static void CheckSecondRootView_Config(string[] splitString, string root, EditorSoundConfigData data)
{
//如果长度是2，表明，只在这个跟节点里而已，直接添加进去就行
if (splitString.Length == 1)
{
data.ParentTreeViewName = string.Empty;
data.HostTreeViewName = root;
ConfigRootTreeView[root].configList.Add(data);
}
else//如果不是，则看看次级节点
{
//第二根节点
string secondRoot = splitString[1];
//第二根节点已经存在,直接添加进去就行
if (ConfigSecondRootTreeView.ContainsKey(secondRoot))
{
data.HostTreeViewName = secondRoot;
data.ParentTreeViewName = root;
ConfigSecondRootTreeView[secondRoot].configList.Add(data);
}
else //不存在，新建一个,再添加进去
{
ConfigRootTreeView[root].ChildViewList.Add(secondRoot);
TreeViewNode nod = new TreeViewNode();
nod.TreeViewName = secondRoot;
nod.ParentTreeViewName = root;
nod.configList.Add(data);
data.HostTreeViewName = secondRoot;
data.ParentTreeViewName = root;
ConfigSecondRootTreeView.Add(secondRoot, nod);
}
}
}
private static void DeleteCurrentConfig()
{
CurrentSoundConfigTable.Remove(currentSelectedConfig.data.nID);
DeleteTreeView_Config(currentSelectedConfig);
SoundIDAllocator.Instance.PushUnUsedId(currentSelectedConfig.data.nID);
currentSelectedConfig = null;
}
static void DeleteTreeView_Config(EditorSoundConfigData s)
{
//是在根节点
if (ConfigRootTreeView.ContainsKey(s.HostTreeViewName))
{
ConfigRootTreeView[s.HostTreeViewName].configList.Remove(s);
}
else
{
if (ConfigSecondRootTreeView.ContainsKey(s.HostTreeViewName))
{
ConfigSecondRootTreeView[s.HostTreeViewName].configList.Remove(s);
}
}
}
static void GenerateHostTreeView_Config(EditorSoundConfigData s)
{
//如果assetbundlename是空的，直接扔到NewConfig里去
if (string.IsNullOrEmpty(s.data.AssetBundleName))
{
s.ParentTreeViewName = string.Empty;
s.HostTreeViewName = NewConfigRoot;
ConfigRootTreeView[NewConfigRoot].configList.Add(s);
return;
}
//用于判断的节点不能有后缀
string treepatch = s.data.AssetBundleName.Replace(".soundpkg", "");
//去掉sound头
treepatch = treepatch.Replace("sound/", "");
string[] splitString = treepatch.Split('/');
string root = splitString[0];
//如果根节点表里有这个节点
if (ConfigRootTreeView.ContainsKey(root))
{
s.ParentTreeViewName = string.Empty;
//再去检查第二根节点
CheckSecondRootView_Config(splitString, root, s);
}
else
{
//新建跟节点
TreeViewNode no = new TreeViewNode();
no.ParentTreeViewName = string.Empty;
no.TreeViewName = root;
ConfigRootTreeView.Add(root, no);
//再去检查第二根节点
CheckSecondRootView_Config(splitString, root, s);
}
}
private static void CreateNewConfig()
{
EditorSoundConfigData newdata = new EditorSoundConfigData();
newdata.data = new SoundConfigData();
newdata.data.nID = SoundIDAllocator.Instance.AllocId();
newdata.data.soundType = EMSoundType.Skill;
newdata.data.mixerGroupType = AudioMixerGroupType.Actor;
newdata.data.nMixerGroupIndex = 0;
newdata.data.bBypassEffect = false;
newdata.data.bBypassReverbZone = false;
newdata.data.bPlayOnAwake = true;
newdata.data.nPriority = 128;
newdata.data.fPitch = 1;
newdata.data.fStereoPan = 0;
newdata.data.fReverZoneMix = 1;
newdata.data.b3DSound = true;
newdata.data.fDopplerLv = 1;
newdata.data.nSpread = 0;
newdata.data.audioRoffType = AudioRolloffMode.Logarithmic;
newdata.data.fMinDistance = 1;
newdata.data.fMaxDistance = 15;
newdata.data.nPlayTimes = 1;
newdata.data.fDuartion = 0;
newdata.data.fDelayPlayTime = 0;
newdata.data.fIntervalBetweenPlayTimes = 0;
newdata.data.AssetBundleName = string.Empty;
newdata.data.AssetName = string.Empty;
newdata.data.AssetGUID = string.Empty;
newdata.data.szDependAssetGUID = string.Empty;
newdata.HostTreeViewName = DefaultRoot;
SoundIDAllocator.Instance.AcceptAlloc();
CurrentSoundConfigTable.Add(newdata.data.nID, newdata);
currentSelectedConfig = newdata;
ConfigRootTreeView[NewConfigRoot].configList.Add(newdata);
GenerateHostTreeView_Config(currentSelectedConfig);
