[0].pos.x,5);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_a][1].pixels[0].pos.y,5);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_a][1].pixels[0].length,2);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_a][1].pixels[1].pos.x,5);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_a][1].pixels[1].pos.y,6);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_a][1].pixels[1].length,2);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_t][0].pixels[0].pos.x,5);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_t][0].pixels[0].pos.y,5);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_t][0].pixels[0].length,2);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_t][0].pixels[1].pos.x,5);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_t][0].pixels[1].pos.y,6);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_t][0].pixels[1].length,2);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_g][0].pixels[0].pos.x,1);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_g][0].pixels[0].pos.y,5);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_g][0].pixels[0].length,2);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_g][0].pixels[1].pos.x,1);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_g][0].pixels[1].pos.y,6);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_g][0].pixels[1].length,2);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_g][1].pixels[0].pos.x,5);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_g][1].pixels[0].pos.y,5);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_g][1].pixels[0].length,2);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_g][1].pixels[1].pos.x,5);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_g][1].pixels[1].pos.y,6);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_g][1].pixels[1].length,2);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_c][0].pixels[0].pos.x,5);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_c][0].pixels[0].pos.y,5);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_c][0].pixels[0].length,2);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_c][0].pixels[1].pos.x,5);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_c][0].pixels[1].pos.y,6);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_c][0].pixels[1].length,2);
// Cluster 2, Cycle 2
ut.test(static_cast<int>(all_clusters[1][1].features[SwiftImageCluster<>::base_a].size()),1);
ut.test(static_cast<int>(all_clusters[1][1].features[SwiftImageCluster<>::base_t].size()),1);
ut.test(static_cast<int>(all_clusters[1][1].features[SwiftImageCluster<>::base_g].size()),1);
ut.test(static_cast<int>(all_clusters[1][1].features[SwiftImageCluster<>::base_c].size()),1);
ut.test(all_clusters[1][1].features[SwiftImageCluster<>::base_a][0].pixels[0].pos.x,1);
ut.test(all_clusters[1][1].features[SwiftImageCluster<>::base_a][0].pixels[0].pos.y,5);
ut.test(all_clusters[1][1].features[SwiftImageCluster<>::base_a][0].pixels[0].length,6);
ut.test(all_clusters[1][1].features[SwiftImageCluster<>::base_a][0].pixels[1].pos.x,1);
ut.test(all_clusters[1][1].features[SwiftImageCluster<>::base_a][0].pixels[1].pos.y,6);
ut.test(all_clusters[1][1].features[SwiftImageCluster<>::base_a][0].pixels[1].length,6);
ut.test(all_clusters[1][1].features[SwiftImageCluster<>::base_t][0].pixels[0].pos.x,1);
ut.test(all_clusters[1][1].features[SwiftImageCluster<>::base_t][0].pixels[0].pos.y,5);
ut.test(all_clusters[1][1].features[SwiftImageCluster<>::base_t][0].pixels[0].length,6);
ut.test(all_clusters[1][1].features[SwiftImageCluster<>::base_t][0].pixels[1].pos.x,1);
ut.test(all_clusters[1][1].features[SwiftImageCluster<>::base_t][0].pixels[1].pos.y,6);
ut.test(all_clusters[1][1].features[SwiftImageCluster<>::base_t][0].pixels[1].length,6);
ut.test(all_clusters[1][1].features[SwiftImageCluster<>::base_g][0].pixels[0].pos.x,1);
ut.test(all_clusters[1][1].features[SwiftImageCluster<>::base_g][0].pixels[0].pos.y,5);
ut.test(all_clusters[1][1].features[SwiftImageCluster<>::base_g][0].pixels[0].length,6);
ut.test(all_clusters[1][1].features[SwiftImageCluster<>::base_g][0].pixels[1].pos.x,1);
ut.test(all_clusters[1][1].features[SwiftImageCluster<>::base_g][0].pixels[1].pos.y,6);
ut.test(all_clusters[1][1].features[SwiftImageCluster<>::base_g][0].pixels[1].length,6);
ut.test(all_clusters[1][1].features[SwiftImageCluster<>::base_c][0].pixels[0].pos.x,1);
