void SetUnits(FeedrateUnits feedrateUnits)
{
try
{
Units = feedrateUnits;
switch (Units)
{
case FeedrateUnits.InverseMins:
case FeedrateUnits.MinPerMove:
case FeedrateUnits.SecPerMove:
Inverted = true;
break;
case FeedrateUnits.MmPerSec:
case FeedrateUnits.InPerSec:
case FeedrateUnits.MmPerMin:
case FeedrateUnits.InPerMin:
default:
Inverted = false;
break;
}
}
catch (Exception)
{
throw;
}
}
public Feedrate(FeedrateUnits units)
{
_units = units;
switch (_units)
{
case FeedrateUnits.InvMinPerMove:
case FeedrateUnits.SecPerMove:
_inverted = true;
break;
case FeedrateUnits.MmPerSec:
case FeedrateUnits.InPerSec:
case FeedrateUnits.MmPerMin:
case FeedrateUnits.InPerMin:
default:
_inverted = false;
break;
}
}
private void LoadDefMachineSettings()
{
InverseFeed = "G32";
Rapid = "G0";
LinearMove = "G01";
FiveAxis = "G01";
CwArc = "G02";
CcwArc = "G03";
Delay = "G04";
Relative = "G91";
Absolute = "G90";
LineNumberPrefix = "N";
DelayAmountPrefix = "K";
FeedratePrefix = "F";
EndofProg = "M30";
Sp = " ";
ComStart = ";";
ComEnd = "";
HeaderStart = "(";
HeaderEnd = ",MX)";
CommentMaxLength = 20;
DelayScaleFactor = 100;
DelayStringFormat = "N0";
McodeFilename = "";
AxisNames = new string[] { "X", "Y", "Z", "A", "B", "C" };
ForbiddenChars = new char[] { ' ', '/' };
RotaryAxisPrecision = 3;
LinearAxisPrecision = 4;
FeedratePrecision = 2;
StartingLineNumber = 100;
LineNumberInc = 2;
RotaryAxisFormat = "f" + RotaryAxisPrecision.ToString();
FeedrateFormat = "f" + FeedratePrecision.ToString();
LinearAxisFormat = "f" + LinearAxisPrecision.ToString();
FeedrateUnits = FeedrateUnits.InPerMin;
InverseFeedUnits = FeedrateUnits.InverseMins;
}
public Feedrate()
{
Inverted = false;
Value = 0;
Units = FeedrateUnits.InPerMin;
}
public Feedrate(Feedrate f)
{
_inverted = f.Inverted;
_units = f.Units;
_value = f.Value;
}
public Feedrate(FeedrateUnits units)
{
SetUnits(units);
}
