private void writeMaterialAsElement(XmlTextWriter xw, MetalBar material)
{
xw.WriteStartElement("Material");
//Type
xw.WriteStartElement("Type");
xw.WriteString(material.type);
xw.WriteEndElement();
//Holes
xw.WriteStartElement("Holes");
xw.WriteString(material.holes.ToString());
xw.WriteEndElement();
//Length
xw.WriteStartElement("Length");
xw.WriteString(material.length.ToString());
xw.WriteEndElement();
//FirstOffset
xw.WriteStartElement("FirstOffset");
xw.WriteString(material.firstOffset.ToString());
xw.WriteEndElement();
//LastOffset
xw.WriteStartElement("LastOffset");
xw.WriteString(material.lastOffset.ToString());
xw.WriteEndElement();
//holeDist
xw.WriteStartElement("HoleDist");
xw.WriteString(material.holeDist.ToString());
xw.WriteEndElement();
//Finish out and close the overall element.
xw.WriteEndElement();
}
private void addButton_Click(object sender, EventArgs e)
{
MetalBar rmBar = new MetalBar();
rmBar.type = typeTextBox.Text.ToString();
Double.TryParse(overLenTextB.Text.ToString(), out rmBar.length);
if (holesCHK.Enabled)
{
rmBar.holes = true;
Double.TryParse(leftOffTextB.Text.ToString(), out rmBar.firstOffset);
Double.TryParse(rightOffTextB.Text.ToString(), out rmBar.lastOffset);
Double.TryParse(holeDistTextB.Text.ToString(), out rmBar.holeDist);
}
else
rmBar.holes = false;
bool noMatch = true;
for (int i = 0; i < rawMats.Count; i++)
{
if(String.Compare(rawMats[i].type, typeTextBox.Text.ToString()) == 0)
noMatch = false;
}
if (noMatch)
rawMats.Add(rmBar);
else
{
string errMsg = "Cannot add duplicate raw materials.";
this.errorProvider1.SetError(addButton, errMsg);
}
displayPartList();
}
public bool validCut(MetalBar pc, bool backCut)
{
MetalBar testPiece = new MetalBar();
testPiece.length = loadedPiece.length;
if (backCut)
{
testPiece.lastOffset = loadedPiece.firstOffset;
testPiece.firstOffset = loadedPiece.lastOffset;
}
else
{
testPiece.lastOffset = loadedPiece.lastOffset;
testPiece.firstOffset = loadedPiece.firstOffset;
}
testPiece.holeDist = loadedPiece.holeDist;
if (testPiece.length > pc.length)
{
if (testPiece.firstOffset > pc.firstOffset)
{
double difference = testPiece.firstOffset - pc.firstOffset;
testPiece.length -= difference;
}
else if (testPiece.firstOffset < pc.firstOffset)
{
testPiece.length -= testPiece.firstOffset;
testPiece.firstOffset = testPiece.holeDist;
double difference = testPiece.firstOffset - pc.firstOffset;
testPiece.length -= difference;
}
//Then we see if there's enough left to cut it to length. If there is, we return true.
//Otherwise we return false.
if (testPiece.length >= pc.length)
{
return(true);
}
else
{
return(false);
}
}
else if (testPiece.length == pc.length)
{
if (testPiece.firstOffset == pc.firstOffset && testPiece.lastOffset == pc.lastOffset)
{
return(true);
}
else
{
return(false);
}
}
else
{
return(false);
}
}
public MetalBar(MetalBar cpy)
{
type = cpy.type;
holes = cpy.holes;
length = cpy.length;
firstOffset = cpy.firstOffset;
lastOffset = cpy.lastOffset;
holeDist = cpy.holeDist;
}
public MetalBar(MetalBar cpy)
{
type = cpy.type;
holes = cpy.holes;
length = cpy.length;
firstOffset = cpy.firstOffset;
lastOffset = cpy.lastOffset;
holeDist = cpy.holeDist;
}
private int matchClosestDrop(List <MetalBar> pile, MetalBar pc)
{
double bestSize = 2000;
int bestID = -1;
for (int i = 0; i < pile.Count(); i++)
{
//std::cout << "Comparing: " << pile[i].length << " < " << bestSize << " and " << pile[i].length << " > " << pc.length << "\n";
if (pile[i].length <bestSize && pile[i].length> pc.length)
{
bestSize = pile[i].length;
bestID = i;
}
}
return(bestID);
}
public void cutPiece(MetalBar pc, bool backCut)
{
//The very first thing we need to do is flip the piece on the table around if we want to back cut it.