ut.test(all_clusters[1][1].features[SwiftImageCluster<>::base_c][0].pixels[0].pos.y,5);
ut.test(all_clusters[1][1].features[SwiftImageCluster<>::base_c][0].pixels[0].length,6);
ut.test(all_clusters[1][1].features[SwiftImageCluster<>::base_c][0].pixels[1].pos.x,1);
ut.test(all_clusters[1][1].features[SwiftImageCluster<>::base_c][0].pixels[1].pos.y,6);
ut.test(all_clusters[1][1].features[SwiftImageCluster<>::base_c][0].pixels[1].length,6);
// Cluster 3, Cycle 1
ut.test(static_cast<int>(all_clusters[2][0].features[SwiftImageCluster<>::base_a].size()),1);
ut.test(static_cast<int>(all_clusters[2][0].features[SwiftImageCluster<>::base_t].size()),1);
ut.test(static_cast<int>(all_clusters[2][0].features[SwiftImageCluster<>::base_g].size()),1);
ut.test(static_cast<int>(all_clusters[2][0].features[SwiftImageCluster<>::base_c].size()),1);
ut.test(all_clusters[2][0].features[SwiftImageCluster<>::base_a][0].pixels[0].pos.x,5);
ut.test(all_clusters[2][0].features[SwiftImageCluster<>::base_a][0].pixels[0].pos.y,1);
ut.test(all_clusters[2][0].features[SwiftImageCluster<>::base_a][0].pixels[0].length,2);
ut.test(all_clusters[2][0].features[SwiftImageCluster<>::base_a][0].pixels[1].pos.x,5);
ut.test(all_clusters[2][0].features[SwiftImageCluster<>::base_a][0].pixels[1].pos.y,2);
ut.test(all_clusters[2][0].features[SwiftImageCluster<>::base_a][0].pixels[1].length,2);
ut.test(all_clusters[2][0].features[SwiftImageCluster<>::base_t][0].pixels[0].pos.x,5);
ut.test(all_clusters[2][0].features[SwiftImageCluster<>::base_t][0].pixels[0].pos.y,1);
ut.test(all_clusters[2][0].features[SwiftImageCluster<>::base_t][0].pixels[0].length,2);
ut.test(all_clusters[2][0].features[SwiftImageCluster<>::base_t][0].pixels[1].pos.x,5);
ut.test(all_clusters[2][0].features[SwiftImageCluster<>::base_t][0].pixels[1].pos.y,2);
ut.test(all_clusters[2][0].features[SwiftImageCluster<>::base_t][0].pixels[1].length,2);
ut.test(all_clusters[2][0].features[SwiftImageCluster<>::base_g][0].pixels[0].pos.x,5);
ut.test(all_clusters[2][0].features[SwiftImageCluster<>::base_g][0].pixels[0].pos.y,1);
ut.test(all_clusters[2][0].features[SwiftImageCluster<>::base_g][0].pixels[0].length,2);
ut.test(all_clusters[2][0].features[SwiftImageCluster<>::base_g][0].pixels[1].pos.x,5);
ut.test(all_clusters[2][0].features[SwiftImageCluster<>::base_g][0].pixels[1].pos.y,2);
ut.test(all_clusters[2][0].features[SwiftImageCluster<>::base_g][0].pixels[1].length,2);
ut.test(all_clusters[2][0].features[SwiftImageCluster<>::base_c][0].pixels[0].pos.x,5);
ut.test(all_clusters[2][0].features[SwiftImageCluster<>::base_c][0].pixels[0].pos.y,1);
ut.test(all_clusters[2][0].features[SwiftImageCluster<>::base_c][0].pixels[0].length,2);
ut.test(all_clusters[2][0].features[SwiftImageCluster<>::base_c][0].pixels[1].pos.x,5);
ut.test(all_clusters[2][0].features[SwiftImageCluster<>::base_c][0].pixels[1].pos.y,2);
ut.test(all_clusters[2][0].features[SwiftImageCluster<>::base_c][0].pixels[1].length,2);
// Cluster 3, Cycle 2
ut.test(static_cast<int>(all_clusters[2][1].features[SwiftImageCluster<>::base_a].size()),1);
ut.test(static_cast<int>(all_clusters[2][1].features[SwiftImageCluster<>::base_t].size()),1);
ut.test(static_cast<int>(all_clusters[2][1].features[SwiftImageCluster<>::base_g].size()),1);
ut.test(static_cast<int>(all_clusters[2][1].features[SwiftImageCluster<>::base_c].size()),1);
ut.test(all_clusters[2][1].features[SwiftImageCluster<>::base_a][0].pixels[0].pos.x,5);
ut.test(all_clusters[2][1].features[SwiftImageCluster<>::base_a][0].pixels[0].pos.y,1);
ut.test(all_clusters[2][1].features[SwiftImageCluster<>::base_a][0].pixels[0].length,2);
ut.test(all_clusters[2][1].features[SwiftImageCluster<>::base_a][0].pixels[1].pos.x,5);
ut.test(all_clusters[2][1].features[SwiftImageCluster<>::base_a][0].pixels[1].pos.y,2);
ut.test(all_clusters[2][1].features[SwiftImageCluster<>::base_a][0].pixels[1].length,2);
ut.test(all_clusters[2][1].features[SwiftImageCluster<>::base_t][0].pixels[0].pos.x,5);
ut.test(all_clusters[2][1].features[SwiftImageCluster<>::base_t][0].pixels[0].pos.y,1);
ut.test(all_clusters[2][1].features[SwiftImageCluster<>::base_t][0].pixels[0].length,2);
ut.test(all_clusters[2][1].features[SwiftImageCluster<>::base_t][0].pixels[1].pos.x,5);
ut.test(all_clusters[2][1].features[SwiftImageCluster<>::base_t][0].pixels[1].pos.y,2);
ut.test(all_clusters[2][1].features[SwiftImageCluster<>::base_t][0].pixels[1].length,2);
