bool LANDRecord::deep_equals(Record *master, RecordOp &read_self, RecordOp &read_master, boost::unordered_set<Record *> &identical_records)
{
//Precondition: equals has been run for these records and returned true
CELLRecord *parent_cell = (CELLRecord *)GetParentRecord(), *master_cell = (CELLRecord *)master->GetParentRecord();
Record *parent_wrld = parent_cell->GetParentRecord(), *master_wrld = master_cell->GetParentRecord();
//Check to make sure the parent cell is attached at the same spot
if(parent_cell->formID != master_cell->formID)
return false;
if(parent_wrld != NULL)
{
if(master_wrld != NULL)
{
if(parent_wrld->formID != master_wrld->formID)
return false;
}
else
return false;
}
else if(master_wrld != NULL)
return false;
if(parent_wrld)
{
read_self.Accept((Record *&)parent_cell);
read_master.Accept((Record *&)master_cell);
parent_cell->XCLC.Load();
master_cell->XCLC.Load();
if(parent_cell->XCLC->posX != master_cell->XCLC->posX)
return false;
if(parent_cell->XCLC->posY != master_cell->XCLC->posY)
return false;
}
return true;
}
void * ACHRRecord::GetField(FIELD_IDENTIFIERS, void **FieldValues)
{
switch(FieldID)
{
case 1: //flags1
return &flags;
case 2: //fid
return &formID;
case 3: //flags2
return &flagsUnk;
case 4: //eid
return EDID.value;
case 5: //base
return &NAME.value;
case 6: //unknownXPCIFormID
return (XPCI.IsLoaded() && XPCI->XPCI.IsLoaded()) ? &XPCI->XPCI.value : NULL;
case 7: //unknownXPCIString
return XPCI.IsLoaded() ? XPCI->FULL.value : NULL;
case 8: //lod1
return XLOD.IsLoaded() ? &XLOD->lod1 : NULL;
case 9: //lod2
return XLOD.IsLoaded() ? &XLOD->lod2 : NULL;
case 10: //lod3
return XLOD.IsLoaded() ? &XLOD->lod3 : NULL;
case 11: //parent
return XESP.IsLoaded() ? &XESP->parent : NULL;
case 12: //parentFlags
return XESP.IsLoaded() ? &XESP->flags : NULL;
case 13: //unused1
*FieldValues = XESP.IsLoaded() ? &XESP->unused1[0] : NULL;
return NULL;
case 14: //merchantContainer
return XMRC.IsLoaded() ? &XMRC.value : NULL;
case 15: //horse
return XHRS.IsLoaded() ? &XHRS.value : NULL;
case 16: //xrgd_p
*FieldValues = XRGD.value;
return NULL;
case 17: //scale
return XSCL.IsLoaded() ? &XSCL.value : NULL;
case 18: //posX
return &DATA.value.posX;
case 19: //posY
return &DATA.value.posY;
case 20: //posZ
return &DATA.value.posZ;
case 21: //rotX
return &DATA.value.rotX;
case 22: //rotY
return &DATA.value.rotY;
case 23: //rotZ
return &DATA.value.rotZ;
case 24: //Parent
return GetParentRecord();
default:
return NULL;
}
return NULL;
}
bool ROADRecord::deep_equals(Record *master, RecordOp &read_self, RecordOp &read_master, boost::unordered_set<Record *> &identical_records)
{
//Precondition: equals has been run for these records and returned true
//Check to make sure the parent world is attached at the same spot
if(GetParentRecord()->formID != master->GetParentRecord()->formID)
return false;
return true;
}
void * ACRERecord::GetField(FIELD_IDENTIFIERS, void **FieldValues)
{
switch(FieldID)
{
case 1: //flags1
return &flags;
case 2: //fid
return &formID;
case 3: //flags2
return &flagsUnk;
case 4: //eid
return EDID.value;
case 5: //base
return &NAME.value;
case 6: //owner
return Ownership.IsLoaded() ? &Ownership->XOWN.value : NULL;
case 7: //rank
return Ownership.IsLoaded() ? Ownership->XRNK.value : NULL;