if (backCut)
{
double tempOffset = loadedPiece.firstOffset;
loadedPiece.firstOffset = loadedPiece.lastOffset;
loadedPiece.lastOffset = tempOffset;
}
//Do two things here. First, we need to cut to the offset.
//If the first offset on the loaded piece is more than that of the piece we want, just cut it down.
if (loadedPiece.firstOffset > pc.firstOffset)
{
//Get the difference first.
double difference = loadedPiece.firstOffset - pc.firstOffset;
//Then cut down the length of the loaded piece by the difference.
loadedPiece.length -= difference;
//Then we cut the piece itself to length.
loadedPiece.length -= pc.length;
//Then we need to set the first offset to the hole distance of the raw material
//minus the last offset of the piece we just cut.
loadedPiece.firstOffset = loadedPiece.holeDist - pc.lastOffset;
}
//If the first offset on the loaded piece is less than that of the piece we want, we have to go down to the next hole.
else if (loadedPiece.firstOffset < pc.firstOffset)
{
//We cut the first hole off to make the offset distance the maximum possible for the raw material.
loadedPiece.length -= pc.firstOffset;
loadedPiece.firstOffset = loadedPiece.holeDist;
//Then we proceed as normal.
double difference = loadedPiece.firstOffset - pc.firstOffset;
loadedPiece.length -= difference;
loadedPiece.length -= pc.length;
loadedPiece.firstOffset = loadedPiece.holeDist - loadedPiece.lastOffset;
}
//Otherwise if they're equal just cut the length off.
//I don't anticipate this ever happening but you never know!
else
{
loadedPiece.length -= pc.length;
loadedPiece.firstOffset = loadedPiece.holeDist - pc.lastOffset;
}
}
public void cutPiece(MetalBar pc, bool backCut)
{
//The very first thing we need to do is flip the piece on the table around if we want to back cut it.
if (backCut)
{
double tempOffset = loadedPiece.firstOffset;
loadedPiece.firstOffset = loadedPiece.lastOffset;
loadedPiece.lastOffset = tempOffset;
}
//Do two things here. First, we need to cut to the offset.
//If the first offset on the loaded piece is more than that of the piece we want, just cut it down.
if (loadedPiece.firstOffset > pc.firstOffset)
{
//Get the difference first.
double difference = loadedPiece.firstOffset - pc.firstOffset;
//Then cut down the length of the loaded piece by the difference.
loadedPiece.length -= difference;
//Then we cut the piece itself to length.
loadedPiece.length -= pc.length;
//Then we need to set the first offset to the hole distance of the raw material
//minus the last offset of the piece we just cut.
loadedPiece.firstOffset = loadedPiece.holeDist - pc.lastOffset;
}
//If the first offset on the loaded piece is less than that of the piece we want, we have to go down to the next hole.
else if (loadedPiece.firstOffset < pc.firstOffset)
{
//We cut the first hole off to make the offset distance the maximum possible for the raw material.
loadedPiece.length -= pc.firstOffset;
loadedPiece.firstOffset = loadedPiece.holeDist;
//Then we proceed as normal.
double difference = loadedPiece.firstOffset - pc.firstOffset;
loadedPiece.length -= difference;
loadedPiece.length -= pc.length;
loadedPiece.firstOffset = loadedPiece.holeDist - loadedPiece.lastOffset;
}
//Otherwise if they're equal just cut the length off.
