DtElementAttributes.h

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/******************************************************************************
 * Copyright (c) 2021 MAK Technologies, Inc.
 * All rights reserved.
 ******************************************************************************/


#pragma once

#include <vrvCore/vrvCore.h>
#include <vrvCore/DtUniqueElementAttribute.h>

#include <vrvUtil/DtUnicode.h>

#include <string>

namespace makVrv
{
   namespace EntityStateListener
   {
      enum class DamageState;
   }

   struct DtElementAttributes
   {
      enum AttributeIds
      {
         DisplayName = 1,
         ObjectVisibility,
         IndicatorVisibility,
         HeightAboveTerrainLinesEnabled,
         IndicatorsOnSelect,
         ElementIDHierarchyStateAttribute,
         ElementIDHierarchyDisplayStateAttribute,
         ElementOverlayName,
         ElementKindAndCategory,  // Note that this doesn't really belong in the render engine.  We shouldn't be adding logic
                                  // based on DIS-enumerations.  Someday I'll get around to removing it from the tactical graphics.
                                  // In the meantime, please do not use it anywhere else.  (TDL)
         LocalScaleEnabled,
         LocalScaleAmount,
         ElementDamageState,
         DriverType,              // VR-Link, CIGI, etc.
         ConnectionObjectID,      // Stringized identifier for element used by connection
         ConnectionObjectType,    // Stringized object type for element used by connection
         ElementSubtype,          // Category of element within a display tab
         ElementDefinitionName,   // Element definition name, if any, assigned to element
         DisplayUnitCollectionName, // Display unit collection name, if any, assigned to element
         AttributeIdUserStart = 1000
      };

      // Elements can be organized into display groups for use when the elements are to be
      // displayed in some fashion, such as the object panel.  This enumerates all the different
      // display groups supported.
      enum ElementSubtypes
      {
         NoSubtype = 0,
         Friendly,
         Opposing,
         Other,
         Neutral,
         FriendlyMunitions,
         OpposingMunitions,
         OtherMunitions,
         NeutralMunitions,
         ElementSubtypesUserStart = 1000
      };
   };

   //Typdefs for various attributes.
   typedef DtUniqueElementAttribute<std::string,DtElementAttributes::ConnectionObjectID> 
      DtElementAttributeConnectionObjectID;

   typedef DtUniqueElementAttribute<std::string,DtElementAttributes::ConnectionObjectType> 
      DtElementAttributeConnectionObjectType;

   typedef DtUniqueElementAttribute<std::string,DtElementAttributes::DisplayName> 
      DtElementAttributeDisplayName;

   typedef DtUniqueElementAttribute<std::string,DtElementAttributes::ElementOverlayName> 
      DtElementAttributeOverlayName;

   typedef DtUniqueElementAttribute<std::pair<int, int>, DtElementAttributes::ElementKindAndCategory>
      DtElementAttributeKindAndCategory;

   typedef DtUniqueElementAttribute<bool,DtElementAttributes::ObjectVisibility> 
      DtElementAttributeVisibility;

   typedef DtUniqueElementAttribute<bool,DtElementAttributes::IndicatorVisibility> 
      DtElementAttributeIndicatorsVisibility;

   typedef DtUniqueElementAttribute<bool,DtElementAttributes::HeightAboveTerrainLinesEnabled> 
      DtElementAttributeTerrainLinesEnabled;

   typedef DtUniqueElementAttribute<bool, DtElementAttributes::IndicatorsOnSelect>
      DtElementAttributeIndicatorsOnSelect;

   typedef DtUniqueElementAttribute<bool, DtElementAttributes::LocalScaleEnabled>
      DtElementAttributeLocalScaleEnabled;

   typedef DtUniqueElementAttribute<float, DtElementAttributes::LocalScaleAmount>
      DtElementAttributeLocalScaleAmount;

   typedef DtUniqueElementAttribute<EntityStateListener::DamageState, DtElementAttributes::ElementDamageState>
      DtElementAttributeDamageState;

   typedef DtUniqueElementAttribute<std::string, DtElementAttributes::DriverType>
      DtElementAttributeDriverType;

   typedef DtUniqueElementAttribute<unsigned int, DtElementAttributes::ElementSubtype>
      DtElementAttributeElementSubtype;

   typedef DtUniqueElementAttribute<DtUnicode, DtElementAttributes::ElementDefinitionName>
      DtElementAttributeElementDefinitionName;

   typedef DtUniqueElementAttribute<std::string, DtElementAttributes::DisplayUnitCollectionName>
      DtElementAttributeDisplayUnitCollectionName;

#ifndef _WIN32
   template class DtUniqueElementAttribute<std::string,DtElementAttributes::ConnectionObjectID>;
   template class DtUniqueElementAttribute<std::string,DtElementAttributes::ConnectionObjectType>;
   template class DtUniqueElementAttribute<std::string,DtElementAttributes::DisplayName>;
   template class DtUniqueElementAttribute<std::string,DtElementAttributes::ElementOverlayName>;
   template class DtUniqueElementAttribute<bool,DtElementAttributes::ObjectVisibility>;
   template class DtUniqueElementAttribute<bool,DtElementAttributes::IndicatorVisibility>;
   template class DtUniqueElementAttribute<bool,DtElementAttributes::HeightAboveTerrainLinesEnabled>;
   template class DtUniqueElementAttribute<bool,DtElementAttributes::IndicatorsOnSelect>;
   template class DtUniqueElementAttribute<bool,DtElementAttributes::LocalScaleEnabled>;
   template class DtUniqueElementAttribute<float,DtElementAttributes::LocalScaleAmount>;
   template class DtUniqueElementAttribute<unsigned int, DtElementAttributes::ElementDamageState>;
   template class DtUniqueElementAttribute<std::string, DtElementAttributes::DriverType>;
   template class DtUniqueElementAttribute<unsigned int, DtElementAttributes::ElementSubtype>;
   template class DtUniqueElementAttribute<DtUnicode, DtElementAttributes::ElementDefinitionName>;
#endif
}