private bool DoLoadMQO(string mqo_file)
{
// MQO読み込み
mqo = new MqoFile();
mqo.Load(mqo_file);
mqo.Dump();
return(true);
}
private void btnRefresh_Click(object sender, EventArgs e)
{
try
{
// 一旦現状を保存
SaveAssign();
// オブジェクト
MqoFile mqo = new MqoFile();
mqo.Load(tbMqoFile.Text);
lvObjects.Items.Clear();
foreach (MqoObject i in mqo.Objects)
{
ListViewItem item = lvObjects.Items.Add(i.name);
item.Tag = i;
string bone;
if (Config.Instance.object_bone_map.TryGetValue(i.name, out bone))
{
item.SubItems.Add(bone);
}
else
{
item.SubItems.Add("");
}
}
// ボーン構造
TSOFile tso = new TSOFile(tbTsoFileRef.Text);
tso.ReadAll();
tvBones.Visible = false;
tvBones.Nodes.Clear();
BuildBoneTree(tvBones.Nodes, tso.nodes[0]);
tvBones.ExpandAll();
tvBones.Nodes[0].EnsureVisible();
}
catch (Exception ex)
{
Util.ProcessError(ex);
}
finally
{
tvBones.Visible = true;
}
}
public static void Main(string[] args)
{
Debug.Listeners.Add(new TextWriterTraceListener(Console.Out));
if (args.Length != 1)
{
Console.WriteLine("TetraHedron.exe <mqo file>");
return;
}
string source_file = args[0];
MqoFile mqo = new MqoFile();
mqo.Load(source_file);
//mqo.Dump();
//TextWriter tw = Console.Out;
string dest_path = Path.GetDirectoryName(source_file);
string folder_name = Path.GetFileNameWithoutExtension(source_file);
dest_path = Path.Combine(dest_path, folder_name + @".tetrahedron.mqo");
Console.WriteLine("Save File: " + dest_path);
TextWriter tw = new StreamWriter(File.Create(dest_path));
tw.WriteLine("Metasequoia Document");
tw.WriteLine("Format Text Ver 1.0");
tw.WriteLine("");
tw.WriteLine("Scene {");
tw.WriteLine(" pos -7.0446 4.1793 1541.1764");
tw.WriteLine(" lookat 11.8726 193.8590 0.4676");
tw.WriteLine(" head 0.8564");
tw.WriteLine(" pich 0.1708");
tw.WriteLine(" ortho 0");
tw.WriteLine(" zoom2 31.8925");
tw.WriteLine(" amb 0.250 0.250 0.250");
tw.WriteLine("}");
foreach (MqoObject obj in mqo.Objects)
{
int nverts = obj.vertices.Count;
int nfaces = obj.faces.Count;
//Console.WriteLine("name:{0} vertices:{1} faces:{2}", obj.name, nverts, nfaces);
//面を構成する頂点出現回数
uint[] vcounts = new uint[nverts];
for (int i = 0; i < nverts; i++)
{
vcounts[i] = 0;
}
foreach (MqoFace face in obj.faces)
{
vcounts[face.a]++;
vcounts[face.b]++;
vcounts[face.c]++;
}
//頂点が3面に含まれるとき真になる頂点配列
bool[] vfounds = new bool[nverts];
for (int i = 0; i < nverts; i++)
{
vfounds[i] = false;
}
for (int i = 0; i < nverts; i++)
{
if (vcounts[i] == 3)
{
vfounds[i] = true;
}
}
//前提: 3面に含まれる頂点が対象
//頂点idと面リストを対応付ける辞書
Dictionary <ushort, List <MqoFace> > facemap = new Dictionary <ushort, List <MqoFace> >();
foreach (MqoFace face in obj.faces)
{
if (vfounds[face.a])
{
if (!facemap.ContainsKey(face.a))
{
facemap[face.a] = new List <MqoFace>(3);
}
facemap[face.a].Add(face);
}
if (vfounds[face.b])
{
if (!facemap.ContainsKey(face.b))
{
facemap[face.b] = new List <MqoFace>(3);
}
facemap[face.b].Add(face);
}
if (vfounds[face.c])
{
if (!facemap.ContainsKey(face.c))
{
facemap[face.c] = new List <MqoFace>(3);
}
facemap[face.c].Add(face);
}
}
//4面体の中心頂点idリスト
List <ushort> centary = new List <ushort>();
Dictionary <ushort, ushort> vidxmap = new Dictionary <ushort, ushort>();
List <ushort> vidxary = new List <ushort>();
foreach (ushort i in facemap.Keys)
{
List <MqoFace> faces = facemap[i];
//前提: 3面に含まれる頂点が対象
//頂点idと頂点出現回数を関連付ける辞書
Dictionary <ushort, int> vcs = new Dictionary <ushort, int>();
foreach (MqoFace face in faces)
{
if (!vcs.ContainsKey(face.a))
{
vcs[face.a] = 0;
}
vcs[face.a]++;
if (!vcs.ContainsKey(face.b))
{
vcs[face.b] = 0;
}
vcs[face.b]++;
if (!vcs.ContainsKey(face.c))
{
vcs[face.c] = 0;
}
vcs[face.c]++;
}
if (vcs.Count == 4)
{
//Console.WriteLine("v#{0} in tetrahedron.", i);
centary.Add(i);
foreach (MqoFace face in faces)
{
if (!vidxmap.ContainsKey(face.a))
{
vidxmap[face.a] = (ushort)vidxary.Count;
vidxary.Add(face.a);
}
if (!vidxmap.ContainsKey(face.b))
{
vidxmap[face.b] = (ushort)vidxary.Count;
vidxary.Add(face.b);
}
if (!vidxmap.ContainsKey(face.c))
{
vidxmap[face.c] = (ushort)vidxary.Count;
vidxary.Add(face.c);
}
}
}
}
if (vidxary.Count == 0)
{
continue;
}
Console.WriteLine("name:{0} vertices:{1} faces:{2}", "tetrahedron-" + obj.name, vidxary.Count, centary.Count * 3);
tw.WriteLine("Object \"{0}\" {{", "tetrahedron-" + obj.name);
tw.WriteLine(" visible {0}", 15);
tw.WriteLine(" locking {0}", 0);
tw.WriteLine(" shading {0}", 1);
tw.WriteLine(" facet {0}", 59.5);
tw.WriteLine(" color {0:F3} {1:F3} {2:F3}", 0.898f, 0.498f, 0.698f);
tw.WriteLine(" color_type {0}", 0);
tw.WriteLine(" vertex {0} {{", vidxary.Count);
foreach (ushort i in vidxary)
{
Point3 po = obj.vertices[i];
WriteVert(tw, ref po);
}
tw.WriteLine(" }");
tw.WriteLine(" face {0} {{", centary.Count * 3);
foreach (ushort i in centary)
{
List <MqoFace> faces = facemap[i];
foreach (MqoFace face in faces)
{
ushort a = vidxmap[face.a];
ushort b = vidxmap[face.b];
ushort c = vidxmap[face.c];
WriteFace(tw, a, b, c);
}
}
tw.WriteLine(" }");
tw.WriteLine("}");
}
tw.Close();
}