| 123456789101112131415161718192021222324252627282930313233343536373839404142434445464748495051525354555657585960616263646566676869707172737475767778798081828384858687888990919293949596979899100101102103104105106107108109110111112113114115116117118119120121122123124125126127128129130131132133134135136137138139140141142143144145146147148149150151152153154155156157158159160161162163164165166167168169170171172173174175176177178179180181182183184185186187188189190191192193194195196197198199200201202203204205206207208209210211212213214215216217218219220221222223224225226227228229230231232233234235236237238239240241242243244245246247248249250251252253254255256257258259260261262263264265266267268269270271272273274275276277278279280281282283284285286287288289290291292293294295296297298299300301302303304305306307308309310311 | /** * 系统服务 */package com.miniframe.generate.comm.mdo;import com.miniframe.core.BaseMapModel;import java.io.Serializable;/** * 噪声Propnoise参数查询 */public class D_MDO2004 extends BaseMapModel implements Serializable {	private static final long serialVersionUID = -1463838678425832212L;	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 wid;//流程id	/**	 *流程id	 */	public void setWid(String wid) {		this.wid=wid;	}	/**	 *流程id	 */	public String getWid() {		return this.wid;	}	String r_r;//半径归一化半径分布 r/r	/**	 *半径归一化半径分布 r/r	 */	public void setR_r(String r_r) {		this.r_r=r_r;	}	/**	 *半径归一化半径分布 r/r	 */	public String getR_r() {		return this.r_r;	}	String t_c;//相对厚度分布 t/c	/**	 *相对厚度分布 t/c	 */	public void setT_c(String t_c) {		this.t_c=t_c;	}	/**	 *相对厚度分布 t/c	 */	public String getT_c() {		return this.t_c;	}	String b_r;//弦长归一化分布 b/r	/**	 *弦长归一化分布 b/r	 */	public void setB_r(String b_r) {		this.b_r=b_r;	}	/**	 *弦长归一化分布 b/r	 */	public String getB_r() {		return this.b_r;	}	String beta;//安装/扭转角分布 β(随半径)	/**	 *安装/扭转角分布 β(随半径)	 */	public void setBeta(String beta) {		this.beta=beta;	}	/**	 *安装/扭转角分布 β(随半径)	 */	public String getBeta() {		return this.beta;	}	String r;//桨半径	/**	 *桨半径	 */	public void setR(String r) {		this.r=r;	}	/**	 *桨半径	 */	public String getR() {		return this.r;	}	String hub;//轮毂半径	/**	 *轮毂半径	 */	public void setHub(String hub) {		this.hub=hub;	}	/**	 *轮毂半径	 */	public String getHub() {		return this.hub;	}	String blade;//桨叶片数	/**	 *桨叶片数	 */	public void setBlade(String blade) {		this.blade=blade;	}	/**	 *桨叶片数	 */	public String getBlade() {		return this.blade;	}	String dim;//dim	/**	 *dim	 */	public void setDim(String dim) {		this.dim=dim;	}	/**	 *dim	 */	public String getDim() {		return this.dim;	}	String airfoil;//翼型数据文件路径	/**	 *翼型数据文件路径	 */	public void setAirfoil(String airfoil) {		this.airfoil=airfoil;	}	/**	 *翼型数据文件路径	 */	public String getAirfoil() {		return this.airfoil;	}	String airfoil_polars;//翼型极曲线文件列表	/**	 *翼型极曲线文件列表	 */	public void setAirfoil_polars(String airfoil_polars) {		this.airfoil_polars=airfoil_polars;	}	/**	 *翼型极曲线文件列表	 */	public String getAirfoil_polars() {		return this.airfoil_polars;	}	String three_quarter_twist;//处扭转角	/**	 *处扭转角	 */	public void setThree_quarter_twist(String three_quarter_twist) {		this.three_quarter_twist=three_quarter_twist;	}	/**	 *处扭转角	 */	public String getThree_quarter_twist() {		return this.three_quarter_twist;	}	String a;//声速	/**	 *声速	 */	public void setA(String a) {		this.a=a;	}	/**	 *声速	 */	public String getA() {		return this.a;	}	String t;//温度	/**	 *温度	 */	public void setT(String t) {		this.t=t;	}	/**	 *温度	 */	public String getT() {		return this.t;	}	String density;//密度	/**	 *密度	 */	public void setDensity(String density) {		this.density=density;	}	/**	 *密度	 */	public String getDensity() {		return this.density;	}	String dynamic_viscosity;//动力黏度	/**	 *动力黏度	 */	public void setDynamic_viscosity(String dynamic_viscosity) {		this.dynamic_viscosity=dynamic_viscosity;	}	/**	 *动力黏度	 */	public String getDynamic_viscosity() {		return this.dynamic_viscosity;	}	String omega;//转速	/**	 *转速	 */	public void setOmega(String omega) {		this.omega=omega;	}	/**	 *转速	 */	public String getOmega() {		return this.omega;	}	String velocity;//来流速度	/**	 *来流速度	 */	public void setVelocity(String velocity) {		this.velocity=velocity;	}	/**	 *来流速度	 */	public String getVelocity() {		return this.velocity;	}	String theta;//观测角度	/**	 *观测角度	 */	public void setTheta(String theta) {		this.theta=theta;	}	/**	 *观测角度	 */	public String getTheta() {		return this.theta;	}	String l;//观测距离	/**	 *观测距离	 */	public void setL(String l) {		this.l=l;	}	/**	 *观测距离	 */	public String getL() {		return this.l;	}	String spl;//总声压级(总体或特定点)	/**	 *总声压级(总体或特定点)	 */	public void setSpl(String spl) {		this.spl=spl;	}	/**	 *总声压级(总体或特定点)	 */	public String getSpl() {		return this.spl;	}	String propnId;//propnoise Id	/**	 *propnoise Id	 */	public void setPropnId(String propnId) {		this.propnId=propnId;	}	/**	 *propnoise Id	 */	public String getPropnId() {		return this.propnId;	}}
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