public override Node Convert(ParsedNode node, Node[] children)
{
return(new ExponentialHeightFogComponent(
node.FindAttributeValue("Name"),
ValueUtil.ParseResourceReference(node.FindAttributeValue("Archetype")),
ValueUtil.ParseVector3(node.FindPropertyValue("RelativeLocation")),
ValueUtil.ParseRotator(node.FindPropertyValue("RelativeRotation")),
ValueUtil.ParseVector3(node.FindPropertyValue("RelativeScale3D") ?? "(X=1.0,Y=1.0,Z=1.0)"),
children,
ValueUtil.ParseMobility(node.FindPropertyValue("Mobility")),
ValueUtil.ParseFloat(node.FindPropertyValue("FogDensity") ?? "0.02"),
ValueUtil.ParseFloat(node.FindPropertyValue("FogHeightFalloff") ?? "0.2"),
ValueUtil.ParseVector4(node.FindPropertyValue("FogInscatteringColor") ?? "(R=0.447,G=0.638,B=1.0,A=1.0)"),
ValueUtil.ParseResourceReference(node.FindPropertyValue("InscatteringColorCubemap")),
ValueUtil.ParseFloat(node.FindPropertyValue("InscatteringColorCubemapAngle")),
ValueUtil.ParseVector4(node.FindPropertyValue("InscatteringTextureTint") ?? "(R=1.354348,G=1.0,B=1.0,A=1.0)"),
ValueUtil.ParseFloat(node.FindPropertyValue("FullyDirectionalInscatteringColorDistance") ?? "670857.125"),
ValueUtil.ParseFloat(node.FindPropertyValue("FogMaxOpacity") ?? "1.0"),
ValueUtil.ParseFloat(node.FindPropertyValue("StartDistance")),
ValueUtil.ParseFloat(node.FindPropertyValue("FogCutoffDistance")),
ValueUtil.ParseBoolean(node.FindPropertyValue("bEnableVolumetricFog")),
ValueUtil.ParseFloat(node.FindPropertyValue("VolumetricFogScatteringDistribution") ?? "0.2"),
ValueUtil.ParseVector4(node.FindPropertyValue("VolumetricFogAlbedo") ?? "(R=255,G=255,B=255,A=255)"),
ValueUtil.ParseVector4(node.FindPropertyValue("VolumetricFogEmissive")),
ValueUtil.ParseFloat(node.FindPropertyValue("VolumetricFogExtinctionScale") ?? "1.0"),
ValueUtil.ParseFloat(node.FindPropertyValue("VolumetricFogDistance") ?? "6000.0"),
ValueUtil.ParseFloat(node.FindPropertyValue("VolumetricFogStaticLightingScatteringIntensity") ?? "1.0"),
ValueUtil.ParseBoolean(node.FindPropertyValue("bOverrideLightColorsWithFogInscatteringColors"))
));
}
public IEnumerator GetAllPlayerData()
{
GetPlayerCombinedInfoRequest req = new GetPlayerCombinedInfoRequest();
req.InfoRequestParameters = new GetPlayerCombinedInfoRequestParams();
req.InfoRequestParameters.GetPlayerProfile = true;
req.InfoRequestParameters.GetPlayerStatistics = true;
req.InfoRequestParameters.GetTitleData = true;
req.InfoRequestParameters.GetUserData = true;
req.InfoRequestParameters.GetUserInventory = true;
req.InfoRequestParameters.GetUserReadOnlyData = true;
req.InfoRequestParameters.GetUserVirtualCurrency = true;
Action <Action <GetPlayerCombinedInfoResult>, Action <PlayFabError> > apiCall = (onsuccess, onError) =>
{
PlayFabClientAPI.GetPlayerCombinedInfo(req, onsuccess, onError);
};
yield return(ExecuteApiCallWithRetry(apiCall, busyIndicatorAfterSec: 0.0f, messageBoxAfterSec: 4.0f));
if (OfflineMode)
{
LastResult = ValueUtil.GetTestCombinedInfo();
}
}
public override Node Convert(ParsedNode node, Node[] children)
{
return(new Material(
node.FindAttributeValue("Name"),
ValueUtil.ParseInteger(node.FindPropertyValue("EditorX")),
ValueUtil.ParseInteger(node.FindPropertyValue("EditorX")),
children,
ValueUtil.ParseAttributeList(node.FindPropertyValue("AmbientOcclusion")),