ut.test(all_clusters[2][1].features[SwiftImageCluster<>::base_g][0].pixels[0].pos.x,5);
ut.test(all_clusters[2][1].features[SwiftImageCluster<>::base_g][0].pixels[0].pos.y,1);
ut.test(all_clusters[2][1].features[SwiftImageCluster<>::base_g][0].pixels[0].length,2);
ut.test(all_clusters[2][1].features[SwiftImageCluster<>::base_g][0].pixels[1].pos.x,5);
ut.test(all_clusters[2][1].features[SwiftImageCluster<>::base_g][0].pixels[1].pos.y,2);
ut.test(all_clusters[2][1].features[SwiftImageCluster<>::base_g][0].pixels[1].length,2);
ut.test(all_clusters[2][1].features[SwiftImageCluster<>::base_c][0].pixels[0].pos.x,5);
ut.test(all_clusters[2][1].features[SwiftImageCluster<>::base_c][0].pixels[0].pos.y,1);
ut.test(all_clusters[2][1].features[SwiftImageCluster<>::base_c][0].pixels[0].length,2);
ut.test(all_clusters[2][1].features[SwiftImageCluster<>::base_c][0].pixels[1].pos.x,5);
ut.test(all_clusters[2][1].features[SwiftImageCluster<>::base_c][0].pixels[1].pos.y,2);
ut.test(all_clusters[2][1].features[SwiftImageCluster<>::base_c][0].pixels[1].length,2);
// Cluster 4, Cycle 1
ut.test(static_cast<int>(all_clusters[3][0].features[SwiftImageCluster<>::base_a].size()),1);
ut.test(static_cast<int>(all_clusters[3][0].features[SwiftImageCluster<>::base_t].size()),1);
ut.test(static_cast<int>(all_clusters[3][0].features[SwiftImageCluster<>::base_g].size()),1);
ut.test(static_cast<int>(all_clusters[3][0].features[SwiftImageCluster<>::base_c].size()),1);
ut.test(all_clusters[3][0].features[SwiftImageCluster<>::base_a][0].pixels[0].pos.x,8);
ut.test(all_clusters[3][0].features[SwiftImageCluster<>::base_a][0].pixels[0].pos.y,5);
ut.test(all_clusters[3][0].features[SwiftImageCluster<>::base_a][0].pixels[0].length,2);
ut.test(all_clusters[3][0].features[SwiftImageCluster<>::base_a][0].pixels[1].pos.x,8);
ut.test(all_clusters[3][0].features[SwiftImageCluster<>::base_a][0].pixels[1].pos.y,6);
ut.test(all_clusters[3][0].features[SwiftImageCluster<>::base_a][0].pixels[1].length,2);
ut.test(all_clusters[3][0].features[SwiftImageCluster<>::base_t][0].pixels[0].pos.x,8);
ut.test(all_clusters[3][0].features[SwiftImageCluster<>::base_t][0].pixels[0].pos.y,5);
ut.test(all_clusters[3][0].features[SwiftImageCluster<>::base_t][0].pixels[0].length,2);
ut.test(all_clusters[3][0].features[SwiftImageCluster<>::base_t][0].pixels[1].pos.x,8);
ut.test(all_clusters[3][0].features[SwiftImageCluster<>::base_t][0].pixels[1].pos.y,6);
ut.test(all_clusters[3][0].features[SwiftImageCluster<>::base_t][0].pixels[1].length,2);
ut.test(all_clusters[3][0].features[SwiftImageCluster<>::base_g][0].pixels[0].pos.x,8);
ut.test(all_clusters[3][0].features[SwiftImageCluster<>::base_g][0].pixels[0].pos.y,5);
ut.test(all_clusters[3][0].features[SwiftImageCluster<>::base_g][0].pixels[0].length,2);
ut.test(all_clusters[3][0].features[SwiftImageCluster<>::base_g][0].pixels[1].pos.x,8);
ut.test(all_clusters[3][0].features[SwiftImageCluster<>::base_g][0].pixels[1].pos.y,6);
ut.test(all_clusters[3][0].features[SwiftImageCluster<>::base_g][0].pixels[1].length,2);
ut.test(all_clusters[3][0].features[SwiftImageCluster<>::base_c][0].pixels[0].pos.x,8);
ut.test(all_clusters[3][0].features[SwiftImageCluster<>::base_c][0].pixels[0].pos.y,5);
ut.test(all_clusters[3][0].features[SwiftImageCluster<>::base_c][0].pixels[0].length,2);
ut.test(all_clusters[3][0].features[SwiftImageCluster<>::base_c][0].pixels[1].pos.x,8);
ut.test(all_clusters[3][0].features[SwiftImageCluster<>::base_c][0].pixels[1].pos.y,6);
ut.test(all_clusters[3][0].features[SwiftImageCluster<>::base_c][0].pixels[1].length,2);
// Cluster 4, Cycle 2
ut.test(all_clusters[3][1].features[SwiftImageCluster<>::base_a][0].pixels[0].pos.x,8);
ut.test(all_clusters[3][1].features[SwiftImageCluster<>::base_a][0].pixels[0].pos.y,5);
ut.test(all_clusters[3][1].features[SwiftImageCluster<>::base_a][0].pixels[0].length,2);
ut.test(all_clusters[3][1].features[SwiftImageCluster<>::base_a][0].pixels[1].pos.x,8);
ut.test(all_clusters[3][1].features[SwiftImageCluster<>::base_a][0].pixels[1].pos.y,6);
ut.test(all_clusters[3][1].features[SwiftImageCluster<>::base_a][0].pixels[1].length,2);
ut.test(all_clusters[3][1].features[SwiftImageCluster<>::base_t][0].pixels[0].pos.x,8);
ut.test(all_clusters[3][1].features[SwiftImageCluster<>::base_t][0].pixels[0].pos.y,5);
ut.test(all_clusters[3][1].features[SwiftImageCluster<>::base_t][0].pixels[0].length,2);
