///<summary> This gets called when when the user runs this command.</summary>
public override IRhinoCommand.result RunCommand(IRhinoCommandContext context)
{
MRhinoGetObject go = new MRhinoGetObject();
go.SetCommandPrompt("Select surface, polysurface, or mesh to export");
go.SetGeometryFilter(IRhinoGetObject.GEOMETRY_TYPE_FILTER.surface_object | IRhinoGetObject.GEOMETRY_TYPE_FILTER.polysrf_object | IRhinoGetObject.GEOMETRY_TYPE_FILTER.mesh_object);
go.GetObjects(1, 1);
if (go.CommandResult() != IRhinoCommand.result.success)
return go.CommandResult();
MRhinoObjRef obj_ref = go.Object(0);
IRhinoObject obj = obj_ref.Object();
if (null == obj)
return IRhinoCommand.result.failure;
List<IRhinoObject> obj_list = new List<IRhinoObject>();
obj_list.Add(obj);
ArrayMRhinoObjectMesh mesh_list = new ArrayMRhinoObjectMesh(obj_list.Count);
OnMeshParameters mesh_parameters = _mesh_parameters;
int mesh_ui_style = !context.IsInteractive() ? 2 : _mesh_ui_style;
IRhinoCommand.result res = RhUtil.RhinoMeshObjects(obj_list.ToArray(), ref mesh_parameters, ref mesh_ui_style, ref mesh_list);
if (res == IRhinoCommand.result.success)
{
if (mesh_ui_style >= 0 && mesh_ui_style <= 1)
_mesh_ui_style = mesh_ui_style;
_mesh_parameters = mesh_parameters;
}
else
{
RhUtil.RhinoApp().Print("No mesh to export.\n");
return res;
}
string filename = string.Empty;
if (context.IsInteractive())
{
SaveFileDialog dialog = new SaveFileDialog();
dialog.Title = "Export";
dialog.Filter = "Geomview files|*.off";
dialog.InitialDirectory = DirectoryManager.DefaultDirectory(DirectoryManager.FileTypes.ftExport);
if (dialog.ShowDialog() != DialogResult.OK)
return IRhinoCommand.result.cancel;
filename = dialog.FileName;
}
else
{
MRhinoGetString gs = new MRhinoGetString();
gs.SetCommandPrompt("Export file name");
gs.GetString();
if (gs.CommandResult() != IRhinoCommand.result.success)
return gs.CommandResult();
filename = gs.String().Trim();
}
try
{
OnMesh mesh = mesh_list.First().GetMesh();
int vertex_count = mesh.VertexCount();
int face_count = mesh.FaceCount();
int edge_count = mesh.Topology().m_tope.Count();
System.IO.StreamWriter file = new System.IO.StreamWriter(filename);
// Write out the first line of the file header
file.WriteLine("OFF");
// Write the header information
file.WriteLine(string.Format("{0} {1} {2}", vertex_count, face_count, edge_count));
file.WriteLine();
// Write out all the vertices in order
for (int i = 0; i < vertex_count; i++)
{
On3fPoint p = mesh.m_V[i];
file.WriteLine(string.Format("{0} {1} {2}", p.x.ToString("F"), p.y.ToString("F"), p.z.ToString("F")));
}
file.WriteLine();
// Write out all the faces
for (int i = 0; i < face_count; i++)
{
OnMeshFace f = mesh.m_F[i];
if (f.IsQuad())
file.WriteLine(string.Format("4 {0} {1} {2} {3}", f.get_vi(0), f.get_vi(1), f.get_vi(2), f.get_vi(3)));
else
file.WriteLine(string.Format("3 {0} {1} {2}", f.get_vi(0), f.get_vi(1), f.get_vi(2)));
}
file.Close();
}
catch (Exception e)
{
RhUtil.RhinoApp().Print(string.Format("{0}\n", e.Message));
}
return IRhinoCommand.result.success;
}
//writing to file
//returns true if we have any data to wite
/*public override bool CallWriteDocument(IRhinoFileWriteOptions options)
{
//only return true if you REALLY want to save something to the document
//that is about to be written to disk
if (options.Mode(IRhinoFileWriteOptions.ModeFlag.SelectedMode) == true) return false;
if (options.Mode(IRhinoFileWriteOptions.ModeFlag.AsVersion2) == true) return false;
if (options.Mode(IRhinoFileWriteOptions.ModeFlag.AsVersion3) == true) return false;
//perform some other type of check to see if you need to save any data...
