public PrintPanel()
{
InitializeComponent();
con = Main.conn;
ann = con.analyzer;
con.eventConnectionChange += ConnectionChanged;
ann.fanVoltage = trackFanVoltage.Value;
con.eventTempChange += tempUpdate;
// ann.eventPosChanged += coordUpdate;
ann.eventChange += analyzerChange;
UpdateConStatus(false);
textExtrudeSpeed.Text = RegMemory.GetString("panelExtrudeSpeed", textExtrudeSpeed.Text);
textExtrudeAmount.Text = RegMemory.GetString("panelExtrudeAmount", textExtrudeAmount.Text);
textRetractAmount.Text = RegMemory.GetString("panelRetractAmount", textRetractAmount.Text);
float volt = 100f * trackFanVoltage.Value / 255;
labelVoltage.Text = Trans.T1("L_OUTPUT_PERCENT",volt.ToString("0.0")); //"Output " + volt.ToString("0.0") + "%";
arrowButtonXMinus.PossibleValues = Custom.GetString("xyMoveDistances", arrowButtonXMinus.PossibleValues);
arrowButtonXPlus.PossibleValues = Custom.GetString("xyMoveDistances", arrowButtonXPlus.PossibleValues);
arrowButtonYMinus.PossibleValues = Custom.GetString("xyMoveDistances", arrowButtonYMinus.PossibleValues);
arrowButtonYPlus.PossibleValues = Custom.GetString("xyMoveDistances", arrowButtonYPlus.PossibleValues);
if (Custom.GetBool("noPowerControlButton", false))
switchPower.Visible = false;
timer.Start();
comboExtruder.SelectedIndex = 0;
if (Main.main != null)
{
translate();
Main.main.languageChanged += translate;
}
}
/// <summary>
/// INitialization of the printer.
/// </summary>
public VirtualPrinter()
{
ana = new GCodeAnalyzer(true); // Make a new GCode Analyzer
output = new LinkedList <string>();
extruderTemp[0] = extruderTemp[1] = extruderTemp[2] = 0;
extruderOut[0] = extruderOut[1] = extruderOut[2] = 0;
}
internal static PrintingStateSnapshot GeneratePrintingStateSnapshot(PrinterConnection conn)
{
// Analyze status and save state.
GCodeAnalyzer analyzer = conn.analyzer;
PrintingStateSnapshot s = new PrintingStateSnapshot();
s.x = analyzer.RealX;
s.y = analyzer.RealY;
s.z = analyzer.RealZ;
s.fanVoltage = analyzer.fanVoltage;
s.fanOn = analyzer.fanOn;
s.speed = analyzer.f;
s.layer = analyzer.layer;
s.extrudersTemp = new float[conn.extruderTemp.Count];
for (int extr = 0; extr < conn.extruderTemp.Count; extr++)
{
// Use the configured temperature, not the measured
// temperature.
s.extrudersTemp[extr] = conn.analyzer.getTemperature(extr);
//s.extrudersTemp[extr] = conn.extruderTemp[extr];
}
// Use the configured temperature, not the measured temperature.
s.bedTemp = conn.analyzer.bedTemp;
//s.bedTemp = conn.bedTemp;
s.activeExtruderId = analyzer.activeExtruderId;
s.relative = analyzer.relative;
s.activeExtruderValue = analyzer.activeExtruder.e - analyzer.activeExtruder.eOffset;
s.remainingCode = GetRemainingGcode(conn);
return(s);
}
public VirtualPrinter()
{
ana = new GCodeAnalyzer(true);
output = new LinkedList<string>();
extruderTemp[0] = extruderTemp[1] = extruderTemp[2] = 0;
extruderOut[0] = extruderOut[1] = extruderOut[2] = 0;
}
public VirtualPrinter(VirtualPrinterConnector vc)
{
vcon = vc;
ana = new GCodeAnalyzer(true);
output = new LinkedList <string>();
extruderTemp[0] = extruderTemp[1] = extruderTemp[2] = 0;
extruderOut[0] = extruderOut[1] = extruderOut[2] = 0;
}
public PrintPanel()
{
InitializeComponent();
con = Main.conn;
ann = con.analyzer;
con.eventConnectionChange += ConnectionChanged;
con.eventTempChange += tempUpdate;
ann.eventPosChanged += coordUpdate;
ann.eventChange += analyzerChange;
UpdateConStatus(false);
float volt = 100f * trackFanVoltage.Value / 255;
labelVoltage.Text = "Output " + volt.ToString("0.0") + "%";
}
public void BeginJob()
{
con.firePrinterAction(Trans.T("L_BUILDING_PRINT_JOB...")); //"Building print job...");
dataComplete = false;
jobList.Clear();
//times.Clear();
totalLines = 0;
linesSend = 0;
computedPrintingTime = 0;
con.lastlogprogress = -1000;
maxLayer = -1;
mode = 1;
ana = new GCodeAnalyzer(true);
con.analyzer.StartJob();
Main.main.Invoke(Main.main.UpdateJobButtons);
}
public void BeginJob()
