internal protected override bool TryParse(JsonReader reader)
{
// get values
if (base.TryParse(reader))
{
return(true);
}
switch (reader.Path)
{
case "Overcast":
Overcast = reader.AsFloat(Overcast); break;
case "OvercastVariation":
Variation = reader.AsFloat(Variation); break;
case "OvercastRateOfChange":
RateOfChange = reader.AsFloat(RateOfChange); break;
case "OvercastVisibility":
Visibility = reader.AsFloat(Visibility); break;
default: return(false);
}
return(true);
}
protected override bool TryParse(JsonReader item)
{
if (base.TryParse(item))
{
return(true);
}
switch (item.Path)
{
case "FogVisibility": FogVisibilityM = item.AsFloat(FogVisibilityM); break;
case "FogSetTime": FogSetTimeS = item.AsFloat(FogSetTimeS); break;
case "FogLiftTime": FogLiftTimeS = item.AsFloat(FogLiftTimeS); break;
case "FogOvercast": FogOvercast = item.AsFloat(FogOvercast); break;
default: return(false);
}
return(true);
}
protected override bool TryParse(JsonReader item)
{
if (base.TryParse(item))
{
return(true);
}
switch (item.Path)
{
case "Overcast": Overcast = item.AsFloat(Overcast); break;
case "OvercastVariation": OvercastVariation = item.AsFloat(OvercastVariation); break;
case "OvercastRateOfChange": OvercastRateOfChange = item.AsFloat(OvercastRateOfChange); break;
case "OvercastVisibility": OvercastVisibility = item.AsFloat(OvercastVisibility); break;
default: return(false);
}
return(true);
}
internal protected override bool TryParse(JsonReader reader)
{
if (base.TryParse(reader))
{
return(true);
}
switch (reader.Path)
{
case "FogVisibility": Visibility = reader.AsFloat(Visibility); break;
case "FogSetTime": SetTime = reader.AsFloat(SetTime); break;
case "FogLiftTime": LiftTime = reader.AsFloat(LiftTime); break;
case "FogOvercast": Overcast = reader.AsFloat(Overcast); break;
default: return(false);
}
return(true);
}
internal protected override bool TryParse(JsonReader reader)
{
// read items
if (base.TryParse(reader))
{
return(true);
}
switch (reader.Path)
{
case "PrecipitationType":
PrecipitationType = reader.AsEnum(PrecipitationType); break;
case "PrecipitationDensity":
Density = reader.AsFloat(Density); break;
case "PrecipitationVariation":
Variation = reader.AsFloat(Variation); break;
case "PrecipitationRateOfChange":
RateOfChange = reader.AsFloat(RateOfChange); break;
case "PrecipitationProbability":
Probability = reader.AsFloat(Probability); break;
case "PrecipitationSpread":
Spread = reader.AsFloat(Spread); break;
case "PrecipitationVisibilityAtMinDensity":
VisibilityAtMinDensity = reader.AsFloat(VisibilityAtMinDensity); break;
case "PrecipitationVisibilityAtMaxDensity":
VisibilityAtMaxDensity = reader.AsFloat(VisibilityAtMaxDensity); break;
case "OvercastPrecipitationStart":
OvercastPrecipitationStart = reader.AsFloat(OvercastPrecipitationStart); break;
case "OvercastBuildUp":
OvercastBuildUp = reader.AsFloat(OvercastBuildUp); break;
case "PrecipitationStartPhase":
PrecipitationStartPhase = reader.AsFloat(PrecipitationStartPhase); break;
case "OvercastDispersion":
OvercastDispersion = reader.AsFloat(OvercastDispersion); break;
case "PrecipitationEndPhase":
PrecipitationEndPhase = reader.AsFloat(PrecipitationEndPhase); break;
case "Overcast":
case "OvercastVariation":
case "OvercastRateOfChange":
case "OvercastVisibility":
Overcast.TryParse(reader); break;
default: return(false);
}
return(true);
}
protected override bool TryParse(JsonReader item)
{
if (base.TryParse(item))
{
return(true);
}
switch (item.Path)
{
case "PrecipitationType": PrecipitationType = item.AsEnum(PrecipitationType); break;
case "PrecipitationDensity": PrecipitationDensity = item.AsFloat(PrecipitationDensity); break;
case "PrecipitationVariation": PrecipitationVariation = item.AsFloat(PrecipitationVariation); break;
case "PrecipitationRateOfChange": PrecipitationRateOfChange = item.AsFloat(PrecipitationRateOfChange); break;
case "PrecipitationProbability": PrecipitationProbability = item.AsFloat(PrecipitationProbability); break;
case "PrecipitationSpread": PrecipitationSpread = item.AsFloat(PrecipitationSpread); break;
case "PrecipitationVisibilityAtMinDensity": PrecipitationVisibilityAtMinDensity = item.AsFloat(PrecipitationVisibilityAtMinDensity); break;
case "PrecipitationVisibilityAtMaxDensity": PrecipitationVisibilityAtMaxDensity = item.AsFloat(PrecipitationVisibilityAtMaxDensity); break;
case "OvercastPrecipitationStart": OvercastPrecipitationStart = item.AsFloat(OvercastPrecipitationStart); break;
case "OvercastBuildUp": OvercastBuildUp = item.AsFloat(OvercastBuildUp); break;
case "PrecipitationStartPhase": PrecipitationStartPhase = item.AsFloat(PrecipitationStartPhase); break;
case "OvercastDispersion": OvercastDispersion = item.AsFloat(OvercastDispersion); break;
case "PrecipitationEndPhase": PrecipitationEndPhase = item.AsFloat(PrecipitationEndPhase); break;
case "Overcast": Overcast = item.AsFloat(Overcast); break;
case "OvercastVariation": OvercastVariation = item.AsFloat(OvercastVariation); break;
case "OvercastRateOfChange": OvercastRateOfChange = item.AsFloat(OvercastRateOfChange); break;
case "OvercastVisibility": OvercastVisibility = item.AsFloat(OvercastVisibility); break;
default: return(false);
}
return(true);
}