OMKStaticHumano.cpp

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#include "OMKStaticHumano.h"
#include "OMKParametersAccessor.inl"
#include "OMKTransform.h"
#include "OMKVisBase.h"
#include "OMKAddVisualObjectPrm.h"
#include "OMKConversion.h"

using namespace OMK ;
using namespace OMK::Type ;
using namespace OMK::Vis ;

//=============================================================================

//-----------------------------------------------------------------------------
REGISTER_OBJECT_FACTORY( OMK::StaticHumano, "StaticHumano" ) ;
//-----------------------------------------------------------------------------

StaticHumano::StaticHumano( Controller& ctrl, const ObjectDescriptor& objectDescriptor )
: BasicHumano( ctrl, objectDescriptor )
{ 
}
//-----------------------------------------------------------------------------
StaticHumano::~StaticHumano() 
{
}
//-----------------------------------------------------------------------------
HBT::InitialisationSequence* StaticHumano::getInitialiseSequence()
{
  // create the minimal HBT::InitialisationSequence
  const ConfigurationParameterDescriptor* node = getConfigurationParameters();
  bool ok = ( node != 0 ) ;

  std::string meshFile ;
  ok = ok && ParametersAccessor::get( node, "Mesh", meshFile, this ) ;

  bool useShadows = true ;
  ParametersAccessor::get( node, "UseShadows", useShadows ) ;

  if( ok )
  { // Parameter are ok => set the InitialisationSequence
    _initialisationSequence.humanName    = getName().getString() ;
    _initialisationSequence.meshFile     = meshFile ;
    _initialisationSequence.useShadows   = useShadows ;
    _initialisationSequence.generalScale = Ogre::Vector3( 1.0f/_position.get().getScale().X() );
    _initialisationSequence.rootQuat     = convert( _position.get().getQuaternionRotate() ) ;
    _initialisationSequence.rootPos      = convert( _position.get().getTranslate() ) ;
  }
  return ok ? &_initialisationSequence : 0 ;
}
//=============================================================================

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