public Fanuc_FP(string name, Fanuc_Controll fc)
{
this.name = name;
this.fc = fc;
}
public long Pro_Volt; //加工電壓
public void Update(string name, Fanuc_Controll F_Controll, int no)//name=tagname
{
main.eventLog1.Source = "MySource";
try
{
switch (name)
{
case "Angle":
Fanuc_Controll fc_Angle = new Fanuc_Controll();
fc_Angle.Connect(no);
int Angle_Temp = 2;
int Angle_byte = 0;
short Angle_result = Focas1.cnc_rdcexesram(fc_Angle.flib_Handle, 64, ref Angle_byte, ref Angle_Temp);
Angle = Convert.ToSingle(Angle_byte) * 0.001;
fc_Angle.DisConnect();
break;
case "VO":
Fanuc_Controll fc_VO = new Fanuc_Controll();
fc_VO.Connect(no);
int VO_Temp = 2;
int VO_byte = 0;
short VO_result = Focas1.cnc_rdcexesram(fc_VO.flib_Handle, 0, ref VO_byte, ref VO_Temp);
VO = Convert.ToInt16(VO_byte);
fc_VO.DisConnect();
break;
case "VG":
Fanuc_Controll fc_VG = new Fanuc_Controll();
fc_VG.Connect(no);
int VG_Temp = 2;
int VG_byte = 0;
short VG_result = Focas1.cnc_rdcexesram(fc_VG.flib_Handle, 2, ref VG_byte, ref VG_Temp);
VG = Convert.ToInt16(VG_byte);
fc_VG.DisConnect();
break;
case "SG":
Fanuc_Controll fc_SG = new Fanuc_Controll();
fc_SG.Connect(no);
int SG_Temp = 2;
int SG_byte = 0;
short SG_result = Focas1.cnc_rdcexesram(fc_SG.flib_Handle, 4, ref SG_byte, ref SG_Temp);
SG = Convert.ToInt16(SG_byte);
fc_SG.DisConnect();
break;
case "CS":
Fanuc_Controll fc_CS = new Fanuc_Controll();
fc_CS.Connect(no);
int CS_Temp = 2;
int CS_byte = 0;
short CS_result = Focas1.cnc_rdcexesram(fc_CS.flib_Handle, 6, ref CS_byte, ref CS_Temp);
CS = Convert.ToInt16(CS_byte);
fc_CS.DisConnect();
break;
case "I":
Fanuc_Controll fc_I = new Fanuc_Controll();
fc_I.Connect(no);
int I_Temp = 2;
int I_byte = 0;
short I_result = Focas1.cnc_rdcexesram(fc_I.flib_Handle, 8, ref I_byte, ref I_Temp);
I = Convert.ToInt16(I_byte);
fc_I.DisConnect();
break;
case "OFF":
Fanuc_Controll fc_OFF = new Fanuc_Controll();
fc_OFF.Connect(no);
int OFF_Temp = 2;
int OFF_byte = 0;
short OFF_result = Focas1.cnc_rdcexesram(fc_OFF.flib_Handle, 10, ref OFF_byte, ref OFF_Temp);
OFF = Convert.ToInt16(OFF_byte);
fc_OFF.DisConnect();
break;
case "WS":
Fanuc_Controll fc_WS = new Fanuc_Controll();
fc_WS.Connect(no);
int WS_Temp = 2;
int WS_byte = 0;
short WS_result = Focas1.cnc_rdcexesram(fc_WS.flib_Handle, 16, ref WS_byte, ref WS_Temp);
WS = Convert.ToInt16(WS_byte);
fc_WS.DisConnect();
break;
case "WT":
Fanuc_Controll fc_WT = new Fanuc_Controll();
fc_WT.Connect(no);
int WT_Temp = 2;
int WT_byte = 0;
short WT_result = Focas1.cnc_rdcexesram(fc_WT.flib_Handle, 18, ref WT_byte, ref WT_Temp);
WT = Convert.ToInt16(WT_byte);
fc_WT.DisConnect();
break;
case "FL":
Fanuc_Controll fc_FL = new Fanuc_Controll();
fc_FL.Connect(no);
int FL_Temp = 2;
int FL_byte = 0;
short FL_result = Focas1.cnc_rdcexesram(fc_FL.flib_Handle, 20, ref FL_byte, ref FL_Temp);
FL = Convert.ToInt16(FL_byte);
fc_FL.DisConnect();
break;
case "WR":
Fanuc_Controll fc_WR = new Fanuc_Controll();
fc_WR.Connect(no);
int WR_Temp = 2;
int WR_byte = 0;
short WR_result = Focas1.cnc_rdcexesram(fc_WR.flib_Handle, 30, ref WR_byte, ref WR_Temp);
WR = Convert.ToInt16(WR_byte);
fc_WR.DisConnect();
break;
case "HS_P":
Fanuc_Controll fc_HS_P = new Fanuc_Controll();
fc_HS_P.Connect(no);
int HS_P_Temp = 2;
int HS_P_byte = 0;
short HS_P_result = Focas1.cnc_rdcexesram(fc_HS_P.flib_Handle, 12, ref HS_P_byte, ref HS_P_Temp);
HS_P = Convert.ToInt16(HS_P_byte);
fc_HS_P.DisConnect();
break;
case "AD_P":
Fanuc_Controll fc_AD_P = new Fanuc_Controll();
fc_AD_P.Connect(no);
int AD_P_Temp = 2;
int AD_P_byte = 0;
short AD_P_result = Focas1.cnc_rdcexesram(fc_AD_P.flib_Handle, 14, ref AD_P_byte, ref AD_P_Temp);
AD_P = Convert.ToInt16(AD_P_byte);
fc_AD_P.DisConnect();
break;
case "N_P":
Fanuc_Controll fc_N_P = new Fanuc_Controll();
fc_N_P.Connect(no);
int N_P_Temp = 2;
int N_P_byte = 0;
short N_P_result = Focas1.cnc_rdcexesram(fc_N_P.flib_Handle, 28, ref N_P_byte, ref N_P_Temp);
N_P = Convert.ToInt16(N_P_byte);
fc_N_P.DisConnect();
break;
case "Server_Mode":
Fanuc_Controll fc_Server_Mode = new Fanuc_Controll();
fc_Server_Mode.Connect(no);
int Server_Mode_Temp = 2;
int Server_Mode_byte = 0;
short Server_Mode_result = Focas1.cnc_rdcexesram(fc_Server_Mode.flib_Handle, 38, ref Server_Mode_byte, ref Server_Mode_Temp);
Server_Mode = Convert.ToInt16(Server_Mode_byte);
fc_Server_Mode.DisConnect();
break;
case "Pro_Volt":
Fanuc_Controll fc_Pro_Volt = new Fanuc_Controll();
fc_Pro_Volt.Connect(no);
int Pro_Volt_Temp = 2;
int Pro_Volt_byte = 0;
short Pro_Volt_result = Focas1.cnc_rdcexesram(fc_Pro_Volt.flib_Handle, 36, ref Pro_Volt_byte, ref Pro_Volt_Temp);
Pro_Volt = Convert.ToInt64(Pro_Volt_byte / 10);
fc_Pro_Volt.DisConnect();
break;
default:
main.eventLog1.WriteEntry("default name " + name.ToString());
break;
}
}
catch (Exception ex)
{
main.eventLog1.WriteEntry("Fanuc進行數值Update時發生錯誤,result is " + ex.ToString());
}
finally
{
GC.Collect(); //加上GC.Collect(); 回收暫用掉的記憶體
}
}
