public TestGenerator()
{
InitializeComponent();
RegMemory.RestoreWindowPos("testGeneratorWindow", this);
comboTestCase.SelectedIndex = 0;
gen = Main.generator;
}
public void FromForm()
{
GCodeGenerator g = Main.generator;
g.DefaultPrecision = comboDefaultPrecision.SelectedIndex;
g.ExtruderPrecision = comboExtruderPrecision.SelectedIndex;
int i;
int.TryParse(textTemperature.Text, out i);
g.ExtruderTemperature = i;
g.FilamentDiameter = ToD(textFilamentDiameter.Text);
g.FilamentPackingDensity = ToD(textPackingDensity.Text);
g.FirstLayerHeight = ToD(textFirstLayerHeight.Text);
g.FirstLayerSpeedFactor = ToD(textFirstLayerSpeedFactor.Text);
g.LayerHeight = ToD(textLayerHeight.Text);
g.ExtruderRetractionSpeed = ToD(textRetractionSpeed.Text);
g.RetractionRestartExtra = ToD(textRetractionRestartExtra.Text);
g.RetractionDistance = ToD(textRetractionDistance.Text);
g.MaximumFeedRate = ToD(textMaxFeedRate.Text);
g.TravelFeedRate = ToD(textTravelFeedRate.Text);
g.ZFeedRate = ToD(textZAxisFeedRate.Text);
g.PrintFeedRate = ToD(textPrintFeedRate.Text);
g.ClipFactor = ToD(textClipFactor.Text);
g.WidthOverHeight = ToD(textWidthOverThickness.Text);
g.Save();
}
public Main()
{
repetierKey = Registry.CurrentUser.CreateSubKey("Software\\Repetier");
main = this;
generator = new GCodeGenerator();
globalSettings = new GlobalSettings();
conn = new PrinterConnection();
printerSettings = new FormPrinterSettings();
threeDSettings = new ThreeDSettings();
InitializeComponent();
conn.eventConnectionChange += OnPrinterConnectionChange;
conn.eventPrinterAction += OnPrinterAction;
conn.eventJobProgress += OnJobProgress;
printPanel = new PrintPanel();
printPanel.Dock = DockStyle.Fill;
splitContainerPrinterGraphic.Panel1.Controls.Add(printPanel);
logView = new LogView();
logView.Dock = DockStyle.Fill;
splitVert.Panel2.Controls.Add(logView);
skeinforge = new Skeinforge();
PrinterChanged(printerSettings.currentPrinterKey, true);
printerSettings.eventPrinterChanged += PrinterChanged;
// GCode print preview
printPreview = new ThreeDControl();
printPreview.Dock = DockStyle.Fill;
splitContainerPrinterGraphic.Panel2.Controls.Add(printPreview);
printPreview.SetEditor(false);
printPreview.AutoUpdateable = true;
printVisual = new GCodeVisual(conn.analyzer);
printPreview.models.AddLast(printVisual);
basicTitle = Text;
}
//NOTE: at the moment temperature checking has only been enable for the #1 extruder, support for more extruders and heatbed(s) should be added later
/// <summary>
/// Initialise a Communication Controller which will handle all low level communication
/// with the connected device
/// </summary>
/// <param name="_hostPage">The page that who's dispatcher will be used to display messageboxes with info regarding connection related events</param>
/// <param name="_file_Listpicker">The listpicker tha will contain the list of GCode files that can be printed</param>
/// <param name="_device_Listpicker">The listpicker that will contain the list of paired devices that can be connected to</param>
/// <param name="_log_Stackpanel">The stackpanel that will be used to log communication</param>
/// <param name="_temperature_Textblock">The textblock that will be used to display the current extruder temperature</param>
