test

python/imss_cli.py

@@ -53,27 +53,28 @@ covid_pic = io.imread(covid_pic)
 covid_pic = pickle.dumps(covid_pic)
 covid_pic_ = b"\0" * (100 * 1024 - len(covid_pic))
 covid_pic = covid_pic + covid_pic_
+covid_pic = covid_pic.decode("latin-1")
 
-print("COVID pic size: " + str(len(covid_pic)))
-print("COVID pic type: " + str(type(covid_pic)))
+##SET DATA.
+#pyimss.set_data(datasetd, 0, covid_pic);
+##GET DATA.
+#covid_pic_ret = pyimss.get_data(datasetd, 0);
 
-covid_plat = pickle.loads(covid_pic)
+covid_pic_ret = covid_pic
 
+#Retrieve the image.
+covid_pic_ret = pickle.loads(covid_pic_ret.encode("latin-1"))
 #Turn it to grayscale.
-covid_plat = rgb2gray(covid_plat)
+covid_pic_ret = rgb2gray(covid_pic_ret)
 #Determine a simple threshold.
-threshold = filters.threshold_otsu(covid_plat)
+threshold = filters.threshold_otsu(covid_pic_ret)
 #Apply the former. SEGMENTATION.
-image_thesholded = covid_plat > threshold
+image_thesholded = covid_pic_ret > threshold
 #Save the files.
 io.imsave("COVID_TEST/covid_test_1.png", image_thesholded)
 
-##SET DATA.
-#pyimss.set_data(datasetd, 0, set_data);
-##GET DATA.
-#return_buffer = pyimss.get_data(datasetd, 0);
-##Release the used dataset.
-#pyimss.release_dataset(datasetd);	
+#Release the used dataset.
+pyimss.release_dataset(datasetd);	
 
 ##############################################
 ########### RELEASE ENV RESOURCES ############