/// <summary>
/// 循环获取所需HNC状态信息
/// </summary>
public static void hnc_con()
{
if (!iscon)
{
return;
}
// 循环获取HNC状态信息
Api.HNC_ChannelGetValue(5, 0, 0, ref gsymbol); // G代码代号
Api.HNC_FprogGetFullName(0, ref progNp); // G代码名称
if (progNp == null)
//if ((progNp == null)&&(start_transfer))
{
//MessageBox.Show("提示：请加载G代码");
return;
}
if (progNp[0] == '/')
{
progN = progNp.Remove(0, 13);
}
else
{
progN = progNp.Remove(0, 8);
}
if (progN1 != progN)
{
progN1 = progN;
progch_event = true;
//String temp_r = "mnt/hgfs/hnc/share/HNC8_V1.26.04" + progN;
String temp_r = "/h/lnc8/prog/" + progN;
String temp_l = gcode_path + progN;
int retr = getfile(temp_r, temp_l);
if (retr != 0)
{
MessageBox.Show("G代码下载失败，错误码：" + retr.ToString());
}
else
{
load_event = true;
}
}
Api.HNC_AxisGetValue(6, 0, ref pos_X); // X位置
Api.HNC_AxisGetValue(6, 1, ref pos_Y); // Y位置
Api.HNC_AxisGetValue(6, 2, ref pos_Z); // Z位置
Api.HNC_ChannelGetValue(18, 0, 0, ref cyc); // 循环启动
Api.HNC_ChannelGetValue(32, 0, 0, ref gline); // G代码行号
Api.HNC_ChannelGetValue(47, 0, 0, ref speed_S); // 主轴转速
Api.HNC_ChannelGetValue(6, 0, 0, ref speed_F); // 进给速度
// 循环启动变化触发事件
if (cyc_ch != cyc)
{
cyc_ch = cyc;
cyc_event = true;
}
}
//public Int32 index = 0;
//// 获取报警信息
//private void GetAlarmInfo(ref Int32 AlarmNum, ref Int32 AlarmNo, ref string[] errText, Int16 clientNo)
//{
// Int32 alarmNum = 0; //报警数目
// Int32 alarmNo = 0; // 报警号
// Int32 ret = 0;
// // 获取报警数目
// ret = HncApi.HNC_AlarmGetNum((Int32)AlarmType.ALARM_TYPE_ALL, (Int32)AlarmLevel.ALARM_ERR, ref alarmNum, ActiveClientNo);
// if (ret != 0)
// {
// for (int i = 0; i < alarmCount; i++)
// {
// string[] items = new string[4];
// items[0] = "No index";
// items[1] = "No AlarmNo";
// items[2] = "No ErrorText";
// items[3] = DateTime.Now.ToString();
// ListViewItem item = new ListViewItem(items);
// this.AlarmlistView.Items.Add(item);
// }
// return;
// }
// // 获取报警类型 注意每一个报警对应的数据不同
// int index = 0;
// for (int i = 0; i < alarmNum; i++)
// {
// ret = HncApi.HNC_AlarmGetData((Int32)AlarmType.ALARM_TYPE_ALL, (Int32)AlarmLevel.ALARM_ERR, i, ref alarmNo, ref errText, ActiveClientNo);
// if (ret != 0)
// {
// //
// }
// index++;
// }
//}
// 位移单位转换
private void GetAxisStrInfo(int count, Int32[] AxisId, Int32[] axisValue, ref string[] AxisValueInfo)
{
Int32 ret = 0;
Int32 lax = 0;
Int32 axistype = 0;
Int32 metric = 0;
Int32 unit = 100000;
Int32 diameter = 0;
for (int i = 0; i < count; i++)
{
ret = HncApi.HNC_ChannelGetValue((int)HncChannel.HNC_CHAN_LAX, mch, AxisId[i], ref lax, ActiveClientNo);
// 直半径处理
ret = HncApi.HNC_ChannelGetValue((int)HncChannel.HNC_CHAN_DIAMETER, mch, 0, ref diameter, ActiveClientNo);
if (0 == lax && 1 == diameter)
{
axisValue[i] *= 2;
}
ret = HncApi.HNC_AxisGetValue((int)HncAxis.HNC_AXIS_TYPE, lax, ref axistype, ActiveClientNo);
if (axistype == 1)//直线轴
{
ret = HncApi.HNC_SystemGetValue((int)HncSystem.HNC_SYS_MOVE_UNIT, ref unit, ActiveClientNo);
ret = HncApi.HNC_SystemGetValue((int)HncSystem.HNC_SYS_METRIC_DISP, ref metric, ActiveClientNo);
if (0 == metric) // 英制
{
unit = (Int32)(unit * 25.4);
}
}
else
{
ret = HncApi.HNC_SystemGetValue((int)HncSystem.HNC_SYS_TURN_UNIT, ref unit, ActiveClientNo);
}
if (Math.Abs(unit) - 0.00001 <= 0.0) //除零保护
{
AxisValueInfo[i] = "0";
}
else
{
AxisValueInfo[i] = ((double)axisValue[i] / unit).ToString("F4"); // 实际输出的轴的位置 单位换算
}
if (axistype == 1)
{
if (0 == metric) // 英制
