//该类中需要实现 通过PLATFORM_ID来查找所需的飞艇速度和续航时间
public Model.ILLUSTRATEDCAR_RANGE GetModel(decimal platformid)
{
StringBuilder strSql = new StringBuilder();
strSql.Append("Select * From ILLUSTRATEDCAR_RANGE ");
strSql.Append(" Where PLATFORM_ID=" + platformid);
Model.ILLUSTRATEDCAR_RANGE model = null;
using (DbDataReader dr = DbHelperSQL.ExecuteReader(strSql.ToString()))
{
while (dr.Read())
{
model = GetModel(dr);//本类中的重载函数
}
return(model);
}
}
/// <summary>
/// 地面测量车添加函数
/// </summary>
/// <param name="model"></param>
/// <returns></returns>
public int Add(Model.ILLUSTRATEDCAR_RANGE model)
{
StringBuilder strSql = new StringBuilder();
strSql.Append("INSERT INTO ILLUSTRATEDCAR_RANGE(");
strSql.Append("PLATFORM_ID,PLATFORM_Name,NumberOfSensor,MaxVelocity,Acceleration,");
strSql.Append("MaxDistance,ApproachAngle,DepartureAngle,MinimumGroundClearance,WheelBase,");
strSql.Append("AzimuthAngle,AzimuthAngleVelocity,AzimuthAngleAcceleration,PitchAngle,PitchAngleVelocity,");
strSql.Append("PitchAngleAcceleration,PolarizationAngle,PolarizationAngleVelocity,PolarizationAngleAcceleration)");
strSql.Append(" Values( ");
strSql.Append("@in_PLATFORM_ID,@in_PLATFORM_Name,@in_NumberOfSensor,@in_MaxVelocity,@in_Acceleration,");
strSql.Append("@in_MaxDistance,@in_ApproachAngle,@in_DepartureAngle,@in_MinimumGroundClearance,@in_WheelBase,");
strSql.Append("@in_AzimuthAngle,@in_AzimuthAngleVelocity,@in_AzimuthAngleAcceleration,@in_PitchAngle,@in_PitchAngleVelocity,");
strSql.Append("@in_PitchAngleAcceleration,@in_PolarizationAngle,@in_PolarizationAngleVelocity,@in_PolarizationAngleAcceleration)");
SqlParameter[] cmdParms = new SqlParameter[] {
new SqlParameter("@in_PLATFORM_ID", SqlDbType.Decimal),
new SqlParameter("@in_PLATFORM_Name", SqlDbType.NVarChar),
new SqlParameter("@in_NumberOfSensor", SqlDbType.Decimal),
new SqlParameter("@in_MaxVelocity", SqlDbType.Decimal),
new SqlParameter("@in_Acceleration", SqlDbType.Decimal),
new SqlParameter("@in_MaxDistance", SqlDbType.Decimal),
new SqlParameter("@in_ApproachAngle", SqlDbType.Decimal),
new SqlParameter("@in_DepartureAngle", SqlDbType.Decimal),
new SqlParameter("@in_MinimumGroundClearance", SqlDbType.Decimal),
new SqlParameter("@in_WheelBase", SqlDbType.Decimal),
new SqlParameter("@in_AzimuthAngle", SqlDbType.Decimal),
new SqlParameter("@in_AzimuthAngleVelocity", SqlDbType.Decimal),
new SqlParameter("@in_AzimuthAngleAcceleration", SqlDbType.Decimal),
new SqlParameter("@in_PitchAngle", SqlDbType.Decimal),
new SqlParameter("@in_PitchAngleVelocity", SqlDbType.Decimal),
new SqlParameter("@in_PitchAngleAcceleration", SqlDbType.Decimal),
new SqlParameter("@in_PolarizationAngle", SqlDbType.Decimal),
new SqlParameter("@in_PolarizationAngleVelocity", SqlDbType.Decimal),
new SqlParameter("@in_PolarizationAngleAcceleration", SqlDbType.Decimal)
};
cmdParms[0].Value = model.PLATFORM_ID;
cmdParms[1].Value = model.PLATFORM_Name;
cmdParms[2].Value = model.NumberOfSensor;
cmdParms[3].Value = model.MaxVelocity;
cmdParms[4].Value = model.Acceleration;
cmdParms[5].Value = model.MaxDistance;
cmdParms[6].Value = model.ApproachAngle;
cmdParms[7].Value = model.DepartureAngle;
cmdParms[8].Value = model.MinimumGroundClearance;
cmdParms[9].Value = model.WheelBase;
cmdParms[10].Value = model.AzimuthAngle;
cmdParms[11].Value = model.AzimuthAngleVelocity;
cmdParms[12].Value = model.AzimuthAngleAcceleration;
cmdParms[13].Value = model.PitchAngle;
cmdParms[14].Value = model.PitchAngleVelocity;
cmdParms[15].Value = model.PitchAngleAcceleration;
cmdParms[16].Value = model.PolarizationAngle;
cmdParms[17].Value = model.PolarizationAngleVelocity;
cmdParms[18].Value = model.PolarizationAngleAcceleration;
return(DbHelperSQL.ExecuteSql(strSql.ToString(), cmdParms));
}