public ComController(PhoneApplicationPage _hostPage, ListPicker _device_Listpicker, StackPanel _log_Stackpanel,
TextBlock _temperature_Textblock)
{
//Store local references of the recieved instances
hostPage = _hostPage;
device_Listpicker = _device_Listpicker;
log_Stackpanel = _log_Stackpanel;
temperature_Textblock = _temperature_Textblock;
//Initialise the needed classes
bluetoothIO = new BluetoothIO();
responseReceiver = new GCodeResponseReciever(bluetoothIO);
GCodeSender = new GCodeSender(bluetoothIO, responseReceiver, hostPage.Dispatcher);
GCodeGenerator = new GCodeGenerator(GCodeSender);
//Connect the needed events to our local handlers
bluetoothIO.ConnectedToDevice += bluetoothIO_ConnectedToDevice;
bluetoothIO.ConnectionFailed += bluetoothIO_ConnectionFailed;
bluetoothIO.DiconnectedFromDevice += bluetoothIO_DiconnectedFromDevice;
//Setup the GCodefilereader
GCodeFileReader = new GCodeFileReader(GCodeSender, GCodeGenerator);
GCodeFileReader.FileReadingStarted += GCodeFileReader_FileReadingStarted;
GCodeFileReader.FileReadingStopped += GCodeFileReader_FileReadingStopped;
//Fill the listpicker that contains the list of connectable bluetooth with a list of all the currently paired bluetooth devices
Devicefinder.getListOfBluetoothDevices(device_Listpicker);
//Link the external events to our local handlers
GCodeSender.CommandSent += GCodeSender_CommandSent;
responseReceiver.MessageRecieved += responseReceiver_MessageRecieved;
responseReceiver.TemperatureRecieved += responseReceiver_TemperatureRecieved;
//Start the probing thread with a function that probes the printer for the #1 extruders temperature every 5 second (5000 milliseconds)
temperatureProbingThread = new Thread(new ThreadStart(() => GCodeTemperatureProber.probeTemperature(5000, GCodeGenerator)));
//Initialise the logboxbox that will log all communication between the application and the connected device
logBox = new LogBox(log_Stackpanel, hostPage, 25);
}
public void ToForm()
{
GCodeGenerator g = Main.generator;
g.Load();
comboDefaultPrecision.SelectedIndex = g.DefaultPrecision;
comboExtruderPrecision.SelectedIndex = g.ExtruderPrecision;
textTemperature.Text = g.ExtruderTemperature.ToString();
textFilamentDiameter.Text = ReadD2(g.FilamentDiameter);
textPackingDensity.Text = ReadD(g.FilamentPackingDensity);
textFirstLayerHeight.Text = ReadD2(g.FirstLayerHeight);
textFirstLayerSpeedFactor.Text = ReadD2(g.FirstLayerSpeedFactor);
textLayerHeight.Text = ReadD2(g.LayerHeight);
textRetractionSpeed.Text = ReadD(g.ExtruderRetractionSpeed);
textRetractionRestartExtra.Text = ReadD2(g.RetractionRestartExtra);
textRetractionDistance.Text = ReadD2(g.RetractionDistance);
textMaxFeedRate.Text = ReadD(g.MaximumFeedRate);
textTravelFeedRate.Text = ReadD(g.TravelFeedRate);
textZAxisFeedRate.Text = ReadD(g.ZFeedRate);
textPrintFeedRate.Text = ReadD(g.PrintFeedRate);
textClipFactor.Text = ReadD2(g.ClipFactor);
textWidthOverThickness.Text = ReadD2(g.WidthOverHeight);
}
public void Setup()
{
_generator = new GCodeGenerator();
}
GCodeGenerator GCodeGenerator; //The generator that will home and cool
/// <summary>
/// Intialise a class that can read and send GCode line for line from
/// a file.