ut.test(all_clusters[3][1].features[SwiftImageCluster<>::base_t][0].pixels[1].pos.x,8);
ut.test(all_clusters[3][1].features[SwiftImageCluster<>::base_t][0].pixels[1].pos.y,6);
ut.test(all_clusters[3][1].features[SwiftImageCluster<>::base_t][0].pixels[1].length,2);
ut.test(all_clusters[3][1].features[SwiftImageCluster<>::base_g][0].pixels[0].pos.x,8);
ut.test(all_clusters[3][1].features[SwiftImageCluster<>::base_g][0].pixels[0].pos.y,5);
ut.test(all_clusters[3][1].features[SwiftImageCluster<>::base_g][0].pixels[0].length,2);
ut.test(all_clusters[3][1].features[SwiftImageCluster<>::base_g][0].pixels[1].pos.x,8);
ut.test(all_clusters[3][1].features[SwiftImageCluster<>::base_g][0].pixels[1].pos.y,6);
ut.test(all_clusters[3][1].features[SwiftImageCluster<>::base_g][0].pixels[1].length,2);
ut.test(all_clusters[3][1].features[SwiftImageCluster<>::base_c][0].pixels[0].pos.x,8);
ut.test(all_clusters[3][1].features[SwiftImageCluster<>::base_c][0].pixels[0].pos.y,5);
ut.test(all_clusters[3][1].features[SwiftImageCluster<>::base_c][0].pixels[0].length,2);
ut.test(all_clusters[3][1].features[SwiftImageCluster<>::base_c][0].pixels[1].pos.x,8);
ut.test(all_clusters[3][1].features[SwiftImageCluster<>::base_c][0].pixels[1].pos.y,6);
ut.test(all_clusters[3][1].features[SwiftImageCluster<>::base_c][0].pixels[1].length,2);
all_clusters = crosschanreg.process_crosschannel_registration_inv(a_clusters,
c_clusters,
g_clusters,
t_clusters);
for(int n=0;n<all_clusters.size();n++) {
ut.test(static_cast<int>(all_clusters[n].size()),2);
}
ut.test(static_cast<int>(all_clusters.size()),5);
// Cluster 1, Cycle 1
ut.test(static_cast<int>(all_clusters[0][0].features[SwiftImageCluster<>::base_a].size()),1);
ut.test(static_cast<int>(all_clusters[0][0].features[SwiftImageCluster<>::base_t].size()),1);
ut.test(static_cast<int>(all_clusters[0][0].features[SwiftImageCluster<>::base_g].size()),1);
ut.test(static_cast<int>(all_clusters[0][0].features[SwiftImageCluster<>::base_c].size()),1);
ut.test(all_clusters[0][0].features[SwiftImageCluster<>::base_a][0].pixels[0].pos.x,1);
ut.test(all_clusters[0][0].features[SwiftImageCluster<>::base_a][0].pixels[0].pos.y,1);
ut.test(all_clusters[0][0].features[SwiftImageCluster<>::base_a][0].pixels[0].length,2);
ut.test(all_clusters[0][0].features[SwiftImageCluster<>::base_a][0].pixels[1].pos.x,1);
ut.test(all_clusters[0][0].features[SwiftImageCluster<>::base_a][0].pixels[1].pos.y,2);
ut.test(all_clusters[0][0].features[SwiftImageCluster<>::base_a][0].pixels[1].length,2);
ut.test(all_clusters[0][0].features[SwiftImageCluster<>::base_t][0].pixels[0].pos.x,1);
ut.test(all_clusters[0][0].features[SwiftImageCluster<>::base_t][0].pixels[0].pos.y,1);
ut.test(all_clusters[0][0].features[SwiftImageCluster<>::base_t][0].pixels[0].length,2);
ut.test(all_clusters[0][0].features[SwiftImageCluster<>::base_t][0].pixels[1].pos.x,1);
ut.test(all_clusters[0][0].features[SwiftImageCluster<>::base_t][0].pixels[1].pos.y,2);
ut.test(all_clusters[0][0].features[SwiftImageCluster<>::base_t][0].pixels[1].length,2);
ut.test(all_clusters[0][0].features[SwiftImageCluster<>::base_g][0].pixels[0].pos.x,1);
ut.test(all_clusters[0][0].features[SwiftImageCluster<>::base_g][0].pixels[0].pos.y,1);
ut.test(all_clusters[0][0].features[SwiftImageCluster<>::base_g][0].pixels[0].length,2);
ut.test(all_clusters[0][0].features[SwiftImageCluster<>::base_c][0].pixels[1].pos.x,1);
ut.test(all_clusters[0][0].features[SwiftImageCluster<>::base_c][0].pixels[1].pos.y,2);
ut.test(all_clusters[0][0].features[SwiftImageCluster<>::base_c][0].pixels[1].length,2);
ut.test(all_clusters[0][0].features[SwiftImageCluster<>::base_c][0].pixels[0].pos.x,1);
ut.test(all_clusters[0][0].features[SwiftImageCluster<>::base_c][0].pixels[0].pos.y,1);
ut.test(all_clusters[0][0].features[SwiftImageCluster<>::base_c][0].pixels[0].length,2);
ut.test(all_clusters[0][0].features[SwiftImageCluster<>::base_c][0].pixels[1].pos.x,1);
ut.test(all_clusters[0][0].features[SwiftImageCluster<>::base_c][0].pixels[1].pos.y,2);
ut.test(all_clusters[0][0].features[SwiftImageCluster<>::base_c][0].pixels[1].length,2);
// Cluster 1, Cycle 2
ut.test(static_cast<int>(all_clusters[0][1].features[SwiftImageCluster<>::base_a].size()),1);
ut.test(static_cast<int>(all_clusters[0][1].features[SwiftImageCluster<>::base_t].size()),1);
ut.test(static_cast<int>(all_clusters[0][1].features[SwiftImageCluster<>::base_g].size()),1);
ut.test(static_cast<int>(all_clusters[0][1].features[SwiftImageCluster<>::base_c].size()),1);
