/// <summary>
/// Checks the state of the object.
/// If it is outside print are it starts pulsing
/// </summary>
public void updateSTLState(PrintModel stl2)
{
bool dataChanged = false;
FormPrinterSettings ps = Main.printerSettings;
stl2.UpdateBoundingBox();
LinkedList <PrintModel> testList = ListObjects(false);
foreach (PrintModel pm in testList)
{
pm.oldOutside = pm.outside;
pm.outside = false;
}
foreach (PrintModel pm in testList)
{
foreach (PrintModel pm2 in testList)
{
if (pm == pm2)
{
continue;
}
if (pm2.bbox.IntersectsBox(pm.bbox))
{
pm.outside = true;
pm2.outside = true;
}
}
}
foreach (PrintModel stl in testList)
{
if (!ps.PointInside(stl.xMin, stl.yMin, stl.zMin) ||
!ps.PointInside(stl.xMax, stl.yMin, stl.zMin) ||
!ps.PointInside(stl.xMin, stl.yMax, stl.zMin) ||
!ps.PointInside(stl.xMax, stl.yMax, stl.zMin) ||
!ps.PointInside(stl.xMin, stl.yMin, stl.zMax) ||
!ps.PointInside(stl.xMax, stl.yMin, stl.zMax) ||
!ps.PointInside(stl.xMin, stl.yMax, stl.zMax) ||
!ps.PointInside(stl.xMax, stl.yMax, stl.zMax))
{
stl.outside = true;
}
}
foreach (PrintModel pm in testList)
{
if (pm.oldOutside != pm.outside)
{
dataChanged = true;
pm.ForceViewRegeneration();
if (Main.threeDSettings.pulseOutside.Checked)
{
if (!pm.hasAnimationWithName("pulse") && pm.outside)
{
pm.addAnimation(new PulseAnimation("pulse", 0.03, 0.03, 0.03, 0.3));
}
if (pm.hasAnimationWithName("pulse") && !pm.outside)
{
pm.removeAnimationWithName("pulse");
}
}
}
}
if (dataChanged)
{
listObjects.Refresh();
}
}
public void Autoposition()
{
if (listObjects.Items.Count == 1)
{
PrintModel stl = (PrintModel)listObjects.Items[0].Tag;
stl.Center(Main.printerSettings.BedLeft + Main.printerSettings.PrintAreaWidth / 2, Main.printerSettings.BedFront + Main.printerSettings.PrintAreaDepth / 2);
Main.main.threedview.UpdateChanges();
return;
}
if (autosizeFailed)
{
return;
}
RectPacker packer = new RectPacker(1, 1);
int border = 3;
FormPrinterSettings ps = Main.printerSettings;
float maxW = ps.PrintAreaWidth;
float maxH = ps.PrintAreaDepth;
float xOff = ps.BedLeft, yOff = ps.BedFront;
if (ps.printerType == 1)
{
if (ps.DumpAreaFront <= 0)
{
yOff = ps.BedFront + ps.DumpAreaDepth - ps.DumpAreaFront;
maxH -= yOff;
}
else if (ps.DumpAreaDepth + ps.DumpAreaFront >= maxH)
{
yOff = ps.BedFront + -(maxH - ps.DumpAreaFront);
maxH += yOff;
}
else if (ps.DumpAreaLeft <= 0)
{
xOff = ps.BedLeft + ps.DumpAreaWidth - ps.DumpAreaLeft;
maxW -= xOff;
}
else if (ps.DumpAreaWidth + ps.DumpAreaLeft >= maxW)
{
xOff = ps.BedLeft + maxW - ps.DumpAreaLeft;
maxW += xOff;
}
}
foreach (PrintModel stl in ListObjects(false))
{
int w = 2 * border + (int)Math.Ceiling(stl.xMax - stl.xMin);
int h = 2 * border + (int)Math.Ceiling(stl.yMax - stl.yMin);
if (!packer.addAtEmptySpotAutoGrow(new PackerRect(0, 0, w, h, stl), (int)maxW, (int)maxH))
{
autosizeFailed = true;
}
}
if (autosizeFailed)
{
MessageBox.Show("Too many objects on printer bed for automatic packing.\r\nPacking disabled until elements are removed.",
"Printer bed full", MessageBoxButtons.OK, MessageBoxIcon.Error);
return;
}
float xAdd = (maxW - packer.w) / 2.0f;
float yAdd = (maxH - packer.h) / 2.0f;
foreach (PackerRect rect in packer.vRects)
{
PrintModel s = (PrintModel)rect.obj;
float xPos = xOff + xAdd + rect.x + border;
float yPos = yOff + yAdd + rect.y + border;
s.Position.x += xPos - s.xMin;
s.Position.y += yPos - s.yMin;
s.UpdateBoundingBox();
}
Main.main.threedview.UpdateChanges();
}
public void Autoposition()
{
if (PreView.models.Count == 1)
{
PrintModel stl = (PrintModel)PreView.models.First(x => true);
stl.Center(SettingsProvider.Instance.Printer_Settings.BedLeft + SettingsProvider.Instance.Printer_Settings.PrintAreaWidth / 2, SettingsProvider.Instance.Printer_Settings.BedFront + SettingsProvider.Instance.Printer_Settings.PrintAreaDepth / 2);
return;
}
if (autosizeFailed)
{
return;
}
RectPacker packer = new RectPacker(1, 1);
int border = 3;
PrinterSettingsModel ps = SettingsProvider.Instance.Printer_Settings;
float maxW = ps.PrintAreaWidth;
float maxH = ps.PrintAreaDepth;
float xOff = ps.BedLeft, yOff = ps.BedFront;
if (ps.printerType == 1)
{
if (ps.DumpAreaFront <= 0)
{
yOff = ps.BedFront + ps.DumpAreaDepth - ps.DumpAreaFront;
maxH -= yOff;
}
else if (ps.DumpAreaDepth + ps.DumpAreaFront >= maxH)
{
yOff = ps.BedFront + -(maxH - ps.DumpAreaFront);
maxH += yOff;
}
else if (ps.DumpAreaLeft <= 0)
{
xOff = ps.BedLeft + ps.DumpAreaWidth - ps.DumpAreaLeft;
maxW -= xOff;
}
else if (ps.DumpAreaWidth + ps.DumpAreaLeft >= maxW)
{
xOff = ps.BedLeft + maxW - ps.DumpAreaLeft;
maxW += xOff;
}
}
foreach (PrintModel stl in PreView.models)
{
int w = 2 * border + (int)Math.Ceiling(stl.xMax - stl.xMin);
int h = 2 * border + (int)Math.Ceiling(stl.yMax - stl.yMin);
if (!packer.addAtEmptySpotAutoGrow(new PackerRect(0, 0, w, h, stl), (int)maxW, (int)maxH))
{
autosizeFailed = true;
}
}
if (autosizeFailed)
{
System.Windows.MessageBox.Show("Too many objects on printer bed for automatic packing.\r\nPacking disabled until elements are removed.",
"Printer bed full");
return;
}
float xAdd = (maxW - packer.w) / 2.0f;
float yAdd = (maxH - packer.h) / 2.0f;
foreach (PackerRect rect in packer.vRects)
{
PrintModel s = (PrintModel)rect.obj;
float xPos = xOff + xAdd + rect.x + border;
float yPos = yOff + yAdd + rect.y + border;
s.Position.X += xPos - s.xMin;
s.Position.Y += yPos - s.yMin;
s.UpdateBoundingBox();
}
}