case 8: //globalVariable
return (Ownership.IsLoaded() && Ownership->XGLB.IsLoaded()) ? &Ownership->XGLB.value : NULL;
case 9: //lod1
return XLOD.IsLoaded() ? &XLOD->lod1 : NULL;
case 10: //lod2
return XLOD.IsLoaded() ? &XLOD->lod2 : NULL;
case 11: //lod3
return XLOD.IsLoaded() ? &XLOD->lod3 : NULL;
case 12: //parent
return XESP.IsLoaded() ? &XESP->parent : NULL;
case 13: //parentFlags
return XESP.IsLoaded() ? &XESP->flags : NULL;
case 14: //unused1
*FieldValues = XESP.IsLoaded() ? &XESP->unused1[0] : NULL;
return NULL;
case 15: //xrgd_p
*FieldValues = XRGD.value;
return NULL;
case 16: //scale
return XSCL.IsLoaded() ? &XSCL.value : NULL;
case 17: //posX
return &DATA.value.posX;
case 18: //posY
return &DATA.value.posY;
case 19: //posZ
return &DATA.value.posZ;
case 20: //rotX
return &DATA.value.rotX;
case 21: //rotY
return &DATA.value.rotY;
case 22: //rotZ
return &DATA.value.rotZ;
case 23: //Parent
return GetParentRecord();
default:
return NULL;
}
return NULL;
}
void * ROADRecord::GetField(FIELD_IDENTIFIERS, void **FieldValues)
{
switch(FieldID)
{
case 1: //flags1
return &flags;
case 2: //fid
return &formID;
case 3: //flags2
return &flagsUnk;
case 5: //pgrp
if(ListIndex >= PGRP.value.size())
return NULL;
switch(ListFieldID)
{
case 1: //x
return &PGRP.value[ListIndex].x;
case 2: //y
return &PGRP.value[ListIndex].y;
case 3: //z
return &PGRP.value[ListIndex].z;
case 4: //connections
return &PGRP.value[ListIndex].connections;
case 5: //unused1
*FieldValues = &PGRP.value[ListIndex].unused1[0];
return NULL;
default:
return NULL;
}
return NULL;
case 6: //pgrr
if(ListIndex >= PGRR.value.size())
return NULL;
switch(ListFieldID)
{
case 1: //x
return &PGRR.value[ListIndex].x;
case 2: //y
return &PGRR.value[ListIndex].y;
case 3: //z
return &PGRR.value[ListIndex].z;
default:
return NULL;
}
return NULL;
case 7: //Parent
return GetParentRecord();
default:
return NULL;
}
return NULL;
}
void * PMISRecord::GetField(FIELD_IDENTIFIERS, void **FieldValues)
{
switch(FieldID)
{
case 1: //flags1
return &flags;
case 2: //fid
return &formID;
case 3: //versionControl1
*FieldValues = &flagsUnk;
return NULL;
case 4: //eid
return EDID.value;
case 5: //formVersion
return &formVersion;
case 6: //versionControl2
*FieldValues = &versionControl2[0];
return NULL;
case 7: //base
return &NAME.value;
case 8: //encounterZone
return &XEZN.value;
case 9: //xrgd_p
*FieldValues = XRGD.value;
return NULL;
case 10: //xrgb_p
*FieldValues = XRGB.value;
return NULL;
case 11: //idleTime
return Patrol.IsLoaded() ? &Patrol->XPRD.value : NULL;
case 12: //idle
return Patrol.IsLoaded() ? &Patrol->INAM.value : NULL;
case 13: //unused1
*FieldValues = Patrol.IsLoaded() ? &Patrol->SCHR.value.unused1[0] : NULL;
return NULL;
case 14: //numRefs
return Patrol.IsLoaded() ? &Patrol->SCHR.value.numRefs : NULL;
case 15: //compiledSize
return Patrol.IsLoaded() ? &Patrol->SCHR.value.compiledSize : NULL;
case 16: //lastIndex
return Patrol.IsLoaded() ? &Patrol->SCHR.value.lastIndex : NULL;
case 17: //scriptType
return Patrol.IsLoaded() ? &Patrol->SCHR.value.scriptType : NULL;
case 18: //scriptFlags
return Patrol.IsLoaded() ? &Patrol->SCHR.value.flags : NULL;
case 19: //compiled_p
*FieldValues = Patrol.IsLoaded() ? Patrol->SCDA.value : NULL;
