/// <summary>
/// Called after OpenXMLFileDialog has closed successfully. Clears then populates PulseTree based on contents of chosen XML File.
/// </summary>
void OpenXMLFile()
{
XmlTextReader XMLFile = new XmlTextReader(openXMLFileDialog.FileName);
List <TreeNode> NodeList = new List <TreeNode>();
PulseTree.BeginUpdate();
PulseTree.Nodes.Clear();
while (XMLFile.Read())
{
if (XMLFile.NodeType == XmlNodeType.Element)
{
if (XMLFile.Name.ToUpper() == "Pulse".ToUpper())
{
LaserState State = CreateStateFromXMLLine(XMLFile);
TreeNode Node = new TreeNode();
Node.Text = State.Name;
Node.Tag = State;
NodeList.Add(Node);
}
else if (XMLFile.Name.ToUpper() == "Loop".ToUpper())
{
LoopState Loop = new LoopState();
while (XMLFile.MoveToNextAttribute())
{
if (XMLFile.Name.ToUpper() == "LoopCount".ToUpper())
{
Loop.LoopCount = System.Int32.Parse(XMLFile.Value);
}
else if (XMLFile.Name.ToUpper() == "Name".ToUpper())
{
Loop.Name = XMLFile.Value;
}
else if (XMLFile.Name.ToUpper() == "FPGALoop".ToUpper())
{
Loop.bIsFPGALoop = System.Boolean.Parse(XMLFile.Value);
}
}
TreeNode Node = ReadLoopIntoNode(new TreeNode(), XMLFile);
Node.Text = Loop.Name;
Node.Text += " (Loop x" + Loop.LoopCount + ")";
Node.Tag = Loop;
NodeList.Add(Node);
}
}
}
PulseTree.Nodes.AddRange(NodeList.ToArray());
PulseTree.CollapseAll();
PulseTree.EndUpdate();
XMLFile.Close();
}
private void addRabiLoop(TreeView newPulseTree, LoopState loop, TreeNode loopNode,
LaserState oldState, TreeNode laserNode, int pulseLength, int repeats)
{
// Create loop state for this pulse length
loop = new LoopState();
loop.Name = "Pulse length: " + (float)pulseLength * 0.64 / 1000 + "ms";
loop.LoopCount = repeats;
loop.bIsFPGALoop = true; // Always make it an FPGA loop
// Add loop to top level of nodes on new pulse tree
loopNode = newPulseTree.Nodes.Add(loop.Name);
loopNode.Tag = loop;
// Select the loop node so that we can add children to it
newPulseTree.SelectedNode = loopNode;
LaserState[] newState = new LaserState[PulseTree.Nodes.Count];
for (int i = 0; i < PulseTree.Nodes.Count; i++)
{
newState[i] = new LaserState();
oldState = (LaserState)PulseTree.Nodes[i].Tag;
copyState(oldState, newState[i]);
// If we want to sweep this state, set the pulse length
if (newState[i].toSweep)
{
// Set correct ticks & target length
newState[i].Ticks = pulseLength;
newState[i].TargetLength = pulseLength * 640;
}
// If not to sweep, just leave it as it is
// Add the state as a child of the loop
laserNode = newPulseTree.SelectedNode.Nodes.Add(newState[i].Name);
laserNode.Tag = newState[i];
}
// Create 'Send Data' LaserState
LaserState sendData = new LaserState();
sendData.Name = "Send Data";
sendData.StateType = LaserState.PulseType.SENDDATA;
// Add 'Send Data' LaserState as a node to new pulse tree
TreeNode sendDataNode = newPulseTree.Nodes.Add(sendData.Name);
sendDataNode.Tag = sendData;
}
/// <summary>
/// Recursive method to read nodes from XML File. Should be called after reading Loop opening element.
