private void ILLUSTRATEDCARModify_Load(object sender, EventArgs e)
{
//根据地面测量车id获取无人机实体
illustratedcar_range = dal_illustratedcar_range.GetModel(Convert.ToDecimal(illustratedcar_id));
//根据获取的无人机实体，给界面控件赋值
(this.txtPlatformID.Text) = illustratedcar_range.PLATFORM_ID.ToString();
this.txtPlatformName.Text = illustratedcar_range.PLATFORM_Name;
(this.txtNumberOfSensor.Text) = illustratedcar_range.NumberOfSensor.ToString();
(this.txtMaxVelocity.Text) = illustratedcar_range.MaxVelocity.ToString();
this.txtAcceleration.Text = illustratedcar_range.Acceleration.ToString();
(this.txtMaxDistance.Text) = illustratedcar_range.MaxDistance.ToString();
(this.txtApprochAngle.Text) = illustratedcar_range.ApproachAngle.ToString();
(this.txtDepartureAngle.Text) = illustratedcar_range.DepartureAngle.ToString();
(this.txtMinGoundClearance.Text) = illustratedcar_range.MinimumGroundClearance.ToString();
(this.txtWheelBase.Text) = illustratedcar_range.WheelBase.ToString();
(this.txtAziAngle.Text) = illustratedcar_range.AzimuthAngle.ToString();
(this.txtAziAngleVelocity.Text) = illustratedcar_range.AzimuthAngleVelocity.ToString();
(this.txtPitAngle.Text) = illustratedcar_range.PitchAngle.ToString();
(this.txtPitAngleVelocity.Text) = illustratedcar_range.PitchAngleVelocity.ToString();
(this.txtPolAngle.Text) = illustratedcar_range.PolarizationAngle.ToString();
(this.txtPolAngleVelocity.Text) = illustratedcar_range.PolarizationAngleVelocity.ToString();
}
/// <summary>
/// 给lablePLATFORM绑定卫星数据
/// </summary>
public void bindlablePLATFORM()
{
illustratedcar_range = dal_illustratedcar_range.GetModel(Convert.ToInt32(platform_id));
this.labelPLATFORM.Text = illustratedcar_range.PLATFORM_Name;
this.labelPLATFORMID.Text = platform_id;
}
/// <summary>
/// 由一行数据得到一个实体,还有很多问题，什么时候用try catch,什么时候不用
/// </summary>
private static Model.ILLUSTRATEDCAR_RANGE GetModel(DbDataReader dr)
{
CoScheduling.Core.Model.ILLUSTRATEDCAR_RANGE model = new CoScheduling.Core.Model.ILLUSTRATEDCAR_RANGE();
model.PLATFORM_ID = Convert.ToDecimal(dr["PLATFORM_ID"]);
model.PLATFORM_Name = Convert.ToString(dr["PLATFORM_Name"]);
model.NumberOfSensor = Convert.ToDecimal(dr["NumberOfSensor"]);
try
{
model.MaxVelocity = Convert.ToDecimal(dr["MaxVelocity"]);
}
catch
{
model.MaxVelocity = Convert.ToDecimal("-1");
}
try
{
model.Acceleration = Convert.ToDecimal(dr["Acceleration"]);
}
catch
{
model.Acceleration = Convert.ToDecimal("-1");
}
try
{
model.MaxDistance = Convert.ToDecimal(dr["MaxDistance"]);
}
catch
{
model.MaxDistance = Convert.ToDecimal("-1");
}
try
{
model.ApproachAngle = Convert.ToDecimal(dr["ApproachAngle"]);
}
catch
{
model.ApproachAngle = Convert.ToDecimal("-1");
}
try
{
model.DepartureAngle = Convert.ToDecimal(dr["DepartureAngle"]);
}
catch
{
model.DepartureAngle = Convert.ToDecimal("-1");
}
try
{
model.MinimumGroundClearance = Convert.ToDecimal(dr["MinimumGroundClearance"]);
}
catch
{
model.MinimumGroundClearance = Convert.ToDecimal("-1");
}
try
{
model.WheelBase = Convert.ToDecimal(dr["WheelBase"]);
}
catch
{
model.WheelBase = Convert.ToDecimal("-1");
}
try
{
model.AzimuthAngle = Convert.ToDecimal(dr["AzimuthAngle"]);
}
catch
{
model.AzimuthAngle = Convert.ToDecimal("-1");
}
try
{
model.AzimuthAngleVelocity = Convert.ToDecimal(dr["AzimuthAngleVelocity"]);
}
catch
{
model.AzimuthAngleVelocity = Convert.ToDecimal("-1");
}
try
{
model.AzimuthAngleAcceleration = Convert.ToDecimal(dr["AzimuthAngleAcceleration"]);
}
catch
{
model.AzimuthAngleAcceleration = Convert.ToDecimal("-1");
}
try
{
model.CruisingVelocity = Convert.ToDecimal(dr["CruisingVelocity"]);
}
catch
{
model.CruisingVelocity = Convert.ToDecimal("-1");
}
try
{
model.ObserveVelocity = Convert.ToDecimal(dr["ObserveVelocity"]);
}
catch
{
model.ObserveVelocity = Convert.ToDecimal("-1");
}
try
{
model.PitchAngle = Convert.ToDecimal(dr["PitchAngle"]);
}
catch
{
model.PitchAngle = Convert.ToDecimal("-1");
}
try
{
model.PitchAngleVelocity = Convert.ToDecimal(dr["PitchAngleVelocity"]);
}
catch
{
model.PitchAngleVelocity = Convert.ToDecimal("-1");
}
try
{
model.PitchAngleAcceleration = Convert.ToDecimal(dr["PitchAngleAcceleration"]);
}
catch
{
model.PitchAngleAcceleration = Convert.ToDecimal("-1");
}
try
{
model.PolarizationAngle = Convert.ToDecimal(dr["PolarizationAngle"]);
}
catch
{
model.PolarizationAngle = Convert.ToDecimal("-1");
}
try
{
model.PolarizationAngleVelocity = Convert.ToDecimal(dr["PolarizationAngleVelocity"]);
}
catch
{
model.PolarizationAngleVelocity = Convert.ToDecimal("-1");
}
try
{
model.PolarizationAngleAcceleration = Convert.ToDecimal(dr["PolarizationAngleAcceleration"]);
}
catch
{
model.PolarizationAngleAcceleration = Convert.ToDecimal("-1");
}
return(model);
}
