void Image_controls::set_thumbnail(const Image_buffer<rendering::Color4>& source, uint32_t channel, bool inverted, float modulate_factor)
{
Image_buffer<rendering::Color4>& scratch_buffer = thumbnail_provider_->scratch_buffer();
Channel_to_grayscale<rendering::Color4> to_grayscale(channel);
to_grayscale.filter(scratch_buffer, source);
if (inverted)
{
Invert<rendering::Color4> invert;
invert.filter(scratch_buffer, scratch_buffer);
}
if (1.f != modulate_factor)
{
Modulate modulate(modulate_factor);
modulate.filter(scratch_buffer, scratch_buffer);
}
const uint2& source_dimensions = source.dimensions();
const uint2& thumbnail_dimensions = thumbnail_.dimensions();
if (source_dimensions.x < thumbnail_dimensions.x || source_dimensions.y < thumbnail_dimensions.y)
{
Copy<rendering::Color4c> copy;
copy.filter(thumbnail_, thumbnail_provider_->checkerboard());
}
// No need to swap channels for Qt here, as it is grayscale
To_BGRA filter(false);
filter.filter(thumbnail_, scratch_buffer, source.dimensions());
QImage qimage(reinterpret_cast<const uchar*>(thumbnail_.data()),
thumbnail_dimensions.x, thumbnail_dimensions.y, QImage::Format_RGB32);
QPixmap pixmap = QPixmap::fromImage(qimage);
ui->image_label_->setPixmap(pixmap);
}
int main(int argc, char *argv[])
{
PNMreader reader(argv[1]);
Crop crop;
crop.SetRegion(300, 1400, 50, 400);
crop.SetInput(reader.GetOutput());
Transpose t;
t.SetInput(crop.GetOutput());
Invert i;
i.SetInput(t.GetOutput());
Color color(50, 1101, 0, 0, 128);
LRConcat lr;
lr.SetInput(color.GetOutput());
lr.SetInput2(i.GetOutput());
Color white(401, 1101, 255, 255, 255);
Checkerboard cb;
cb.SetInput(lr.GetOutput());
cb.SetInput2(white.GetOutput());
cb.GetOutput()->Update();
PNMwriter writer;
writer.SetInput(cb.GetOutput());
writer.Write(argv[2]);
CheckSum cs;
cs.SetInput(cb.GetOutput());
cs.OutputCheckSum();
Logger::Finalize();
}
int main(int argc, char *argv[])
{
if (argc < 2)
{
cerr << "Usage: " << argv[0] << " <username>" << endl;
exit(EXIT_FAILURE);
}
char event[1024];
sprintf(event, "Entered program from %s\n", argv[1]);
Logger::LogEvent(event);
/* START STUDENT MODIFIABLE SECTION */
PNMreader reader1("../images/deschutes.pnm");
PNMreader reader2("../images/question_marks.pnm");
PNMreader reader3("../images/puddles.pnm");
Color color1(75, 352, 200, 0, 0);
Color color2(75, 352, 0, 0, 200);
Color color3(1433, 100, 100, 0, 100);
Crop crop1;
crop1.SetRegion(0, 356, 0, 351);
crop1.SetInput(reader1.GetOutput());
LRConcat LRCon1;
LRCon1.SetInput(crop1.GetOutput());
LRCon1.SetInput2(color1.GetOutput());
LRConcat LRCon2;
LRCon2.SetInput(color2.GetOutput());
LRCon2.SetInput2(reader2.GetOutput());
Checkerboard blend1;
blend1.SetInput(LRCon1.GetOutput());
blend1.SetInput2(LRCon2.GetOutput());
Checkerboard blend2;
blend2.SetInput(LRCon1.GetOutput());
blend2.SetInput2(LRCon2.GetOutput());
TBConcat TBCon1;
TBCon1.SetInput(blend1.GetOutput());
TBCon1.SetInput2(blend2.GetOutput());
Crop crop2;
crop2.SetRegion(0, 1000, 100, 803);
crop2.SetInput(reader3.GetOutput());
LRConcat LRCon3;
LRCon3.SetInput(TBCon1.GetOutput());
LRCon3.SetInput2(crop2.GetOutput());
TBConcat TBCon2;
TBCon2.SetInput(LRCon3.GetOutput());
TBCon2.SetInput2(color3.GetOutput());
