private List <WindPressureDGV> GetWindPressureDGV()
{
List <WindPressureDGV> windPressureDGV = new List <WindPressureDGV>();
var dt = new DAL_dt_kfy_Info().GetkfyByCodeAndTong(_tempCode, _tempTong);
if (dt != null && dt.Rows.Count > 0)
{
DataRow dr = dt.Rows[0];
foreach (var value in KFYPa)
{
windPressureDGV.Add(new WindPressureDGV()
{
Pa = value + "Pa",
zwy1 = string.IsNullOrWhiteSpace(dr["z_one_" + value].ToString()) ? 0 : double.Parse(dr["z_one_" + value].ToString()),
zwy2 = string.IsNullOrWhiteSpace(dr["z_two_" + value].ToString()) ? 0 : double.Parse(dr["z_two_" + value].ToString()),
zwy3 = string.IsNullOrWhiteSpace(dr["z_three_" + value].ToString()) ? 0 : double.Parse(dr["z_three_" + value].ToString()),
zzd = string.IsNullOrWhiteSpace(dr["z_nd_" + value].ToString()) ? 0 : double.Parse(dr["z_nd_" + value].ToString()),
zix = string.IsNullOrWhiteSpace(dr["z_ix_" + value].ToString()) ? 0 : double.Parse(dr["z_ix_" + value].ToString()),
fwy1 = string.IsNullOrWhiteSpace(dr["f_one_" + value].ToString()) ? 0 : double.Parse(dr["f_one_" + value].ToString()),
fwy2 = string.IsNullOrWhiteSpace(dr["f_two_" + value].ToString()) ? 0 : double.Parse(dr["f_two_" + value].ToString()),
fwy3 = string.IsNullOrWhiteSpace(dr["f_three_" + value].ToString()) ? 0 : double.Parse(dr["f_three_" + value].ToString()),
fzd = string.IsNullOrWhiteSpace(dr["f_nd_" + value].ToString()) ? 0 : double.Parse(dr["f_nd_" + value].ToString()),
fix = string.IsNullOrWhiteSpace(dr["f_ix_" + value].ToString()) ? 0 : double.Parse(dr["f_ix_" + value].ToString()),
});
}
}
else
{
foreach (var value in KFYPa)
{
windPressureDGV.Add(new WindPressureDGV()
{
Pa = value + "Pa",
zwy1 = 0,
zwy2 = 0,
zwy3 = 0,
zzd = 0,
zix = 0,
fwy1 = 0,
fwy2 = 0,
fwy3 = 0,
fzd = 0,
fix = 0,
});
}
}
return(windPressureDGV);
}
private bool AddKfyInfo()
{
DAL_dt_kfy_Info dal = new DAL_dt_kfy_Info();
Model_dt_kfy_Info model = new Model_dt_kfy_Info();
model.dt_Code = _tempCode;
model.info_DangH = _tempTong;
for (int i = 0; i < KFYPa.Count; i++)
{
#region 获取
if (i == 0)
{
model.z_one_250 = this.dgv_WindPressure.Rows[i].Cells["zwy1"].Value.ToString();
model.z_two_250 = this.dgv_WindPressure.Rows[i].Cells["zwy2"].Value.ToString();
model.z_three_250 = this.dgv_WindPressure.Rows[i].Cells["zwy3"].Value.ToString();
model.z_nd_250 = this.dgv_WindPressure.Rows[i].Cells["zzd"].Value.ToString();
model.z_ix_250 = this.dgv_WindPressure.Rows[i].Cells["zix"].Value.ToString();
model.f_one_250 = this.dgv_WindPressure.Rows[i].Cells["fwy1"].Value.ToString();
model.f_two_250 = this.dgv_WindPressure.Rows[i].Cells["fwy2"].Value.ToString();
model.f_three_250 = this.dgv_WindPressure.Rows[i].Cells["fwy3"].Value.ToString();
model.f_nd_250 = this.dgv_WindPressure.Rows[i].Cells["fzd"].Value.ToString();
model.f_ix_250 = this.dgv_WindPressure.Rows[i].Cells["fix"].Value.ToString();
}
if (i == 1)
{