{
AxisValueInfo[i] += " inch";
}
else
{
AxisValueInfo[i] += " mm";
}
}
else
{
AxisValueInfo[i] += " D";
}
}
}
public Int32 HNC_ChannelGetValue(Int32 type, Int32 ch, Int32 index, ref Double value)
{
Int32 ret = -1;
IntPtr ptr = Marshal.AllocHGlobal(HncApi.doubleSize);
ret = HncApi.HNC_ChannelGetValue(type, ch, index, ptr, _ClientNo);
value = (Double)Marshal.PtrToStructure(ptr, typeof(Double));
Marshal.FreeHGlobal(ptr);
return(ret);
}
public Int32 HNC_ChannelGetValue(Int32 type, Int32 ch, Int32 index, ref Int32 value)
{
Int32 ret = -1;
IntPtr ptr = Marshal.AllocHGlobal(HncApi.intSize);
ret = HncApi.HNC_ChannelGetValue(type, ch, index, ptr, _ClientNo);
value = Marshal.ReadInt32(ptr);
Marshal.FreeHGlobal(ptr);
return(ret);
}
// 轴的类型的获取 类型-通道号（ch）-索引号- 掩码（mask 实际上应该表示 value）-clientNo 网络连接号
public UInt32 AcquireAxisType(Int32 ch, ref Int32 axisnum, Int16 clientNo)
{
Int32 mask = 0; //
HncApi.HNC_ChannelGetValue((int)HncChannel.HNC_CHAN_AXES_MASK, ch, 0, ref mask, clientNo); // 类型 - 通道号 - 索引号 - 掩码 - 连接号
int num = 0;
for (Int32 i = 0; i < AxisTypesCount; i++)
{
if (((axisDisplayX << i) & mask) != 0)
{
num++;
}
}
axisnum = num;
return((UInt32)mask);
}
/// <summary>
/// 循环获取所需HNC状态信息
/// </summary>
public static void hnc_con()
{
List <List <Int32> > m_listData = new List <List <int> >();
//List<Int32>[] tmp = new List<Int32>[32];
long freq = 0;
if (QueryPerformanceFrequency(ref freq) == false)
{
throw new Exception("不支持高精度计时.");
}
double count_per_millsec = freq / 1000.0;
long start_time = 0, stop_time = 0;
long now_time = 0;
QueryPerformanceCounter(ref start_time);
while (true)
{
QueryPerformanceCounter(ref now_time);
while (now_time - start_time < 200 * count_per_millsec)
{
QueryPerformanceCounter(ref now_time);
}
Console.WriteLine("等待时间" + ((now_time - start_time) / count_per_millsec).ToString());
start_time = now_time;
List <List <Int32> > m_datatemp = new List <List <int> >();
if (issmpl)
{
//List<List<Int32>> m_datatemp = new List<List<int>>();
// 获取数据
int ret = Api.HNC_SamplGetData(m_datatemp);
}
//getdata.WaitOne();
if (!iscon)
{
//getdata.ReleaseMutex();
QueryPerformanceCounter(ref stop_time);
continue;
}
//List<List<Int32>> m_datatemp = new List<List<int>>();
//// 获取数据
//int ret = Api.HNC_SamplGetData(m_datatemp);
// 循环获取HNC状态信息
Api.HNC_FprogGetFullName(0, ref progNp); // G代码名称
if (progNp == null)
{
QueryPerformanceCounter(ref stop_time);
continue;
}
//Console.WriteLine("运行测试2");
if (progNp[0] == '/')
{
progN = progNp.Remove(0, 13);
}
else
{
progN = progNp.Remove(0, 8);
}
if (progN1 != progN)
{
progN1 = progN;
//progch_event = true;
//String temp_r = "mnt/hgfs/hnc/share/HNC8_V1.26.04" + progN;
String temp_r = "/h/lnc8/prog/" + progN;
temp_l = gcode_path + progN;
int retr = getfile(temp_r, temp_l);
//int retr = 0;
if (retr != 0)
{
MessageBox.Show("G代码下载失败，错误码：" + retr.ToString());
}
else
{
load_event = true;
}
progch_event = true;
gcodeupload();
}
//Api.HNC_ChannelGetValue(18, 6, 0, ref cyc); // 循环启动
//Api.HNC_ChannelGetValue(32, 7, 0, ref gline); // G代码行号
//Api.HNC_ChannelGetValue(47, 8, 0, ref speed_S); // 主轴转速
//Api.HNC_ChannelGetValue(6, 9, 0, ref speed_F); // 进给速度
//Api.HNC_ChannelGetValue(9, 10, 0, ref F_OVERRIDE); // 进给修调
//Api.HNC_ChannelGetValue(49, 11, 0, ref S_OVERRIDE); // 主轴修调
Api.HNC_AxisGetValue((Int32)HncAxis.HNC_AXIS_DRIVE_CUR, 0, ref drive_cur);
Api.HNC_ChannelGetValue(18, 0, 0, ref cyc); // 循环启动
