private void button1_Click_1(object sender, EventArgs e)
{
if (radioButton1.Checked == true)
{
if (Convert.ToDouble(textBox1.Text) >= Convert.ToDouble(label1.Text) && Convert.ToDouble(textBox1.Text) <= Convert.ToDouble(label2.Text))
{
EngMethod me = new EngMethod(yy, xx, dep, tgxDep, douWellTemp, douTgDiameter, douZtSize, douWellEyeKDL, douZjyDensity, douZjyPL, douDrZWL, douDbsWellDepth, douDbsTaoya, douDbsPL, douZgOutterDiameter,
douZgWallThickness, pd, pa, vgain, companyName, drillingCrewName, tw, shen, alfa, fai, 0, ss, dens);
double tyj = 0;
double t1 = 0;
double Qyj = 0;
double Ppc = 0;
double Vvj = 0;
me.EngMethod_QiXiaZuan_Small(ztl, ref t1, ref tyj, ref Qyj, ref Ppc, ref Vvj, Convert.ToDouble(textBox1.Text));
string name = "工程";
MessageBox.Show("抢下钻具");
Form5 fx = new Form5(yy, xx, dep, tgxDep, douWellTemp, douTgDiameter, douZtSize, douWellEyeKDL, douZjyDensity, douZjyPL, douDrZWL, douDbsWellDepth, douDbsTaoya, douDbsPL, douZgOutterDiameter, douZgWallThickness, pd, pa, vgain, companyName, drillingCrewName, tw, shen, alfa, fai, ss, dens, name, no, Convert.ToDouble(textBox1.Text), Qyj);
fx.Show();
}
}
else
{
}
}
private void button15_Click(object sender, EventArgs e)
{
if (temp == 1)
{
if (xx == "直井")
{
if (no == "空井" && name == "工程" || no == "起下钻" && name == "工程")
{
string s6 = "select 外径 from [dbo].[Sheet4$] where 工程编号='" + yy + "'and 钻具名称='钻杆'";
string s16 = "select 壁厚 from [dbo].[Sheet4$] where 工程编号='" + yy + "'and 钻具名称='钻杆'";
string s7 = "select sum(长度) 总长 from [dbo].[Sheet4$] where 工程编号='" + yy + "' ";
DataSet read6 = SQLHelper.read(s6);
DataSet read7 = SQLHelper.read(s7);
DataSet read16 = SQLHelper.read(s16);
douZgOutterDiameter = Convert.ToDouble(read6.Tables[0].Rows[0]["外径"]);
ztl = Convert.ToDouble(read7.Tables[0].Rows[0]["总长"]);
douZgWallThickness = Convert.ToDouble(read16.Tables[0].Rows[0]["壁厚"]);
EngMethod me = new EngMethod(yy, xx, dep, tgxDep, douWellTemp, douTgDiameter, douZtSize, douWellEyeKDL, douZjyDensity, douZjyPL, douDrZWL, douDbsWellDepth, douDbsTaoya, douDbsPL, douZgOutterDiameter,
douZgWallThickness, pd, pa, vgain, companyName, drillingCrewName, tw, shen, alfa, fai, 0, ss, dens);
me.plumbWell(ss, dens);
double Q = me.getQ(); //压井排量
double pp = me.getPP(); //地层压力
double pm1 = me.getPm1(); //压井泥浆密度
double pti = me.getPti(); //初始循环压力
double ptf = me.getPtf(); //终了循环压力
double pamax = me.getPamax(); //最大套压
double vgainmax = me.getVgainmax(); //泥浆池最大增量
double ovtime = me.getOvtime(); //溢流到井口时间
double shigongTime = me.getShigongTime(); //压井施工时间-------------------------------输出数据7
double[] pax = me.getpax();
double[] pitgain = me.getpitgain();
double[] circulatingtime = me.getcircu();
double[] ptime = me.getptime();