model.z_one_500 = this.dgv_WindPressure.Rows[i].Cells["zwy1"].Value.ToString();
model.z_two_500 = this.dgv_WindPressure.Rows[i].Cells["zwy2"].Value.ToString();
model.z_three_500 = this.dgv_WindPressure.Rows[i].Cells["zwy3"].Value.ToString();
model.z_nd_500 = this.dgv_WindPressure.Rows[i].Cells["zzd"].Value.ToString();
model.z_ix_500 = this.dgv_WindPressure.Rows[i].Cells["zix"].Value.ToString();
model.f_one_500 = this.dgv_WindPressure.Rows[i].Cells["fwy1"].Value.ToString();
model.f_two_500 = this.dgv_WindPressure.Rows[i].Cells["fwy2"].Value.ToString();
model.f_three_500 = this.dgv_WindPressure.Rows[i].Cells["fwy3"].Value.ToString();
model.f_nd_500 = this.dgv_WindPressure.Rows[i].Cells["fzd"].Value.ToString();
model.f_ix_500 = this.dgv_WindPressure.Rows[i].Cells["fix"].Value.ToString();
}
if (i == 2)
{
model.z_one_750 = this.dgv_WindPressure.Rows[i].Cells["zwy1"].Value.ToString();
model.z_two_750 = this.dgv_WindPressure.Rows[i].Cells["zwy2"].Value.ToString();
model.z_three_750 = this.dgv_WindPressure.Rows[i].Cells["zwy3"].Value.ToString();
model.z_nd_750 = this.dgv_WindPressure.Rows[i].Cells["zzd"].Value.ToString();
model.z_ix_750 = this.dgv_WindPressure.Rows[i].Cells["zix"].Value.ToString();
model.f_one_750 = this.dgv_WindPressure.Rows[i].Cells["fwy1"].Value.ToString();
model.f_two_750 = this.dgv_WindPressure.Rows[i].Cells["fwy2"].Value.ToString();
model.f_three_750 = this.dgv_WindPressure.Rows[i].Cells["fwy3"].Value.ToString();
model.f_nd_750 = this.dgv_WindPressure.Rows[i].Cells["fzd"].Value.ToString();
model.f_ix_750 = this.dgv_WindPressure.Rows[i].Cells["fix"].Value.ToString();
}
if (i == 3)
{
model.z_one_1000 = this.dgv_WindPressure.Rows[i].Cells["zwy1"].Value.ToString();
model.z_two_1000 = this.dgv_WindPressure.Rows[i].Cells["zwy2"].Value.ToString();
model.z_three_1000 = this.dgv_WindPressure.Rows[i].Cells["zwy3"].Value.ToString();
model.z_nd_1000 = this.dgv_WindPressure.Rows[i].Cells["zzd"].Value.ToString();
model.z_ix_1000 = this.dgv_WindPressure.Rows[i].Cells["zix"].Value.ToString();
model.f_one_1000 = this.dgv_WindPressure.Rows[i].Cells["fwy1"].Value.ToString();
model.f_two_1000 = this.dgv_WindPressure.Rows[i].Cells["fwy2"].Value.ToString();
model.f_three_1000 = this.dgv_WindPressure.Rows[i].Cells["fwy3"].Value.ToString();
model.f_nd_1000 = this.dgv_WindPressure.Rows[i].Cells["fzd"].Value.ToString();
model.f_ix_1000 = this.dgv_WindPressure.Rows[i].Cells["fix"].Value.ToString();
}
if (i == 4)
{
model.z_one_1250 = this.dgv_WindPressure.Rows[i].Cells["zwy1"].Value.ToString();
model.z_two_1250 = this.dgv_WindPressure.Rows[i].Cells["zwy2"].Value.ToString();
model.z_three_1250 = this.dgv_WindPressure.Rows[i].Cells["zwy3"].Value.ToString();
model.z_nd_1250 = this.dgv_WindPressure.Rows[i].Cells["zzd"].Value.ToString();
model.z_ix_1250 = this.dgv_WindPressure.Rows[i].Cells["zix"].Value.ToString();
model.f_one_1250 = this.dgv_WindPressure.Rows[i].Cells["fwy1"].Value.ToString();