/// </summary>
/// <param name="Node">Node that childen are added to.</param>
/// <param name="XMLFile">Open XmlTextReader representing XML File to read from.</param>
/// <returns></returns>
TreeNode ReadLoopIntoNode(TreeNode Node, XmlTextReader XMLFile)
{
while (XMLFile.Read())
{
if (XMLFile.NodeType == XmlNodeType.Element)
{
if (XMLFile.Name.ToUpper() == "Pulse".ToUpper())
{
LaserState State = CreateStateFromXMLLine(XMLFile);
TreeNode T = Node.Nodes.Add(State.Name);
T.Tag = State;
}
else if (XMLFile.Name.ToUpper() == "Loop".ToUpper())
{
LoopState Loop = new LoopState();
while (XMLFile.MoveToNextAttribute())
{
if (XMLFile.Name.ToUpper() == "LoopCount".ToUpper())
{
Loop.LoopCount = System.Int32.Parse(XMLFile.Value);
}
else if (XMLFile.Name.ToUpper() == "Name".ToUpper())
{
Loop.Name = XMLFile.Value;
}
}
TreeNode T = ReadLoopIntoNode(new TreeNode(), XMLFile);
T.Text = Loop.Name;
T.Text += " (Loop x" + Loop.LoopCount + ")";
T.Tag = Loop;
Node.Nodes.Add(T);
}
}
else if (XMLFile.NodeType == XmlNodeType.EndElement)
{
if (XMLFile.Name.ToUpper() == "Loop".ToUpper())
{
break;
}
}
}
return(Node);
}
/// <summary>
/// Creates a new class of type Pulse based on current form input.
/// </summary>
/// <param name="bIsLoop">Set to true to create a Loop, false to create a LaserState.</param>
/// <returns>Returns newly created Pulse.</returns>
Pulse CreatePulseFromForm(bool bIsLoop)
{
if (bIsLoop)
{
LoopState L = new LoopState();
if (NameBox.Text != "") //don't add a blank slot.
{
L.Name = NameBox.Text;
}
L.LoopCount = (int)LoopNumberBox.Value;
L.bIsFPGALoop = FPGALoopSelect.Checked;
return(L);
}
else
{
LaserState State = new LaserState();
if (NameBox.Text != "") //don't add a blank slot.
{
State.Name = NameBox.Text;
}
State.Laser397B1 = LaserBox397B1.Checked;
State.Laser397B2 = LaserBox397B2.Checked;
State.Laser729 = LaserBox729.Checked;
State.Laser854 = LaserBox854.Checked;
State.Laser854POWER = LaserBox854POWER.Checked;
State.Laser854FREQ = LaserBox854FREQ.Checked;
State.LaserAux1 = LaserBoxAux1.Checked;
switch ((int)SourceSelect729.Value)
{
case 0:
State.Laser729P0 = true;
State.Laser729P1 = true;
State.Laser729P2 = true;
break;
case 1:
State.Laser729P0 = false;
State.Laser729P1 = true;
State.Laser729P2 = true;
break;
case 2:
State.Laser729P0 = true;
State.Laser729P1 = false;
State.Laser729P2 = true;
break;
case 3:
State.Laser729P0 = false;
State.Laser729P1 = false;
State.Laser729P2 = true;
break;
case 4:
State.Laser729P0 = true;
State.Laser729P1 = true;
State.Laser729P2 = false;
break;
case 5:
State.Laser729P0 = false;
State.Laser729P1 = true;
State.Laser729P2 = false;
break;
case 6:
State.Laser729P0 = true;
State.Laser729P1 = false;
State.Laser729P2 = false;
break;
case 7:
State.Laser729P0 = false;
State.Laser729P1 = false;
State.Laser729P2 = false;
break;
}
//Set pulse length to nearest number of ticks
State.Ticks = tickRounder();
State.TargetLength = (int)TicksBox.Value;
if (PulseTypeBox.SelectedIndex == 0)
{
State.StateType = LaserState.PulseType.STARTLOOP;
}
else if (PulseTypeBox.SelectedIndex == 1)
{
State.StateType = LaserState.PulseType.WAIT_LABVIEW;
}
else if (PulseTypeBox.SelectedIndex == 2)
{
State.StateType = LaserState.PulseType.WAIT_MAINSPHASE;
}
else if (PulseTypeBox.SelectedIndex == 3)
{
State.StateType = LaserState.PulseType.NORMAL;
}
else if (PulseTypeBox.SelectedIndex == 4)
{
State.StateType = LaserState.PulseType.COUNT;
}
else if (PulseTypeBox.SelectedIndex == 5)
{
State.StateType = LaserState.PulseType.STOP;
}
else if (PulseTypeBox.SelectedIndex == 6)
{
State.StateType = LaserState.PulseType.SENDDATA;
}
return(State);
}
}
/// <summary>
/// Creates a new class of type Pulse based on current form input.
/// </summary>
/// <param name="bIsLoop">Set to true to create a Loop, false to create a LaserState.</param>
/// <returns>Returns newly created Pulse.</returns>
Pulse CreatePulseFromForm(bool bIsLoop)
{
if (bIsLoop)
{
LoopState L = new LoopState();
if (NameBox.Text != "") //don't add a blank slot.
