AddMark(ImGearARTMark,ImGearARTCoordinatesType,String) Method

Visual Basic

C#

Managed Extensions for C++

C++/CLI

'Declaration
 
Public Overloads Function AddMark( _
   ByVal mark As ImGearARTMark, _
   ByVal type As ImGearARTCoordinatesType, _
   ByVal groupName As String _
) As Integer

'Usage
 
Dim instance As ImGearARTPage
Dim mark As ImGearARTMark
Dim type As ImGearARTCoordinatesType
Dim groupName As String
Dim value As Integer
 
value = instance.AddMark(mark, type, groupName)

public int AddMark( 
   ImGearARTMark mark,
   ImGearARTCoordinatesType type,
   string groupName
)

public: int AddMark( 
   ImGearARTMark* mark,
   ImGearARTCoordinatesType type,
   string* groupName
)

public:
int AddMark( 
   ImGearARTMark^ mark,
   ImGearARTCoordinatesType type,
   String^ groupName
)

Parameters

mark: Reference to the mark to add.
type: Type of the coordinate system the mark coordinates are specified in.
groupName: Name of the group to add the mark to.

Return Value

Integer value.

You must specify the type of the mark's coordinate system. The mark will be drawn according to the type of its coordinate system.

C#	Copy Code
// Create and add some groups to the Groups array. igARTPage.Groups.Add(new ImGearARTGroup("Group1", "First test group")); igARTPage.Groups.Add(new ImGearARTGroup("Group2", "Second test group")); // Create start and end point points. ImGearPoint igPointStart = new ImGearPoint(); ImGearPoint igPointEnd = new ImGearPoint(); // Setup color for the line. ImGearRGBQuad igRGBQuad = new ImGearRGBQuad(40, 40, 200); // Create a series of diagonal lines adding each one to the 2 groups, // alternating between them. ImGearARTLine igARTLine; for (int i = 0; i < 20; i++) { igPointStart.X = i * 10; igPointStart.Y = 10; igPointEnd.X = i * 10 + 100; igPointEnd.Y = 110; igARTLine = new ImGearARTLine(igPointStart, igPointEnd, igRGBQuad); // Add the annotation to one of the 2 groups. if (i % 2 == 0) igARTPage.AddMark(igARTLine, ImGearARTCoordinatesType.IMAGE_COORD, "Group1"); else igARTPage.AddMark(igARTLine, ImGearARTCoordinatesType.IMAGE_COORD, "Group2"); } // Select Group1 igARTPage.Groups["Group1"].Select(true); // Delete Group2 MessageBox.Show("Deleting second group of lines.", "Deleting..."); igARTPage.Groups["Group2"].RemoveAll();

C#

Copy Code

// Create and add some groups to the Groups array.
igARTPage.Groups.Add(new ImGearARTGroup("Group1", "First test group"));
igARTPage.Groups.Add(new ImGearARTGroup("Group2", "Second test group"));
// Create start and end point points.
ImGearPoint igPointStart = new ImGearPoint();
ImGearPoint igPointEnd = new ImGearPoint();
// Setup color for the line.
ImGearRGBQuad igRGBQuad = new ImGearRGBQuad(40, 40, 200);
// Create a series of diagonal lines adding each one to the 2 groups,
// alternating between them.
ImGearARTLine igARTLine;
for (int i = 0; i < 20; i++)
{
    igPointStart.X = i * 10;
    igPointStart.Y = 10;
    igPointEnd.X = i * 10 + 100;
    igPointEnd.Y = 110;
    igARTLine = new ImGearARTLine(igPointStart, igPointEnd, igRGBQuad);
    // Add the annotation to one of the 2 groups.
    if (i % 2 == 0)
        igARTPage.AddMark(igARTLine, ImGearARTCoordinatesType.IMAGE_COORD, "Group1");
    else
        igARTPage.AddMark(igARTLine, ImGearARTCoordinatesType.IMAGE_COORD, "Group2");
}
// Select Group1
igARTPage.Groups["Group1"].Select(true);
// Delete Group2
MessageBox.Show("Deleting second group of lines.", "Deleting...");
igARTPage.Groups["Group2"].RemoveAll();

Visual Basic	Copy Code
' Create and add some groups to the Groups array. igARTPage.Groups.Add(New ImGearARTGroup("Group1", "First test group")) igARTPage.Groups.Add(New ImGearARTGroup("Group2", "Second test group")) ' Create start and end point points. Dim igPointStart As New ImGearPoint() Dim igPointEnd As New ImGearPoint() ' Setup color for the line. Dim igRGBQuad As New ImGearRGBQuad(40, 40, 200) ' Create a series of diagonal lines adding each one to the 2 groups, ' alternating between them. Dim igARTLine As ImGearARTLine For i As Integer = 0 To 19 igPointStart.X = i * 10 igPointStart.Y = 10 igPointEnd.X = i * 10 + 100 igPointEnd.Y = 110 igARTLine = New ImGearARTLine(igPointStart, igPointEnd, igRGBQuad) ' Add the annotation to one of the 2 groups. If i Mod 2 = 0 Then igARTPage.AddMark(igARTLine, ImGearARTCoordinatesType.IMAGE_COORD, "Group1") Else igARTPage.AddMark(igARTLine, ImGearARTCoordinatesType.IMAGE_COORD, "Group2") End If Next ' Select Group1 igARTPage.Groups("Group1").[Select](True) ' Delete Group2 MessageBox.Show("Deleting second group of lines.", "Deleting...") igARTPage.Groups("Group2").RemoveAll()

Visual Basic

Copy Code

' Create and add some groups to the Groups array.
igARTPage.Groups.Add(New ImGearARTGroup("Group1", "First test group"))
igARTPage.Groups.Add(New ImGearARTGroup("Group2", "Second test group"))
' Create start and end point points.
Dim igPointStart As New ImGearPoint()
Dim igPointEnd As New ImGearPoint()
' Setup color for the line.
Dim igRGBQuad As New ImGearRGBQuad(40, 40, 200)
' Create a series of diagonal lines adding each one to the 2 groups,
' alternating between them.
Dim igARTLine As ImGearARTLine
For i As Integer = 0 To 19
    igPointStart.X = i * 10
    igPointStart.Y = 10
    igPointEnd.X = i * 10 + 100
    igPointEnd.Y = 110
    igARTLine = New ImGearARTLine(igPointStart, igPointEnd, igRGBQuad)
    ' Add the annotation to one of the 2 groups.
    If i Mod 2 = 0 Then
        igARTPage.AddMark(igARTLine, ImGearARTCoordinatesType.IMAGE_COORD, "Group1")
    Else
        igARTPage.AddMark(igARTLine, ImGearARTCoordinatesType.IMAGE_COORD, "Group2")
    End If
Next
' Select Group1
igARTPage.Groups("Group1").[Select](True)
' Delete Group2
MessageBox.Show("Deleting second group of lines.", "Deleting...")
igARTPage.Groups("Group2").RemoveAll()

Reference

ImGearARTPage Class
ImGearARTPage Members
Overload List
ImGearARTMark Class
ImGearARTCoordinatesType Enumeration

Syntax

Parameters

Return Value

Remarks

Example

See Also

Reference