CloseAllTreeView();
OpenTreeView(currentSelectedConfig.HostTreeViewName);
}
private static void LoadSoundConfig()
{
string patch = GetConfigPatch();
//if (!File.Exists(patch))
//{
// return;
//}
//string stSchemeAllText = System.IO.File.ReadAllText(patch);
////去掉\n,因为ScpReader以"\r"分割
//stSchemeAllText = stSchemeAllText.Replace("\n", "");
////再干掉最后的"\r"
//stSchemeAllText = stSchemeAllText.Remove(stSchemeAllText.Length - 1, 1);
//ScpReader SoundReader = new ScpReader(stSchemeAllText, "SoundConfig", 2);
ScpReader SoundReader = new ScpReader(patch, true, 2);
// 遍歷整個表并存儲起來
for (int i = 0; i < SoundReader.GetRecordCount(); ++i)
{
EditorSoundConfigData cfgData = new EditorSoundConfigData();
cfgData.data = new SoundConfigData();
cfgData.data.nID = SoundReader.GetInt(i, (int)SoundConfigCol.COL_ID, 0);
cfgData.data.soundType = (EMSoundType)SoundReader.GetInt(i, (int)SoundConfigCol.COL_Type, 2);
cfgData.data.mixerGroupType = (AudioMixerGroupType)SoundReader.GetInt(i, (int)SoundConfigCol.COL_MixerGroupType, 1);
cfgData.data.nMixerGroupIndex = SoundReader.GetInt(i, (int)SoundConfigCol.COL_MixerGroupIndex, 0);
cfgData.data.bBypassEffect = SoundReader.GetInt(i, (int)SoundConfigCol.COL_BypassEffect, 0) > 0;
cfgData.data.bBypassReverbZone = SoundReader.GetInt(i, (int)SoundConfigCol.COL_BypassReverbZone, 0) > 0;
cfgData.data.bPlayOnAwake = SoundReader.GetInt(i, (int)SoundConfigCol.COL_PlayOnAwake, 1) > 0;
cfgData.data.nPriority = Mathf.Clamp(SoundReader.GetInt(i, (int)SoundConfigCol.COL_Priority, 128), 0, 256);
cfgData.data.fPitch = Mathf.Clamp(SoundReader.GetFloat(i, (int)SoundConfigCol.COL_Pitch, 1), -3.0f, 3.0f);
cfgData.data.fStereoPan = Mathf.Clamp(SoundReader.GetFloat(i, (int)SoundConfigCol.COL_StereoPan, 0), -1.0f, 1.0f);
cfgData.data.fReverZoneMix = Mathf.Clamp(SoundReader.GetFloat(i, (int)SoundConfigCol.COL_ReverZoneMix, 1), 0, 1.1f);
cfgData.data.b3DSound = SoundReader.GetInt(i, (int)SoundConfigCol.COL_3DSound, 1) > 0;
cfgData.data.fDopplerLv = Mathf.Clamp(SoundReader.GetFloat(i, (int)SoundConfigCol.COL_DopplerLv, 1), 0, 5.0f);
cfgData.data.nSpread = Mathf.Clamp(SoundReader.GetInt(i, (int)SoundConfigCol.COL_Spread, 0), 0, 360);;
cfgData.data.audioRoffType = (AudioRolloffMode)SoundReader.GetInt(i, (int)SoundConfigCol.COL_RolloffMode, 0);
cfgData.data.fMinDistance = SoundReader.GetFloat(i, (int)SoundConfigCol.COL_MinDistance, 1);
cfgData.data.fMaxDistance = SoundReader.GetFloat(i, (int)SoundConfigCol.COL_MaxDistance, 15);
cfgData.data.nPlayTimes = SoundReader.GetInt(i, (int)SoundConfigCol.COL_PlayTimes, 1);
cfgData.data.fDuartion = SoundReader.GetFloat(i, (int)SoundConfigCol.COL_Duartion, 0);
cfgData.data.fDelayPlayTime = SoundReader.GetFloat(i, (int)SoundConfigCol.COL_DelayTime, 0);
cfgData.data.fIntervalBetweenPlayTimes = SoundReader.GetFloat(i, (int)SoundConfigCol.COL_IntervalBetweenPlayTimes, 0);
cfgData.data.AssetBundleName = SoundReader.GetString(i, (int)SoundConfigCol.COL_AssetBundleName, "");
cfgData.data.AssetName = SoundReader.GetString(i, (int)SoundConfigCol.COL_AssetName, "");
cfgData.data.AssetGUID = SoundReader.GetString(i, (int)SoundConfigCol.COL_AssetGUID, "");
cfgData.data.AssetSize_X = SoundReader.GetFloat(i, (int)SoundConfigCol.COL_AssetSize_X, -1);
cfgData.data.AssetSize_Y = SoundReader.GetFloat(i, (int)SoundConfigCol.COL_AssetSize_Y, -1);
cfgData.data.szDependAssetGUID = SoundReader.GetString(i, (int)SoundConfigCol.COL_DependAssetGUID, "");
cfgData.HostTreeViewName = string.Empty;
CurrentSoundConfigTable.Add(cfgData.data.nID, cfgData);
SoundIDAllocator.Instance.PushUsedId(cfgData.data.nID);
}
SoundIDAllocator.Instance.CalculateUnUsedID();
SoundReader.Dispose();
SoundReader = null;
currentSelectedConfig = null;
GenrateConfigTreeView();
}