//I don't anticipate this ever happening but you never know!
else
{
loadedPiece.length -= pc.length;
loadedPiece.firstOffset = loadedPiece.holeDist - pc.lastOffset;
}
}
private void addButton_Click(object sender, EventArgs e)
{
MetalBar partTemplate = new MetalBar(rawMats[selectedRMIndex]);
double len;
double fiO;
double laO;
Double.TryParse(partLengthText.Text.ToString(), out len);
Double.TryParse(partLeftOText.Text.ToString(), out fiO);
Double.TryParse(partRightOText.Text.ToString(), out laO);
partTemplate.length = len;
partTemplate.firstOffset = fiO;
partTemplate.lastOffset = laO;
int quan;
Int32.TryParse(quantityText.Text.ToString(), out quan);
Bundle nextBund = new Bundle(partNameText.Text.ToString(),
partTemplate, quan);
cutAgenda.Add(nextBund);
displayCutList();
}
private void loadSaw(ref List <MetalBar> pile, MetalBar pc, MetalBar rawMat, ref Saw cutter, ref int rmTracker)
{
if (pile.Count() > 0)
{
int dropToUse = matchClosestDrop(pile, pc);
if (dropToUse == -1)
{
cutter.load(rawMat);
rmTracker++;
}
else
{
cutter.load(pile[dropToUse]);
pile.RemoveAt(dropToUse);
}
}
else
{
cutter.load(rawMat);
rmTracker++;
}
}
private void addButton_Click(object sender, EventArgs e)
{
MetalBar rmBar = new MetalBar();
rmBar.type = typeTextBox.Text.ToString();
Double.TryParse(overLenTextB.Text.ToString(), out rmBar.length);
if (holesCHK.Enabled)
{
rmBar.holes = true;
Double.TryParse(leftOffTextB.Text.ToString(), out rmBar.firstOffset);
Double.TryParse(rightOffTextB.Text.ToString(), out rmBar.lastOffset);
Double.TryParse(holeDistTextB.Text.ToString(), out rmBar.holeDist);
}
else
{
rmBar.holes = false;
}
bool noMatch = true;
for (int i = 0; i < rawMats.Count; i++)
{
if (String.Compare(rawMats[i].type, typeTextBox.Text.ToString()) == 0)
{
noMatch = false;
}
}
if (noMatch)
{
rawMats.Add(rmBar);
}
else
{
string errMsg = "Cannot add duplicate raw materials.";
this.errorProvider1.SetError(addButton, errMsg);
}
displayPartList();
}
private void addButton_Click(object sender, EventArgs e)
{
MetalBar partTemplate = new MetalBar(rawMats[selectedRMIndex]);
double len;
double fiO;
double laO;
Double.TryParse(partLengthText.Text.ToString(), out len);
Double.TryParse(partLeftOText.Text.ToString(), out fiO);
Double.TryParse(partRightOText.Text.ToString(), out laO);
partTemplate.length = len;
partTemplate.firstOffset = fiO;
partTemplate.lastOffset = laO;
int quan;
Int32.TryParse(quantityText.Text.ToString(), out quan);
Bundle nextBund = new Bundle(partNameText.Text.ToString(),
partTemplate, quan);
cutAgenda.Add(nextBund);
displayCutList();
}
private void loadCutListToolStripMenuItem_Click(object sender, EventArgs e)
{
OpenFileDialog dlg = new OpenFileDialog();
dlg.DefaultExt = ".xml";
dlg.Filter = "XML documents (.xml)|*.xml";
dlg.InitialDirectory = Application.StartupPath;
if (dlg.ShowDialog() == DialogResult.OK)
{
XmlDocument xDoc = new XmlDocument();
xDoc.Load(dlg.FileName);
cutAgenda.Clear();
sawCutList.Items.Clear();
XmlNode verify = xDoc.SelectSingleNode("/CutList");
if (verify == null)
{
closeProgram(); //failure event. I suppose closing the program is dramatic enough
}
XmlNodeList nodli = xDoc.SelectNodes("/CutList/Bundle");
foreach (XmlNode node in nodli)
{
Bundle nextBund = new Bundle();
//Get part name. This should be the first property.
nextBund.partname = node.ChildNodes.Item(0).InnerText;
string quan = node.ChildNodes.Item(1).InnerText;
int quant;
Int32.TryParse(quan, out quant);
nextBund.quantity = quant;
//Now we're done with the non metal bar parts in the bundle.
