private double m_ZMaxFeedrate; // in mm/min
#endregion Fields
#region Constructors
public MachineConfig()
{
m_PlatXSize = 102.0;
m_PlatYSize = 77.0;
m_PlatZSize = 100; // 100 mm default, we have to load this
m_XMaxFeedrate = 100;
m_YMaxFeedrate = 100;
m_ZMaxFeedrate = 100;
m_driverconfig = new DeviceDriverConfig();
m_monitorconfig = new MonitorConfig();
m_machinetype = eMachineType.UV_DLP;
CalcPixPerMM();
}
/// <summary>
/// This sets the screen identifier and display portion so this form knows which screen to display into
/// </summary>
///
public void Setup(string screenid, MonitorConfig.MRect rect)
{
m_screenid = screenid;
m_rect = rect;
}
public bool Load(string filename)
{
m_filename = filename;
m_lstMonitorconfigs.Clear(); // clear any previously loaded monitors
m_name = Path.GetFileNameWithoutExtension(filename);
bool retval = false;
XmlHelper xh = new XmlHelper();
bool fileExist = xh.Start(m_filename, "MachineConfig");
XmlNode mc = xh.m_toplevel;
m_PlatXSize = xh.GetDouble(mc, "PlatformXSize", 102.0);
m_PlatYSize = xh.GetDouble(mc, "PlatformYSize", 77.0);
m_PlatZSize = xh.GetDouble(mc, "PlatformZSize", 100.0);
m_XMaxFeedrate = xh.GetDouble(mc, "MaxXFeedRate", 100.0);
m_YMaxFeedrate = xh.GetDouble(mc, "MaxYFeedRate", 100.0);
m_ZMaxFeedrate = xh.GetDouble(mc, "MaxZFeedRate", 100.0);
XRenderSize = xh.GetInt(mc, "XRenderSize", 1024);
YRenderSize = xh.GetInt(mc, "YRenderSize", 768);
MachineControls = xh.GetString(mc, "DisplayedControls", "XYZPG");
m_machinetype = (eMachineType)xh.GetEnum(mc, "MachineType", typeof(eMachineType), eMachineType.UV_DLP);
m_multimontype = (eMultiMonType)xh.GetEnum(mc, "MultiMonType", typeof(eMultiMonType), eMultiMonType.eHorizontal);
if (m_driverconfig.Load(xh, mc))
{
retval = true;
}
//m_monitorconfig.Load(xh, mc);
List<XmlNode> monitornodes = xh.FindAllChildElement(mc, "MonitorDriverConfig");
m_lstMonitorconfigs = new List<MonitorConfig>();
foreach (XmlNode node in monitornodes)
{
MonitorConfig monc = new MonitorConfig();
monc.Load(xh, node);
m_lstMonitorconfigs.Add(monc);
}
if (m_lstMonitorconfigs.Count > 0)
{
// we need at least 1 monitor
//m_monitorconfig = m_lstMonitorconfigs[0];
}
else
{
DebugLogger.Instance().LogError("No monitor configurations found!");
}
CalcPixPerMM();
if (!fileExist)
{
xh.Save(FILE_VERSION);
}
CorrectMonitorConfig();
return retval;
}
/// <summary>
/// This sets the screen identifier and display portion so this form knows which screen to display into
/// </summary>
///
public void Setup(string screenid, MonitorConfig monitorconfig)
{
m_screenid = screenid;
m_monitorconfig = monitorconfig;
m_rect = monitorconfig.m_monitorrect;
}
bool Load(XmlHelper xh)
{
bool retval = false;
XmlNode mc = xh.m_toplevel;
m_PlatXSize = xh.GetDouble(mc, "PlatformXSize", 102.0);
m_PlatYSize = xh.GetDouble(mc, "PlatformYSize", 77.0);
m_PlatZSize = xh.GetDouble(mc, "PlatformZSize", 100.0);
m_XMaxFeedrate = xh.GetDouble(mc, "MaxXFeedRate", 100.0);
m_YMaxFeedrate = xh.GetDouble(mc, "MaxYFeedRate", 100.0);
m_ZMaxFeedrate = xh.GetDouble(mc, "MaxZFeedRate", 100.0);
XRenderSize = xh.GetInt(mc, "XRenderSize", 1024);
YRenderSize = xh.GetInt(mc, "YRenderSize", 768);
MachineControls = xh.GetString(mc, "DisplayedControls", "XYZPG");
m_machinetype = (eMachineType)xh.GetEnum(mc, "MachineType", typeof(eMachineType), eMachineType.UV_DLP);
m_multimontype = (eMultiMonType)xh.GetEnum(mc, "MultiMonType", typeof(eMultiMonType), eMultiMonType.eHorizontal);
if (m_driverconfig.Load(xh, mc))
{
retval = true;
}
//m_monitorconfig.Load(xh, mc);
List<XmlNode> monitornodes = xh.FindAllChildElement(mc, "MonitorDriverConfig");
m_lstMonitorconfigs = new List<MonitorConfig>();
foreach (XmlNode node in monitornodes)
{
MonitorConfig monc = new MonitorConfig();
monc.Load(xh, node);
m_lstMonitorconfigs.Add(monc);
}
if (m_lstMonitorconfigs.Count > 0)
{
// we need at least 1 monitor
//m_monitorconfig = m_lstMonitorconfigs[0];
}
else
{
DebugLogger.Instance().LogError("No monitor configurations found!");
}
CalcPixPerMM();
CorrectMonitorConfig();
userParams = new UserParameterList();
xh.LoadUserParamList(userParams);
return retval;
}
private void SendProjCmd(MonitorConfig mc, ProjectorCommand pc)
{
try
{
//send the command
if (mc.m_displayconnectionenabled == false)
{
DebugLogger.Instance().LogWarning("Display connection not enabled");
return;
}
//Find the driver
DeviceDriver driver = UVDLPApp.Instance().m_deviceinterface.FindProjDriverByComName(mc.m_displayconnection.comname);
if (driver == null)
{
DebugLogger.Instance().LogError("Driver not found");
return;
}
if (driver.Connected == true)
{
//send the command.
driver.Write(pc.GetBytes(), pc.GetBytes().Length);
}
else
{
DebugLogger.Instance().LogError("Driver not connected");
return;
}
}
catch (Exception ex)
{
DebugLogger.Instance().LogError(ex);
}
}
// create a null loop-back machine for test
public void CreateNullMachine()
{
m_PlatXSize = 102.0;
m_PlatYSize = 77.0;
m_PlatZSize = 100; // 100 mm default, we have to load this
m_XMaxFeedrate = 100;
m_YMaxFeedrate = 100;
m_ZMaxFeedrate = 100;
m_driverconfig = new DeviceDriverConfig();
m_driverconfig.m_drivertype = Drivers.eDriverType.eNULL_DRIVER;
m_monitorconfig = new MonitorConfig();
m_machinetype = eMachineType.UV_DLP;
m_driverconfig.m_connection.comname = "LoopBack";
CalcPixPerMM();
}
