MultibandImage *layer0(MultibandImage *im){
AdjRel *rectangular = Rectangular(3,3);
MultibandImage *normalized;
normalized = normalize(im, rectangular);
DestroyAdjRel(&rectangular);
return normalized;
}
MultibandImage *layer_n(MultibandImage *im, int n_filters, int prior_n_filters, MultibandKernel **kernels, int activation, int stride, float radio, float alpha){
int i;
MultibandImage **images;
MultibandImage *pooled, *normalized, *appended;
AdjRel *rectangular = Rectangular(3,3);
images = (MultibandImage **)calloc(n_filters,sizeof(MultibandImage**));
for(i=0; i< n_filters; i++)
{
images[i] = MultibandCorrelation(im, kernels[i], activation);
}
appended = AppendManyMultibandImages(images, n_filters);
for(i=0; i<n_filters; i++){
DestroyMultibandImage(&images[i]);
}
free(images);
pooled = pooling(appended, stride, radio, alpha);
DestroyMultibandImage(&appended);
normalized = normalize(pooled, rectangular);
DestroyMultibandImage(&pooled);
DestroyAdjRel(&rectangular);
return normalized;
}
TEST(testDrawPicture, draw_rectangular_length_12_width_6)
{
Rectangular(12,6).draw();
}
TEST(testDrawPicture, draw_rectangular_length_1_width_1)
{
Rectangular(1,1).draw();
}
Spherical
Geodetic::Geocentric( ) const
{
return Spherical( Rectangular( ) );
}
