/**Add the chanpara*/
public void Addpara(FormModify formModify, int cancelflag)
{
modifyisopen = 0;
if (cancelflag == 0)
{
double defectY = formModify.yd;
double angle = formModify.angled;
int channel = chanPara.Count;
ClassChanpara chanpara = new ClassChanpara();
switch (groove.type)
{
case GrooveType.V:
AddVgroove(defectY, angle, formModify.method);
break;
case GrooveType.X:
AddXgroove(defectY, angle, formModify.method);
break;
case GrooveType.CRC:
AddCRCgroove(defectY, angle, formModify.method);
break;
default:
MessageShow.show("testblock type error", "坡口类型错误");
break;
}
BeamRefresh();
}
}
public void Modifypara(FormModify formModify, int cancelflag)
{
panelModify.Visible = false;
if (cancelflag == 0)
{
int i = paraGrid.CurrentRow.Index;
int channel = (int)paraGrid.Rows[i].Cells["channel"].Value;
double defectX = 0;
double defectY = 0;
double angle = 0;
ClassChanpara Chanpara = new ClassChanpara();
angle = BeamPara.TurntoRadian(testblock.VAngle);
defectX = formModify.xd;
defectY = testblock.BlockHeight - defectX * Math.Tan(angle);
chanPara[channel].defectAngle[0] = angle;
chanPara[channel].interfaceAngle[0] = Chanpara.defectAngle[0] + testblock.VAngle - 90;;
BeamPara beampara = new BeamPara(Chanpara, testblock, Wedge, Probe, Position);
beamPara[channel] = beampara;
beamlist[channel] = beampara.beamfile;
chanPara[channel].index = beampara.index;
chanPara[channel].element[0] = beampara.centerele;
}
}
private void chanAdd_Click(object sender, EventArgs e)
{
if (modifyisopen == 0)
{
FormModify myFormModify = new FormModify(this, ADDFLAG, groove, 0);
myFormModify.Show();
modifyisopen = 1;
}
}
/**Open the FormModify*/
private void paraModify_Click(object sender, EventArgs e)
{
int i = paraGrid.CurrentRow.Index;
int channel = (int)paraGrid.Rows[i].Cells["channel"].Value;
if (modifyisopen == 0)
{
FormModify myFormModify = new FormModify(this, MODIFYFLAG, groove, chanPara[channel].method);
myFormModify.Show();
modifyisopen = 1;
}
}
/**Change the chanpara after modify*/
public void Modifypara(FormModify formModify, int cancelflag)
{
modifyisopen = 0;
panelModify.Visible = false;
if (cancelflag == 0)
{
int i = paraGrid.CurrentRow.Index;
int channel = (int)paraGrid.Rows[i].Cells["channel"].Value;
int method = 0;
ClassChanpara Chanpara = new ClassChanpara();
method = chanPara[channel].method;
chanPara[channel].defectAngle = formModify.angled;
chanPara[channel].defectY = formModify.yd;
switch (groove.type)
{
case GrooveType.V:
ModifyVgroove(chanPara[channel].defectY, chanPara[channel].defectAngle, channel);
break;
case GrooveType.X:
ModifyXgroove(chanPara[channel].defectY, chanPara[channel].defectAngle, channel);
break;
case GrooveType.CRC:
ModifyCRCgroove(chanPara[channel].defectY, chanPara[channel].defectAngle, channel);
break;
default:
MessageShow.show("testblock type error", "坡口类型错误");
break;
}
BeamPara beampara = new BeamPara(chanPara[channel], groove, wedge, probe, position, gateB);
beamPara[channel] = beampara;
beamlist[channel] = beampara.beamfile;
chanPara[channel].delay = beampara.pathtime - beampara.gatebefore;
chanPara[channel].range = 2 * beampara.gatebefore;
chanPara[channel].index = beampara.index;
chanPara[channel].element[0] = beampara.centerele[0];
if (method == (int)PathMethod.Series)
{
chanPara[channel].element[1] = beampara.centerele[1];
}
BeamRefresh();
}
}
private void paraModify_Click(object sender, EventArgs e)
{
FormModify myFormModify = new FormModify(this);
myFormModify.Show();
}