ValueUtil.ParseShadingModel(node.FindPropertyValue("ShadingModel")),
ValueUtil.ParseBlendMode(node.FindPropertyValue("BlendMode")),
ValueUtil.ParseDecalBlendMode(node.FindPropertyValue("DecalBlendMode")),
ValueUtil.ParseMaterialDomain(node.FindPropertyValue("MaterialDomain")),
ValueUtil.ParseTranslucencyLightingMode(node.FindPropertyValue("TranslucencyLightingMode")),
ValueUtil.ParseBoolean(node.FindPropertyValue("TwoSided")),
ValueUtil.ParseAttributeList(node.FindPropertyValue("BaseColor")),
ValueUtil.ParseAttributeList(node.FindPropertyValue("Metallic")),
ValueUtil.ParseAttributeList(node.FindPropertyValue("Normal")),
ValueUtil.ParseAttributeList(node.FindPropertyValue("Refraction")),
ValueUtil.ParseAttributeList(node.FindPropertyValue("Roughness")),
ValueUtil.ParseAttributeList(node.FindPropertyValue("Specular")),
ValueUtil.ParseAttributeList(node.FindPropertyValue("EmissiveColor")),
ValueUtil.ParseAttributeList(node.FindPropertyValue("Opacity")),
ValueUtil.ParseAttributeList(node.FindPropertyValue("OpacityMask")),
ValueUtil.ParseFloat(node.FindPropertyValue("OpacityMaskClipValue") ?? "0.33"),
ValueUtil.ParseExpressionReferenceArray(node.FindProperty("Expressions")?.Elements),
ValueUtil.ParseExpressionReferenceArray(node.FindProperty("EditorComments")?.Elements),
ValueUtil.ParseInteger(node.FindPropertyValue("TextureStreamingDataVersion") ?? "1"),
ValueUtil.ParseAttributeListArray(node.FindProperty("TextureStreamingData")?.Elements),
ValueUtil.ParseBoolean(node.FindPropertyValue("DitherOpacityMask"))
));
}
public IEnumerator GetAllValuesFromServer()
{
// Xp
// Tickets
// Credits
// Jackpot status
// Minigame status
// Flashing between login and getting data is annoying.
yield return(Server.Instance.GetAllPlayerData());
var result = (GetPlayerCombinedInfoResult)Server.Instance.LastResult;
// set distribution in rollSequencer
// update jackpot letters
// update credits and tickets
// TODO: jackpot timestamp and growthrate
Credits = ValueUtil.GetValue <int, int>(result.InfoResultPayload.UserVirtualCurrency, KeyCredits);
Tickets = ValueUtil.GetValue <int, int>(result.InfoResultPayload.UserVirtualCurrency, KeyTickets);
Xp = ValueUtil.GetUserReadOnlyValue <long>(result.InfoResultPayload.UserReadOnlyData, KeyXp);
Donees = ValueUtil.ParseJsonData <List <Donee> >(result.InfoResultPayload.TitleData, "donees");
Distribution = ValueUtil.ParseJsonData <List <IconProbability> >(result.InfoResultPayload.TitleData, "externalDistribution");
CalcDerivedValuesFromXp(Xp);
}
public void Parse(ushort[] src, int startIndex, int count)
{
//ClearRegs();
if ((src == null) || (src.Length <= 0))
{
return;
}
ushort[] buf = ValueUtil.StructToBuff <ushort, common.devices.USM.MbUsmRegisters>(USM_Reg);
int end = startIndex + count;
for (int i = startIndex; i < end; i++)
{
if (i >= buf.Length)
{
break;
}
if (i >= src.Length)
{
break;
}
buf[i] = src[i];
}
USM_Reg = ValueUtil.BufToStruct <common.devices.USM.MbUsmRegisters, ushort>(buf);
}
private string FindNameFromParameterInfo(ParsedPropertyBag parameter)
{
// FIXME: this should be handled by the parser
var tmpBag = ValueUtil.ParseAttributeList(parameter.FindPropertyValue("ParameterInfo"));
return(tmpBag.FindPropertyValue("Name"));
}
public override Node Convert(ParsedNode node, Node[] children)
{
return(new MaterialExpressionVertexColor(
