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    <p>I got error of "field has incomplete type" but nor sure why. Can someone please help? Thanks! </p> <pre><code>g++ -pipe -W -Wall -fopenmp -ggdb3 -DDEBUG -fno-omit-frame-pointer -c -o test.o ../../src/test.cc In file included from ../../src/test.cc:50: ../../src/feature_haar.h:14: error: field ‘_count’ has incomplete type </code></pre> <p>test.cc </p> <pre><code>#include "feature_count.h" #include "feature_random_counts.h" #include "feature_corner.h" #include "feature_haar.h" // line 50 </code></pre> <p>feature_haar.h </p> <pre><code>#ifndef FEATURE_HAAR_H #define FEATURE_HAAR_H #include "misc.h" #include "feature.h" #include "vignette.h" #include "feature_count.h" #include &lt;cassert&gt; class FeatureHaar: public Feature { public: FeatureCount _count;// line 14 ... } #endif </code></pre> <p>feature_count.h </p> <pre><code>#ifndef FEATURE_COUNT_H #define FEATURE_COUNT_H #include "misc.h" #include "feature.h" #include "random_rect.h" //#include "feature_integral_img.h" class FeatureCount: public Feature { public: RandomRect _rect; char _type[buffer_size]; // This method returns an upper-caps string to identify the feature const char *name() ; FeatureCount(); FeatureCount( int width, int height, const char *type = "black-count", float WHRatio=-1, int roi_x=0, int roi_y=0, int roi_w=0, int roi_h=0 ); ~FeatureCount(); // compute features from original data i.e. image void compute(double *integral_image, double *feature); // IO void write_humanreadable(ostream *out); void write(ostream *out); void read(istream *in): }; #endif </code></pre> <p>feature.h</p> <pre><code> #ifndef FEATURE_H #define FEATURE_H #include "misc.h" #include "vignette.h" class Feature {// generate the feature from the original data of an example, not responsible for holding the feature. public: int _dim; // We need a virtual destructor since there are virtual methods virtual ~Feature(); // This method returns an upper-caps string to identify the feature virtual const char *name() = 0; // write the data into files static void write_matrix_data(double ** features, int *labels, int nb_examples, int dim, const char * filename); static void write_index_data(double ** features,int *labels, int nb_examples, int dim, const char * filename); static void write_compact_data(double ** features, int *labels, int nb_examples, int dim, const char * filename); // compute features from original data i.e. image virtual void compute(Vignette *vignette, double * feature); // this function/class not responsible for allocating/deallocation memory for array feature virtual void compute(double *integral_image, double *feature); // feature preprocessing // scaling each feature s.t. its sample max = 1 and min = 0 static void scale_features(double *Data, int dim, double *scales_min, double *scales_max); static void compute_linear_scale(double **Data, int size, int dim, double *scales_min, double *scales_max); // standardize each feature s.t. its sample mean = 0 and sample standard deviation = 1 static void standardize_features(double *Data, int dim, double *mean, double *std); static void compute_standardization(double **Data, int size, int dim, double *mean, double *std); }; #endif </code></pre>
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