public Node(Tile a_tile)
{
x = a_tile.x;
y = a_tile.y;
//if the tile is blocked
if (a_tile.m_type == Tile.Tiletype.Blocked)
{
m_type = Nodetype.Blocked;//block the node
}
}
/// <summary>
/// gets the closest vehicle node of the desired type,
/// optionally returning the next pos on sidewalk instead of the node pos.
/// All credit goes to Eddlm!
/// </summary>
/// <param name="desiredPos"></param>
/// <param name="roadtype"></param>
/// <param name="sidewalk"></param>
/// <returns></returns>
public static Vector3 GenerateSpawnPos(Vector3 desiredPos, Nodetype roadtype, bool sidewalk)
{
Vector3 finalpos = Vector3.Zero;
bool forceOffroad = false;
OutputArgument outArgA = new OutputArgument();
int nodeNumber = 1;
int roadTypeAsInt = 0;
switch (roadtype)
{
case Nodetype.Offroad:
roadTypeAsInt = 1;
forceOffroad = true;
break;
default:
roadTypeAsInt = (int)roadtype;
break;
}
int nodeID = Function.Call <int>(
Hash.GET_NTH_CLOSEST_VEHICLE_NODE_ID, desiredPos.X, desiredPos.Y, desiredPos.Z,
nodeNumber, roadTypeAsInt, 300f, 300f);
if (forceOffroad)
{
while (!Function.Call <bool>(Hash._GET_IS_SLOW_ROAD_FLAG, nodeID) && nodeNumber < 500)
{
nodeNumber++;
nodeID = Function.Call <int>(Hash.GET_NTH_CLOSEST_VEHICLE_NODE_ID,
desiredPos.X, desiredPos.Y, desiredPos.Z, nodeNumber, roadTypeAsInt, 300f, 300f);
}
}
Function.Call(Hash.GET_VEHICLE_NODE_POSITION, nodeID, outArgA);
finalpos = outArgA.GetResult <Vector3>();
if (sidewalk)
{
finalpos = World.GetNextPositionOnSidewalk(finalpos);
}
return(finalpos);
}
public override void update()
{
// Add Regulatory List and Chemical to the add layout of RegulatoryListMember
CswNbtMetaDataObjectClass RegListMemberOC = _CswNbtSchemaModTrnsctn.MetaData.getObjectClass( CswEnumNbtObjectClass.RegulatoryListMemberClass );
foreach( CswNbtMetaDataNodeType RegListMemberNT in RegListMemberOC.getNodeTypes() )
{
foreach( CswNbtMetaDataNodeTypeProp PropNTP in RegListMemberNT.getNodeTypeProps().Where( p => Int32.MinValue != p.ObjectClassPropId ) )
{
switch( PropNTP.getObjectClassPropName() )
{
case CswNbtObjClassRegulatoryListMember.PropertyName.RegulatoryList:
PropNTP.updateLayout( CswEnumNbtLayoutType.Add, true, DisplayRow: 1, DisplayColumn: 1 );
break;
case CswNbtObjClassRegulatoryListMember.PropertyName.Chemical:
PropNTP.updateLayout( CswEnumNbtLayoutType.Add, true, DisplayRow: 2, DisplayColumn: 1 );
break;
}
}
}
// Remove ability to add Regulatory List Members from Chemicals tab on Regulatory List
CswNbtMetaDataObjectClass RegListMemOC = _CswNbtSchemaModTrnsctn.MetaData.getObjectClass( CswEnumNbtObjectClass.RegulatoryListMemberClass );
CswNbtMetaDataObjectClass RegListOC = _CswNbtSchemaModTrnsctn.MetaData.getObjectClass( CswEnumNbtObjectClass.RegulatoryListClass );
foreach( CswNbtMetaDataNodeType Nodetype in RegListOC.getNodeTypes() )
{
CswNbtMetaDataNodeTypeProp ChemicalsNTP = Nodetype.getNodeTypePropByObjectClassProp( CswNbtObjClassRegulatoryList.PropertyName.Chemicals );
CswNbtView ChemicalsView = _CswNbtSchemaModTrnsctn.restoreView( ChemicalsNTP.ViewId );
CswNbtViewRoot.forEachRelationship EachRelationship = delegate( CswNbtViewRelationship Relationship )
{
if( Relationship.SecondId == RegListMemOC.ObjectClassId )
{
Relationship.AllowAdd = false;
}
};
ChemicalsView.Root.eachRelationship( EachRelationship, null );
ChemicalsView.save();
}
} // update()
public Node(int a_x, int a_y, Nodetype a_type)
{
x = a_x;
y = a_y;
m_type = a_type;
}
