259 lines
12 KiB
C#
259 lines
12 KiB
C#
using LoaderCalculator.Data.Matrix;
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using LoaderCalculator.Data.Ndms;
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using LoaderCalculator.Logics.Geometry;
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using StructureHelperCommon.Infrastructures.Enums;
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using StructureHelperCommon.Infrastructures.Settings;
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using StructureHelperCommon.Models.Parameters;
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using StructureHelperCommon.Services.Units;
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using System;
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using System.Collections.Generic;
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using System.Linq;
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using System.Security;
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using System.Text;
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using System.Threading.Tasks;
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namespace StructureHelperLogics.Services.NdmPrimitives
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{
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public class TextParametersLogic
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{
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const string prefixInitial = "Initial";
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const string prefixActual = "Actual";
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static string firstAxisName => ProgramSetting.GeometryNames.FstAxisName;
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static string secondAxisName => ProgramSetting.GeometryNames.SndAxisName;
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static IEnumerable<IUnit> units = UnitsFactory.GetUnitCollection();
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private IEnumerable<INdm> ndms;
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private IStrainMatrix strainMatrix;
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public List<IValueParameter<string>> GetTextParameters()
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{
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var parameters = new List<IValueParameter<string>>();
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parameters.AddRange(GetGravityCenter(prefixInitial, ndms));
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parameters.AddRange(GetSimpleArea(ndms));
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parameters.AddRange(GetArea(prefixInitial, ndms));
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parameters.AddRange(GetMomentOfInertia(prefixInitial, ndms));
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parameters.AddRange(GetGravityCenter(prefixActual, ndms, strainMatrix));
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parameters.AddRange(GetArea(prefixActual, ndms, strainMatrix));
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parameters.AddRange(GetMomentOfInertia(prefixActual, ndms, strainMatrix));
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parameters.AddRange(GetAreaRatio(ndms, strainMatrix));
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parameters.AddRange(GetMomentOfInertiaRatio(ndms, strainMatrix));
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return parameters;
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}
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private IEnumerable<IValueParameter<string>> GetSimpleArea(IEnumerable<INdm> ndms)
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{
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const string name = "Summary Area";
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const string shortName = "A";
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var parameters = new List<IValueParameter<string>>();
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var unitArea = CommonOperation.GetUnit(UnitTypes.Area, "mm2");
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var unitName = $"{unitArea.Name}";
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var unitMultiPlayer = unitArea.Multiplyer;
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var firstParameter = new ValueParameter<string>()
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{
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IsValid = true,
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Name = $"{name}",
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ShortName = $"{shortName}",
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MeasurementUnit = unitName,
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Description = $"{name} of cross-section without reduction"
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};
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try
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{
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firstParameter.Value = (ndms.Sum(x => x.Area) * unitMultiPlayer).ToString();
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}
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catch (Exception ex)
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{
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firstParameter.IsValid = false;
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firstParameter.Value = (double.NaN).ToString();
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firstParameter.Description += $": {ex}";
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}
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parameters.Add(firstParameter);
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return parameters;
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}
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private IEnumerable<IValueParameter<string>> GetMomentOfInertia(string prefix, IEnumerable<INdm> locNdms, IStrainMatrix? locStrainMatrix = null)
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{
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const string name = "Bending stiffness";
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const string shortName = "EI";
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var parameters = new List<IValueParameter<string>>();
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var unitArea = CommonOperation.GetUnit(UnitTypes.Area, "mm2");
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var unitStress = CommonOperation.GetUnit(UnitTypes.Stress, "MPa");
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var unitName = $"{unitStress.Name} * {unitArea.Name} * {unitArea.Name}";
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var unitMultiPlayer = unitArea.Multiplyer * unitArea.Multiplyer * unitStress.Multiplyer;
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var firstParameter = new ValueParameter<string>()
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{
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IsValid = true,
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Name = $"{prefix} {name} {firstAxisName.ToUpper()}",
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ShortName = $"{shortName}{firstAxisName}",
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MeasurementUnit = unitName,
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Description = $"{prefix} {name} of cross-section arbitrary {firstAxisName}-axis multiplied by {prefix} modulus"