Api.HNC_ChannelGetValue(32, 0, 0, ref gline); // G代码行号
Api.HNC_ChannelGetValue(47, 0, 0, ref speed_S); // 主轴转速
Api.HNC_ChannelGetValue(6, 0, 0, ref speed_F); // 进给速度
Api.HNC_ChannelGetValue(9, 0, 0, ref F_OVERRIDE); // 进给修调
Api.HNC_ChannelGetValue(49, 0, 0, ref S_OVERRIDE); // 主轴修调
Api.HNC_ChannelGetValue(50, 0, 0, ref R_OVERRIDE); // 快移调修
Api.HNC_ChannelGetValue(25, 0, 0, ref estop); // 急停
//Api.HNC_AxisGetValue((Int32)HncAxis.HNC_AXIS_DRIVE_CUR, 5, ref drive_cur);
#region 接口数据转换
List <byte> lsdata = new List <byte>();
byte[] cyc1 = BitConverter.GetBytes(cyc);
lsdata.AddRange(cyc1);
byte[] gline1 = BitConverter.GetBytes(gline);
lsdata.AddRange(gline1);
byte[] speed_S1 = BitConverter.GetBytes(speed_S);
lsdata.AddRange(speed_S1);
byte[] speed_F1 = BitConverter.GetBytes(speed_F);
lsdata.AddRange(speed_F1);
byte[] F_OVERRIDE1 = BitConverter.GetBytes(S_OVERRIDE);
lsdata.AddRange(F_OVERRIDE1);
byte[] S_OVERRIDE1 = BitConverter.GetBytes(F_OVERRIDE);
lsdata.AddRange(S_OVERRIDE1);
byte[] R_OVERRIDE1 = BitConverter.GetBytes(R_OVERRIDE);
lsdata.AddRange(R_OVERRIDE1);
byte[] E_STOP = BitConverter.GetBytes(estop);
lsdata.AddRange(E_STOP);
byte[] DRIVE_CUR = BitConverter.GetBytes(drive_cur);
lsdata.AddRange(DRIVE_CUR);
#endregion
// 循环启动变化触发事件
if (cyc_ch != cyc)
{
cyc_ch = cyc;
cyc_event = true;
}
getdata.WaitOne();
// 采样是否打开
if (!issmpl)
{
getdata.ReleaseMutex();
QueryPerformanceCounter(ref stop_time);
continue;
}
try
{
m_listData.Clear();
}
catch (Exception ex)
{
//Ignore
}
//List<List<Int32>> m_datatemp = new List<List<int>>();
//// 获取数据
//int ret = Api.HNC_SamplGetData(m_datatemp);
//Console.WriteLine("运行测试2：");
if ((m_datatemp == null) || (m_datatemp.Count == 0))
{
//Console.WriteLine("运行测试3：未得到数据");
QueryPerformanceCounter(ref stop_time);
getdata.ReleaseMutex();
continue;
}
//Console.WriteLine("运行测试3：已得到数据");
m_listData = m_datatemp;
int chnum = m_datatemp.Count;
List <Int32>[] tmp = m_listData.ToArray();
int[] series_X = tmp[0].ToArray();
int[] series_Y = tmp[1].ToArray();
int[] series_Z = tmp[2].ToArray();
int[] series_C = tmp[3].ToArray();
int[] series_I = tmp[4].ToArray();
int dag1 = series_X.Length / 4;
//for()
temp2[0] = new List <byte>();
temp2[1] = new List <byte>();
temp2[2] = new List <byte>();
temp2[3] = new List <byte>();
for (int m1 = 0; m1 < 4; m1++)
{
object obj_X = (object)series_X[(m1 + 1) * dag1 - 1];
object obj_Y = (object)series_Y[(m1 + 1) * dag1 - 1];
object obj_Z = (object)series_Z[(m1 + 1) * dag1 - 1];
object obj_C = (object)series_C[(m1 + 1) * dag1 - 1];
pos_X = x[m1] = Convert.ToSingle(obj_X) / 100000;
pos_Y = y[m1] = Convert.ToSingle(obj_Y) / 100000;
pos_Z = z[m1] = Convert.ToSingle(obj_Z) / 100000;
pos_C = c[m1] = Convert.ToSingle(obj_C) / 100000;
//temp2[m1].AddRange(lsdata);
byte[] a = BitConverter.GetBytes(x[m1]);
temp2[m1].AddRange(a);
a = BitConverter.GetBytes(y[m1]);
temp2[m1].AddRange(a);
a = BitConverter.GetBytes(z[m1]);
temp2[m1].AddRange(a);
a = BitConverter.GetBytes(c[m1]);
temp2[m1].AddRange(a);
temp2[m1].AddRange(lsdata);
}
axisi = series_I;
int dataplist = tmp[0].Count;
int listc = series_X.Length;
#region i,v,s等数据转换
int comp = listc / 4;
//List<byte>[] i_byte = new List<byte>[4];
//Queue<Int32> i_que = new Queue<Int32>();
if (i_que.Count > 1000)
{
i_que.Clear();
}
if (v_que.Count > 10000)
{
v_que.Clear();
}
if (s_que.Count > 10000)
{
s_que.Clear();
}
