public override void Decode(string key, CfgData data)
{
switch (key)
{
case "rtr":
_enableRayTracing = true;
break;
case "mFiv":
minFov = data.ToFloat();
break;
case "mFov":
maxFov = data.ToFloat();
break;
case "smth":
smoothing = data.ToFloat();
break;
case "cam":
rayTraceCameraConfiguration.DecodeFull(data);
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 "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;
}
}
// return changed;
// }
#endregion
#region Encode & Decode
public override void Decode(string key, CfgData data)
{
switch (key)
{
case "j": jitterStrength = data.ToFloat(); break;
}
}
public override void Decode(string key, CfgData data)
{
switch (key)
{
case "s": size = data.ToFloat(); break;
}
}
public override void Decode(string tg, CfgData data)
{
switch (tg)
{
case "expVis": data.Decode(out _nodeEnteredVisuals); break;
case "subVis": data.Decode(out _nodeActiveDefaultVisuals); break;
case "disVis": data.Decode(out _nodeInactiveVisuals); break;
case "bg_cfg": source.visualStyleConfigs[BoxButtons.classTag] = data; break;
case "bg_cfgs": data.Decode_Dictionary(out source.visualStyleConfigs); break;
case "URL": imageUrl = data.ToString(); break;
case "imgScl": _imageScaling = data.ToFloat(); break;
case "imgMd": _mode = (ImageMode)data.ToInt(); break;
case "hidTxt": _hideLabel = data.ToBool(); break;
case "m": MeshObjectGetOrCreate().DecodeFull(data); break;
}
}
public static void DecodeWeather(string tg, CfgData data)
{
switch (tg)
{
case "sh": shadowStrength.TargetValue = data.ToFloat(); break;
case "sdst": shadowDistance.DecodeFull(data); break;
case "sc": skyColor.targetValue = data.ToColor(); break;
case "fg": RenderSettings.fog = data.ToBool(); break;
case "fogD": fogDistance.DecodeFull(data); break;
case "fogDen": fogDensity.DecodeFull(data); break;
case "fogCol": fogColor.targetValue = data.ToColor(); break;
case "lr": mainLightRotation.DecodeFull(data); break;
case "lcol": mainLightColor.DecodeFull(data); break;
case "lint": mainLightIntensity.DecodeFull(data); break;
case "br": brightness.DecodeFull(data); break;
case "bl": colorBleed.DecodeFull(data); 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 override void Decode(string key, CfgData data)
{
switch (key)
{
case "v": _edgeValue = data.ToFloat(); break;
case "doCol": _alsoDoColor = data.ToBool(); break;
case "fe": _editingFlexibleEdge = data.ToBool(); break;
}
}
// .Add("m", _painter.EncodeMeshStuff)
// .Add_IfNotEmpty("mat", _materialTag);
public override void Decode(string tg, CfgData data)
{
switch (tg)
{
case "pos": relativePosition = data.ToVector3(); break;
case "s": relativeZoom = data.ToFloat(); break;
//case "m": _painter.Decode(data); break;
//case "mat": _materialTag = data; break;
}
}
public override void Decode(string tg, CfgData data)
{
switch (tg)
{
case "m": targetMusic = data.ToString(); break;
case "tr": transitionType = (TransitionType)data.ToInt(); break;
case "len": _transitionLength = data.ToFloat(); 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;
}
}
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 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;
}
}