return NULL;
case 20: //scriptText
return Patrol.IsLoaded() ? Patrol->SCTX.value : NULL;
case 21: //vars
if(!Patrol.IsLoaded())
return NULL;
if(ListIndex >= Patrol->VARS.value.size())
return NULL;
switch(ListFieldID)
{
case 1: //index
return &Patrol->VARS.value[ListIndex]->SLSD.value.index;
case 2: //unused1
*FieldValues = &Patrol->VARS.value[ListIndex]->SLSD.value.unused1[0];
return NULL;
case 3: //flags
return &Patrol->VARS.value[ListIndex]->SLSD.value.flags;
case 4: //unused2
*FieldValues = &Patrol->VARS.value[ListIndex]->SLSD.value.unused2[0];
return NULL;
case 5: //name
return Patrol->VARS.value[ListIndex]->SCVR.value;
default:
return NULL;
}
return NULL;
case 22: //references
if(!Patrol.IsLoaded())
{
*FieldValues = NULL;
return NULL;
}
for(UINT32 x = 0; x < Patrol->SCR_.value.size(); ++x)
((FORMIDARRAY)FieldValues)[x] = Patrol->SCR_.value[x]->reference;
return NULL;
case 23: //topic
return Patrol.IsLoaded() ? &Patrol->TNAM.value : NULL;
case 24: //owner
return Ownership.IsLoaded() ? &Ownership->XOWN.value : NULL;
case 25: //rank
return Ownership.IsLoaded() ? Ownership->XRNK.value : NULL;
case 26: //count
return &XCNT.value;
case 27: //radius
return &XRDS.value;
case 28: //health
return &XHLP.value;
case 29: //decals
if(ListIndex >= XDCR.value.size())
return NULL;
switch(ListFieldID)
{
case 1: //reference
return &XDCR.value[ListIndex]->reference;
case 2: //unknown1
*FieldValues = &XDCR.value[ListIndex]->unknown1[0];
return NULL;
default:
return NULL;
}
return NULL;
case 30: //linkedReference
return &XLKR.value;
case 31: //startRed
return XCLP.IsLoaded() ? &XCLP->start.red : NULL;
case 32: //startGreen
return XCLP.IsLoaded() ? &XCLP->start.green : NULL;
case 33: //startBlue
return XCLP.IsLoaded() ? &XCLP->start.blue : NULL;
case 34: //unused2
*FieldValues = XCLP.IsLoaded() ? &XCLP->start.unused1 : NULL;
return NULL;
case 35: //endRed
return XCLP.IsLoaded() ? &XCLP->end.red : NULL;
case 36: //endGreen
return XCLP.IsLoaded() ? &XCLP->end.green : NULL;
case 37: //endBlue
return XCLP.IsLoaded() ? &XCLP->end.blue : NULL;
case 38: //unused3
*FieldValues = XCLP.IsLoaded() ? &XCLP->end.unused1 : NULL;
return NULL;
case 39: //activateParentFlags
return ActivateParents.IsLoaded() ? &ActivateParents->XAPD.value : NULL;
case 40: //activateParentRefs
if(!ActivateParents.IsLoaded())
return NULL;
if(ListIndex >= ActivateParents->XAPR.value.size())
return NULL;
switch(ListFieldID)
{
case 1: //reference
return &ActivateParents->XAPR.value[ListIndex]->reference;
case 2: //delay
return &ActivateParents->XAPR.value[ListIndex]->delay;
default:
return NULL;
}
return NULL;
case 41: //prompt
return XATO.value;
case 42: //parent
return XESP.IsLoaded() ? &XESP->parent : NULL;
case 43: //parentFlags
return XESP.IsLoaded() ? &XESP->flags : NULL;
case 44: //unused4
*FieldValues = XESP.IsLoaded() ? &XESP->unused1[0] : NULL;
return NULL;
case 45: //emittance
return &XEMI.value;
case 46: //boundRef
return &XMBR.value;
case 47: //reflrefrs
if(ListIndex >= XPWR.value.size())
return NULL;
switch(ListFieldID)
{
case 1: //reference
return &XPWR.value[ListIndex]->reference;
case 2: //type
return &XPWR.value[ListIndex]->type;
default:
return NULL;
}
return NULL;
case 48: //ignoredBySandbox
return &XIBS.value;
