public override void Decode(string tg, CfgData data)
{
switch (tg)
{
case "n": name = data.ToString(); break;
case "u": _usage = data.ToInt(); break;
case "e": data.Decode_Dictionary(out enm); break;
case "c": data.ToList(out _myCategories); break;
}
}
public override void Decode(string key, CfgData data)
{
switch (key)
{
case "b": data.Decode(base.Decode); break;
case "crn": _roundedCorners.DecodeFull(data); break;
case "hov": valueWhenOver = data.ToFloat(); break;
case "nrm": valueWhenOff = data.ToFloat(); break;
}
}
public void Decode(string tg, CfgData data)
{
switch (tg)
{
case "bkSrv": books.DecodeFull(data); break;
case "ptUI": showPlaytimeUI = data.ToBool(); break;
case "us": data.ToList(out users.all); break;
case "curUser": users.LoadUser(data.ToString()); break;
}
}
public virtual void Decode(string tg, CfgData data)
{
switch (tg)
{
case "n": NameForPEGI = data.ToString(); break;
case "s": data.ToList(out subCategories); break;
case "i": IndexForPEGI = data.ToInt(); break;
case "in": _inspected = data.ToInt(); break;
}
}
public void Decode(string tg, CfgData data)
{
switch (tg)
{
case "sc": targetSize = data.ToVector3(); break;
case "pos": targetLocalPosition = data.ToVector3(); break;
case "col": targetColor = data.ToColor(); break;
case "tCol": targetTextColor = data.ToColor(); break;
}
}
public override void Decode(string tg, CfgData data)
{
switch (tg)
{
case "b": data.Decode(base.Decode); break; //data.Decode_Base(base.Decode, this); break;
case "bg": visualStyleTag = data.ToString(); break;
case "sub": data.ToList(out coreNodes); break;
case "gn": data.ToList(out gameNodes, GameNodeBase.all); break;
}
}
public void Decode(string tg, CfgData data)
{
switch (tg)
{
case "pos": _positionLerp.TargetValue = data.ToVector3(); break;
case "rot": _rotationLerp.TargetValue = data.ToQuaternion(); break;
case "h": _heightLerp.TargetValue = data.ToFloat(); break;
case "sp": speed = data.ToFloat(); break;
}
}
public override void Decode(string key, CfgData data)
{
switch (key)
{
case "vrt": data.ToList(out meshPoints); break;
case "tri": data.ToList(out triangles); break;
case "n": meshName = data.ToString(); break;
case "grM": data.ToInt(ref maxGroupIndex); break;
case "sub": data.ToInt(ref subMeshCount); break;
case "wei": gotBoneWeights = data.ToBool(); break;
case "gcls": data.DecodeInto(out groupColors); break;
case "bv": data.ToList(out baseVertex); break;
case "biP": data.Decode_Array(out bindPoses); break;
case "UV2dR": data.ToInt(ref uv2DistributeRow); break;
case "UV2cur": data.ToInt(ref uv2DistributeCurrent); break;
case "sctdUV":
selectedUv = meshPoints[data.ToInt(0)].vertices[0]; break;
case "sctdTris":
selectedTriangle = triangles[data.ToInt(0)]; break;
default:
if (MeshToolBase.AllTools.IsNullOrEmpty())
{
break;
}
foreach (var t in MeshToolBase.allToolsWithPerMeshData)
{
var mt = t as MeshToolBase;
if (mt == null || !mt.StdTag.Equals(key))
{
continue;
}
mt.DecodeFull(data);
break;
}
break;
}
}
public override void Decode(string key, CfgData data)
{
switch (key)
{
case "pl":
data.ToList(out CameraModuleBase.modules, CameraModuleBase.all);
CameraModuleBase.RefreshModules();
break;
case "mm": MeshManager.DecodeFull(data); break;
case "rts": RenderTextureBuffersManager.renderBuffersSize = data.ToInt(0); break;
}
}
public override void Decode(string tg, CfgData data)
{
switch (tg)
{
case "b": data.Decode(base.Decode); break; //data.Decode_Base(base.Decode, this); break;
case "t": type = (BookLinkType)data.ToInt(); break;
case "lnk": linkedBookName = data.ToString(); break;
case "au": linkedBookAuthor = data.ToString(); break;
case "ep": bookEntryPoint = data.ToString(); break;
}
}
public void Decode(string key, CfgData data)
{
switch (key)
{
case "fU": Down(data.ToVector2()); break;
case "fP": Down(data.ToVector3()); break;
case "tU": uvTo = data.ToVector2(); break;
case "tP": posTo = data.ToVector3(); break;
case "Up": MouseUpEvent = true; break;
}
}
public virtual void Decode(string tg, CfgData data)
{
switch (tg)
