MHKiT-Python provides the marine renewable energy (MRE) community tools for data processing, visualization, quality control, resource assessment, and device performance.
Adding on to the PR #Delft3D io functions this PR outputs the time output based on the time step in function convert_time, d3d. get_layer_data and d3d.get_all_data_points. A function to get all timestamps 'get_all_timestamps' will return an array of all the timestamps for a data set.
Additions:
-get_all_timestamps : inputs netcdf4 dataframe and returnas all the time stamps for that data set
-convert_time : converts a time_index to a time_stamp in seconds or vice versa
Changes in 'get_layer_data`
'cords_to_layers' dictionary
depth output z :z=[bottom_depth*Layer_percentages[layer_index]]-water_level
updated interpolation for bottom_depth and water_level in wdim coordinate system
Changes in 'get_all_data_points`
'cords_to_layers' dictionary
depth z is pulled from 'get_layer_data` and takes into account water level
ssolson
commented
2 years ago
Adding on to the PR #
Delft3D io functionsthis PR outputs the time output based on the time step in functionconvert_time,d3d. get_layer_dataandd3d.get_all_data_points. A function to get all timestamps 'get_all_timestamps' will return an array of all the timestamps for a data set.Additions: -
get_all_timestamps: inputs netcdf4 dataframe and returnas all the time stamps for that data set -convert_time: converts atime_indexto atime_stampin seconds or vice versaChanges in 'get_layer_data`
z:z=[bottom_depth*Layer_percentages[layer_index]]-water_levelChanges in 'get_all_data_points`
zis pulled from 'get_layer_data` and takes into account water level