{
con.firePrinterAction(Trans.T("L_BUILDING_PRINT_JOB...")); //"Building print job...");
dataComplete = false;
jobList.Clear();
//times.Clear();
totalLines = 0;
linesSend = 0;
computedPrintingTime = 0;
con.lastlogprogress = -1000;
maxLayer = -1;
mode = 1;
ana = new GCodeAnalyzer(true);
con.analyzer.StartJob();
Main.main.Invoke(Main.main.UpdateJobButtons);
}
public PrintPanel()
{
InitializeComponent();
con = Main.conn;
ann = con.analyzer;
con.eventConnectionChange += ConnectionChanged;
ann.fanVoltage = trackFanVoltage.Value;
con.eventTempChange += tempUpdate;
// ann.eventPosChanged += coordUpdate;
ann.eventChange += analyzerChange;
UpdateConStatus(false);
textExtrudeSpeed.Text = RegMemory.GetString("panelExtrudeSpeed", textExtrudeSpeed.Text);
textExtrudeAmount.Text = RegMemory.GetString("panelExtrudeAmount", textExtrudeAmount.Text);
textRetractAmount.Text = RegMemory.GetString("panelRetractAmount", textRetractAmount.Text);
float volt = 100f * trackFanVoltage.Value / 255;
labelVoltage.Text = "Output " + volt.ToString("0.0") + "%";
timer.Start();
}
public void fastLayerUpdate()
{
GCodeAnalyzer a = new GCodeAnalyzer(true);
foreach (GCodeShort code in getContentArray(1))
a.analyzeShort(code);
foreach (GCodeShort code in getContentArray(0))
a.analyzeShort(code);
foreach (GCodeShort code in getContentArray(2))
a.analyzeShort(code);
MaxLayer = a.layer;
if (a.printingTime > 0)
{
printingTime = a.printingTime;
int sec = (int)(printingTime*(1+0.01*Main.conn.addPrintingTime));
int min = sec/60;
sec-=min*60;
toolPrintingTime.Text = "Printing time:" + min.ToString() + " min";
}
}
public void fastLayerUpdate()
{
GCodeAnalyzer a = new GCodeAnalyzer(true);
foreach (GCodeShort code in getContentArray(1))
a.analyzeShort(code);
foreach (GCodeShort code in getContentArray(0))
a.analyzeShort(code);
foreach (GCodeShort code in getContentArray(2))
a.analyzeShort(code);
MaxLayer = a.layer;
if (a.printingTime > 0)
{
printingTime = a.printingTime;
int sec = (int)(printingTime*(1+0.01*Main.conn.addPrintingTime));
int hours = sec / 3600;
sec -= 3600 * hours;
int min = sec/60;
sec-=min*60;
StringBuilder s = new StringBuilder();
if (hours > 0)
s.Append(Trans.T1("L_TIME_H:", hours.ToString())); //"h:");
if (min > 0)
s.Append(Trans.T1("L_TIME_M:", min.ToString()));
s.Append(Trans.T1("L_TIME_S", sec.ToString()));
toolPrintingTime.Text = Trans.T1("L_PRINTING_TIME:",s.ToString());
}
}
public GCodeVisual()
{
ana = new GCodeAnalyzer(true);
startOnClear = true;
ana.eventPosChanged += OnPosChange;
}
public VirtualPrinter()
{
ana = new GCodeAnalyzer(true);
output = new LinkedList<string>();
}
public void fastLayerUpdate()
{
GCodeAnalyzer a = new GCodeAnalyzer(true);
foreach (GCodeShort code in getContentArray(1))
a.analyzeShort(code);
foreach (GCodeShort code in getContentArray(0))
a.analyzeShort(code);
foreach (GCodeShort code in getContentArray(2))
a.analyzeShort(code);
MaxLayer = a.layer;
}
public GCodeVisual(GCodeAnalyzer a)
{
segments = new LinkedList<GCodePath>[3];
for (int i = 0; i < MaxExtruder; i++)
segments[i] = new LinkedList<GCodePath>();
ana = a;
startOnClear = false;
ana.eventPosChanged += OnPosChange;
ana.eventPosChangedFast += OnPosChangeFast;
}
public GCodeVisual(GCodeAnalyzer a)
{
ana = a;
startOnClear = false;
ana.eventPosChanged += OnPosChange;
ana.eventPosChangedFast += OnPosChangeFast;
}
public GCodeVisual()
{
ana = new GCodeAnalyzer(true);
startOnClear = true;
ana.eventPosChanged += OnPosChange;
ana.eventPosChangedFast += OnPosChangeFast;
}
public VirtualPrinter()
{
ana = new GCodeAnalyzer(true);
output = new LinkedList <string>();
}
public VirtualPrinter(VirtualPrinterConnector vc)
{
vcon = vc;
ana = new GCodeAnalyzer(true);
output = new LinkedList<string>();
extruderTemp[0] = extruderTemp[1] = extruderTemp[2] = 0;
extruderOut[0] = extruderOut[1] = extruderOut[2] = 0;
}
public GCodeVisual(GCodeAnalyzer a)
{
ana = a;
startOnClear = false;
ana.eventPosChanged += OnPosChange;
}