private void InitializeModelData()
{
// Check if this model is an npc, and if so jankload the animation for it.
if (this.renderDatums.Length == 1)// &&
// ArcFileCollection.Instance.ArcFiles[this.renderDatums[0].ArcIndex].FileEntries[this.renderDatums[0].FileIndex].FileName.Contains("npc") == true)
{
Archive arcFile;
ArchiveFileEntry fileEntry;
ArchiveCollection.Instance.GetArchiveFileEntryFromDatum(this.renderDatums[0], out arcFile, out fileEntry);
string animationFileName = fileEntry.FileName.Replace("rModel", "rMotionList").Replace("model", "motion");
ArchiveCollection.Instance.GetArchiveFileEntryFromFileName(animationFileName, out arcFile, out fileEntry);
if (fileEntry != null)
{
this.modelAnimation = arcFile.GetFileAsResource <rMotionList>(fileEntry.FileName);
}
}
// Loop through all of the datums to render and setup each one for rendering.
this.resourcesToRender = new GameResource[this.renderDatums.Length];
for (int i = 0; i < this.renderDatums.Length; i++)
{
// Create the game resource from the datum.
this.resourcesToRender[i] = ArchiveCollection.Instance.GetFileAsResource <GameResource>(this.renderDatums[i]);
if (this.resourcesToRender[i] == null)
{
// Failed to load the required resource.
// TODO: Bubble this up to the user.
throw new NotImplementedException();
}
// Let the object initialize and required directx resources.
if (this.resourcesToRender[i].InitializeGraphics(this, this.device) == false)
{
// Failed to initialize graphics for resource.
// TODO: Bubble this up to the user.
throw new NotImplementedException();
}
}
// HACK: For now just cast the first resource to an rModel and use it for reference.
rModel firstModel = (rModel)this.resourcesToRender[0];
// Position the camera and make it look at the model.
this.camera.Position = new Vector3(firstModel.primitives[0].BoundingBoxMin.X, firstModel.primitives[0].BoundingBoxMin.Y, firstModel.primitives[0].BoundingBoxMin.Z);
this.camera.LookAt = (firstModel.header.BoundingBoxMax - firstModel.header.BoundingBoxMin).ToVector3();
//this.camera.Speed = Math.Abs(firstModel.primitives[0].BoundingBoxMin.X / 1000.0f);
this.camera.SpeedModifier = Math.Abs(firstModel.primitives[0].BoundingBoxMin.X / 100000.0f);
}
protected override void OnGameResourceUpdated()
{
// Make sure the arc file and game resource are valid.
if (this.ArcFile == null || this.GameResource == null)
{
// Clear the textbox contents and return.
this.textBox1.Text = "";
return;
}
// Cast the resource to an rMotionList object.
rMotionList motion = (rMotionList)this.GameResource;
// Print all the animation information out to the textbox.
string headerInfo = string.Format("*** Header\n{0}\n", StructureToString(motion.header));
string animationDesc = "";
for (int i = 0; i < motion.header.AnimationCount; i++)
{
animationDesc += string.Format("****************** Animation #{0} ******************\n{1}\n", i, StructureToString(motion.animations[i]));
for (int x = 0; x < motion.animations[i].JointCount; x++)
{
animationDesc += string.Format("\tKey Frame {0}:\tBufferType={1}\tUsage={2}\t\tJointType={3}\tJointIndex={4}\tWeight={5}\t\tDataSize={6}\tDataOffset={7}\n",
x, motion.animations[i].KeyFrames[x].Codec, motion.animations[i].KeyFrames[x].Usage, motion.animations[i].KeyFrames[x].JointType,
motion.animations[i].KeyFrames[x].JointIndex, motion.animations[i].KeyFrames[x].BlendWeight, motion.animations[i].KeyFrames[x].DataSize,
motion.animations[i].KeyFrames[x].DataOffset);
//for (int z = 0; z < motion.animations[i].KeyFrames[x].KeyFrameData.Length; z++)
//{
// animationDesc += string.Format("\t\tComponent= X={0}\tY={1}\tZ={2}\t\tFlags={3}\n", motion.animations[i].KeyFrames[x].KeyFrameData[z].Component.X,
// motion.animations[i].KeyFrames[x].KeyFrameData[z].Component.Y, motion.animations[i].KeyFrames[x].KeyFrameData[z].Component.Z,
// motion.animations[i].KeyFrames[x].KeyFrameData[z].Flags);
//}
}
animationDesc += "\n";
}
this.textBox1.Text = headerInfo.Replace("\n", "\r\n") + animationDesc.Replace("\n", "\r\n");
}