//If( IHaveDataToWrite() = False ) Then Return False
return false;
}
//If any ON_BinaryArchive::Write*() functions return false than you should
//immediately return false otherwise return true if all data was written
//successfully. Returning false will cause Rhino to stop writing this document.
public override bool WriteDocument(MRhinoDoc doc, OnBinaryArchive archive, IRhinoFileWriteOptions options)
{
//This function is called because CallWriteDocument returned True.
//Write your plug-in data to the document
string date_string = System.DateTime.Now.ToShortDateString();
string time_string = System.DateTime.Now.ToShortTimeString();
///It is a good idea to always start with a version number
//so you can modify your document read/write code in the future
if (archive.Write3dmChunkVersion(1, 0) == false) return false;
if (archive.WriteString(date_string) == false) return false;
if (archive.WriteString(time_string) == false) return false;
return true;
}*/
public override IRhinoCommand.result Render(RMA.Rhino.IRhinoCommandContext context, bool render_preview)
{
/*RenderSettings settings = new RenderSettings();
if (settings.ShowDialog() == DialogResult.OK)*/
{
//use . instead of cz , for floats in String.Format
System.Globalization.CultureInfo ci = System.Globalization.CultureInfo.CreateSpecificCulture("en");
//todo: more elegant
MRhinoObjectIterator it = new MRhinoObjectIterator(context.m_doc, IRhinoObjectIterator.object_state.normal_or_locked_objects,
IRhinoObjectIterator.object_category.active_and_reference_objects);
it.IncludeLights(false);
it.IncludePhantoms(false);
//fill list with objects from iterator
List<IRhinoObject> objs = new List<IRhinoObject>();
foreach (MRhinoObject obj in it)
{
objs.Add(obj);
}
//mesh selected objects from list
IRhinoAppRenderMeshSettings rms = RhUtil.RhinoApp().AppSettings().RenderMeshSettings();
OnMeshParameters mp = new OnMeshParameters(rms.FastMeshParameters());
int ui_style = 1; // simple ui
ArrayMRhinoObjectMesh meshes = new ArrayMRhinoObjectMesh();
IRhinoCommand.result rc = RhUtil.RhinoMeshObjects(objs.ToArray(),
ref mp,
ref ui_style,
ref meshes);
//if anything was meshed:
if (rc == IRhinoCommand.result.success)
{
// open file
FileStream file = new FileStream("scene.xml", FileMode.Create, FileAccess.Write);
TextWriter tw = new StreamWriter(file);
tw.WriteLine("<?xml version=\"1.0\"?>");
tw.WriteLine("<scene type=\"triangle\">");
//materials
tw.WriteLine(materials.serialize());
/*if (materialDefinition.Trim() != "")
{
materialName = material.m_material_id.ToString();
tw.WriteLine(string.Format(ci, "<material name=\"{0}\">", materialName));
tw.WriteLine(materialDefinition);
tw.WriteLine("</material>");
}*/
/*tw.WriteLine("<material name=\"defaultMat\">");
tw.WriteLine(" <type sval=\"shinydiffusemat\"/>");
tw.WriteLine("</material>");*/
// write meshes geometry
// todo: normals
for (int i = 0; i < meshes.Count(); i++)
{
IRhinoMaterial material = meshes[i].m_parent_object.ObjectMaterial();
string materialName = "";
material.GetUserString("yafaray_material", ref materialName);
if (materialName == "") materialName = "defaultMat";
string meshObject = writeMeshObject(meshes[i], materialName);
tw.WriteLine(meshObject);
//TODO: get somewhere smoothing angle, or better rhino should generate normals...
