public void Setup(UserParameterList parms)
{
try
{
m_parms = parms;
lvParams.Items.Clear();
//parms.paramDict.
foreach (KeyValuePair<string, CWParameter> parm in parms.paramDict)
{
CWParameter cwp = parm.Value;
ListViewItem lvi = lvParams.Items.Add(parm.Key);
if(cwp.ParamType == typeof(string))
{
GuiParam<string> dat = (GuiParam<string>)cwp;
lvi.SubItems.Add(dat.GetVal());
}
//GuiParam prm
}
lvParams.Refresh();
}
catch (Exception ex)
{
DebugLogger.Instance().LogError(ex);
}
}
public void SaveUserParamList(XmlNode parentNode, UserParameterList parList)
{
foreach (KeyValuePair <string, CWParameter> pair in parList.paramDict)
{
SetParameter(parentNode, pair.Value);
}
parList.ConfigChanged = false;
}
public void LoadUserParamList(UserParameterList parList)
{
XmlNode nd = FindChildElement(m_toplevel, "UserParameters");
if (nd == null)
{
return;
}
LoadUserParamList(nd, parList);
}
public void LoadUserParamList(XmlNode parentNode, UserParameterList parList)
{
foreach (XmlNode xnode in parentNode.ChildNodes)
{
CWParameter par = CWParameter.LoadUser(xnode);
if (par != null)
{
parList.paramDict[par.paramName] = par;
}
}
}
public void SaveUserParamList(UserParameterList parList)
{
XmlNode nd = FindChildElement(m_toplevel, "UserParameters");
if (nd == null)
{
nd = m_xdoc.CreateElement("UserParameters");
m_toplevel.AppendChild(nd);
}
SaveUserParamList(nd, parList);
}
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;
XRenderSize = 1024;
YRenderSize = 768;
m_driverconfig = new DeviceDriverConfig();
//m_monitorconfig = new MonitorConfig();
m_lstMonitorconfigs = new List<MonitorConfig>(); // create a list of monitors attached to the system
m_machinetype = eMachineType.UV_DLP;
m_multimontype = eMultiMonType.eVertical;
MachineControls = "";
userParams = new UserParameterList();
CalcPixPerMM();
}
public void CreateDefault()
{
numfirstlayers = 3;
layertime_ms = 1000;// 1 second default
firstlayertime_ms = 5000;
blanktime_ms = 2000; // 2 seconds blank
xres = 1024;
yres = 768;
ZThick = .05;
plat_temp = 75;
dpmmX = 102.4;
dpmmY = 76.8;
XOffset = 0;
YOffset = 0;
numfirstlayers = 3;
//exportgcode = true;
exportsvg = 0;
export = false;
exportpng = false;
direction = eBuildDirection.Bottom_Up;
liftdistance = 5.0;
//raise_time_ms = 750;
slidetiltval = 0.0;
antialiasing = false;
usemainliftgcode = false;
aaval = 1.5;
liftfeedrate = 50.0;// 50mm/s
bottomliftfeedrate = 25.0;
liftretractrate = 100.0;// 100mm/s
m_exportopt = "SUBDIR"; // default to saving in subdirectory
m_flipX = false;
m_flipY = false;
m_notes = "";
m_resinprice = 0.0;//
//set the default gcode segments
m_headercode = DefGCodeHeader();
m_footercode = DefGCodeFooter();
m_liftcode = DefGCodeLift();
m_preslicecode = DefGCodePreslice();
inks = new Dictionary<string, InkConfig>();
selectedInk = "Default";
inks[selectedInk] = new InkConfig(selectedInk);
minExposure = 500;
m_createoutlines = false;
m_outlinewidth_inset = 2.0;
m_outlinewidth_outset = 0.0;
exposureStep = 200;
exportpreview = PreviewGenerator.ePreview.None;
userParams = new UserParameterList();
}
public void CopyFrom(SliceBuildConfig source)
{
dpmmX = source.dpmmX; // dots per mm x
dpmmY = source.dpmmY; // dots per mm y
xres = source.xres;
yres = source.yres; // the resolution of the output image
ZThick = source.ZThick; // thickness of the z layer - slicing height
layertime_ms = source.layertime_ms; // time to project image per layer in milliseconds
firstlayertime_ms = source.firstlayertime_ms;
blanktime_ms = source.blanktime_ms;
plat_temp = source.plat_temp; // desired platform temperature in celsius
// exportgcode = source.exportgcode; // export the gcode file when slicing
exportsvg = source.exportsvg; // export the svg slices when building
export = source.export; // export image slices when building
exportpng = source.exportpng;
m_headercode = source.m_headercode; // inserted at beginning of file
m_footercode = source.m_footercode; // inserted at end of file
m_preslicecode = source.m_preslicecode; // inserted before each slice
m_liftcode = source.m_liftcode; // its the main lift code
liftdistance = source.liftdistance;
direction = source.direction;
numfirstlayers = source.numfirstlayers;
XOffset = source.XOffset;
YOffset = source.YOffset;
slidetiltval = source.slidetiltval;
antialiasing = source.antialiasing;
usemainliftgcode = source.usemainliftgcode;
liftfeedrate = source.liftfeedrate;
bottomliftfeedrate = source.bottomliftfeedrate;
liftretractrate = source.liftretractrate;
aaval = source.aaval;//
//m_generateautosupports = source.m_generateautosupports;
m_exportopt = source.m_exportopt;
m_flipX = source.m_flipX;
m_flipY = source.m_flipY;
m_notes = source.m_notes;
m_resinprice = source.m_resinprice;
selectedInk = source.selectedInk;
m_createoutlines = source.m_createoutlines;
m_outlinewidth_inset = source.m_outlinewidth_inset;
m_outlinewidth_outset = source.m_outlinewidth_outset;
if (source.inks != null)
{
inks = new Dictionary<string, InkConfig>();
foreach (KeyValuePair<string, InkConfig> entry in source.inks)
{
inks[entry.Key] = entry.Value;
}
}
minExposure = source.minExposure;
exposureStep = source.exposureStep;
exportpreview = source.exportpreview;
userParams = source.userParams;
}
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;
}
public void SaveUserParamList(UserParameterList parList)
{
XmlNode nd = FindChildElement(m_toplevel, "UserParameters");
if (nd == null)
{
nd = m_xdoc.CreateElement("UserParameters");
m_toplevel.AppendChild(nd);
}
SaveUserParamList(nd, parList);
}
public void SaveUserParamList(XmlNode parentNode, UserParameterList parList)
{
foreach (KeyValuePair<string, CWParameter> pair in parList.paramDict)
{
SetParameter(parentNode, pair.Value);
}
parList.ConfigChanged = false;
}
public void LoadUserParamList(UserParameterList parList)
{
XmlNode nd = FindChildElement(m_toplevel, "UserParameters");
if (nd == null)
return;
LoadUserParamList(nd, parList);
}
public void LoadUserParamList(XmlNode parentNode, UserParameterList parList)
{
foreach (XmlNode xnode in parentNode.ChildNodes)
{
CWParameter par = CWParameter.LoadUser(m_xdoc, xnode);
if (par != null)
parList.paramDict[par.paramName] = par;
}
}
