public static void Update()
{
if (!IsShowing && messageQueue.Count > 0)
{
IsShowing = true;
currentData = messageQueue.Dequeue();
currentText = currentData.ToString();
}
else if (IsShowing && (Input.CheckKeyboardJustPressed(Keys.E) || Input.CheckXboxJustPressed(Buttons.X)))
{
if (currentData.Callback != null)
{
currentData.Callback();
}
if (messageQueue.Count == 0)
{
IsShowing = false;
}
else
{
currentText = messageQueue.Dequeue().ToString();
}
}
}
public Result OnStartup(UIControlledApplication application)
{
RibbonPanel panel = application.CreateRibbonPanel("PipeForRevit");
string assemblyPath = Assembly.GetExecutingAssembly().Location;
PushButtonData btnData = new PushButtonData("PipePush", "Pipe-Push", assemblyPath, "PipeForRevit.RevitPipeSender");
PushButton btn = panel.AddItem(btnData) as PushButton;
btn.ToolTip = "Push the data through the pipe";
BitmapImage image = new BitmapImage(new Uri(Path.Combine(_baseDir, "PipeArrow.png")));
btn.LargeImage = image;
_txtBoxData = new TextBoxData("Pipe Identifier");
_textBox = panel.AddItem(_txtBoxData) as TextBox;
_textBox.Width = 100;
_textBox.Enabled = true;
_textBox.SelectTextOnFocus = true;
_textBox.PromptText = "Pipe Identifier";
PushButtonData btnData2 = new PushButtonData("PipePull", "Pipe-Pull", assemblyPath, "PipeForRevit.RevitPipeReceiver");
PushButton btn2 = panel.AddItem(btnData2) as PushButton;
btn2.ToolTip = "Pull data from the pipe";
BitmapImage image2 = new BitmapImage(new Uri(Path.Combine(_baseDir, "PipeArrow.png")));
btn2.LargeImage = image2;
_converter = new RevitPipeConverter();
//Revit looks for DLLs in the Revit.exe directory, so we need to do this to make it work
AppDomain.CurrentDomain.AssemblyResolve += new ResolveEventHandler(RevitPipeUtil.MyResolveEventHandler);
return(Result.Succeeded);
}
public Result OnStartup(UIControlledApplication application)
{
PublicVariables.UpperValue = 10000;
PublicVariables.LowerValue = 0;
application.CreateRibbonTab("Updater Tool");
string appData = Environment.GetFolderPath(Environment.SpecialFolder.ApplicationData);
string dllPath = Path.Combine(appData, @"Autodesk\REVIT\Addins\2020\UpdaterTool.dll");
string appFolderPath = Path.Combine(appData, @"Autodesk\REVIT\Addins\2020");
RibbonPanel ribbonPanel = application.CreateRibbonPanel("Updater Tool", "Updater");
TextBoxData textBoxData1 = new TextBoxData("textBox1");
TextBox textBox1 = ribbonPanel.AddItem(textBoxData1) as TextBox;
textBox1.PromptText = "Enter a Reference Value";
textBox1.EnterPressed += TextBoxEnterClicked;
ribbonPanel.AddSeparator();
RadioButtonGroupData radioButtonGroupData1 = new RadioButtonGroupData("radioButtonGroup1");
RadioButtonGroup radioButtonGroup1 = ribbonPanel.AddItem(radioButtonGroupData1) as RadioButtonGroup;
ToggleButtonData toggleButton1 = new ToggleButtonData("toggleButton1", "Deactivate", dllPath, "UpdaterTool.Deactivated");
BitmapImage img1 = new BitmapImage(new Uri(Path.Combine(appFolderPath, "Stop.png")));
toggleButton1.LargeImage = img1;
ToggleButtonData toggleButton2 = new ToggleButtonData("toggleButton2", "Activate", dllPath, "UpdaterTool.Activated");
BitmapImage img2 = new BitmapImage(new Uri(Path.Combine(appFolderPath, "Check.png")));
toggleButton2.LargeImage = img2;
radioButtonGroup1.AddItem(toggleButton1);
radioButtonGroup1.AddItem(toggleButton2);
return(Result.Succeeded);
}
public Result ReadAdminField(out IEditFieldData data)
{
TextBoxData box = new TextBoxData();
string text = HttpContext.Current.Request.Form[fieldName];
box.Text = text ?? "";
data = box;
return new Result();
}
private void Start()
{
titleObj = rootObj.transform.Find("Title").gameObject;
contentObj = rootObj.transform.Find("Content").gameObject;
btnObj = rootObj.transform.Find("Button").gameObject;
DataGatherer data = DataGatherer.Get();
textBox = data.GetTextBox(textIndex);
}
public Result ReadAdminField(out IEditFieldData data)
{
TextBoxData box = new TextBoxData();
string text = HttpContext.Current.Request.Form[fieldName];
box.Text = text ?? "";
data = box;
return(new Result());
}
public static void AddMessage(string text, string name = null, Action callback = null)
{
foreach (string str in text.Split('\n'))
{
TextBoxData txt = new TextBoxData(name, str, callback);
if (!messageQueue.Any(v => { return(v == txt); }))
{
messageQueue.Enqueue(txt);
}
}
}
public MainWindow()
{
InitializeComponent();
// Set Datacontext for binding
TextBoxData textBox = new TextBoxData();
this.DataContext = textBox;
// Disable buttons
Bnext.IsEnabled = false;
Bprevious.IsEnabled = false;
}
/// <summary>
/// Add a text field for accepting user input for how many family instances to array on
/// the curve.
/// </summary>
/// <param name="panel">the RibbonPanel where the UI element is added</param>
private void AddPartitionsTextField(RibbonPanel panel)
{
TextBoxData partitionsFieldData = new TextBoxData("curve partitions field");
TextBox partitionsFieldBox = panel.AddItem(partitionsFieldData) as TextBox;
//Call method to customize the text box and set it as inactive
CustomizeTextBox(panel, partitionsFieldBox, null, "number of partitions:", 0, false, 130);
//Call method to customize the text box and set it as active
TextBoxData partitionsBoxData = new TextBoxData("curve partitions box");
partitionsBox = panel.AddItem(partitionsBoxData) as TextBox;
CustomizeTextBox(panel, partitionsBox, "Define the number of partitions", "" + partitionsVal, partitionsVal, true, 50);
}
//进行各种按钮的属性设置
public void AddButtonIteam(ref RibbonPanel ribbon, string buttonType, string tabName, string buttonText, string assemblyName, string className, string largeImageuri, string toolTip, string longDescription)
{
switch (buttonType)
{
case "PushButton":
PushButtonData pbd = new PushButtonData(tabName, buttonText, assemblyName, className); //tabName可用可不用？
SetPushButtonAttribute(ref ribbon, pbd, largeImageuri, toolTip, longDescription);
break;
case "PulldownButton":
PulldownButtonData pdbd = new PulldownButtonData("柱", "柱");
SetPulldownButtonAttribute(ref ribbon, assemblyName, className, pdbd, largeImageuri, toolTip, longDescription);
break;
case "SplitButton":
SplitButtonData sbd = new SplitButtonData("板", "板");
//SetButtonAttribute(pbd, largeImageuri, toolTip, longDescription);
break;
case "ComboBox":
ComboBoxData cbd = new ComboBoxData("");
//SetButtonAttribute(pbd, largeImageuri, toolTip, longDescription);
break;
case "RadioButtonGroup":
RadioButtonGroupData rbgd = new RadioButtonGroupData("");
//SetButtonAttribute(pbd, largeImageuri, toolTip, longDescription);
break;
case "ToggleButton":
ToggleButtonData tbd = new ToggleButtonData("", "");
//SetButtonAttribute(pbd, largeImageuri, toolTip, longDescription);
break;
case "TextBox":
TextBoxData textbd = new TextBoxData("");
//SetButtonAttribute(pbd, largeImageuri, toolTip, longDescription);
break;
default:
break;
}
}
// Both OnStartup and OnShutdown must be implemented as public method
public Result OnStartup(UIControlledApplication application)
{
// Add a new ribbon panel
RibbonPanel ribbonPanel = application.CreateRibbonPanel("JONES NICHOLSON");
// Create a push button to trigger a command add it to the ribbon panel.
// Adding lining to duct
string thisAssemblyPath = Assembly.GetExecutingAssembly().Location;
PushButtonData buttonData = new PushButtonData("cmdAddLining",
"ADD LINING", thisAssemblyPath, "JonesNicholson.AddLiningToDuct");
PushButton pushButton = ribbonPanel.AddItem(buttonData) as PushButton;
TextBoxData itemData3 = new TextBoxData("itemName3");
Autodesk.Revit.UI.TextBox item3 = ribbonPanel.AddItem(itemData3) as Autodesk.Revit.UI.TextBox;
item3.Value = "Option 3";
item3.ToolTip = itemData3.Name; // Can be changed to a more descriptive text.
// Optionally, other properties may be assigned to the button
// a) tool-tip
pushButton.ToolTip = "Will add lining to duct , keeping free area size intact";
// b) large bitmap
Uri uriImage = new Uri(@"C:\Users\Alext\OneDrive\Documents\Visual Studio 2013\Projects\Revit API\JonesNicholson\JonesNicholson\bin\Debug\39_globe_72x72.png");
BitmapImage largeImage = new BitmapImage(uriImage);
pushButton.LargeImage = largeImage;
// Create a push button to trigger a command add it to the ribbon panel.