tw.WriteLine(string.Format(ci, "<smooth ID=\"{0}\" angle=\"30\"/>", i + 1));
}
tw.WriteLine(cameraFromActiveViewport());
//todo: scene setting dialog
tw.WriteLine("<background name=\"world_background\">");
tw.WriteLine(" <a_var fval=\"1\"/>");
tw.WriteLine(" <add_sun bval=\"true\"/>");
tw.WriteLine(" <b_var fval=\"1\"/>");
tw.WriteLine(" <background_light bval=\"true\"/>");
tw.WriteLine(" <c_var fval=\"1\"/>");
tw.WriteLine(" <d_var fval=\"1\"/>");
tw.WriteLine(" <e_var fval=\"1\"/>");
tw.WriteLine(" <from x=\"1\" y=\"1\" z=\"1\"/>");
tw.WriteLine(" <light_samples ival=\"8\"/>");
tw.WriteLine(" <power fval=\"1\"/>");
tw.WriteLine(" <sun_power fval=\"1\"/>");
tw.WriteLine(" <turbidity fval=\"3\"/>");
tw.WriteLine(" <type sval=\"sunsky\"/>");
tw.WriteLine("</background>");
tw.WriteLine("");
tw.WriteLine("<integrator name=\"default\">");
tw.WriteLine(" <caustics bval=\"false\"/>");
tw.WriteLine(" <raydepth ival=\"4\"/>");
tw.WriteLine(" <shadowDepth ival=\"4\"/>");
tw.WriteLine(" <transpShad bval=\"false\"/>");
tw.WriteLine(" <type sval=\"directlighting\"/>");
tw.WriteLine("</integrator>");
tw.WriteLine("");
tw.WriteLine("<integrator name=\"default2\">");
tw.WriteLine(" <caustics bval=\"false\"/>");
tw.WriteLine(" <raydepth ival=\"4\"/>");
tw.WriteLine(" <shadowDepth ival=\"4\"/>");
tw.WriteLine(" <transpShad bval=\"false\"/>");
tw.WriteLine(" <type sval=\"directlighting\"/>");
tw.WriteLine("</integrator>");
tw.WriteLine("<integrator name=\"volintegr\">");
tw.WriteLine(" <type sval=\"none\"/>");
tw.WriteLine("</integrator>");
tw.WriteLine("<integrator name=\"default3\">");
tw.WriteLine(" <caustics bval=\"false\"/>");
tw.WriteLine(" <raydepth ival=\"4\"/>");
tw.WriteLine(" <shadowDepth ival=\"4\"/>");
tw.WriteLine(" <transpShad bval=\"false\"/>");
tw.WriteLine(" <type sval=\"directlighting\"/>");
tw.WriteLine("</integrator>");
tw.WriteLine("<integrator name=\"volintegr\">");
tw.WriteLine(" <type sval=\"none\"/>");
tw.WriteLine("</integrator>");
tw.WriteLine("<integrator name=\"default4\">");
tw.WriteLine(" <caustics bval=\"false\"/>");
tw.WriteLine(" <raydepth ival=\"4\"/>");
tw.WriteLine(" <shadowDepth ival=\"4\"/>");
tw.WriteLine(" <transpShad bval=\"false\"/>");
tw.WriteLine(" <type sval=\"directlighting\"/>");
tw.WriteLine("</integrator>");
tw.WriteLine("<integrator name=\"volintegr\">");
tw.WriteLine(" <type sval=\"none\"/>");
tw.WriteLine("</integrator>");
tw.WriteLine("<integrator name=\"default5\">");
tw.WriteLine(" <caustics bval=\"false\"/>");
tw.WriteLine(" <raydepth ival=\"4\"/>");
tw.WriteLine(" <shadowDepth ival=\"4\"/>");
tw.WriteLine(" <transpShad bval=\"false\"/>");
tw.WriteLine(" <type sval=\"directlighting\"/>");
tw.WriteLine("</integrator>");
tw.WriteLine("<integrator name=\"volintegr\">");
tw.WriteLine(" <type sval=\"none\"/>");
tw.WriteLine("</integrator>");
tw.WriteLine("<integrator name=\"default6\">");
tw.WriteLine(" <caustics bval=\"false\"/>");
tw.WriteLine(" <raydepth ival=\"4\"/>");
tw.WriteLine(" <shadowDepth ival=\"4\"/>");
tw.WriteLine(" <transpShad bval=\"false\"/>");
tw.WriteLine(" <type sval=\"directlighting\"/>");
tw.WriteLine("</integrator>");
tw.WriteLine("<integrator name=\"volintegr\">");
tw.WriteLine(" <type sval=\"none\"/>");
tw.WriteLine("</integrator>");
tw.WriteLine("<integrator name=\"default7\">");
tw.WriteLine(" <caustics bval=\"false\"/>");
tw.WriteLine(" <raydepth ival=\"4\"/>");
tw.WriteLine(" <shadowDepth ival=\"4\"/>");
tw.WriteLine(" <transpShad bval=\"false\"/>");
tw.WriteLine(" <type sval=\"directlighting\"/>");
tw.WriteLine("</integrator>");
tw.WriteLine("<integrator name=\"volintegr\">");
tw.WriteLine(" <type sval=\"none\"/>");
tw.WriteLine("</integrator>");