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};
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var secondParameter = new ValueParameter<string>()
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{
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IsValid = true,
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Name = $"{prefix} {name} {secondAxisName}",
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ShortName = $"{shortName}{secondAxisName}",
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MeasurementUnit = unitName,
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Description = $"{prefix} {name} of cross-section arbitrary {secondAxisName}-axis multiplied by {prefix} modulus"
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};
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try
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{
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var gravityCenter = GeometryOperations.GetReducedMomentsOfInertia(locNdms, locStrainMatrix);
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firstParameter.Value = (gravityCenter.MomentX * unitMultiPlayer).ToString();
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secondParameter.Value = (gravityCenter.MomentY * unitMultiPlayer).ToString();
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}
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catch (Exception ex)
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{
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firstParameter.IsValid = false;
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firstParameter.Value = (double.NaN).ToString();
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firstParameter.Description += $": {ex}";
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secondParameter.IsValid = false;
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secondParameter.Value = (double.NaN).ToString();
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secondParameter.Description += $": {ex}";
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}
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parameters.Add(firstParameter);
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parameters.Add(secondParameter);
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return parameters;
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}
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private IEnumerable<IValueParameter<string>> GetMomentOfInertiaRatio(IEnumerable<INdm> locNdms, IStrainMatrix? locStrainMatrix = null)
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{
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const string name = "Bending stiffness";
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const string shortName = "EI";
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var parameters = new List<IValueParameter<string>>();
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var firstParameter = new ValueParameter<string>()
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{
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IsValid = true,
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Name = $"{prefixActual}/{prefixInitial} {name} {firstAxisName.ToUpper()} ratio",
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ShortName = $"{shortName}{firstAxisName}-ratio",
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MeasurementUnit = "-",
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Description = $"{prefixActual}/{prefixInitial} {name} of cross-section arbitrary {firstAxisName}-axis ratio"
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};
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var secondParameter = new ValueParameter<string>()
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{
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IsValid = true,
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Name = $"{prefixActual}/{prefixInitial} {name} {secondAxisName} ratio",
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ShortName = $"{shortName}{secondAxisName}-ratio",
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MeasurementUnit = "-",
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Description = $"{prefixActual}/{prefixInitial} {name} of cross-section arbitrary {secondAxisName}-axis ratio"
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};
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try
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{
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var actualMoments = GeometryOperations.GetSofteningsFactors(locNdms, locStrainMatrix);
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firstParameter.Value = actualMoments.MxFactor.ToString();
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secondParameter.Value = actualMoments.MyFactor.ToString();
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}
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catch (Exception ex)
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{
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firstParameter.IsValid = false;
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firstParameter.Value = (double.NaN).ToString();
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firstParameter.Description += $": {ex}";
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secondParameter.IsValid = false;
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secondParameter.Value = (double.NaN).ToString();
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secondParameter.Description += $": {ex}";
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}
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parameters.Add(firstParameter);
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parameters.Add(secondParameter);
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return parameters;
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}
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private IEnumerable<IValueParameter<string>> GetArea(string prefix, IEnumerable<INdm> locNdms, IStrainMatrix? locStrainMatrix = null)
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{
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const string name = "Longitudinal stiffness";
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const string shortName = "EA";
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var parameters = new List<IValueParameter<string>>();
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var unitArea = CommonOperation.GetUnit(UnitTypes.Area, "mm2");
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var unitStress = CommonOperation.GetUnit(UnitTypes.Stress, "MPa");
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var unitName = $"{unitStress.Name} * {unitArea.Name}" ;
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var unitMultiPlayer = unitArea.Multiplyer * unitStress.Multiplyer;
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var firstParameter = new ValueParameter<string>()
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{
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IsValid = true,
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Name = $"{prefix} {name}",
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ShortName = $"{shortName}",
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MeasurementUnit = unitName,
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Description = $"{prefix} {name} of cross-section multiplied by {prefix} modulus"
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};
