private LevelDataDictionary <SeismicStoryForce> DetermineStoryShears()
{
var storyShears = new LevelDataDictionary <SeismicStoryForce>();
var calc = new RecordedCalculation("Design Story Shears", CalculationType.SeismicDesign);
List <BuildingLevelLateral2> levelsFromBottomToTop = _levels.OrderBy(l => l.Level.Elevation).ToList();
for (var i = 0; i < levelsFromBottomToTop.Count; i++)
{
List <SeismicStoryForce> orderedForces = _storyForces.DataOrderedFromBottomToTopLevel();
Force Vx_i_x = Chapter_12.Section_12_8.Eqn_12_8_13(orderedForces.Select(f => f.X).ToList(), i, ref calc);
Force Vx_i_y = Chapter_12.Section_12_8.Eqn_12_8_13(orderedForces.Select(f => f.Y).ToList(), i, ref calc);
storyShears.Add(new SeismicStoryForce
{
Level = levelsFromBottomToTop[i].Level,
X = Vx_i_x,
Y = Vx_i_y
});
}
;
return(storyShears);
}
private LevelDataDictionary <SeismicStoryForce> DetermineStoryForces()
{
var storyForces = new LevelDataDictionary <SeismicStoryForce>();
var calc = new RecordedCalculation("Design Story Forces", CalculationType.SeismicDesign);
foreach (BuildingLevelLateral2 level in _levels)
{
var distributionFactorX = _distributionFactors[level.Level].X;
var distributionFactorY = _distributionFactors[level.Level].Y;
Force Fx_i_x = Chapter_12.Section_12_8.Eqn_12_8_11(distributionFactorX, _baseShear, ref calc);
Force Fx_i_y = Chapter_12.Section_12_8.Eqn_12_8_11(distributionFactorY, _baseShear, ref calc);
storyForces.Add(new SeismicStoryForce
{
Level = level.Level,
X = Fx_i_x,
Y = Fx_i_y
});
}
// CalcLog.AddCalculation(calc);
return(storyForces);
}
public WallCostCharacterization Run()
{
_elf = new EquivalentLateralForceProcedure(_lateralLevels, _seismicBuildingProperties,
new Length(_serializedModel.ModelSettings.BuildingHeight, LengthUnit.Inch));
_elf.Run();
RigidAnalyses = GenerateRigidAnalyses();
AnalyzeRigid();
return(CharacterizeAllWallCosts());
}
/// <summary>
/// Do not use null. Just don't.
/// </summary>
/// <param name="levelDict"></param>
/// <param name="sideBDict"></param>
/// <param name="achDict"></param>
/// <param name="complete"></param>
/// <param name="sideBUnlocked"></param>
/// <param name="sideBComplete"></param>
public SaveData(LevelDataDictionary levelDict, LevelDataDictionary sideBDict,
AccomplishmentDictionary achList, bool complete, bool sideBUnlocked, bool sideBComplete,
WindowsOptions winOpt, XboxOptions xOpt)
{
LevelData = levelDict;
SideBLevelData = sideBDict;
AchievementData = achList;
GameCompleted = complete;
SideBUnlocked = sideBUnlocked;
SideBCompleted = sideBComplete;
Options = winOpt;
Xoptions = xOpt;
}
/// <summary>
/// Only the serializer should call this.