{
L.Name = NameBox.Text;
}
L.LoopCount = (int)LoopNumberBox.Value;
L.bIsFPGALoop = FPGALoopSelect.Checked;
return L;
}
else
{
LaserState State = new LaserState();
if (NameBox.Text != "") //don't add a blank slot.
{
State.Name = NameBox.Text;
}
State.Laser397B1 = LaserBox397B1.Checked;
State.Laser397B2 = LaserBox397B2.Checked;
State.Laser729 = LaserBox729.Checked;
State.Laser854 = LaserBox854.Checked;
State.Laser854POWER = LaserBox854POWER.Checked;
State.Laser854FREQ = LaserBox854FREQ.Checked;
State.LaserAux1 = LaserBoxAux1.Checked;
switch ((int)SourceSelect729.Value)
{
case 0:
State.Laser729P0 = true;
State.Laser729P1 = true;
State.Laser729P2 = true;
break;
case 1:
State.Laser729P0 = false;
State.Laser729P1 = true;
State.Laser729P2 = true;
break;
case 2:
State.Laser729P0 = true;
State.Laser729P1 = false;
State.Laser729P2 = true;
break;
case 3:
State.Laser729P0 = false;
State.Laser729P1 = false;
State.Laser729P2 = true;
break;
case 4:
State.Laser729P0 = true;
State.Laser729P1 = true;
State.Laser729P2 = false;
break;
case 5:
State.Laser729P0 = false;
State.Laser729P1 = true;
State.Laser729P2 = false;
break;
case 6:
State.Laser729P0 = true;
State.Laser729P1 = false;
State.Laser729P2 = false;
break;
case 7:
State.Laser729P0 = false;
State.Laser729P1 = false;
State.Laser729P2 = false;
break;
}
//Set pulse length to nearest number of ticks
State.Ticks = tickRounder();
State.TargetLength = (int)TicksBox.Value;
if (PulseTypeBox.SelectedIndex == 0)
{
State.StateType = LaserState.PulseType.STARTLOOP;
}
else if (PulseTypeBox.SelectedIndex == 1)
{
State.StateType = LaserState.PulseType.WAIT_LABVIEW;
}
else if (PulseTypeBox.SelectedIndex == 2)
{
State.StateType = LaserState.PulseType.WAIT_MAINSPHASE;
}
else if (PulseTypeBox.SelectedIndex == 3)
{
State.StateType = LaserState.PulseType.NORMAL;
}
else if (PulseTypeBox.SelectedIndex == 4)
{
State.StateType = LaserState.PulseType.COUNT;
}
else if (PulseTypeBox.SelectedIndex == 5)
{
State.StateType = LaserState.PulseType.STOP;
}
else if (PulseTypeBox.SelectedIndex == 6)
{
State.StateType = LaserState.PulseType.SENDDATA;
}
return State;
}
}
/// <summary>
/// Recursive method to read nodes from XML File. Should be called after reading Loop opening element.
/// </summary>
/// <param name="Node">Node that childen are added to.</param>
/// <param name="XMLFile">Open XmlTextReader representing XML File to read from.</param>
/// <returns></returns>
TreeNode ReadLoopIntoNode(TreeNode Node, XmlTextReader XMLFile)
{
while (XMLFile.Read())
{
if (XMLFile.NodeType == XmlNodeType.Element)
{
if (XMLFile.Name.ToUpper() == "Pulse".ToUpper())
{
LaserState State = CreateStateFromXMLLine(XMLFile);
TreeNode T = Node.Nodes.Add(State.Name);
T.Tag = State;
}
else if (XMLFile.Name.ToUpper() == "Loop".ToUpper())
{
LoopState Loop = new LoopState();
while (XMLFile.MoveToNextAttribute())
{
if (XMLFile.Name.ToUpper() == "LoopCount".ToUpper())
{
Loop.LoopCount = System.Int32.Parse(XMLFile.Value);
}
else if (XMLFile.Name.ToUpper() == "Name".ToUpper())
{
Loop.Name = XMLFile.Value;
}
}
TreeNode T = ReadLoopIntoNode(new TreeNode(), XMLFile);
T.Text = Loop.Name;
T.Text += " (Loop x" + Loop.LoopCount + ")";
T.Tag = Loop;
Node.Nodes.Add(T);
}
}
else if (XMLFile.NodeType == XmlNodeType.EndElement)
{
if (XMLFile.Name.ToUpper() == "Loop".ToUpper())
{
break;
}
}
}
return Node;
}
/// <summary>
/// Called after OpenXMLFileDialog has closed successfully. Clears then populates PulseTree based on contents of chosen XML File.