case 49: //scale
return &XSCL.value;
case 50: //posX
return &DATA.value.posX;
case 51: //posY
return &DATA.value.posY;
case 52: //posZ
return &DATA.value.posZ;
case 53: //rotX
return &DATA.value.rotX;
case 54: //rotY
return &DATA.value.rotY;
case 55: //rotZ
return &DATA.value.rotZ;
case 56: //Parent
return GetParentRecord();
default:
return NULL;
}
return NULL;
}
void * PGRDRecord::GetField(FIELD_IDENTIFIERS, void **FieldValues)
{
switch(FieldID)
{
case 1: //flags1
return &flags;
case 2: //fid
return &formID;
case 3: //flags2
return &flagsUnk;
case 5: //count
return &DATA.value;
case 6: //pgrp
if(ListIndex >= PGRP.value.size())
return NULL;
switch(ListFieldID)
{
case 1: //x
return &PGRP.value[ListIndex].x;
case 2: //y
return &PGRP.value[ListIndex].y;
case 3: //z
return &PGRP.value[ListIndex].z;
case 4: //connections
return &PGRP.value[ListIndex].connections;
case 5: //unused1
*FieldValues = &PGRP.value[ListIndex].unused1[0];
return NULL;
default:
return NULL;
}
return NULL;
case 7: //pgag_p
*FieldValues = PGAG.value;
return NULL;
case 8: //pgrr_p
*FieldValues = PGRR.value;
return NULL;
case 9: //pgri
if(ListIndex >= PGRI.value.size())
return NULL;
switch(ListFieldID)
{
case 1: //point
return &PGRI.value[ListIndex].point;
case 2: //unused1
*FieldValues = &PGRI.value[ListIndex].unused1[0];
return NULL;
case 3: //x
return &PGRI.value[ListIndex].x;
case 4: //y
return &PGRI.value[ListIndex].y;
case 5: //z
return &PGRI.value[ListIndex].z;
default:
return NULL;
}
return NULL;
case 10: //pgrl
if(ListIndex >= PGRL.value.size())
return NULL;
switch(ListFieldID)
{
case 1: //reference
return PGRL.value[ListIndex]->points.value.size() ? &PGRL.value[ListIndex]->points.value[0] : NULL;
case 2: //points
*FieldValues = (PGRL.value[ListIndex]->points.value.size() > 1) ? &PGRL.value[ListIndex]->points.value[1] : NULL;
return NULL;
default:
return NULL;
}
return NULL;
case 11: //Parent
return GetParentRecord();
default:
return NULL;
}
return NULL;
}
void * CELLRecord::GetField(FIELD_IDENTIFIERS, void **FieldValues)
{
switch(FieldID)
{
case 1: //flags1
return &flags;
case 2: //fid
return &formID;
case 3: //versionControl1
*FieldValues = &flagsUnk;
return NULL;
case 4: //eid
return EDID.value;
case 5: //formVersion
return &formVersion;
case 6: //versionControl2
*FieldValues = &versionControl2[0];
return NULL;
case 7: //full
return FULL.value;
case 8: //flags
return &DATA.value;
case 9: //posX
return (!IsInterior() & XCLC.IsLoaded()) ? &XCLC->posX : NULL;
case 10: //posY
return (!IsInterior() & XCLC.IsLoaded()) ? &XCLC->posY : NULL;
case 11: //quadFlags
return (!IsInterior() & XCLC.IsLoaded()) ? &XCLC->flags : NULL;
#if 0
case 12: //ambientRed
return XCLL.IsLoaded() ? &XCLL->ambient.red : NULL;
case 13: //ambientGreen
return XCLL.IsLoaded() ? &XCLL->ambient.green : NULL;
case 14: //ambientBlue
return XCLL.IsLoaded() ? &XCLL->ambient.blue : NULL;
case 15: //unused1
*FieldValues = XCLL.IsLoaded() ? &XCLL->ambient.unused1 : NULL;
return NULL;
case 16: //directionalRed
return XCLL.IsLoaded() ? &XCLL->directional.red : NULL;
case 17: //directionalGreen
return XCLL.IsLoaded() ? &XCLL->directional.green : NULL;
case 18: //directionalBlue
return XCLL.IsLoaded() ? &XCLL->directional.blue : NULL;
case 19: //unused2
