protected override void LoadScene()
{
if (model != null)
{
modelSceneNode = new ModelSceneNode(Scene, model);
SetAvailableAnimations(modelSceneNode.GetSupportedAnimationNames());
Scene.Add(modelSceneNode, false);
var meshGroups = modelSceneNode.GetMeshGroups();
if (meshGroups.Count() > 1)
{
meshGroupListBox = ViewerControl.AddMultiSelection("Mesh Group", selectedGroups =>
{
modelSceneNode.SetActiveMeshGroups(selectedGroups);
});
meshGroupListBox.Items.AddRange(modelSceneNode.GetMeshGroups().ToArray <object>());
foreach (var group in modelSceneNode.GetActiveMeshGroups())
{
meshGroupListBox.SetItemChecked(meshGroupListBox.FindStringExact(group), true);
}
}
modelSceneNode.AnimationController.RegisterUpdateHandler((animation, frame) =>
{
if (animationTrackBar.TrackBar.Value != frame)
{
animationTrackBar.UpdateValueSilently(frame);
}
var maximum = animation == null ? 1 : animation.FrameCount - 1;
if (animationTrackBar.TrackBar.Maximum != maximum)
{
animationTrackBar.TrackBar.Maximum = maximum;
}
animationTrackBar.Enabled = animation != null;
animationPlayPause.Enabled = animation != null;
});
}
else
{
SetAvailableAnimations(Enumerable.Empty <string>());
}
if (mesh != null)
{
meshSceneNode = new MeshSceneNode(Scene, mesh);
Scene.Add(meshSceneNode, false);
}
}
protected override void LoadScene()
{
if (model != null)
{
modelSceneNode = new ModelSceneNode(Scene, model);
SetAvailableAnimations(modelSceneNode.GetSupportedAnimationNames());
Scene.Add(modelSceneNode, false);
phys = model.GetEmbeddedPhys();
if (phys == null)
{
var refPhysicsPaths = model.GetReferencedPhysNames();
if (refPhysicsPaths.Any())
{
//TODO are there any models with more than one vphys?
if (refPhysicsPaths.Count() != 1)
{
Console.WriteLine($"Model has more than 1 vphys ({refPhysicsPaths.Count()})." +
" Please report this on https://github.com/SteamDatabase/ValveResourceFormat and provide the file that caused this.");
}
var newResource = Scene.GuiContext.LoadFileByAnyMeansNecessary(refPhysicsPaths.First() + "_c");
if (newResource != null)
{
phys = (PhysAggregateData)newResource.DataBlock;
}
}
}
var meshGroups = modelSceneNode.GetMeshGroups();
if (meshGroups.Count() > 1)
{
meshGroupListBox = ViewerControl.AddMultiSelection("Mesh Group", selectedGroups =>
{
modelSceneNode.SetActiveMeshGroups(selectedGroups);
});
meshGroupListBox.Items.AddRange(modelSceneNode.GetMeshGroups().ToArray <object>());
foreach (var group in modelSceneNode.GetActiveMeshGroups())
{
meshGroupListBox.SetItemChecked(meshGroupListBox.FindStringExact(group), true);
}
}
var materialGroups = model.GetMaterialGroups();
if (materialGroups.Count() > 1)
{
materialGroupListBox = ViewerControl.AddSelection("Material Group", (selectedGroup, _) =>
{
modelSceneNode?.SetSkin(selectedGroup);
});
materialGroupListBox.Items.AddRange(materialGroups.ToArray <object>());
materialGroupListBox.SelectedIndex = 0;
}
modelSceneNode.AnimationController.RegisterUpdateHandler((animation, frame) =>
{
if (animationTrackBar.TrackBar.Value != frame)
{
animationTrackBar.UpdateValueSilently(frame);
}
var maximum = animation == null ? 1 : animation.FrameCount - 1;
if (animationTrackBar.TrackBar.Maximum != maximum)
{
animationTrackBar.TrackBar.Maximum = maximum;
}
animationTrackBar.Enabled = animation != null;
animationPlayPause.Enabled = animation != null;
});
}
else
{
SetAvailableAnimations(Enumerable.Empty <string>());
}
if (mesh != null)
{
meshSceneNode = new MeshSceneNode(Scene, mesh);
Scene.Add(meshSceneNode, false);
}
if (phys != null)
{
physSceneNode = new PhysSceneNode(Scene, phys);
Scene.Add(physSceneNode, false);
//disabled by default. Enable if viewing only phys or model without meshes
physSceneNode.Enabled = (modelSceneNode == null || !modelSceneNode.RenderableMeshes.Any());
ViewerControl.AddCheckBox("Show Physics", physSceneNode.Enabled, (v) => { physSceneNode.Enabled = v; });
}
}