tw.WriteLine("");
tw.WriteLine("<render>");
tw.WriteLine(" <AA_inc_samples ival=\"1\"/>");
tw.WriteLine(" <AA_minsamples ival=\"1\"/>");
tw.WriteLine(" <AA_passes ival=\"1\"/>");
tw.WriteLine(" <AA_pixelwidth fval=\"1.5\"/>");
tw.WriteLine(" <AA_threshold fval=\"0.05\"/>");
tw.WriteLine(" <background_name sval=\"world_background\"/>");
tw.WriteLine(" <camera_name sval=\"cam\"/>");
tw.WriteLine(" <clamp_rgb bval=\"false\"/>");
tw.WriteLine(" <filter_type sval=\"box\"/>");
tw.WriteLine(" <gamma fval=\"1.8\"/>");
tw.WriteLine(" <height ival=\"600\"/>");
tw.WriteLine(" <integrator_name sval=\"default\"/>");
tw.WriteLine(" <threads ival=\"1\"/>");
tw.WriteLine(" <volintegrator_name sval=\"volintegr\"/>");
tw.WriteLine(" <width ival=\"800\"/>");
tw.WriteLine(" <xstart ival=\"0\"/>");
tw.WriteLine(" <ystart ival=\"0\"/>");
tw.WriteLine(" <z_channel bval=\"true\"/>");
tw.WriteLine("</render>");
tw.WriteLine("</scene>");
tw.Close();
file.Close();
//run yafaray
//todo: configurable path
System.Diagnostics.Process objProcess = new Process();
ProcessStartInfo psi = new ProcessStartInfo("cmd.exe", "/c \"c:\\Program Files\\YafaRay\\yafaray-xml.exe\" scene.xml");
Process.Start(psi);
context.m_doc.Redraw();
}
}
return IRhinoCommand.result.success;
}
public SampleCsExportOff()
{
_mesh_parameters = new OnMeshParameters();
_mesh_ui_style = 0; // 0 = simple dialog
}
/// <summary>
/// Rhino calls WriteFile() to write document geometry to an external file.
/// </summary>
public override int WriteFile(string filename, int index, ref MRhinoDoc doc, ref IRhinoFileWriteOptions options)
{
int rc = 0; // false
// Are we saving or exporting?
bool bExport = options.Mode(IRhinoFileWriteOptions.ModeFlag.SelectedMode);
// Are we in interactive or scripted mode?
bool bScript = options.Mode(IRhinoFileWriteOptions.ModeFlag.BatchMode);
List <IRhinoObject> objects = new List <IRhinoObject>();
// Get objects to save/export
MRhinoObjectIterator it = new MRhinoObjectIterator(doc, IRhinoObjectIterator.object_state.undeleted_objects);
if (bExport)
{
it.EnableSelectedFilter();
it.EnableVisibleFilter();
}
// Do the iteration...
MRhinoObject obj = null;
for (obj = it.First(); null != obj; obj = it.Next())
{
objects.Add(obj);
}
ArrayMRhinoObjectMesh meshes = new ArrayMRhinoObjectMesh(objects.Count);
OnMeshParameters mesh_parameters = _mesh_parameters;
int mesh_ui_style = (bScript) ? 2 : _mesh_ui_style;
// Get the meshes to save/export
IRhinoCommand.result res = RhUtil.RhinoMeshObjects(objects.ToArray(), ref mesh_parameters, ref mesh_ui_style, ref meshes);
if (res == IRhinoCommand.result.success)
{
if (mesh_ui_style >= 0 && mesh_ui_style <= 1)
{
_mesh_ui_style = mesh_ui_style;
}
_mesh_parameters = mesh_parameters;
}
else
{
if (bExport)
{
RhUtil.RhinoApp().Print("No meshes to export.\n");
}
else
{
RhUtil.RhinoApp().Print("No meshes to save.\n");
}
return(rc);
}
try
{
// Open the file
System.IO.StreamWriter file = new System.IO.StreamWriter(filename);
// Write mesh count
file.WriteLine(string.Format("meshcount={0}\n", meshes.Count()));
// Write each mesh
for (int i = 0; i < meshes.Count(); i++)
{
MRhinoObjectMesh obj_mesh = meshes[i];
OnMesh mesh = obj_mesh.GetMesh();
if (null != mesh)
{
// Write mesh number
file.WriteLine(string.Format("mesh={0}\n", i));
// Write mesh vertex count
file.WriteLine(string.Format("vertexcount={0}\n", mesh.m_V.Count()));
// Write mesh face count
file.WriteLine(string.Format("facecount={0}\n", mesh.m_F.Count()));
// Write mesh vertices
for (int vi = 0; vi < mesh.m_V.Count(); vi++)
{
On3fPoint p = mesh.m_V[vi];
file.WriteLine(string.Format("vertex=({0},{1},{2})\n", p.x, p.y, p.z));
}
// Write mesh faces
