Creating and Removing Splits

In code, you must create and remove splits using the RemoveHorizontalSplit, InsertHorizontalSplit, RemoveVerticalSplit, and InsertVerticalSplit methods. Each method takes a zero-based split index:

To write code in Visual Basic

Visual Basic	Copy Code
' Create a split with index 7. Me.C1List1.InsertVerticalSplit(7) ' Remove the split with index 5. Me.C1List1.RemoveVerticalSplit(5)

To write code in C#

C#	Copy Code
// Create a split with index 7. this.c1List1.InsertVerticalSplit[7]; // Remove the split with index 5. this.c1List1.RemoveVerticalSplit[5];

You can determine the number of splits in a list using the SplitCollection Count property:

To write code in Visual Basic

Visual Basic	Copy Code
' Set variable equal to the number of splits in C1List1. variable = Me.C1List1.Splits.Count

To write code in C#

C#	Copy Code
// Set variable equal to the number of splits in C1List1. variable = this.c1List1.Splits.Count;

You can iterate through all splits using the Count property, for example:

To write code in Visual Basic

Visual Basic	Copy Code
For n = 0 To Me.C1List1.Splits.Count - 1 Debug.WriteLine (Me.C1List1.Splits(n).Caption) Next n

To write code in C#

C#	Copy Code
for ( n = 0; n <= this.C1List1.Splits.Count 1; i++) { Console.WriteLine (this.C1List1.Splits[n].Caption); }

Of course, a more efficient way to code this would be to use a For Each...Next loop:

To write code in Visual Basic

Visual Basic	Copy Code
Dim S As C1List.Split For Each S In Me.C1List1.Splits Debug.WriteLine (S.Caption) Next S

To write code in C#

C#	Copy Code
C1List.Split S; foreach (S in this.C1List1.Splits) { Console.WriteLine (S.Caption); }

The new Split object will inherit all of its properties from the last object in the collection.