ut.test(all_clusters[0][1].features[SwiftImageCluster<>::base_a][0].pixels[0].pos.x,1);
ut.test(all_clusters[0][1].features[SwiftImageCluster<>::base_a][0].pixels[0].pos.y,1);
ut.test(all_clusters[0][1].features[SwiftImageCluster<>::base_a][0].pixels[0].length,2);
ut.test(all_clusters[0][1].features[SwiftImageCluster<>::base_a][0].pixels[1].pos.x,1);
ut.test(all_clusters[0][1].features[SwiftImageCluster<>::base_a][0].pixels[1].pos.y,2);
ut.test(all_clusters[0][1].features[SwiftImageCluster<>::base_a][0].pixels[1].length,2);
ut.test(all_clusters[0][1].features[SwiftImageCluster<>::base_t][0].pixels[0].pos.x,1);
ut.test(all_clusters[0][1].features[SwiftImageCluster<>::base_t][0].pixels[0].pos.y,1);
ut.test(all_clusters[0][1].features[SwiftImageCluster<>::base_t][0].pixels[0].length,2);
ut.test(all_clusters[0][1].features[SwiftImageCluster<>::base_t][0].pixels[1].pos.x,1);
ut.test(all_clusters[0][1].features[SwiftImageCluster<>::base_t][0].pixels[1].pos.y,2);
ut.test(all_clusters[0][1].features[SwiftImageCluster<>::base_t][0].pixels[1].length,2);
ut.test(all_clusters[0][1].features[SwiftImageCluster<>::base_g][0].pixels[0].pos.x,1);
ut.test(all_clusters[0][1].features[SwiftImageCluster<>::base_g][0].pixels[0].pos.y,1);
ut.test(all_clusters[0][1].features[SwiftImageCluster<>::base_g][0].pixels[0].length,2);
ut.test(all_clusters[0][1].features[SwiftImageCluster<>::base_c][0].pixels[1].pos.x,1);
ut.test(all_clusters[0][1].features[SwiftImageCluster<>::base_c][0].pixels[1].pos.y,2);
ut.test(all_clusters[0][1].features[SwiftImageCluster<>::base_c][0].pixels[1].length,2);
ut.test(all_clusters[0][1].features[SwiftImageCluster<>::base_c][0].pixels[0].pos.x,1);
ut.test(all_clusters[0][1].features[SwiftImageCluster<>::base_c][0].pixels[0].pos.y,1);
ut.test(all_clusters[0][1].features[SwiftImageCluster<>::base_c][0].pixels[0].length,2);
ut.test(all_clusters[0][1].features[SwiftImageCluster<>::base_c][0].pixels[1].pos.x,1);
ut.test(all_clusters[0][1].features[SwiftImageCluster<>::base_c][0].pixels[1].pos.y,2);
ut.test(all_clusters[0][1].features[SwiftImageCluster<>::base_c][0].pixels[1].length,2);
// Cluster 2, Cycle 1
ut.test(static_cast<int>(all_clusters[1][0].features[SwiftImageCluster<>::base_a].size()),2);
ut.test(static_cast<int>(all_clusters[1][0].features[SwiftImageCluster<>::base_t].size()),1);
ut.test(static_cast<int>(all_clusters[1][0].features[SwiftImageCluster<>::base_g].size()),2);
ut.test(static_cast<int>(all_clusters[1][0].features[SwiftImageCluster<>::base_c].size()),1);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_a][0].pixels[0].pos.x,1);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_a][0].pixels[0].pos.y,5);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_a][0].pixels[0].length,2);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_a][0].pixels[1].pos.x,1);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_a][0].pixels[1].pos.y,6);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_a][0].pixels[1].length,2);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_a][1].pixels[0].pos.x,5);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_a][1].pixels[0].pos.y,5);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_a][1].pixels[0].length,2);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_a][1].pixels[1].pos.x,5);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_a][1].pixels[1].pos.y,6);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_a][1].pixels[1].length,2);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_t][0].pixels[0].pos.x,5);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_t][0].pixels[0].pos.y,5);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_t][0].pixels[0].length,2);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_t][0].pixels[1].pos.x,5);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_t][0].pixels[1].pos.y,6);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_t][0].pixels[1].length,2);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_g][0].pixels[0].pos.x,1);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_g][0].pixels[0].pos.y,5);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_g][0].pixels[0].length,2);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_g][0].pixels[1].pos.x,1);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_g][0].pixels[1].pos.y,6);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