for (int fi = 0; fi < mesh.m_F.Count(); fi++)
{
OnMeshFace f = mesh.m_F[fi];
file.WriteLine(string.Format("face=({0},{1},{2},{3})\n", f.get_vi(0), f.get_vi(1), f.get_vi(2), f.get_vi(3)));
}
}
}
file.Close();
rc = 1; // true
}
catch (Exception e)
{
RhUtil.RhinoApp().Print(string.Format("{0}\n", e.Message));
}
return(rc);
}
/// <summary>
/// Public constructor
/// </summary>
public SampleCsExportMeshPlugIn()
{
_mesh_parameters = new OnMeshParameters();
_mesh_ui_style = 0; // 0 = simple dialog
}
///<summary> This gets called when when the user runs this command.</summary>
public override IRhinoCommand.result RunCommand(IRhinoCommandContext context)
{
MRhinoGetObject go = new MRhinoGetObject();
go.SetCommandPrompt("Select surface, polysurface, or mesh to export");
go.SetGeometryFilter(IRhinoGetObject.GEOMETRY_TYPE_FILTER.surface_object | IRhinoGetObject.GEOMETRY_TYPE_FILTER.polysrf_object | IRhinoGetObject.GEOMETRY_TYPE_FILTER.mesh_object);
go.GetObjects(1, 1);
if (go.CommandResult() != IRhinoCommand.result.success)
{
return(go.CommandResult());
}
MRhinoObjRef obj_ref = go.Object(0);
IRhinoObject obj = obj_ref.Object();
if (null == obj)
{
return(IRhinoCommand.result.failure);
}
List <IRhinoObject> obj_list = new List <IRhinoObject>();
obj_list.Add(obj);
ArrayMRhinoObjectMesh mesh_list = new ArrayMRhinoObjectMesh(obj_list.Count);
OnMeshParameters mesh_parameters = _mesh_parameters;
int mesh_ui_style = !context.IsInteractive() ? 2 : _mesh_ui_style;
IRhinoCommand.result res = RhUtil.RhinoMeshObjects(obj_list.ToArray(), ref mesh_parameters, ref mesh_ui_style, ref mesh_list);
if (res == IRhinoCommand.result.success)
{
if (mesh_ui_style >= 0 && mesh_ui_style <= 1)
{
_mesh_ui_style = mesh_ui_style;
}
_mesh_parameters = mesh_parameters;
}
else
{
RhUtil.RhinoApp().Print("No mesh to export.\n");
return(res);
}
string filename = string.Empty;
if (context.IsInteractive())
{
SaveFileDialog dialog = new SaveFileDialog();
dialog.Title = "Export";
dialog.Filter = "Geomview files|*.off";
dialog.InitialDirectory = DirectoryManager.DefaultDirectory(DirectoryManager.FileTypes.ftExport);
if (dialog.ShowDialog() != DialogResult.OK)
{
return(IRhinoCommand.result.cancel);
}
filename = dialog.FileName;
}
else
{
MRhinoGetString gs = new MRhinoGetString();
gs.SetCommandPrompt("Export file name");
gs.GetString();
if (gs.CommandResult() != IRhinoCommand.result.success)
{
return(gs.CommandResult());
}
filename = gs.String().Trim();
}
try
{
OnMesh mesh = mesh_list.First().GetMesh();
int vertex_count = mesh.VertexCount();
int face_count = mesh.FaceCount();
int edge_count = mesh.Topology().m_tope.Count();
System.IO.StreamWriter file = new System.IO.StreamWriter(filename);
// Write out the first line of the file header
file.WriteLine("OFF");
// Write the header information
file.WriteLine(string.Format("{0} {1} {2}", vertex_count, face_count, edge_count));
file.WriteLine();
// Write out all the vertices in order
for (int i = 0; i < vertex_count; i++)
{
On3fPoint p = mesh.m_V[i];
file.WriteLine(string.Format("{0} {1} {2}", p.x.ToString("F"), p.y.ToString("F"), p.z.ToString("F")));
}
file.WriteLine();
// Write out all the faces
for (int i = 0; i < face_count; i++)
{
OnMeshFace f = mesh.m_F[i];
if (f.IsQuad())
{
file.WriteLine(string.Format("4 {0} {1} {2} {3}", f.get_vi(0), f.get_vi(1), f.get_vi(2), f.get_vi(3)));
}
else
{
file.WriteLine(string.Format("3 {0} {1} {2}", f.get_vi(0), f.get_vi(1), f.get_vi(2)));
}
}
file.Close();
}
catch (Exception e)
{
RhUtil.RhinoApp().Print(string.Format("{0}\n", e.Message));
}
return(IRhinoCommand.result.success);
}
/// <summary>
/// Rhino calls WriteFile() to write document geometry to an external file.