node.FindAttributeValue("Name"),
ValueUtil.ParseInteger(node.FindPropertyValue("MaterialExpressionEditorX")),
ValueUtil.ParseInteger(node.FindPropertyValue("MaterialExpressionEditorY"))
));
}
public override void CreateConnections(MaterialExpressionAppendVector unrealNode, Material unrealMaterial, ShaderGraphBuilder builder)
{
if (unrealNode.A != null)
{
var a = unrealMaterial.ResolveExpressionReference(
ValueUtil.ParseExpressionReference(unrealNode.A.FindPropertyValue("Expression"))
);
var aSlot = builder.FindSlot <MaterialSlot>(a?.Name, unrealNode.Name, 0, unrealNode.A);
if (aSlot.concreteValueType == ConcreteSlotValueType.Vector4 || aSlot.concreteValueType == ConcreteSlotValueType.Vector3)
{
builder.Connect(a?.Name, unrealNode.Name, 0, unrealNode.A);
builder.Connect(a?.Name, unrealNode.Name, 1, unrealNode.A);
builder.Connect(a?.Name, unrealNode.Name, 2, unrealNode.A);
}
else if (aSlot.concreteValueType == ConcreteSlotValueType.Vector2)
{
builder.Connect(a?.Name, unrealNode.Name, 0, unrealNode.A);
builder.Connect(a?.Name, unrealNode.Name, 1, unrealNode.A);
}
else if (aSlot.concreteValueType == ConcreteSlotValueType.Vector1)
{
builder.Connect(a?.Name, unrealNode.Name, 0, unrealNode.A);
}
else
{
throw new System.Exception("FIXME: unhandled vector type");
}
}
if (unrealNode.B != null)
{
var b = unrealMaterial.ResolveExpressionReference(
ValueUtil.ParseExpressionReference(unrealNode.B.FindPropertyValue("Expression"))
);
var bSlot = builder.FindSlot <MaterialSlot>(b?.Name, unrealNode.Name, 0, unrealNode.B);
if (bSlot.concreteValueType == ConcreteSlotValueType.Vector4 || bSlot.concreteValueType == ConcreteSlotValueType.Vector3)
{
builder.Connect(b?.Name, unrealNode.Name, 0, unrealNode.B);
builder.Connect(b?.Name, unrealNode.Name, 1, unrealNode.B);
builder.Connect(b?.Name, unrealNode.Name, 2, unrealNode.B);
}
else if (bSlot.concreteValueType == ConcreteSlotValueType.Vector2)
{
builder.Connect(b?.Name, unrealNode.Name, 1, unrealNode.B);
builder.Connect(b?.Name, unrealNode.Name, 2, unrealNode.B);
}
else if (bSlot.concreteValueType == ConcreteSlotValueType.Vector1)
{
builder.Connect(b?.Name, unrealNode.Name, 1, unrealNode.B);
}
else
{
throw new System.Exception("FIXME: unhandled vector type");
}
}
}
public override Node Convert(ParsedNode node, Node[] children)
{
return(new MaterialExpressionWorldPosition(
node.FindAttributeValue("Name"),
ValueUtil.ParseInteger(node.FindPropertyValue("MaterialExpressionEditorX")),
ValueUtil.ParseInteger(node.FindPropertyValue("MaterialExpressionEditorY")),
ValueUtil.ParseWorldPositionIncludedOffsets(node.FindPropertyValue("WorldPositionIncludedOffsets"))
));
}
public override Node Convert(ParsedNode node, Node[] children)
{
return(new MaterialExpressionNormalize(
node.FindAttributeValue("Name"),
ValueUtil.ParseInteger(node.FindPropertyValue("MaterialExpressionEditorX")),
ValueUtil.ParseInteger(node.FindPropertyValue("MaterialExpressionEditorY")),
ValueUtil.ParseAttributeList(node.FindPropertyValue("VectorInput"))
));
}
private ParsedDocument FindUnrealMaterialByInstanceDocument(ParsedDocument document)
{
var parentValue = document.RootNode.FindPropertyValue("Parent");
var parentExpr = ValueUtil.ParseExpressionReference(parentValue);
// TODO: check on filesystem to see if the parent has already been converted
