void ISimulationDataLightShareStorageInterface.Store(UUID regionID, EnvController.WindlightSkyData skyData, EnvController.WindlightWaterData waterData)
{
using (var conn = new MySqlConnection(m_ConnectionString))
{
conn.Open();
var data = new Dictionary <string, object>
{
["RegionID"] = regionID,
["Ambient"] = skyData.Ambient,
["CloudColor"] = skyData.CloudColor,
["CloudCoverage"] = skyData.CloudCoverage,
["BlueDensity"] = skyData.BlueDensity,
["CloudDetailXYDensity"] = skyData.CloudDetailXYDensity,
["CloudScale"] = skyData.CloudScale,
["CloudScroll"] = skyData.CloudScroll,
["CloudScrollXLock"] = skyData.CloudScrollXLock,
["CloudScrollYLock"] = skyData.CloudScrollYLock,
["CloudXYDensity"] = skyData.CloudXYDensity,
["DensityMultiplier"] = skyData.DensityMultiplier,
["DistanceMultiplier"] = skyData.DistanceMultiplier,
["DrawClassicClouds"] = skyData.DrawClassicClouds,
["EastAngle"] = skyData.EastAngle,
["HazeDensity"] = skyData.HazeDensity,
["HazeHorizon"] = skyData.HazeHorizon,
["Horizon"] = skyData.Horizon,
["MaxAltitude"] = skyData.MaxAltitude,
["SceneGamma"] = skyData.SceneGamma,
["StarBrightness"] = skyData.StarBrightness,
["SunGlowFocus"] = skyData.SunGlowFocus,
["SunGlowSize"] = skyData.SunGlowSize,
["SunMoonColor"] = skyData.SunMoonColor,
["SunMoonPosition"] = skyData.SunMoonPosition,
["BigWaveDirection"] = waterData.BigWaveDirection,
["LittleWaveDirection"] = waterData.LittleWaveDirection,
["BlurMultiplier"] = waterData.BlurMultiplier,
["FresnelScale"] = waterData.FresnelScale,
["FresnelOffset"] = waterData.FresnelOffset,
["NormalMapTexture"] = waterData.NormalMapTexture,
["ReflectionWaveletScale"] = waterData.ReflectionWaveletScale,
["RefractScaleAbove"] = waterData.RefractScaleAbove,
["RefractScaleBelow"] = waterData.RefractScaleBelow,
["UnderwaterFogModifier"] = waterData.UnderwaterFogModifier,
["WaterColor"] = waterData.Color,
["FogDensityExponent"] = waterData.FogDensityExponent
};
conn.ReplaceInto("lightshare", data);
}
}
void ISimulationDataLightShareStorageInterface.Store(UUID regionID, EnvController.WindlightSkyData skyData, EnvController.WindlightWaterData waterData)
{
m_LightShareData[regionID] = new KeyValuePair <EnvController.WindlightSkyData, EnvController.WindlightWaterData>(skyData, waterData);
}
bool ISimulationDataLightShareStorageInterface.TryGetValue(UUID regionID, out EnvController.WindlightSkyData skyData, out EnvController.WindlightWaterData waterData)
{
using (var conn = new MySqlConnection(m_ConnectionString))
{
conn.Open();
using (var cmd = new MySqlCommand("SELECT * FROM lightshare WHERE RegionID = @regionid LIMIT 1", conn))
{
cmd.Parameters.AddWithValue("@regionid", regionID.ToString());
using (MySqlDataReader reader = cmd.ExecuteReader())
{
if (!reader.Read())
{
skyData = EnvController.WindlightSkyData.Defaults;
waterData = EnvController.WindlightWaterData.Defaults;
return(false);
}
skyData = new EnvController.WindlightSkyData
{
Ambient = reader.GetWLVector4("Ambient"),
CloudColor = reader.GetWLVector4("CloudColor"),
CloudCoverage = reader.GetDouble("CloudCoverage"),
BlueDensity = reader.GetWLVector4("BlueDensity"),
CloudDetailXYDensity = reader.GetVector3("CloudDetailXYDensity"),
CloudScale = reader.GetDouble("CloudScale"),
CloudScroll = reader.GetWLVector2("CloudScroll"),
CloudScrollXLock = reader.GetBool("CloudScrollXLock"),
CloudScrollYLock = reader.GetBool("CloudScrollYLock"),
CloudXYDensity = reader.GetVector3("CloudXYDensity"),
DensityMultiplier = reader.GetDouble("DensityMultiplier"),
DistanceMultiplier = reader.GetDouble("DistanceMultiplier"),
DrawClassicClouds = reader.GetBool("DrawClassicClouds"),
EastAngle = reader.GetDouble("EastAngle"),
HazeDensity = reader.GetDouble("HazeDensity"),
HazeHorizon = reader.GetDouble("HazeHorizon"),
Horizon = reader.GetWLVector4("Horizon"),
MaxAltitude = reader.GetInt32("MaxAltitude"),
SceneGamma = reader.GetDouble("SceneGamma"),
SunGlowFocus = reader.GetDouble("SunGlowFocus"),
SunGlowSize = reader.GetDouble("SunGlowSize"),
SunMoonColor = reader.GetWLVector4("SunMoonColor"),
SunMoonPosition = reader.GetDouble("SunMoonPosition")
};
waterData = new EnvController.WindlightWaterData
{
BigWaveDirection = reader.GetWLVector2("BigWaveDirection"),
LittleWaveDirection = reader.GetWLVector2("LittleWaveDirection"),
BlurMultiplier = reader.GetDouble("BlurMultiplier"),
FresnelScale = reader.GetDouble("FresnelScale"),
FresnelOffset = reader.GetDouble("FresnelOffset"),
NormalMapTexture = reader.GetUUID("NormalMapTexture"),
ReflectionWaveletScale = reader.GetVector3("ReflectionWaveletScale"),
RefractScaleAbove = reader.GetDouble("RefractScaleAbove"),
RefractScaleBelow = reader.GetDouble("RefractScaleBelow"),
UnderwaterFogModifier = reader.GetDouble("UnderwaterFogModifier"),
Color = reader.GetColor("WaterColor"),
FogDensityExponent = reader.GetDouble("FogDensityExponent")
};
return(true);
}
}
}
}
bool ISimulationDataLightShareStorageInterface.TryGetValue(UUID regionID, out EnvController.WindlightSkyData skyData, out EnvController.WindlightWaterData waterData)
{
KeyValuePair <EnvController.WindlightSkyData, EnvController.WindlightWaterData> kvp;
if (m_LightShareData.TryGetValue(regionID, out kvp))
{
skyData = kvp.Key;
waterData = kvp.Value;
return(true);
}
else
{
skyData = EnvController.WindlightSkyData.Defaults;
waterData = EnvController.WindlightWaterData.Defaults;
return(false);
}
}