*FieldValues = XCLL.IsLoaded() ? &XCLL->directional.unused1 : NULL;
return NULL;
case 20: //fogRed
return XCLL.IsLoaded() ? &XCLL->fog.red : NULL;
case 21: //fogGreen
return XCLL.IsLoaded() ? &XCLL->fog.green : NULL;
case 22: //fogBlue
return XCLL.IsLoaded() ? &XCLL->fog.blue : NULL;
case 23: //unused3
*FieldValues = XCLL.IsLoaded() ? &XCLL->fog.unused1 : NULL;
return NULL;
case 24: //fogNear
return XCLL.IsLoaded() ? &XCLL->fogNear : NULL;
case 25: //fogFar
return XCLL.IsLoaded() ? &XCLL->fogFar : NULL;
case 26: //directionalXY
return XCLL.IsLoaded() ? &XCLL->directionalXY : NULL;
case 27: //directionalZ
return XCLL.IsLoaded() ? &XCLL->directionalZ : NULL;
case 28: //directionalFade
return XCLL.IsLoaded() ? &XCLL->directionalFade : NULL;
case 29: //fogClip
return XCLL.IsLoaded() ? &XCLL->fogClip : NULL;
case 30: //fogPower
return XCLL.IsLoaded() ? &XCLL->fogPower : NULL;
#endif
case 31: //swappedImpacts
if(ListIndex >= IMPS.value.size())
return NULL;
switch(ListFieldID)
{
case 1: //material
return &IMPS.value[ListIndex]->material;
case 2: //oldImpact
return &IMPS.value[ListIndex]->oldImpact;
case 3: //newImpact
return &IMPS.value[ListIndex]->newImpact;
default:
return NULL;
}
return NULL;
case 32: //concSolid
return IMPF.IsLoaded() ? &IMPF->concSolid[0] : NULL;
case 33: //concBroken
return IMPF.IsLoaded() ? &IMPF->concBroken[0] : NULL;
case 34: //metalSolid
return IMPF.IsLoaded() ? &IMPF->metalSolid[0] : NULL;
case 35: //metalHollow
return IMPF.IsLoaded() ? &IMPF->metalHollow[0] : NULL;
case 36: //metalSheet
return IMPF.IsLoaded() ? &IMPF->metalSheet[0] : NULL;
case 37: //wood
return IMPF.IsLoaded() ? &IMPF->wood[0] : NULL;
case 38: //sand
return IMPF.IsLoaded() ? &IMPF->sand[0] : NULL;
case 39: //dirt
return IMPF.IsLoaded() ? &IMPF->dirt[0] : NULL;
case 40: //grass
return IMPF.IsLoaded() ? &IMPF->grass[0] : NULL;
case 41: //water
return IMPF.IsLoaded() ? &IMPF->water[0] : NULL;
case 42: //lightTemplate
return <MP.value;
case 43: //lightFlags
return &LNAM.value;
case 44: //waterHeight
return &XCLW.value;
case 45: //waterNoisePath
return XNAM.value;
case 46: //regions
*FieldValues = XCLR.IsLoaded() ? &XCLR.value[0] : NULL;
return NULL;
case 47: //imageSpace
return &XCIM.value;
case 48: //xcet_p
*FieldValues = XCET.value;
return NULL;
case 49: //encounterZone
return &XEZN.value;
case 50: //climate
return &XCCM.value;
case 51: //water
return &XCWT.value;
#if 0
case 52: //owner
return Ownership.IsLoaded() ? &Ownership->XOWN.value : NULL;
case 53: //rank
return Ownership.IsLoaded() ? Ownership->XRNK.value : NULL;
#endif
case 54: //acousticSpace
return &XCAS.value;
case 55: //xcmt_p
*FieldValues = XCMT.value;
return NULL;
case 56: //music
return &XCMO.value;
#if 0
case 57: //ACHR
for(uint32_t p = 0;p < (uint32_t)ACHR.size();++p)
((RECORDIDARRAY)FieldValues)[p] = ACHR[p];
return NULL;
case 58: //ACRE
for(uint32_t p = 0;p < (uint32_t)ACRE.size();++p)
((RECORDIDARRAY)FieldValues)[p] = ACRE[p];
return NULL;
//*FieldValues = ACRE.size() != 0 ? &ACRE[0] : NULL;
//return NULL;
case 59: //REFR
for(uint32_t p = 0;p < (uint32_t)REFR.size();++p)
((RECORDIDARRAY)FieldValues)[p] = REFR[p];
return NULL;
case 60: //PGRE
for(uint32_t p = 0;p < (uint32_t)PGRE.size();++p)
((RECORDIDARRAY)FieldValues)[p] = PGRE[p];
