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- package com.miniframe.model.mdo;
- import com.miniframe.system.MiniserviceBaseModel;
- import java.io.Serializable;
- import javax.persistence.*;
- @Table(name = "mdo_pro_surro")
- public class MdoProSurro extends MiniserviceBaseModel implements Serializable {
- /**
- * 代理优化器ID
- */
- @Id
- private String id;
- /**
- * 项目ID
- */
- private String pid;
- private String nsurro;
- @Column(name = "n_kriging")
- private String nKriging;
- /**
- * 屏幕输出等级
- */
- private String iout;
- /**
- * 续算开关 0-否,1-是
- */
- private String irestart;
- /**
- * 试验设计方法
- */
- private String ndoe;
- /**
- * 初始样本点数
- */
- private String ns;
- /**
- * 最大样本点数
- */
- private String nsmax;
- /**
- * 低可信度初始样本点数(nsurro=4 and n_kriging=12时)
- */
- @Column(name = "ns_lf")
- private String nsLf;
- /**
- * 低可信度最大样本点数(nsurro=4 and n_kriging=12时
- */
- @Column(name = "nsmax_lf")
- private String nsmaxLf;
- /**
- * 各可信度初始样本点数(nsurro=4 and n_kriging>12时)
- */
- @Column(name = "ns_mk")
- private String nsMk;
- /**
- * 各可信度最大样本点数(nsurro=4 and n_kriging>12
- */
- @Column(name = "nsmax_mk")
- private String nsmaxMk;
- /**
- * 最优解收敛性容差
- */
- @Column(name = "x_tol")
- private String xTol;
- /**
- * 真实函数的约束容差
- */
- @Column(name = "feasibility_tol_real")
- private String feasibilityTolReal;
- /**
- * 代理模型的约束容差
- */
- @Column(name = "feasibility_tol_surro")
- private String feasibilityTolSurro;
- /**
- * 优化算法
- */
- private String algorithm;
- /**
- * 是否选中 1 -选中 0-未选中
- */
- private Short checked;
- private static final long serialVersionUID = 1L;
- /**
- * 获取代理优化器ID
- *
- * @return id - 代理优化器ID
- */
- public String getId() {
- return id;
- }
- /**
- * 设置代理优化器ID
- *
- * @param id 代理优化器ID
- */
- public void setId(String id) {
- this.id = id == null ? null : id.trim();
- }
- /**
- * 获取项目ID
- *
- * @return pid - 项目ID
- */
- public String getPid() {
- return pid;
- }
- /**
- * 设置项目ID
- *
- * @param pid 项目ID
- */
- public void setPid(String pid) {
- this.pid = pid == null ? null : pid.trim();
- }
- /**
- * @return nsurro
- */
- public String getNsurro() {
- return nsurro;
- }
- /**
- * @param nsurro
- */
- public void setNsurro(String nsurro) {
- this.nsurro = nsurro == null ? null : nsurro.trim();
- }
- /**
- * @return n_kriging
- */
- public String getnKriging() {
- return nKriging;
- }
- /**
- * @param nKriging
- */
- public void setnKriging(String nKriging) {
- this.nKriging = nKriging == null ? null : nKriging.trim();
- }
- /**
- * 获取屏幕输出等级
- *
- * @return iout - 屏幕输出等级
- */
- public String getIout() {
- return iout;
- }
- /**
- * 设置屏幕输出等级
- *
- * @param iout 屏幕输出等级
- */
- public void setIout(String iout) {
- this.iout = iout == null ? null : iout.trim();
- }
- /**
- * 获取续算开关 0-否,1-是
- *
- * @return irestart - 续算开关 0-否,1-是
- */
- public String getIrestart() {
- return irestart;
- }
- /**
- * 设置续算开关 0-否,1-是
- *
- * @param irestart 续算开关 0-否,1-是
- */
- public void setIrestart(String irestart) {
- this.irestart = irestart == null ? null : irestart.trim();
- }
- /**
- * 获取试验设计方法
- *
- * @return ndoe - 试验设计方法
- */
- public String getNdoe() {
- return ndoe;
- }
- /**
- * 设置试验设计方法
- *
- * @param ndoe 试验设计方法
- */
- public void setNdoe(String ndoe) {
- this.ndoe = ndoe == null ? null : ndoe.trim();
- }
- /**
- * 获取初始样本点数
- *
- * @return ns - 初始样本点数
- */
- public String getNs() {
- return ns;
- }
- /**
- * 设置初始样本点数
- *
- * @param ns 初始样本点数
- */
- public void setNs(String ns) {
