public bool Matches(FilamentSpool other)
{
if (filament_type == other.filament_type && (int)filament_color_code == (int)other.filament_color_code)
{
return(filament_size == other.filament_size);
}
return(false);
}
public bool Equals(FilamentSpool b)
{
if ((object)b == null || filament_type != b.filament_type || ((int)filament_color_code != (int)b.filament_color_code || filament_temperature != b.filament_temperature) || (filament_location != b.filament_location || filament_size != b.filament_size || estimated_filament_length_printed != (double)b.estimated_filament_length_printed))
{
return(false);
}
return((int)filament_uid == (int)b.filament_uid);
}
public void CopyFrom(FilamentSpool other)
{
filament_color_code = other.filament_color_code;
filament_type = other.filament_type;
filament_temperature = other.filament_temperature;
filament_location = other.filament_location;
estimated_filament_length_printed = other.estimated_filament_length_printed;
filament_size = other.filament_size;
filament_uid = other.filament_uid;
}
public static string GenerateSpoolName(FilamentSpool spool, bool location)
{
var color = (FilamentConstants.ColorsEnum)Enum.ToObject(typeof(FilamentConstants.ColorsEnum), spool.filament_color_code);
if (location)
{
return("My " + FilamentConstants.ColorsToString(color) + " Filament (" + spool.filament_type.ToString() + ") " + spool.filament_location.ToString());
}
return("My " + FilamentConstants.ColorsToString(color) + " Filament (" + spool.filament_type.ToString() + ") ");
}
public TGH_FilamentProfile(FilamentSpool spool, PrinterProfile printer_profile)
: base(spool)
{
preprocessor.initialPrint.StartingFanValue = byte.MaxValue;
preprocessor.initialPrint.StartingTempStabilizationDelay = 15;
preprocessor.initialPrint.StartingTemp = printer_profile.TemperatureConstants.GetBoundedTemp(filament.filament_temperature - 5);
preprocessor.bonding.FirstLayerTemp = preprocessor.initialPrint.StartingTemp;
preprocessor.bonding.SecondLayerTemp = printer_profile.TemperatureConstants.GetBoundedTemp(filament.filament_temperature - 10);
preprocessor.initialPrint.PrimeAmount = 9;
preprocessor.initialPrint.FirstRaftLayerTemperature = printer_profile.TemperatureConstants.GetBoundedTemp(filament.filament_temperature - 5);
preprocessor.initialPrint.SecondRaftResetTemp = true;
}
public PrinterInfo()
{
current_job = null;
serial_number = new PrinterSerialNumber("0");
filament_info = new FilamentSpool();
extruder = new Extruder();
hardware = new Hardware();
calibration = new Calibration();
synchronization = new Synchronization();
statistics = new Statistics();
supportedFeatures = new SupportedFeatures();
accessories = new Accessories();
persistantData = new PersistantData();
powerRecovery = new PowerRecovery();
}
public void CopyFrom(PrinterInfo other)
{
serial_number = new PrinterSerialNumber(other.serial_number.ToString());
Status = other.Status;
filament_info = new FilamentSpool(other.filament_info);
current_job = other.current_job == null ? null : new JobInfo(other.current_job);
extruder = new Extruder(other.extruder);
hardware = new Hardware(other.hardware);
calibration = new Calibration(other.calibration);
synchronization = new Synchronization(other.synchronization);
supportedFeatures = new SupportedFeatures(other.supportedFeatures);
accessories = new Accessories(other.accessories);
statistics = new Statistics(other.statistics);
persistantData = new PersistantData(other.persistantData);
powerRecovery = new PowerRecovery(other.powerRecovery);
ProfileName = other.ProfileName;
}
public ABS_FilamentProfile(FilamentSpool spool, PrinterProfile printer_profile)
: base(spool)
{
ABSWarningDim = printer_profile.PrinterSizeConstants.ABSWarningDim;
preprocessor.initialPrint.StartingTemp = filament.filament_temperature;
if ("Micro" == printer_profile.ProfileName)
{
preprocessor.initialPrint.StartingFanValue = 50;
}
else
{
preprocessor.initialPrint.StartingFanValue = 220;
}
preprocessor.initialPrint.StartingTempStabilizationDelay = 10;
preprocessor.bonding.FirstLayerTemp = printer_profile.TemperatureConstants.GetBoundedTemp(filament.filament_temperature + 15);
preprocessor.bonding.SecondLayerTemp = printer_profile.TemperatureConstants.GetBoundedTemp(filament.filament_temperature + 10);
preprocessor.initialPrint.PrimeAmount = 19;
preprocessor.initialPrint.FirstRaftLayerTemperature = printer_profile.TemperatureConstants.GetBoundedTemp(filament.filament_temperature + 15);
preprocessor.initialPrint.SecondRaftResetTemp = false;
}
public static FilamentProfile CreateFilamentProfile(FilamentSpool spool, PrinterProfile printer_profile)
{
switch (spool.filament_type)
{
case FilamentSpool.TypeEnum.ABS:
case FilamentSpool.TypeEnum.HIPS:
return(new ABS_FilamentProfile(spool, printer_profile));
case FilamentSpool.TypeEnum.PLA:
case FilamentSpool.TypeEnum.CAM:
return(new PLA_FilamentProfile(spool, printer_profile));
case FilamentSpool.TypeEnum.FLX:
case FilamentSpool.TypeEnum.TGH:
return(new TGH_FilamentProfile(spool, printer_profile));
case FilamentSpool.TypeEnum.ABS_R:
return(new ABS_R_FilamentProfile(spool, printer_profile));
default:
throw new ArgumentException("FilamentProfile.CreateFilamentProfile does not know that type :(");
}
}
public ABS_R_FilamentProfile(FilamentSpool spool, PrinterProfile printer_profile)
: base(spool, printer_profile)
{
preprocessor.bonding.FirstLayerTemp = printer_profile.TemperatureConstants.GetBoundedTemp(filament.filament_temperature - 15);
}
public FilamentSpool(FilamentSpool other)
{
CopyFrom(other);
}
public FilamentProfile(FilamentSpool spool)
{
filament = spool;
preprocessor.initialPrint.BedTemperature = FilamentConstants.Temperature.BedDefault(spool.filament_type);
}
