/// <summary>
/// This is the method that actually does the work.
/// </summary>
/// <param name="DA">The DA object is used to retrieve from inputs and store in outputs.</param>
protected override void SolveInstance(IGH_DataAccess DA)
{
// INPUT
// output path
string _envimetFolder = null;
// location and grid
Location _envimetLocation = GetLocationInit(BASE_LOC_NAME, BASE_LOC_ROTATION);
GridLib _envimentGrid = new GridLib();
NestingGrid nestingGrid_ = new NestingGrid();
// list objects
List <Entity> _envimentObjects_ = new List <Entity>();
// path
string fileName_ = "Morpho";
// toggle
bool _runIt = false;
bool viewGrid_ = false;
DA.GetData(0, ref _envimetFolder);
DA.GetData(1, ref _envimetLocation);
DA.GetData(2, ref _envimentGrid);
DA.GetData(3, ref nestingGrid_);
DA.GetDataList(4, _envimentObjects_);
DA.GetData(5, ref fileName_);
DA.GetData(6, ref _runIt);
DA.GetData(7, ref viewGrid_);
if (_envimetFolder == null)
{
this.AddRuntimeMessage(GH_RuntimeMessageLevel.Warning, "Use DF Envimet Installation Directory to set installation folder of envimet.");
return;
}
Preparation preparation = new Preparation(_envimentGrid, _envimetLocation);
string information = String.Format("Dimension of grid: {0},{1},{2}\nNumber of nesting grid: {3}", _envimentGrid.NumX, _envimentGrid.NumY, _envimentGrid.NumZ, nestingGrid_.NumNestingGrid);
DA.SetData(0, information);
if (viewGrid_)
{
DA.SetDataList(1, _envimentGrid.GridXY());
DA.SetDataList(2, _envimentGrid.GridXZ());
DA.SetDataList(3, _envimentGrid.GridYZ());
}
if (_runIt)
{
// default preparation object
List <Building> buildings = new List <Building>();
List <Object2d> soils = new List <Object2d>();
List <Object2d> plant2d = new List <Object2d>();
List <Plant3d> plant3d = new List <Plant3d>();
List <Receptor> receptors = new List <Receptor>();
List <Object2d> sources = new List <Object2d>();
List <Terrain> terrain = new List <Terrain>();
List <SimpleWall> simpleW = new List <SimpleWall>();
preparation.EnvimetPart["grid"] = _envimentGrid;
preparation.EnvimetPart["nestingGrid"] = nestingGrid_;
preparation.EnvimetPart["location"] = _envimetLocation;
if (_envimentObjects_.Count > 0)
{
Dictionary <string, List <Entity> > objectDict = GetObjectDivideByType(_envimentObjects_);
string soilMatrix = null;
string plant2dMatrix = null;
string sourceMatrix = null;
string simpleWallShadingsMatrix = null;
List <string[]> plant3dXml = new List <string[]>();
List <string[]> receptorsXml = new List <string[]>();
// building and terrain
if (objectDict["building"].Count > 0 && objectDict["terrain"].Count == 0)
{
buildings = objectDict["building"].ConvertAll(o => (Building)o);
Tuple <Dictionary <string, string>, List <string[]> > buildingComponents = Preparation.GetBuildingPreparationMatrix(_envimentGrid, buildings, null, demVoxel: new Point3d[] { });
if (BuildingWarning(buildingComponents))
{
return;
}
preparation.EnvimetPart["building"] = buildingComponents;
}
else if (objectDict["building"].Count == 0 && objectDict["terrain"].Count > 0)
{
terrain = objectDict["terrain"].ConvertAll(o => (Terrain)o);
Warning(terrain);
Tuple <Point3d[], string, string> terrainComponents = Preparation.GetDemMatrix(terrain[0], _envimentGrid);
preparation.EnvimetPart["dem"] = terrainComponents;
}
else if (objectDict["building"].Count > 0 && objectDict["terrain"].Count > 0)
{
terrain = objectDict["terrain"].ConvertAll(o => (Terrain)o);
buildings = objectDict["building"].ConvertAll(o => (Building)o);
Warning(terrain);
Tuple <Point3d[], string, string> terrainComponents = Preparation.GetDemMatrix(terrain[0], _envimentGrid);
preparation.EnvimetPart["dem"] = terrainComponents;
Tuple <Dictionary <string, string>, List <string[]> > buildingComponents = Preparation.GetBuildingPreparationMatrix(_envimentGrid, buildings, terrain[0], demVoxel: terrainComponents.Item1);
if (BuildingWarning(buildingComponents))
{
return;
}
preparation.EnvimetPart["building"] = buildingComponents;
}
if (objectDict["soil"].Count > 0)
{
soils = objectDict["soil"].ConvertAll(o => (Object2d)o);
soilMatrix = Preparation.Get2dObjectMatrix(_envimentGrid, soils, Material.CommonSoilMaterial);
preparation.EnvimetPart["soils2D"] = soilMatrix;
}
if (objectDict["plant2d"].Count > 0)
{
plant2d = objectDict["plant2d"].ConvertAll(o => (Object2d)o);