/// </summary>
void OpenXMLFile()
{
XmlTextReader XMLFile = new XmlTextReader(openXMLFileDialog.FileName);
List<TreeNode> NodeList = new List<TreeNode>();
PulseTree.BeginUpdate();
PulseTree.Nodes.Clear();
while (XMLFile.Read())
{
if (XMLFile.NodeType == XmlNodeType.Element)
{
if (XMLFile.Name.ToUpper() == "Pulse".ToUpper())
{
LaserState State = CreateStateFromXMLLine(XMLFile);
TreeNode Node = new TreeNode();
Node.Text = State.Name;
Node.Tag = State;
NodeList.Add(Node);
}
else if (XMLFile.Name.ToUpper() == "Loop".ToUpper())
{
LoopState Loop = new LoopState();
while (XMLFile.MoveToNextAttribute())
{
if (XMLFile.Name.ToUpper() == "LoopCount".ToUpper())
{
Loop.LoopCount = System.Int32.Parse(XMLFile.Value);
}
else if (XMLFile.Name.ToUpper() == "Name".ToUpper())
{
Loop.Name = XMLFile.Value;
}
else if (XMLFile.Name.ToUpper() == "FPGALoop".ToUpper())
{
Loop.bIsFPGALoop = System.Boolean.Parse(XMLFile.Value);
}
}
TreeNode Node = ReadLoopIntoNode(new TreeNode(), XMLFile);
Node.Text = Loop.Name;
Node.Text += " (Loop x" + Loop.LoopCount + ")";
Node.Tag = Loop;
NodeList.Add(Node);
}
}
}
PulseTree.Nodes.AddRange(NodeList.ToArray());
PulseTree.CollapseAll();
PulseTree.EndUpdate();
XMLFile.Close();
}
private void generateSequenceButton_Click(object sender, EventArgs e)
{
/*
* LaserState state = new LaserState();
* // Loop through each pulse
*
* for (int i = 0; i < pulseTemplate.Count; i++)
* {
* if (typeof(LaserState).IsAssignableFrom(pulseTemplate[i].Tag.GetType()))
* {
* state = (LaserState)pulseTemplate[i].Tag;
* if (state.StateType == LaserState.PulseType.NORMAL || state.StateType == LaserState.PulseType.COUNT)
* {
* // Call method to find out if that item is checked in pulseSelectBox
* if (isItemChecked(state.Name))
* {
* // Set property in the state to say we should sweep this
* state.toSweep = true;
* }
* }
* }
* }*/
LaserState state = new LaserState();
LoopState loopState = new LoopState();
// Loop through each pulse
for (int i = 0; i < pulseTemplate.Count; i++)
{
if (typeof(LaserState).IsAssignableFrom(pulseTemplate[i].Tag.GetType()))
{
state = (LaserState)pulseTemplate[i].Tag;
// If the state type is NORMAL or COUNT
if (state.StateType == LaserState.PulseType.NORMAL || state.StateType == LaserState.PulseType.COUNT)
{
if (isItemChecked(state.Name))
{
// Set property in the state to say we should sweep this
state.toSweep = true;
}
}
}
if (typeof(LoopState).IsAssignableFrom(pulseTemplate[i].Tag.GetType()))
{
loopState = (LoopState)pulseTemplate[i].Tag;
if (isItemChecked(loopState.Name))
{
// Set property in the state to say we should sweep this
loopState.toSweep = true;
}
for (int j = 0; j < pulseTemplate[i].Nodes.Count; j++)
{
if (typeof(LaserState).IsAssignableFrom(pulseTemplate[i].Nodes[j].Tag.GetType()))
{
state = (LaserState)pulseTemplate[i].Nodes[j].Tag;
// If the state type is NORMAL or COUNT
if (state.StateType == LaserState.PulseType.NORMAL || state.StateType == LaserState.PulseType.COUNT)
{
if (isItemChecked(state.Name))
{
// Set property in the state to say we should sweep this
state.toSweep = true;
}
}
}
}
}
}
}
public RabiSelector(TreeNodeCollection pulseTemplatePassed)
{
InitializeComponent();
pulseTemplate = pulseTemplatePassed;
LaserState state = new LaserState();
LoopState loopState = new LoopState();
// Loop through each pulse
for (int i = 0; i < pulseTemplate.Count; i++)
{
if (typeof(LaserState).IsAssignableFrom(pulseTemplate[i].Tag.GetType()))
{
state = (LaserState)pulseTemplate[i].Tag;
// If the state type is NORMAL or COUNT
if (state.StateType == LaserState.PulseType.NORMAL || state.StateType == LaserState.PulseType.COUNT)
{
// Add the name of the pulse to a list, for displaying on the form