return NULL;
case 61: //PMIS
for(uint32_t p = 0;p < (uint32_t)PMIS.size();++p)
((RECORDIDARRAY)FieldValues)[p] = PMIS[p];
return NULL;
case 62: //PBEA
for(uint32_t p = 0;p < (uint32_t)PBEA.size();++p)
((RECORDIDARRAY)FieldValues)[p] = PBEA[p];
return NULL;
case 63: //PFLA
for(uint32_t p = 0;p < (uint32_t)PFLA.size();++p)
((RECORDIDARRAY)FieldValues)[p] = PFLA[p];
return NULL;
case 64: //PCBE
for(uint32_t p = 0;p < (uint32_t)PCBE.size();++p)
((RECORDIDARRAY)FieldValues)[p] = PCBE[p];
return NULL;
case 65: //NAVM
for(uint32_t p = 0;p < (uint32_t)NAVM.size();++p)
((RECORDIDARRAY)FieldValues)[p] = NAVM[p];
return NULL;
case 66: //LAND
return LAND;
#endif
case 67: //Parent
return GetParentRecord();
default:
return NULL;
}
return NULL;
}
void * REFRRecord::GetField(FIELD_IDENTIFIERS, void **FieldValues)
{
switch(FieldID)
{
case 1: //flags1
return &flags;
case 2: //fid
return &formID;
case 3: //flags2
return &flagsUnk;
case 50: //Parent
return GetParentRecord();
default:
break;
}
if(!Data.IsLoaded())
return NULL;
switch(FieldID)
{
case 4: //eid
return Data->EDID.value;
case 5: //base
return &Data->NAME.value;
case 6: //destination
return Data->XTEL.IsLoaded() ? &Data->XTEL->destinationFid : NULL;
case 7: //destinationPosX
return Data->XTEL.IsLoaded() ? &Data->XTEL->destination.posX : NULL;
case 8: //destinationPosY
return Data->XTEL.IsLoaded() ? &Data->XTEL->destination.posY : NULL;
case 9: //destinationPosZ
return Data->XTEL.IsLoaded() ? &Data->XTEL->destination.posZ : NULL;
case 10: //destinationRotX
return Data->XTEL.IsLoaded() ? &Data->XTEL->destination.rotX : NULL;
case 11: //destinationRotY
return Data->XTEL.IsLoaded() ? &Data->XTEL->destination.rotY : NULL;
case 12: //destinationRotZ
return Data->XTEL.IsLoaded() ? &Data->XTEL->destination.rotZ : NULL;
case 13: //lockLevel
return Data->XLOC.IsLoaded() ? &Data->XLOC->level : NULL;
case 14: //unused1
*FieldValues = Data->XLOC.IsLoaded() ? &Data->XLOC->unused1[0] : NULL;
return NULL;
case 15: //lockKey
return Data->XLOC.IsLoaded() ? &Data->XLOC->key : NULL;
case 16: //unused2
*FieldValues = Data->XLOC.IsLoaded() ? &Data->XLOC->unused2[0] : NULL;
return NULL;
case 17: //lockFlags
return Data->XLOC.IsLoaded() ? &Data->XLOC->flags : NULL;
case 18: //unused3
*FieldValues = Data->XLOC.IsLoaded() ? &Data->XLOC->unused3[0] : NULL;
return NULL;
case 19: //owner
return Data->Ownership.IsLoaded() ? &Data->Ownership->XOWN.value : NULL;
case 20: //rank
return Data->Ownership.IsLoaded() ? Data->Ownership->XRNK.value : NULL;
case 21: //globalVariable
return (Data->Ownership.IsLoaded() && Data->Ownership->XGLB.IsLoaded()) ? &Data->Ownership->XGLB.value : NULL;
case 22: //parent
return Data->XESP.IsLoaded() ? &Data->XESP->parent : NULL;
case 23: //parentFlags
return Data->XESP.IsLoaded() ? &Data->XESP->flags : NULL;
case 24: //unused4
*FieldValues = Data->XESP.IsLoaded() ? &Data->XESP->unused1[0] : NULL;
return NULL;
case 25: //target
return Data->XTRG.IsLoaded() ? &Data->XTRG.value : NULL;
case 26: //seed
if(Data->XSED.IsLoaded())
{
if(Data->XSED->isOffset)
return &Data->XSED->offset;
return &Data->XSED->seed;
}
return NULL;
case 27: //lod1
return Data->XLOD.IsLoaded() ? &Data->XLOD->lod1 : NULL;
case 28: //lod2
