Export the data to a list in the format of Delft3D grd file. Examples ------- >>> import delft3d >>> grd = d

Export the data to a list in the format of Delft3D time series file. Example ------- >>> import delft3d >>>

Modify the content of the header. IMPORTANT: This method cannot change the value and the unit of a parameter simultaneously. If you w

export the header in its original format

Set new value for a parameter. When setting new values for parameters with multiple values (single-line or multiple-line array parame

Add new parameter. When adding new values for parameters with multiple values (single-line or multiple-line array parameter e.g. Flma

Create bat file to call d_hydro.exe to execute simulation

Create xml file for d_hydro.exe

Helper function of self.export. Formatting grid data as Delft3D grd file

Run Delft3D simulations. Parallelization is supported by multiprocessing. Parameters ---------- mdf_file : list or t

Set new content of header. Called by TimeSeriesFile.set_header()

Run one Delft3D simulation. This is the base method of self.run. Parameters ---------- mdf_file : str Th

Convert from spherical coordinates to cartesian coordinates. Default spherical coordinate system: WGS 84. Default cartesian c

Write the data to a Delft3D mdf file Parameters ---------- filename : str Filename of the mdf file

Convert from cartesian coordinates to spherical coordinates. Default spherical coordinate system: WGS 84. Default cartesian c

Export the data to a ndarry in the format of Delft3D dep file. Examples ------- >>> import delft3d >>> dep =

Export the data to a list in the format of Delft3D mdf file Examples: --------- >>> import delft3d >>> mdf =

Export the header as a list in the format of Delft3D time series file

Export the time series as a list in the format of Delft3D time series files

Find the nearest grid for the giving coordinate. If the coordinate system is spherical, it will be automatically convert to cartesian

Read dep file

Read dep file

Read bct/bcc/dis file. The content of the file will be stored in self.data.

Read mdf file and store it in self.data as a dict

Read and interpret the header of a time series.

Read and interpret time series

Modify mdf file to save simulation as netcdf file

Recursively search for files or directories. Used by self.search_delft3d Parameters ---------- root : str or Path

Search for the path of Delft3D source code. Parameters ---------- delft3d_path ： str The path of the pre

Replace the old time series with the new one. Parameters ---------- num : int The no. of

Replace the old time series with the new one. Called by TimeSeriesFile.set_time_series()

Read the store the format, type and unit of a header

Delft3D simulation launcher Parameters ---------- delft3d_path : str The path of the pre-compiled Delft3

Export all data as a list in the format of Delft3D time series files

Visualize the grid.If the coordinate system is spherical, it will be automatically convert to cartesian coordinate system. You can sp

Visualize the depth. If the coordinate system is spherical, it will be automatically convert to cartesian coordinate system. You can

set new dep data Parameters ---------- data : ndarray New dep data. Examples -------

Set new grid. Parameters ---------- x : ndarray x coordinates of the new grid y : ndarray

Write the data to a Delft3D grd file. Parameters ---------- filename : str Filename of the grd file.

Write the data to a Delft3D dep file. Parameters ---------- filename : str Filename of Delft3D dep file

Write the data to a Delft3D time series file. Parameters ---------- filename : str Filename of the time