public static MonoGameDeviceContent <MonoGameModelTemplate> CreateDeviceModel(GraphicsDevice device, Schema2.ModelRoot srcModel, LoaderContext context = null)
{
if (context == null)
{
context = new BasicEffectsLoaderContext(device);
}
context.Reset();
var options = new Runtime.RuntimeOptions {
IsolateMemory = true
};
var templates = srcModel.LogicalScenes
.Select(item => SceneTemplate.Create(item, options))
.ToArray();
var srcMeshes = templates
.SelectMany(item => item.LogicalMeshIds)
.Distinct()
.Select(idx => srcModel.LogicalMeshes[idx]);
foreach (var srcMesh in srcMeshes)
{
context._WriteMesh(srcMesh);
}
var dstMeshes = context.CreateRuntimeModels();
var mdl = new MonoGameModelTemplate(templates, srcModel.DefaultScene.LogicalIndex, dstMeshes);
return(new MonoGameDeviceContent <MonoGameModelTemplate>(mdl, context.Disposables.ToArray()));
}
private static (SceneTemplate, WeakReference <Schema2.ModelRoot>) LoadModelTemplate(string path)
{
var model = Schema2.ModelRoot.Load(path);
var template = SceneTemplate.Create(model.DefaultScene, true);
return(template, new WeakReference <Schema2.ModelRoot>(model));
}
private static (SceneTemplate, WeakReference <Schema2.ModelRoot>) LoadModelTemplate(string path)
{
var model = Schema2.ModelRoot.Load(path);
var options = new Runtime.RuntimeOptions {
IsolateMemory = true
};
var template = SceneTemplate.Create(model.DefaultScene, options);
return(template, new WeakReference <Schema2.ModelRoot>(model));
}
public static void TestMeshDecoding()
{
var modelPath = TestFiles.GetSampleModelsPaths()
.FirstOrDefault(item => item.Contains("BrainStem.glb"));
var model = Schema2.ModelRoot.Load(modelPath);
model.AttachToCurrentTest("reference.plotly");
var scene = model.DefaultScene;
var decodedMeshes = scene.LogicalParent.LogicalMeshes.Decode();
var sceneTemplate = SceneTemplate.Create(scene);
var sceneInstance = sceneTemplate.CreateInstance();
var duration = sceneInstance.Armature.AnimationTracks[0].Duration;
sceneInstance.Armature.SetAnimationFrame(0, duration / 2);
IEnumerable <(Vector3, Vector3, Vector3, int)> evaluateTriangles(DrawableInstance inst)
{
var mesh = decodedMeshes[inst.Template.LogicalMeshIndex];
foreach (var prim in mesh.Primitives)
{
foreach (var(idxA, idxB, idxC) in prim.TriangleIndices)
{
var posA = prim.GetPosition(idxA, inst.Transform);
var posB = prim.GetPosition(idxB, inst.Transform);
var posC = prim.GetPosition(idxC, inst.Transform);
yield return(posA, posB, posC, 0xb0b0b0);
}
}
}
var worldTriangles = sceneInstance.SelectMany(item => evaluateTriangles(item));
var scenePlot = new PlotlyScene();
scenePlot.AppendTriangles(worldTriangles, c => c);
scenePlot
.ToHtml()
.AttachToCurrentTest("result.html", (content, finfo) => System.IO.File.WriteAllText(finfo.FullName, content));
}
public static MonoGameDeviceContent <MonoGameModelTemplate> CreateDeviceModel(GraphicsDevice device, Schema2.ModelRoot srcModel)
{
srcModel.FixTextureSampler();
var templates = srcModel.LogicalScenes
.Select(item => SceneTemplate.Create(item, true))
.ToArray();
var context = new LoaderContext(device);
var meshes = templates
.SelectMany(item => item.LogicalMeshIds)
.ToDictionary(k => k, k => context.CreateMesh(srcModel.LogicalMeshes[k]));
var mdl = new MonoGameModelTemplate(templates, srcModel.DefaultScene.LogicalIndex, meshes);
return(new MonoGameDeviceContent <MonoGameModelTemplate>(mdl, context.Disposables.ToArray()));
}
public static void TestMeshDecodingBounds()
{
var modelPath = TestFiles.GetSampleModelsPaths()
.FirstOrDefault(item => item.Contains("BrainStem.glb"));
var model = Schema2.ModelRoot.Load(modelPath);
var(center, radius) = model.DefaultScene.EvaluateBoundingSphere(0.25f);
var sceneTemplate = SceneTemplate.Create(model.DefaultScene);
var sceneInstance = sceneTemplate.CreateInstance();
sceneInstance.Armature.SetAnimationFrame(0, 0.1f);
var vertices = sceneInstance.GetWorldVertices(model.LogicalMeshes.Decode()).ToList();
foreach (var p in vertices)
{
var d = (p - center).Length();
Assert.LessOrEqual(d, radius + 0.0001f);
}
}