for (int k = 0; k < pulseNameList.Count; k++)
{
// Compare the item in the list to the desired item (both strings)
if (pulseNameList[k] == state.Name)
{
MessageBox.Show("Sequence creation failed. Template contains multiple pulses with same name. Please fix and try again.");
return;
}
}
pulseNameList.Add(state.Name);
}
}
if (typeof(LoopState).IsAssignableFrom(pulseTemplate[i].Tag.GetType()))
{
loopState = (LoopState)pulseTemplate[i].Tag;
for (int k = 0; k < pulseNameList.Count; k++)
{
// Compare the item in the list to the desired item (both strings)
if (pulseNameList[k] == loopState.Name)
{
MessageBox.Show("Sequence creation failed. Template contains multiple pulses with same name. Please fix and try again.");
return;
}
}
pulseNameList.Add(loopState.Name);
for (int j = 0; j < pulseTemplate[i].Nodes.Count; j++)
{
if (typeof(LaserState).IsAssignableFrom(pulseTemplate[i].Nodes[j].Tag.GetType()))
{
state = (LaserState)pulseTemplate[i].Nodes[j].Tag;
// If the state type is NORMAL or COUNT
if (state.StateType == LaserState.PulseType.NORMAL || state.StateType == LaserState.PulseType.COUNT)
{
// Add the name of the pulse to a list, for displaying on the form
for (int k = 0; k < pulseNameList.Count; k++)
{
// Compare the item in the list to the desired item (both strings)
if (pulseNameList[k] == state.Name)
{
MessageBox.Show("Sequence creation failed. Template contains multiple pulses with same name. Please fix and try again.");
return;
}
}
pulseNameList.Add(state.Name);
}
}
}
}
}
// Make list of pulse names the data source for checkbox list on form
// This may not work....
this.pulseSelectBox.DataSource = pulseNameList;
this.ShowDialog();
}
private void CreateFromTemplateButton_Click(object sender, EventArgs e)
{
if (PulseTree.Nodes.Count == 0)
{
WriteMessage("Can't create pulse sequence: No laser states have been set", true);
return;
}
RabiSelector myRabiSelector = new RabiSelector(PulseTree.Nodes);
myRabiSelector.startExperimentButton.Enabled = false;
myRabiSelector.ShowDialog();
// If user did not press OK, don't do anything else in this method
if (myRabiSelector.DialogResult != DialogResult.OK)
{
return;
}
// Create new treeview object to build new pulse tree into
TreeView newPulseTree = new TreeView();
// Grab sweep parameters from form
int startLength = (int)myRabiSelector.startLengthSelect.Value;
int stepSize = (int)myRabiSelector.stepSizeSelect.Value;
int steps = (int)myRabiSelector.stepsSelect.Value;
int repeats = (int)myRabiSelector.repeatsSelect.Value;
int pulseLength = new int();
// Create the Rabi-type sequence using data from form
LoopState[] myLoopStates = new LoopState[steps];
TreeNode[] myLoopNodes = new TreeNode[steps];
LaserState[] myLaserStates = new LaserState[steps];
TreeNode[] myLaserNodes = new TreeNode[steps];
// For each step
for (int i = 0; i < steps; i++)
{
// Calculate pulse length
pulseLength = startLength + i * stepSize;
// Add a new loop with this pulse length
addRabiLoop(newPulseTree, myLoopStates[i], myLoopNodes[i], myLaserStates[i], myLaserNodes[i], pulseLength, repeats);
}
// Create 'Stop Experiment' state
LaserState stop = new LaserState();
stop.Name = "Stop Experiment";
stop.StateType = LaserState.PulseType.STOP;
// Add 'Stop Experiment' state as a node to new pulse tree
TreeNode stopNode = newPulseTree.Nodes.Add(stop.Name);
stopNode.Tag = stop;
// Disable redrawing while we update
PulseTree.BeginUpdate();
// Clear old nodes from PulseTree
PulseTree.Nodes.Clear();
// Clone nodes from newPulseTree into main PulseTree control
for (int i = 0; i < newPulseTree.Nodes.Count; i++)
{
PulseTree.Nodes.Add((TreeNode)newPulseTree.Nodes[i].Clone());
