/// <summary>初期化処理</summary>
/// <param name="name">素材名称</param>
/// <param name="thermalConductivity">熱伝導率[W/mK]</param>
/// <param name="volumetricSpecificHeat">容積比熱[kJ/m3K]</param>
/// <param name="pMaterial">素材タイプ</param>
private void initialize(string name, double thermalConductivity, double volumetricSpecificHeat, PredefinedMaterials pMaterial)
{
this.name = name;
this.thermalConductivity = thermalConductivity;
this.volumetricSpecificHeat = volumetricSpecificHeat;
this.pMaterial = pMaterial;
}
/// <summary>初期化処理</summary>
/// <param name="mType">素材タイプ</param>
public void Initialize(PredefinedMaterials mType)
{
switch (mType)
{
case PredefinedMaterials.Mortar:
initialize("Mortar", 1.512, 1591.0, mType);
break;
case PredefinedMaterials.ReinforcedConcrete:
initialize("Reinforced Concrete", 1.600, 1896.0, mType);
break;
case PredefinedMaterials.LightweightAggregateConcrete1:
initialize("Lightweight Aggregate Concrete 1", 0.810, 1900.0, mType);
break;
case PredefinedMaterials.LightweightAggregateConcrete2:
initialize("Lightweight Aggregate Concrete 2", 0.580, 1599.0, mType);
break;
case PredefinedMaterials.AutomaticLevelControl:
initialize("Automatic Level Control", 0.170, 661.4, mType);
break;
case PredefinedMaterials.Brick:
initialize("Brick", 0.620, 1386.0, mType);
break;
case PredefinedMaterials.FireBrick:
initialize("FireBrick", 0.990, 1553.0, mType);
break;
case PredefinedMaterials.Copper:
initialize("Copper", 370.100, 3144.0, mType);
break;
case PredefinedMaterials.Aluminum:
initialize("Aluminum", 200.000, 2428.0, mType);
break;
case PredefinedMaterials.Steel:
initialize("Steel", 53.010, 3759.0, mType);
break;
case PredefinedMaterials.Lead:
initialize("Lead", 35.010, 1469.0, mType);
break;
case PredefinedMaterials.StainlessSteel:
initialize("Stainless Steel", 15.000, 3479.0, mType);
break;
case PredefinedMaterials.FloatGlass:
initialize("Float Glass", 1.000, 1914.0, mType);
break;
case PredefinedMaterials.PolyvinylChloride:
initialize("Polyvinyl Chloride", 0.170, 1023.0, mType);
break;
case PredefinedMaterials.Wood1:
initialize("Wood (Cedar)", 0.120, 519.1, mType);
break;
case PredefinedMaterials.Wood2:
initialize("Wood (Pine, Lauan)", 0.150, 648.8, mType);
break;
case PredefinedMaterials.Wood3:
initialize("Wood (Cherry, Fagaceae)", 0.190, 845.6, mType);
break;
case PredefinedMaterials.Plywood:
initialize("Plywood", 0.190, 716.0, mType);
break;
case PredefinedMaterials.WoodWoolCement:
initialize("Wood Wool Cement", 0.100, 841.4, mType);
break;
case PredefinedMaterials.WoodChipCement:
initialize("Wood Chip Cement", 0.170, 1679.0, mType);
break;
case PredefinedMaterials.HardBoard:
initialize("Hard Board", 0.170, 1233.0, mType);
break;
case PredefinedMaterials.ParticleBoard:
initialize("Particle Board", 0.150, 715.8, mType);
break;
case PredefinedMaterials.PlasterBoard:
initialize("Plaster Board", 0.170, 1030.0, mType);
break;
case PredefinedMaterials.GypsumPlaster:
initialize("Gypsum Plaster", 0.600, 1637.0, mType);
break;
case PredefinedMaterials.WhiteWash:
initialize("White Wash", 0.700, 1093.0, mType);
break;
case PredefinedMaterials.SoilWall:
initialize("Soil Wall", 0.690, 1126.0, mType);
break;
case PredefinedMaterials.FiberCoating:
initialize("Fiber Coating", 0.120, 4.2, mType);
break;
case PredefinedMaterials.Tatami:
initialize("Tatami", 0.110, 527.4, mType);
break;
case PredefinedMaterials.Tile:
initialize("Tile", 1.300, 2018.0, mType);
break;
case PredefinedMaterials.PlasticTile:
initialize("Plastic Tile", 0.190, 4.2, mType);
break;
case PredefinedMaterials.GlassWoolInsulation_10K:
initialize("Glass Wool Insulation 10kg/m3", 0.050, 8.4, mType);
break;
case PredefinedMaterials.GlassWoolInsulation_16K:
initialize("Glass Wool Insulation 16kg/m3", 0.045, 13.4, mType);
break;
case PredefinedMaterials.GlassWoolInsulation_24K:
initialize("Glass Wool Insulation 24kg/m3", 0.038, 20.1, mType);
break;
case PredefinedMaterials.GlassWoolInsulation_34K:
initialize("Glass Wool Insulation 32kg/m3", 0.036, 26.8, mType);
break;
case PredefinedMaterials.HighGradeGlassWoolInsulation_16K:
initialize("High Grade Glass Wool Insulation 16kg/m3", 0.038, 13.4, mType);
break;
case PredefinedMaterials.HighGradeGlassWoolInsulation_24K:
initialize("High Grade Glass Wool Insulation 24kg/m3", 0.036, 20.1, mType);
break;
case PredefinedMaterials.BlowingGlassWoolInsulation_13K:
initialize("Blowing Glass Wool Insulation 13kg/m3", 0.052, 10.9, mType);
break;
case PredefinedMaterials.BlowingGlassWoolInsulation_18K:
initialize("Blowing Glass Wool Insulation 18kg/m3", 0.052, 16.7, mType);
break;
case PredefinedMaterials.BlowingGlassWoolInsulation_30K:
initialize("Blowing Glass Wool Insulation 30kg/m3", 0.040, 29.3, mType);
break;
case PredefinedMaterials.BlowingGlassWoolInsulation_35K:
initialize("Blowing Glass Wool Insulation 35kg/m3", 0.040, 37.7, mType);
break;
case PredefinedMaterials.RockWoolInsulationMat:
initialize("Rock Wool Insulation Mat", 0.038, 33.5, mType);
break;
case PredefinedMaterials.RockWoolInsulationFelt:
initialize("Rock Wool Insulation Felt", 0.038, 41.9, mType);
break;
case PredefinedMaterials.RockWoolInsulationBoard:
initialize("Rock Wool Insulation Board", 0.036, 58.6, mType);
break;
case PredefinedMaterials.BlowingRockWoolInsulation_25K:
initialize("Blowing Rock Wool Insulation 25kg/m3", 0.047, 20.9, mType);
break;
case PredefinedMaterials.BlowingRockWoolInsulation_35K:
initialize("Blowing Rock Wool Insulation 35kg/m3", 0.051, 29.3, mType);
break;
case PredefinedMaterials.RockWoolAcousticBoard:
initialize("Rock Wool Acoustic Board", 0.058, 293.9, mType);
break;
case PredefinedMaterials.SprayedRockWool:
initialize("Sprayed Rock Wool", 0.047, 167.9, mType);
break;
case PredefinedMaterials.BeadMethodPolystyreneFoam_S:
initialize("Bead Method Polystyrene Foam S", 0.034, 33.9, mType);
break;
case PredefinedMaterials.BeadMethodPolystyreneFoam_1:
initialize("Bead Method Polystyrene Foam 1", 0.036, 37.7, mType);
break;
case PredefinedMaterials.BeadMethodPolystyreneFoam_2:
initialize("Bead Method Polystyrene Foam 2", 0.037, 31.4, mType);
break;
case PredefinedMaterials.BeadMethodPolystyreneFoam_3:
initialize("Bead Method Polystyrene Foam 3", 0.040, 25.1, mType);
break;
case PredefinedMaterials.BeadMethodPolystyreneFoam_4:
initialize("Bead Method Polystyrene Foam 4", 0.043, 18.8, mType);
break;
case PredefinedMaterials.ExtrudedPolystyreneFoam_1:
initialize("Extruded Polystyrene Foam 1", 0.040, 25.1, mType);
break;
case PredefinedMaterials.ExtrudedPolystyreneFoam_2:
initialize("Extruded Polystyrene Foam 2", 0.034, 25.1, mType);
break;
case PredefinedMaterials.ExtrudedPolystyreneFoam_3:
initialize("Extruded Polystyrene Foam 3", 0.028, 25.1, mType);
break;
case PredefinedMaterials.RigidUrethaneFoam_1_1:
initialize("Rigid Urethane Foam 1_1", 0.024, 56.1, mType);
break;
case PredefinedMaterials.RigidUrethaneFoam_1_2:
initialize("Rigid Urethane Foam 1_2", 0.024, 44.0, mType);
break;
case PredefinedMaterials.RigidUrethaneFoam_1_3:
initialize("Rigid Urethane Foam 1_3", 0.026, 31.4, mType);
break;
case PredefinedMaterials.RigidUrethaneFoam_2_1:
initialize("Rigid Urethane Foam 2_1", 0.023, 56.1, mType);
break;
case PredefinedMaterials.RigidUrethaneFoam_2_2:
initialize("Rigid Urethane Foam 2_2", 0.023, 44.0, mType);
break;
case PredefinedMaterials.RigidUrethaneFoam_2_3:
initialize("Rigid Urethane Foam 2_3", 0.024, 31.4, mType);
break;
case PredefinedMaterials.RigidUrethaneFoam_OnSite:
initialize("Rigid Urethane Foam (OnSite)", 0.026, 49.8, mType);
break;
case PredefinedMaterials.PolyethyleneFoam_A:
initialize("Polyethylene Foam A", 0.038, 62.8, mType);
break;
case PredefinedMaterials.PolyethyleneFoam_B:
initialize("Polyethylene Foam B", 0.042, 62.8, mType);
break;
case PredefinedMaterials.PhenolicFoam_1_1:
initialize("Phenolic Foam 1_1", 0.033, 37.7, mType);
break;