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try
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{
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firstParameter.Value = (GeometryOperations.GetReducedArea(locNdms, locStrainMatrix) * unitMultiPlayer).ToString();
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}
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catch (Exception ex)
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{
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firstParameter.IsValid = false;
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firstParameter.Value = (double.NaN).ToString();
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firstParameter.Description += $": {ex}";
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}
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parameters.Add(firstParameter);
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return parameters;
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}
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private IEnumerable<IValueParameter<string>> GetAreaRatio(IEnumerable<INdm> locNdms, IStrainMatrix locStrainMatrix)
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{
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const string name = "Longitudinal stiffness";
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const string shortName = "EA";
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var parameters = new List<IValueParameter<string>>();
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var firstParameter = new ValueParameter<string>()
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{
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IsValid = true,
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Name = $"{prefixActual}/{prefixInitial} {name} ratio",
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ShortName = $"{shortName}-ratio",
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MeasurementUnit = "-",
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Description = $"{prefixActual}/{prefixInitial} {name}-ratio of cross-section"
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};
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try
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{
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var actual = GeometryOperations.GetSofteningsFactors(locNdms, locStrainMatrix);
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firstParameter.Value = actual.NzFactor.ToString();
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}
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catch (Exception ex)
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{
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firstParameter.IsValid = false;
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firstParameter.Value = (double.NaN).ToString();
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firstParameter.Description += $": {ex}";
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}
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parameters.Add(firstParameter);
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return parameters;
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}
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public TextParametersLogic(IEnumerable<INdm> ndms, IStrainMatrix strainMatrix)
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{
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this.ndms = ndms;
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this.strainMatrix = strainMatrix;
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}
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private IEnumerable<IValueParameter<string>> GetGravityCenter(string prefix, IEnumerable<INdm> locNdms, IStrainMatrix? locStrainMatrix = null)
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{
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var parameters = new List<IValueParameter<string>>();
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var unitType = UnitTypes.Length;
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var unit = CommonOperation.GetUnit(unitType, "mm");
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var unitName = unit.Name;
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var unitMultiPlayer = unit.Multiplyer;
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var firstParameter = new ValueParameter<string>()
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{
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IsValid = true,
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Name = $"{prefix} Center{firstAxisName.ToUpper()}",
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ShortName = $"{firstAxisName.ToUpper()}c",
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MeasurementUnit = unitName,
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Description = $"{prefix} Displacement of center of gravity of cross-section along {firstAxisName}-axis"
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};
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var secondParameter = new ValueParameter<string>()
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{
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IsValid = true,
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Name = $"{prefix} Center{secondAxisName.ToUpper()}",
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ShortName = $"{secondAxisName.ToUpper()}c",
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MeasurementUnit = unitName,
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Description = $"{prefix} Displacement of center of gravity of cross-section along {secondAxisName}-axis"
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};
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try
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{
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var gravityCenter = GeometryOperations.GetGravityCenter(locNdms, locStrainMatrix);
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firstParameter.Value = (gravityCenter.CenterX * unitMultiPlayer).ToString();
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secondParameter.Value = (gravityCenter.CenterY * unitMultiPlayer).ToString();
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}
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catch (Exception ex)
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{
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firstParameter.IsValid = false;
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firstParameter.Value = (double.NaN).ToString();
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firstParameter.Description += $": {ex}";
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secondParameter.IsValid = false;
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secondParameter.Value = (double.NaN).ToString();
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secondParameter.Description += $": {ex}";
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}
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parameters.Add(firstParameter);
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parameters.Add(secondParameter);
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return parameters;
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}
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}
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}
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