double[] pdd = me.getpdd();
Form11 f = new Form11(Q, pp, pm1, pti, ptf, pamax, vgainmax, ovtime, shigongTime, pax, pitgain, circulatingtime, ptime, pdd); this.Close();
f.Show();
this.Dispose();
}
if (no == "空井" && name == "司钻" || no == "起下钻" && name == "司钻")
{
string s6 = "select 外径 from [dbo].[Sheet4$] where 工程编号='" + yy + "'and 钻具名称='钻杆'";
string s16 = "select 壁厚 from [dbo].[Sheet4$] where 工程编号='" + yy + "'and 钻具名称='钻杆'";
string s7 = "select sum(长度) 总长 from [dbo].[Sheet4$] where 工程编号='" + yy + "' ";
DataSet read6 = SQLHelper.read(s6);
DataSet read7 = SQLHelper.read(s7);
DataSet read16 = SQLHelper.read(s16);
douZgOutterDiameter = Convert.ToDouble(read6.Tables[0].Rows[0]["外径"]);
ztl = Convert.ToDouble(read7.Tables[0].Rows[0]["总长"]);
douZgWallThickness = Convert.ToDouble(read16.Tables[0].Rows[0]["壁厚"]);
double D = douZtSize * (douWellEyeKDL + 1);
string lo = "select 内径 from [dbo].[Sheet4$] where 工程编号='" + yy + "' and 钻具名称 ='钻杆'";
DataSet n = SQLHelper.read(lo);
string lo2 = "select 外径 from [dbo].[Sheet4$] where 工程编号='" + yy + "' and 钻具名称 ='钻杆'";
string lo3 = "select 长度 from [dbo].[Sheet4$] where 工程编号='" + yy + "' and 钻具名称 ='钻杆'";
DataSet n2 = SQLHelper.read(lo2);
DataSet n3 = SQLHelper.read(lo3);
List <double> ZJI = new List <double>();
List <double> ZJO = new List <double>();
List <double> ZJL = new List <double>();
for (int i = 0; i < n.Tables[0].Rows.Count; i++)
{
ZJL.Add(Convert.ToDouble(n3.Tables[0].Rows[i]["长度"]));
ZJI.Add(Convert.ToDouble(n.Tables[0].Rows[i]["内径"]));
ZJO.Add(Convert.ToDouble(n2.Tables[0].Rows[i]["外径"]));
}
int nt2 = n.Tables[0].Rows.Count;
SZmethod sz = new SZmethod();
sz.SZMethod(yy, yy, xx, ss, ZJI, ZJO, ZJL, nt2);
double pc = douDbsTaoya / douDbsWellDepth;
sz.SZF(pd, pa, vgain, douZjyDensity, douZjyPL, dep, tgxDep, x1, x2, 0, D, douZtSize, douDrZWL, douWellTemp, pc);
double Q = sz.getQyj(); //压井排量
double pp = sz.getPp(); //地层压力
double pm1 = sz.getyjden(); //压井泥浆密度
double pti = sz.getPti(); //初始循环压力
double ptf = sz.getPtf(); //终了循环压力
double pamax = sz.getpamax(); //最大套压
// double vgainmax = sz.getVgainmax();//泥浆池最大增量
double pyx = sz.getPyx(); //井口最大允许套压
double ovtime = sz.getOvtime(); //溢流到井口时间
double shigongTime = sz.getShigongTime(); //压井施工时间-------------------------------输出数据7
double[] pat = sz.getPat();
double[] pdt = sz.getPdt();
double[] tyjp = sz.gettyjp();
double[] tyjd = sz.gettyjd();
// Form11 ff = new Form11(Q, pp, pm1, pti, ptf, pamax, pyx, ovtime, shigongTime, pat, pdt, tyjp, tyjd);
// ff.Show();
this.Close();
this.Dispose();
}
if (no == "起下钻" && (name != "工程" && name != "司钻"))
{
double T1 = 0;
double Tz = 0;
double pp = 0;
double Pd0 = 0;
double Pd1 = 0;
int NT1 = 0;//定向井数据