_g][0].pixels[1].length,2);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_g][1].pixels[0].pos.x,5);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_g][1].pixels[0].pos.y,5);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_g][1].pixels[0].length,2);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_g][1].pixels[1].pos.x,5);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_g][1].pixels[1].pos.y,6);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_g][1].pixels[1].length,2);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_c][0].pixels[0].pos.x,5);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_c][0].pixels[0].pos.y,5);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_c][0].pixels[0].length,2);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_c][0].pixels[1].pos.x,5);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_c][0].pixels[1].pos.y,6);
ut.test(all_clusters[1][0].features[SwiftImageCluster<>::base_c][0].pixels[1].length,2);
// Cluster 2, Cycle 2
ut.test(static_cast<int>(all_clusters[1][1].features[SwiftImageCluster<>::base_a].size()),1);
ut.test(static_cast<int>(all_clusters[1][1].features[SwiftImageCluster<>::base_t].size()),1);
ut.test(static_cast<int>(all_clusters[1][1].features[SwiftImageCluster<>::base_g].size()),1);
ut.test(static_cast<int>(all_clusters[1][1].features[SwiftImageCluster<>::base_c].size()),1);
ut.test(all_clusters[1][1].features[SwiftImageCluster<>::base_a][0].pixels[0].pos.x,1);
ut.test(all_clusters[1][1].features[SwiftImageCluster<>::base_a][0].pixels[0].pos.y,5);
ut.test(all_clusters[1][1].features[SwiftImageCluster<>::base_a][0].pixels[0].length,6);
ut.test(all_clusters[1][1].features[SwiftImageCluster<>::base_a][0].pixels[1].pos.x,1);
ut.test(all_clusters[1][1].features[SwiftImageCluster<>::base_a][0].pixels[1].pos.y,6);
ut.test(all_clusters[1][1].features[SwiftImageCluster<>::base_a][0].pixels[1].length,6);
ut.test(all_clusters[1][1].features[SwiftImageCluster<>::base_t][0].pixels[0].pos.x,1);
ut.test(all_clusters[1][1].features[SwiftImageCluster<>::base_t][0].pixels[0].pos.y,5);
ut.test(all_clusters[1][1].features[SwiftImageCluster<>::base_t][0].pixels[0].length,6);
ut.test(all_clusters[1][1].features[SwiftImageCluster<>::base_t][0].pixels[1].pos.x,1);
ut.test(all_clusters[1][1].features[SwiftImageCluster<>::base_t][0].pixels[1].pos.y,6);
ut.test(all_clusters[1][1].features[SwiftImageCluster<>::base_t][0].pixels[1].length,6);
ut.test(all_clusters[1][1].features[SwiftImageCluster<>::base_g][0].pixels[0].pos.x,1);
ut.test(all_clusters[1][1].features[SwiftImageCluster<>::base_g][0].pixels[0].pos.y,5);
ut.test(all_clusters[1][1].features[SwiftImageCluster<>::base_g][0].pixels[0].length,6);
ut.test(all_clusters[1][1].features[SwiftImageCluster<>::base_g][0].pixels[1].pos.x,1);
ut.test(all_clusters[1][1].features[SwiftImageCluster<>::base_g][0].pixels[1].pos.y,6);
ut.test(all_clusters[1][1].features[SwiftImageCluster<>::base_g][0].pixels[1].length,6);
ut.test(all_clusters[1][1].features[SwiftImageCluster<>::base_c][0].pixels[0].pos.x,1);
ut.test(all_clusters[1][1].features[SwiftImageCluster<>::base_c][0].pixels[0].pos.y,5);
ut.test(all_clusters[1][1].features[SwiftImageCluster<>::base_c][0].pixels[0].length,6);
ut.test(all_clusters[1][1].features[SwiftImageCluster<>::base_c][0].pixels[1].pos.x,1);
ut.test(all_clusters[1][1].features[SwiftImageCluster<>::base_c][0].pixels[1].pos.y,6);
ut.test(all_clusters[1][1].features[SwiftImageCluster<>::base_c][0].pixels[1].length,6);
// Cluster 3, Cycle 1
ut.test(static_cast<int>(all_clusters[4][0].features[SwiftImageCluster<>::base_a].size()),1);
ut.test(static_cast<int>(all_clusters[4][0].features[SwiftImageCluster<>::base_t].size()),1);
ut.test(static_cast<int>(all_clusters[4][0].features[SwiftImageCluster<>::base_g].size()),1);
ut.test(static_cast<int>(all_clusters[4][0].features[SwiftImageCluster<>::base_c].size()),1);
ut.test(all_clusters[4][0].features[SwiftImageCluster<>::base_a][0].pixels[0].pos.x,5);
ut.test(all_clusters[4][0].features[SwiftImageCluster<>::base_a][0].pixels[0].pos.y,1);
ut.test(all_clusters[4][0].features[SwiftImageCluster<>::base_a][0].pixels[0].length,2);
ut.test(all_clusters[4][0].features[SwiftImageCluster<>::base_a][0].pixels[1].pos.x,5);
ut.test(all_clusters[4][0].features[SwiftImageCluster<>::base_a][0].pixels[1].pos.y,2);
ut.test(all_clusters[4][0].features[SwiftImageCluster<>::base_a][0].pixels[1].length,2);
