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--- atmos:software:matlab:phips_classifier [2024/09/24 13:27] – post
+++ atmos:software:matlab:phips_classifier [2024/12/20 22:18] (current) – delene
@@ Line 35: / Line 35: @@
 **Problems/Solutions**
-. Can't click buttons, error in the code  "Variable/function not recognised."
+   *Can't click buttons, error in the code  "Variable/function not recognised."
      * You have not chosen a file to save your data. Check back to steps 2 and 3.
+**Starting to Classify**
+  *Look over the sources at the top of this page. They will give you a basic understanding of what to look for.
+  *On your screen, you will see the types on the right, confidence level on the bottom, next/previous buttons bellow the types, and special qualities below them.
+  *As you have already chosen a data file, you should see 2 black and white pictures. With knowledge from the sources, look to see if there are any special qualities.
+  *Before moving on to classification, select your confidence level.
+  *Select the classification of the crystal. For single crystals, it will automatically move on to the text photo once a classification is selected.
+    *If Aggregate: You will have to press the "hold" button to choose multiple classifications based on what the aggregate consists of. The different types will not show up in the classification text box, but they are being registered.
+  ***Note: be careful and aware when classifying. The program tends to skip images FREQUENTLY. Press previous to make sure you have classifyed the previous image if you observe a skip.**
+==== Classified Images ====
+|Person          | Flight          | Time Period | Latest/Concatenated File                                                         |
+|Nick Camp       | 20220114_1      |             | IMPACTS_PHIPS_Image_Classification_Camp_20240809.txt                |
+|Christian Nairy | 20220119_105103 |             | IMPACTS_PHIPS_Image_Classification_Camp_20240809.txt                |
+|Christian Nairy | 20220119_105103 |             | IMPACTS_HawkeyeCPI_Image_Classification_Nairy_125130-125225_20231201.txt |
+|Christian Nairy | 20220119_105103 |             | IMPACTS_HawkeyeCPI_Image_Classification_Nairy_122349-122651_20231108.txt |
+|Christian Nairy | 20220119_105103 |             | IMPACTS_HawkeyeCPI_Image_Classification_Nairy_125130-125225_20231201.txt |
+|Christian Nairy | 20220119_105103 |             | IMPACTS_HawkeyeCPI_Image_Classification_Nairy_20231130.txt |
+|Christian Nairy | 20220129_184039 |  |  |
+|Christian Nairy | 20230115_141339 | 15:25:00 - 16:24:03 | IMPACTS_HawkeyeCPI_Image_Classification_Nairy_20230115_152540-162403_20231016.txt |
+|Christian Nairy | 20230115_162943 |  |  |
+|Christian Nairy | 20230216_150059 |  |  |
+** Concatenated File Format: IMPACTS_HawkeyeCPI_Image_Classification_{LAST-NAME}_{FLIGHT-DATE}_{CLASSIFICATION-START}-{CLASSIFICATION-END}_{CLASSIFICATION-FINISH-DATE}**
 ===== Particle Habit Imaging and Polar Scattering probe (PHIPS) Classifier using MATLAB ======
@@ Line 67: / Line 90: @@
 Depending on how many images you have this may take awhile. When completed you should now have new directories named *_C1-C2 for the corresponding bins.
+===== Image Classification (Python Programs) ======
+==== ADPAA ====
+=== scripts_python/convert_PHIPS2nasa.py ===
+  * Add summary of what code does.
+  * Conrad results of testing for using January 15, 2023 including plotting with aplot.
+=== scripts_python/convert_PHIPS_chains_confidence_1hz_2nasa.py ===
+  * Add summary of what code does.
+=== Make new code for comparison ===
+  * analysis/image_classification/manual_comparison.py