EngMethod me = new EngMethod(yy, xx, dep, tgxDep, douWellTemp, douTgDiameter, douZtSize, douWellEyeKDL, douZjyDensity, douZjyPL, douDrZWL, douDbsWellDepth, douDbsTaoya, douDbsPL, douZgOutterDiameter,
douZgWallThickness, pd, pa, vgain, companyName, drillingCrewName, tw, shen, alfa, fai, 0, ss, dens);
me.EngMethod_QiXiaZuan_Big(NT1, userdens, ztl, ref Qyj, ref T1, ref Tz, ref pp, ref Pd0, ref Pd1);
MessageBox.Show(Qyj.ToString() + " " + T1.ToString());
}
}/*
* else
* {
* if (no == "空井" && name == "工程" || no == "起下钻" && name == "工程")
* {
* string s6 = "select 外径 from [dbo].[Sheet4$] where 工程编号='" + yy + "'and 钻具名称='钻杆'";
* string s16 = "select 壁厚 from [dbo].[Sheet4$] where 工程编号='" + yy + "'and 钻具名称='钻杆'";
* string s7 = "select sum(长度) 总长 from [dbo].[Sheet4$] where 工程编号='" + yy + "' ";
* DataSet read6 = SQLHelper.read(s6);
* DataSet read7 = SQLHelper.read(s7);
* DataSet read16 = SQLHelper.read(s16);
* douZgOutterDiameter = Convert.ToDouble(read6.Tables[0].Rows[0]["外径"]);
* ztl = Convert.ToDouble(read7.Tables[0].Rows[0]["总长"]);
* douZgWallThickness = Convert.ToDouble(read16.Tables[0].Rows[0]["壁厚"]);
* EngMethod me = new EngMethod(yy, xx, dep, tgxDep, douWellTemp, douTgDiameter, douZtSize, douWellEyeKDL, douZjyDensity, douZjyPL, douDrZWL, douDbsWellDepth, douDbsTaoya, douDbsPL, douZgOutterDiameter,
* douZgWallThickness, pd, pa, vgain, companyName, drillingCrewName, tw, shen, alfa, fai, 0, ss, dens);
* me.directionWell(ss, dens,tw,shen,alfa,fai,NT);
* double Q = me.getQ();//压井排量
* double pp = me.getPP();//地层压力
* double pm1 = me.getPm1();//压井泥浆密度
* double pti = me.getPti();//初始循环压力
* double ptf = me.getPtf();//终了循环压力
* double pamax = me.getPamax();//最大套压
* double vgainmax = me.getVgainmax();//泥浆池最大增量
* double ovtime = me.getOvtime();//溢流到井口时间
* double shigongTime = me.getShigongTime();//压井施工时间-------------------------------输出数据7
* double[] pax = me.getpax();
* double[] pitgain = me.getpitgain();
* double[] circulatingtime = me.getcircu();
* double[] ptime = me.getptime();
* double[] pdd = me.getpdd();
* Form11 f = new Form11(Q, pp, pm1, pti, ptf, pamax, vgainmax, ovtime, shigongTime, pax, pitgain, circulatingtime, ptime, pdd); this.Close();
* f.Show();
* this.Dispose();
* }
* if (no == "空井" && name == "司钻" || no == "起下钻" && name == "司钻")
* {
*
* string s6 = "select 外径 from [dbo].[Sheet4$] where 工程编号='" + yy + "'and 钻具名称='钻杆'";
* string s16 = "select 壁厚 from [dbo].[Sheet4$] where 工程编号='" + yy + "'and 钻具名称='钻杆'";
* string s7 = "select sum(长度) 总长 from [dbo].[Sheet4$] where 工程编号='" + yy + "' ";
* DataSet read6 = SQLHelper.read(s6);
* DataSet read7 = SQLHelper.read(s7);
* DataSet read16 = SQLHelper.read(s16);