for (int l = 0; l < series_I.Length; l++)
{
i_que.Enqueue(series_I[l]);
}
//for (int l = 0; l < series_I.Length; l++)
//{
// if (l > comp * 3)
// {
// byte[] a = BitConverter.GetBytes(series_I[l]);
// //i_byte[3].Enqueue()
// i_byte[3].AddRange(a);
// }
// else if (l > comp * 2)
// {
// byte[] a = BitConverter.GetBytes(series_I[l]);
// i_byte[2].AddRange(a);
// }
// else if (l > comp)
// {
// byte[] a = BitConverter.GetBytes(series_I[l]);
// i_byte[1].AddRange(a);
// }
// else
// {
// byte[] a = BitConverter.GetBytes(series_I[l]);
// i_byte[0].AddRange(a);
// }
//}
//int comp = listc / 4;
//List<byte>[] v_byte = new List<byte>[4];
//Queue<Int16> v_que = new Queue<Int16>();
for (int m = 0; m < v_len / 4; m++)
{
tmp[m + 5].Reverse();
}
for (int j = 0; j < listc; j++)
{
for (int m = 0; m < v_len / 4; m++)
{
int temp = tmp[m + 5].Last <Int32>();
int temp_2 = tmp[m + 5].Last <Int32>();
tmp[m + 5].RemoveAt(tmp[m + 5].Count - 1);
Int16 hdata = (Int16)(temp >> 16);
Int16 ldata = (Int16)((temp_2 << 16) >> 16);
//v_que.Enqueue(ldata);
//v_que.Enqueue(hdata);
v_que.Enqueue(hdata);
v_que.Enqueue(ldata);
}
}
//for (int j = 0; j < listc; j++)
//{
// for (int m = 0; m < v_len / 4; m++)
// {
// int temp = tmp[m + 5].Last<Int32>();
// tmp[m + 5].RemoveAt(tmp[m + 5].Count-1);
// Int16 hdata = (Int16)(temp >> 16);
// Int16 ldata = (Int16)((temp << 16) >> 16);
// value_v1.Add(hdata);
// value_v1.Add(ldata);
// if (j > comp*3)
// {
// byte[] a = BitConverter.GetBytes(hdata);
// v_byte[3].AddRange(a);
// byte[] b = BitConverter.GetBytes(ldata);
// v_byte[3].AddRange(b);
// }
// else if(j>comp*2)
// {
// byte[] a = BitConverter.GetBytes(hdata);
// v_byte[2].AddRange(a);
// byte[] b = BitConverter.GetBytes(ldata);
// v_byte[2].AddRange(b);
// }
// else if(j>comp)
// {
// byte[] a = BitConverter.GetBytes(hdata);
// v_byte[1].AddRange(a);
// byte[] b = BitConverter.GetBytes(ldata);
// v_byte[1].AddRange(b);
// }
// else
// {
// byte[] a = BitConverter.GetBytes(hdata);
// v_byte[0].AddRange(a);
// byte[] b = BitConverter.GetBytes(ldata);
// v_byte[0].AddRange(b);
// }
// }
//}
//List<byte>[] s_byte = new List<byte>[4];
//Queue<Int16> s_que = new Queue<short>();
for (int m = 0; m < v_len / 4; m++)
{
tmp[m + 15].Reverse();
}
for (int j = 0; j < listc; j++)
{
for (int m = 0; m < s_len / 4; m++)
{
int temp = tmp[m + 15].Last <Int32>();
tmp[m + 15].RemoveAt(tmp[m + 15].Count - 1);
Int16 hdata = (Int16)(temp >> 16);
Int16 ldata = (Int16)((temp << 16) >> 16);
s_que.Enqueue(hdata);
s_que.Enqueue(ldata);
}
}
//int a2 = v_que.Count;
//if (i_que.Count > 1000)
// i_que.Clear();
//if (v_que.Count > 10000)
// v_que.Clear();
//if (s_que.Count > 10000)
// s_que.Clear();
//for (int j = 0; j < listc; j++)
//{
// for (int m = 0; m < s_len / 4; m++)
// {
// int temp = tmp[m + 15].Last<Int32>();
// tmp[m + 15].RemoveAt(tmp[m + 15].Count-1);
// Int16 hdata = (Int16)(temp >> 16);
// Int16 ldata = (Int16)((temp << 16) >> 16);
// value_s1.Add(hdata);
// value_s1.Add(ldata);
// if (j > comp * 3)
// {
// byte[] a = BitConverter.GetBytes(hdata);
// s_byte[3].AddRange(a);
// byte[] b = BitConverter.GetBytes(ldata);
// s_byte[3].AddRange(b);
// }
// else if (j > comp * 2)
// {
// byte[] a = BitConverter.GetBytes(hdata);
// s_byte[2].AddRange(a);
// byte[] b = BitConverter.GetBytes(ldata);
// s_byte[2].AddRange(b);
// }
// else if (j > comp)
// {
// byte[] a = BitConverter.GetBytes(hdata);