MetalBar nextMB = new MetalBar();
XmlNode savedTemplate = node.SelectSingleNode("PartSpecs");
//Get type. This is already a string so no converstion needed.
nextMB.type = savedTemplate.ChildNodes.Item(0).InnerText;
//Get holes. Convert to boolean from string.
string hol = savedTemplate.ChildNodes.Item(1).InnerText;
bool holes;
Boolean.TryParse(hol, out holes);
nextMB.holes = holes;
//Get legnth. Convert to double from string.
string len = savedTemplate.ChildNodes.Item(2).InnerText;
double length;
Double.TryParse(len, out length);
nextMB.length = length;
//Get first offest. Convert to double from string.
string fiO = savedTemplate.ChildNodes.Item(3).InnerText;
double firstOff;
Double.TryParse(fiO, out firstOff);
nextMB.firstOffset = firstOff;
//Get last offset. Convert to double from string.
string laO = savedTemplate.ChildNodes.Item(4).InnerText;
double lastOff;
Double.TryParse(laO, out lastOff);
nextMB.lastOffset = lastOff;
//Get hole distance. Convert to double from string.
string hoD = savedTemplate.ChildNodes.Item(5).InnerText;
double holeDist;
Double.TryParse(hoD, out holeDist);
nextMB.holeDist = holeDist;
nextBund.metaltype = nextMB;
cutAgenda.Add(nextBund);
}
displayCutList();
}
displayRMList();
//If we load a nonblank list, enable the button.
if (rawMatList.Items.Count > 0)
{
cutPartsButton.Enabled = true;
}
}
private void loadMaterialsToolStripMenuItem_Click(object sender, EventArgs e)
{
OpenFileDialog dlg = new OpenFileDialog();
dlg.DefaultExt = ".xml";
dlg.Filter = "XML documents (.xml)|*.xml";
dlg.InitialDirectory = Application.StartupPath;
if (dlg.ShowDialog() == DialogResult.OK)
{
XmlDocument xDoc = new XmlDocument();
xDoc.Load(dlg.FileName);
//XmlTextReader xReader = new XmlTextReader(dlg.FileName);
//xReader.WhitespaceHandling = WhitespaceHandling.None;
//xReader.Read();
//First we clear out the shit that's already there.
rawMats.Clear();
rawMatList.Items.Clear();
XmlNode verify = xDoc.SelectSingleNode("/MaterialList");
if (verify == null)
{
closeProgram(); //failure event. I suppose closing the program is dramatic enough
}
XmlNodeList nodli = xDoc.SelectNodes("/MaterialList/Material");
foreach (XmlNode node in nodli)
{
MetalBar nextMB = new MetalBar();
//Get type. This is already a string so no converstion needed.
nextMB.type = node.ChildNodes.Item(0).InnerText;
//Get holes. Convert to boolean from string.
string hol = node.ChildNodes.Item(1).InnerText;
bool holes;
Boolean.TryParse(hol, out holes);
nextMB.holes = holes;
//Get legnth. Convert to double from string.
string len = node.ChildNodes.Item(2).InnerText;
double length;
Double.TryParse(len, out length);
nextMB.length = length;
//Get first offest. Convert to double from string.
string fiO = node.ChildNodes.Item(3).InnerText;
double firstOff;
Double.TryParse(fiO, out firstOff);
nextMB.firstOffset = firstOff;
//Get last offset. Convert to double from string.
string laO = node.ChildNodes.Item(4).InnerText;
double lastOff;
Double.TryParse(laO, out lastOff);
nextMB.lastOffset = lastOff;
//Get hole distance. Convert to double from string.
string hoD = node.ChildNodes.Item(5).InnerText;
double holeDist;
Double.TryParse(hoD, out holeDist);
nextMB.holeDist = holeDist;
rawMats.Add(nextMB);
}
displayRMList();
//If we load a nonblank list, enable the button.
if (rawMatList.Items.Count > 0)
{
cutPartsButton.Enabled = true;
}
//Then we go into the load loop. This was the old way of doing it.
