stratsynth.h

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#pragma once
 
/*+
________________________________________________________________________
 
 (C) dGB Beheer B.V.; (LICENSE) http://opendtect.org/OpendTect_license.txt
 Author:        Bruno
 Date:          July 2011
 RCS:           $Id$
________________________________________________________________________
 
-*/
 
#include "wellattribmod.h"
#include "syntheticdata.h"
#include "ailayer.h"
#include "elasticpropsel.h"
#include "synthseis.h"
#include "valseriesevent.h"
#include "uistring.h"
 
namespace PreStack {  class GatherSetDataPack; }
class SeisTrcBuf;
class TaskRunner;
class Wavelet;
class TrcKeyZSampling;
class RayTracer1D;
class StratSynthLevel;
class PostStackSyntheticData;
class PreStackSyntheticData;
 
namespace Strat
{
    class LayerModel; class LayerModelProvider; class LayerSequence;
    class Level;
}
namespace Seis { class RaySynthGenerator; }
 
typedef Seis::RaySynthGenerator::RayModel SynthRayModel;
typedef ObjectSet<SynthRayModel> RayModelSet;
 
mExpClass(WellAttrib) SynthRayModelManager
{ mODTextTranslationClass(SynthRayModelManager);
public:
    ObjectSet<SynthRayModel>*   getRayModelSet(const IOPar&);
    void                        addRayModelSet(ObjectSet<SynthRayModel>*,
                                               const SyntheticData*);
    void                        removeRayModelSet(const IOPar&);
    void                        clearRayModels();
    bool                        haveSameRM(const IOPar& par1,
                                           const IOPar& par2) const;
protected:
    ObjectSet<RayModelSet>      raymodels_;
    TypeSet<IOPar>              synthraypars_;
};
 
 
 
mExpClass(WellAttrib) StratSynth
{ mODTextTranslationClass(StratSynth);
public:
                                StratSynth(const Strat::LayerModelProvider&,
                                           bool useed);
                                ~StratSynth();
 
    int                 nrSynthetics() const;
    SyntheticData*      addSynthetic();
    SyntheticData*      addSynthetic(const SynthGenParams&);
    bool                removeSynthetic(const char*);
    bool                disableSynthetic(const char*);
    SyntheticData*      replaceSynthetic(int id);
    SyntheticData*      addDefaultSynthetic();
    int                 syntheticIdx(const char* nm) const;
    int                 syntheticIdx(const PropertyRef&) const;
    SyntheticData*      getSynthetic(const char* nm);
    inline const SyntheticData* getSynthetic( const char* nm ) const
                        { const int idx = syntheticIdx( nm );
                          return synthetics_.validIdx(idx) ? synthetics_[idx]
                                                           : 0; }
    void                getSyntheticNames(BufferStringSet&,
                                          SynthGenParams::SynthType) const;
    void                getSyntheticNames(BufferStringSet&,bool wantpres) const;
    SyntheticData*      getSynthetic(int id);
    SyntheticData*      getSynthetic(const PropertyRef&);
    inline const SyntheticData* getSynthetic( const PropertyRef& prf ) const
                        { const int idx = syntheticIdx( prf );
                          return synthetics_.validIdx(idx) ? synthetics_[idx]
                                                           : 0; }
    SyntheticData*      getSyntheticByIdx(int idx);
    const SyntheticData* getSyntheticByIdx(int idx) const;
    void                clearSynthetics();
    void                generateOtherQuantities();
    bool                createElasticModels();
    void                clearElasticModels()
                                        { aimodels_.erase(); }
    bool                hasElasticModels() const
                                        { return !aimodels_.isEmpty(); }
 
    const ObjectSet<SyntheticData>& synthetics() const
                                        { return synthetics_; }
 
    void                setWavelet(const Wavelet*);
    const Wavelet*      wavelet() const { return wvlt_; }
    SynthGenParams&     genParams()     { return genparams_; }
    const SynthGenParams& genParams() const
                        { return genparams_; }
 
    void                setLevel(const StratSynthLevel*);
    const StratSynthLevel* getLevel() const { return level_; }
 
    void                getLevelDepths(const Strat::Level&,
                                        TypeSet<float>&) const;
    void                getLevelTimes(const Strat::Level&,
                                const ObjectSet<const TimeDepthModel>&,
                                TypeSet<float>&) const;
    void                getLevelTimes(SeisTrcBuf&,
                                const ObjectSet<const TimeDepthModel>&) const;
    bool                setLevelTimes(const char* sdnm);
 
    void                flattenTraces(SeisTrcBuf&) const;
    void                trimTraces(SeisTrcBuf&,
                                   const ObjectSet<const TimeDepthModel>&,
                                   float zskip) const;
    void                decimateTraces(SeisTrcBuf&,int fac) const;
    void                clearRayModels()
                        { synthrmmgr_.clearRayModels(); }
 
    void                setTaskRunner( TaskRunner* t )  { taskr_ = t; }
    bool                hasTaskRunner() const           { return taskr_; }
    uiString            errMsg() const;
    uiString            infoMsg() const;
    void                clearInfoMsg()  { infomsg_.setEmpty(); }
 
    static const char*  sKeyFRNameSuffix()      { return " after FR"; }
 
protected:
 
    const Strat::LayerModelProvider& lmp_;
    const bool                  useed_;
    const StratSynthLevel*      level_;
    SynthGenParams              genparams_;
    PropertyRefSelection        props_;
    ObjectSet<SyntheticData>    synthetics_;
    TypeSet<ElasticModel>       aimodels_;
    int                         lastsyntheticid_;
    bool                        swaveinfomsgshown_;
    const Wavelet*              wvlt_;
 
    uiString                    errmsg_;
    uiString                    infomsg_;
    TaskRunner*                 taskr_;
    SynthRayModelManager        synthrmmgr_;
 
    const Strat::LayerModel&    layMod() const;
    bool                canRayModelsBeRemoved(const IOPar& raypar) const;
    bool                fillElasticModel(const Strat::LayerModel&,
                                         ElasticModel&,int seqidx);
    bool                adjustElasticModel(const Strat::LayerModel&,
                                           TypeSet<ElasticModel>&,bool chksvel);
    void                generateOtherQuantities(
                                const PostStackSyntheticData& sd,
                                const Strat::LayerModel&);
    SyntheticData*      generateSD();
    SyntheticData*      generateSD( const SynthGenParams&);
    bool                runSynthGen(Seis::RaySynthGenerator&,
                                    const SynthGenParams&);
    SyntheticData*      createAngleStack(const SyntheticData& sd,
                                         const TrcKeyZSampling&,
                                         const SynthGenParams&);
    SyntheticData*      createAVOGradient(const SyntheticData& sd,
                                         const TrcKeyZSampling&,
                                         const SynthGenParams&);
    void                createAngleData(PreStackSyntheticData&,
                                        const ObjectSet<RayTracer1D>&);
 
    void                adjustD2TModels(ObjectSet<TimeDepthModel>&) const;
    void                putD2TModelsInSD(SyntheticData&,
                                         ObjectSet<SynthRayModel>&);
 
    const PreStack::GatherSetDataPack*  getRelevantAngleData(
                                                const IOPar& raypar) const;
public:
    void                getLevelTimes(SeisTrcBuf&,
                                const ObjectSet<const TimeDepthModel>&,
                                int dispeach) const;
};