// At this stage this button is for demonstration purposes , no functionality is implemented
PushButtonData buttonDataTest = new PushButtonData("cmdRemoveLining",
"Remove LINING", thisAssemblyPath, "JonesNicholson.RemoveLiningToDuct");
PushButton pushButtonTest = ribbonPanel.AddItem(buttonDataTest) as PushButton;
// Optionally, other properties may be assigned to the button
// a) tool-tip
pushButton.ToolTip = "Will add lining to duct , keeping free area size intact";
// b) large bitmap
pushButtonTest.LargeImage = largeImage;
return(Result.Succeeded);
}
/// <summary> 添加“当前时间”的文本框 </summary>
private TextBoxData AddTextBoxCurrentDate()
{
TextBoxData currentDate = new TextBoxData("CurrentDate");
// Create a new push button
// TextBox textBox = panel.AddItem() as TextBox;
// Set Icon
currentDate.ToolTip = "当前时间，用来查看开挖情况与显示对应的监测数据。可以精确到分钟，推荐的格式为“ 2016/6/6 13:06 ”。";
// Set Contextual help
ContextualHelp contextHelp = new ContextualHelp(ContextualHelpType.Url, "http://www.autodesk.com");
currentDate.SetContextualHelp(contextHelp);
// Set Icon
currentDate.Image = new BitmapImage(new Uri(Path.Combine(Path_icons, "ViewStage_16.png")));
return(currentDate);
}
public Result OnStartup(UIControlledApplication application)
{
application.CreateRibbonTab("Quyet");
var pannel = application.CreateRibbonPanel("Quyet", "Hello World");
var buttondata = new TextBoxData("button1");
pannel.AddItem(buttondata);
var buttondata1 = new PushButtonData("button2",
"Hello World",
Path.Combine(Path.GetDirectoryName(Assembly.GetExecutingAssembly().Location), "WpfControlLibrary1.dll"),
"WpfControlLibrary1.command1");
pannel.AddItem(buttondata1);
return(Result.Succeeded);
}
public Result OnStartup(UIControlledApplication app)
{
//Addin tab data
string RIBBON_PANEL = "Generate fractal tree";
//Add a tab
RibbonPanel panel = app.CreateRibbonPanel(RIBBON_PANEL);
string assemblyName = Assembly.GetExecutingAssembly().Location;
//add button for command trigger
PushButtonData buttonData = new PushButtonData(
"Generate a fractal tree from a line", RIBBON_PANEL, assemblyName,
"FractalTreeGenerator.GenerateFractalTree");
PushButton pushButton = panel.AddItem(buttonData) as PushButton;
pushButton.ToolTip = "Click on a line to turn into a fractal tree";
//add text input
TextBoxData itemDepth = new TextBoxData("treeDepth");
TextBox item1 = panel.AddItem(itemDepth) as TextBox;
item1.Value = 3;
item1.ToolTip = "Tree depth (do not use more than 10)";
item1.EnterPressed += Refresh;
//refreshes value picked from textbox on enter press
void Refresh(object sender, TextBoxEnterPressedEventArgs args)
{
try
{
TextBox textBoxRefresher = sender as TextBox;
GlobVars.treeDepth = Convert.ToInt32(item1.Value.ToString());
}
catch
{
}
}
return(Result.Succeeded);
}
/// <summary>
/// Text box
/// Text box used in conjunction with event. We'll come to this later.
/// For now, just shows how to make a text box.
/// </summary>
public void AddTextBox(RibbonPanel panel)
{
// Fill the text box information
TextBoxData txtBoxData = new TextBoxData("TextBox");
txtBoxData.Image = NewBitmapImage("Basics.ico");
txtBoxData.Name = "Text Box";
txtBoxData.ToolTip = "Enter text here";
txtBoxData.LongDescription = "<p>This is Revit UI Labs.</p><p>Ribbon Lab</p>";
txtBoxData.ToolTipImage = NewBitmapImage("ImgHelloWorld.png");
// Create the text box item on the panel
TextBox txtBox = panel.AddItem(txtBoxData) as TextBox;
txtBox.PromptText = "Enter a comment";
txtBox.ShowImageAsButton = true;
txtBox.EnterPressed += new EventHandler <Autodesk.Revit.UI.Events.TextBoxEnterPressedEventArgs>(txtBox_EnterPressed);
txtBox.Width = 180;
}
internal override RibbonItemData Finish()
{
var textBoxData = new TextBoxData(name);
if (textBoxImage != null)
{
textBoxData.Image = textBoxImage;
}
if (textBoxDescription != null)
{
textBoxData.ToolTip = textBoxDescription;
}
if (textBoxHelpUrl != null)
{
textBoxData.SetContextualHelp(new ContextualHelp(ContextualHelpType.Url, textBoxHelpUrl));
}
return(textBoxData);
}
/// <summary>
/// Add a Text Box to the Ribbon Panel
/// </summary>
/// <param name="Panel"></param>
/// <param name="textboxName"></param>
/// <param name="tooltip"></param>
/// <returns></returns>
private Boolean AddTextBox(RibbonPanel Panel, string textboxName, string tooltip)
{
try
{
TextBoxData tbData = new TextBoxData(textboxName);
Autodesk.Revit.UI.TextBox textBox = Panel.AddItem(tbData) as Autodesk.Revit.UI.TextBox;
textBox.PromptText = "Write something and hit Enter";
textBox.ShowImageAsButton = true;
textBox.ToolTip = tooltip;
textBox.EnterPressed += new EventHandler <TextBoxEnterPressedEventArgs>(MyTextBoxEnter);
return(true);
}
catch
{
return(false);
}
}
public Result OnStartup(UIControlledApplication uiApp)
{
try { uiApp.CreateRibbonTab(TabName); } catch {};
RibbonPanel Panel = uiApp.CreateRibbonPanel(TabName, PanelName);
TextBoxData tbd = new TextBoxData("Pattern Entry");
ComboBoxData cbd = new ComboBoxData("Pattern Type");
var items = Panel.AddStackedItems(cbd, tbd);
var cbox = items[0] as ComboBox;
var tbox = items[1] as TextBox;
cbox.AddItem(new ComboBoxMemberData("Brick Pattern", "Brick Pattern"));
cbox.AddItem(new ComboBoxMemberData("Herringbone Pattern", "Herringbone Pattern"));
cbox.AddItem(new ComboBoxMemberData("Basket Pattern", "Basket Pattern"));
cbox.AddItem(new ComboBoxMemberData("Plank Pattern", "Plank Pattern"));
cbox.AddItem(new ComboBoxMemberData("Custom Pattern", "Custom Pattern"));
tbox.Width = 250;
tbox.PromptText = "Width, Height, Grout, Steps";
tbox.EnterPressed += EnterPressed;
cbox.CurrentChanged += CurrentChanged;
return(Result.Succeeded);
}
private static void ValidateTableData(TextBoxData data)
{
data.Align.Should().Be(TextAlignment.TextAlignCenter);
data.BackColor.Red.Should().Be(0);
data.BackColor.Green.Should().Be(128);
data.BackColor.Blue.Should().Be(128);
data.Font.Name.Should().Be("BentonSans");
data.Font.Italic.Should().Be(true);
data.Font.Size.Should().Be(330000U);
data.Font.Weight.Should().Be(700);
data.FontColor.Red.Should().Be(230);
data.FontColor.Green.Should().Be(132);
data.FontColor.Blue.Should().Be(210);
data.IntensityScale.Should().Be(0.98f);
data.IsDmd.Should().Be(false);
data.IsTransparent.Should().Be(false);
data.Text.Should().Be("007");
data.V1.X.Should().Be(285);
data.V1.Y.Should().Be(290);
data.V2.X.Should().Be(285 + 250);
data.V2.Y.Should().Be(290 + 70);
}
internal new TextBoxData GetButtonData()
{
TextBoxData txtData = new TextBoxData(_name);
if (string.IsNullOrWhiteSpace(_toolTips))
{
txtData.ToolTip = _toolTips;
}
if (string.IsNullOrWhiteSpace(_description))
{
txtData.LongDescription = _description;
}
if (_smallImage != null)
{
txtData.Image = _smallImage;
}
if (_toolTipsImage != null)
{
txtData.ToolTipImage = _toolTipsImage;
}
return(txtData);
}
public override RibbonItemData GetItemData()
{
TextBoxData tbxData = new TextBoxData(_name);
if (string.IsNullOrWhiteSpace(_toolTips))
{
tbxData.ToolTip = _toolTips;
}
if (string.IsNullOrWhiteSpace(_description))
{
tbxData.LongDescription = _description;
}
if (_smallImage != null)
{
tbxData.Image = _smallImage;
}
if (_toolTipsImage != null)
{
tbxData.ToolTipImage = _toolTipsImage;
}
return(tbxData);
}
private static void ValidateTableData(TextBoxData data)
{
Assert.Equal(TextAlignment.TextAlignCenter, data.Align);
Assert.Equal(0, data.BackColor.Red);
Assert.Equal(128, data.BackColor.Green);
Assert.Equal(128, data.BackColor.Blue);
Assert.Equal("BentonSans", data.Font.Name);
Assert.Equal(true, data.Font.Italic);
Assert.Equal(330000U, data.Font.Size);
Assert.Equal(700U, data.Font.Weight);
Assert.Equal(230, data.FontColor.Red);
Assert.Equal(132, data.FontColor.Green);
Assert.Equal(210, data.FontColor.Blue);
Assert.Equal(0.98f, data.IntensityScale);
Assert.Equal(false, data.IsDmd);
Assert.Equal(false, data.IsTransparent);
Assert.Equal("007", data.Text);
Assert.Equal(285, data.V1.X);
Assert.Equal(290, data.V1.Y);
Assert.Equal(285 + 250, data.V2.X);
Assert.Equal(290 + 70, data.V2.Y);
}
/// <summary>
/// Adds a group of text fields for accepting user input for the various parameters
/// of the sine curve (cycles, period, amplitude).