return(FindUnrealMaterialByFileName(parentExpr.NodeName));
}
public override Node Convert(ParsedNode node, Node[] children)
{
return(new MaterialExpressionSine(
node.FindAttributeValue("Name"),
ValueUtil.ParseInteger(node.FindPropertyValue("MaterialExpressionEditorX")),
ValueUtil.ParseInteger(node.FindPropertyValue("MaterialExpressionEditorY")),
ValueUtil.ParseAttributeList(node.FindPropertyValue("Input")),
ValueUtil.ParseFloat(node.FindPropertyValue("Period") ?? "1.0")
));
}
public override Node Convert(ParsedNode node, Node[] children)
{
return(new MaterialExpressionTextureObject(
node.FindAttributeValue("Name"),
ValueUtil.ParseInteger(node.FindPropertyValue("MaterialExpressionEditorX")),
ValueUtil.ParseInteger(node.FindPropertyValue("MaterialExpressionEditorY")),
ValueUtil.ParseResourceReference(node.FindPropertyValue("Texture")),
ValueUtil.ParseSamplerType(node.FindPropertyValue("SamplerType"))
));
}
public void EscapeFilterValue_RFC4515(string input, string expected)
{
var util = new ValueUtil(new CompilerOptions()
{
Target = RFCTarget.RFC4515
});
var actual = util.EscapeFilterValue(input);
Assert.Equal(expected, actual);
}
public override Node Convert(ParsedNode node, Node[] children)
{
return(new MaterialExpressionVectorParameter(
node.FindAttributeValue("Name"),
ValueUtil.ParseInteger(node.FindPropertyValue("MaterialExpressionEditorX")),
ValueUtil.ParseInteger(node.FindPropertyValue("MaterialExpressionEditorY")),
node.FindPropertyValue("ParameterName") ?? "Param",
ValueUtil.ParseVector4(node.FindPropertyValue("DefaultValue"))
));
}
public override Node Convert(ParsedNode node, Node[] children)
{
return(new MaterialExpressionSceneDepth(
node.FindAttributeValue("Name"),
ValueUtil.ParseInteger(node.FindPropertyValue("MaterialExpressionEditorX")),
ValueUtil.ParseInteger(node.FindPropertyValue("MaterialExpressionEditorY")),
ValueUtil.ParseMaterialSceneAttributeInputMode(node.FindPropertyValue("InputMode")),
ValueUtil.ParseAttributeList(node.FindPropertyValue("Input")),
ValueUtil.ParseVector2(node.FindPropertyValue("ConstInput"))
));
}
public override Node Convert(ParsedNode node, Node[] children)
{
return(new MaterialExpressionSceneTexture(
node.FindAttributeValue("Name"),
ValueUtil.ParseInteger(node.FindPropertyValue("MaterialExpressionEditorX")),
ValueUtil.ParseInteger(node.FindPropertyValue("MaterialExpressionEditorY")),
ValueUtil.ParseAttributeList(node.FindPropertyValue("Coordinates")),
ValueUtil.ParseSceneTextureId(node.FindPropertyValue("SceneTextureId")),
ValueUtil.ParseBoolean(node.FindPropertyValue("bFiltered"))
));
}
public override Node Convert(ParsedNode node, Node[] children)
{
return(new MaterialExpressionTransform(
node.FindAttributeValue("Name"),
ValueUtil.ParseInteger(node.FindPropertyValue("MaterialExpressionEditorX")),
ValueUtil.ParseInteger(node.FindPropertyValue("MaterialExpressionEditorY")),
ValueUtil.ParseAttributeList(node.FindPropertyValue("Input")),
ValueUtil.ParseMaterialVectorCoordTransformSource(node.FindPropertyValue("TransformSourceType")),
ValueUtil.ParseMaterialVectorCoordTransform(node.FindPropertyValue("TransformType"))
));
}
public override Node Convert(ParsedNode node, Node[] children)
{
return(new MaterialExpressionDesaturation(
node.FindAttributeValue("Name"),
ValueUtil.ParseInteger(node.FindPropertyValue("MaterialExpressionEditorX")),
