public override void AssignBlueprint(BlueprintPart blueprintPart)
{
this.blueprintPart = blueprintPart;
// Convert the blueprint into a physical thing
this.rollerPart = new RollerPart(this);
this.rollerPart.SetParent(transform);
if (requireNodes)
{
// Create the relevant nodes for this object
switch (blueprintPart.GetTerrainBlueprintType())
{
case TerrainBlueprintType.StraightLine:
nodes = new ObjectNode[2];
nodes[0] = CreateNode(blueprintPart.GetNodePosition(0), 0);
nodes[1] = CreateNode(blueprintPart.GetNodePosition(1), 0);
break;
case TerrainBlueprintType.CurveBezierCubic:
nodes = new ObjectNode[2];
nodes[0] = CreateNode(blueprintPart.GetNodePosition(0), 1);
nodes[0].MoveControl(0, blueprintPart.GetNodePosition(1));
nodes[1] = CreateNode(blueprintPart.GetNodePosition(3), 1);
nodes[1].MoveControl(0, blueprintPart.GetNodePosition(2));
break;
case TerrainBlueprintType.CurveCircularArc:
nodes = new ObjectNode[2];
nodes[0] = CreateNode(blueprintPart.GetNodePosition(0), 1);
nodes[0].MoveControl(0, blueprintPart.GetNodePosition(1));
nodes[1] = CreateNode(blueprintPart.GetNodePosition(2), 0);
break;
}
}
// Create the terrain with the correct segment lengths
this.Regenerate();
}
private void CreatePart()
{
// Create the blank blueprint
switch (this.terrainInfo.terrainBlueprintType)
{
case TerrainBlueprintType.StraightLine:
part = new StraightLine();
break;
case TerrainBlueprintType.CurveBezierCubic:
part = new CurveBezierCubic();
break;
case TerrainBlueprintType.CurveCircularArc:
part = new CurveCircularArc();
break;
default:
Debug.LogError("Unknown part [" + part + "]. Defaulting to StraightLine.");
goto case TerrainBlueprintType.StraightLine;
}
nodes = new Vector3[part.GetNodeAmount()];
}
public abstract void AssignBlueprint(BlueprintPart blueprintPart);
public TerrainPart(BlueprintPart blueprintPart)
{
this.blueprintPart = blueprintPart;
}
