StartFromHere

 StartFromHere - The entry point of this project.

   StartFromHere tests retrieval image visual objects from a shape script template.

   The shape script template is composed of 4 shape motifs (basic shapes, 
   e.g. ellipsoid, angle, parallel bars), which are learned from a single
   clean example image. The search for the shape script in the testing 
   image is performed by a dynamic programming approach, which we call
   recursive SUM/MAX procedure. It results in SUM1/MAX1, SUM2/MAX2 and 
   SUM3 maps. And a best location is found in SUM3 map that has the
   maximum of matching score.

0001 % StartFromHere - The entry point of this project.
0002 %
0003 %   StartFromHere tests retrieval image visual objects from a shape script template.
0004 %
0005 %   The shape script template is composed of 4 shape motifs (basic shapes,
0006 %   e.g. ellipsoid, angle, parallel bars), which are learned from a single
0007 %   clean example image. The search for the shape script in the testing
0008 %   image is performed by a dynamic programming approach, which we call
0009 %   recursive SUM/MAX procedure. It results in SUM1/MAX1, SUM2/MAX2 and
0010 %   SUM3 maps. And a best location is found in SUM3 map that has the
0011 %   maximum of matching score.
0012 %
0013 
0014 %% compilation
0015 cd common
0016 mex Chistogram.c
0017 mex CcomputeMAX1.c
0018 mex CgetMax1track.c
0019 mex CcomputeSUM2.c
0020 mex CcomputeMAX2.c
0021 mex CcomputeSUM3_loglinear.c
0022 mex CsharedSketch.c
0023 mex Csigmoid.c
0024 mex ClocalNormalizeSingle.c
0025 cd ..
0026 
0027 %% set parameters
0028 setTemplateParameters;
0029 
0030 %% precompute S1 maps on natural images
0031 if ~exist('feature/neg/neg02.jpg.mat','file')
0032     cd common
0033     dumpNeg;
0034     cd ..
0035 end
0036 
0037 %% obtain natural statistics
0038 if ~exist('result/natural_stat.mat','file')
0039     cd common
0040     getNaturalStat_multiscale;
0041     cd ..
0042 end
0043 
0044 
0045 %% learn shape motifs
0046 cd common
0047 LearnS2Template;
0048 generateTransformedS2Templates;
0049 cd ..
0050 
0051 %% shape script
0052 ConstructEgretShapeScript;
0053 
0054 %% Detect
0055 FindEgret;
0056 FindPelican;
0057 
0058 %% generate figures
0059 % GenerateEgretFigure;    % (obsolete) generate a single eps figure with detection results
0060 % GenerateLatex;      % (obsolete) generate a simle latex file together with a folder of eps detection results
0061 
0062 %% generate project page
0063 GenerateHtml;       % generate a simle latex file together with a folder of eps and jpg detection results
0064 
0065 %% Compare the distribution of S3 scores on positive/negative examples
0066 DisplayS3ScoreHistogram;