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 /*
  *  Copyright 2016 CNRS & Universite Lille 1. All rights reserved.
  *  
  *  Licensed under the GRASP Open Source License V1.0 (see LICENSE file)
  */
  
 /* 
  * File:   grasp_retrieval_characteristic_type.h
  * Author: fuertes
  *
  * Created on 28 de octubre de 2013, 10:34
  */
  
 #ifndef GRASP_RETRIEVAL_CHARACTERISTIC_TYPE_H
 #define GRASP_RETRIEVAL_CHARACTERISTIC_TYPE_H
  
 #ifdef  __cplusplus
 extern "C" {
 #endif
  
 #ifdef WARN_DRY
 #warning "__CHARACTERISTIC_TYPE__ duplicated"
 #endif  
     
 #define par_type_aerosol_beg 10000    
     
 // Size Distribution
 #define par_type_SD_beg  10100
 #define par_type_SD_TB  10101   //Normalized Size Distribution dV / dlnr at "triangle" bins
 #define par_type_SD_LB  10102   //Normalized Size Distribution dV / dlnr for precalculated lognormal bins
 #define par_type_SD_LN  10103   //Parameters of bi - modal Lognormal Size Distribution dV / dlnr
     
 #define par_type_SD_MD  10121   // aerosol_model_concentration
     
 #define par_type_SD_end  10200
  
 // Real part of complex Refractive Index or Chemistry
 #define par_type_RERI_beg  10200
 #define par_type_RERI_spect  10201 //Spectral dependent Real and Imaginary parts of complex refractive index
 #define par_type_RERI_const  10202 //Complex Refractive Index is constant
 #define par_type_CXRI_nmix  10203  //Real part of complex refractive index is mixture
 #define par_type_CXRI_chem  10204  //Chemistry : fwtr, fslbl, finslbl, fsoot, firon  
 #define par_type_RERI_end  10300
  
 // Imaginary part of complex Refractive Index
 #define par_type_IMRI_beg  10300
 #define par_type_IMRI_spect  10301 //Spectral dependent Real and Imaginary parts of complex refractive index
 #define par_type_IMRI_const  10302 //Complex Refractive Index is constant
 //#define par_type_IMRI_nmix  10303  //Real part of complex refractive index is mixture
 #define par_type_IMRI_end  10400
  
 // Particles shape(nonsphericity)
 #define par_type_SHD_beg  10400
 #define par_type_SHD_fsph  10401  //Fraction of spherical particles
 #define par_type_SHD_distr  10402 //Axis Ratio Distribution
 #define par_type_SHD_end  10500
  
 // Aerosol profile
 #define par_type_AVP_beg  10500
 #define par_type_AVP_par_height  10501  //Parameter of Aerosol Vertical Profile(...)
 #define par_type_AVP_prof  10502 //Normalized Aerosol Vertical Profile
 #define par_type_AVP_end  10600
  
 // Aerosol concentration
 #define par_type_Cv_beg  10600
 #define par_type_Cv  10601    //Aerosol concentration
 #define par_type_TM_C  10602  //Transport model concentrations
 #define par_type_Cv_end  10700
  
 // Additional parameters
 #define par_type_ADD_beg  10700
 #define par_type_CL  10701     //Calibration coefficient for lidar
 #define par_type_AVP_par_std 10702  //Standard deviation for vertical profile 
 #define par_type_TM_H  10703 // Transport model level hights   
 #define par_type_ADD_end 10800
     
 // Relative
 #define par_type_RH_beg  10800
 #define par_type_RH  10801    // Relative humidity
 #define par_type_TM_RH 10802  // Transport model: Values of vertically dependent relative humidity
 #define par_type_RH_end  10900
     
 #define par_type_aerosol_end 20000
  
 #define par_type_surface_beg 20000
     
 // Surface models
 #define par_type_SURF1_land_beg  20100
 #define par_type_SURF1_land_Ross_Li_BRDF  20101
 #define par_type_SURF1_land_RPV_BRDF  20102
 #define par_type_SURF1_land_Litvinov  20103
 #define par_type_SURF1_land_Litvinov_fast 20104    
 #define par_type_SURF1_land_end  20200
  
 #define par_type_SURF2_land_beg  20200
 #define par_type_SURF2_land_Maignan_Breon  20201
 #define par_type_SURF2_land_Litvinov  20202
 #define par_type_SURF2_land_end  20300
     
 #define par_type_SURF_water_beg  20300    
 #define par_type_SURF_water_Cox_Munk_iso  20301
 #define par_type_SURF_water_Cox_Munk_ani  20302
 #define par_type_SURF_water_Litvinov  20303
 #define par_type_SURF_water_Cox_Munk_iso_2par  20304
 #define par_type_SURF_water_Morel  20305
 #define par_type_SURF_water_end  20400
  
 #define par_type_surface_end 30000
  
 // Gas concentration parameter
 #define par_type_gas_concentration_beg  30000
 #define par_type_gas_concentration_1    30101
 #define par_type_gas_concentration_2    30201
 #define par_type_gas_concentration_3    30301
 #define par_type_gas_concentration_4    30401
 #define par_type_gas_concentration_5    30501
 #define par_type_gas_concentration_6    30601
 #define par_type_gas_concentration_7    30701
 #define par_type_gas_concentration_8    30801
 #define par_type_gas_concentration_9    30901
 #define par_type_gas_concentration_10   31001
 #define par_type_gas_concentration_end  40000
  
     
 // User defined parametres. They allow to hack the code and let some space for random numbers
 #define par_type_USER_defined_beg 90000
 #define par_type_USER_defined_1 90100
 #define par_type_USER_defined_2 90200
 #define par_type_USER_defined_3 90300  
 #define par_type_USER_defined_end 100000
     
  
 #ifdef  __cplusplus
         }
 #endif
  
 #endif  /* GRASP_RETRIEVAL_CHARACTERISTIC_TYPE_H */
  