/**
 * 系统服务
 */
package com.miniframe.generate.comm.mdo;
import com.miniframe.core.BaseMapModel;
import java.io.Serializable;
/**
 * 梯度优化器参数查询
 */
public class D_MDO0033 extends BaseMapModel implements Serializable {
	private static final long serialVersionUID = -1463838678425832212L;
	String grid;//梯度优化参数ID
	/**
	 *梯度优化参数ID
	 */
	public void setGrid(String grid) {
		this.grid=grid;
	}
	/**
	 *梯度优化参数ID
	 */
	public String getGrid() {
		return this.grid;
	}
	String pid;//项目ID
	/**
	 *项目ID
	 */
	public void setPid(String pid) {
		this.pid=pid;
	}
	/**
	 *项目ID
	 */
	public String getPid() {
		return this.pid;
	}
	String majoriterationslimit;//最大外迭代步数
	/**
	 *最大外迭代步数
	 */
	public void setMajoriterationslimit(String majoriterationslimit) {
		this.majoriterationslimit=majoriterationslimit;
	}
	/**
	 *最大外迭代步数
	 */
	public String getMajoriterationslimit() {
		return this.majoriterationslimit;
	}
	String majorprintlevel;//输出精度等级
	/**
	 *输出精度等级
	 */
	public void setMajorprintlevel(String majorprintlevel) {
		this.majorprintlevel=majorprintlevel;
	}
	/**
	 *输出精度等级
	 */
	public String getMajorprintlevel() {
		return this.majorprintlevel;
	}
	String linearfeasibilitytolerance;//线性约束容差
	/**
	 *线性约束容差
	 */
	public void setLinearfeasibilitytolerance(String linearfeasibilitytolerance) {
		this.linearfeasibilitytolerance=linearfeasibilitytolerance;
	}
	/**
	 *线性约束容差
	 */
	public String getLinearfeasibilitytolerance() {
		return this.linearfeasibilitytolerance;
	}
	String nonlinearfeasibilitytolerance;//非线性约束容差
	/**
	 *非线性约束容差
	 */
	public void setNonlinearfeasibilitytolerance(String nonlinearfeasibilitytolerance) {
		this.nonlinearfeasibilitytolerance=nonlinearfeasibilitytolerance;
	}
	/**
	 *非线性约束容差
	 */
	public String getNonlinearfeasibilitytolerance() {
		return this.nonlinearfeasibilitytolerance;
	}
	String optimalitytolerance;//最优性度量（KKT 条件）容差
	/**
	 *最优性度量（KKT 条件）容差
	 */
	public void setOptimalitytolerance(String optimalitytolerance) {
		this.optimalitytolerance=optimalitytolerance;
	}
	/**
	 *最优性度量（KKT 条件）容差
	 */
	public String getOptimalitytolerance() {
		return this.optimalitytolerance;
	}
	String verifylevel;//梯度验证级别 -1：不验证 0：简单验证 1-3：详细验证（1目标-2约束-3目标+约束）
	/**
	 *梯度验证级别 -1：不验证 0：简单验证 1-3：详细验证（1目标-2约束-3目标+约束）
	 */
	public void setVerifylevel(String verifylevel) {
		this.verifylevel=verifylevel;
	}
	/**
	 *梯度验证级别 -1：不验证 0：简单验证 1-3：详细验证（1目标-2约束-3目标+约束）
	 */
	public String getVerifylevel() {
		return this.verifylevel;
	}
	int checked;//是否选中1-选中 0-未选中
	/**
	 *是否选中1-选中 0-未选中
	 */
	public void setChecked(int checked) {
		this.checked=checked;
	}
	/**
	 *是否选中1-选中 0-未选中
	 */
	public int getChecked() {
		return this.checked;
	}
	String algorithm;//优化算法
	/**
	 *优化算法
	 */
	public void setAlgorithm(String algorithm) {
		this.algorithm=algorithm;
	}
	/**
	 *优化算法
	 */
	public String getAlgorithm() {
		return this.algorithm;
	}
	String wid;//流程id
	/**
	 *流程id
	 */
	public void setWid(String wid) {
		this.wid=wid;
	}
	/**
	 *流程id
	 */
	public String getWid() {
		return this.wid;
	}
}