//拼接对应的目录、权重、限制条件的三张表,strMeasure为措施字符串
protected void getFactWeight(string strMeasure)
{
//获得用户id
int userid = CommonClass.OperateUsers.getUserID();
STBC.BLL.EVALUATEDATA evaluatedataB = new STBC.BLL.EVALUATEDATA();
//根据措施名字和用户id查询目录、权重、限制条件的三张表中数据并进行拼接
DataSet ds = evaluatedataB.GetConnect(strMeasure, userid);
dtw = ds.Tables[0];
}
/// <summary>
/// 计算权重，并插入到evaluatedata这张表里面
/// </summary>
/// <param name="strMeasure">传入的措施</param>
protected void calcuFanallyWeight(string strMeasure)
{
STBC.BLL.EVALUATEDATA evaluatedataB = new STBC.BLL.EVALUATEDATA();
STBC.Model.EVALUATEDATA evaluatedataM = new STBC.Model.EVALUATEDATA();
DataSet ds = evaluatedataB.GetList("");
DataTable dt = ds.Tables[0];
foreach (DataRow dr in dt.Rows)
{
//处理相关数据
double laoli = double.Parse(dr["劳力密度"].ToString().Trim());
string zhenfu = dr["政府决策"].ToString().Trim();
double zhengfud = 0.0;
double touzi = double.Parse(dr["可供投资"].ToString().Trim());
double judao = double.Parse(dr["距道路"].ToString().Trim());
double juJu = double.Parse(dr["距居民地"].ToString().Trim());
string liushi = dr["流失强度"].ToString().Trim();
double liushid = 0.0;
double kyin = double.Parse(dr["K"].ToString().Trim());
double podu = double.Parse(dr["坡度"].ToString().Trim());
double fugai = double.Parse(dr["覆盖度"].ToString().Trim());
string tudiliyong = dr["土地利用"].ToString().Trim();
double tudiliyongd = 0.0;
//首先处理坡度
foreach (DataRow dr2 in dtw.Rows)
{
#region 计算过程
//存放因子名字
string factName = dr2["NAME"].ToString();
//存放因子权重
double WEIGHT = double.Parse(dr2["WEIGHT"].ToString());
//存放因子拐点设置
string INFLEXION = dr2["INFLEXION"].ToString();
//存放因子拐点函数类型
string FUNCTTYPE = dr2["FUNCTTYPE"].ToString();
string[] strarr = INFLEXION.Split('|');
if (factName == "农村劳动力密度")
{
//if (FUNCTTYPE=="特征函数")
//{
// laoli=CommonClass.SingEvalMethod.EigenFunct(strarr,lao
//}
if (FUNCTTYPE == "升半梯形")
{
laoli = CommonClass.SingEvalMethod.RiseTrap(strarr, laoli);
laoli = laoli * WEIGHT;
}
else if (FUNCTTYPE == "降半梯形")
{
laoli = CommonClass.SingEvalMethod.DropTrap(strarr, laoli);
laoli = laoli * WEIGHT;
}
//抛物线型
else
{
laoli = CommonClass.SingEvalMethod.Parabola(strarr, laoli);
laoli = laoli * WEIGHT;
}
}
else if (factName == "政府决策因素")
{
//不用选择，这个坑定是特征函数
zhengfud = CommonClass.SingEvalMethod.EigenFunct(strarr, zhenfu);
zhengfud = zhengfud * WEIGHT;
}
else if (factName == "建设需求投资")
{
if (FUNCTTYPE == "升半梯形")
{
touzi = CommonClass.SingEvalMethod.RiseTrap(strarr, touzi);
touzi = touzi * WEIGHT;
}
else if (FUNCTTYPE == "降半梯形")
{
touzi = CommonClass.SingEvalMethod.DropTrap(strarr, touzi);
touzi = touzi * WEIGHT;
}
//抛物线型
else
{
touzi = CommonClass.SingEvalMethod.Parabola(strarr, touzi);
touzi = touzi * WEIGHT;
}
}
else if (factName == "距道路距离")
{
//dr["距道路"].ToString();
