syned.beamline.shape.NumericalMesh

class syned.beamline.shape.NumericalMesh(xx=None, yy=None, zz=None, surface_data_file=None)[source]

Implements an optical surface from a numerical mesh.

Constructor.

Parameters:

xx (numpy array, optional) – The x vector.
yy (numpy array, optional) – The y vector.
zz (numpy array, optional) – The z (2D) array.
surface_data_file (str, optional) – a file name from where the dara may come.

Notes

This is exactly the same as OasysSurfaceData class OasysSurfaceData(object), with added methods.

__init__(xx=None, yy=None, zz=None, surface_data_file=None)[source]

Methods

`__init__`([xx, yy, zz, surface_data_file])
`duplicate`()	Returns a copy of the SYNED object instance.
`from_hex_tring`(hex_string)
`get_convexity`()	Gets the convexity flag.
`get_value_from_key_name`(key)	Gets a value using its key value.
`has_surface_data`()	Returns True is data is loaded.
`has_surface_data_file`()	Returns True is data file is set.
`info`()	Get text info of recurrent SYNED objects.
`info_recurrent`(fd[, prefix])	Get text info of recurrent SYNED objects.
`keys`()	Returns the keys of the supporting doctionary.
`set_value_from_key_name`(key, value)	Sets a value using its key value.
`to_dictionary`()	Returns a dictionary with the object fields.
`to_full_dictionary`()	Returns a dictionary with the object fields, including other syned objects embedded or list of elements.
`to_hex_tring`()
`to_json`([file_name])	Writes a json file with the SYNED object data.