private bool importMD3Model(string md3FileName)
{
MD3Model md3 = new MD3Model();
if (md3.loadMD3Model(md3FileName))
{
return(true);
}
if (md3.getNumSurfaces() == 0)
{
MessageBox.Show("MD3 model you tried to import has no surfaces.",
"MD3 model has 0 surfaces.",
MessageBoxButtons.OK,
MessageBoxIcon.Exclamation,
MessageBoxDefaultButton.Button1);
return(true);
}
model = new WavefrontOBJ();
md3.addToSimpleStaticMeshBuilder(0, model);
recreateGPUBuffers();
UpdateDirectXDisplay();
return(false);
}
private void refreshTreeView()
{
treeView1.Nodes.Clear();
TreeNode root = new TreeNode("MD3Model");
TreeNode fileName = new TreeNode("FileName");
TreeNode fileNameText = new TreeNode(md3Model.getFileName());
fileName.Nodes.Add(fileNameText);
root.Nodes.Add(fileName);
TreeNode commandLine = new TreeNode("InternalName");
TreeNode commandLineText = new TreeNode(md3Model.getInternalName());
commandLine.Nodes.Add(commandLineText);
root.Nodes.Add(commandLine);
// display meshes
TreeNode meshes = new TreeNode("meshes (" + md3Model.getNumSurfaces() + ")");
for (int i = 0; i < md3Model.getNumSurfaces(); i++)
{
MD3Surface sf = md3Model.getSurface(i);
TreeNode mesh = new TreeNode("surface " + i);
TreeNode materials = new TreeNode("materials");
for (int j = 0; j < sf.getNumMaterials(); j++)
{
TreeNode materialName = new TreeNode("material " + j);
materialName.Nodes.Add(new TreeNode(sf.getMaterialName(j)));
materials.Nodes.Add(materialName);
}
mesh.Nodes.Add(materials);
TreeNode vertices = new TreeNode("vertices (" + sf.getNumVertices() + ")");
mesh.Nodes.Add(vertices);
TreeNode triangles = new TreeNode("triangles (" + sf.getNumTris() + ")");
mesh.Nodes.Add(triangles);
meshes.Nodes.Add(mesh);
}
root.Nodes.Add(meshes);
// display tags
TreeNode joints = new TreeNode("tags (" + md3Model.getNumTags() + ")");
for (int i = 0; i < md3Model.getNumTags(); i++)
{
MD3Tag j = md3Model.getTag(i);
TreeNode joint = new TreeNode("joint " + i + " " + j.getName());
TreeNode jointName = new TreeNode("name");
TreeNode jointNameValue = new TreeNode(j.getName());
jointName.Nodes.Add(jointNameValue);
joint.Nodes.Add(jointName);
TreeNode jointOrigin = new TreeNode("Pos");
TreeNode jointOriginValue = new TreeNode(j.getPos().ToString());
jointOrigin.Nodes.Add(jointOriginValue);
joint.Nodes.Add(jointOrigin);
TreeNode jointRot = new TreeNode("Axis");
TreeNode rotForward = new TreeNode("forward");
rotForward.Nodes.Add(j.getRotForward().ToString());
jointRot.Nodes.Add(rotForward);
TreeNode rotRight = new TreeNode("right");
rotRight.Nodes.Add(j.getRotRight().ToString());
jointRot.Nodes.Add(rotRight);
TreeNode rotUp = new TreeNode("up");
rotUp.Nodes.Add(j.getRotUp().ToString());
jointRot.Nodes.Add(rotUp);
joint.Nodes.Add(jointRot);
joints.Nodes.Add(joint);
}
root.Nodes.Add(joints);
// display frames
TreeNode frames = new TreeNode("frames (" + md3Model.getNumFrames() + ")");
for (int i = 0; i < md3Model.getNumFrames(); i++)
{
MD3Frame f = md3Model.getFrame(i);
TreeNode frame = new TreeNode("frame " + i);
TreeNode name = new TreeNode("name");
name.Nodes.Add(f.getName());
frame.Nodes.Add(name);
TreeNode mins = new TreeNode("mins");
mins.Nodes.Add(f.getMins().ToString());
frame.Nodes.Add(mins);
TreeNode maxs = new TreeNode("maxs");
maxs.Nodes.Add(f.getMaxs().ToString());
frame.Nodes.Add(maxs);
TreeNode radius = new TreeNode("radius");
radius.Nodes.Add(f.getRadius().ToString());
frame.Nodes.Add(radius);
TreeNode localOrigin = new TreeNode("localOrigin");
localOrigin.Nodes.Add(f.getLocalOrigin().ToString());
frame.Nodes.Add(localOrigin);
frames.Nodes.Add(frame);
}
root.Nodes.Add(frames);
treeView1.Nodes.Add(root);
}