// s_byte[1].AddRange(a);
// byte[] b = BitConverter.GetBytes(ldata);
// s_byte[1].AddRange(b);
// }
// else
// {
// byte[] a = BitConverter.GetBytes(hdata);
// s_byte[0].AddRange(a);
// byte[] b = BitConverter.GetBytes(ldata);
// s_byte[0].AddRange(b);
// }
// }
//}
//value_v = value_v1.ToArray();
//value_s = value_s1.ToArray();
#endregion
//byte[] div = { 0x01, 0x02, 0x03, 0x04 };
//for(int ki=0;ki<4;ki++)
//{
// datatemp[ki].AddRange(temp2[ki]);
// datatemp[ki].AddRange(lsdata);
// datatemp[ki].AddRange(div);
// datatemp[ki].AddRange(i_byte[ki]);
// datatemp[ki].AddRange(v_byte[ki]);
// datatemp[ki].AddRange(s_byte[ki]);
//}
//datatemp.AddRange(lsdata);
//datatemp.AddRange(x_byte);
//datatemp.AddRange(y_byte);
//datatemp.AddRange(z_byte);
//datatemp.AddRange(c_byte);
//datatemp.AddRange(i_byte);
//datatemp.AddRange(v_byte);
//datatemp.AddRange(s_byte);
//byte[] datasend = datatemp.ToArray();
//Upload.socketsend(datasend);
lsdata.Clear();
//x_byte.Clear();
//y_byte.Clear();
//z_byte.Clear();
//c_byte.Clear();
//i_byte.Clear();
//v_byte.Clear();
//s_byte.Clear();
//datatemp.Clear();
//value_v = value_v1.ToArray();
//value_s = value_s1.ToArray();
//if (!(value_v.Length < 10))
//{
dataready = true;
//}
getdata.ReleaseMutex();
QueryPerformanceCounter(ref stop_time);
//Console.WriteLine("通道数目" + chnum.ToString());
//Console.WriteLine("数据长度" + dataplist.ToString());
//Console.WriteLine("使用时间 " + ((stop_time - start_time) / count_per_millsec).ToString());
}
}
private void NC_Status_Update()
{
double value64 = 0;
int Move_unit = 0;
int Turn_unit = 0;
int ret32 = 0;
int value = 0;
UInt16 ret = HncApi.HNC_NetIsConnect(CGlbFunc.clientNo[clientnum]);
if (ret == 0)
{
//ret32 = HncApi.HNC_AxisGetValue((int)HncAxis.HNC_AXIS_TYPE, Constants.AXIS_LOGIC_NUM_X, ref axisType, clientnum);
//switch (axisType)
//{
// case 1: // 直线轴
HncApi.HNC_SystemGetValue((int)HncSystem.HNC_SYS_MOVE_UNIT, ref Move_unit, CGlbFunc.clientNo[clientnum]);
// break;
//default: // 旋转轴
HncApi.HNC_SystemGetValue((int)HncSystem.HNC_SYS_TURN_UNIT, ref Turn_unit, CGlbFunc.clientNo[clientnum]);
// break;
//}
///* 电机转速 */
//ret32 = HncApi.HNC_AxisGetValue((int)HncAxis.HNC_AXIS_MOTOR_REV, Constants.AXIS_LOGIC_NUM_X, ref value64, clientnum);
//if (ret32 == 0)
//{
// Rev_X.Text = value64.ToString();
//}
//ret32 = HncApi.HNC_AxisGetValue((int)HncAxis.HNC_AXIS_MOTOR_REV, Constants.AXIS_LOGIC_NUM_Y, ref value64, clientnum);
//if (ret32 == 0)
//{
// Rev_Y.Text = value64.ToString();
//}
//ret32 = HncApi.HNC_AxisGetValue((int)HncAxis.HNC_AXIS_MOTOR_REV, Constants.AXIS_LOGIC_NUM_Z, ref value64, clientnum);
//if (ret32 == 0)
//{
// Rev_Z.Text = value64.ToString();
//}
/* 电机跟踪误差 */
ret32 = HncApi.HNC_AxisGetValue((int)HncAxis.HNC_AXIS_FOLLOW_ERR, Constants.AXIS_LOGIC_NUM_X, ref value, CGlbFunc.clientNo[clientnum]);
if (ret32 == 0)
{
value = value / Move_unit;
Rev_X_err.Text = value.ToString("0.0000");
}
ret32 = HncApi.HNC_AxisGetValue((int)HncAxis.HNC_AXIS_FOLLOW_ERR, Constants.AXIS_LOGIC_NUM_Y, ref value, CGlbFunc.clientNo[clientnum]);
if (ret32 == 0)
{
value = value / Move_unit;
Rev_Y_err.Text = value.ToString("0.0000");
}
ret32 = HncApi.HNC_AxisGetValue((int)HncAxis.HNC_AXIS_FOLLOW_ERR, Constants.AXIS_LOGIC_NUM_Z, ref value, CGlbFunc.clientNo[clientnum]);
if (ret32 == 0)
{
value = value / Move_unit;
Rev_Z_err.Text = value.ToString("0.0000");
}