{
case "t": _type = (ConditionBranchType)data.ToInt(0); break;
case "wb": data.ToList(out _branches); break;
case "v": data.ToList(out _conditions); break;
case "insB": _browsedBranch = data.ToInt(0); break;
case "ic": _browsedCondition = data.ToInt(0); break;
}
}
public override void Decode(string key, CfgData data)
{
switch (key)
{
case "ch": data.ToList(out _channel); break;
case "c": _isColor = data.ToBool(); break;
case "n": _name = data.ToString(); break;
case "b": bumpStrength = data.ToFloat(); break;
case "fc": fillColor = data.ToColor(); break;
}
}
private void DecodeStroke(string tg, CfgData data)
{
switch (tg)
{
case "trg": currentlyDecodedPainter.UpdateOrSetTexTarget(data.Equals("C") ? TexTarget.Texture2D : TexTarget.RenderTexture); break;
case "brush":
GlobalBrush.DecodeFull(data);
GlobalBrush.brush2DRadius *= parentMeta?.width ?? 256; break;
case "s":
currentlyDecodedPainter.stroke.DecodeFull(data);
GlobalBrush.Paint(currentlyDecodedPainter.PaintCommand);
break;
}
}
private static void LoadLanguageInfo(CfgData cfgData, LanguageInfo languageInfo)
{
if (cfgData.TryGetValue(GameConstants.SystemLanguagesKey, out var value) && (value != null))
{
languageInfo.Languages.Clear();
var languages = value.Split(',');
foreach (var language in languages)
{
languageInfo.Languages.Add(language.Trim());
}
}
if (cfgData.TryGetValue(GameConstants.CurrentLanguageKey, out value) && (value != null))
{
languageInfo.Current = value;
}
}
public override void Decode(string key, CfgData data)
{
switch (key)
{
case "typeGPU": data.ToInt(ref _inGpuBrushType); break;
case "typeCPU": data.ToInt(ref _inCpuBrushType); break;
case "size2D": brush2DRadius = data.ToFloat(); break;
case "size3D": brush3DRadius = data.ToFloat(); break;
case "useMask": useMask = data.ToBool(); break;
case "mask": mask = (ColorMask)data.ToInt(0); break;
case "modeCPU": data.ToInt(ref _inCpuBlitMode); break;
case "modeGPU": data.ToInt(ref _inGpuBlitMode); break;
case "bc": Color = data.ToColor(); break;
case "source": data.ToInt(ref selectedSourceTexture); break;
case "blur": blurAmount = data.ToFloat(); break;
case "decA": decalAngle = data.ToFloat(); break;
case "decNo": data.ToInt(ref selectedDecal); break;
case "Smask": data.ToInt(ref selectedSourceMask); break;
case "maskTil": maskTiling = data.ToFloat(); break;
case "maskFlip": flipMaskAlpha = data.ToBool(); break;
case "hard": hardness = data.ToFloat(); break;
case "Speed": _dFlow.Value = data.ToFloat(); break;
case "dSpeed": _dFlow.Decode(data); break;
case "dyn": data.Decode(out brushDynamic, BrushDynamic.Base.all); break;
case "maskOff": maskOffset = data.ToVector2(); break;
}
}
public virtual void Decode(string key, CfgData data)
{
switch (key)
{
case "en": enabled = data.ToBool(); break;
case "t": _targetIndex = data.ToInt(0); if (!enabled)
{
InitVals();
}
break;
case "vals": data.ToList(out links); sameSizeDataIndex = -1; break;
case "sameSize": sameSizeDataIndex = data.ToInt(0); InitVals(); break;
}
}
public void Decode(string tg, CfgData data)
{
switch (tg)
{
case "goto": nextOne = data.ToString(); break;
case "cnd": data.Decode(out conditions); break;
case "t": text.DecodeFull(data); break;
case "ts2b": text2.DecodeFull(data); break;
case "res": data.ToList(out results); break;
case "ins": _inspectedItems = data.ToInt(); break;
}
}
public override void Decode(string key, CfgData data)
{
switch (key)
{
case "gtuv": projectionUv = data.ToBool(); break;
case "offset": offset = data.ToVector2(); break;
case "tile": tiling = data.ToVector2(); break;
case "nrmWrap": projectorNormalThreshold01 = data.ToFloat(); break;
case "fr": projectFront = true; break;
case "mp": meshProcessors = true; break;
}
}
public void Decode(string key, CfgData data)
{
switch (key)
{
case "fov": fieldOfView = data.ToFloat(); break;
case "p": position = data.ToVector3(); break;
case "r": rotation = data.ToQuaternion(); break;
case "n": nearPlane = data.ToFloat(); break;
case "f": farPlane = data.ToFloat(); break;
case "l": localTransform = true; break;