plant2dMatrix = Preparation.Get2dObjectMatrix(_envimentGrid, plant2d, Material.DefaultEmpty);
preparation.EnvimetPart["simpleplants2D"] = plant2dMatrix;
}
if (objectDict["plant3d"].Count > 0)
{
plant3d = objectDict["plant3d"].ConvertAll(o => (Plant3d)o);
plant3dXml = Preparation.GetPlant3dMatrix(_envimentGrid, plant3d);
preparation.EnvimetPart["plant3d"] = plant3dXml;
}
if (objectDict["receptors"].Count > 0)
{
receptors = objectDict["receptors"].ConvertAll(o => (Receptor)o);
receptorsXml = Preparation.GetReceptorsMatrix(_envimentGrid, receptors);
preparation.EnvimetPart["receptors"] = receptorsXml;
}
if (objectDict["source"].Count > 0)
{
sources = objectDict["source"].ConvertAll(o => (Object2d)o);
sourceMatrix = Preparation.Get2dObjectMatrix(_envimentGrid, sources, Material.DefaultEmpty);
preparation.EnvimetPart["sources2D"] = sourceMatrix;
}
if (objectDict["simpleW"].Count > 0)
{
simpleW = objectDict["simpleW"].ConvertAll(o => (SimpleWall)o);
simpleWallShadingsMatrix = Preparation.GetSimpleWallZMatrix(_envimentGrid, simpleW);
preparation.EnvimetPart["simpleW"] = simpleWallShadingsMatrix;
}
}
string fileName = (fileName_ != null) ? fileName_ + ".INX" : "DragonflyEnvimet.INX";
string fullName = System.IO.Path.Combine(_envimetFolder, fileName);
df_envimet_lib.IO.Inx.INXwriteMethod(fullName, preparation);
DA.SetData(4, fullName);
CleanObject(_envimentObjects_);
}
}
/// <summary>
/// This is the method that actually does the work.
/// </summary>
/// <param name="DA">The DA object is used to retrieve from inputs and store in outputs.</param>
protected override void SolveInstance(IGH_DataAccess DA)
{
// INPUT
// declaration
string _INXfileAddress = null;
PostProcessing editEnvimetBuilding = new PostProcessing();
df_envimet_lib.Geometry.Grid _envimentGrid = null;
Curve crv = null;
List <Mesh> meshes = new List <Mesh>();
string matx = Material.CommonWallMaterial;
string maty = Material.CommonWallMaterial;
string matz = Material.CommonRoofMaterial;
bool runIt = false;
DA.GetData(0, ref _INXfileAddress);
DA.GetData(1, ref _envimentGrid);
DA.GetData(2, ref crv);
DA.GetDataList(3, meshes);
DA.GetData(4, ref matx);
DA.GetData(5, ref maty);
DA.GetData(6, ref matz);
DA.GetData(7, ref runIt);
// action
string word = "ID_wallDB";
List <string> rowData = new List <string>();
if (_INXfileAddress != null)
{
try
{
if (runIt)
{
// create a list of points
List <Point3d> points = editEnvimetBuilding.ExtractPointFromINX(_INXfileAddress, _envimentGrid, word, ref rowData);
Mesh testShapes = editEnvimetBuilding.UnionMeshUtility(meshes);
// every row is a series of numbers and text separated by comma
string[] newValueText = new string[points.Count];
for (int i = 0; i < points.Count; i++)
{
if (PostProcessing.PointContainmentCheck(points[i], crv))
{
CellMaterial newMaterial;
newMaterial.MaterialX = matx;
newMaterial.MaterialY = maty;
newMaterial.MaterialZ = matz;
if (meshes.Count > 0)
{
if (editEnvimetBuilding.PointsInShapesCheck(testShapes, points[i]))
{
newValueText[i] = editEnvimetBuilding.UpdateRowTextMaterial(rowData[i], newMaterial);
}
else
{
newValueText[i] = rowData[i];
}
}
else
{
newValueText[i] = editEnvimetBuilding.UpdateRowTextMaterial(rowData[i], newMaterial);
}
}
else
{
newValueText[i] = rowData[i];
}
}
// Handle invalid tags within INX
string myFile = File.ReadAllText(_INXfileAddress);
myFile = myFile.Replace("3Dplants", "threeDplants");
// Parse XML
XDocument doc = XDocument.Parse(myFile);
string newValue = "\n" + String.Join("\n", newValueText) + "\n";
XElement wall = doc.Root.Element("WallDB").Element("ID_wallDB");
XElement singleWall = doc.Root.Element("SingleWallDB").Element("ID_singlewallDB");
XElement greenWall = doc.Root.Element("GreeningDB").Element("ID_GreeningDB");
XElement terrain = doc.Root.Element("dem3D").Element("terrainflag");
WorkaroundNewString(wall);
WorkaroundNewString(singleWall);
WorkaroundNewString(greenWall);
WorkaroundNewString(terrain);
wall.SetValue(newValue);
string finalText = editEnvimetBuilding.RestoreInvalidTag(doc.ToString());
// write file in a new destination
File.WriteAllText(_INXfileAddress, finalText);
DA.SetData(0, _INXfileAddress);
}
}
catch
{
this.AddRuntimeMessage(GH_RuntimeMessageLevel.Warning, "Something went wrong... only output from DF Envimet Spaces are supported now.");
}
}
}