}
PulseTree.CollapseAll();
PulseTree.EndUpdate(); // Re-enable redrawing
}
private void CreateFromTemplateButton_Click(object sender, EventArgs e)
{
if (PulseTree.Nodes.Count == 0)
{
WriteMessage("Can't create pulse sequence: No laser states have been set", true);
return;
}
RabiSelector myRabiSelector = new RabiSelector(PulseTree.Nodes);
myRabiSelector.startExperimentButton.Enabled = false;
myRabiSelector.ShowDialog();
// If user did not press OK, don't do anything else in this method
if (myRabiSelector.DialogResult != DialogResult.OK) return;
// Create new treeview object to build new pulse tree into
TreeView newPulseTree = new TreeView();
// Grab sweep parameters from form
int startLength = (int)myRabiSelector.startLengthSelect.Value;
int stepSize = (int)myRabiSelector.stepSizeSelect.Value;
int steps = (int)myRabiSelector.stepsSelect.Value;
int repeats = (int)myRabiSelector.repeatsSelect.Value;
int pulseLength = new int();
// Create the Rabi-type sequence using data from form
LoopState[] myLoopStates = new LoopState[steps];
TreeNode[] myLoopNodes = new TreeNode[steps];
LaserState[] myLaserStates = new LaserState[steps];
TreeNode[] myLaserNodes = new TreeNode[steps];
// For each step
for (int i = 0; i < steps; i++)
{
// Calculate pulse length
pulseLength = startLength + i * stepSize;
// Add a new loop with this pulse length
addRabiLoop(newPulseTree, myLoopStates[i], myLoopNodes[i], myLaserStates[i], myLaserNodes[i], pulseLength, repeats);
}
// Create 'Stop Experiment' state
LaserState stop = new LaserState();
stop.Name = "Stop Experiment";
stop.StateType = LaserState.PulseType.STOP;
// Add 'Stop Experiment' state as a node to new pulse tree
TreeNode stopNode = newPulseTree.Nodes.Add(stop.Name);
stopNode.Tag = stop;
// Disable redrawing while we update
PulseTree.BeginUpdate();
// Clear old nodes from PulseTree
PulseTree.Nodes.Clear();
// Clone nodes from newPulseTree into main PulseTree control
for (int i = 0; i < newPulseTree.Nodes.Count; i++)
{
PulseTree.Nodes.Add((TreeNode)newPulseTree.Nodes[i].Clone());
}
PulseTree.CollapseAll();
PulseTree.EndUpdate(); // Re-enable redrawing
}
private void addRabiLoop(TreeView newPulseTree,LoopState loop, TreeNode loopNode,
LaserState oldState, TreeNode laserNode, int pulseLength, int repeats)
{
// Create loop state for this pulse length
loop = new LoopState();
loop.Name = "Pulse length: " + (float)pulseLength * 0.64 / 1000 + "ms";
loop.LoopCount = repeats;
loop.bIsFPGALoop = true; // Always make it an FPGA loop
// Add loop to top level of nodes on new pulse tree
loopNode = newPulseTree.Nodes.Add(loop.Name);
loopNode.Tag = loop;
// Select the loop node so that we can add children to it
newPulseTree.SelectedNode = loopNode;
LaserState[] newState = new LaserState[PulseTree.Nodes.Count];
for (int i = 0; i < PulseTree.Nodes.Count; i++)
{
newState[i] = new LaserState();
oldState = (LaserState)PulseTree.Nodes[i].Tag;
copyState(oldState, newState[i]);
// If we want to sweep this state, set the pulse length
if (newState[i].toSweep)
{
// Set correct ticks & target length
newState[i].Ticks = pulseLength;
newState[i].TargetLength = pulseLength * 640;
}
// If not to sweep, just leave it as it is
// Add the state as a child of the loop
laserNode = newPulseTree.SelectedNode.Nodes.Add(newState[i].Name);
laserNode.Tag = newState[i];
}
// Create 'Send Data' LaserState
LaserState sendData = new LaserState();
sendData.Name = "Send Data";
sendData.StateType = LaserState.PulseType.SENDDATA;
// Add 'Send Data' LaserState as a node to new pulse tree
TreeNode sendDataNode = newPulseTree.Nodes.Add(sendData.Name);
sendDataNode.Tag = sendData;
}