//EngineNS.Thread.Async.TaskLoader.WaitContext WaitContext = new EngineNS.Thread.Async.TaskLoader.WaitContext();
//async System.Threading.Tasks.Task<EngineNS.Thread.Async.TaskLoader.WaitContext> AwaitLoad()
//{
// return await EngineNS.Thread.Async.TaskLoader.Awaitload(WaitContext);
//}
public override async System.Threading.Tasks.Task Load(XndNode xndNode)
{
//await AwaitLoad();
NeedResetLoadValue = await ParticleDataSaveLoad.LoadData("ParticleTextureCutNode", xndNode, CSParam as ParticleTextureCutControlConstructionParams, this, mLinkedNodesContainer);
await base.Load(xndNode);
}
public override void Save(XndNode xndNode, bool newGuid)
{
ParticleDataSaveLoad.SaveData("ParticleMaterialInstanceNode", xndNode, newGuid, CSParam as ParticleMaterialInstanceControlConstructionParams, this, mLinkedNodesContainer);
base.Save(xndNode, newGuid);
if (ShowValues.Count > 0)
{
InitValueDatas = ShowValues;
}
var attr = xndNode.AddAttrib("MaterialInstance_control");
attr.Version = 0;
attr.BeginWrite();
attr.Write(InitValueDatas.Count);
for (int i = 0; i < InitValueDatas.Count; i++)
{
var showvalue = InitValueDatas[i];
attr.Write(showvalue.MaterialInstanceName);
attr.Write(showvalue.VarRNameValues.Count);
foreach (var varvalue in showvalue.VarRNameValues)
{
attr.Write(varvalue.Key);
attr.Write(varvalue.Value.GetType().FullName);
{
if (varvalue.Value.GetType().Equals(typeof(float)))
{
attr.Write((float)varvalue.Value);
//elem.VarObject.mMaterialInstance.SetVarValue(elem.VarObject.Index, 0, ref value);
}
else if (varvalue.Value.GetType().Equals(typeof(Vector2)))
{
attr.Write((Vector2)varvalue.Value);
}
else if (varvalue.Value.GetType().Equals(typeof(Vector3)))
{
attr.Write((Vector3)varvalue.Value);
}
else if (varvalue.Value.GetType().Equals(typeof(Vector4)))
{
attr.Write((Vector4)varvalue.Value);
}
else if (varvalue.Value.GetType().Equals(typeof(EngineNS.Color)))
{
attr.Write((Color4)varvalue.Value);
}
}
}
attr.Write(showvalue.SRVRNameValues.Count);
foreach (var srvvalue in showvalue.SRVRNameValues)
{
attr.Write(srvvalue.Key);
attr.Write(srvvalue.Value as RName);
}
}
attr.EndWrite();
}
public override void Save(XndNode xndNode, bool newGuid)
{
ParticleDataSaveLoad.SaveData("ParticleAcceleratedNode", xndNode, newGuid, CSParam as ParticleAcceleratedControlConstructionParams, this, mLinkedNodesContainer);
var csParam = CSParam as ParticleAcceleratedControlConstructionParams;
base.Save(xndNode, newGuid);
DataGradient.Save(xndNode, newGuid);
}
public static void SaveData(string name, XndNode xndNode, bool newGuid, StructNodeControlConstructionParams csparam, IParticleNode pnode, CodeGenerateSystem.Controls.NodesContainerControl mLinkedNodesContainer)
{
var psd = pnode as IParticleSaveData;
if (psd != null && psd.IsLoadLink() == false)
{
var test = ParticleDataSaveLoad.LoadData(csparam, mLinkedNodesContainer, psd);
}
if (mLinkedNodesContainer != null)
{
var att = xndNode.AddAttrib(name);
att.Version = 0;
att.BeginWrite();
List <string> keys = new List <string>();
//var csparam = CSParam as StructNodeControlConstructionParams;
if (csparam.CategoryDic == null)
{
att.Write(0);
att.EndWrite();
}
else
{
att.Write(csparam.CategoryDic.Count);
foreach (var category in csparam.CategoryDic)
{
att.Write(category.Key);
att.Write(category.Value.Items.Count);
keys.Add(category.Key);
}
att.EndWrite();
for (int i = 0; i < keys.Count; i++)
{
var Node = xndNode.AddNode(keys[i], 0, 0);
var category = csparam.CategoryDic[keys[i]];
for (int j = 0; j < category.Items.Count; j++)
{
var childNode = Node.AddNode("childNode", 0, 0);
category.Items[j].Save(childNode);
}
}
}
}
//base.Save(xndNode, newGuid);
