Plant.h

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/*  Copyright (C) 2003-2021 Free Electron Organization
    Any use of this software requires a license.  If a valid license
    was not distributed with this file, visit freeelectron.org. */

/** @file */

#ifndef __vegetation_Plant_h__
#define __vegetation_Plant_h__

FE_ATTRIBUTE("veg:plantmodel",  "Physical vegetation sp<Component>");
FE_ATTRIBUTE("veg:plantsketch", "Drawable SketchI in sp<Component>");
FE_ATTRIBUTE("veg:plantname",   "Growth data lookup key");

namespace fe
{
namespace ext
{

/**************************************************************************//**
    @brief Plant RecordView

    @ingroup vegetation
*//***************************************************************************/
class FE_DL_EXPORT Plant: public RecordView
{
    public:
        Functor< sp<Component> >    plantModel;
        Functor< sp<Component> >    plantSketch;
        Functor<String>             plantName;
        Functor<SpatialVector>      location;   //* collective displacement
        Functor<SpatialVector>      offset;     //* start of separate root
        Functor<Real>               reactivity;
        Functor<Real>               threshold;
//~     Functor<BWORD>              collideSphere;
        Functor<String>             collisionMethod;
        Functor<BWORD>              collideEnd;
        Functor<Real>               repulsion;
        Functor<Real>               repulsionFalloff;
        Functor<Real>               depletion;
        Functor<Real>               depletionFalloff;
        Functor<Real>               windHampering;
        Functor<Real>               windFalloff;
        Functor<Real>               plasticity;

                Plant(void)         { setName("Plant"); }
virtual void    addFunctors(void)
                {
                    add(plantModel,         FE_USE("veg:plantmodel"));
                    add(plantSketch,        FE_USE("veg:plantsketch"));
                    add(plantName,          FE_USE("veg:plantname"));
                    add(location,           FE_USE("spc:at"));
                    add(offset,             FE_USE("spc:offset"));
                    add(reactivity,         FE_USE("veg:reactivity"));
                    add(threshold,          FE_USE("spc:threshold"));
//~                 add(collideSphere,      FE_USE("spc:collideSphere"));
                    add(collisionMethod,    FE_USE("spc:collisionMethod"));
                    add(collideEnd,         FE_USE("spc:collideEnd"));
                    add(repulsion,          FE_USE("spc:repulsion"));
                    add(repulsionFalloff,   FE_USE("spc:repulsionFalloff"));
                    add(depletion,          FE_USE("spc:depletion"));
                    add(depletionFalloff,   FE_USE("spc:depletionFalloff"));
                    add(windHampering,      FE_USE("spc:windHampering"));
                    add(windFalloff,        FE_USE("spc:windFalloff"));
                    add(plasticity,         FE_USE("spc:plasticity"));
                }
virtual void    initializeRecord(void)
                {
                    plantModel.attribute()->setSerialize(FALSE);
                    plantSketch.attribute()->setSerialize(FALSE);

                    set(location());
                    set(offset());

                    reactivity()=0.0;
                    threshold()=0.0;
//~                 collideSphere()=FALSE;
                    collisionMethod()="";
                    collideEnd()=FALSE;
                    repulsion()=1.0;
                    repulsionFalloff()=0.0;
                    depletion()=1.0;
                    depletionFalloff()=0.0;
                    windHampering()=0.0;
                    windFalloff()=0.0;
                    plasticity()=0.0;
                }
};

} /* namespace ext */
} /* namespace fe */

#endif /* __vegetation_Plant_h__ */