X-Git-Url: https://scm.cri.mines-paristech.fr/git/Faustine.git/blobdiff_plain/456ab1eb0f387a99d0bfdc5bb3c42c20d645b331..912dbfbf1eb4809f28e4e3a8bdfe76c47e018259:/lib/morpho.lib?ds=sidebyside

diff --git a/lib/morpho.lib b/lib/morpho.lib
index 5c42861..4b7e21b 100644
--- a/lib/morpho.lib
+++ b/lib/morpho.lib
@@ -14,31 +14,31 @@ tri_maxs(n) = par(i, n, tri_max);
 tri_min = min, _ : min;
 tri_mins(n) = par(i, n, tri_min);
 
-dilating(n) = strel_shift_dilation, _, strel_shift_dilation : #, _ : # : spray_by_three(n) : tri_maxs(n) : nconcat(n);
-eroding(n) = strel_shift_erosion, _, strel_shift_erosion : #, _ : # : spray_by_three(n) : tri_mins(n) : nconcat(n);
+dilating(n) = strel_shift_dilation, _, strel_shift_dilation : #, _ : # : spray_by_three(n) : tri_maxs(n) : nconcat(n); // vector io
+eroding(n) = strel_shift_erosion, _, strel_shift_erosion : #, _ : # : spray_by_three(n) : tri_mins(n) : nconcat(n); // vector io
 
-dilation_line(x, y) = serialize : dilating(x) : vectorize(y);
-erosion_line(x, y) = serialize : eroding(x) : vectorize(y);
+dilation_line(x, y) = serialize : dilating(x) : vectorize(y); // matrix io
+erosion_line(x, y) = serialize : eroding(x) : vectorize(y); // matrix io
 
-dilation_column(x, y) = matrix_transpose(y, x) : serialize : dilating(y) : vectorize(x) : matrix_transpose(x, y);
-erosion_column(x, y) = matrix_transpose(y, x) : serialize : eroding(y) : vectorize(x) : matrix_transpose(x, y);
+dilation_column(x, y) = matrix_transpose(y, x) : serialize : dilating(y) : vectorize(x) : matrix_transpose(x, y); 
+erosion_column(x, y) = matrix_transpose(y, x) : serialize : eroding(y) : vectorize(x) : matrix_transpose(x, y); 
 
-dilation_square(x, y) = dilation_line(x, y) : dilation_column(x, y);
-erosion_square(x, y) = erosion_line(x, y) : erosion_column(x, y);
+dilation_square(x, y) = dilation_line(x, y) : dilation_column(x, y); 
+erosion_square(x, y) = erosion_line(x, y) : erosion_column(x, y); 
 
 cross = _, _ <: !, _, _, !;
 
-dilations_line(x, y, iter) = _ : vectorize(y) : (iter, ((cross : ((0, 1 : prefix), _, _ : select2) : dilation_line(x, y))~_), (iter - 1)) : rdtable : serialize;
+dilations_line(x, y, iter) = _ : (iter, ((cross : ((0, 1 : prefix), _, _ : select2) : dilation_line(x, y))~_), (iter - 1)) : rdtable;
 
-erosions_line(x, y, iter) = _ : vectorize(y) : (iter, ((cross : ((0, 1 : prefix), _, _ : select2) : erosion_line(x, y))~_), (iter - 1)) : rdtable : serialize;
+erosions_line(x, y, iter) = _ : (iter, ((cross : ((0, 1 : prefix), _, _ : select2) : erosion_line(x, y))~_), (iter - 1)) : rdtable;
 
-dilations_column(x, y, iter) = _ : vectorize(y) : (iter, ((cross : ((0, 1 : prefix), _, _ : select2) : dilation_column(x, y))~_), (iter - 1)) : rdtable : serialize;
+dilations_column(x, y, iter) = _ : (iter, ((cross : ((0, 1 : prefix), _, _ : select2) : dilation_column(x, y))~_), (iter - 1)) : rdtable;
 