/// </summary>
/// <param name="panel">the RibbonPanel where the UI element is added</param>
private void AddCurvePropertiesTextFields(RibbonPanel panel)
{
//Inactive textfields that just display information about the active input fields
TextBoxData periodLabelData = new TextBoxData("curve period field");
TextBoxData cyclesLabelData = new TextBoxData("curve cycles field");
TextBoxData amplitudeLabelData = new TextBoxData("curve amplitude field");
//Stack them horizontally
IList <RibbonItem> textFieldList = panel.AddStackedItems(periodLabelData, cyclesLabelData, amplitudeLabelData);
//Call method to customize the text boxes and make them inactive
String periodToolTip = "A double value denoting the period of the curve, i.e. how often the curve goes a full repition around the unit circle.";
CustomizeTextBox(panel, (TextBox)textFieldList[0], periodToolTip, "curve period:", 0, false, 130);
String cyclesToolTip = "A double value denoting the number of circles the curve makes.";
CustomizeTextBox(panel, (TextBox)textFieldList[1], cyclesToolTip, "curve cycles:", 0, false, 130);
String amplitudeToolTip = "A double value denoting how far the curve gets away from the x-axis.";
CustomizeTextBox(panel, (TextBox)textFieldList[2], amplitudeToolTip, "curve amplitude:", 0, false, 130);
//Active text fields for user input
TextBoxData periodBoxData = new TextBoxData("curve period");
TextBoxData cyclesBoxData = new TextBoxData("curve cycles");
TextBoxData amplitudeBoxData = new TextBoxData("curve amplitude");
//Stack them horizontally
IList <RibbonItem> textBoxList = panel.AddStackedItems(periodBoxData, cyclesBoxData, amplitudeBoxData);
periodBox = (TextBox)textBoxList[0];
cyclesBox = (TextBox)textBoxList[1];
amplitudeBox = (TextBox)textBoxList[2];
//Call method to customize the text boxes and make them active
CustomizeTextBox(panel, periodBox,
"Define the period of the sine curve", "" + periodVal, periodVal, true, 50);
CustomizeTextBox(panel, cyclesBox,
"Define the number of cycles of the sine curve", "" + cyclesVal, cyclesVal, true, 50);
CustomizeTextBox(panel, amplitudeBox,
"Define the amplitude of the sine curve", "" + amplitudeVal, amplitudeVal, true, 50);
}
public static void CreatePanel(UIControlledApplication uiApp)
{
RibbonPanel Panel = uiApp.CreateRibbonPanel(CCRibbon.tabName, PName);
TextBoxData tbd = new TextBoxData(TBName);
TextBox tb = Panel.AddItem(tbd) as TextBox;
tb.Width = 350;
tb.EnterPressed += EnterPressed;
ComboBoxData cbd = new ComboBoxData("Update Type");
ComboBox box = Panel.AddItem(cbd) as ComboBox;
box.AddItem(new ComboBoxMemberData("Run Command", "Run Command"));
box.AddItem(new ComboBoxMemberData("Masterformat", "Masterformat"));
box.AddItem(new ComboBoxMemberData("Occupant Load Factor", "Occupant Load Factor"));
box.AddItem(new ComboBoxMemberData("Command Training", "Command Training"));
PushButtonData OLFButtonData = new PushButtonData(
"Update OLF",
"Update OLF",
@dllpath,
"CC_Plugin.SetOLF");
PushButton PBOccLoadFactor = Panel.AddItem(OLFButtonData) as PushButton;
}
/// <summary>
/// This method is used to create RibbonSample panel, and add wall related command buttons to it:
/// 1. contains a SplitButton for user to create Non-Structural or Structural Wall;
/// 2. contains a StackedBotton which is consisted with one PushButton and two Comboboxes,
/// PushButon is used to reset all the RibbonItem, Comboboxes are use to select Level and WallShape
/// 3. contains a RadioButtonGroup for user to select WallType.
/// 4. Adds a Slide-Out Panel to existing panel with following functionalities:
/// 5. a text box is added to set mark for new wall, mark is a instance parameter for wall,
/// Eg: if user set text as "wall", then Mark for each new wall will be "wall1", "wall2", "wall3"....
/// 6. a StackedButton which consisted of a PushButton (delete all the walls) and a PulldownButton (move all the walls in X or Y direction)
/// </summary>
/// <param name="application">An object that is passed to the external application
/// which contains the controlled application.</param>
private void CreateRibbonSamplePanel(UIControlledApplication application)
{
// create a Ribbon panel which contains three stackable buttons and one single push button.
string firstPanelName = "Ribbon Sample";
RibbonPanel ribbonSamplePanel = application.CreateRibbonPanel(firstPanelName);
#region Create a SplitButton for user to create Non-Structural or Structural Wall
SplitButtonData splitButtonData = new SplitButtonData("NewWallSplit", "Create Wall");
SplitButton splitButton = ribbonSamplePanel.AddItem(splitButtonData) as SplitButton;
PushButton pushButton = splitButton.AddPushButton(new PushButtonData("WallPush", "Wall", AddInPath, "Revit.SDK.Samples.Ribbon.CS.CreateWall"));
pushButton.LargeImage = new BitmapImage(new Uri(Path.Combine(ButtonIconsFolder, "CreateWall.png"), UriKind.Absolute));
pushButton.Image = new BitmapImage(new Uri(Path.Combine(ButtonIconsFolder, "CreateWall-S.png"), UriKind.Absolute));
pushButton.ToolTip = "Creates a partition wall in the building model.";
pushButton.ToolTipImage = new BitmapImage(new Uri(Path.Combine(ButtonIconsFolder, "CreateWallTooltip.bmp"), UriKind.Absolute));
pushButton = splitButton.AddPushButton(new PushButtonData("StrWallPush", "Structure Wall", AddInPath, "Revit.SDK.Samples.Ribbon.CS.CreateStructureWall"));
pushButton.LargeImage = new BitmapImage(new Uri(Path.Combine(ButtonIconsFolder, "StrcturalWall.png"), UriKind.Absolute));
pushButton.Image = new BitmapImage(new Uri(Path.Combine(ButtonIconsFolder, "StrcturalWall-S.png"), UriKind.Absolute));
#endregion
ribbonSamplePanel.AddSeparator();
#region Add a StackedButton which is consisted of one PushButton and two Comboboxes
PushButtonData pushButtonData = new PushButtonData("Reset", "Reset", AddInPath, "Revit.SDK.Samples.Ribbon.CS.ResetSetting");
ComboBoxData comboBoxDataLevel = new ComboBoxData("LevelsSelector");
ComboBoxData comboBoxDataShape = new ComboBoxData("WallShapeComboBox");
IList <RibbonItem> ribbonItemsStacked = ribbonSamplePanel.AddStackedItems(pushButtonData, comboBoxDataLevel, comboBoxDataShape);
((PushButton)(ribbonItemsStacked[0])).Image = new BitmapImage(new Uri(Path.Combine(ButtonIconsFolder, "Reset.png"), UriKind.Absolute));
//Add options to WallShapeComboBox
Autodesk.Revit.UI.ComboBox comboboxWallShape = (Autodesk.Revit.UI.ComboBox)(ribbonItemsStacked[2]);
ComboBoxMemberData comboBoxMemberData = new ComboBoxMemberData("RectangleWall", "RectangleWall");
ComboBoxMember comboboxMember = comboboxWallShape.AddItem(comboBoxMemberData);
comboboxMember.Image = new BitmapImage(new Uri(Path.Combine(ButtonIconsFolder, "RectangleWall.png"), UriKind.Absolute));
comboBoxMemberData = new ComboBoxMemberData("CircleWall", "CircleWall");
comboboxMember = comboboxWallShape.AddItem(comboBoxMemberData);
comboboxMember.Image = new BitmapImage(new Uri(Path.Combine(ButtonIconsFolder, "CircleWall.png"), UriKind.Absolute));
comboBoxMemberData = new ComboBoxMemberData("TriangleWall", "TriangleWall");
comboboxMember = comboboxWallShape.AddItem(comboBoxMemberData);
comboboxMember.Image = new BitmapImage(new Uri(Path.Combine(ButtonIconsFolder, "TriangleWall.png"), UriKind.Absolute));
comboBoxMemberData = new ComboBoxMemberData("SquareWall", "SquareWall");
comboboxMember = comboboxWallShape.AddItem(comboBoxMemberData);
comboboxMember.Image = new BitmapImage(new Uri(Path.Combine(ButtonIconsFolder, "SquareWall.png"), UriKind.Absolute));
#endregion
ribbonSamplePanel.AddSeparator();
#region Add a RadioButtonGroup for user to select WallType
RadioButtonGroupData radioButtonGroupData = new RadioButtonGroupData("WallTypeSelector");
RadioButtonGroup radioButtonGroup = (RadioButtonGroup)(ribbonSamplePanel.AddItem(radioButtonGroupData));
ToggleButton toggleButton = radioButtonGroup.AddItem(new ToggleButtonData("Generic8", "Generic - 8\"", AddInPath, "Revit.SDK.Samples.Ribbon.CS.Dummy"));
toggleButton.LargeImage = new BitmapImage(new Uri(Path.Combine(ButtonIconsFolder, "Generic8.png"), UriKind.Absolute));
toggleButton.Image = new BitmapImage(new Uri(Path.Combine(ButtonIconsFolder, "Generic8-S.png"), UriKind.Absolute));
toggleButton = radioButtonGroup.AddItem(new ToggleButtonData("ExteriorBrick", "Exterior - Brick", AddInPath, "Revit.SDK.Samples.Ribbon.CS.Dummy"));
toggleButton.LargeImage = new BitmapImage(new Uri(Path.Combine(ButtonIconsFolder, "ExteriorBrick.png"), UriKind.Absolute));
toggleButton.Image = new BitmapImage(new Uri(Path.Combine(ButtonIconsFolder, "ExteriorBrick-S.png"), UriKind.Absolute));
#endregion
//slide-out panel:
ribbonSamplePanel.AddSlideOut();
#region add a Text box to set the mark for new wall
TextBoxData testBoxData = new TextBoxData("WallMark");
Autodesk.Revit.UI.TextBox textBox = (Autodesk.Revit.UI.TextBox)(ribbonSamplePanel.AddItem(testBoxData));
textBox.Value = "new wall"; //default wall mark
textBox.Image = new BitmapImage(new Uri(Path.Combine(ButtonIconsFolder, "WallMark.png"), UriKind.Absolute));
textBox.ToolTip = "Set the mark for new wall";
textBox.ShowImageAsButton = true;
textBox.EnterPressed += new EventHandler <Autodesk.Revit.UI.Events.TextBoxEnterPressedEventArgs>(SetTextBoxValue);
#endregion
ribbonSamplePanel.AddSeparator();
#region Create a StackedButton which consisted of a PushButton (delete all the walls) and a PulldownButton (move all the walls in X or Y direction)
PushButtonData deleteWallsButtonData = new PushButtonData("deleteWalls", "Delete Walls", AddInPath, "Revit.SDK.Samples.Ribbon.CS.DeleteWalls");
deleteWallsButtonData.ToolTip = "Delete all the walls created by the Create Wall tool.";
deleteWallsButtonData.Image = new BitmapImage(new Uri(Path.Combine(ButtonIconsFolder, "DeleteWalls.png"), UriKind.Absolute));
PulldownButtonData moveWallsButtonData = new PulldownButtonData("moveWalls", "Move Walls");
moveWallsButtonData.ToolTip = "Move all the walls in X or Y direction";
moveWallsButtonData.Image = new BitmapImage(new Uri(Path.Combine(ButtonIconsFolder, "MoveWalls.png"), UriKind.Absolute));
// create stackable buttons
IList <RibbonItem> ribbonItems = ribbonSamplePanel.AddStackedItems(deleteWallsButtonData, moveWallsButtonData);
// add two push buttons as sub-items of the moveWalls PulldownButton.