ValueUtil.ParseInteger(node.FindPropertyValue("MaterialExpressionEditorY")),
ValueUtil.ParseBoolean(node.FindPropertyValue("bCollapsed")),
ValueUtil.ParseAttributeList(node.FindPropertyValue("Input")),
ValueUtil.ParseAttributeList(node.FindPropertyValue("Fraction"))
));
}
public override Node Convert(ParsedNode node, Node[] children)
{
return(new MaterialExpressionTextureSampleParameter2D(
node.FindAttributeValue("Name"),
ValueUtil.ParseInteger(node.FindPropertyValue("MaterialExpressionEditorX")),
ValueUtil.ParseInteger(node.FindPropertyValue("MaterialExpressionEditorY")),
node.FindPropertyValue("ParameterName") ?? "Param",
ValueUtil.ParseAttributeList(node.FindPropertyValue("Coordinates")),
ValueUtil.ParseResourceReference(node.FindPropertyValue("Texture")),
ValueUtil.ParseSamplerType(node.FindPropertyValue("SamplerType"))
));
}
public override Node Convert(ParsedNode node, Node[] children)
{
return(new MaterialExpressionTextureCoordinate(
node.FindAttributeValue("Name"),
ValueUtil.ParseInteger(node.FindPropertyValue("MaterialExpressionEditorX")),
ValueUtil.ParseInteger(node.FindPropertyValue("MaterialExpressionEditorY")),
ValueUtil.ParseBoolean(node.FindPropertyValue("bCollapsed")),
ValueUtil.ParseInteger(node.FindPropertyValue("CoordinateIndex")),
ValueUtil.ParseFloat(node.FindPropertyValue("UTiling") ?? "1.0"),
ValueUtil.ParseFloat(node.FindPropertyValue("VTiling") ?? "1.0")
));
}
public override Node Convert(ParsedNode node, Node[] children)
{
return(new MaterialExpressionStaticSwitchParameter(
node.FindAttributeValue("Name"),
ValueUtil.ParseInteger(node.FindPropertyValue("MaterialExpressionEditorX")),
ValueUtil.ParseInteger(node.FindPropertyValue("MaterialExpressionEditorY")),
node.FindPropertyValue("ParameterName") ?? "Param",
ValueUtil.ParseBoolean(node.FindPropertyValue("DefaultValue")),
ValueUtil.ParseAttributeList(node.FindPropertyValue("A")),
ValueUtil.ParseAttributeList(node.FindPropertyValue("B"))
));
}
public override Node Convert(ParsedNode node, Node[] children)
{
ParsedProperty expressionList = node.FindProperty("Expressions");
return(new MaterialInstance(
node.FindAttributeValue("Name"),
children,
ValueUtil.ParseAttributeListArray(node.FindProperty("ScalarParameterValues")?.Elements),
ValueUtil.ParseAttributeListArray(node.FindProperty("TextureParameterValues")?.Elements),
ValueUtil.ParseAttributeListArray(node.FindProperty("VectorParameterValues")?.Elements)
));
}
public override Node Convert(ParsedNode node, Node[] children)
{
return(new ExponentialHeightFog(
node.FindAttributeValue("Name"),
ValueUtil.ParseResourceReference(node.FindAttributeValue("Archetype")),
node.FindPropertyValue("ActorLabel"),
ValueUtil.ParseSpawnCollisionHandlingMethod(node.FindPropertyValue("SpawnCollisionHandlingMethod")),
node.FindPropertyValue("FolderPath"),
node.FindPropertyValue("RootComponent"),
children
));
}
public override Node Convert(ParsedNode node, Node[] children)
{
return(new MaterialExpressionDepthFade(
node.FindAttributeValue("Name"),
ValueUtil.ParseInteger(node.FindPropertyValue("MaterialExpressionEditorX")),
ValueUtil.ParseInteger(node.FindPropertyValue("MaterialExpressionEditorY")),
ValueUtil.ParseExpressionReference(node.FindPropertyValue("InOpacity")),
ValueUtil.ParseExpressionReference(node.FindPropertyValue("FadeDistance")),
