public void Save()
{
mf.Tls.SaveProperty("Coverage" + IDname, Coverage.ToString());
mf.Tls.SaveProperty("CoverageUnits" + IDname, CoverageUnits.ToString());
mf.Tls.SaveProperty("TankRemaining" + IDname, TankRemaining.ToString());
mf.Tls.SaveProperty("QuantityApplied" + IDname, cQuantityApplied.ToString());
mf.Tls.SaveProperty("QuantityUnits" + IDname, QuantityUnits.ToString());
mf.Tls.SaveProperty("LastAccQuantity" + IDname, LastAccQuantity.ToString());
mf.Tls.SaveProperty("RateSet" + IDname, cRateSet.ToString());
mf.Tls.SaveProperty("RateAlt" + IDname, cRateAlt.ToString());
mf.Tls.SaveProperty("FlowCal" + IDname, FlowCal.ToString());
mf.Tls.SaveProperty("TankSize" + IDname, TankSize.ToString());
mf.Tls.SaveProperty("ValveType" + IDname, ValveType.ToString());
mf.Tls.SaveProperty("cSimulationType" + IDname, cSimulationType.ToString());
mf.Tls.SaveProperty("ProductName" + IDname, cProductName);
mf.Tls.SaveProperty("KP" + IDname, PIDtoArduino.KP.ToString());
mf.Tls.SaveProperty("KI" + IDname, PIDtoArduino.KI.ToString());
mf.Tls.SaveProperty("PIDMinPWM" + IDname, PIDtoArduino.MinPWM.ToString());
mf.Tls.SaveProperty("PIDLowMax" + IDname, PIDtoArduino.LowMax.ToString());
mf.Tls.SaveProperty("PIDHighMax" + IDname, PIDtoArduino.HighMax.ToString());
mf.Tls.SaveProperty("PIDdeadband" + IDname, PIDtoArduino.DeadBand.ToString());
mf.Tls.SaveProperty("PIDbrakepoint" + IDname, PIDtoArduino.BrakePoint.ToString());
mf.Tls.SaveProperty("TimedAdjustment" + IDname, PIDtoArduino.TimedAdjustment.ToString());
mf.Tls.SaveProperty("UseMultiPulse" + IDname, cUseMultiPulse.ToString());
mf.Tls.SaveProperty("CountsRev" + IDname, cCountsRev.ToString());
mf.Tls.SaveProperty("ModuleID" + IDname, cModID.ToString());
mf.Tls.SaveProperty("SensorID" + IDname, cSenID.ToString());
mf.Tls.SaveProperty("OffRateAlarm" + IDname, cUseOffRateAlarm.ToString());
mf.Tls.SaveProperty("OffRateSetting" + IDname, cOffRateSetting.ToString());
mf.Tls.SaveProperty("MinUPM" + IDname, cMinUPM.ToString());
mf.Tls.SaveProperty("VariableRate" + IDname, cVariableRate.ToString());
}
public static GameObject CreateLodData(int lodIdx, int lodCount, GameObject attachGO, float baseVertDensity, SimType simType, Dictionary <System.Type, SimSettingsBase> cachedSettings)
{
var go = attachGO ?? new GameObject(string.Format("{0}Cam{1}", simType.ToString(), lodIdx));
if (attachGO == null)
{
// Add component if we are creating a loddata GO anew
go.AddComponent <LodTransform>().InitLODData(lodIdx, lodCount);;
}
LodData sim;
switch (simType)
{
case SimType.AnimatedWaves:
sim = go.AddComponent <LodDataAnimatedWaves>();
go.AddComponent <LodDataSeaFloorDepth>();
go.AddComponent <ReadbackLodData>();
break;
case SimType.DynamicWaves:
sim = go.AddComponent <LodDataDynamicWaves>();
break;
case SimType.Foam:
sim = go.AddComponent <LodDataFoam>();
break;
case SimType.Flow:
sim = go.AddComponent <LodDataFlow>();
go.AddComponent <ReadbackLodData>();
break;
case SimType.Shadow:
sim = go.AddComponent <LodDataShadow>();
break;
default:
Debug.LogError("Unknown sim type: " + simType.ToString());
return(null);
}
// create a shared settings object if one doesnt already exist
SimSettingsBase settings;
if (!cachedSettings.TryGetValue(sim.GetType(), out settings))
{
settings = sim.CreateDefaultSettings();
cachedSettings.Add(sim.GetType(), settings);
}
sim.UseSettings(settings);
if (attachGO == null)
{
// Add components if we are creating a loddata GO anew
var cam = go.AddComponent <Camera>();
cam.clearFlags = sim.CamClearFlags;
cam.backgroundColor = new Color(0f, 0f, 0f, 0f);
cam.cullingMask = 0;
cam.orthographic = true;
cam.nearClipPlane = 1f;
cam.farClipPlane = 500f;
cam.renderingPath = RenderingPath.Forward;
cam.useOcclusionCulling = false;
cam.allowHDR = true;
cam.allowMSAA = false;
cam.allowDynamicResolution = false;
var cart = go.AddComponent <CreateAssignRenderTexture>();
cart._targetName = go.name;
cart._width = cart._height = (int)(4 * baseVertDensity);
cart._depthBits = 0;
cart._format = sim.TextureFormat;
cart._wrapMode = TextureWrapMode.Clamp;
cart._antiAliasing = 1;
cart._filterMode = FilterMode.Bilinear;
cart._anisoLevel = 0;
cart._useMipMap = false;
cart._createPingPongTargets = sim as LodDataPersistent != null;
cart.Create();
var apply = go.AddComponent <ApplyLayers>();
apply._cullIncludeLayers = new string[] { string.Format("LodData{0}", simType.ToString()) };
}
return(go);
}