if (FUNCTTYPE == "升半梯形")
{
judao = CommonClass.SingEvalMethod.RiseTrap(strarr, judao);
judao = judao * WEIGHT;
}
else if (FUNCTTYPE == "降半梯形")
{
judao = CommonClass.SingEvalMethod.DropTrap(strarr, judao);
judao = judao * WEIGHT;
}
//抛物线型
else
{
judao = CommonClass.SingEvalMethod.Parabola(strarr, judao);
judao = judao * WEIGHT;
}
}
else if (factName == "距居民点距离")
{
//dr["距居民地"].ToString();
if (FUNCTTYPE == "升半梯形")
{
juJu = CommonClass.SingEvalMethod.RiseTrap(strarr, juJu);
juJu = juJu * WEIGHT;
}
else if (FUNCTTYPE == "降半梯形")
{
juJu = CommonClass.SingEvalMethod.DropTrap(strarr, juJu);
juJu = juJu * WEIGHT;
}
//抛物线型
else
{
juJu = CommonClass.SingEvalMethod.Parabola(strarr, juJu);
juJu = juJu * WEIGHT;
}
}
else if (factName == "水土流失强度")
{
//dr["流失强度"].ToString();
liushid = CommonClass.SingEvalMethod.EigenFunct(strarr, liushi);
liushid = liushid * WEIGHT;
}
else if (factName == "土壤可蚀因子")
{
//dr["K"].ToString();
if (FUNCTTYPE == "升半梯形")
{
kyin = CommonClass.SingEvalMethod.RiseTrap(strarr, kyin);
kyin = kyin * WEIGHT;
}
else if (FUNCTTYPE == "降半梯形")
{
kyin = CommonClass.SingEvalMethod.DropTrap(strarr, kyin);
kyin = kyin * WEIGHT;
}
//抛物线型
else
{
kyin = CommonClass.SingEvalMethod.Parabola(strarr, kyin);
kyin = kyin * WEIGHT;
}
}
else if (factName == "坡度")
{
//dr["坡度"].ToString();
if (FUNCTTYPE == "升半梯形")
{
podu = CommonClass.SingEvalMethod.RiseTrap(strarr, podu);
podu = podu * WEIGHT;
}
else if (FUNCTTYPE == "降半梯形")
{
podu = CommonClass.SingEvalMethod.DropTrap(strarr, podu);
podu = podu * WEIGHT;
}
//抛物线型
else
{
podu = CommonClass.SingEvalMethod.Parabola(strarr, podu);
podu = podu * WEIGHT;
}
}
else if (factName == "植被覆盖")
{
//dr["覆盖度"].ToString();
if (FUNCTTYPE == "升半梯形")
{
fugai = CommonClass.SingEvalMethod.RiseTrap(strarr, fugai);
fugai = fugai * WEIGHT;
}
else if (FUNCTTYPE == "降半梯形")
{
fugai = CommonClass.SingEvalMethod.DropTrap(strarr, fugai);
fugai = fugai * WEIGHT;
}
//抛物线型
else
{
fugai = CommonClass.SingEvalMethod.Parabola(strarr, fugai);
fugai = fugai * WEIGHT;
}
}
//土地利用现状
else
{
tudiliyongd = CommonClass.SingEvalMethod.EigenFunct(strarr, tudiliyong);
tudiliyongd = tudiliyongd * WEIGHT;
}
#endregion
}
//zong1为适宜性评价的综合
double zong1 = laoli + zhengfud + touzi + judao + juJu + liushid + kyin + podu + fugai + tudiliyongd;
//zong2为效益型评价的综合
double zong2 = CommonClass.BenFactHelp.GetBenWeight(lsBenWeight, strMeasure);
//总的适宜性评价
double zong = Math.Sqrt(zong1 * zong2);
//evaluatedataM.经济林果 = (decimal)zong1;
evaluatedataM.OBJECTID = (decimal)double.Parse(dr["OBJECTID"].ToString().Trim());
evaluatedataB.UpdateSummary(evaluatedataM, strMeasure, zong);
}
CallBackValue = "单项措施计算成功";
//this.GridView1.DataSource = ds.Tables[0].DefaultView;
//this.GridView1.DataBind();
}