ut.test(all_clusters[4][0].features[SwiftImageCluster<>::base_t][0].pixels[0].pos.x,5);
ut.test(all_clusters[4][0].features[SwiftImageCluster<>::base_t][0].pixels[0].pos.y,1);
ut.test(all_clusters[4][0].features[SwiftImageCluster<>::base_t][0].pixels[0].length,2);
ut.test(all_clusters[4][0].features[SwiftImageCluster<>::base_t][0].pixels[1].pos.x,5);
ut.test(all_clusters[4][0].features[SwiftImageCluster<>::base_t][0].pixels[1].pos.y,2);
ut.test(all_clusters[4][0].features[SwiftImageCluster<>::base_t][0].pixels[1].length,2);
ut.test(all_clusters[4][0].features[SwiftImageCluster<>::base_g][0].pixels[0].pos.x,5);
ut.test(all_clusters[4][0].features[SwiftImageCluster<>::base_g][0].pixels[0].pos.y,1);
ut.test(all_clusters[4][0].features[SwiftImageCluster<>::base_g][0].pixels[0].length,2);
ut.test(all_clusters[4][0].features[SwiftImageCluster<>::base_g][0].pixels[1].pos.x,5);
ut.test(all_clusters[4][0].features[SwiftImageCluster<>::base_g][0].pixels[1].pos.y,2);
ut.test(all_clusters[4][0].features[SwiftImageCluster<>::base_g][0].pixels[1].length,2);
ut.test(all_clusters[4][0].features[SwiftImageCluster<>::base_c][0].pixels[0].pos.x,5);
ut.test(all_clusters[4][0].features[SwiftImageCluster<>::base_c][0].pixels[0].pos.y,1);
ut.test(all_clusters[4][0].features[SwiftImageCluster<>::base_c][0].pixels[0].length,2);
ut.test(all_clusters[4][0].features[SwiftImageCluster<>::base_c][0].pixels[1].pos.x,5);
ut.test(all_clusters[4][0].features[SwiftImageCluster<>::base_c][0].pixels[1].pos.y,2);
ut.test(all_clusters[4][0].features[SwiftImageCluster<>::base_c][0].pixels[1].length,2);
// Cluster 3, Cycle 2
ut.test(static_cast<int>(all_clusters[4][1].features[SwiftImageCluster<>::base_a].size()),1);
ut.test(static_cast<int>(all_clusters[4][1].features[SwiftImageCluster<>::base_t].size()),1);
ut.test(static_cast<int>(all_clusters[4][1].features[SwiftImageCluster<>::base_g].size()),1);
ut.test(static_cast<int>(all_clusters[4][1].features[SwiftImageCluster<>::base_c].size()),1);
ut.test(all_clusters[4][1].features[SwiftImageCluster<>::base_a][0].pixels[0].pos.x,5);
ut.test(all_clusters[4][1].features[SwiftImageCluster<>::base_a][0].pixels[0].pos.y,1);
ut.test(all_clusters[4][1].features[SwiftImageCluster<>::base_a][0].pixels[0].length,2);
ut.test(all_clusters[4][1].features[SwiftImageCluster<>::base_a][0].pixels[1].pos.x,5);
ut.test(all_clusters[4][1].features[SwiftImageCluster<>::base_a][0].pixels[1].pos.y,2);
ut.test(all_clusters[4][1].features[SwiftImageCluster<>::base_a][0].pixels[1].length,2);
ut.test(all_clusters[4][1].features[SwiftImageCluster<>::base_t][0].pixels[0].pos.x,5);
ut.test(all_clusters[4][1].features[SwiftImageCluster<>::base_t][0].pixels[0].pos.y,1);
ut.test(all_clusters[4][1].features[SwiftImageCluster<>::base_t][0].pixels[0].length,2);
ut.test(all_clusters[4][1].features[SwiftImageCluster<>::base_t][0].pixels[1].pos.x,5);
ut.test(all_clusters[4][1].features[SwiftImageCluster<>::base_t][0].pixels[1].pos.y,2);
ut.test(all_clusters[4][1].features[SwiftImageCluster<>::base_t][0].pixels[1].length,2);
ut.test(all_clusters[4][1].features[SwiftImageCluster<>::base_g][0].pixels[0].pos.x,5);
ut.test(all_clusters[4][1].features[SwiftImageCluster<>::base_g][0].pixels[0].pos.y,1);
ut.test(all_clusters[4][1].features[SwiftImageCluster<>::base_g][0].pixels[0].length,2);
ut.test(all_clusters[4][1].features[SwiftImageCluster<>::base_g][0].pixels[1].pos.x,5);
ut.test(all_clusters[4][1].features[SwiftImageCluster<>::base_g][0].pixels[1].pos.y,2);
ut.test(all_clusters[4][1].features[SwiftImageCluster<>::base_g][0].pixels[1].length,2);
ut.test(all_clusters[4][1].features[SwiftImageCluster<>::base_c][0].pixels[0].pos.x,5);
ut.test(all_clusters[4][1].features[SwiftImageCluster<>::base_c][0].pixels[0].pos.y,1);
ut.test(all_clusters[4][1].features[SwiftImageCluster<>::base_c][0].pixels[0].length,2);
ut.test(all_clusters[4][1].features[SwiftImageCluster<>::base_c][0].pixels[1].pos.x,5);
ut.test(all_clusters[4][1].features[SwiftImageCluster<>::base_c][0].pixels[1].pos.y,2);
ut.test(all_clusters[4][1].features[SwiftImageCluster<>::base_c][0].pixels[1].length,2);
// Cluster 4, Cycle 1
ut.test(static_cast<int>(all_clusters[2][0].features[SwiftImageCluster<>::base_a].size()),1);
ut.test(static_cast<int>(all_clusters[2][0].features[SwiftImageCluster<>::base_t].size()),1);
ut.test(static_cast<int>(all_clusters[2][0].features[SwiftImageCluster<>::base_g].size()),1);