//ret2 = HncApi.HNC_AxisGetValue((int)HncAxis.HNC_AXIS_CMD_POS_RCS, int.Parse(axisnum.Text), ref value, clientnum);
//if (ret2 == 0)
//{
// pos = (double)value / unit;
// Axis_position.Text += ("cmd_pos_rcs：" + pos.ToString() + System.Environment.NewLine);
//}
//ret2 = HncApi.HNC_AxisGetValue((int)HncAxis.HNC_AXIS_CMD_POS_WCS, int.Parse(axisnum.Text), ref value, clientnum);
//if (ret2 == 0)
//{
// pos = (double)value / unit;
// Axis_position.Text += ("cmd_pos_wcs：" + pos.ToString() + System.Environment.NewLine);
//}
//ret2 = HncApi.HNC_AxisGetValue((int)HncAxis.HNC_AXIS_CMD_POS, int.Parse(axisnum.Text), ref value, clientnum);
//if (ret2 == 0)
//{
// pos = (double)value / unit;
// Axis_type.Text = axisType.ToString();
// Axis_position.Text += ("pos：" + pos.ToString() + System.Environment.NewLine);
//}
/* ACT_POS相对实际位置 */
ret32 = HncApi.HNC_AxisGetValue((int)HncAxis.HNC_AXIS_ACT_POS_RCS, Constants.AXIS_LOGIC_NUM_X, ref value, CGlbFunc.clientNo[clientnum]);
if (ret32 == 0)
{
value = value / Move_unit;
Pos_Act_X.Text = value.ToString();
}
ret32 = HncApi.HNC_AxisGetValue((int)HncAxis.HNC_AXIS_ACT_POS_RCS, Constants.AXIS_LOGIC_NUM_Y, ref value, CGlbFunc.clientNo[clientnum]);
if (ret32 == 0)
{
value = value / Move_unit;
Pos_Act_Y.Text = value.ToString();
}
ret32 = HncApi.HNC_AxisGetValue((int)HncAxis.HNC_AXIS_ACT_POS_RCS, Constants.AXIS_LOGIC_NUM_Z, ref value, CGlbFunc.clientNo[clientnum]);
if (ret32 == 0)
{
value = value / Move_unit;
Pos_Act_Z.Text = value.ToString();
}
/* CMD_POS相对指令位置 */
ret32 = HncApi.HNC_AxisGetValue((int)HncAxis.HNC_AXIS_CMD_POS_RCS, Constants.AXIS_LOGIC_NUM_X, ref value, CGlbFunc.clientNo[clientnum]);
if (ret32 == 0)
{
value = value / Move_unit;
Pos_Com_X.Text = value.ToString();
}
ret32 = HncApi.HNC_AxisGetValue((int)HncAxis.HNC_AXIS_CMD_POS_RCS, Constants.AXIS_LOGIC_NUM_Y, ref value, CGlbFunc.clientNo[clientnum]);
if (ret32 == 0)
{
value = value / Move_unit;
Pos_Com_Y.Text = value.ToString();
}
ret32 = HncApi.HNC_AxisGetValue((int)HncAxis.HNC_AXIS_CMD_POS_RCS, Constants.AXIS_LOGIC_NUM_Z, ref value, CGlbFunc.clientNo[clientnum]);
if (ret32 == 0)
{
value = value / Move_unit;
Pos_Com_Z.Text = value.ToString();
}
/* Cur_Load负载电流 */
ret32 = HncApi.HNC_AxisGetValue((int)HncAxis.HNC_AXIS_LOAD_CUR, Constants.AXIS_LOGIC_NUM_X, ref value64, CGlbFunc.clientNo[clientnum]);
if (ret32 == 0)
{
Cur_Load_X.Text = value64.ToString();
}
ret32 = HncApi.HNC_AxisGetValue((int)HncAxis.HNC_AXIS_LOAD_CUR, Constants.AXIS_LOGIC_NUM_Y, ref value64, CGlbFunc.clientNo[clientnum]);
if (ret32 == 0)
{
Cur_Load_Y.Text = value64.ToString();
}
ret32 = HncApi.HNC_AxisGetValue((int)HncAxis.HNC_AXIS_LOAD_CUR, Constants.AXIS_LOGIC_NUM_Z, ref value64, CGlbFunc.clientNo[clientnum]);
if (ret32 == 0)
{
Cur_Load_Z.Text = value64.ToString();
}
/* Cur_Rated额定负载电流 */
ret32 = HncApi.HNC_AxisGetValue((int)HncAxis.HNC_AXIS_RATED_CUR, Constants.AXIS_LOGIC_NUM_X, ref value64, CGlbFunc.clientNo[clientnum]);
if (ret32 == 0)
{
Cur_Rated_X.Text = value64.ToString();
}
ret32 = HncApi.HNC_AxisGetValue((int)HncAxis.HNC_AXIS_RATED_CUR, Constants.AXIS_LOGIC_NUM_Y, ref value64, CGlbFunc.clientNo[clientnum]);
if (ret32 == 0)
{
Cur_Rated_Y.Text = value64.ToString();
}
ret32 = HncApi.HNC_AxisGetValue((int)HncAxis.HNC_AXIS_RATED_CUR, Constants.AXIS_LOGIC_NUM_Z, ref value64, CGlbFunc.clientNo[clientnum]);
if (ret32 == 0)
{
Cur_Rated_Z.Text = value64.ToString();
}
/* Speed_Act实际进给速度 */
