public Inx(Model model, string ASCIIterrain)
{
Model = model;
if (IsASCIIcorrect(ASCIIterrain))
{
TerrainMatrix = ASCIIterrain;
}
SoilMatrix = EnvimetUtility.GetASCIImatrix(Model.EnvimetMatrix["soilMatrix"]);
}
private void SetMatrix(Grid grid)
{
Matrix2d matrix = new Matrix2d(grid.Size.NumX, grid.Size.NumY, "");
List <Ray> rays = EnvimetUtility.GetRayFromFacegroup(grid, Geometry);
var intersection = EnvimetUtility.Raycasting(rays, Geometry, false, false);
SetMatrix(intersection, grid, matrix, Material.IDs[0]);
IDmatrix = matrix;
}
private void SetMatrix(Grid grid)
{
Matrix2d topMatrix = new Matrix2d(grid.Size.NumX, grid.Size.NumY, "0");
Matrix2d bottomMatrix = new Matrix2d(grid.Size.NumX, grid.Size.NumY, "0");
Matrix2d idMatrix = new Matrix2d(grid.Size.NumX, grid.Size.NumY, "0");
List <Ray> rays = EnvimetUtility.GetRayFromFacegroup(grid, Geometry);
IEnumerable <Vector> intersectionTop = EnvimetUtility.Raycasting(rays, Geometry, true, false);
IEnumerable <Vector> intersectionBottom = EnvimetUtility.Raycasting(rays, Geometry, false, false);
SetMatrix(intersectionTop, grid, topMatrix, "");
SetMatrix(intersectionBottom, grid, bottomMatrix, "");
SetMatrix(intersectionTop, grid, idMatrix, ID.ToString());
TopMatrix = topMatrix;
BottomMatrix = bottomMatrix;
IDmatrix = idMatrix;
}
public void WriteInx()
{
var now = DateTime.Now;
string revisionDate = now.ToString("yyyy-MM-dd HH:mm:ss");
// get objects
Grid grid = Model.Grid;
Location location = Model.Location;
List <Building> buildings = Model.BuildingObjects;
List <Plant3d> plant3d = Model.Plant3dObjects;
List <Receptor> receptors = Model.ReceptorObjects;
// get ascii matrix
string topMatrix = EnvimetUtility.GetASCIImatrix(Model.EnvimetMatrix["topMatrix"]);
string bottomMatrix = EnvimetUtility.GetASCIImatrix(Model.EnvimetMatrix["bottomMatrix"]);
string IDmatrix = EnvimetUtility.GetASCIImatrix(Model.EnvimetMatrix["idMatrix"]);
string zeroMatrix = EnvimetUtility.GetASCIImatrix(new Matrix2d(grid.Size.NumX, grid.Size.NumY, "0"));
// start with xml
XmlTextWriter xWriter = new XmlTextWriter(Model.Workspace.ModelPath, Encoding.UTF8);
xWriter.WriteStartElement("ENVI-MET_Datafile");
xWriter.WriteString(NEWLINE + " ");
string[] empty = { };
string headerTitle = "Header";
string[] headerTag = new string[] { "filetype", "version", "revisiondate", "remark", "checksum", "encryptionlevel" };
string[] headerValue = new string[] { "INPX ENVI-met Area Input File", VERSION, revisionDate, "Created with Envimet INX for Grasshopper", CHECK_SUM, "0" };
Util.CreateXmlSection(xWriter, headerTitle, headerTag, headerValue, 0, empty);
string baseDataTitle = "baseData";
string[] baseDataTag = new string[] { "modelDescription", "modelAuthor", "modelcopyright" };
string[] baseDataValue = new string[] { " A brave new area ", " Grasshopper envimet ", "The creator or distributor is responsible for following Copyright Laws" };
Util.CreateXmlSection(xWriter, baseDataTitle, baseDataTag, baseDataValue, 0, empty);
string useSplitting = null;
string verticalStretch = null;
string startStretch = null;
string gridsZ = grid.Size.NumZ.ToString();
