public OpenGLObject GetObject(String name) { for (int a = 0; a < ol.Size(); a++) { OpenGLObject o = ol.Get(a); if (o.GetName().Equals(name)) { return(o); } } Console.WriteLine("OpenGLModel:Could not find object:" + name); return(null); }
private void saveJF3D(OpenGLModel model, IOStream os) { baos = new ByteArrayStream(); tmp = new byte[8]; int size; writeuint32(MAGIC); writeuint32(VERSION); writeuint32(ID_MODEL); size = 0; int tcnt = model.textures.Size(); for (int a = 0; a < tcnt; a++) { size += model.textures.Get(a).Length + 1; } writeuint32(size); writeuint32(tcnt); for (int a = 0; a < tcnt; a++) { writeString(model.textures.Get(a)); } for (int o = 0; o < model.ol.Size(); o++) { OpenGLObject obj = model.ol.Get(o); writeuint32(ID_OBJECT); int vcnt = obj.GetVertexCount() * 3; int pcnt = obj.GetPolyCount(); size = obj.GetName().Length + 1 + 4 + (4 * 3) + (4 + (vcnt * 4)) + (4 + (pcnt * 4)); writeuint32(size); writeString(obj.GetName()); writeuint32(obj.GetType()); writefloat(obj.GetOrigin().x); writefloat(obj.GetOrigin().y); writefloat(obj.GetOrigin().z); writeuint32(vcnt / 3); float[] xyz = obj.GetVertexBuffer(); for (int a = 0; a < vcnt; a++) { writefloat(xyz[a]); } switch (obj.GetType()) { case GL_TRIANGLES: writeuint32(pcnt / 3); break; case GL_QUADS: writeuint32(pcnt / 4); break; } int[] pts = obj.GetPolyBuffer(); for (int a = 0; a < pcnt; a++) { writeuint32(pts[a]); } int maps = obj.GetUVMaps().Size(); if (maps == 0) { Console.WriteLine("GL_JF3D:Warning:No UVMaps found for object:" + obj.GetName()); } for (int m = 0; m < maps; m++) { OpenGLUVMap map = obj.GetUVMaps().Get(m); writeuint32(ID_UVMAP); int uvcnt = map.GetUVCount() * 2; size = map.GetName().Length + 1 + 4 + (4 + (uvcnt * 4)); writeuint32(size); writeString(map.GetName()); writeuint32(map.GetTextureIndex()); writeuint32(uvcnt / 2); float[] uv = map.GetBuffer(); for (int a = 0; a < uvcnt; a++) { writefloat(uv[a]); } } } os.Write(baos.GetData().ToArray()); }