-erosions_column(x, y, iter) = _ : vectorize(y) : (iter, ((cross : ((0, 1 : prefix), _, _ : select2) : erosion_column(x, y))~_), (iter - 1)) : rdtable : serialize;
+erosions_column(x, y, iter) = _ : (iter, ((cross : ((0, 1 : prefix), _, _ : select2) : erosion_column(x, y))~_), (iter - 1)) : rdtable;
 
-dilations_square(x, y, iter) = _ : vectorize(y) : (iter, ((cross : ((0, 1 : prefix), _, _ : select2) : dilation_square(x, y))~_), (iter - 1)) : rdtable : serialize;
+dilations_square(x, y, iter) = _ : (iter, ((cross : ((0, 1 : prefix), _, _ : select2) : dilation_square(x, y))~_), (iter - 1)) : rdtable;
 
-erosions_square(x, y, iter) = _ : vectorize(y) : (iter, ((cross : ((0, 1 : prefix), _, _ : select2) : erosion_square(x, y))~_), (iter - 1)) : rdtable : serialize;
+erosions_square(x, y, iter) = _ : (iter, ((cross : ((0, 1 : prefix), _, _ : select2) : erosion_square(x, y))~_), (iter - 1)) : rdtable;
 
 opening_line(x, y, iter) = erosions_line(x, y, iter) : dilations_line(x, y, iter);
 closing_line(x, y, iter) = dilations_line(x, y, iter) : erosions_line(x, y, iter);
@@ -49,19 +49,16 @@ closing_column(x, y, iter) = dilations_column(x, y, iter) : erosions_column(x, y
 opening_square(x, y, iter) = erosions_square(x, y, iter) : dilations_square(x, y, iter);
 closing_square(x, y, iter) = dilations_square(x, y, iter) : erosions_square(x, y, iter);
 
-and = *;
-threshold(x, low, high) = _ <: (_, (low : vectorize(x)) : >), (_, (high : vectorize(x)) : <) : and;
+threshold(x, y, low, high) = _ <: (_, (low : vectorize(x) : vectorize(y)) : >), (_, (high : vectorize(x) : vectorize(y)) : <) : &;
 
-//licenceplate(x, y) = _ <: (opening_line(x, y, 15), closing_line(x, y, 8) : threshold(x, 1, 50), threshold(x, 150, 255) : and : opening_column(x, y, 4) : opening_line(x, y, 4) : dilations_square(x, y, 2)), _ : and;
+mask_adjusting(x, y, o7, o8, d9, d10) = opening_column(x, y, o7) : opening_line(x, y, o8) : dilations_square(x, y, d9) : dilations_line(x, y, d10);
 
-licenceplate(x, y, o1, c2, t3, t4, t5, t6, o7, o8, d9, d10) = _ <: (opening_line(x, y, o1), closing_line(x, y, c2) : threshold(x, t3, t4), threshold(x, t5, t6) : and : opening_column(x, y, o7) : opening_line(x, y, o8) : dilations_square(x, y, d9) : dilations_line(x, y, d10)), _ : and;
-
-//licenceplate(x, y) = _ <: (opening_line(x, y, 4), closing_line(x, y, 2) : threshold(x, 1, 50), threshold(x, 150, 255) : and : opening_column(x, y, 4) : opening_line(x, y, 4) : dilations_square(x, y, 4)), _ : and;
+licenceplate(x, y, o1, c2, t3, t4, t5, t6, o7, o8, d9, d10) = vectorize(y) <: (opening_line(x, y, o1), closing_line(x, y, c2) : threshold(x, y, t3, t4), threshold(x, y, t5, t6) : & : mask_adjusting(x, y, o7, o8, d9, d10)), _ : * : serialize;
 
 //process = dilations_line(8, 8, 3);
 //process = erosions(8, 8, 3);
 //process = open(8, 8, 2);
 //process = close(8, 8, 5);
-//process = licenceplate(4, 4, 15, 8, 1, 50, 150, 255, 4, 4, 2, 20);
+//process = licenceplate(4, 4, 1, 4, 1, 50, 150, 255, 1, 1, 5, 20);