/// <summary>
/// ReadServo Load and Current Details on All axis
/// </summary>
/// <param name="current">Current in Amp</param>
/// <returns>Servo Load</returns>
public static string ReadServoLoadCurrentDetails(ushort handle, out string current)
{
current = string.Empty;
string buff = "";
//string sb = "";
string DL = "#";
short[] types = { 0, 1, 2 };
/*
* cls = 2 (Servo)
* type = 0 : Servo load meter
* 1 : Load current (% unit)
* 2 : Load current (Ampere unit)
*/
short MAX_AXIS = FocasLibBase.MAX_AXIS;
short len = MAX_AXIS;
FocasLibBase.ODBAXDT odbaxdt = new FocasLibBase.ODBAXDT();
List <string> pos = new List <string>();
//1st parameter - Position(=1), Servo(=2), Spindle(=3)
//4th parameter - After execution, "(*len)" will have the actual number of axes.
short ret = FocasLib.cnc_rdaxisdata(handle, 2, types, (short)types.Length, ref len, odbaxdt);
if (ret == 0)
{
MAX_AXIS = len;
get_actual_axis_value(odbaxdt, ref pos, len, types.Length);
int i;
//Servo load meter
for (i = 0 * MAX_AXIS; i < 0 * MAX_AXIS + len; i++)
{
buff += pos[i];
buff += ",";
}
buff += DL;
// Load current (% unit)
for (i = 1 * MAX_AXIS; i < 1 * MAX_AXIS + len; i++)
{
buff += pos[i];
buff += ",";
}
buff += DL;
//Load current (Ampere unit)
for (i = 2 * MAX_AXIS; i < 2 * MAX_AXIS + len; i++)
{
buff += pos[i];
buff += ",";
current += pos[i];
current += ",";
}
}
return(buff);
}