PulldownButton moveWallItem = ribbonItems[1] as PulldownButton;
PushButton moveX = moveWallItem.AddPushButton(new PushButtonData("XDirection", "X Direction", AddInPath, "Revit.SDK.Samples.Ribbon.CS.XMoveWalls"));
moveX.ToolTip = "move all walls 10 feet in X direction.";
moveX.LargeImage = new BitmapImage(new Uri(Path.Combine(ButtonIconsFolder, "MoveWallsXLarge.png"), UriKind.Absolute));
PushButton moveY = moveWallItem.AddPushButton(new PushButtonData("YDirection", "Y Direction", AddInPath, "Revit.SDK.Samples.Ribbon.CS.YMoveWalls"));
moveY.ToolTip = "move all walls 10 feet in Y direction.";
moveY.LargeImage = new BitmapImage(new Uri(Path.Combine(ButtonIconsFolder, "MoveWallsYLarge.png"), UriKind.Absolute));
#endregion
ribbonSamplePanel.AddSeparator();
application.ControlledApplication.DocumentCreated += new EventHandler <Autodesk.Revit.DB.Events.DocumentCreatedEventArgs>(DocumentCreated);
}
public void BeforeEachTest()
{
Item = new TestData.Item(1, "ItemName");
PropertyMetaData = PropertyMetaDataMocker.CreateStub("Name", false, null, 100, null, 100, Item.ItemId.GetType());
TextBoxData = new TextBoxData("value").WithValidationFrom(PropertyMetaData);
}
/// <summary>
/// Execute the command when REVIT starts
/// </summary>
/// <param name="a">Access the control of user interface application</param>
/// <returns></returns>
public Result OnStartup(UIControlledApplication a)
{
m_DoorControlForm = null; // no dialog needed yet; the command will bring it
m_rotatingForm = null;
m_SymbolSelection = null;
m_structuralConnectionSelector = null;
thisApp = this; // static access to this application instance
#region Revit ribbon and tab creation
// An instance of push button data model class
PushButtonDataModel p = new PushButtonDataModel();
// Get executing assembly for creating button data
PushButtonDataModel.GetAssemblyLocation = Assembly.GetExecutingAssembly().Location;
// Create Ribbon Tab
string tabName = "Selectra Main";
a.CreateRibbonTab(tabName);
// Create the ribbon panels
RibbonPanel arhcitecturalCommandsPanel = a.CreateRibbonPanel(tabName, "Architectural Commands");
RibbonPanel structuralCommandsPanel = a.CreateRibbonPanel(tabName, "Structural Commads");
TextBoxData textBoxData = new TextBoxData("Cope Distance");
TextBox copeDistanceTextBox = structuralCommandsPanel.AddItem(textBoxData) as TextBox;
copeDistanceTextBox.Width /= 3;
copeDistanceTextBox.PromptText = "Cope Distance";
copeDistanceTextBox.Value = "0.0";
copeDistanceTextBox.ToolTip = "Sets the cope distance of cutted framing elements";
SplitButtonData splitButtonData = new SplitButtonData("Multi Cope Split", "Multi Cope");
SplitButton splitMultiCope = structuralCommandsPanel.AddItem(splitButtonData) as SplitButton;
splitMultiCope.ItemText = "Multiple Cope Options";
SplitButtonData splitDatumButtonData = new SplitButtonData("Datum Util Split", "Datum Utils");
SplitButton splitButtonDatum = arhcitecturalCommandsPanel.AddItem(splitDatumButtonData) as SplitButton;
splitButtonDatum.ItemText = "Datum Utils";
#region Create Beam between Columns Button
// Populate button data model
PushButtonDataModel BeamBtwColButtonData = new PushButtonDataModel()
{
Label = "CreateBeam\nBetweenColumn",
Panel = structuralCommandsPanel,
CommandNamespacePath = CreateBeamCommand.GetPath(),
Tooltip = "Create Beam between columns from selected beam symbol",
IconImageName = p.Icon_Beam,
TooltipImageName = p.tooltip_Beam
};
// Create Button from provided data
PushButton beamButton = Button.Create(BeamBtwColButtonData);
#endregion
#region Create Structural Connection Button
// Populate push button data model
PushButtonDataModel createStructuralConnectionData = new PushButtonDataModel()
{
Label = "Create Structural\nConnection",
Panel = structuralCommandsPanel,
CommandNamespacePath = CreateStructuralConnectionCommand.GetPath(),
Tooltip = "Create Multiple Structural Connection between selected elements",
IconImageName = p.Icon_PlateConnection,
TooltipImageName = p.tooltip_PlateConnection
};
// Create push button from populated button data
PushButton createStructuralConnectionButton = Button.Create(createStructuralConnectionData);
#endregion
#region Rotate Multiple Elements Button
// Populate button data model
PushButtonDataModel rotateButtonData = new PushButtonDataModel()
{
Label = "Rotate Multiple\nElements",
Panel = arhcitecturalCommandsPanel,
CommandNamespacePath = RotateMultiCommand.GetPath(),
Tooltip = "Create Beam between columns from selected beam symbol",
IconImageName = p.Icon_Rotate,
TooltipImageName = p.tooltip_3DRotate
};
// Create Button from provided data
PushButton rotateButton = Button.Create(rotateButtonData);
#endregion
#region Door Control Button
// Populate button data model
PushButtonDataModel doorControlData = new PushButtonDataModel()
{
Label = "Door Control",
Panel = arhcitecturalCommandsPanel,
CommandNamespacePath = DoorControlCommand.GetPath(),
Tooltip = "Control the door behaviour due to user input",
IconImageName = p.Icon_DoorOpening,
TooltipImageName = p.tooltip_DoorOpening
};
// Create button from provided data
PushButton doorControlButton = Button.Create(doorControlData);
#endregion
#region Multiple Coping Button Data
// Populate button data model
PushButtonDataModel multiCopeData = new PushButtonDataModel()
{
Label = "Multiple\nCope",
Panel = structuralCommandsPanel,
CommandNamespacePath = CopeIntersected.GetPath(),
Tooltip = "Cope multiple beams and columns",
IconImageName = p.Icon_B,
TooltipImageName = p.tooltip_Beam,
};
#endregion
#region Cope Intersected Beams Button Data
// Populate button data model
PushButtonDataModel copeIntersectsData = new PushButtonDataModel()
{
Label = "Cope Intersected Beams",
Panel = structuralCommandsPanel,
CommandNamespacePath = CopeIntersectedBeams.GetPath(),
Tooltip = "Cope the beams that intersects with selected beam",
IconImageName = p.Icon_Beam,
TooltipImageName = p.tooltip_Beam
};
#endregion
#region Cope Beam With Intersects Button Data
PushButtonDataModel copeSelectedData = new PushButtonDataModel()
{
Label = "Cope Selected Beam\n with Intersects",
Panel = structuralCommandsPanel,
CommandNamespacePath = CopeSelectedWIntersects.GetPath(),
Tooltip = "Cope selected beam through intersects",
IconImageName = p.Icon_B,
TooltipImageName = p.tooltip_Beam
};
#endregion
#region Cope Connected Beams
// Populate button data model
PushButtonDataModel copeConnectedsData = new PushButtonDataModel()
{
Label = "Cope connected beams",
Panel = structuralCommandsPanel,
CommandNamespacePath = CopeConnectedBeams.GetPath(),
Tooltip = "Cope the beams that connected to selected element",
IconImageName = p.Icon_Beam,
TooltipImageName = p.tooltip_Beam,
};
#endregion
#region Cope Beams Connected To Structural Column Button Data
PushButtonDataModel copeConnectedToColumnData = new PushButtonDataModel()
{
Label = "Cope Beams Connected To Structural Column",
Panel = structuralCommandsPanel,
CommandNamespacePath = CopeBeamConnectedToStrColumn.GetPath(),
Tooltip = "Cope beams connected to structural column",
IconImageName = p.Icon_Beam,
TooltipImageName = p.tooltip_Beam
};
#endregion
#region Remove copings Button Data
// Populate button data model
PushButtonDataModel removeCopeButtonData = new PushButtonDataModel()
{
Label = "Remove Copings",
Panel = structuralCommandsPanel,
CommandNamespacePath = RemoveAllCopings.GetPath(),
Tooltip = "Remove all copings from selected elements",
IconImageName = p.Icon_Beam,
TooltipImageName = p.tooltip_DoorOpening
};
#endregion
#region Override Graphic Settings Button
// Populate button data model
PushButtonDataModel overrideButtonData = new PushButtonDataModel()
{
Label = "Override\nGraphics",
Panel = arhcitecturalCommandsPanel,
CommandNamespacePath = OverrideCommand.GetPath(),
Tooltip = "Override graphic settings of selected element",
IconImageName = p.Icon_Override,
TooltipImageName = p.tooltip_Override
};
// Create push button from provided data
PushButton overrideButton = Button.Create(overrideButtonData);
#endregion
#region Create Wall Grid Button Data
// Populate the button data model
PushButtonDataModel createGridButtonData = new PushButtonDataModel()
{
Label = "Create Wall\nGrid",
Panel = arhcitecturalCommandsPanel,
CommandNamespacePath = CreateWallGrid.GetPath(),
Tooltip = "Create Grid from wall center line",
IconImageName = p.Icon_Grid,
TooltipImageName = p.tooltip_Grid
};
#endregion
#region Plate Param Changer Button
// Populate button data mode
PushButtonDataModel plateParamData = new PushButtonDataModel()
{
Label = "Plate Parametre\nController",
Panel = structuralCommandsPanel,
CommandNamespacePath = SteelElementProperty.GetPath(),
Tooltip = "Set the parameter of plates (Volume and Mass)",
IconImageName = p.Icon_PlateConnection,
TooltipImageName = p.tooltip_PlateConnection
};
PushButton plateParamButton = Button.Create(plateParamData);
#endregion
#region Schema Build Button
// Populate button data model
PushButtonDataModel schemaBuildButtonData = new PushButtonDataModel()
{
Label = "Add Data",
Panel = structuralCommandsPanel,
CommandNamespacePath = AddField.GetPath(),
Tooltip = "Add Data to extensible storage",
IconImageName = p.Icon_B,
TooltipImageName = p.Icon_DoorOpening
};
PushButton schemaBuildButton = Button.Create(schemaBuildButtonData);
#endregion
#region Tag Wall Layers Button