case PredefinedMaterials.PhenolicFoam_1_2:
initialize("Phenolic Foam 1_2", 0.030, 37.7, mType);
break;
case PredefinedMaterials.PhenolicFoam_2_1:
initialize("Phenolic Foam 2_1", 0.036, 56.5, mType);
break;
case PredefinedMaterials.PhenolicFoam_2_2:
initialize("Phenolic Foam 2_2", 0.034, 56.5, mType);
break;
case PredefinedMaterials.InsulationBoard_A:
initialize("Insulation Board A", 0.049, 324.8, mType);
break;
case PredefinedMaterials.TatamiBoard:
initialize("Tatami Board", 0.045, 15.1, mType);
break;
case PredefinedMaterials.SheathingInsulationBoard:
initialize("Sheathing Insulation Board", 0.052, 390.1, mType);
break;
case PredefinedMaterials.CelluloseFiberInsulation_1:
initialize("Cellulose Fiber Insulation 1", 0.040, 37.7, mType);
break;
case PredefinedMaterials.CelluloseFiberInsulation_2:
initialize("Cellulose Fiber Insulation 2", 0.040, 62.8, mType);
break;
case PredefinedMaterials.Soil:
initialize("Soil", 1.047, 3340.0, mType);
break;
case PredefinedMaterials.ExpandedPolystyrene:
initialize("Expanded Polystyrene", 0.035, 300.0, mType);
break;
case PredefinedMaterials.CoveringMaterial:
initialize("Covering Material", 0.140, 1680.0, mType);
break;
case PredefinedMaterials.Linoleum:
initialize("Linoleum", 0.190, 1470.0, mType);
break;
case PredefinedMaterials.Carpet:
initialize("Carpet", 0.080, 318.0, mType);
break;
case PredefinedMaterials.AsbestosPlate:
initialize("Asbestos Plate", 1.200, 1820.0, mType);
break;
case PredefinedMaterials.SealedAirGap:
initialize("Sealed AirGap", 5.800, 0.0, mType);
break;
case PredefinedMaterials.AirGap:
initialize("Air Gap", 11.600, 0.0, mType);
break;
case PredefinedMaterials.PolystyreneFoam:
initialize("Polystyrene Foam", 0.035, 80.0, mType);
break;
case PredefinedMaterials.StyreneFoam:
initialize("Styrene Foam", 0.035, 10.0, mType);
break;
case PredefinedMaterials.RubberTile:
initialize("Rubber Tile", 0.400, 784.0, mType);
break;
case PredefinedMaterials.Kawara:
initialize("Kawara", 1.000, 1506.0, mType);
break;
case PredefinedMaterials.LightweightConcrete:
initialize("Lightweight Concrete", 0.780, 1607.0, mType);
break;
case PredefinedMaterials.Asphalt:
initialize("Asphalt", 0.110, 920.0, mType);
break;
case PredefinedMaterials.FrexibleBoard:
initialize("Frexible Board", 0.350, 1600.0, mType);
break;
case PredefinedMaterials.CalciumSilicateBoard:
initialize("Calcium Silicate Board", 0.130, 680.0, mType);
break;
case PredefinedMaterials.PhenolicFoam:
initialize("Phenolic Foam", 0.020, 37.7, mType);
break;
case PredefinedMaterials.Granite:
initialize("Granite", 4.300, 2.9, mType);
break;
case PredefinedMaterials.AcrylicResin:
initialize("Acrylic Resin", 0.210, 1666.0, mType);
break;
case PredefinedMaterials.Other:
initialize("Other materials", 0.0, 0.0, mType);
break;
default:
throw new Exception("wall material is not defined");
}
}
/// <summary>コピーConstructor</summary>
/// <param name="wallMaterial">コピーする壁素材</param>
public WallMaterial(ImmutableWallMaterial wallMaterial)
{
this.id = wallMaterial.ID;
this.name = wallMaterial.Name;
this.thermalConductivity = wallMaterial.ThermalConductivity;
this.volumetricSpecificHeat = wallMaterial.VolumetricSpecificHeat;
this.pMaterial = wallMaterial.Material;
}
/// <summary>デシリアライズ用Constructor</summary>
/// <param name="sInfo"></param>
/// <param name="context"></param>
protected WallMaterial(SerializationInfo sInfo, StreamingContext context)
{
//バージョン情報
uint version = sInfo.GetUInt32("S_Version");
//素材ID
id = sInfo.GetInt32("id");
//素材名称
name = sInfo.GetString("name");
//熱伝導率[W/mK]
thermalConductivity = sInfo.GetDouble("thermalConductivity");
//容積比熱[kJ/m3K]
volumetricSpecificHeat = sInfo.GetDouble("volumetricSpecificHeat");
//素材タイプ
pMaterial = (PredefinedMaterials)sInfo.GetValue("mType", typeof(PredefinedMaterials));
}
/// <summary>デフォルトConstructor</summary>
/// <param name="mType">素材タイプ</param>
public WallMaterial(PredefinedMaterials mType)
{
Initialize(mType);
}