📄 aophysicaldimension.cs
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using System;
using System.Collections.Generic;
using System.Collections;
using System.Text;
namespace ASAMODS.BaseModel
{
/// <summary>
/// (BID = 15)
/// 量纲
/// </summary>
public abstract class AoPhysicalDimension:AoBase
{
#region Base Attributes
private DT_LONG length_exp;
private DT_LONG mass_exp;
private DT_LONG time_exp;
private DT_LONG current_exp;
private DT_LONG temperature_exp;
private DT_LONG molar_amount_exp;
private DT_LONG luminous_intensity_exp;
private DT_LONG length_exp_den;
private DT_LONG mass_exp_den;
private DT_LONG time_exp_den;
private DT_LONG current_exp_den;
private DT_LONG temperature_exp_den;
private DT_LONG molar_amount_exp_den;
private DT_LONG luminous_intensity_exp_den;
/// <summary>
/// DT_LONG
/// MANDATORY ATTRIBUTE (required in application model)
/// nominator of exponent for length
/// </summary>
public DT_LONG Length_exp
{
get { return length_exp; }
set { length_exp = value; }
}
/// <summary>
/// DT_LONG
/// MANDATORY ATTRIBUTE (required in application model)
/// nominator of exponent for mass
/// </summary>
public DT_LONG Mass_exp
{
get { return mass_exp; }
set { mass_exp = value; }
}
/// <summary>
/// DT_LONG
/// MANDATORY ATTRIBUTE (required in application model)
/// nominator of exponent for time
/// </summary>
public DT_LONG Time_exp
{
get { return time_exp; }
set { time_exp = value; }
}
/// <summary>
/// DT_LONG
/// MANDATORY ATTRIBUTE (required in application model)
/// nominator of exponent for electric current
/// </summary>
public DT_LONG Current_exp
{
get { return current_exp; }
set { current_exp = value; }
}
/// <summary>
/// DT_LONG
/// MANDATORY ATTRIBUTE (required in application model)
/// nominator of exponent for electric temperature
/// </summary>
public DT_LONG Temperature_exp
{
get { return temperature_exp; }
set { temperature_exp = value; }
}
/// <summary>
/// DT_LONG
/// MANDATORY ATTRIBUTE (required in application model)
/// nominator of exponent for electric molar amount
/// </summary>
public DT_LONG Molar_amount_exp
{
get { return molar_amount_exp; }
set { molar_amount_exp = value; }
}
/// <summary>
/// DT_LONG
/// MANDATORY ATTRIBUTE (required in application model)
/// nominator of exponent for electric light
/// </summary>
public DT_LONG Luminous_intensity_exp
{
get { return luminous_intensity_exp; }
set { luminous_intensity_exp = value; }
}
/// <summary>
/// DT_LONG
/// OPTIONAL
/// denominator (length)
/// </summary>
public DT_LONG Length_exp_den
{
get { return length_exp_den; }
set { length_exp_den = value; }
}
/// <summary>
/// DT_LONG
/// OPTIONAL
/// denominator (mass))
/// </summary>
public DT_LONG Mass_exp_den
{
get { return mass_exp_den; }
set { mass_exp_den = value; }
}
/// <summary>
/// DT_LONG
/// OPTIONAL
/// denominator (time)))
/// </summary>
public DT_LONG Time_exp_den
{
get { return time_exp_den; }
set { time_exp_den = value; }
}
/// <summary>
/// DT_LONG
/// OPTIONAL
/// denominator (electric current))
/// </summary>
public DT_LONG Current_exp_den
{
get { return current_exp_den; }
set { current_exp_den = value; }
}
/// <summary>
/// DT_LONG
/// OPTIONAL
/// denominator (temperature)))
/// </summary>
public DT_LONG Temperature_exp_den
{
get { return temperature_exp_den; }
set { temperature_exp_den = value; }
}
/// <summary>
/// DT_LONG
/// OPTIONAL
/// denominator (molar amount))
/// </summary>
public DT_LONG Molar_amount_exp_den
{
get { return molar_amount_exp_den; }
set { molar_amount_exp_den = value; }
}
/// <summary>
/// DT_LONG
/// OPTIONAL
/// denominator (light))
/// </summary>
public DT_LONG Luminous_intensity_exp_den
{
get { return luminous_intensity_exp_den; }
set { luminous_intensity_exp_den = value; }
}
#endregion
#region Relations
private IList units;
/// <summary>
/// INFO_FROM
/// SET[0:?] OF AoUnit
/// INVERSE FOR phys_dimension
/// </summary>
public IList Units
{
get { return units; }
set { units = value; }
}
#endregion
}
}
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