ut.test(static_cast<int>(all_clusters[2][0].features[SwiftImageCluster<>::base_c].size()),1);
ut.test(all_clusters[2][0].features[SwiftImageCluster<>::base_a][0].pixels[0].pos.x,8);
ut.test(all_clusters[2][0].features[SwiftImageCluster<>::base_a][0].pixels[0].pos.y,5);
ut.test(all_clusters[2][0].features[SwiftImageCluster<>::base_a][0].pixels[0].length,2);
ut.test(all_clusters[2][0].features[SwiftImageCluster<>::base_a][0].pixels[1].pos.x,8);
ut.test(all_clusters[2][0].features[SwiftImageCluster<>::base_a][0].pixels[1].pos.y,6);
ut.test(all_clusters[2][0].features[SwiftImageCluster<>::base_a][0].pixels[1].length,2);
ut.test(all_clusters[2][0].features[SwiftImageCluster<>::base_t][0].pixels[0].pos.x,8);
ut.test(all_clusters[2][0].features[SwiftImageCluster<>::base_t][0].pixels[0].pos.y,5);
ut.test(all_clusters[2][0].features[SwiftImageCluster<>::base_t][0].pixels[0].length,2);
ut.test(all_clusters[2][0].features[SwiftImageCluster<>::base_t][0].pixels[1].pos.x,8);
ut.test(all_clusters[2][0].features[SwiftImageCluster<>::base_t][0].pixels[1].pos.y,6);
ut.test(all_clusters[2][0].features[SwiftImageCluster<>::base_t][0].pixels[1].length,2);
ut.test(all_clusters[2][0].features[SwiftImageCluster<>::base_g][0].pixels[0].pos.x,8);
ut.test(all_clusters[2][0].features[SwiftImageCluster<>::base_g][0].pixels[0].pos.y,5);
ut.test(all_clusters[2][0].features[SwiftImageCluster<>::base_g][0].pixels[0].length,2);
ut.test(all_clusters[2][0].features[SwiftImageCluster<>::base_g][0].pixels[1].pos.x,8);
ut.test(all_clusters[2][0].features[SwiftImageCluster<>::base_g][0].pixels[1].pos.y,6);
ut.test(all_clusters[2][0].features[SwiftImageCluster<>::base_g][0].pixels[1].length,2);
ut.test(all_clusters[2][0].features[SwiftImageCluster<>::base_c][0].pixels[0].pos.x,8);
ut.test(all_clusters[2][0].features[SwiftImageCluster<>::base_c][0].pixels[0].pos.y,5);
ut.test(all_clusters[2][0].features[SwiftImageCluster<>::base_c][0].pixels[0].length,2);
ut.test(all_clusters[2][0].features[SwiftImageCluster<>::base_c][0].pixels[1].pos.x,8);
ut.test(all_clusters[2][0].features[SwiftImageCluster<>::base_c][0].pixels[1].pos.y,6);
ut.test(all_clusters[2][0].features[SwiftImageCluster<>::base_c][0].pixels[1].length,2);
// Cluster 4, Cycle 2
ut.test(all_clusters[2][1].features[SwiftImageCluster<>::base_a][0].pixels[0].pos.x,8);
ut.test(all_clusters[2][1].features[SwiftImageCluster<>::base_a][0].pixels[0].pos.y,5);
ut.test(all_clusters[2][1].features[SwiftImageCluster<>::base_a][0].pixels[0].length,2);
ut.test(all_clusters[2][1].features[SwiftImageCluster<>::base_a][0].pixels[1].pos.x,8);
ut.test(all_clusters[2][1].features[SwiftImageCluster<>::base_a][0].pixels[1].pos.y,6);
ut.test(all_clusters[2][1].features[SwiftImageCluster<>::base_a][0].pixels[1].length,2);
ut.test(all_clusters[2][1].features[SwiftImageCluster<>::base_t][0].pixels[0].pos.x,8);
ut.test(all_clusters[2][1].features[SwiftImageCluster<>::base_t][0].pixels[0].pos.y,5);
ut.test(all_clusters[2][1].features[SwiftImageCluster<>::base_t][0].pixels[0].length,2);
ut.test(all_clusters[2][1].features[SwiftImageCluster<>::base_t][0].pixels[1].pos.x,8);
ut.test(all_clusters[2][1].features[SwiftImageCluster<>::base_t][0].pixels[1].pos.y,6);
ut.test(all_clusters[2][1].features[SwiftImageCluster<>::base_t][0].pixels[1].length,2);
ut.test(all_clusters[2][1].features[SwiftImageCluster<>::base_g][0].pixels[0].pos.x,8);
ut.test(all_clusters[2][1].features[SwiftImageCluster<>::base_g][0].pixels[0].pos.y,5);
ut.test(all_clusters[2][1].features[SwiftImageCluster<>::base_g][0].pixels[0].length,2);
ut.test(all_clusters[2][1].features[SwiftImageCluster<>::base_g][0].pixels[1].pos.x,8);
ut.test(all_clusters[2][1].features[SwiftImageCluster<>::base_g][0].pixels[1].pos.y,6);
ut.test(all_clusters[2][1].features[SwiftImageCluster<>::base_g][0].pixels[1].length,2);
ut.test(all_clusters[2][1].features[SwiftImageCluster<>::base_c][0].pixels[0].pos.x,8);
ut.test(all_clusters[2][1].features[SwiftImageCluster<>::base_c][0].pixels[0].pos.y,5);
ut.test(all_clusters[2][1].features[SwiftImageCluster<>::base_c][0].pixels[0].length,2);
ut.test(all_clusters[2][1].features[SwiftImageCluster<>::base_c][0].pixels[1].pos.x,8);
ut.test(all_clusters[2][1].features[SwiftImageCluster<>::base_c][0].pixels[1].pos.y,6);
ut.test(all_clusters[2][1].features[SwiftImageCluster<>::base_c][0].pixels[1].length,2);
ut.end_test_set();
}