PushButtonDataModel tagWallLayerData = new PushButtonDataModel()
{
Label = "Tag Wall\nLayers",
Panel = arhcitecturalCommandsPanel,
CommandNamespacePath = TagWallLayers.GetPath(),
Tooltip = "Create a textnote element at given point that includes the wall layers information",
IconImageName = p.Icon_B,
TooltipImageName = p.tooltip_DoorOpening
};
PushButton tagWallButton = Button.Create(tagWallLayerData);
#endregion
#region Create Level Button Data
// Populate button data model with given input
PushButtonDataModel createLevelData = new PushButtonDataModel()
{
Label = "Create Multiple\nLevel",
Panel = arhcitecturalCommandsPanel,
CommandNamespacePath = CreateLevel.GetPath(),
Tooltip = "Create Multiple Level with given user input",
IconImageName = p.Icon_B,
TooltipImageName = p.tooltip_Grid
};
#endregion
#region Set Elevation Button Data
// Populate Button Data model
PushButtonDataModel setElevationData = new PushButtonDataModel()
{
Label = "Set Elevation",
Panel = arhcitecturalCommandsPanel,
CommandNamespacePath = SetELevation.GetPath(),
Tooltip = "Set elevation of level(s) with given input",
IconImageName = p.Icon_S,
TooltipImageName = p.Icon_S
};
#endregion
#region Sample Button
// Populate button data model
PushButtonDataModel sampleData = new PushButtonDataModel()
{
Label = "SAMPLE",
Panel = arhcitecturalCommandsPanel,
CommandNamespacePath = Sample.GetPath(),
Tooltip = "This is just a sample for test purpose, content change continiously",
IconImageName = p.Icon_S,
TooltipImageName = p.tooltip_Override
};
// Create push button from provided data
PushButton sampleButton = Button.Create(sampleData);
#endregion
// Add push button to multiple cope split button
splitMultiCope.AddPushButton(Button.CreateButtonData(multiCopeData));
splitMultiCope.AddPushButton(Button.CreateButtonData(copeIntersectsData));
splitMultiCope.AddPushButton(Button.CreateButtonData(copeSelectedData));
splitMultiCope.AddPushButton(Button.CreateButtonData(copeConnectedToColumnData));
splitMultiCope.AddPushButton(Button.CreateButtonData(removeCopeButtonData));
splitMultiCope.AddPushButton(Button.CreateButtonData(copeConnectedsData));
// Add push button to datum utils split button
splitButtonDatum.AddPushButton(Button.CreateButtonData(createLevelData));
splitButtonDatum.AddPushButton(Button.CreateButtonData(setElevationData));
splitButtonDatum.AddPushButton(Button.CreateButtonData(createGridButtonData));
#endregion
return(Result.Succeeded);
}
public Result OnStartup(UIControlledApplication app)
{
//Addin tab data
string RIBBON_PANEL = "Generate procedural terrain";
//Add a tab
RibbonPanel panel = app.CreateRibbonPanel(RIBBON_PANEL);
string assemblyName = Assembly.GetExecutingAssembly().Location;
//add button for command trigger
PushButtonData buttonTerrain = new PushButtonData(
"Generate procedural terrain", "Procedural terrain", assemblyName,
"TerrainGenerator.TerrainGenerator");
PushButton pushButton1 = panel.AddItem(buttonTerrain) as PushButton;
pushButton1.ToolTip = "Click on a closed line to generate terrain";
pushButton1.Image = BmpImageSource("TerrainGenerator.Resources.TerrainGeneratorSmall.bmp");
pushButton1.LargeImage = BmpImageSource("TerrainGenerator.Resources.TerrainGenerator.bmp");
//add text input
TextBoxData itemOctaves = new TextBoxData("Octaves");
itemOctaves.Name = "Iterations of noise";
//add text input2
TextBoxData itemAmplitude = new TextBoxData("Amplitude");
itemAmplitude.Name = "Details amplitude";
//add text input3
TextBoxData itemFrequency = new TextBoxData("Speed");
itemFrequency.Name = "Details speed";
//add text input4
TextBoxData itemDensity = new TextBoxData("Density");
itemFrequency.Name = "Mesh grid density";
//add text input5
TextBoxData itemThickness = new TextBoxData("MinThickness");
itemFrequency.Name = "Minimum height of mesh";
//add text input6
TextBoxData itemRandom = new TextBoxData("Predefined or not");
itemFrequency.Name = "Use predefined permutation table or generate";
IList <RibbonItem> stackedItems = panel.AddStackedItems(itemOctaves, itemAmplitude, itemFrequency);
if (stackedItems.Count > 1)
{
TextBox item1 = stackedItems[0] as TextBox;
item1.Value = GlobVars.nOctaves;
item1.ToolTip = "Number of iterations (try not use more than 7)";
item1.EnterPressed += Refresh;
//refreshes value picked from textbox on enter press
void Refresh(object sender, TextBoxEnterPressedEventArgs args)
{
try
{
TextBox textBoxRefresher = sender as TextBox;
GlobVars.nOctaves = Convert.ToInt32(item1.Value.ToString());
}
catch
{
}
}
TextBox item2 = stackedItems[1] as TextBox;
item2.Value = GlobVars.amplitude;
item2.ToolTip = "Noise height";
item2.EnterPressed += Refresh2;
//refreshes value picked from textbox on enter press
void Refresh2(object sender, TextBoxEnterPressedEventArgs args)
{
try
{
TextBox textBoxRefresher = sender as TextBox;
GlobVars.amplitude = Convert.ToDouble(item2.Value.ToString());
}
catch
{
}
}
TextBox item3 = stackedItems[2] as TextBox;
item3.Value = GlobVars.speed;
item3.ToolTip = "Noise density";
item3.EnterPressed += Refresh3;
//refreshes value picked from textbox on enter press
void Refresh3(object sender, TextBoxEnterPressedEventArgs args)
{
try
{
TextBox textBoxRefresher = sender as TextBox;
GlobVars.speed = Convert.ToDouble(item3.Value.ToString());
}
catch
{
}
}
}
IList <RibbonItem> stackedItems2 = panel.AddStackedItems(itemDensity, itemRandom);
if (stackedItems2.Count > 1)
{
TextBox item4 = stackedItems2[0] as TextBox;
item4.Value = GlobVars.density;
item4.ToolTip = "Mesh grid density";
item4.EnterPressed += Refresh3;
//refreshes value picked from textbox on enter press
void Refresh3(object sender, TextBoxEnterPressedEventArgs args)
{
try
{
TextBox textBoxRefresher = sender as TextBox;
GlobVars.density = Convert.ToDouble(item4.Value.ToString());
}
catch
{
}
}
TextBox item6 = stackedItems2[1] as TextBox;
item6.Value = GlobVars.randomvals;
item6.ToolTip = "0 for Perlins permutation table, 1 for random";
item6.EnterPressed += Refresh5;
//refreshes value picked from textbox on enter press
void Refresh5(object sender, TextBoxEnterPressedEventArgs args)
{
try
{
TextBox textBoxRefresher = sender as TextBox;
GlobVars.randomvals = Convert.ToInt32(item6.Value.ToString());
}
catch
{
}
}
}
return(Result.Succeeded);
}
/// <summary>
/// Text box
/// Text box used in conjunction with event. We'll come to this later.
/// For now, just shows how to make a text box.
/// </summary>
public void AddTextBox(RibbonPanel panel)
{
// Fill the text box information
TextBoxData txtBoxData = new TextBoxData("TextBox");
txtBoxData.Image = NewBitmapImage("Basics.ico");
txtBoxData.Name = "Text Box";
txtBoxData.ToolTip = "Enter text here";
txtBoxData.LongDescription = "<p>This is Revit UI Labs.</p><p>Ribbon Lab</p>";
txtBoxData.ToolTipImage = NewBitmapImage("ImgHelloWorld.png");
// Create the text box item on the panel
TextBox txtBox = panel.AddItem(txtBoxData) as TextBox;
txtBox.PromptText = "Enter a comment";
txtBox.ShowImageAsButton = true;
txtBox.EnterPressed += new EventHandler<Autodesk.Revit.UI.Events.TextBoxEnterPressedEventArgs>(txtBox_EnterPressed);
txtBox.Width = 180;
}
private static void AssertAreEqual(string textToCompare, TextBoxData textBoxData)
{
textBoxData.ToString().ShouldBeEqualTo(textToCompare);
}
public Result OnStartup(UIControlledApplication a)
{
UiCtrApp = a;
try
{
// Register event for Syncronization
// a.ControlledApplication.DocumentSynchronizingWithCentral += new EventHandler
// <Autodesk.Revit.DB.Events.DocumentSynchronizingWithCentralEventArgs>(application_Sync);
UiCtrApp.ViewActivated += new EventHandler <Autodesk.Revit.UI.Events.ViewActivatedEventArgs>(getdoc);
}
catch (Exception)
{
return(Result.Failed);
}
a.CreateRibbonTab("Exp. Add-Ins");
RibbonPanel panel_Export = a.CreateRibbonPanel("Exp. Add-Ins", "Export");
panel_ViewSetup = a.CreateRibbonPanel("Exp. Add-Ins", "View Tools");
RibbonPanel panel_Reelevate = a.CreateRibbonPanel("Exp. Add-Ins", "Re-Elevate");
RibbonPanel panel_Annot = a.CreateRibbonPanel("Exp. Add-Ins", "Annotation");
RibbonPanel panel_Managers = a.CreateRibbonPanel("Exp. Add-Ins", "Managers");
RibbonPanel panel_Spec = a.CreateRibbonPanel("Exp. Add-Ins", "Specific");
RibbonPanel panel_Qt = a.CreateRibbonPanel("Exp. Add-Ins", "Quick Tools");
string thisAssemblyPath = Assembly.GetExecutingAssembly().Location;
string root = thisAssemblyPath.Remove(thisAssemblyPath.Length - 11);
PushButtonData button_DWGExport = new PushButtonData("Button_DWGExport", "Export DWG", root + "DWGExport.dll", "DWGExport.DWGExport");
PushButtonData button_NavisExport = new PushButtonData("button_NavisExport", "Export NWC", root + "DWGExport.dll", "NavisExport.NavisExport");
PushButtonData button_AllExport = new PushButtonData("Button_Navis_DWGExport", "Export All", root + "DWGExport.dll", "ExportAll.ExportAll");
PushButton button_RevPrint = panel_Export.AddItem(new PushButtonData("Button_RevPrint", "Print Revision", root + "DWGExport.dll", "PrintRevision.PrintRevision")) as PushButton;
button_DWGExport.ToolTip = "Selected Views/Sheets will be exported to .DWG. Tip: use Manage Save/Load selection for sets.";
button_NavisExport.ToolTip = "Views with 'Export' as Title on Sheet will be exported to .NWC";
button_AllExport.ToolTip = "Views with 'Export' as Title on Sheet will be exported to .DWG and .NWC";