if (pnode.GetCreateObject() != null)
{
var childenode = xndNode.AddNode("CreateObjectNode", 0, 0);
pnode.GetCreateObject().Save(childenode, newGuid);
}
}
public override async System.Threading.Tasks.Task Load(XndNode xndNode)
{
//if (NeedInitGrapth)
//{
// var test = InitGraph();
//}
await base.Load(xndNode);
NeedResetLoadValue = await ParticleDataSaveLoad.LoadData2("ParticleSystemNode", xndNode, CSParam as ParticleSystemControlConstructionParams, this, mLinkedNodesContainer);
}
public override async System.Threading.Tasks.Task Load(XndNode xndNode)
{
//if (NeedInitGrapth)
//{
// var test = InitGraph();
//}
//await AwaitLoad();
await ParticleDataSaveLoad.LoadData2("ParticleAcceleratedNode", xndNode, CSParam as ParticleAcceleratedControlConstructionParams, this, mLinkedNodesContainer);
await base.Load(xndNode);
await DataGradient.Load(xndNode);
}
public override void Save(XndNode xndNode, bool newGuid)
{
ParticleDataSaveLoad.SaveData("ParticleTextureCutNode", xndNode, newGuid, CSParam as ParticleTextureCutControlConstructionParams, this, mLinkedNodesContainer);
base.Save(xndNode, newGuid);
}
public async System.Threading.Tasks.Task InitGraphEvent()
{
await InitGraph();
await ParticleDataSaveLoad.LoadData(CSParam as StructNodeControlConstructionParams, mLinkedNodesContainer, this);
}
//EngineNS.Thread.Async.TaskLoader.WaitContext WaitContext = new EngineNS.Thread.Async.TaskLoader.WaitContext();
//async System.Threading.Tasks.Task<EngineNS.Thread.Async.TaskLoader.WaitContext> AwaitLoad()
//{
// return await EngineNS.Thread.Async.TaskLoader.Awaitload(WaitContext);
//}
public override async System.Threading.Tasks.Task Load(XndNode xndNode)
{
//await AwaitLoad();
await ParticleDataSaveLoad.LoadData("ParticleMaterialInstanceNode", xndNode, CSParam as ParticleMaterialInstanceControlConstructionParams, this, mLinkedNodesContainer);
await base.Load(xndNode);
InitValueDatas = new List <MaterialInstanceEditProperty>();
var attr = xndNode.FindAttrib("MaterialInstance_control");
attr.BeginRead();
if (attr.Version == 0)
{
int count;
attr.Read(out count);
for (int i = 0; i < count; i++)
{
var showvalue = new MaterialInstanceEditProperty();
RName materialname;
attr.Read(out materialname);
showvalue.MaterialInstanceName = materialname;
int varcount;
attr.Read(out varcount);
//foreach (var varvalue in showvalue.VarRNameValues)
for (int varn = 0; varn < varcount; varn++)
{
int key;
string typefullname;
attr.Read(out key);
attr.Read(out typefullname);
{
if (typefullname.Equals(typeof(float).FullName))
{
float value;
attr.Read(out value);
//elem.VarObject.mMaterialInstance.SetVarValue(elem.VarObject.Index, 0, ref value);
showvalue.VarRNameValues.Add(key, value);
}
else if (typefullname.Equals(typeof(Vector2).FullName))
{
Vector2 value;
attr.Read(out value);
showvalue.VarRNameValues.Add(key, value);
}
else if (typefullname.Equals(typeof(Vector3).FullName))
{
Vector3 value;
attr.Read(out value);
showvalue.VarRNameValues.Add(key, value);
}
else if (typefullname.Equals(typeof(Vector4).FullName))
{
Vector4 value;
attr.Read(out value);
showvalue.VarRNameValues.Add(key, value);
}
else if (typefullname.Equals(typeof(EngineNS.Color).FullName))
{
Vector4 value;
attr.Read(out value);
showvalue.VarRNameValues.Add(key, value);
}
}
}
int srvcount;
attr.Read(out srvcount);
//foreach (var srvvalue in showvalue.SRVRNameValues)
for (int srvn = 0; srvn < srvcount; srvn++)
{
string key;
RName rname;
attr.Read(out key);
attr.Read(out rname);
showvalue.SRVRNameValues.Add(key, rname);
}
InitValueDatas.Add(showvalue);
}
attr.EndRead();
}
if (InitValueDatas.Count > 0)
{
ShowValues = InitValueDatas;
}
}