ret32 = HncApi.HNC_AxisGetValue((int)HncAxis.HNC_AXIS_ACT_VEL, Constants.AXIS_LOGIC_NUM_X, ref value64, CGlbFunc.clientNo[clientnum]);
if (ret32 == 0)
{
//value64 = value64 / Move_unit * 1000 * 60;
Speed_Act_X.Text = value64.ToString("0.00");
}
ret32 = HncApi.HNC_AxisGetValue((int)HncAxis.HNC_AXIS_ACT_VEL, Constants.AXIS_LOGIC_NUM_Y, ref value64, CGlbFunc.clientNo[clientnum]);
if (ret32 == 0)
{
//value64 = value64 / Move_unit * 1000 * 60;
Speed_Act_Y.Text = value64.ToString("0.00");
}
ret32 = HncApi.HNC_AxisGetValue((int)HncAxis.HNC_AXIS_ACT_VEL, Constants.AXIS_LOGIC_NUM_Z, ref value64, CGlbFunc.clientNo[clientnum]);
if (ret32 == 0)
{
//value64 = value64 / Move_unit * 1000 * 60;
Speed_Act_Z.Text = value64.ToString("0.00");
}
/* Speed_Com指令进给速度 */
ret32 = HncApi.HNC_AxisGetValue((int)HncAxis.HNC_AXIS_CMD_VEL, Constants.AXIS_LOGIC_NUM_X, ref value, CGlbFunc.clientNo[clientnum]);
if (ret32 == 0)
{
// value = value / Move_unit * 1000 * 60;
Speed_Com_X.Text = value.ToString("0.00");
}
ret32 = HncApi.HNC_AxisGetValue((int)HncAxis.HNC_AXIS_CMD_VEL, Constants.AXIS_LOGIC_NUM_Y, ref value, CGlbFunc.clientNo[clientnum]);
if (ret32 == 0)
{
//value = value / Move_unit * 1000 * 60;
Speed_Com_Y.Text = value.ToString("0.00");
}
ret32 = HncApi.HNC_AxisGetValue((int)HncAxis.HNC_AXIS_CMD_VEL, Constants.AXIS_LOGIC_NUM_Z, ref value, CGlbFunc.clientNo[clientnum]);
if (ret32 == 0)
{
//value = value / Move_unit * 1000 * 60;
Speed_Com_Z.Text = value.ToString("0.00");
}
else
{
MessageBox.Show("IP" + CGlbFunc.ip_info[0] + "读取失败");
}
/* 主轴指令进给速度 */
ret32 = HncApi.HNC_ChannelGetValue((int)HncChannel.HNC_CHAN_CMD_FEEDRATE, 0, 0, ref value64, CGlbFunc.clientNo[clientnum]);
if (ret32 == 0)
{
//value64 = value64 / Turn_unit * 1000 * 60;
Chan_Cmd_Feedrate.Text = value64.ToString("0.00");
}
/* 主轴实际进给速度 */
ret32 = HncApi.HNC_ChannelGetValue((int)HncChannel.HNC_CHAN_ACT_FEEDRATE, 0, 0, ref value64, CGlbFunc.clientNo[clientnum]);
if (ret32 == 0)
{
// value64 = value64 / Turn_unit * 1000 * 60;
Chan_Act_Feedrate.Text = value64.ToString("0.00");
}
/* 主轴指令速度 */
ret32 = HncApi.HNC_ChannelGetValue((int)HncChannel.HNC_CHAN_CMD_SPDL_SPEED, 0, 0, ref value64, CGlbFunc.clientNo[clientnum]);
if (ret32 == 0)
{
//value64 = value64 / Turn_unit * 1000 * 60;
Chan_Cmd_Speed.Text = value64.ToString("0.00");
}
/* 主轴实际速度 */
ret32 = HncApi.HNC_ChannelGetValue((int)HncChannel.HNC_CHAN_ACT_SPDL_SPEED, 0, 0, ref value64, CGlbFunc.clientNo[clientnum]);
if (ret32 == 0)
{
//value64 = value64 / Turn_unit * 1000 * 60;
Chan_Act_Speed.Text = value64.ToString("0.00");
}
/*增加主轴负载电流及三种倍率信息*/
/* 主轴负载电流 */
//ret32 = HncApi.HNC_AxisGetValue((int)HncAxis.HNC_AXIS_RATED_CUR, Constants.AXIS_LOGIC_NUM_X, ref value64, clientnum);
Double cur1 = 0;
//值
ret32 = HncApi.HNC_AxisGetValue((int)HncAxis.HNC_AXIS_RATED_CUR, 5, ref value64, CGlbFunc.clientNo[clientnum]);
if (ret32 == 0)
{
//value64 = value64 / Turn_unit * 1000 * 60;
cur1 = value64;
Current_Spindle_Rated.Text = value64.ToString("0.000");
}
ret32 = HncApi.HNC_AxisGetValue((int)HncAxis.HNC_AXIS_LOAD_CUR, 5, ref value64, CGlbFunc.clientNo[clientnum]);
if (ret32 == 0)
{
//value64 = value64 / Turn_unit * 1000 * 60;
value64 = value64 / 100 * cur1;
Current_Spindle_Load.Text = value64.ToString("0.000");
}
/* 进给修调 */
ret32 = HncApi.HNC_ChannelGetValue((int)HncChannel.HNC_CHAN_FEED_OVERRIDE, 0, 0, ref value, CGlbFunc.clientNo[clientnum]);
