PacWave Site
PacWave is a designated area for marine energy testing off the coast of Oregon. This site has been the focus of model development for SEAT application. A coupled hydrodynamic and wave model was developed using SNL-SWAN and Delft3D-Flow. A range of site conditions is listed in the Model Probabilities File. This site includes information regarding sediment grain size, device power generation, and acoustic effects.
Accessing Demonstration Files
To access the demonstration files relevant to this analysis, please refer to the Accessing Tutorial Files section. This demonstration utilizes the pacwave and style_files folders as detailed in DEMO Directory Structure. A comprehensive list of files provided is available below in DEMO PacWave Tutorial Files.
Preparing Demonstration Files
At this point you should have prepared the demonstration files as detailed in Prepare Tutorial Files. Please follow the instructions in the Prepare Tutorial Files section before proceeding with the Tanana River demonstration.
QuickMapServices
Results in this tutorial will utilize the QuickMapServices plugin in QGIS. To install this plugin, see Quick Map Services to setup in your QGIS instance.
List of Tutorial Files
DEMO
├───pacwave
│ acoustics_module _100db_threshold.default
│ acoustics_module_120dB_threshold.default
│ acoustics_module_219dB_threshold.default
│ all_modules.default
│ shear_stress_module.default
│ shear_stress_module_no_receptor.default
│ velocity_module.default
│ velocity_module_no_receptor.default
│
├───mec_not_present
│ trim_sets_flow_inset_allruns.nc
│
├───mec_present
│ trim_sets_flow_inset_allruns.nc
│
├───paracousti_files
│ pacwave_3DSPLs_Hw0.5.nc
│ pacwave_3DSPLs_Hw1.0.nc
│ pacwave_3DSPLs_Hw1.5.nc
│ pacwave_3DSPLs_Hw2.0.nc
│ pacwave_3DSPLs_Hw2.5.nc
│ pacwave_3DSPLs_Hw3.0.nc
│ pacwave_3DSPLs_Hw3.5.nc
│ pacwave_3DSPLs_Hw4.0.nc
│ pacwave_3DSPLs_Hw4.5.nc
│ pacwave_3DSPLs_Hw5.0.nc
│ pacwave_3DSPLs_Hw5.5.nc
│ pacwave_3DSPLs_Hw6.0.nc
│ pacwave_3DSPLs_Hw6.5.nc
│ pacwave_3DSPLs_Hw7.0.nc
│
├───power_files
│ ├───16x6
│ │ POWER_ABS_001.OUT
│ │ POWER_ABS_002.OUT
│ │ POWER_ABS_003.OUT
│ │ POWER_ABS_004.OUT
│ │ POWER_ABS_005.OUT
│ │ POWER_ABS_006.OUT
│ │ POWER_ABS_007.OUT
│ │ POWER_ABS_008.OUT
│ │ POWER_ABS_009.OUT
│ │ POWER_ABS_010.OUT
│ │ POWER_ABS_011.OUT
│ │ POWER_ABS_012.OUT
│ │ POWER_ABS_013.OUT
│ │ POWER_ABS_014.OUT
│ │ POWER_ABS_015.OUT
│ │ POWER_ABS_016.OUT
│ │ POWER_ABS_017.OUT
│ │ POWER_ABS_018.OUT
│ │ POWER_ABS_019.OUT
│ │ POWER_ABS_020.OUT
│ │ POWER_ABS_021.OUT
│ │ POWER_ABS_022.OUT
│ │ POWER_ABS_023.OUT
│ │ POWER_ABS_024.OUT
│ │ rect_16x6.obt
│ │ rect_16x6.pol
│ │
│ └───4x4
│ POWER_ABS_001.OUT
│ POWER_ABS_002.OUT
│ POWER_ABS_003.OUT
│ POWER_ABS_004.OUT
│ POWER_ABS_005.OUT
│ POWER_ABS_006.OUT
│ POWER_ABS_007.OUT
│ POWER_ABS_008.OUT
│ POWER_ABS_009.OUT
│ POWER_ABS_010.OUT
│ POWER_ABS_011.OUT
│ POWER_ABS_012.OUT
│ POWER_ABS_013.OUT
│ POWER_ABS_014.OUT
│ POWER_ABS_015.OUT
│ POWER_ABS_016.OUT
│ POWER_ABS_017.OUT
│ POWER_ABS_018.OUT
│ POWER_ABS_019.OUT
│ POWER_ABS_020.OUT
│ POWER_ABS_021.OUT
│ POWER_ABS_022.OUT
│ POWER_ABS_023.OUT
│ POWER_ABS_024.OUT
│ rect_4x4.obt
│ rect_4x4.pol
│
├───probabilities
│ hydrodynamic_probabilities.csv
│ paracousti_probabilities.csv
│
├───receptor
│ acoustic_receptor_threshold_100.csv
│ acoustic_receptor_threshold_120.csv
│ acoustic_receptor_threshold_219.csv
│ grainsize_receptor.tif
│ grain_size_receptor.csv
│ velocity_receptor.csv
│
├───risk_layer
│ habitat_classification.tif
│
└───species
whale_watch_predictions_2021_01.csv
whale_watch_predictions_2021_02.csv
whale_watch_predictions_2021_03.csv
whale_watch_predictions_2021_04.csv
whale_watch_predictions_2021_05.csv
whale_watch_predictions_2021_06.csv
whale_watch_predictions_2021_07.csv
whale_watch_predictions_2021_08.csv
whale_watch_predictions_2021_09.csv
whale_watch_predictions_2021_10.csv
whale_watch_predictions_2021_11.csv
whale_watch_predictions_2021_12.csv