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Workspace Method scat_meta_arrayAddTmatrix

Description

This method adds particle meta data to the workspace variable
scat_meta_array.

One set of meta data is created and added to the array for each combination of
maximum diameter and aspect ratio in the GINs diamter_max_grid and aspect_ratio_grid. The size of scat_meta_array
and hence the usage has been extended. For that reason, a short
summary below tells which input parameters are required for certain further
calculations.

String[description]		Not used for any particular calculations
String[material]		Used for PND calculations
String[shape]			Used for scattering and PND calculations
Numeric[particle_type]		Used for scattering calculations
Numeric[density]		Used for PND calculations
Vector[diameter_max_grid]		Used for both scattering and PND calculations
Vector[aspect_ratio_grid]		Used for scattering calculations and PND calculations
Vector[scat_f_grid]		Used for scattering calculations
Vector[scat_T_grid]		Used for scattering calculations
Tensor3[complex_refr_index]	Used for scattering calculations

Authors: Johan Strandgren

Synopsis

scat_meta_arrayAddTmatrix( scat_meta_array, complex_refr_index, description, material, shape, particle_type, density, aspect_ratio_grid, diameter_max_grid, scat_f_grid, scat_T_grid )

Variables

OUT+INscat_meta_array(ArrayOfScatteringMetaData)An Array of scattering meta data (scat_meta).
INcomplex_refr_index(GriddedField3)Complex refractive index (n) data.
GINdescription(String, Default: "")Particle description
GINmaterial(String, Default: "undefined")Water or Ice
GINshape(String)spheroidal or cylinder
GINparticle_type(String)Particle Type: MACROS_ISO (20) or PARTICLE_TYPE_HORIZ_AL (30)
GINdensity(Numeric, Default: -999)Particle mass density
GINaspect_ratio_grid(Vector)Particle aspect ratio vector
GINdiameter_max_grid(Vector)Maximum diameter vector (diameter of a sphere that fully encloses the particle)
GINscat_f_grid(Vector)Frequency grid vector
GINscat_T_grid(Vector)Temperature grid vector