if (ret32 == 0)
{
//value64 = value64 / Turn_unit * 1000 * 60;
Feed_override.Text = (value / 100.0).ToString("0.00" + "%");
}
/* 快移修调 */
ret32 = HncApi.HNC_ChannelGetValue((int)HncChannel.HNC_CHAN_RAPID_OVERRIDE, 0, 0, ref value, CGlbFunc.clientNo[clientnum]);
if (ret32 == 0)
{
//value64 = value64 / Turn_unit * 1000 * 60;
Rapid_override.Text = (value / 100.0).ToString("0.00" + "%");
}
/* 主轴转速修调 */
ret32 = HncApi.HNC_ChannelGetValue((int)HncChannel.HNC_CHAN_SPDL_OVERRIDE, 0, 0, ref value, CGlbFunc.clientNo[clientnum]);
if (ret32 == 0)
{
//value64 = value64 / Turn_unit * 1000 * 60;
Spdl_override.Text = (value / 100.0).ToString("0.00" + "%");
}
/* 主轴逻辑轴号 */
ret32 = HncApi.HNC_ChannelGetValue((int)HncChannel.HNC_CHAN_SPDL_LAX, 0, 0, ref value, CGlbFunc.clientNo[clientnum]);
if (ret == 0)
{
Chan_Logic_Num.Text = value.ToString();
}
/* 运行程序编号 */
ret32 = HncApi.HNC_ChannelGetValue((int)HncChannel.HNC_CHAN_RUN_PROG, 0, 0, ref value, CGlbFunc.clientNo[clientnum]);
if (ret32 == 0)
{
Chan_Run_Prog.Text = value.ToString();
}
/* 刀具编号 */
ret32 = HncApi.HNC_ChannelGetValue((int)HncChannel.HNC_CHAN_TOOL_USE, 0, 0, ref value, CGlbFunc.clientNo[clientnum]);
if (ret32 == 0)
{
Cur_Tool.Text = value.ToString();
}
/* 运行程序行 */
ret32 = HncApi.HNC_ChannelGetValue((int)HncChannel.HNC_CHAN_RUN_ROW, 0, 0, ref value, CGlbFunc.clientNo[clientnum]);
if (ret32 == 0)
{
Chan_Run_Row.Text = value.ToString();
}
/* 编码程序行 */
ret32 = HncApi.HNC_ChannelGetValue((int)HncChannel.HNC_CHAN_DCD_ROW, 0, 0, ref value, CGlbFunc.clientNo[clientnum]);
if (ret32 == 0)
{
Chan_Dcd_Row.Text = value.ToString();
}
NC_num.Text = clientnum.ToString();
Chan_num.Text = "0";
//else
//{
// MessageBox.Show("IP" + CGlbFunc.ip_info[0] + "读取失败");
//}
}
//else
//{
// MessageBox.Show("IP" + CGlbFunc.ip_info[0] + "通信失败");
//}
}
// 位置单位转换
private void GetAxisStrInfo(int count, Int32[] AxisId, Int32[] axisValue, Double[] cmdVel, ref string[] AxisValueInfo, ref string[] AxiscmdVelInfo) // 前三个是输入量，由方法 AxisInfoGotItems（）获取的变量作为输入；ref后面的变量 是引用的传递变量
{
Int32 ret = 0;
Int32 lax = 0;
Int32 axistype = 0;
Int32 metric = 0;
Int32 unit = 100000;
Int32 diameter = 0;
for (int i = 0; i < count; i++)
{
ret = HncApi.HNC_ChannelGetValue((int)HncChannel.HNC_CHAN_LAX, mch, AxisId[i], ref lax, ActiveClientNo);
// 直半径处理
ret = HncApi.HNC_ChannelGetValue((int)HncChannel.HNC_CHAN_DIAMETER, mch, 0, ref diameter, ActiveClientNo);
if (0 == lax && 1 == diameter)
{
axisValue[i] *= 2;
}
ret = HncApi.HNC_AxisGetValue((int)HncAxis.HNC_AXIS_TYPE, lax, ref axistype, ActiveClientNo);
// 判断轴的类型 获取响应的单位换算参数
if (axistype == 1)
{
ret = HncApi.HNC_SystemGetValue((int)HncSystem.HNC_SYS_MOVE_UNIT, ref unit, ActiveClientNo); // 直线轴 长度分辨率
ret = HncApi.HNC_SystemGetValue((int)HncSystem.HNC_SYS_METRIC_DISP, ref metric, ActiveClientNo); // 公英制
if (0 == metric) // 英制
{
unit = (Int32)(unit * 25.4);
}
}
else
{
ret = HncApi.HNC_SystemGetValue((int)HncSystem.HNC_SYS_TURN_UNIT, ref unit, ActiveClientNo); // 旋转轴 角度分辨率
}
if (Math.Abs(unit) - 0.00001 <= 0.0) //除零保护
{
AxisValueInfo[i] = "0";
AxiscmdVelInfo[i] = "0"; // 米度单位换算为 毫米每分钟
}
else
{
AxisValueInfo[i] = ((double)axisValue[i] / unit).ToString("F4"); // 实际输出的轴的位置 单位换算
AxiscmdVelInfo[i] = (cmdVel[i] / unit).ToString("F4");
}
if (axistype == 1)
{
if (0 == metric) // 英制
{
AxisValueInfo[i] += " inch";
}
else
{
AxisValueInfo[i] += " mm";
}
}
else
{
AxisValueInfo[i] += " D";
}
}
}