button_RevPrint.ToolTip = "Select and Print a certain Revision using the current print settings.";
PushButtonData button_ShiftViewRange_Top_Up = new PushButtonData("Button_ShiftViewRange_Top_Up", "T+", root + "SetViewRange.dll",
"SetViewRange.Shift_TU");
PushButtonData button_ShiftViewRange_Top_Down = new PushButtonData("Button_ShiftViewRange_Top_Down", "T-", root + "SetViewRange.dll",
"SetViewRange.Shift_TD");
PushButtonData button_ShiftViewRange_Bottom_Up = new PushButtonData("Button_ShiftViewRange_Bottom_Up", "B+", root + "SetViewRange.dll",
"SetViewRange.Shift_BU");
PushButtonData button_ShiftViewRange_Bottom_Down = new PushButtonData("Button_ShiftViewRange_Bottom_Down", "B-", root + "SetViewRange.dll",
"SetViewRange.Shift_BD");
PushButtonData button_SetViewRange = new PushButtonData("Button_SetViewRange", "Set View Range per 3D", root + "SetViewRange.dll",
"SetViewRange.SetPer3D");
button_ShiftViewRange_Top_Up.ToolTip = "Shifts Top of View Range by set value - Up.";
button_ShiftViewRange_Top_Down.ToolTip = "Shifts Top of View Range by set value - Down.";
button_ShiftViewRange_Bottom_Up.ToolTip = "Shifts Bottom of View Range by set value - Up.";
button_ShiftViewRange_Bottom_Down.ToolTip = "Shifts Bottom of View Range by set value - Down.";
button_SetViewRange.ToolTip = "Sets View Range of active Plan View to Top and Bottom planes of the Section Box used on identically named 3d View.";
PushButtonData button_TL = new PushButtonData("ToggleLink", "Toggle Links", root + "MultiDWG.dll",
"MultiDWG.ToggleLink");
PushButtonData button_TPC = new PushButtonData("TogglePC", "Toggle PCs", root + "MultiDWG.dll",
"MultiDWG.TogglePC");
button_TL.ToolTip = "Toggles visibility of all Links in the active view";
button_TPC.ToolTip = "Toggles visibility of all Point Clouds in the active view";
PushButton button_RehostElements = panel_Reelevate.AddItem(new PushButtonData("Button_RehostElements", "Rehost Elements", root + "Rehost Elements.dll",
"RehostElements.RehostElements")) as PushButton;
PushButtonData button_AlignToBottom = new PushButtonData("Button_AlignToBottom", "MEP to Bottom", root + "AlignToBottom.dll",
"AlignToBottom.AlignToBottom");
PushButtonData button_AlignToTop = new PushButtonData("Button_AlignToTop", "MEP to Top", root + "AlignToBottom.dll",
"AlignToBottom.AlignToTop");
button_RehostElements.ToolTip = "Sets the Reference Level of selected elements to the active Plan View's Associated Level";
button_AlignToBottom.ToolTip = "Aligns Bottom of MEP elements to the bottom of selected MEP element";
button_AlignToTop.ToolTip = "Aligns Top of MEP elements to the top of selected MEP element";
PushButtonData button_MultiDWG = new PushButtonData("Button_MultiDWG", "MultiDWG", root + "MultiDWG.dll",
"MultiDWG.MultiDWG");
PushButtonData button_DuctSurfaceArea = new PushButtonData("Button_DSA", "Duct F. Unfolded", root + "MultiDWG.dll",
"MultiDWG.DuctSurfaceArea");
PushButtonData button_ConduitAngle = new PushButtonData("Button_CA", "Conduit Angles", root + "MultiDWG.dll",
"MultiDWG.ConduitAngle");
button_MultiDWG.ToolTip = "Specific: Loads all .DWG-s from selected folder. Sets LOD according to filename, temporarily hides medium and high LOD-s.";
button_DuctSurfaceArea.ToolTip = "Specific: Inserts total surface area without connections into \"Duct Surface Area\" Project Parameter.";
button_ConduitAngle.ToolTip = "Specific: Sums the angles of selected Conduit turns";
panel_Spec.AddStackedItems(button_MultiDWG, button_DuctSurfaceArea, button_ConduitAngle);
PushButtonData toggle_Insulation = new PushButtonData("Toggle_Insulation", "Align to INS", root + "AlignToBottom.dll",
"Toggle.Toggle");
toggle_Insulation.ToolTip =
"Aligns to Insulation surfaces, when present";
PushButtonData button_Qv1 = new PushButtonData("Qv1", "1", root + "SetViewRange.dll",
"QuickViews.QuickView1");
PushButtonData button_Qv2 = new PushButtonData("Qv2", "2", root + "SetViewRange.dll",
"QuickViews.QuickView2");
PushButtonData button_Qv3 = new PushButtonData("Qv3", "3", root + "SetViewRange.dll",
"QuickViews.QuickView3");
PushButtonData button_Qv4 = new PushButtonData("Qv4", "4", root + "SetViewRange.dll",
"QuickViews.QuickView4");
PushButtonData button_Qv5 = new PushButtonData("Qv5", "5", root + "SetViewRange.dll",
"QuickViews.QuickView5");
PushButtonData button_Qv6 = new PushButtonData("Qv6", "6", root + "SetViewRange.dll",
"QuickViews.QuickView6");
button_Qv1.ToolTip = "Switch View to 'QuickView 1'"; button_Qv2.ToolTip = "Switch View to 'QuickView 2'";
button_Qv3.ToolTip = "Switch View to 'QuickView 3'"; button_Qv4.ToolTip = "Switch View to 'QuickView 4'";
button_Qv5.ToolTip = "Switch View to 'QuickView 5'"; button_Qv6.ToolTip = "Switch View to 'QuickView 6'";
panel_ViewSetup.AddStackedItems(button_Qv1, button_Qv2, button_Qv3);
panel_ViewSetup.AddStackedItems(button_Qv4, button_Qv5, button_Qv6);
PushButton button_SetupQV = panel_ViewSetup.AddItem(new PushButtonData("Button_SetupQV", "Options",
root + "SetViewRange.dll", "QuickViews.QuickViews")) as PushButton;
PushButtonData button_Dim2Grid = new PushButtonData("Dimtogrid", "RackDim", root + "AnnoTools.dll",
"AnnoTools.RackDim");
PushButtonData button_Rack = new PushButtonData("Rack", "Rack", root + "AnnoTools.dll",
"AnnoTools.Rack");
PushButtonData button_Lin = new PushButtonData("Lin", "Linear", root + "AnnoTools.dll",
"AnnoTools.LinearAnnotation");
string versioned = "AnnoTools";
if (a.ControlledApplication.VersionName.Contains("2017"))
{
versioned = "Exp_apps_R17";
}
PushButtonData button_MTag = new PushButtonData("MTag", "MultiTag", root + versioned + ".dll",
versioned + ".MultiTag");
PushButtonData button_ManageRefs = new PushButtonData("Button_ManageRefs", "Mng. Ref.Planes", root + "MultiDWG.dll",
"MultiDWG.ManageRefPlanes");
PushButtonData button_ManageRevs = new PushButtonData("Button_ManageRevs", "Mng. Revisions", root + "Revision_Editor.dll",
"Revision_Editor.Revision_Editor");
button_SetupQV.ToolTip = "Set quick access to views and more.";
button_Dim2Grid.ToolTip = "Create Dimension referring the selected element's centerlines and Grids.";
button_Rack.ToolTip = "Create tag for Conduit Rack, listing conduits: left to right \\ top to bottom";
button_Lin.ToolTip = "Create Dimension for objects with more distance in-between";
button_MTag.ToolTip = "Create Tags by Category for multiple selected elements at once";
button_ManageRefs.ToolTip = "Create Reference Planes from at the origins of 3 selected items, or Delete Ref.Planes";
button_ManageRevs.ToolTip = "Manage Revisions";
TextBoxData leftSpaceData = new TextBoxData("A");
TextBoxData rightSpaceData = new TextBoxData("B");
TextBoxData firstYData = new TextBoxData("C");
TextBoxData stepYData = new TextBoxData("1");
TextBoxData splitPointData = new TextBoxData("2");
TextBoxData placementData = new TextBoxData("3");
panel_Annot.AddStackedItems(leftSpaceData, rightSpaceData, firstYData);
panel_Annot.AddStackedItems(stepYData, splitPointData, placementData);
foreach (RibbonItem item in panel_Annot.GetItems())
{
SetTextBox(item, "A", ":A:", "Distance of TextBoxes on Left", 60);
SetTextBox(item, "B", ":B:", "Distance of TextBoxes on Right", 60);
SetTextBox(item, "C", ":C:", "Height offset of TextBoxes", 60);
SetTextBox(item, "1", ":1:", "Gap between TextBoxes", 60);
SetTextBox(item, "2", ":2:", "Controls directional switch, and linebreaks of TextBoxes", 60);
SetTextBox(item, "3", ":3:", "Placement of annotation along the reference line", 60);
}
PulldownButtonData QtData = new PulldownButtonData("Quicktools", "QuickTools");
PulldownButton QtButtonGroup = panel_Qt.AddItem(QtData) as PulldownButton;
PushButtonData qt1 = new PushButtonData("Filter Verticals", "Filter Vert", root + "MultiDWG.dll", "MultiDWG.FindVert");
PushButtonData qt2 = new PushButtonData("Filter Round Hosted", "Filter Round Hosted", root + "AnnoTools.dll", "AnnoTools.CheckTag");
PushButtonData qt3 = new PushButtonData("Align Identicals", "Align Identicals", root + "AnnoTools.dll", "AnnoTools.Cleansheet");
PushButtonData qt4 = new PushButtonData("Replace in Parameter", "Replace in Parameter", root + "MultiDWG.dll", "MultiDWG.ReplaceInParam");
PushButtonData qt5 = new PushButtonData("Duplicate Sheets", "Duplicate Sheets", root + "MultiDWG.dll", "MultiDWG.DuplicateSheets");
qt1.ToolTip = "Filters Vertical elements from selection " + Environment.NewLine + ":1: controls vertical sensitivity";
qt2.ToolTip = "Filter the selected tags that are hosted to Round duct " + Environment.NewLine + ":3: Type for 'Rectangular' filter";
qt3.ToolTip = "Merges selected tags with same content." + Environment.NewLine + ":A: and :B: controls sensitivity";
qt4.ToolTip = "Replaces text in parameter of selection." + Environment.NewLine + ":A: - Parameter name" + Environment.NewLine
+ ":B: - Original" + Environment.NewLine + ":C: - Replace";
qt5.ToolTip = "Duplicates the selected sheets." + Environment.NewLine + ":A: - Suffix - Sheet Number" + Environment.NewLine
+ ":B: - Suffix - Sheet Name" + Environment.NewLine + ":C: - Type for Dependent view duplicates";
string IconsPath = System.IO.Path.Combine(System.IO.Path.GetDirectoryName(Assembly.GetExecutingAssembly().Location), "Icons\\");
string[] files = Directory.GetFiles(IconsPath);