//拼接对应的目录、权重、限制条件的三张表,strMeasure为措施字符串
protected void getFactWeight(string strMeasure)
{
//获得用户id
int userid = CommonClass.OperateUsers.getUserID();
STBC.BLL.EVALUATEDATA evaluatedataB = new STBC.BLL.EVALUATEDATA();
//根据措施名字和用户id查询目录、权重、限制条件的三张表中数据并进行拼接
DataSet ds = evaluatedataB.GetConnect(strMeasure, userid);
dtw = ds.Tables[0];
}
/// <summary>
/// 计算权重，并插入到evaluatedata这张表里面
/// </summary>
/// <param name="strMeasure">传入的措施</param>
protected void calcuFanallyWeight(string strMeasure)
{
STBC.BLL.EVALUATEDATA evaluatedataB = new STBC.BLL.EVALUATEDATA();
STBC.Model.EVALUATEDATA evaluatedataM = new STBC.Model.EVALUATEDATA();
DataSet ds = evaluatedataB.GetList("");
DataTable dt = ds.Tables[0];
foreach (DataRow dr in dt.Rows)
{
//处理相关数据
double laoli = double.Parse(dr["劳力密度"].ToString().Trim());
string zhenfu = dr["政府决策"].ToString().Trim();
double zhengfud = 0.0;
double touzi = double.Parse(dr["可供投资"].ToString().Trim());
double judao = double.Parse(dr["距道路"].ToString().Trim());
double juJu = double.Parse(dr["距居民地"].ToString().Trim());
string liushi = dr["流失强度"].ToString().Trim();
double liushid = 0.0;
double kyin = double.Parse(dr["K"].ToString().Trim());
double podu = double.Parse(dr["坡度"].ToString().Trim());
double fugai = double.Parse(dr["覆盖度"].ToString().Trim());
string tudiliyong = dr["土地利用"].ToString().Trim();
double tudiliyongd = 0.0;
//首先处理坡度
foreach (DataRow dr2 in dtw.Rows)
{
#region 计算过程
//存放因子名字
string factName = dr2["NAME"].ToString();
//存放因子权重
double WEIGHT = double.Parse(dr2["WEIGHT"].ToString());
//存放因子拐点设置
string INFLEXION = dr2["INFLEXION"].ToString();
//存放因子拐点函数类型
string FUNCTTYPE = dr2["FUNCTTYPE"].ToString();
string[] strarr = INFLEXION.Split('|');
if (factName == "农村劳动力密度")
{
//if (FUNCTTYPE=="特征函数")
//{
// laoli=CommonClass.SingEvalMethod.EigenFunct(strarr,lao
//}
if (FUNCTTYPE == "升半梯形")
{
laoli = CommonClass.SingEvalMethod.RiseTrap(strarr, laoli);
laoli = laoli * WEIGHT;
}
else if (FUNCTTYPE == "降半梯形")
{
laoli = CommonClass.SingEvalMethod.DropTrap(strarr, laoli);
laoli = laoli * WEIGHT;
}
//抛物线型
else
{
laoli = CommonClass.SingEvalMethod.Parabola(strarr, laoli);
laoli = laoli * WEIGHT;
}
}
else if (factName == "政府决策因素")
{
//不用选择，这个坑定是特征函数
zhengfud = CommonClass.SingEvalMethod.EigenFunct(strarr, zhenfu);
zhengfud = zhengfud * WEIGHT;
}
else if (factName == "建设需求投资")
{
if (FUNCTTYPE == "升半梯形")
{
touzi = CommonClass.SingEvalMethod.RiseTrap(strarr, touzi);
touzi = touzi * WEIGHT;
}
else if (FUNCTTYPE == "降半梯形")
{
touzi = CommonClass.SingEvalMethod.DropTrap(strarr, touzi);
touzi = touzi * WEIGHT;
}
//抛物线型
else
{
touzi = CommonClass.SingEvalMethod.Parabola(strarr, touzi);
touzi = touzi * WEIGHT;
}
}
else if (factName == "距道路距离")
{
//dr["距道路"].ToString();
