def create_photos(photos_path, json_file, format_photos=(6,4)):
data = load_features_from_json(json_file)
format = data['format']
mini_shape = tuple(data['mini_shape'])
hmini, wmini = mini_shape[:2]
list_pos_files = data['list_pos_files']
photo_res = (format_photos[0] * mini_shape[0], format_photos[1] * mini_shape[1] , 3)
shape_photos = (format[0]//format_photos[0], format[1]//format_photos[1])
n_little = shape_photos[0] * shape_photos[1]
# for i in range(shape_photos[0]):
# for j in range(shape_photos[1]):
# for item in list_pos_files:
photo = np.zeros(photo_res, dtype=np.uint8)
combs = itertools.product(list(range(shape_photos[0])), list(range(shape_photos[1])), list_pos_files)
for i,j, item in combs:
coord = item[0]
if coord[0]//format_photos[0] == i and coord[1]//format_photos[1] == j:
rot = item[1]
filename = item[2]
image = square_image(imread(filename), mini_shape)
hpos = mini_shape[0]*(coord[0]%format_photos[0])
#print(hpos)
wpos = mini_shape[1]*(coord[1]%format_photos[1])
# print(wpos)
photo[hpos:hpos+hmini, wpos:wpos+wmini] = imgrotate(image, rot)
# print('jaja')
# print(coord)
output_filename = join_path(photos_path, str(i + 1) + '_' + str(j + 1) + '.png')
imwrite(output_filename, photo)
# imshow(photo, figure=True, show=True)
print('creating small images... progress: ' +
format_percent(100*(shape_photos[1] * i + j) / n_little) +
'% ', end='\r')
print('creating small images... progress: 100.00%')
def segments_main_image(path_image, output_path, little_shape,
format=(9,16)):
image = imread(path_image)
main_size = (little_shape[0] * format[0], little_shape[1] * format[1])
# print(main_size)
# print(little_shape)
# print(format)
# print(image.shape)
#jk = input()
output = resize_format(image, main_size)
# imshow(output)
cont = 0
n_little = format[0]
for i in range(n_little):
for j in range(format[1]):
filename_out = (
join_path(output_path, "image_" + format_number(cont)) +
'.png'
)
if is_file_exist(filename_out):
break
p1 = (little_shape[0] * i, little_shape[1] * j)
p2 =(little_shape[0] * (i + 1), little_shape[1] * (j + 1))
crop = crop_image(output, p1, p2)
# imshow(crop)
# time.sleep(0.3)
imwrite(filename_out, crop)
cont += 1
print('creating small images... progress: ' +
format_percent(100*(i+1)/n_little)+ '% ', end='\r')
print('')
pass
def generate_mosaic(mosaic_shape, correlation_matrix, set_files,
position_matrix, mini_image_shape, output_path,
output_filenames_list_pos=None):
hmos = mini_image_shape[0] * mosaic_shape[0]
wmos = mini_image_shape[1] * mosaic_shape[1]
mosaic = np.zeros((hmos, wmos, 3), dtype = np.uint8)
# las correlaciones no exceden este valor
max_corr = 12
index = [ (int(i),int(j)) for d,i,j in distances_to_point(mosaic_shape)]
number_mini_images = len(index)
hmin,wmin = mini_image_shape[:2]
filenames_list = [[(0,0), ''] for i in range(number_mini_images)]
# print(mini_image_shape)
# print(mosaic_shape)
#for item in index:
# print(item)
#k = input()
#print(mosaic_shape[0])
#input()
for n in range(number_mini_images):
i, j = index[n]
col = i * mosaic_shape[1] + j
#print(col)
#jk = input()
argmin = np.argmin(correlation_matrix[:,col].flatten())
#print(argmin)
#min_corr = correlation_matrix[argmin, col]
#if min_corr == 12:
# print(min_corr)
# print(correlation_matrix[:,col])
# input()
correlation_matrix[:, col] = max_corr
correlation_matrix[argmin, :] = max_corr
#print(correlation_matrix[:, col])
#print(correlation_matrix[argmin, :])
#input()
pos = position_matrix[argmin, col]
fn = set_files[argmin]
mini_image = imread(fn)
filenames_list[n] = [(i,j), fn]
rot_mini_image = imgrotate(mini_image, pos)
#print(mini_image_shape)
#print(rot_mini_image.shape)
#print(i, ' ',j)
#jk = input()
mosaic[hmin*i:hmin*i+hmin, wmin*j:wmin*(j+1)] = rot_mini_image
#---------------------------------------------------------------------------
if not is_file_exist(output_path):
imwrite(output_path, mosaic)
#print(output_path)
#jk = input()
