 Pierre-Antoine
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6dbd1e3e5c
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Acoustic data: Fix temperature value at study open.
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2025-03-25 16:07:25 +01:00 |
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Pierre-Antoine
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19c2ae9b7f
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Sediment calibration: Fix crash at open study file.
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2025-03-24 15:40:30 +01:00 |
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Pierre-Antoine
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0cd9964594
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Signal processing: Fix open study file crash.
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2025-03-24 13:50:13 +01:00 |
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Pierre-Antoine
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2e20b2f464
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Model: Finish refactoring read table for open.
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2025-03-24 13:01:21 +01:00 |
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Pierre-Antoine
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bdfcff88a5
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Model: Continue refactoring.
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2025-03-20 18:20:26 +01:00 |
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Pierre-Antoine
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680f18b741
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Model: Start simple refactoring read table.
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2025-03-20 17:53:38 +01:00 |
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Pierre-Antoine
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99ff7c5fed
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Acoused: Use a specific logger.
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2025-03-19 14:12:35 +01:00 |
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Pierre-Antoine
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5ebd842346
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Fix open and save as method (#2 and #18).
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2025-03-06 10:13:00 +01:00 |
brahim
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f78d0fabb1
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Start Pierre Antoine - Brahim
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2025-03-03 12:01:58 +01:00 |
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brahim
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e08d769f79
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Aquascat Data Loader is updated with the Loader of Guillaume Froment (with Dexmes data). Save as and Open actions are added and connected to create_table_for_save_as.py and read_table_for_open.py. Data are saved in sqlite database. Four tables are created : File (acoustic_data (integer) and acoustic file), Measure (acoustic_data, frequencies, kt, nb_profiles, nb_cells and other measurement information), Settings (temperature, tmin, tmax, depth_min, depth_max) and BS_data (backscatter data with time, depth (list of 2D arrays) and BS_raw_data (list of 3D arrays)). 3D arrays are saved with binary (np.tobytes()) in one cell of table BS_data (BLOB type). They are then loaded with np.frombuffer() function.
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2024-04-22 10:56:10 +02:00 |