return Data->XLOD.IsLoaded() ? &Data->XLOD->lod2 : NULL;
case 29: //lod3
return Data->XLOD.IsLoaded() ? &Data->XLOD->lod3 : NULL;
case 30: //charge
return Data->XCHG.IsLoaded() ? &Data->XCHG.value : NULL;
case 31: //health
return Data->XHLT.IsLoaded() ? &Data->XHLT.value : NULL;
case 32: //unknownXPCIFormID
return (Data->XPCI.IsLoaded() && Data->XPCI->XPCI.IsLoaded()) ? &Data->XPCI->XPCI.value : NULL;
case 33: //unknownXPCIString
return Data->XPCI.IsLoaded() ? Data->XPCI->FULL.value : NULL;
case 34: //levelMod
return Data->XLCM.IsLoaded() ? &Data->XLCM.value : NULL;
case 35: //unknownXRTMFormID
return Data->XRTM.IsLoaded() ? &Data->XRTM.value : NULL;
case 36: //actionFlags
return Data->XACT.IsLoaded() ? &Data->XACT.value : NULL;
case 37: //count
return Data->XCNT.IsLoaded() ? &Data->XCNT.value : NULL;
case 38: //markerFlags
return Data->Marker.IsLoaded() ? &Data->Marker->FNAM.value : NULL;
case 39: //markerName
return Data->Marker.IsLoaded() ? Data->Marker->FULL.value : NULL;
case 40: //markerType
return Data->Marker.IsLoaded() ? &Data->Marker->TNAM.value.markerType : NULL;
case 41: //markerUnused
*FieldValues = Data->Marker.IsLoaded() ? &Data->Marker->TNAM.value.unused1 : NULL;
return NULL;
case 42: //scale
return Data->XSCL.IsLoaded() ? &Data->XSCL.value : NULL;
case 43: //soulType
return Data->XSOL.IsLoaded() ? &Data->XSOL.value : NULL;
case 44: //posX
return &Data->DATA.value.posX;
case 45: //posY
return &Data->DATA.value.posY;
case 46: //posZ
return &Data->DATA.value.posZ;
case 47: //rotX
return &Data->DATA.value.rotX;
case 48: //rotY
return &Data->DATA.value.rotY;
case 49: //rotZ
return &Data->DATA.value.rotZ;
default:
return NULL;
}
return NULL;
}
void * NAVMRecord::GetField(FIELD_IDENTIFIERS, void **FieldValues)
{
switch(FieldID)
{
case 1: //flags1
return &flags;
case 2: //fid
return &formID;
case 3: //versionControl1
*FieldValues = &flagsUnk;
return NULL;
case 4: //eid
return EDID.value;
case 5: //formVersion
return &formVersion;
case 6: //versionControl2
*FieldValues = &versionControl2[0];
return NULL;
case 7: //version
return &NVER.value;
case 8: //cell
return &DATA.value.cell;
case 9: //numVertices
return &DATA.value.numVertices;
case 10: //numTriangles
return &DATA.value.numTriangles;
case 11: //numConnections
return &DATA.value.numConnections;
case 12: //numUnknown
return &DATA.value.numNVCA;
case 13: //numDoors
return &DATA.value.numDoors;
case 14: //vertices
if(ListIndex >= NVVX.value.size())
return NULL;
switch(ListFieldID)
{
case 1: //x
return &NVVX.value[ListIndex].x;
case 2: //y
return &NVVX.value[ListIndex].y;
case 3: //z
return &NVVX.value[ListIndex].z;
default:
return NULL;
}
return NULL;
case 15: //triangles
if(ListIndex >= NVTR.value.size())
return NULL;
switch(ListFieldID)
{
case 1: //vertex1
return &NVTR.value[ListIndex].vertex1;
case 2: //vertex2
return &NVTR.value[ListIndex].vertex2;
case 3: //vertex3
return &NVTR.value[ListIndex].vertex3;
case 4: //edge1
return &NVTR.value[ListIndex].edge1;
case 5: //edge2
return &NVTR.value[ListIndex].edge2;
case 6: //edge3
return &NVTR.value[ListIndex].edge3;
case 7: //flags
return &NVTR.value[ListIndex].flags;
default:
return NULL;
}
return NULL;
case 16: //unknown1
*FieldValues = NVCA.IsLoaded() ? &NVCA.value[0] : NULL;
return NULL;
