public void Parse(string lineIn)
{
deviceType = SeqEnums.enumDevice(utils.getKeyWord(lineIn, FIELDdeviceType));
unit = utils.getKeyValue(lineIn, FIELDunit);
network = utils.getKeyValue(lineIn, FIELDnetwork);
circuit = utils.getKeyValue(lineIn, FIELDcircuit);
}
public override string ToString()
{
string ret = SeqEnums.EffectName(type);
ret += " From " + startCentisecond.ToString();
ret += " to " + myEndCentisecond.ToString();
if (intensity > utils.UNDEFINED)
{
ret += " at " + intensity.ToString();
}
if (startIntensity > utils.UNDEFINED)
{
ret += " at " + startIntensity.ToString();
}
return(ret);
}
public void Parse(string lineIn)
{
this.EffectType = SeqEnums.enumEffectType(utils.getKeyWord(lineIn, utils.FIELDtype));
myStartCentisecond = utils.getKeyValue(lineIn, utils.FIELDstartCentisecond);
myEndCentisecond = utils.getKeyValue(lineIn, utils.FIELDendCentisecond);
Intensity = utils.getKeyValue(lineIn, FIELDintensity);
startIntensity = utils.getKeyValue(lineIn, FIELDstartIntensity);
endIntensity = utils.getKeyValue(lineIn, FIELDendIntensity);
if (parent != null)
{
if (parent.ParentSequence != null)
{
parent.ParentSequence.MakeDirty();
}
}
}
public void Parse(string lineIn)
{
//System.Diagnostics.Debugger.Break();
//string keywd = utils.getKeyWord(lineIn, VizChannel.FIELDsubParam);
//string keywd = utils.getKeyWord(lineIn, Channel.FIELDcolor);
int idt = lineIn.IndexOf(FIELDdeviceType);
//if (keywd.Length == 0)
if (idt > 0)
{
isViz = false;
string dev = utils.getKeyWord(lineIn, FIELDdeviceType); // Note: deviceType is NOT capitalized and is a String
deviceType = SeqEnums.enumDevice(dev);
// for LOR, this is the unit, for DMX it's not used
unit = utils.getKeyValue(lineIn, FIELDunit);
// for LOR, this is the network, for DMX it is the universe
network = utils.getKeyValue(lineIn, FIELDnetwork);
// for LOR or DMX this is the channel
circuit = utils.getKeyValue(lineIn, FIELDcircuit);
}
else
{
isViz = true;
int dt = utils.getKeyValue(lineIn, FIELDDeviceType); // Note: DeviceType IS captialized and is an Int
if (dt == 1)
{
deviceType = DeviceType.LOR;
}
if (dt == 7)
{
deviceType = DeviceType.DMX;
}
// for LOR, this is the unit, for DMX it's not used
unit = utils.getKeyValue(lineIn, FIELDController);
// for LOR, this is the network, for DMX it is the universe
network = utils.getKeyValue(lineIn, FIELDNetwork);
// for LOR or DMX this is the channel
circuit = utils.getKeyValue(lineIn, FIELDChannel);
}
}
public string LineOut()
{
StringBuilder ret = new StringBuilder();
if (isViz)
{
if (deviceType == DeviceType.LOR)
{
ret.Append(utils.SetKey(FIELDDeviceType, 1));
}
else if (deviceType == DeviceType.DMX)
{
ret.Append(utils.SetKey(FIELDDeviceType, 7));
}
ret.Append(utils.SetKey(FIELDNetwork, network));
ret.Append(utils.SetKey(FIELDController, unit));
ret.Append(utils.SetKey(FIELDChannel, circuit));
}
else
{
if (deviceType == DeviceType.LOR)
{
ret.Append(utils.SetKey(FIELDdeviceType, SeqEnums.DeviceName(deviceType)));
ret.Append(utils.SetKey(FIELDunit, unit));
ret.Append(utils.SetKey(FIELDcircuit, circuit));
if (network != utils.UNDEFINED)