/// </summary>
public override int WriteFile(string filename, int index, ref MRhinoDoc doc, ref IRhinoFileWriteOptions options)
{
int rc = 0; // false
// Are we saving or exporting?
bool bExport = options.Mode(IRhinoFileWriteOptions.ModeFlag.SelectedMode);
// Are we in interactive or scripted mode?
bool bScript = options.Mode(IRhinoFileWriteOptions.ModeFlag.BatchMode);
List<IRhinoObject> objects = new List<IRhinoObject>();
// Get objects to save/export
MRhinoObjectIterator it = new MRhinoObjectIterator(doc, IRhinoObjectIterator.object_state.undeleted_objects);
if (bExport)
{
it.EnableSelectedFilter();
it.EnableVisibleFilter();
}
// Do the iteration...
MRhinoObject obj = null;
for (obj = it.First(); null != obj; obj = it.Next())
objects.Add(obj);
ArrayMRhinoObjectMesh meshes = new ArrayMRhinoObjectMesh(objects.Count);
OnMeshParameters mesh_parameters = _mesh_parameters;
int mesh_ui_style = (bScript) ? 2 : _mesh_ui_style;
// Get the meshes to save/export
IRhinoCommand.result res = RhUtil.RhinoMeshObjects(objects.ToArray(), ref mesh_parameters, ref mesh_ui_style, ref meshes);
if (res == IRhinoCommand.result.success)
{
if (mesh_ui_style >= 0 && mesh_ui_style <= 1)
_mesh_ui_style = mesh_ui_style;
_mesh_parameters = mesh_parameters;
}
else
{
if (bExport)
RhUtil.RhinoApp().Print("No meshes to export.\n");
else
RhUtil.RhinoApp().Print("No meshes to save.\n");
return rc;
}
try
{
// Open the file
System.IO.StreamWriter file = new System.IO.StreamWriter(filename);
// Write mesh count
file.WriteLine(string.Format("meshcount={0}\n", meshes.Count()));
// Write each mesh
for (int i = 0; i < meshes.Count(); i++)
{
MRhinoObjectMesh obj_mesh = meshes[i];
OnMesh mesh = obj_mesh.GetMesh();
if (null != mesh)
{
// Write mesh number
file.WriteLine(string.Format("mesh={0}\n", i));
// Write mesh vertex count
file.WriteLine(string.Format("vertexcount={0}\n", mesh.m_V.Count()));
// Write mesh face count
file.WriteLine(string.Format("facecount={0}\n", mesh.m_F.Count()));
// Write mesh vertices
for (int vi = 0; vi < mesh.m_V.Count(); vi++)
{
On3fPoint p = mesh.m_V[vi];
file.WriteLine(string.Format("vertex=({0},{1},{2})\n", p.x, p.y, p.z));
}
// Write mesh faces
for (int fi = 0; fi < mesh.m_F.Count(); fi++)
{
OnMeshFace f = mesh.m_F[fi];
file.WriteLine(string.Format("face=({0},{1},{2},{3})\n", f.get_vi(0), f.get_vi(1), f.get_vi(2), f.get_vi(3)));
}
}
}
file.Close();
rc = 1; // true
}
catch (Exception e)
{
RhUtil.RhinoApp().Print(string.Format("{0}\n", e.Message));
}
return rc;
}