Invert invert;
invert.SetInput(TBCon2.GetOutput());
TBConcat s1;
s1.SetInput(color3.GetOutput());
s1.SetInput2(invert.GetOutput());
/* Make the image "finalImage" be the image at
the bottom of your pipeline */
Image *finalImage = s1.GetOutput();
/* END STUDENT MODIFIABLE SECTION */
try
{
finalImage->Update();
}
catch (DataFlowException &)
{
ofstream ofile("my_exception");
if (ofile.fail())
{
cerr << "Something is wrong ... can't open my_exception"
<< " for opening" << endl;
exit(EXIT_FAILURE);
}
ofile << "Exception found!" << endl;
exit(EXIT_SUCCESS);
}
CheckSum cs;
cs.SetInput(finalImage);
cs.OutputCheckSum("my_checksum");
if (argc == 3)
{
PNMwriter writer;
writer.SetInput(finalImage);
writer.Write("3H.pnm");
}
Logger::Finalize();
}
int main(int argc, char *argv[])
{
if (argc < 2)
{
cerr << "Usage: " << argv[0] << " <username>" << endl;
exit(EXIT_FAILURE);
}
char event[1024];
sprintf(event, "Entered program from %s\n", argv[1]);
Logger::LogEvent(event);
/* START STUDENT MODIFIABLE SECTION */
PNMreader reader("../images/hank.pnm");
Checkerboard b;
Invert i;
i.SetInput(reader.GetOutput());
b.SetInput(reader.GetOutput());
b.SetInput2(i.GetOutput());
LRConcat lr;
lr.SetInput(i.GetOutput());
lr.SetInput2(b.GetOutput());
LRConcat LR;
LR.SetInput(reader.GetOutput());
LR.SetInput2(i.GetOutput());
TBConcat tb;
tb.SetInput(lr.GetOutput());
tb.SetInput2(LR.GetOutput());
LRConcat Lr;
Lr.SetInput(tb.GetOutput());
Lr.SetInput2(tb.GetOutput());
Image *finalImage = Lr.GetOutput();
/* END STUDENT MODIFIABLE SECTION */
try
{
finalImage->Update();
}
catch (DataFlowException &)
{
ofstream ofile("my_exception");
if (ofile.fail())
{
cerr << "Something is wrong ... can't open my_exception"
<< " for opening" << endl;
exit(EXIT_FAILURE);
}
ofile << "Exception found!" << endl;
exit(EXIT_SUCCESS);
}
CheckSum cs;
cs.SetInput(finalImage);
cs.OutputCheckSum("my_checksum");
if (argc == 3)
{
PNMwriter writer;
writer.SetInput(finalImage);
writer.Write("3H.pnm");
}
Logger::Finalize();
}
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();
}
int main(int argc, char *argv[])
{
if (argc < 2)
{
cerr << "Usage: " << argv[0] << " <username>" << endl;
exit(EXIT_FAILURE);
}
char event[1024];
sprintf(event, "Entered program from %s\n", argv[1]);
Logger::LogEvent(event);
/* START STUDENT MODIFIABLE SECTION */
PNMreader reader("../images/puddles.pnm");
Shrinker s1;
LRConcat lr;
Transpose t;
Invert i;
s1.SetInput(reader.GetOutput());
i.SetInput(s1.GetOutput());
lr.SetInput(s1.GetOutput());
lr.SetInput2(i.GetOutput());
t.SetInput(lr.GetOutput());
/* Make the image "finalImage" be the image at
the bottom of your pipeline */
Image *finalImage = t.GetOutput();
/* END STUDENT MODIFIABLE SECTION */
try
{
finalImage->Update();
}
catch (DataFlowException &)
{
ofstream ofile("my_exception");
if (ofile.fail())
{
cerr << "Something is wrong ... can't open my_exception"
<< " for opening" << endl;
exit(EXIT_FAILURE);
}
ofile << "Exception found!" << endl;
exit(EXIT_SUCCESS);
}
CheckSum cs;
cs.SetInput(finalImage);
cs.OutputCheckSum("my_checksum");
if (argc == 3)
{
PNMwriter writer;
writer.SetInput(finalImage);
writer.Write("3H.pnm");
}
Logger::Finalize();
}