- this.ns = ns == null ? null : ns.trim();
- }
- /**
- * 获取最大样本点数
- *
- * @return nsmax - 最大样本点数
- */
- public String getNsmax() {
- return nsmax;
- }
- /**
- * 设置最大样本点数
- *
- * @param nsmax 最大样本点数
- */
- public void setNsmax(String nsmax) {
- this.nsmax = nsmax == null ? null : nsmax.trim();
- }
- /**
- * 获取低可信度初始样本点数(nsurro=4 and n_kriging=12时)
- *
- * @return ns_lf - 低可信度初始样本点数(nsurro=4 and n_kriging=12时)
- */
- public String getNsLf() {
- return nsLf;
- }
- /**
- * 设置低可信度初始样本点数(nsurro=4 and n_kriging=12时)
- *
- * @param nsLf 低可信度初始样本点数(nsurro=4 and n_kriging=12时)
- */
- public void setNsLf(String nsLf) {
- this.nsLf = nsLf == null ? null : nsLf.trim();
- }
- /**
- * 获取低可信度最大样本点数(nsurro=4 and n_kriging=12时
- *
- * @return nsmax_lf - 低可信度最大样本点数(nsurro=4 and n_kriging=12时
- */
- public String getNsmaxLf() {
- return nsmaxLf;
- }
- /**
- * 设置低可信度最大样本点数(nsurro=4 and n_kriging=12时
- *
- * @param nsmaxLf 低可信度最大样本点数(nsurro=4 and n_kriging=12时
- */
- public void setNsmaxLf(String nsmaxLf) {
- this.nsmaxLf = nsmaxLf == null ? null : nsmaxLf.trim();
- }
- /**
- * 获取各可信度初始样本点数(nsurro=4 and n_kriging>12时)
- *
- * @return ns_mk - 各可信度初始样本点数(nsurro=4 and n_kriging>12时)
- */
- public String getNsMk() {
- return nsMk;
- }
- /**
- * 设置各可信度初始样本点数(nsurro=4 and n_kriging>12时)
- *
- * @param nsMk 各可信度初始样本点数(nsurro=4 and n_kriging>12时)
- */
- public void setNsMk(String nsMk) {
- this.nsMk = nsMk == null ? null : nsMk.trim();
- }
- /**
- * 获取各可信度最大样本点数(nsurro=4 and n_kriging>12
- *
- * @return nsmax_mk - 各可信度最大样本点数(nsurro=4 and n_kriging>12
- */
- public String getNsmaxMk() {
- return nsmaxMk;
- }
- /**
- * 设置各可信度最大样本点数(nsurro=4 and n_kriging>12
- *
- * @param nsmaxMk 各可信度最大样本点数(nsurro=4 and n_kriging>12
- */
- public void setNsmaxMk(String nsmaxMk) {
- this.nsmaxMk = nsmaxMk == null ? null : nsmaxMk.trim();
- }
- /**
- * 获取最优解收敛性容差
- *
- * @return x_tol - 最优解收敛性容差
- */
- public String getxTol() {
- return xTol;
- }
- /**
- * 设置最优解收敛性容差
- *
- * @param xTol 最优解收敛性容差
- */
- public void setxTol(String xTol) {
- this.xTol = xTol == null ? null : xTol.trim();
- }
- /**
- * 获取真实函数的约束容差
- *
- * @return feasibility_tol_real - 真实函数的约束容差
- */
- public String getFeasibilityTolReal() {
- return feasibilityTolReal;
- }
- /**
- * 设置真实函数的约束容差
- *
- * @param feasibilityTolReal 真实函数的约束容差
- */
- public void setFeasibilityTolReal(String feasibilityTolReal) {
- this.feasibilityTolReal = feasibilityTolReal == null ? null : feasibilityTolReal.trim();
- }
- /**
- * 获取代理模型的约束容差
- *
- * @return feasibility_tol_surro - 代理模型的约束容差
- */
- public String getFeasibilityTolSurro() {
- return feasibilityTolSurro;
- }
- /**
- * 设置代理模型的约束容差
- *
- * @param feasibilityTolSurro 代理模型的约束容差
- */
- public void setFeasibilityTolSurro(String feasibilityTolSurro) {
- this.feasibilityTolSurro = feasibilityTolSurro == null ? null : feasibilityTolSurro.trim();
- }
- /**
- * 获取优化算法
- *
- * @return algorithm - 优化算法
- */
- public String getAlgorithm() {
- return algorithm;
- }
- /**
- * 设置优化算法
- *
- * @param algorithm 优化算法
- */
- public void setAlgorithm(String algorithm) {
- this.algorithm = algorithm == null ? null : algorithm.trim();
- }
- /**
- * 获取是否选中 1 -选中 0-未选中
- *
- * @return checked - 是否选中 1 -选中 0-未选中
- */
- public Short getChecked() {
- return checked;
- }
- /**
- * 设置是否选中 1 -选中 0-未选中
- *
- * @param checked 是否选中 1 -选中 0-未选中
- */
- public void setChecked(Short checked) {
- this.checked = checked;
- }
- }
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