/*
* while (!xReader.EOF)
* {
* //We should not be at the first tag
* if (xReader.Name == "MaterialList" && !xReader.IsStartElement()) break;
*
* while (xReader.Name != "Material" || !xReader.IsStartElement())
* xReader.Read(); // advance to <Material> tag
*
* string matType;
* string holes;
* string length;
* string firstOff;
* string lastOff;
* string holeDist;
*
* //Not worried about attributes here. Next we advance to the type tag.
* xReader.Read();
* matType = xReader.ReadElementString("Type");
* //Advance to the next set of tags, the holes.
* xReader.Read();
* holes = xReader.ReadElementString("Holes");
* //Advance to length
* xReader.Read();
* length = xReader.ReadElementString("Length");
* //Advance to firstoff
* xReader.Read();
* firstOff = xReader.ReadElementString("FirstOffset");
* //Advance to lastoff
* xReader.Read();
* lastOff = xReader.ReadElementString("LastOffset");
* //Advance to holedist
* xReader.Read();
* holeDist = xReader.ReadElementString("HoleDist");
*
* //Now we process the metal bar, and then stuff it in the list.
* MetalBar nextMB = new MetalBar();
* nextMB.type = matType;
* rawMats.Add(nextMB);
*
* //Advance again. We should now be in the next material tag.
* xReader.Read();
* }
*/
}
}
public Bundle()
{
partname = "";
metaltype = new MetalBar();
quantity = 0;
}
public Bundle(string pn, MetalBar mb, int quan)
{
partname = pn;
metaltype = new MetalBar(mb);
quantity = quan;
}
public Bundle()
{
partname = "";
metaltype = new MetalBar();
quantity = 0;
}
public Bundle(string pn, MetalBar mb, int quan)
{
partname = pn;
metaltype = new MetalBar(mb);
quantity = quan;
}
public bool validCut(MetalBar pc, bool backCut)
{
MetalBar testPiece = new MetalBar();
testPiece.length = loadedPiece.length;
if (backCut)
{
testPiece.lastOffset = loadedPiece.firstOffset;
testPiece.firstOffset = loadedPiece.lastOffset;
}
else
{
testPiece.lastOffset = loadedPiece.lastOffset;
testPiece.firstOffset = loadedPiece.firstOffset;
}
testPiece.holeDist = loadedPiece.holeDist;
if (testPiece.length > pc.length)
{
if (testPiece.firstOffset > pc.firstOffset)
{
double difference = testPiece.firstOffset - pc.firstOffset;
testPiece.length -= difference;
}
else if (testPiece.firstOffset < pc.firstOffset)
{
testPiece.length -= testPiece.firstOffset;
testPiece.firstOffset = testPiece.holeDist;
double difference = testPiece.firstOffset - pc.firstOffset;
testPiece.length -= difference;
}
//Then we see if there's enough left to cut it to length. If there is, we return true.
//Otherwise we return false.
