public bool Remove(RescueLogicalOrderEntry existingObject)
{
bool myReturn = Remove22(nativeNdx
, (existingObject == null) ? 0 : existingObject.nativeNdx);
return(myReturn);
}
public RescueLogicalOrderEntry NthObject(long zeroBasedOrdinal)
{
long returnNdx = NthObject1(nativeNdx
, zeroBasedOrdinal);
if (returnNdx == 0)
{
return(null);
}
else
{
RescueLogicalOrderEntry myReturn = new RescueLogicalOrderEntry(returnNdx);
int isA = myReturn.IsA();
switch (isA)
{
case RescueObject.R_RescueEventDescr:
myReturn = new RescueEventDescr(returnNdx);
break;
case RescueObject.R_RescueHorizon:
myReturn = new RescueHorizon(returnNdx);
break;
case RescueObject.R_RescueUnit:
myReturn = new RescueUnit(returnNdx);
break;
}
return(myReturn);
}
}
public RescueLogicalOrderEntry UnconformityEventBelow(RescueEventDescr existingObject)
{
long returnNdx = UnconformityEventBelow16(nativeNdx
, (existingObject == null) ? 0 : existingObject.nativeNdx);
if (returnNdx == 0)
{
return(null);
}
else
{
RescueLogicalOrderEntry myReturn = new RescueLogicalOrderEntry(returnNdx);
int isA = myReturn.IsA();
switch (isA)
{
case RescueObject.R_RescueEventDescr:
myReturn = new RescueEventDescr(returnNdx);
break;
case RescueObject.R_RescueHorizon:
myReturn = new RescueHorizon(returnNdx);
break;
case RescueObject.R_RescueUnit:
myReturn = new RescueUnit(returnNdx);
break;
}
return(myReturn);
}
}
public bool InsertBelow(RescueLogicalOrderEntry existingObject,
RescueLogicalOrderEntry unit)
{
bool myReturn = InsertBelow21(nativeNdx
, (existingObject == null) ? 0 : existingObject.nativeNdx
, (unit == null) ? 0 : unit.nativeNdx);
return(myReturn);
}
public RescueEventDescr EventBelow(RescueLogicalOrderEntry existingObject)
{
long returnNdx = EventBelow14(nativeNdx
, (existingObject == null) ? 0 : existingObject.nativeNdx);
if (returnNdx == 0)
{
return(null);
}
else
{
RescueEventDescr myReturn = new RescueEventDescr(returnNdx);
return(myReturn);
}
}
public RescueUnit UnitBelow(RescueLogicalOrderEntry existingObject)
{
long returnNdx = UnitBelow12(nativeNdx
, (existingObject == null) ? 0 : existingObject.nativeNdx);
if (returnNdx == 0)
{
return(null);
}
else
{
RescueUnit myReturn = new RescueUnit(returnNdx);
return(myReturn);
}
}
public RescueHorizon HorizonBelow(RescueLogicalOrderEntry existingObject)
{
long returnNdx = HorizonBelow10(nativeNdx
, (existingObject == null) ? 0 : existingObject.nativeNdx);
if (returnNdx == 0)
{
return(null);
}
else
{
RescueHorizon myReturn = new RescueHorizon(returnNdx);
return(myReturn);
}
}
public RescueHistoryObject NthObject(long ordinal)
{
long returnNdx = NthObject4(nativeNdx
, ordinal);
if (returnNdx == 0)
{
return(null);
}
else
{
RescueHistoryObject myReturn = new RescueHistoryObject(returnNdx);
int isA = myReturn.IsA();
switch (isA)
{
case RescueObject.R_RescueBlock:
myReturn = new RescueBlock(returnNdx);
break;
case RescueObject.R_RescueBlockUnitSide:
myReturn = new RescueBlockUnitSide(returnNdx);
break;
case RescueObject.R_RescueCoordinateSystem:
myReturn = new RescueCoordinateSystem(returnNdx);
break;
case RescueObject.R_RescueDataContainer:
myReturn = new RescueDataContainer(returnNdx);
break;
case RescueObject.R_RescueFaultIntersection:
myReturn = new RescueFaultIntersection(returnNdx);
break;
case RescueObject.R_RescueGeobodyPart:
myReturn = new RescueGeobodyPart(returnNdx);
break;
case RescueObject.R_RescueGeobodyVolume:
myReturn = new RescueGeobodyVolume(returnNdx);
break;
case RescueObject.R_RescueGeometry:
myReturn = new RescueGeometry(returnNdx);
break;
case RescueObject.R_RescueGrid:
myReturn = new RescueGrid(returnNdx);
break;
case RescueObject.R_RescueHistory:
myReturn = new RescueHistory(returnNdx);
break;
case RescueObject.R_RescueIJSurface:
myReturn = new RescueIJSurface(returnNdx);
break;
case RescueObject.R_RescueLogicalOrder:
myReturn = new RescueLogicalOrder(returnNdx);
break;
case RescueObject.R_RescueLogicalOrderEntry:
myReturn = new RescueLogicalOrderEntry(returnNdx);
break;
case RescueObject.R_RescueLookup:
myReturn = new RescueLookup(returnNdx);
break;
case RescueObject.R_RescueMacroVolume:
myReturn = new RescueMacroVolume(returnNdx);
break;
case RescueObject.R_RescueModel:
myReturn = new RescueModel(returnNdx);
break;
case RescueObject.R_RescueModelPropertyGroup:
myReturn = new RescueModelPropertyGroup(returnNdx);
break;
case RescueObject.R_RescueProperty:
myReturn = new RescueProperty(returnNdx);
break;
case RescueObject.R_RescuePropertyGroup:
myReturn = new RescuePropertyGroup(returnNdx);
break;
case RescueObject.R_RescueTimeStepGroup:
myReturn = new RescueTimeStepGroup(returnNdx);
break;
case RescueObject.R_RescueWellbore:
myReturn = new RescueWellbore(returnNdx);
break;
case RescueObject.R_RescueWellboreProperty:
myReturn = new RescueWellboreProperty(returnNdx);
break;
case RescueObject.R_RescueWireframe:
myReturn = new RescueWireframe(returnNdx);
break;
case RescueObject.R_RescueWireframeOwner:
myReturn = new RescueWireframeOwner(returnNdx);
break;
}
return(myReturn);
}
}
public void InsertAtTop(RescueLogicalOrderEntry unit)
{
InsertAtTop19(nativeNdx
, (unit == null) ? 0 : unit.nativeNdx);
}