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ReinforcementPageParent.cpp
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ReinforcementPageParent.cpp
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///////////////////////////////////////////////////////////////////////
// XBeamRate - Cross Beam Load Rating
// Copyright © 1999-2024 Washington State Department of Transportation
// Bridge and Structures Office
//
// This program is free software; you can redistribute it and/or modify
// it under the terms of the Alternate Route Open Source License as
// published by the Washington State Department of Transportation,
// Bridge and Structures Office.
//
// This program is distributed in the hope that it will be useful, but
// distribution is AS IS, WITHOUT ANY WARRANTY; without even the implied
// warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See
// the Alternate Route Open Source License for more details.
//
// You should have received a copy of the Alternate Route Open Source
// License along with this program; if not, write to the Washington
// State Department of Transportation, Bridge and Structures Office,
// P.O. Box 47340, Olympia, WA 98503, USA or e-mail
// Bridge_Support@wsdot.wa.gov
///////////////////////////////////////////////////////////////////////
#include "stdafx.h"
#include "ReinforcementPageParent.h"
#include <XBeamRateExt\XBeamRateUtilities.h>
#ifdef _DEBUG
#define new DEBUG_NEW
#undef THIS_FILE
static char THIS_FILE[] = __FILE__;
#endif
CReinforcementPageParent::CReinforcementPageParent()
{
m_pEditPierData = nullptr;
}
void CReinforcementPageParent::SetEditPierData(IEditPierData* pEditPierData,const xbrPierData& pierData)
{
m_pEditPierData = pEditPierData;
m_PierData = pierData;
}
CPierData2* CReinforcementPageParent::GetPierData()
{
return m_pEditPierData->GetPierData();
}
xbrPierData* CReinforcementPageParent::GetXBRPierData()
{
return &m_PierData;
}
CConcreteMaterial& CReinforcementPageParent::GetConcrete()
{
return m_pEditPierData->GetPierData()->GetConcrete();
}
xbrTypes::PierType CReinforcementPageParent::GetPierType()
{
if ( m_pEditPierData->GetPierData()->IsBoundaryPier() )
{
return ::GetPierType(m_pEditPierData->GetPierData()->GetBoundaryConditionType());
}
else
{
return ::GetPierType(m_pEditPierData->GetPierData()->GetSegmentConnectionType());
}
}
WBFL::Materials::Rebar::Type& CReinforcementPageParent::GetRebarType()
{
return m_PierData.GetRebarType();
}
WBFL::Materials::Rebar::Grade& CReinforcementPageParent::GetRebarGrade()
{
return m_PierData.GetRebarGrade();
}
CConcreteMaterial& CReinforcementPageParent::GetConcreteMaterial()
{
return m_PierData.GetConcreteMaterial();
}
xbrLongitudinalRebarData& CReinforcementPageParent::GetLongitudinalRebar()
{
return m_PierData.GetLongitudinalRebar();
}
xbrStirrupData& CReinforcementPageParent::GetLowerXBeamStirrups()
{
return m_PierData.GetLowerXBeamStirrups();
}
xbrStirrupData& CReinforcementPageParent::GetFullDepthStirrups()
{
return m_PierData.GetFullDepthStirrups();
}
pgsTypes::ConditionFactorType& CReinforcementPageParent::GetConditionFactorType()
{
return m_PierData.GetConditionFactorType();
}
Float64& CReinforcementPageParent::GetConditionFactor()
{
return m_PierData.GetConditionFactor();
}