if (testPiece.length >= pc.length)
{
return true;
}
else
return false;
}
else if (testPiece.length == pc.length)
{
if (testPiece.firstOffset == pc.firstOffset && testPiece.lastOffset == pc.lastOffset)
return true;
else
return false;
}
else
return false;
}
public void load(MetalBar pc)
{
loadedPiece = new MetalBar(pc);
}
private int matchClosestDrop(List<MetalBar> pile, MetalBar pc)
{
double bestSize = 2000;
int bestID = -1;
for (int i = 0; i < pile.Count(); i++)
{
//std::cout << "Comparing: " << pile[i].length << " < " << bestSize << " and " << pile[i].length << " > " << pc.length << "\n";
if (pile[i].length < bestSize && pile[i].length > pc.length)
{
bestSize = pile[i].length;
bestID = i;
}
}
return bestID;
}
private void loadSaw(ref List<MetalBar> pile, MetalBar pc, MetalBar rawMat, ref Saw cutter, ref int rmTracker)
{
if(pile.Count() > 0)
{
int dropToUse = matchClosestDrop(pile, pc);
if(dropToUse == -1)
{
cutter.load(rawMat);
rmTracker++;
}
else
{
cutter.load(pile[dropToUse]);
pile.RemoveAt(dropToUse);
}
}
else
{
cutter.load(rawMat);
rmTracker++;
}
}
private void loadMaterialsToolStripMenuItem_Click(object sender, EventArgs e)
{
OpenFileDialog dlg = new OpenFileDialog();
dlg.DefaultExt = ".xml";
dlg.Filter = "XML documents (.xml)|*.xml";
dlg.InitialDirectory = Application.StartupPath;
if (dlg.ShowDialog() == DialogResult.OK)
{
XmlDocument xDoc = new XmlDocument();
xDoc.Load(dlg.FileName);
//XmlTextReader xReader = new XmlTextReader(dlg.FileName);
//xReader.WhitespaceHandling = WhitespaceHandling.None;
//xReader.Read();
//First we clear out the shit that's already there.
rawMats.Clear();
rawMatList.Items.Clear();
XmlNode verify = xDoc.SelectSingleNode("/MaterialList");
if (verify == null)
{
closeProgram(); //failure event. I suppose closing the program is dramatic enough
}
XmlNodeList nodli = xDoc.SelectNodes("/MaterialList/Material");
foreach (XmlNode node in nodli)
{
MetalBar nextMB = new MetalBar();
//Get type. This is already a string so no converstion needed.
nextMB.type = node.ChildNodes.Item(0).InnerText;
//Get holes. Convert to boolean from string.
string hol = node.ChildNodes.Item(1).InnerText;
bool holes;
Boolean.TryParse(hol, out holes);
nextMB.holes = holes;
//Get legnth. Convert to double from string.
string len = node.ChildNodes.Item(2).InnerText;
double length;
Double.TryParse(len, out length);
nextMB.length = length;
//Get first offest. Convert to double from string.
string fiO = node.ChildNodes.Item(3).InnerText;
double firstOff;
Double.TryParse(fiO, out firstOff);
nextMB.firstOffset = firstOff;
//Get last offset. Convert to double from string.
string laO = node.ChildNodes.Item(4).InnerText;
double lastOff;
Double.TryParse(laO, out lastOff);
nextMB.lastOffset = lastOff;
//Get hole distance. Convert to double from string.
string hoD = node.ChildNodes.Item(5).InnerText;
double holeDist;
Double.TryParse(hoD, out holeDist);
nextMB.holeDist = holeDist;
rawMats.Add(nextMB);
}
displayRMList();
//If we load a nonblank list, enable the button.
if (rawMatList.Items.Count > 0)
{
cutPartsButton.Enabled = true;
}
//Then we go into the load loop. This was the old way of doing it.
/*
while (!xReader.EOF)
{
//We should not be at the first tag
if (xReader.Name == "MaterialList" && !xReader.IsStartElement()) break;
while (xReader.Name != "Material" || !xReader.IsStartElement())
xReader.Read(); // advance to <Material> tag
string matType;
string holes;
string length;
string firstOff;
string lastOff;
string holeDist;
//Not worried about attributes here. Next we advance to the type tag.
xReader.Read();
matType = xReader.ReadElementString("Type");
//Advance to the next set of tags, the holes.
xReader.Read();
holes = xReader.ReadElementString("Holes");
//Advance to length
xReader.Read();
length = xReader.ReadElementString("Length");
//Advance to firstoff
xReader.Read();
firstOff = xReader.ReadElementString("FirstOffset");
//Advance to lastoff
xReader.Read();
lastOff = xReader.ReadElementString("LastOffset");
//Advance to holedist
xReader.Read();
holeDist = xReader.ReadElementString("HoleDist");
//Now we process the metal bar, and then stuff it in the list.