}
}
public bool Save(CfgData data)
{
try
{
using var writer = File.CreateText(_fileName);
foreach (var row in data)
{
writer.WriteLine(row.ToString());
}
writer.Flush();
return(true);
}
catch (Exception e)
{
_logger.Error(e, $"Failed save file: {_fileName}");
return(false);
}
}
public virtual void Decode(string tg, CfgData data)
{
switch (tg)
{
case "name": name = data.ToString(); break;
case "cond": conditions.DecodeFull(data); break;
case "sub": data.ToList(out subBranches); break;
case "el": data.ToList(out elements); break;
case "ie": _inspectedElement = data.ToInt(); break;
case "is": _inspectedItems = data.ToInt(); break;
case "br": _inspectedBranch = data.ToInt(); break;
}
}
public bool CreateProfile(string profileName, CfgData profileData)
{
_logger.Info($"Create profile: {profileName}");
if (_profiles.ContainsKey(profileName))
{
_logger.Warn($"New profile name: {profileName} already exist");
return(false);
}
if (CreateProfilesDirectory())
{
var profileFile = new CfgFile(GetProfilePath(profileName));
if (profileFile.Save(profileData))
{
_profiles.Add(profileName, profileData);
return(true);
}
}
return(false);
}
public bool SaveProfile(string profileName, CfgData profileData)
{
_logger.Info($"Save profile: {profileName}");
if (!_profiles.ContainsKey(profileName))
{
_logger.Error($"Save profile: {profileName} not found");
return(false);
}
if (CreateProfilesDirectory())
{
var profileFile = new CfgFile(GetProfilePath(profileName));
if (profileFile.Save(profileData))
{
_profiles[profileName] = profileData;
return(true);
}
}
return(false);
}
public void Decode(string tg, CfgData data)
{
switch (tg)
{
case "gSys2": data.Decode_Dictionary(out presentationSystemPerNodeConfigs); break;
// DEPRECATED (TMP)
case "gSys":
Dictionary <string, CfgData> dicTmp;
data.Decode_Dictionary(out dicTmp);
foreach (var pair in dicTmp)
{
var cfg = new PresentationSystemConfigurations();
pair.Value.DecodeInto(out cfg.perNodeConfigs);
presentationSystemPerNodeConfigs[pair.Key] = cfg;
}
break;
}
}
public override void Decode(string key, CfgData data)
{
switch (key)
{
case "tf": data.ToList(out targetFields); break;
case "af": data.ToList(out atlasFields); break;
case "sf": data.ToList(out _srcFields); break;
case "n": NameForPEGI = data.ToString(); break;
case "rgb": _sRgb = data.ToBool(); break;
case "s": data.ToInt(ref _textureSize); break;
case "as": data.ToInt(ref _atlasSize); break;
}
}
public async Task <bool> SaveAsync(CfgData data)
{
try
{
using var writer = File.CreateText(_fileName);
foreach (var row in data)
{
await writer.WriteLineAsync(row.ToString()).ConfigureAwait(false);
}
await writer.FlushAsync().ConfigureAwait(false);
return(true);
}
catch (Exception e)
{
_logger.Error(e, $"Failed save file: {_fileName}");
return(false);
}
}
private static bool FixUserConfigLanguageInfo(CfgData cfgData, LanguageInfo languageInfo)
{
if (cfgData.Any())
{
var anyFieldFixed = cfgData.RemoveRow(GameConstants.SystemLanguagesKey) != null;
if (cfgData.TryGetValue(GameConstants.CurrentLanguageKey, out var value) && (value != null))
{
if (languageInfo.Languages.Contains(value))
{
languageInfo.Current = value;
}
else
{
cfgData.RemoveRow(GameConstants.CurrentLanguageKey);
anyFieldFixed = true;
}
}
return(anyFieldFixed);
}
return(false);
}
public void Decode(string key, CfgData data)
{
switch (key)
{
case "mdls":
Modules.DecodeFull(data);
break;
case "invCast":
invertRayCast = data.ToBool();
break;
case "m":
SavedEditableMesh = data;
break;
case "prn":
selectedMeshProfile = data.ToString();
break;
}
}
public void Decode(string tg, CfgData data)
{
switch (tg)
{
case "ref": referenceName = data.ToString(); break;
case "Conds": data.Decode(out conditions); break;
case "txts": texts.DecodeFull(data); break;
case "opt": data.ToList(out choices); break;
case "fin": data.ToList(out finalResults); break;
case "is": _inspectedItems = data.ToInt(); break;
case "bc": _inspectedChoice = data.ToInt(); break;
case "ir": _inspectedResult = data.ToInt(); break;
}
}
