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ø`9Sc @ sd d d l Td d l Td d l Td d l Td d g Z d e f d „ ƒ YZ d e f d „ ƒ YZ d S( iÿÿÿÿ( t *t ManualParamst ManualParamsDialogc B sW e Z d Z e d d ƒ e d d d e d d d ƒe d d d e d
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d e d d d ƒe d d ƒ e d d d e d d d ƒe d d d e d d d ƒe d d d e d d d ƒe d d d e d d d ƒe d d ƒ e d d d e d d d ƒe d d d e d d d ƒe d d d! e d d d ƒe d d" d# e d d d ƒe d$ d% ƒ e d$ d& d' e d( d d ƒe d$ d) ƒ e d$ d* d+ e d d d ƒe d, d- ƒ e d, d. d/ e d0 d d ƒe d, d1 ƒ e d, d2 d3 e d0 d d ƒe d4 d5 ƒ e d4 d6 d7 e d ƒ g Z e d8 „ ƒ Z e d9 „ ƒ Z RS(: su Generic algorithm parameters for the manual version of aerosol profile
retrieval algorithm.
Attributes:
- 'weighting355', 'weighting532', 'weighting1064', 'weighting532C':
weighting coefficients for lidar signals.
- 'weightingFine', 'weightingSpherical', 'weightingSpheroid',
'weightingCoarse': weighting coefficients for aerosol fraction
concentrations retrieved with Sun photometer.
- 'weightSmoothFine', 'weightSmoothSpherical', 'weightSmoothSpheroid',
'weightSmoothCoarse': weighting coefficients for aerosol profile
smoothness terms.
- 'molDepolarization532': depolarization ratio of the molecular
atmosphere (currently, single value is used for all the wavelenghts).
- 'parallelLeakage532': portion of the parallel-polarized lidar signal
that actually penetrates the cross-polarized receiver channel.
- 'tolFun': 'Function tolerance' criterion to be used by the Matlab's
optimization function (maximum value of the function change between
successive iterations, or alternatively maximum value of its first
derivative, that should trigger termination of the optimization
process).
- 'tolX': 'Parameter tolerance' criterion to be used by the Matlab's
optimization function (maximum value of the parameters change between
successive iterations that should trigger termination of the
optimization process).
- 'photometerDisplacement': altitude of the photometer station relative
to the lidar measurement point (positive value means that photometer is
above the lidar). This value should normally be zero. It might be
calculated based on the values stored in "aeronet locations" data file
and in the lidar databases, but is instead placed here, to make it more
explicit and hence avoid confusion.t Weighting_coefficientss Lidar signals:s k355 =t weighting355gñh㈵øÄ>t minValueg s k532 =t weighting532gñh㈵øÔ>s k1064 =t
weighting1064u k532,⊥ =t
weighting532Cgi UMuß>s Total concentrations:s ffine =t
weightingFinegš™™™™™É?s fspherical =t weightingSphericals fspheroid =t weightingSpheroids fcoarse =t weightingCoarses Concentration smoothnesses:s dfine =t weightSmoothFineg ð?s dspherical =t weightSmoothSphericals dspheroid =t weightSmoothSpheroids dcoarse =t weightSmoothCoarset Polarization_parameterss Molecular depolarization:u χ532 =t molDepolarization532gyé&1¬Œ?s Parallel leakage:u μ532 =t parallelLeakage532t Optimization_optionss Function tolerance:s TolFun =t tolFungH¯¼šò×z>s Parameter tolerance:s TolX =t tolXt Photometer_parameterss Altitude displacement (m):u Δhphoto =t photometerDisplacementc C s | j S( N( t
parameterList( t cls( ( s code\ManualParams.pyt getParameterListy s c C s d S( Ns settings/ManualParams.ini( ( R ( ( s code\ManualParams.pyt getSettingsFilePath} s (
t __name__t
__module__t __doc__t ParameterHeadert
ParameterInfot floatR t classmethodR R ( ( ( s code\ManualParams.pyR s^ " c B s, e Z d Z e d „ ƒ Z e d „ ƒ Z RS( sA Dialog for interactive modification of a 'ManualParams' instance.c C s7 t d d ƒ t d d t ƒ t d d ƒ t d d ƒ g S( NR s &Weighting coefficientsR s &Polarization parametersR s &Optimization optionsR s P&hotometer parameters( t ParameterGroupInfot True( R ( ( s code\ManualParams.pyt getGroupInfoList† s c C s d S( Ns Manual retrieval parameters( ( R ( ( s code\ManualParams.pyt getWindowTitle• s ( R R R R# R& R' ( ( ( s code\ManualParams.pyR ‚ s N( t PyQt4.QtCoret PyQt4.QtGuit common.ParamsCollectiont common.ParamsDialogt __all__t ParamsCollectionR t ParamsDialogR ( ( ( s code\ManualParams.pyt s
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