MetalBar nextMB = new MetalBar();
nextMB.type = matType;
rawMats.Add(nextMB);
//Advance again. We should now be in the next material tag.
xReader.Read();
}
*/
}
}
private void loadCutListToolStripMenuItem_Click(object sender, EventArgs e)
{
OpenFileDialog dlg = new OpenFileDialog();
dlg.DefaultExt = ".xml";
dlg.Filter = "XML documents (.xml)|*.xml";
dlg.InitialDirectory = Application.StartupPath;
if (dlg.ShowDialog() == DialogResult.OK)
{
XmlDocument xDoc = new XmlDocument();
xDoc.Load(dlg.FileName);
cutAgenda.Clear();
sawCutList.Items.Clear();
XmlNode verify = xDoc.SelectSingleNode("/CutList");
if (verify == null)
{
closeProgram(); //failure event. I suppose closing the program is dramatic enough
}
XmlNodeList nodli = xDoc.SelectNodes("/CutList/Bundle");
foreach (XmlNode node in nodli)
{
Bundle nextBund = new Bundle();
//Get part name. This should be the first property.
nextBund.partname = node.ChildNodes.Item(0).InnerText;
string quan = node.ChildNodes.Item(1).InnerText;
int quant;
Int32.TryParse(quan, out quant);
nextBund.quantity = quant;
//Now we're done with the non metal bar parts in the bundle.
MetalBar nextMB = new MetalBar();
XmlNode savedTemplate = node.SelectSingleNode("PartSpecs");
//Get type. This is already a string so no converstion needed.
nextMB.type = savedTemplate.ChildNodes.Item(0).InnerText;
//Get holes. Convert to boolean from string.
string hol = savedTemplate.ChildNodes.Item(1).InnerText;
bool holes;
Boolean.TryParse(hol, out holes);
nextMB.holes = holes;
//Get legnth. Convert to double from string.
string len = savedTemplate.ChildNodes.Item(2).InnerText;
double length;
Double.TryParse(len, out length);
nextMB.length = length;
//Get first offest. Convert to double from string.
string fiO = savedTemplate.ChildNodes.Item(3).InnerText;
double firstOff;
Double.TryParse(fiO, out firstOff);
nextMB.firstOffset = firstOff;
//Get last offset. Convert to double from string.
string laO = savedTemplate.ChildNodes.Item(4).InnerText;
double lastOff;
Double.TryParse(laO, out lastOff);
nextMB.lastOffset = lastOff;
//Get hole distance. Convert to double from string.
string hoD = savedTemplate.ChildNodes.Item(5).InnerText;
double holeDist;
Double.TryParse(hoD, out holeDist);
nextMB.holeDist = holeDist;
nextBund.metaltype = nextMB;
cutAgenda.Add(nextBund);
}
displayCutList();
}
displayRMList();
//If we load a nonblank list, enable the button.
if (rawMatList.Items.Count > 0)
{
cutPartsButton.Enabled = true;
}
}
public Saw()
{
loadedPiece = new MetalBar();
}
public void load(MetalBar pc)
{
loadedPiece = new MetalBar(pc);
}
public Saw()
{
loadedPiece = new MetalBar();
}
private void writeMaterialAsElement(XmlTextWriter xw, MetalBar material)
{
xw.WriteStartElement("Material");
//Type
xw.WriteStartElement("Type");
xw.WriteString(material.type);
xw.WriteEndElement();
//Holes
xw.WriteStartElement("Holes");
xw.WriteString(material.holes.ToString());
xw.WriteEndElement();
//Length
xw.WriteStartElement("Length");
xw.WriteString(material.length.ToString());
xw.WriteEndElement();
//FirstOffset
xw.WriteStartElement("FirstOffset");
xw.WriteString(material.firstOffset.ToString());
xw.WriteEndElement();
//LastOffset
xw.WriteStartElement("LastOffset");
xw.WriteString(material.lastOffset.ToString());
xw.WriteEndElement();
//holeDist
xw.WriteStartElement("HoleDist");
xw.WriteString(material.holeDist.ToString());
xw.WriteEndElement();
//Finish out and close the overall element.
xw.WriteEndElement();
}