private void btnPrim6_Click(object sender, EventArgs e)
{
FrmDesign objDesign = new FrmDesign();
this.Close();
objDesign.btnCaculGeometry_Click(null, new EventArgs());
}
private void btnFourBefore_Click(object sender, EventArgs e)
{
FrmDesign objDesign = new FrmDesign();
this.Visible = false;//隐藏当前窗体
objDesign.btnMaterialSelect_Click(null, new EventArgs());
}
};//模数数组
private void btnFourNext_Click(object sender, EventArgs e)
{
FrmDesign objDesign = new FrmDesign();
this.Visible = false; //隐藏当前窗体
this.btnCalculateFour_Click(null, e); //调用确定按钮
objDesign.btnCaculGeometry_Click(null, new EventArgs()); //调用主窗体打开窗体4
}
double inPower, ration, inRevo, effic, outTor, outRevo, inTor, ka, loadScale;//定义变量接收窗体1传过来的值(输入功率、速比、转速、效率、输出扭矩、输出转速、输入扭矩,ka,不均匀系数)
//public static FrmOne objOne ;
private void btnPrimStep_Click(object sender, EventArgs e)//上一步
{
FrmDesign obj = new FrmDesign();
this.Close();//隐藏当前窗体
//this.Dispose();//无法访问已释放的对象
obj.btnModifyPara_Click(null, new EventArgs());
//Timer fa = new Timer();
//fa.Stop();
}
//public static FrmThree objThree = null;
private void btnNextStep_Click(object sender, EventArgs e)//下一步
{
FrmDesign objD = new FrmDesign();
this.Visible = false; //隐藏当前窗体
//调用确定按钮事件===
this.btnCaculate_Click(null, new EventArgs()); //实现传值、
//调用主窗体按钮事件启动窗体3
objD.btnMaterialSelect_Click(null, e);
//string s1 = Common.PassValues.sunMaterial;
//string s2 = Common.PassValues.planMaterial;
//string s3 = Common.PassValues.innMaterial;
//PassDatas(s1, s2, s3);
}
//public static FrmTwo objTwo = null;
private void btnNextStep_Click(object sender, EventArgs e)
{
FrmDesign objD = new FrmDesign();
try
{
CaculateVal();//调用确定按钮代码
//委托传递参数值(传递给第二步窗体)
// msgSender(inputPower, speedRatio, inputRevolo, drivenEfficient, outputTorque, outRevolo, inputTorque, KA);
this.Hide();
objD.btnCaculGearNum_Click(null, new EventArgs());//调用主窗体事件创建子窗体2==
/*ShowDialog()方法创建的窗体对象是个模式对话框，
* 前一个窗体不关闭后一个窗体不能进行任何操作,show（）和showdialog（）方法区别参见百度*/
//激发事件传递窗体1的值
PassData1(inputPower, inputRevolo, speedRatio, drivenEfficient, inputTorque, outRevolo, outputTorque, KA, loadXishu);
//传递窗体3的值
int plantaryNum = Common.PassValues.plantaryNum;
double za = Common.PassValues.za;
double zb = Common.PassValues.zb;
double zc = Common.PassValues.zc;
double reRation = Common.PassValues.reRation; //实际减速比
string rationGap = Common.PassValues.rationGap; //减速比误差
//实际输出转速和实际输出扭矩（计算）
double outRevoReal = Common.PassValues.outRevoReal; //实际输出转速
double outTorReal = Common.PassValues.outTorReal; //实际输出扭矩
PassData(plantaryNum, za, zb, zc, reRation, rationGap, outTorReal, outRevoReal);
//传递窗体3的值
string s1 = Common.PassValues.sunMaterial;
string s2 = Common.PassValues.planMaterial;
string s3 = Common.PassValues.innMaterial;
PassDatas(s1, s2, s3);
double v1 = Common.PassValues.faiD;
double v2 = Common.PassValues.contactXY;
double v3 = Common.PassValues.Tac;
double v4 = Common.PassValues.a;
double v5 = Common.PassValues.kc;
double v6 = Common.PassValues.k;
double v7 = Common.PassValues.u;
double v8 = Common.PassValues.m;
passData4(v1, v2, v3, v4, v5, v6, v7, v8);
double β = 0.00;
double aN = Common.PassValues.anone;
double a = Common.PassValues.a;
double xa = Common.PassValues.Xa;
double xb = Common.PassValues.Xb;
double xc = Common.PassValues.Xc;
double d1 = Common.PassValues.d1;
double d2 = Common.PassValues.d2;
double d3 = Common.PassValues.d3;
double da1 = Common.PassValues.da1;
double da2 = Common.PassValues.da2;
double da3 = Common.PassValues.da3;
passData5(β, aN, a, xa, xb, xc, d1, d3, d2, da1, da3, da2);
double c1 = Common.PassValues.contactA;
double c2 = Common.PassValues.contactXY;
double c3 = Common.PassValues.aBendVal;
double c4 = Common.PassValues.cBendVal;
double c5 = Common.PassValues.xyBenda;
double c6 = Common.PassValues.xyBendc;
passData6(c1, c2, c3, c4, c5, c6);
}
catch (Exception ex)
{
throw ex;
}
}