string useTelescoping = null;
string gridsI = (grid.Size.NumX).ToString();
string gridsJ = (grid.Size.NumY).ToString();
string[] attribute2dElements = { "matrix-data", gridsI, gridsJ };
string dx = grid.Size.DimX.ToString("n5");
string dy = grid.Size.DimY.ToString("n5");
string dz = grid.Size.DimZ.ToString("n5");
if (grid.Telescope > 0)
{
useTelescoping = "1";
useSplitting = "0";
verticalStretch = grid.Telescope.ToString("n5");
startStretch = grid.StartTelescopeHeight.ToString("n5");
if (grid.CombineGridType)
{
useSplitting = "1";
}
}
else
{
useTelescoping = "0";
useSplitting = "1";
verticalStretch = "0";
startStretch = "0";
}
string modelGeometryTitle = "modelGeometry";
string[] modelGeometryTag = new string[] { "grids-I", "grids-J", "grids-Z", "dx", "dy", "dz-base", "useTelescoping_grid", "useSplitting", "verticalStretch", "startStretch", "has3DModel", "isFull3DDesign" };
string[] modelGeometryValue = new string[] { gridsI, gridsJ, gridsZ, dx, dy, dz, useTelescoping, useSplitting, verticalStretch, startStretch, "0", "0" };
Util.CreateXmlSection(xWriter, modelGeometryTitle, modelGeometryTag, modelGeometryValue, 0, empty);
string nestingAreaTitle = "nestingArea";
string[] nestingAreaTag = new string[] { "numberNestinggrids", "soilProfileA", "soilProfileB" };
string[] nestingAreaValue = new string[] { "0", Material.DEFAULT_SOIL, Material.DEFAULT_SOIL };
Util.CreateXmlSection(xWriter, nestingAreaTitle, nestingAreaTag, nestingAreaValue, 0, empty);
string locationDataTitle = "locationData";
string utmZone = " ", realworldLowerLeftX = Location.REALWORLD_POINT, realworldLowerLeftY = Location.REALWORLD_POINT;
if (location.UTM != null)
{
utmZone = location.UTM.UTMzone;
realworldLowerLeftX = location.UTM.UTMesting.ToString();
realworldLowerLeftY = location.UTM.UTMnorthing.ToString();
}
string[] locationDataTag = new string[] { "modelRotation", "projectionSystem", "UTMZone", "realworldLowerLeft_X", "realworldLowerLeft_Y", "locationName", "location_Longitude", "location_Latitude", "locationTimeZone_Name", "locationTimeZone_Longitude" };
string[] locationDataValue = new string[] { location.ModelRotation.ToString("n5"), Location.PROJECTION_SYSTEM, utmZone, realworldLowerLeftX, realworldLowerLeftY, location.LocationName, location.Longitude.ToString("n5"), location.Latitude.ToString("n5"), location.TimeZone, location.TimezoneReference.ToString("n5") };
Util.CreateXmlSection(xWriter, locationDataTitle, locationDataTag, locationDataValue, 0, empty);
string defaultSettingsTitle = "defaultSettings";
string[] defaultSettingsTag = new string[] { "commonWallMaterial", "commonRoofMaterial" };
string[] defaultSettingsValue = new string[] { Material.DEFAULT_WALL, Material.DEFAULT_ROOF };
Util.CreateXmlSection(xWriter, defaultSettingsTitle, defaultSettingsTag, defaultSettingsValue, 0, empty);
string buildings2DTitle = "buildings2D";
string[] buildings2DTag = new string[] { "zTop", "zBottom", "buildingNr", "fixedheight" };
string[] buildings2DValue = new string[] { NEWLINE + topMatrix, NEWLINE + bottomMatrix, NEWLINE + IDmatrix, NEWLINE + zeroMatrix };