/// </summary>
/// <param name="_GCodeSender">The fully intialised GCodeSender that will be used to send the GCode</param>
public GCodeFileReader(GCodeSender _GCodeSender, GCodeGenerator _GCodeGenerator)
{
GCodeSender = _GCodeSender;
GCodeGenerator = _GCodeGenerator;
}
public TestGenerator()
{
InitializeComponent();
comboTestCase.SelectedIndex = 0;
gen = Main.generator;
}
public Main()
{
executeHostCall = new executeHostCommandDelegate(this.executeHostCommand);
repetierKey = Registry.CurrentUser.CreateSubKey("Software\\Repetier");
repetierKey.SetValue("installPath", Application.StartupPath);
if (Path.DirectorySeparatorChar != '\\' && IsRunningOnMac())
{
IsMac = true;
}
/*String[] parms = Environment.GetCommandLineArgs();
* string lastcom = "";
* foreach (string s in parms)
* {
* if (lastcom == "-home")
* {
* repetierKey.SetValue("installPath",s);
* lastcom = "";
* continue;
* }
* if (s == "-macosx") IsMac = true;
* lastcom = s;
* }*/
main = this;
generator = new GCodeGenerator();
globalSettings = new GlobalSettings();
conn = new PrinterConnection();
printerSettings = new FormPrinterSettings();
threeDSettings = new ThreeDSettings();
InitializeComponent();
RegMemory.RestoreWindowPos("mainWindow", this);
if (WindowState == FormWindowState.Maximized)
{
Application.DoEvents();
}
splitLog.SplitterDistance = RegMemory.GetInt("logSplitterDistance", splitLog.SplitterDistance);
if (IsMono)
{
if (!IsMac)
{
splitContainerPrinterGraphic.SplitterDistance += 52;
foreach (ToolStripItem m in menu.Items)
{
m.Text = m.Text.Replace("&", null);
}
}
if (IsMac)
{
/*Application.Events.Quit += delegate (object sender, ApplicationEventArgs e) {
* Application.Quit ();
* e.Handled = true;
* };
*
* ApplicationEvents.Reopen += delegate (object sender, ApplicationEventArgs e) {
* WindowState = FormWindowState.Normal;
* e.Handled = true;
* };*/
MinimumSize = new Size(500, 640);
tab.MinimumSize = new Size(500, 500);
splitLog.Panel1MinSize = 520;
splitLog.Panel2MinSize = 100;
splitLog.IsSplitterFixed = true;
splitJob.IsSplitterFixed = true;
//splitContainerPrinterGraphic.SplitterDistance -= 52;
splitLog.SplitterDistance = splitLog.Height - 100;
}
}
toolShowLog.Checked = RegMemory.GetBool("logShow", true);
conn.eventConnectionChange += OnPrinterConnectionChange;
conn.eventPrinterAction += OnPrinterAction;
conn.eventJobProgress += OnJobProgress;
printPanel = new PrintPanel();
printPanel.Dock = DockStyle.Fill;
splitContainerPrinterGraphic.Panel1.Controls.Add(printPanel);
printerSettings.formToCon();
logView = new LogView();
logView.Dock = DockStyle.Fill;
splitLog.Panel2.Controls.Add(logView);
skeinforge = new Skeinforge();
PrinterChanged(printerSettings.currentPrinterKey, true);
printerSettings.eventPrinterChanged += PrinterChanged;
// GCode print preview
printPreview = new ThreeDControl();
printPreview.Dock = DockStyle.Fill;
splitContainerPrinterGraphic.Panel2.Controls.Add(printPreview);
printPreview.SetEditor(false);
printPreview.AutoUpdateable = true;
printVisual = new GCodeVisual(conn.analyzer);
printVisual.liveView = true;
printPreview.models.AddLast(printVisual);
basicTitle = Text;
jobPreview = new ThreeDControl();
jobPreview.Dock = DockStyle.Fill;
splitJob.Panel2.Controls.Add(jobPreview);
jobPreview.SetEditor(false);
jobPreview.models.AddLast(jobVisual);
editor.contentChangedEvent += JobPreview;
editor.commands = new Commands();
editor.commands.Read("default", "en");
UpdateHistory();
UpdateConnections();
Main.slic3r = new Slic3r();
slicer = new Slicer();
if (IsMac)
{
tabGCode.Controls.Remove(splitJob);
tabPrint.Controls.Remove(splitContainerPrinterGraphic);
}
}