string im_dwg = IconsPath + "Button_DWGExport.png"; string im_nwc = IconsPath + "Button_NavisExport.png";
string im_all = IconsPath + "Button_AllExport.png"; string im_reh = IconsPath + "Button_RehostElements.png";
string im_tup = IconsPath + "Button_T_UP.png"; string im_tdn = IconsPath + "Button_T_DN.png";
string im_bup = IconsPath + "Button_B_UP.png"; string im_bdn = IconsPath + "Button_B_DN.png";
string im_ins = IconsPath + "Button_Ins.png"; string im_pre = IconsPath + "Button_PrintRev.png";
string im_pre_sm = IconsPath + "Button_PrintRev_sm.png"; string im_rak = IconsPath + "Button_Rack.png";
string im_d2g_sm = IconsPath + "Button_Dim2Grid_sm.png"; string im_ref = IconsPath + "Button_Ref.png";
string im_lin_sm = IconsPath + "Button_Lin_sm.png"; string im_mtag = IconsPath + "Button_MTag.png";
string im_tl_sm = IconsPath + "Button_TL_sm.png"; string im_tpc_sm = IconsPath + "Button_TPC_sm.png";
string im_qt1 = IconsPath + "Button_qt1.png"; string im_qt2 = IconsPath + "Button_qt2.png";
string im_qt3 = IconsPath + "Button_qt3.png"; string im_qt4 = IconsPath + "Button_qt4.png";
string im_qt5 = IconsPath + "Button_qt5.png";
string im_rev = IconsPath + "Button_Rev.png";
button_DWGExport.Image = SetImage(im_dwg);
button_NavisExport.Image = SetImage(im_nwc);
button_AllExport.Image = SetImage(im_all);
button_ShiftViewRange_Top_Up.Image = SetImage(im_tup);
button_ShiftViewRange_Top_Down.Image = SetImage(im_tdn);
button_ShiftViewRange_Bottom_Up.Image = SetImage(im_bup);
button_ShiftViewRange_Bottom_Down.Image = SetImage(im_bdn);
button_RehostElements.Image = SetImage(im_reh);
button_RehostElements.LargeImage = SetImage(im_reh);
toggle_Insulation.Image = SetImage(im_ins);
button_RevPrint.LargeImage = SetImage(im_pre);
button_RevPrint.Image = SetImage(im_pre_sm);
button_Rack.Image = SetImage(im_rak);
button_Dim2Grid.Image = SetImage(im_d2g_sm);
button_Lin.Image = SetImage(im_lin_sm);
button_MTag.LargeImage = SetImage(im_mtag);
button_ManageRefs.LargeImage = SetImage(im_ref);
button_ManageRefs.Image = SetImage(im_ref);
button_ManageRevs.LargeImage = SetImage(im_rev);
button_ManageRevs.Image = SetImage(im_rev);
button_TL.Image = SetImage(im_tl_sm);
button_TPC.Image = SetImage(im_tpc_sm);
qt1.LargeImage = SetImage(im_qt1);
qt2.LargeImage = SetImage(im_qt2);
qt3.LargeImage = SetImage(im_qt3);
qt4.LargeImage = SetImage(im_qt4);
qt5.LargeImage = SetImage(im_qt5);
QtButtonGroup.AddPushButton(qt1);
QtButtonGroup.AddPushButton(qt2);
QtButtonGroup.AddPushButton(qt3);
QtButtonGroup.AddPushButton(qt4);
QtButtonGroup.AddPushButton(qt5);
ComboBoxData ShiftRange = new ComboBoxData("ShiftRange");
panel_ViewSetup.AddStackedItems(button_ShiftViewRange_Bottom_Up, button_ShiftViewRange_Bottom_Down);
panel_ViewSetup.AddStackedItems(button_ShiftViewRange_Top_Up, button_ShiftViewRange_Top_Down);
panel_ViewSetup.AddStackedItems(button_TL, button_TPC);
panel_Export.AddStackedItems(button_DWGExport, button_NavisExport, button_AllExport);
panel_ViewSetup.AddStackedItems(button_SetViewRange, ShiftRange);
panel_Reelevate.AddStackedItems(button_AlignToTop, button_AlignToBottom, toggle_Insulation);
panel_Managers.AddItem(button_ManageRefs); panel_Managers.AddItem(button_ManageRevs);
panel_Annot.AddStackedItems(button_Dim2Grid, button_Lin, button_Rack);
panel_Annot.AddItem(button_MTag);
a.ApplicationClosing += a_ApplicationClosing;
//Set Application to Idling
a.Idling += a_Idling;
return(Result.Succeeded);
}
private void AddStackedButtons(RibbonPanel panel)
{
ComboBoxData cbData = new ComboBoxData("comboBox");
TextBoxData textData = new TextBoxData("Text Box");
textData.Image =
new System.Windows.Media.Imaging.BitmapImage(new Uri(@"D:\Sample\HelloWorld\bin\Debug\39-Globe_16x16.png"));
textData.Name = "Text Box";
textData.ToolTip = "Enter some text here";
textData.LongDescription = "This is text that will appear next to the image"
+ "when the user hovers the mouse over the control";
textData.ToolTipImage =
new System.Windows.Media.Imaging.BitmapImage(new Uri(@"D:\Sample\HelloWorld\bin\Debug\39-Globe_32x32.png"));
IList <RibbonItem> stackedItems = panel.AddStackedItems(textData, cbData);
if (stackedItems.Count > 1)
{
TextBox tBox = stackedItems[0] as TextBox;
if (tBox != null)
{
tBox.PromptText = "Enter a comment";
tBox.ShowImageAsButton = true;
tBox.ToolTip = "Enter some text";
// Register event handler ProcessText
tBox.EnterPressed +=
new EventHandler <Autodesk.Revit.UI.Events.TextBoxEnterPressedEventArgs>(ProcessText);
}
ComboBox cBox = stackedItems[1] as ComboBox;
if (cBox != null)
{
cBox.ItemText = "ComboBox";
cBox.ToolTip = "Select an Option";
cBox.LongDescription = "Select a number or letter";
ComboBoxMemberData cboxMemDataA = new ComboBoxMemberData("A", "Option A");
cboxMemDataA.Image =
new System.Windows.Media.Imaging.BitmapImage(new Uri(@"D:\Sample\HelloWorld\bin\Debug\A.bmp"));
cboxMemDataA.GroupName = "Letters";
cBox.AddItem(cboxMemDataA);
ComboBoxMemberData cboxMemDataB = new ComboBoxMemberData("B", "Option B");
cboxMemDataB.Image =
new System.Windows.Media.Imaging.BitmapImage(new Uri(@"D:\Sample\HelloWorld\bin\Debug\B.bmp"));
cboxMemDataB.GroupName = "Letters";
cBox.AddItem(cboxMemDataB);
ComboBoxMemberData cboxMemData = new ComboBoxMemberData("One", "Option 1");
cboxMemData.Image =
new System.Windows.Media.Imaging.BitmapImage(new Uri(@"D:\Sample\HelloWorld\bin\Debug\One.bmp"));
cboxMemData.GroupName = "Numbers";
cBox.AddItem(cboxMemData);
ComboBoxMemberData cboxMemData2 = new ComboBoxMemberData("Two", "Option 2");
cboxMemData2.Image =
new System.Windows.Media.Imaging.BitmapImage(new Uri(@"D:\Sample\HelloWorld\bin\Debug\Two.bmp"));
cboxMemData2.GroupName = "Numbers";
cBox.AddItem(cboxMemData2);
ComboBoxMemberData cboxMemData3 = new ComboBoxMemberData("Three", "Option 3");
cboxMemData3.Image =
new System.Windows.Media.Imaging.BitmapImage(new Uri(@"D:\Sample\HelloWorld\bin\Debug\Three.bmp"));
cboxMemData3.GroupName = "Numbers";
cBox.AddItem(cboxMemData3);
}
}
}
public Result OnStartup(UIControlledApplication app)
{
//Addin tab data
string RIBBON_PANEL = "Generate fractal tree";
//Add a tab
RibbonPanel panel = app.CreateRibbonPanel(RIBBON_PANEL);
string assemblyName = Assembly.GetExecutingAssembly().Location;
//add button for command trigger
PushButtonData buttonTree = new PushButtonData(
"Generate a fractal tree from a line", "Regular Tree", assemblyName,
"FractalTreeGenerator.GenerateFractalTree");
PushButtonData buttonChristmasTree = new PushButtonData(
"Generate a fractal christmas tree from a line", "Christmas Tree", assemblyName,
"FractalTreeGenerator.GenerateFractalChristmasTree");
PushButton pushButton1 = panel.AddItem(buttonTree) as PushButton;
pushButton1.ToolTip = "Click on a line to turn into a fractal tree";
pushButton1.LargeImage = BmpImageSource("FractalTreeGenerator.Resources.TreeRegular.bmp");
PushButton pushButton2 = panel.AddItem(buttonChristmasTree) as PushButton;
pushButton2.ToolTip = "Click on a line to turn into a christmas fractal tree";
pushButton2.LargeImage = BmpImageSource("FractalTreeGenerator.Resources.ChristmasTree.bmp");
//add text input
TextBoxData itemDepth = new TextBoxData("treeDepth");
itemDepth.Name = "Tree depth";
//add text input2
TextBoxData itemAngle = new TextBoxData("treeAngle");
itemAngle.Name = "Branches rotation angle";
//add text input3
TextBoxData itemRnd = new TextBoxData("treeRandomness");
itemRnd.Name = "Randomness cooficient";
IList <RibbonItem> stackedItems = panel.AddStackedItems(itemAngle, itemDepth, itemRnd);
if (stackedItems.Count > 1)
{
TextBox item2 = stackedItems[0] as TextBox;
item2.Value = GlobVars.rotAngle;
item2.ToolTip = "Branches rotation angle";
item2.EnterPressed += Refresh2;
//refreshes value picked from textbox on enter press
void Refresh2(object sender, TextBoxEnterPressedEventArgs args)
{
try
{
TextBox textBoxRefresher = sender as TextBox;
GlobVars.rotAngle = Convert.ToInt32(item2.Value.ToString());
}
catch
{
}
}
TextBox item1 = stackedItems[1] as TextBox;
item1.Value = GlobVars.treeDepth;
item1.ToolTip = "Tree depth (do not use more than 10)";
item1.EnterPressed += Refresh;
//refreshes value picked from textbox on enter press
void Refresh(object sender, TextBoxEnterPressedEventArgs args)
{
try
{
TextBox textBoxRefresher = sender as TextBox;
GlobVars.treeDepth = Convert.ToInt32(item1.Value.ToString());
}
catch
{
}
}
TextBox item3 = stackedItems[2] as TextBox;
item3.Value = GlobVars.rndCoof * 100;
item3.ToolTip = "Randomness coof, should be between 0 and 50, if more or less will be pinned at 15";
item3.EnterPressed += Refresh3;
//refreshes value picked from textbox on enter press
void Refresh3(object sender, TextBoxEnterPressedEventArgs args)
{
try
{
TextBox textBoxRefresher = sender as TextBox;
int rndVal = Convert.ToInt32(item3.Value.ToString());
if (rndVal >= 0 && rndVal <= 50)
{
GlobVars.rndCoof = rndVal / 100;
}
}
catch
{
}
}
}
return(Result.Succeeded);
}
/// <summary>
/// This method is used to create RibbonSample panel, and add wall related command buttons to it:
/// 1. contains a SplitButton for user to create Non-Structural or Structural Wall;
/// 2. contains a StackedBotton which is consisted with one PushButton and two Comboboxes,
/// PushButon is used to reset all the RibbonItem, Comboboxes are use to select Level and WallShape
/// 3. contains a RadioButtonGroup for user to select WallType.