model.f_two_1250 = this.dgv_WindPressure.Rows[i].Cells["fwy2"].Value.ToString();
model.f_three_1250 = this.dgv_WindPressure.Rows[i].Cells["fwy3"].Value.ToString();
model.f_nd_1250 = this.dgv_WindPressure.Rows[i].Cells["fzd"].Value.ToString();
model.f_ix_1250 = this.dgv_WindPressure.Rows[i].Cells["fix"].Value.ToString();
}
if (i == 5)
{
model.z_one_1500 = this.dgv_WindPressure.Rows[i].Cells["zwy1"].Value.ToString();
model.z_two_1500 = this.dgv_WindPressure.Rows[i].Cells["zwy2"].Value.ToString();
model.z_three_1500 = this.dgv_WindPressure.Rows[i].Cells["zwy3"].Value.ToString();
model.z_nd_1500 = this.dgv_WindPressure.Rows[i].Cells["zzd"].Value.ToString();
model.z_ix_1500 = this.dgv_WindPressure.Rows[i].Cells["zix"].Value.ToString();
model.f_one_1500 = this.dgv_WindPressure.Rows[i].Cells["fwy1"].Value.ToString();
model.f_two_1500 = this.dgv_WindPressure.Rows[i].Cells["fwy2"].Value.ToString();
model.f_three_1500 = this.dgv_WindPressure.Rows[i].Cells["fwy3"].Value.ToString();
model.f_nd_1500 = this.dgv_WindPressure.Rows[i].Cells["fzd"].Value.ToString();
model.f_ix_1500 = this.dgv_WindPressure.Rows[i].Cells["fix"].Value.ToString();
}
if (i == 6)
{
model.z_one_1750 = this.dgv_WindPressure.Rows[i].Cells["zwy1"].Value.ToString();
model.z_two_1750 = this.dgv_WindPressure.Rows[i].Cells["zwy2"].Value.ToString();
model.z_three_1750 = this.dgv_WindPressure.Rows[i].Cells["zwy3"].Value.ToString();
model.z_nd_1750 = this.dgv_WindPressure.Rows[i].Cells["zzd"].Value.ToString();
model.z_ix_1750 = this.dgv_WindPressure.Rows[i].Cells["zix"].Value.ToString();
model.f_one_1750 = this.dgv_WindPressure.Rows[i].Cells["fwy1"].Value.ToString();
model.f_two_1750 = this.dgv_WindPressure.Rows[i].Cells["fwy2"].Value.ToString();
model.f_three_1750 = this.dgv_WindPressure.Rows[i].Cells["fwy3"].Value.ToString();
model.f_nd_1750 = this.dgv_WindPressure.Rows[i].Cells["fzd"].Value.ToString();
model.f_ix_1750 = this.dgv_WindPressure.Rows[i].Cells["fix"].Value.ToString();
}
if (i == 7)
{
model.z_one_2000 = this.dgv_WindPressure.Rows[i].Cells["zwy1"].Value.ToString();
model.z_two_2000 = this.dgv_WindPressure.Rows[i].Cells["zwy2"].Value.ToString();
model.z_three_2000 = this.dgv_WindPressure.Rows[i].Cells["zwy3"].Value.ToString();
model.z_nd_2000 = this.dgv_WindPressure.Rows[i].Cells["zzd"].Value.ToString();
model.z_ix_2000 = this.dgv_WindPressure.Rows[i].Cells["zix"].Value.ToString();
model.f_one_2000 = this.dgv_WindPressure.Rows[i].Cells["fwy1"].Value.ToString();
model.f_two_2000 = this.dgv_WindPressure.Rows[i].Cells["fwy2"].Value.ToString();
model.f_three_2000 = this.dgv_WindPressure.Rows[i].Cells["fwy3"].Value.ToString();
model.f_nd_2000 = this.dgv_WindPressure.Rows[i].Cells["fzd"].Value.ToString();
model.f_ix_2000 = this.dgv_WindPressure.Rows[i].Cells["fix"].Value.ToString();
}
#endregion
}
return(dal.Add_kfy_Info(model));
}