Util.CreateXmlSection(xWriter, buildings2DTitle, buildings2DTag, buildings2DValue, 1, attribute2dElements);
if (Model.Plant2dObjects.Count > 0)
{
string plantMatrix = EnvimetUtility.GetASCIImatrix(Model.EnvimetMatrix["plantMatrix"]);
string simpleplants2DTitle = "simpleplants2D";
string[] simpleplants2DTag = new string[] { "ID_plants1D" };
string[] simpleplants2DValue = new string[] { NEWLINE + plantMatrix };
Util.CreateXmlSection(xWriter, simpleplants2DTitle, simpleplants2DTag, simpleplants2DValue, 1, attribute2dElements);
}
if (plant3d.Count > 0)
{
foreach (Plant3d plant in plant3d)
{
string plants3DTitle = "3Dplants";
string[] plants3DTag = new string[] { "rootcell_i", "rootcell_j", "rootcell_k", "plantID", "name", "observe" };
string[] plants3DValue = new string[] { plant.Pixel.I.ToString(), plant.Pixel.J.ToString(), plant.Pixel.K.ToString(), plant.Material.IDs.Last(), plant.Name, "0" };
Util.CreateXmlSection(xWriter, plants3DTitle, plants3DTag, plants3DValue, 0, empty);
}
}
if (receptors.Count > 0)
{
foreach (Receptor receptor in receptors)
{
string receptorsTitle = "Receptors";
string[] receptorsTag = new string[] { "cell_i", "cell_j", "name" };
string[] receptorsValue = new string[] { receptor.Pixel.I.ToString(), receptor.Pixel.J.ToString(), receptor.Name };
Util.CreateXmlSection(xWriter, receptorsTitle, receptorsTag, receptorsValue, 0, empty);
}
}
string soils2DTitle = "soils2D";
string[] soils2DTag = new string[] { "ID_soilprofile" };
string[] soils2DValue = new string[] { NEWLINE + SoilMatrix };
Util.CreateXmlSection(xWriter, soils2DTitle, soils2DTag, soils2DValue, 1, attribute2dElements);
string demTitle = "dem";
string[] demDTag = new string[] { "terrainheight" };
string[] demValue = new string[] { NEWLINE + TerrainMatrix };
Util.CreateXmlSection(xWriter, demTitle, demDTag, demValue, 1, attribute2dElements);
if (Model.SourceObjects.Count > 0)
{
string sourceMatrix = EnvimetUtility.GetASCIImatrix(Model.EnvimetMatrix["sourceMatrix"]);
string sources2DTitle = "sources2D";
string[] sources2DTag = new string[] { "ID_sources" };
string[] sources2DValue = new string[] { NEWLINE + sourceMatrix };
Util.CreateXmlSection(xWriter, sources2DTitle, sources2DTag, sources2DValue, 1, attribute2dElements);
}
if (buildings.Count > 0)
{
foreach (Building building in buildings)
{
string buildinginfoTitle = "Buildinginfo";
string[] buildinginfoTag = new string[] { "BuildingInternalNr", "BuildingName", "BuildingWallMaterial", "BuildingRoofMaterial", "BuildingFacadeGreening", "BuildingRoofGreening" };
string[] buildinginfoValue = new string[] { building.ID.ToString(), building.Name, building.Material.IDs[0], building.Material.IDs[1], building.Material.IDs[2], building.Material.IDs[3] };
Util.CreateXmlSection(xWriter, buildinginfoTitle, buildinginfoTag, buildinginfoValue, 0, empty);
}
}
xWriter.WriteEndElement();
xWriter.Close();
}
public Inx(Model model)
{
Model = model;
TerrainMatrix = EnvimetUtility.GetASCIImatrix(Model.EnvimetMatrix["terrainMatrix"]);
SoilMatrix = EnvimetUtility.GetASCIImatrix(Model.EnvimetMatrix["soilMatrix"]);
}
