emsticksettransl.h

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#ifndef emsticksettransl_h
#define emsticksettransl_h

/*+
________________________________________________________________________

 (C) dGB Beheer B.V.; (LICENSE) http://opendtect.org/OpendTect_license.txt
 Author:        Kristofer Tingdahl
 Date:          4-11-2002
 RCS:           $Id$
________________________________________________________________________


-*/

#include "earthmodelmod.h"
#include "transl.h"
#include "emstickset.h"

#include "rowcol.h"
#include "executor.h"

typedef EM::StickSet EMStickSet;

mExpClass(EarthModel) EMStickSetTranslatorGroup : public TranslatorGroup
{                                 isTranslatorGroup(EMStickSet)
public:
                                mDefEmptyTranslatorGroupConstructor(EMStickSet)

    const char*                 defExtension() const { return "stickset"; }

    static const char*          keyword;
};


mExpClass(EarthModel) EMStickSetTranslator : public Translator
{
public:
                        mDefEmptyTranslatorBaseConstructor(EMStickSet)

    virtual Executor*   reader( EM::StickSet&, Conn*,
                                const char* formatfilename )    = 0;
    virtual Executor*   writer(const EM::StickSet&,Conn*,
                                const char* formatfilename )    = 0;
    static Executor*    reader(EM::StickSet&,const IOObj*,BufferString& errmsg);
    static Executor*    writer(const EM::StickSet&,const IOObj*,
                                BufferString& errmsg );

};


mExpClass(EarthModel) lmkEMStickSetTranslator : public EMStickSetTranslator
{                               isTranslator(lmk,EMStickSet)
public:
                        mDefEmptyTranslatorConstructor(lmk,EMStickSet)

    virtual Executor*   reader( EM::StickSet&, Conn*,
                                const char* formatfilename );
    virtual Executor*   writer( const EM::StickSet&, Conn*,
                                const char* formatfilename );

    virtual bool        isUserSelectable(bool) const    { return false; }

    BufferString        warningmsg;

    static const char*  xstr;
    static const char*  ystr;
    static const char*  zstr;
    static const char*  pointtypestr;
    static const char*  domainstr;
    static const char*  surveystr;
    static const char*  domainunitstr;
    static const char*  distancunitestr;
    static const char*  lineidstr;
    static const char*  tracestr;
};


mExpClass(EarthModel) lmkEMStickSetReader : public Executor
{
public:
                        lmkEMStickSetReader(EM::StickSet&, Conn*,
                                                const char* formatfile );
                        ~lmkEMStickSetReader();
    virtual int         nextStep();

    virtual uiString    uiMessage() const;
    static const char*  streamerrmsg;

protected:

    EM::StickSet&       stickset;

    Conn*               conn;
    BufferString        msg;
    bool                useinlcrl;
    bool                error;

    EM::StickID         currentstick;
    EM::KnotID          currentknot;
    int                 lastpt;
    RowCol              lastnode;

    Interval<int>       xinterval;
    Interval<int>       yinterval;
    Interval<int>       zinterval;
    Interval<int>       lineidinterval;
    Interval<int>       traceinterval;
    Interval<int>       pointtypeinterval;
    Interval<int>       domaininterval;
    Interval<int>       domainunitinterval;
    Interval<int>       distancuniteinterval;
};


mExpClass(EarthModel) lmkEMStickSetWriter : public Executor
{
public:
                        lmkEMStickSetWriter(const EM::StickSet&,
                                            Conn*, const char* formatfile );
                        ~lmkEMStickSetWriter();
    virtual int         nextStep();

    virtual uiString    uiMessage() const { return "Writing knots"; }
    static const char*  streamerrmsg;

protected:
    void                fillBuffer( BufferString&, const Coord3&, int pt );

    const EM::StickSet& stickset;

    Conn*               conn;
    BufferString        msg;

    int                 currentsticknr;


    Interval<int>       pointtypeinterval;
    Interval<int>       xinterval;
    Interval<int>       yinterval;
    Interval<int>       zinterval;
    Interval<int>       domaininterval;
    Interval<int>       domainunitinterval;
    Interval<int>       distanceunitinterval;
};


#define mLMK_START_PT           1
#define mLMK_INTERMED_PT        2
#define mLMK_END_PT             3
#define mLMK_CONTROL_PT         4

#endif