public void ResetMemory()
{
bOptimitzedMenory = true;
currFadeMatTable = null;
if (OtherLoadedResTable.Count <= 0 || AlwaysUnOptimitzedMemory)
{
return;
}
foreach (SceneMaterialConfig r in ConfigDataList)
{
if (!r.SharedMaterial)
{
continue;
}
if (UnOptimitzedMaterials.ContainsKey(r.SharedMaterial))
{
int refCount = --UnOptimitzedMaterials[r.SharedMaterial];
if (refCount <= 0)
{
foreach (SceneTextureConfigData rt in r.TextureConfigList)
{
if (!rt.ShaderKeyWordName.Equals(MainTexKeyWorld))
{
Material orginalInstanceMat = null;
Orginal_AlphaInstanceTable.TryGetValue(r.SharedMaterial, out orginalInstanceMat);
if (rt.ShaderKeyWordVariantName.Count != 0)
{
foreach (string var in rt.ShaderKeyWordVariantName)
{
if (orginalInstanceMat)
{
orginalInstanceMat.DisableKeyword(var);
}
r.SharedMaterial.DisableKeyword(var);
}
}
if (orginalInstanceMat)
{
orginalInstanceMat.SetTexture(rt.ShaderKeyWordName, null);
}
r.SharedMaterial.SetTexture(rt.ShaderKeyWordName, null);
}
}
ResetEmissonTexture(r.SharedMaterial);
ResetSurfaceDefineTexture(r.SharedMaterial);
UnOptimitzedMaterials.Remove(r.SharedMaterial);
}
}
}
foreach (ResNode res in OtherLoadedResTable.Values)
{
ResNode temp = res;
AssetBundleManager.DeleteAssetsAsync(ref temp, this, false);
}
OtherLoadedResTable.Clear();
}
/// <summary>
/// 不优化内存
/// </summary>
public void UnOptimitzedMemory()
{
//可见才能不优化
if (!bOptimitzedMenory || bOptimitzedRendering || AlwaysUnOptimitzedMemory)
{
return;
}
foreach (SceneMaterialConfig r in ConfigDataList)
{
if (!r.SharedMaterial)
{
continue;
}
if (!UnOptimitzedMaterials.ContainsKey(r.SharedMaterial))
{
UnOptimitzedMaterials.Add(r.SharedMaterial, 1);
}
else
{
UnOptimitzedMaterials[r.SharedMaterial]++;
}
foreach (SceneTextureConfigData rt in r.TextureConfigList)
{
if (!rt.ShaderKeyWordName.Equals(MainTexKeyWorld))
{
ResNode re = null;
if (!OtherLoadedResTable.ContainsKey(rt))
{
re = AssetBundleManager.GetAssetsAsync(AssetType.Asset_Texture, rt, this, r);
if (!ResNode.isNullOrEmpty(re))
{
OtherLoadedResTable.Add(rt, re);
}
}
}
}
}
bOptimitzedMenory = false;
}
public void ClearMemory()
{
foreach (SceneMaterialConfig r in ConfigDataList)
{
if (!r.SharedMaterial)
{
continue;
}
if (UnOptimitzedMaterials.ContainsKey(r.SharedMaterial))
{
int refCount = --UnOptimitzedMaterials[r.SharedMaterial];
if (refCount <= 0)
{
foreach (SceneTextureConfigData rt in r.TextureConfigList)
{
if (rt.ShaderKeyWordVariantName.Count != 0)
{
foreach (string variant in rt.ShaderKeyWordVariantName)
{
r.SharedMaterial.DisableKeyword(variant);
}
}
r.SharedMaterial.SetTexture(rt.ShaderKeyWordName, null);
}
UnOptimitzedMaterials.Remove(r.SharedMaterial);
ResetEmissonTexture(r.SharedMaterial);
ResetSurfaceDefineTexture(r.SharedMaterial);
}
}
else
{
foreach (SceneTextureConfigData rt in r.TextureConfigList)
{
if (rt.ShaderKeyWordVariantName.Count != 0)
{
foreach (string variant in rt.ShaderKeyWordVariantName)
{
r.SharedMaterial.DisableKeyword(variant);
}
}
r.SharedMaterial.SetTexture(rt.ShaderKeyWordName, null);
}
UnOptimitzedMaterials.Remove(r.SharedMaterial);
ResetEmissonTexture(r.SharedMaterial);
ResetSurfaceDefineTexture(r.SharedMaterial);
}
}
foreach (ResNode res in OtherLoadedResTable.Values)
{
ResNode temp = res;
AssetBundleManager.DeleteAssetsAsync(ref temp, this, true);
}
OtherLoadedResTable.Clear();
foreach (ResNode res in MainTexLoadedResTable.Values)
{
ResNode temp = res;
AssetBundleManager.DeleteAssets(ref temp, true);
}
MainTexLoadedResTable.Clear();
ConfigDataList.Clear();
}