if not output_filenames_list_pos == None:
#save_list(output_filenames_list_pos, filenames_list)
cretare_json_features(output_filenames_list_pos, '', set_files, (hmos, wmos), mosaic_shape, mini_image_shape, list_pos_files)
def photos_from_mosaic(image, photos_path, little_shape, mosaic_format, shape_photos=(6,4)):
h, w = little_shape[:2]
n_little = mosaic_format[0] * mosaic_format[1]
combs = itertools.product(list(range(mosaic_format[0])), list(range(mosaic_format[1])))
# for i in range(mosaic_format[0]):
# for j in range(mosaic_format[1]):
for i,j in combs:
photo = image[i*h:i*h+h*shape_photos[0], j*w:j*w+w*shape_photos[1]]
output_filename = join_path(photos_path, str(i + 1) + '_' + str(j + 1) + '.png')
imwrite(output_filename, photo)
print('creating small images... progress: ' +
format_percent(100*(shape_photos[1] * i + j) / n_little) +
'% ', end='\r')
print('creating small images... progress: 100.00%')
def create_small_images(set_path, resize_path, little_shape, check=False):
# ya se tienen los archivos, se varifican si existen en el path de salida
# se crea un directorio donde guardar los archivos
set_files = files_from_dir(set_path, root=False)
mkdir(resize_path)
n_little = len(set_files)
# se recorren los archivo
if check:
for i,f in enumerate(set_files):
fileout = join_path(resize_path, f)
if not is_file_exist(fileout):
#print('File not found, creating image...')
limage = imread(join_path(set_path, f))
#limage = imread(f)
resize = resize_image(limage, little_shape[:2])
#imshow(resize, axis='on')
__ = imwrite(join_path(resize_path, f), resize)
else:
limage = imread(fileout)
if limage.shape != little_shape:
limage = imread(join_path(set_path, f))
#limage = imread(f)
resize = resize_image(limage, little_shape[:2])
#imshow(resize, axis='on')
__ = imwrite(join_path(resize_path, f), resize)
print('creating small images... progress: ' +
format_percent(100*(i+1)/n_little)+ '% ', end='\r')
else:
for i,f in enumerate(set_files):
fileout = join_path(resize_path, f)
if not is_file_exist(fileout):
#print('File not found, creating image...')
limage = imread(join_path(set_path, f))
#limage = imread(f)
resize = resize_image(limage, little_shape[:2])
#imshow(resize, axis='on')
_ = imwrite(join_path(resize_path, f), resize)
print('creating small images... progress: ' +
format_percent(100*(i+1)/n_little)+ '% ', end='\r')
print('')
def correlation_matrix_resize(path_image, path_output_main_image, set_path,
mini_little_shape, format=(9,16), listpos=None,
generate_main_image=True, scale=1):
# se lee la imagen principal
little_shape = tuple([int(item*scale) for item in mini_little_shape])
print('reading main image')
image = imread(path_image)
print('creating new main image')
if is_file_exist(path_output_main_image):
output = imread(path_output_main_image)
#imwrite(path_output_main_image, output)
elif(generate_main_image):
main_size = (little_shape[0] * format[0], little_shape[1] * format[1])
output = resize_format(image, main_size)
imwrite(path_output_main_image, output)
#imshow(main_image)
print('reshape main image')
output = reshape_main_image(output, format, little_shape)
n = len(set_path)
print('create empty correlation matrix')
mat_corr = np.zeros((n, format[0]*format[1]), dtype=np.float32)
print('create empty position matrix')
pos_mat = np.zeros((n,format[0]*format[1]), dtype=np.uint8)
print('comparitions')
#n_elem = int(np.prod(little_shape))
#print(pos_mat.shape)
for i,filename in enumerate(set_path):
mini_image = imread(filename)
mini_image_resize = square_image(mini_image, little_shape)
#mat_corr[i,:] = get_correlation(output, mini_image)
#mat_corr[i,:] = np.log(1 + distance)
mat_corr[i,:],pos_mat[i,:] = get_correlation(output, mini_image_resize,
format, listpos=listpos)
#print(pos_mat[i,:])
#jk = input()
print('creating correlation matrix... progress: ' +
format_percent(100*i/n)+ '% ', end='\r')
print('creating correlation matrix... progress: 100% ')
return mat_corr, pos_mat