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#include "cellref.hpp"
#include <assert.h>
#include <components/debug/debuglog.hpp>
#include <components/esm3/objectstate.hpp>
namespace MWWorld
{
const ESM::RefNum& CellRef::getOrAssignRefNum(ESM::RefNum& lastAssignedRefNum)
{
if (!mCellRef.mRefNum.isSet())
{
// Generated RefNums have negative mContentFile
assert(lastAssignedRefNum.mContentFile < 0);
lastAssignedRefNum.mIndex++;
if (lastAssignedRefNum.mIndex == 0) // mIndex overflow, so mContentFile should be changed
{
if (lastAssignedRefNum.mContentFile > std::numeric_limits<int32_t>::min())
lastAssignedRefNum.mContentFile--;
else
Log(Debug::Error) << "RefNum counter overflow in CellRef::getOrAssignRefNum";
}
mCellRef.mRefNum = lastAssignedRefNum;
mChanged = true;
}
return mCellRef.mRefNum;
}
void CellRef::unsetRefNum()
{
mCellRef.mRefNum.unset();
}
void CellRef::setScale(float scale)
{
if (scale != mCellRef.mScale)
{
mChanged = true;
mCellRef.mScale = scale;
}
}
void CellRef::setPosition(const ESM::Position &position)
{
mChanged = true;
mCellRef.mPos = position;
}
float CellRef::getNormalizedEnchantmentCharge(int maxCharge) const
{
if (maxCharge == 0)
{
return 0;
}
else if (mCellRef.mEnchantmentCharge == -1)
{
return 1;
}
else
{
return mCellRef.mEnchantmentCharge / static_cast<float>(maxCharge);
}
}
void CellRef::setEnchantmentCharge(float charge)
{
if (charge != mCellRef.mEnchantmentCharge)
{
mChanged = true;
mCellRef.mEnchantmentCharge = charge;
}
}
void CellRef::setCharge(int charge)
{
if (charge != mCellRef.mChargeInt)
{
mChanged = true;
mCellRef.mChargeInt = charge;
}
}
void CellRef::applyChargeRemainderToBeSubtracted(float chargeRemainder)
{
mCellRef.mChargeIntRemainder += std::abs(chargeRemainder);
if (mCellRef.mChargeIntRemainder > 1.0f)
{
float newChargeRemainder = (mCellRef.mChargeIntRemainder - std::floor(mCellRef.mChargeIntRemainder));
if (mCellRef.mChargeInt <= static_cast<int>(mCellRef.mChargeIntRemainder))
{
mCellRef.mChargeInt = 0;
}
else
{
mCellRef.mChargeInt -= static_cast<int>(mCellRef.mChargeIntRemainder);
}
mCellRef.mChargeIntRemainder = newChargeRemainder;
}
}
void CellRef::setChargeFloat(float charge)
{
if (charge != mCellRef.mChargeFloat)
{
mChanged = true;
mCellRef.mChargeFloat = charge;
}
}
void CellRef::resetGlobalVariable()
{
if (!mCellRef.mGlobalVariable.empty())
{
mChanged = true;
mCellRef.mGlobalVariable.erase();
}
}
void CellRef::setFactionRank(int factionRank)
{
if (factionRank != mCellRef.mFactionRank)
{
mChanged = true;
mCellRef.mFactionRank = factionRank;
}
}
void CellRef::setOwner(const std::string &owner)
{
if (owner != mCellRef.mOwner)
{
mChanged = true;
mCellRef.mOwner = owner;
}
}
void CellRef::setSoul(const std::string &soul)
{
if (soul != mCellRef.mSoul)
{
mChanged = true;
mCellRef.mSoul = soul;
}
}
void CellRef::setFaction(const std::string &faction)
{
if (faction != mCellRef.mFaction)
{
mChanged = true;
mCellRef.mFaction = faction;
}
}
void CellRef::setLockLevel(int lockLevel)
{
if (lockLevel != mCellRef.mLockLevel)
{
mChanged = true;
mCellRef.mLockLevel = lockLevel;
}
}
void CellRef::lock(int lockLevel)
{
if(lockLevel != 0)
setLockLevel(abs(lockLevel)); //Changes lock to locklevel, if positive
else
setLockLevel(ESM::UnbreakableLock); // If zero, set to max lock level
}
void CellRef::unlock()
{
setLockLevel(-abs(mCellRef.mLockLevel)); //Makes lockLevel negative
}
void CellRef::setTrap(const std::string& trap)
{
if (trap != mCellRef.mTrap)
{
mChanged = true;
mCellRef.mTrap = trap;
}
}
void CellRef::setGoldValue(int value)
{
if (value != mCellRef.mGoldValue)
{
mChanged = true;
mCellRef.mGoldValue = value;
}
}
void CellRef::writeState(ESM::ObjectState &state) const
{
state.mRef = mCellRef;
}
}
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