case 17: //doors
if(ListIndex >= NVDP.value.size())
return NULL;
switch(ListFieldID)
{
case 1: //door
return &NVDP.value[ListIndex].door;
case 2: //unknown1
return &NVDP.value[ListIndex].unknown1;
case 3: //unused1
*FieldValues = &NVDP.value[ListIndex].unused1[0];
return NULL;
default:
return NULL;
}
return NULL;
case 18: //nvgd_p
*FieldValues = NVGD.value;
return NULL;
case 19: //connections
if(ListIndex >= NVEX.value.size())
return NULL;
switch(ListFieldID)
{
case 1: //unknown1
*FieldValues = &NVEX.value[ListIndex].unknown1[0];
return NULL;
case 2: //mesh
return &NVEX.value[ListIndex].mesh;
case 3: //triangle
return &NVEX.value[ListIndex].triangle;
default:
return NULL;
}
return NULL;
case 20: //Parent
return GetParentRecord();
default:
return NULL;
}
return NULL;
}
bool CELLRecord::deep_equals(Record *master, RecordOp &read_self, RecordOp &read_master, boost::unordered_set<Record *> &identical_records)
{
//Precondition: equals has been run for these records and returned true
// all child records have been visited
CELLRecord *master_cell = (CELLRecord *)master;
Record *parent_wrld = GetParentRecord(), *master_wrld = master_cell->GetParentRecord();
//Check to make sure the CELLs are attached at the same spot
if(parent_wrld != NULL)
{
if(master_wrld != NULL)
{
if(parent_wrld->formID != master_wrld->formID)
return false;
}
else
return false;
}
else if(master_wrld != NULL)
return false;
if(ACHR.size() > master_cell->ACHR.size())
return false;
if(ACRE.size() > master_cell->ACRE.size())
return false;
if(REFR.size() > master_cell->REFR.size())
return false;
if(PGRE.size() > master_cell->PGRE.size())
return false;
if(PMIS.size() > master_cell->PMIS.size())
return false;
if(PBEA.size() > master_cell->PBEA.size())
return false;
if(PFLA.size() > master_cell->PFLA.size())
return false;
if(PCBE.size() > master_cell->PCBE.size())
return false;
if(NAVM.size() > master_cell->NAVM.size())
return false;
if(LAND != NULL)
{
if(master_cell->LAND != NULL)
{
if(identical_records.count(LAND) == 0)
return false;
}
else
return false;
}
for(uint32_t ListIndex = 0; ListIndex < ACHR.size(); ++ListIndex)
if(identical_records.count(ACHR[ListIndex]) == 0)
return false;
for(uint32_t ListIndex = 0; ListIndex < ACRE.size(); ++ListIndex)
if(identical_records.count(ACRE[ListIndex]) == 0)
return false;
for(uint32_t ListIndex = 0; ListIndex < REFR.size(); ++ListIndex)
if(identical_records.count(REFR[ListIndex]) == 0)
return false;
for(uint32_t ListIndex = 0; ListIndex < PGRE.size(); ++ListIndex)
if(identical_records.count(PGRE[ListIndex]) == 0)
return false;
for(uint32_t ListIndex = 0; ListIndex < PMIS.size(); ++ListIndex)
if(identical_records.count(PMIS[ListIndex]) == 0)
return false;
for(uint32_t ListIndex = 0; ListIndex < PBEA.size(); ++ListIndex)
if(identical_records.count(PBEA[ListIndex]) == 0)
return false;
for(uint32_t ListIndex = 0; ListIndex < PFLA.size(); ++ListIndex)
if(identical_records.count(PFLA[ListIndex]) == 0)
return false;
for(uint32_t ListIndex = 0; ListIndex < PCBE.size(); ++ListIndex)
if(identical_records.count(PCBE[ListIndex]) == 0)
return false;
for(uint32_t ListIndex = 0; ListIndex < NAVM.size(); ++ListIndex)
if(identical_records.count(NAVM[ListIndex]) == 0)
return false;
return true;
}