ValueUtil.ParseFloat(node.FindPropertyValue("OpacityDefault") ?? "1.0"),
ValueUtil.ParseFloat(node.FindPropertyValue("FadeDistanceDefault") ?? "100.0")
));
}
public override Node Convert(ParsedNode node, Node[] children)
{
return(new MaterialExpressionPower(
node.FindAttributeValue("Name"),
ValueUtil.ParseInteger(node.FindPropertyValue("MaterialExpressionEditorX")),
ValueUtil.ParseInteger(node.FindPropertyValue("MaterialExpressionEditorY")),
ValueUtil.ParseBoolean(node.FindPropertyValue("bCollapsed")),
ValueUtil.ParseAttributeList(node.FindPropertyValue("Base")),
ValueUtil.ParseAttributeList(node.FindPropertyValue("Exponent")),
ValueUtil.ParseFloat(node.FindPropertyValue("ConstExponent") ?? "2.0")
));
}
public override Node Convert(ParsedNode node, Node[] children)
{
return(new DecalComponent(
node.FindAttributeValue("Name"),
ValueUtil.ParseResourceReference(node.FindAttributeValue("Archetype")),
ValueUtil.ParseVector3(node.FindPropertyValue("RelativeLocation")),
ValueUtil.ParseRotator(node.FindPropertyValue("RelativeRotation")),
ValueUtil.ParseVector3(node.FindPropertyValue("RelativeScale3D") ?? "(X=1.0,Y=1.0,Z=1.0)"),
children,
ValueUtil.ParseResourceReference(node.FindPropertyValue("DecalMaterial")),
ValueUtil.ParseVector3(node.FindPropertyValue("DeclSize") ?? "(X=128.0,Y=256.0,Z=256.0)")
));
}
public override Node Convert(ParsedNode node, Node[] children)
{
return(new MaterialExpressionComponentMask(
node.FindAttributeValue("Name"),
ValueUtil.ParseInteger(node.FindPropertyValue("MaterialExpressionEditorX")),
ValueUtil.ParseInteger(node.FindPropertyValue("MaterialExpressionEditorY")),
ValueUtil.ParseExpressionReference(node.FindPropertyValue("Input")),
ValueUtil.ParseBoolean(node.FindPropertyValue("R")),
ValueUtil.ParseBoolean(node.FindPropertyValue("G")),
ValueUtil.ParseBoolean(node.FindPropertyValue("B")),
ValueUtil.ParseBoolean(node.FindPropertyValue("A"))
));
}
public override Node Convert(ParsedNode node, Node[] children)
{
return(new MaterialExpressionRotateAboutAxis(
node.FindAttributeValue("Name"),
ValueUtil.ParseInteger(node.FindPropertyValue("MaterialExpressionEditorX")),
ValueUtil.ParseInteger(node.FindPropertyValue("MaterialExpressionEditorY")),
ValueUtil.ParseAttributeList(node.FindPropertyValue("NormalizedRotationAxis")),
ValueUtil.ParseAttributeList(node.FindPropertyValue("RotationAngle")),
ValueUtil.ParseAttributeList(node.FindPropertyValue("PivotPoint")),
ValueUtil.ParseAttributeList(node.FindPropertyValue("Position")),
ValueUtil.ParseFloat(node.FindPropertyValue("Period") ?? "1.0")
));
}
public override Node Convert(ParsedNode node, Node[] children)
{
return(new MaterialExpressionFresnel(
node.FindAttributeValue("Name"),
ValueUtil.ParseInteger(node.FindPropertyValue("MaterialExpressionEditorX")),
ValueUtil.ParseInteger(node.FindPropertyValue("MaterialExpressionEditorY")),
ValueUtil.ParseAttributeList(node.FindPropertyValue("BaseReflectFractionIn")),
ValueUtil.ParseFloat(node.FindPropertyValue("BaseReflectFraction") ?? "0.04"),
ValueUtil.ParseAttributeList(node.FindPropertyValue("ExponentIn")),
ValueUtil.ParseFloat(node.FindPropertyValue("Exponent") ?? "5.0"),
ValueUtil.ParseAttributeList(node.FindPropertyValue("Power")),
ValueUtil.ParseAttributeList(node.FindPropertyValue("Normal"))
));
}