/// 4. Adds a Slide-Out Panel to existing panel with following functionalities:
/// 5. a text box is added to set mark for new wall, mark is a instance parameter for wall,
/// Eg: if user set text as "wall", then Mark for each new wall will be "wall1", "wall2", "wall3"....
/// 6. a StackedButton which consisted of a PushButton (delete all the walls) and a PulldownButton (move all the walls in X or Y direction)
/// </summary>
/// <param name="application">An object that is passed to the external application
/// which contains the controlled application.</param>
private void CreateRibbonSamplePanel(UIControlledApplication application)
{
// create a Ribbon panel which contains three stackable buttons and one single push button.
string firstPanelName = "Ribbon Sample";
RibbonPanel ribbonSamplePanel = application.CreateRibbonPanel(firstPanelName);
#region Create a SplitButton for user to create Non-Structural or Structural Wall
SplitButtonData splitButtonData = new SplitButtonData("NewWallSplit", "Create Wall");
SplitButton splitButton = ribbonSamplePanel.AddItem(splitButtonData) as SplitButton;
PushButton pushButton = splitButton.AddPushButton(new PushButtonData("WallPush", "Wall", AddInPath, "Revit.SDK.Samples.Ribbon.CS.CreateWall"));
pushButton.LargeImage = new BitmapImage(new Uri(Path.Combine(ButtonIconsFolder, "CreateWall.png"), UriKind.Absolute));
pushButton.Image = new BitmapImage(new Uri(Path.Combine(ButtonIconsFolder, "CreateWall-S.png"), UriKind.Absolute));
pushButton.ToolTip = "Creates a partition wall in the building model.";
pushButton.ToolTipImage = new BitmapImage(new Uri(Path.Combine(ButtonIconsFolder, "CreateWallTooltip.bmp"), UriKind.Absolute));
pushButton = splitButton.AddPushButton(new PushButtonData("StrWallPush", "Structure Wall", AddInPath, "Revit.SDK.Samples.Ribbon.CS.CreateStructureWall"));
pushButton.LargeImage = new BitmapImage(new Uri(Path.Combine(ButtonIconsFolder, "StrcturalWall.png"), UriKind.Absolute));
pushButton.Image = new BitmapImage(new Uri(Path.Combine(ButtonIconsFolder, "StrcturalWall-S.png"), UriKind.Absolute));
#endregion
ribbonSamplePanel.AddSeparator();
#region Add a StackedButton which is consisted of one PushButton and two Comboboxes
PushButtonData pushButtonData = new PushButtonData("Reset", "Reset", AddInPath, "Revit.SDK.Samples.Ribbon.CS.ResetSetting");
ComboBoxData comboBoxDataLevel = new ComboBoxData("LevelsSelector");
ComboBoxData comboBoxDataShape = new ComboBoxData("WallShapeComboBox");
IList<RibbonItem> ribbonItemsStacked = ribbonSamplePanel.AddStackedItems(pushButtonData, comboBoxDataLevel, comboBoxDataShape);
((PushButton)(ribbonItemsStacked[0])).Image = new BitmapImage(new Uri(Path.Combine(ButtonIconsFolder, "Reset.png"), UriKind.Absolute));
//Add options to WallShapeComboBox
Autodesk.Revit.UI.ComboBox comboboxWallShape = (Autodesk.Revit.UI.ComboBox)(ribbonItemsStacked[2]);
ComboBoxMemberData comboBoxMemberData = new ComboBoxMemberData("RectangleWall", "RectangleWall");
ComboBoxMember comboboxMember = comboboxWallShape.AddItem(comboBoxMemberData);
comboboxMember.Image = new BitmapImage(new Uri(Path.Combine(ButtonIconsFolder, "RectangleWall.png"), UriKind.Absolute));
comboBoxMemberData = new ComboBoxMemberData("CircleWall", "CircleWall");
comboboxMember = comboboxWallShape.AddItem(comboBoxMemberData);
comboboxMember.Image = new BitmapImage(new Uri(Path.Combine(ButtonIconsFolder, "CircleWall.png"), UriKind.Absolute));
comboBoxMemberData = new ComboBoxMemberData("TriangleWall", "TriangleWall");
comboboxMember = comboboxWallShape.AddItem(comboBoxMemberData);
comboboxMember.Image = new BitmapImage(new Uri(Path.Combine(ButtonIconsFolder, "TriangleWall.png"), UriKind.Absolute));
comboBoxMemberData = new ComboBoxMemberData("SquareWall", "SquareWall");
comboboxMember = comboboxWallShape.AddItem(comboBoxMemberData);
comboboxMember.Image = new BitmapImage(new Uri(Path.Combine(ButtonIconsFolder, "SquareWall.png"), UriKind.Absolute));
#endregion
ribbonSamplePanel.AddSeparator();
#region Add a RadioButtonGroup for user to select WallType
RadioButtonGroupData radioButtonGroupData = new RadioButtonGroupData("WallTypeSelector");
RadioButtonGroup radioButtonGroup = (RadioButtonGroup)(ribbonSamplePanel.AddItem(radioButtonGroupData));
ToggleButton toggleButton = radioButtonGroup.AddItem(new ToggleButtonData("Generic8", "Generic - 8\"", AddInPath, "Revit.SDK.Samples.Ribbon.CS.Dummy"));
toggleButton.LargeImage = new BitmapImage(new Uri(Path.Combine(ButtonIconsFolder, "Generic8.png"), UriKind.Absolute));
toggleButton.Image = new BitmapImage(new Uri(Path.Combine(ButtonIconsFolder, "Generic8-S.png"), UriKind.Absolute));
toggleButton = radioButtonGroup.AddItem(new ToggleButtonData("ExteriorBrick", "Exterior - Brick", AddInPath, "Revit.SDK.Samples.Ribbon.CS.Dummy"));
toggleButton.LargeImage = new BitmapImage(new Uri(Path.Combine(ButtonIconsFolder, "ExteriorBrick.png"), UriKind.Absolute));
toggleButton.Image = new BitmapImage(new Uri(Path.Combine(ButtonIconsFolder, "ExteriorBrick-S.png"), UriKind.Absolute));
#endregion
//slide-out panel:
ribbonSamplePanel.AddSlideOut();
#region add a Text box to set the mark for new wall
TextBoxData testBoxData = new TextBoxData("WallMark");
Autodesk.Revit.UI.TextBox textBox = (Autodesk.Revit.UI.TextBox)(ribbonSamplePanel.AddItem(testBoxData));
textBox.Value = "new wall"; //default wall mark
textBox.Image = new BitmapImage(new Uri(Path.Combine(ButtonIconsFolder, "WallMark.png"), UriKind.Absolute));
textBox.ToolTip = "Set the mark for new wall";
textBox.ShowImageAsButton = true;
textBox.EnterPressed += new EventHandler<Autodesk.Revit.UI.Events.TextBoxEnterPressedEventArgs>(SetTextBoxValue);
#endregion
ribbonSamplePanel.AddSeparator();
#region Create a StackedButton which consisted of a PushButton (delete all the walls) and a PulldownButton (move all the walls in X or Y direction)
PushButtonData deleteWallsButtonData = new PushButtonData("deleteWalls", "Delete Walls", AddInPath, "Revit.SDK.Samples.Ribbon.CS.DeleteWalls");
deleteWallsButtonData.ToolTip = "Delete all the walls created by the Create Wall tool.";
deleteWallsButtonData.Image = new BitmapImage(new Uri(Path.Combine(ButtonIconsFolder, "DeleteWalls.png"), UriKind.Absolute));
PulldownButtonData moveWallsButtonData = new PulldownButtonData("moveWalls", "Move Walls");
moveWallsButtonData.ToolTip = "Move all the walls in X or Y direction";
moveWallsButtonData.Image = new BitmapImage(new Uri(Path.Combine(ButtonIconsFolder, "MoveWalls.png"), UriKind.Absolute));
// create stackable buttons
IList<RibbonItem> ribbonItems = ribbonSamplePanel.AddStackedItems(deleteWallsButtonData, moveWallsButtonData);
// add two push buttons as sub-items of the moveWalls PulldownButton.
PulldownButton moveWallItem = ribbonItems[1] as PulldownButton;
PushButton moveX = moveWallItem.AddPushButton(new PushButtonData("XDirection", "X Direction", AddInPath, "Revit.SDK.Samples.Ribbon.CS.XMoveWalls"));
moveX.ToolTip = "move all walls 10 feet in X direction.";
moveX.LargeImage = new BitmapImage(new Uri(Path.Combine(ButtonIconsFolder, "MoveWallsXLarge.png"), UriKind.Absolute));
PushButton moveY = moveWallItem.AddPushButton(new PushButtonData("YDirection", "Y Direction", AddInPath, "Revit.SDK.Samples.Ribbon.CS.YMoveWalls"));
moveY.ToolTip = "move all walls 10 feet in Y direction.";
moveY.LargeImage = new BitmapImage(new Uri(Path.Combine(ButtonIconsFolder, "MoveWallsYLarge.png"), UriKind.Absolute));
#endregion
ribbonSamplePanel.AddSeparator();
application.ControlledApplication.DocumentCreated += new EventHandler<Autodesk.Revit.DB.Events.DocumentCreatedEventArgs>(DocumentCreated);
}
public MultipleTextBoxControl(int identifier)
{
InitializeComponent();
_newTextBoxGroup = new TextBoxData(identifier);
}
public void Should_not_add_the_READONLY_attribute_if_ReadOnly_is_false()
{
var textBox = new TextBoxData("World");
var result = textBox.ToString();
result.ShouldBeEqualTo("<input type='text' class='textbox' value='World'/>");
}