* douZgOutterDiameter = Convert.ToDouble(read6.Tables[0].Rows[0]["外径"]);
* ztl = Convert.ToDouble(read7.Tables[0].Rows[0]["总长"]);
* douZgWallThickness = Convert.ToDouble(read16.Tables[0].Rows[0]["壁厚"]);
* double D = douZtSize * (douWellEyeKDL + 1);
* string lo = "select 内径 from [dbo].[Sheet4$] where 工程编号='" + yy + "' and 钻具名称 ='钻杆'";
* DataSet n = SQLHelper.read(lo);
* string lo2 = "select 外径 from [dbo].[Sheet4$] where 工程编号='" + yy + "' and 钻具名称 ='钻杆'";
* string lo3 = "select 长度 from [dbo].[Sheet4$] where 工程编号='" + yy + "' and 钻具名称 ='钻杆'";
* DataSet n2 = SQLHelper.read(lo2);
* DataSet n3 = SQLHelper.read(lo3);
* List<double> ZJI = new List<double>();
* List<double> ZJO = new List<double>();
* List<double> ZJL = new List<double>();
* for (int i = 0; i < n.Tables[0].Rows.Count; i++)
* {
* ZJL.Add(Convert.ToDouble(n3.Tables[0].Rows[i]["长度"]));
* ZJI.Add(Convert.ToDouble(n.Tables[0].Rows[i]["内径"]));
* ZJO.Add(Convert.ToDouble(n2.Tables[0].Rows[i]["外径"]));
* }
* int nt2 = n.Tables[0].Rows.Count;
* SZmethod sz = new SZmethod();
* sz.SZMethod(yy, yy, xx, ss, ZJI, ZJO, ZJL, nt2);
* double pc = douDbsTaoya / douDbsWellDepth;
* sz.SZF_wt(pd, pa, vgain, douZjyDensity, douZjyPL, dep, tgxDep, x1, x2, 0, D, douZtSize, douDrZWL, douWellTemp, pc,tw);
*
* double Q = sz.getQyj();//压井排量
* double pp = sz.getPp();//地层压力
* double pm1 = sz.getyjden();//压井泥浆密度
* double pti = sz.getPti();//初始循环压力
* double ptf = sz.getPtf();//终了循环压力
* double pamax = sz.getpamax();//最大套压
* // double vgainmax = sz.getVgainmax();//泥浆池最大增量
* double pyx = sz.getPyx();//井口最大允许套压
* double ovtime = sz.getOvtime();//溢流到井口时间
* double shigongTime = sz.getShigongTime();//压井施工时间-------------------------------输出数据7
* double[] pat = sz.getPat();
* double[] pdt = sz.getPdt();
* double[] tyjp = sz.gettyjp();
* double[] tyjd = sz.gettyjd();
*
* Form11 ff = new Form11(Q, pp, pm1, pti, ptf, pamax, pyx, ovtime, shigongTime, pat, pdt, tyjp, tyjd);
* ff.Show();
* this.Close();
* this.Dispose();
* }
* if (no == "起下钻" && (name != "工程" && name != "司钻"))
* {
*
* double T1 = 0;
* double Tz = 0;
* double pp = 0;
* double Pd0 = 0;
* double Pd1 = 0;
* int NT1 = 300;//定向井数据
* EngMethod me = new EngMethod(yy, xx, dep, tgxDep, douWellTemp, douTgDiameter, douZtSize, douWellEyeKDL, douZjyDensity, douZjyPL, douDrZWL, douDbsWellDepth, douDbsTaoya, douDbsPL, douZgOutterDiameter,
* douZgWallThickness, pd, pa, vgain, companyName, drillingCrewName, tw, shen, alfa, fai, 0, ss, dens);
* me.EngMethod_QiXiaZuan_Big(NT1, userdens, ztl, ref Qyj, ref T1, ref Tz, ref pp, ref Pd0, ref Pd1);
* MessageBox.Show(Qyj.ToString() + " " + T1.ToString());
* }
*
*
* }*/
}
else
{
this.pictureBox1.Image = Image.FromFile(Application.StartupPath + "\\组合效果2.png");
}
}
