public static void BrickDimCheck(BrickDimSelector brDimSel, UIDocument uidoc, Document doc)
{
ISelectionFilter dimsFilt = new SelectionFilterDims();
ElementId dimId = uidoc.Selection.PickObject(ObjectType.Element, dimsFilt).ElementId;
Dimension dim = doc.GetElement(dimId) as Dimension;
StringBuilder sb = new StringBuilder();
//if empty add to cut brick list list
//we could also check for multi dims and flag to user, poss with split method...
if (dim.Value == null)
{
sb.Append("Something went wrong, perhaps this is a multi-dim?");
brDimSel.BrickDimReadout.Content = sb.ToString();
//we could probably override suffixes here if we wanted...dim.Suffix = "Joint";
//this is probably a multi one, we could give a list?!
}
else
{
//get dimension value in mm
double dimValue = Convert.ToDouble(dim.Value);
double dimValueMm = UnitUtils.ConvertFromInternalUnits(dimValue, UnitTypeId.Millimeters);
double dimValueMmRnd = BrickFuncts.round(dimValueMm); //round to 1 dp
//divide by CO
double dimCO = dimValueMmRnd / BrickFuncts.CO(1);
//get math floor and set of CO values
double dimCOflr = Math.Floor(dimCO);
double dimCOflrCO = BrickFuncts.round(BrickFuncts.CO(dimCOflr));
double dimCOflrCOminus = BrickFuncts.round(BrickFuncts.COMinus(dimCOflr));
double dimCOflrCOPlus = BrickFuncts.round(BrickFuncts.COPlus(dimCOflr));
//get math ceiling and set of CO values
double dimCOclng = Math.Ceiling(dimCO);
double dimCOclngCO = BrickFuncts.round(BrickFuncts.CO(dimCOclng));
double dimCOclngCOminus = BrickFuncts.round(BrickFuncts.COMinus(dimCOclng));
double dimCOclngCOPlus = BrickFuncts.round(BrickFuncts.COPlus(dimCOclng));
sb.Append("CO-\t\tCO\t\tCO+\n");
sb.Append(dimCOflrCOminus.ToString() + "\t\t" + dimCOflrCO.ToString() + "\t\t" + dimCOflrCOPlus.ToString() + "\n");
sb.Append(dimCOclngCOminus.ToString() + "\t\t" + dimCOclngCO.ToString() + "\t\t" + dimCOclngCOPlus.ToString());
brDimSel.BrickDimReadout.Content = sb.ToString();
brDimSel.DimSelClick.Text = dimValueMmRnd.ToString();
}
}
/// <summary>
/// This is the method which launches the WPF window, and injects any methods that are
/// wrapped by ExternalEventHandlers. This can be done in a number of different ways, and
/// implementation will differ based on how the WPF is set up.
/// </summary>
/// <param name="uiapp">The Revit UIApplication within the add-in will operate.</param>
public void ShowForm(UIApplication uiapp)
{
// If we do not have a dialog yet, create and show it
if (_mMyForm != null && _mMyForm == null)
{
return;
}
//EXTERNAL EVENTS WITH ARGUMENTS
EventHandlerWithWpfArg evWpf = new EventHandlerWithWpfArg();
_mMyForm = new BrickDimSelector(uiapp, evWpf);
HwndSource hwndSource = HwndSource.FromHwnd(uiapp.MainWindowHandle);
System.Windows.Window wnd = hwndSource.RootVisual as System.Windows.Window;
if (wnd != null)
{
_mMyForm.Owner = wnd;
_mMyForm.ShowInTaskbar = false;
_mMyForm.Show();
}
}
public Result OnStartup(UIControlledApplication a)
{
_mMyForm = null; // no dialog needed yet; the command will bring it
ThisApp = this; // static access to this application instance
BrickDimUpdater updater = new BrickDimUpdater(a.ActiveAddInId);
Debug.Print("register");
UpdaterRegistry.RegisterUpdater(updater);
ElementCategoryFilter f = new ElementCategoryFilter(BuiltInCategory.OST_Dimensions);
Debug.Print("filter");
UpdaterRegistry.AddTrigger(updater.GetUpdaterId(), f, Element.GetChangeTypeAny());
// Method to add Tab and Panel
RibbonPanel panel = RibbonPanel(a);
string thisAssemblyPath = Assembly.GetExecutingAssembly().Location;
// BUTTON FOR COLOURING DIMENSIONS
if (panel.AddItem(
new PushButtonData("Colour", "Colour\nIn View", thisAssemblyPath,
"BrickDims.BrickDimsColourOverride")) is PushButton button2)
{
button2.ToolTip = "Visual interface for debugging applications.";
Uri uriImageB2 = new Uri("pack://application:,,,/BrickDims;component/Resources/brick-Rainbow.png");
BitmapImage largeImageB2 = new BitmapImage(uriImageB2);
button2.LargeImage = largeImageB2;
}
//panel.AddSeparator();
/// <summary>
/// Control buttons for the Dynamic Model Update
/// </summary>
ToggleButtonData toggleButtonData3
= new ToggleButtonData("UpdaterStoptxtOff", "Stop\nAuto", thisAssemblyPath, "BrickDims.UIDynamicModelUpdateOff");
Uri uriImageTB3 = new Uri("pack://application:,,,/BrickDims;component/Resources/stop-big.png");
BitmapImage largeImageTB3 = new BitmapImage(uriImageTB3);
toggleButtonData3.LargeImage = largeImageTB3;
ToggleButtonData toggleButtonData4
= new ToggleButtonData("UpdaterPlaytxtOff", "Start\nAuto", thisAssemblyPath, "BrickDims.UIDynamicModelUpdateOn");
Uri uriImageTB4 = new Uri("pack://application:,,,/BrickDims;component/Resources/play-big.png");
BitmapImage largeImageTB4 = new BitmapImage(uriImageTB4);
toggleButtonData4.LargeImage = largeImageTB4;
//TextBoxData brkDimTxt = new TextBoxData("Pause Play Updater");
//panel.AddItem(toggleButtonData3);
//panel.AddItem(toggleButtonData4);
// make dyn update on/off radio button group
RadioButtonGroupData radioBtnGroupData2 = new RadioButtonGroupData("Updater");
//IList<RibbonItem> stackedGroup1 = panel.AddStackedItems(toggleButtonData4, toggleButtonData3);
//as RadioButtonGroup;
RadioButtonGroup radioBtnGroup2 = panel.AddItem(radioBtnGroupData2) as RadioButtonGroup;
radioBtnGroup2.AddItem(toggleButtonData3);
radioBtnGroup2.AddItem(toggleButtonData4);
// listeners/watchers for external events (if you choose to use them)
a.ApplicationClosing += a_ApplicationClosing; //Set Application to Idling
a.Idling += a_Idling;
//turn off text in buttons where we want it
setButtonNoText();
panel.AddSeparator();
// BUTTON FOR THE SINGLE-THREADED WPF OPTION
if (panel.AddItem(
new PushButtonData("Brick Dim Selector", "Selector", thisAssemblyPath,
"BrickDims.EntryCommand")) is PushButton button)
{
// defines the tooltip displayed when the button is hovered over in Revit's ribbon
button.ToolTip = "Visual interface for debugging applications.";
// defines the icon for the button in Revit's ribbon - note the string formatting
Uri uriImageB1 = new Uri("pack://application:,,,/BrickDims;component/Resources/brick-Small.png");
BitmapImage largeImageB1 = new BitmapImage(uriImageB1);
button.LargeImage = largeImageB1;
}
return(Result.Succeeded);
}