{
ret.Append(utils.SetKey(FIELDnetwork, network));
}
}
else if (deviceType == DeviceType.DMX)
{
ret.Append(utils.SetKey(FIELDdeviceType, SeqEnums.DeviceName(deviceType)));
ret.Append(utils.SetKey(FIELDcircuit, circuit));
ret.Append(utils.SetKey(FIELDnetwork, network));
}
else if (deviceType == DeviceType.Dasher)
{
ret.Append(utils.SetKey(FIELDdeviceType, SeqEnums.DeviceName(deviceType)));
ret.Append(utils.SetKey(FIELDunit, unit));
ret.Append(utils.SetKey(FIELDcircuit, circuit));
}
}
return(ret.ToString());
}
public string LineOut()
{
string ret = "";
ret = utils.LEVEL3 + utils.STFLD + Sequence4.TABLEeffect;
ret += utils.FIELDtype + utils.FIELDEQ + SeqEnums.EffectName(type) + utils.ENDQT;
ret += utils.FIELDstartCentisecond + utils.FIELDEQ + startCentisecond.ToString() + utils.ENDQT;
ret += utils.FIELDendCentisecond + utils.FIELDEQ + myEndCentisecond.ToString() + utils.ENDQT;
if (intensity > utils.UNDEFINED)
{
ret += FIELDintensity + utils.FIELDEQ + intensity.ToString() + utils.ENDQT;
}
if (startIntensity > utils.UNDEFINED)
{
ret += FIELDstartIntensity + utils.FIELDEQ + startIntensity.ToString() + utils.ENDQT;
ret += FIELDendIntensity + utils.FIELDEQ + endIntensity.ToString() + utils.ENDQT;
}
ret += utils.ENDFLD;
return(ret);
}
public override string ToString()
{
StringBuilder ret = new StringBuilder();
ret.Append(SeqEnums.EffectTypeName(this.EffectTypeEX));
ret.Append(" From ");
ret.Append(startCentisecond);
ret.Append(" to ");
ret.Append(myEndCentisecond);
if (Intensity > utils.UNDEFINED)
{
ret.Append(" at ");
ret.Append(Intensity);
}
if (startIntensity > utils.UNDEFINED)
{
ret.Append(" at ");
ret.Append(startIntensity);
}
return(ret.ToString());
}
public string LineOut()
{
StringBuilder ret = new StringBuilder();
ret.Append(utils.StartTable(Sequence4.TABLEeffect, 3));
ret.Append(utils.SetKey(utils.FIELDtype, SeqEnums.EffectTypeName(this.EffectType).ToLower()));
ret.Append(utils.SetKey(utils.FIELDstartCentisecond, startCentisecond));
ret.Append(utils.SetKey(utils.FIELDendCentisecond, myEndCentisecond));
if (Intensity > utils.UNDEFINED)
{
ret.Append(utils.SetKey(FIELDintensity, Intensity));
}
if (startIntensity > utils.UNDEFINED)
{
ret.Append(utils.SetKey(FIELDstartIntensity, startIntensity));
ret.Append(utils.SetKey(FIELDendIntensity, endIntensity));
}
ret.Append(utils.ENDFLD);
return(ret.ToString());
}
public string LineOut()
{
string ret = "";
if (deviceType == DeviceType.LOR)
{
ret += FIELDdeviceType + utils.FIELDEQ + SeqEnums.DeviceName(deviceType) + utils.ENDQT;
ret += FIELDunit + utils.FIELDEQ + unit.ToString() + utils.ENDQT;
ret += FIELDcircuit + utils.FIELDEQ + circuit.ToString() + utils.ENDQT;
if (network != utils.UNDEFINED)
{
ret += FIELDnetwork + utils.FIELDEQ + network.ToString() + utils.ENDQT;
}
}
else if (deviceType == DeviceType.DMX)
{
ret += FIELDdeviceType + utils.FIELDEQ + SeqEnums.DeviceName(deviceType) + utils.ENDQT;
ret += FIELDcircuit + utils.FIELDEQ + circuit.ToString() + utils.ENDQT;
ret += FIELDnetwork + utils.FIELDEQ + network.ToString() + utils.ENDQT;
}
return(ret);
}