if (FUNCTTYPE == "升半梯形")
{
judao = CommonClass.SingEvalMethod.RiseTrap(strarr, judao);
judao = judao * WEIGHT;
}
else if (FUNCTTYPE == "降半梯形")
{
judao = CommonClass.SingEvalMethod.DropTrap(strarr, judao);
judao = judao * WEIGHT;
}
//抛物线型
else
{
judao = CommonClass.SingEvalMethod.Parabola(strarr, judao);
judao = judao * WEIGHT;
}
}
else if (factName == "距居民点距离")
{
//dr["距居民地"].ToString();
if (FUNCTTYPE == "升半梯形")
{
juJu = CommonClass.SingEvalMethod.RiseTrap(strarr, juJu);
juJu = juJu * WEIGHT;
}
else if (FUNCTTYPE == "降半梯形")
{
juJu = CommonClass.SingEvalMethod.DropTrap(strarr, juJu);
juJu = juJu * WEIGHT;
}
//抛物线型
else
{
juJu = CommonClass.SingEvalMethod.Parabola(strarr, juJu);
juJu = juJu * WEIGHT;
}
}
else if (factName == "水土流失强度")
{
//dr["流失强度"].ToString();
liushid = CommonClass.SingEvalMethod.EigenFunct(strarr, liushi);
liushid = liushid * WEIGHT;
}
else if (factName == "土壤可蚀因子")
{
//dr["K"].ToString();
if (FUNCTTYPE == "升半梯形")
{
kyin = CommonClass.SingEvalMethod.RiseTrap(strarr, kyin);
kyin = kyin * WEIGHT;
}
else if (FUNCTTYPE == "降半梯形")
{
kyin = CommonClass.SingEvalMethod.DropTrap(strarr, kyin);
kyin = kyin * WEIGHT;
}
//抛物线型
else
{
kyin = CommonClass.SingEvalMethod.Parabola(strarr, kyin);
kyin = kyin * WEIGHT;
}
}
else if (factName == "坡度")
{
//dr["坡度"].ToString();
if (FUNCTTYPE == "升半梯形")
{
podu = CommonClass.SingEvalMethod.RiseTrap(strarr, podu);
podu = podu * WEIGHT;
}
else if (FUNCTTYPE == "降半梯形")
{
podu = CommonClass.SingEvalMethod.DropTrap(strarr, podu);
podu = podu * WEIGHT;
}
//抛物线型
else
{
podu = CommonClass.SingEvalMethod.Parabola(strarr, podu);
podu = podu * WEIGHT;
}
}
else if (factName == "植被覆盖")
{
//dr["覆盖度"].ToString();
if (FUNCTTYPE == "升半梯形")
{
fugai = CommonClass.SingEvalMethod.RiseTrap(strarr, fugai);
fugai = fugai * WEIGHT;
}
else if (FUNCTTYPE == "降半梯形")
{
fugai = CommonClass.SingEvalMethod.DropTrap(strarr, fugai);
fugai = fugai * WEIGHT;
}
//抛物线型
else
{
fugai = CommonClass.SingEvalMethod.Parabola(strarr, fugai);
fugai = fugai * WEIGHT;
}
}
//土地利用现状
else
{
tudiliyongd = CommonClass.SingEvalMethod.EigenFunct(strarr, tudiliyong);
tudiliyongd = tudiliyongd * WEIGHT;
}
#endregion
}
//zong1为适宜性评价的综合
double zong1 = laoli + zhengfud + touzi + judao + juJu + liushid + kyin + podu + fugai + tudiliyongd;
//zong2为效益型评价的综合
double zong2 = CommonClass.BenFactHelp.GetBenWeight(lsBenWeight, strMeasure);
//总的适宜性评价
double zong = Math.Sqrt(zong1 * zong2);
//evaluatedataM.经济林果 = (decimal)zong1;
evaluatedataM.OBJECTID = (decimal)double.Parse(dr["OBJECTID"].ToString().Trim());
evaluatedataB.UpdateSummary(evaluatedataM, strMeasure, zong);
}
CallBackValue = "单项措施计算成功";
//this.GridView1.DataSource = ds.Tables[0].DefaultView;
//this.GridView1.DataBind();
}