/// </summary>
public SaveData()
{
SaveData EmptyData = SaveData.GetEmptyData(1);
this.AchievementData = EmptyData.AchievementData;
this.GameCompleted = false;
this.LevelData = EmptyData.LevelData;
this.SideBCompleted = false;
this.SideBUnlocked = false;
this.SideBLevelData = EmptyData.SideBLevelData;
Options = new WindowsOptions();
Xoptions = new XboxOptions();
}
public static LevelDictionary <PointDrift> GetDesignBoundaryCornerDrifts(LevelDataDictionary <RigidAnalysis> analyses)
{
var drifts = new LevelDictionary <PointDrift>();
List <BuildingLevelLateral2> sortedLevels =
analyses.Select(l => l.Value.LateralLevel).OrderBy(l => l.Level.Elevation).ToList();
for (var i = 0; i < sortedLevels.Count; i++)
{
BuildingLevel level = sortedLevels[i].Level;
RigidAnalysis analysis = analyses[level];
List <PointDrift> driftsAtLevel =
DisplacementsWithUnknownDrifts(level, analysis.Responses.NodalLoadCaseResults.Values.SelectMany(r => r));
var storyHeight = sortedLevels[i].Height;
if (i == 0)
{
// Lowest level; compare to ground
driftsAtLevel.ForEach(d =>
{
d.Drift = (Unitless)Result.Abs(d.Displacement / storyHeight);
d.CoordinateBelow = d.Coordinate;
d.DisplacementBelow = new Length(0, LengthUnit.Inch);
});
}
else
{
// Elevated level; compare to level below
List <PointDrift> driftsAtLevelBelow = drifts[sortedLevels[i - 1].Level];
driftsAtLevel.ForEach(d =>
{
PointDrift driftBelow = d.GetMatchingDriftAtLevelBelow(driftsAtLevelBelow);
d.Drift = (Unitless)Result.Abs((d.Displacement - driftBelow.Displacement) / storyHeight);
d.CoordinateBelow = driftBelow.Coordinate;
d.DisplacementBelow = driftBelow.Displacement;
});
}
drifts.Add(level, driftsAtLevel);
}
return(drifts);
}
public void Run()
{
ValidateLevelHeights();
SetDefaultStoryEccentricities();
_baseShear = DetermineSeismicBaseShear();
_distributionFactors = DetermineDistributionFactors();
_storyForces = DetermineStoryForces();
_storyShears = DetermineStoryShears();
AppliedForces = GenerateAppliedLoading();
}
private LevelDataDictionary <RigidAnalysis> GenerateRigidAnalyses()
{
var analyses = new LevelDataDictionary <RigidAnalysis>();
foreach (BuildingLevelLateral2 level in _lateralLevels)
{
IEnumerable <AnalyticalWallLateral> wallsAtLevel = _lateralWallList.Where(w => w.TopLevel.Equals(level.Level));
List <LateralLevelForce> forcesAtLevel = _elf.AppliedForces[level.Level];
analyses.Add(new RigidAnalysis(level, wallsAtLevel, forcesAtLevel, CommonResources.ASCE7SeismicELFLoadCases(),
_serializedModel.SeismicParameters.SystemParameters.Cd));
}
return(analyses);
}
private LevelDataDictionary <VerticalDistributionFactors> DetermineDistributionFactors()
{
var distributionFactors = new LevelDataDictionary <VerticalDistributionFactors>();
var k = 1.0;
if (_fundamentalPeriod.Value > 0.5 && _fundamentalPeriod.Value < 2.5)
{
k = 1.0 + (_fundamentalPeriod.Value - 0.5) / 2d;
}
else if (_fundamentalPeriod.Value >= 2.5)
{
k = 2.0;
}
List <Force> w = _levels.Select(l => l.SeismicWeight).ToList();
List <Length> H = _levels.Select(l => l.Height).ToList();
var n = _levels.Count;
var calc = new RecordedCalculation("Vertical Distribution Factors", CalculationType.SeismicDesign);
foreach (BuildingLevelLateral2 level in _levels)
{
Force w_x = level.SeismicWeight;
Length h_x = level.Height;
Unitless C_vxi = Chapter_12.Section_12_8.Eqn_12_8_12(w_x, h_x, k, n, w, H, ref calc);
distributionFactors.Add(new VerticalDistributionFactors
{
Level = level.Level,
X = C_vxi,
Y = C_vxi
});
}
// CalcLog.AddCalculation(calc);
return(distributionFactors);
}
