public void DisplayCalcs(ComparisonCalculationBase[] calcs)
{
if (calcs == null) return;
currentCalcs = calcs;
if (comparisonItems == null) comparisonItems = new List<ComparisonGraphItem>();
int i = 0;
#if DEBUG
DateTime dtA = DateTime.Now;
#endif
minScale = 0; maxScale = 0;
foreach (ComparisonCalculationBase c in calcs)
{
if (c == null) continue;
float min = 0f, max = 0f;
if (Mode == DisplayMode.Overall)
{
if (c.OverallPoints < 0) min += c.OverallPoints;
else max += c.OverallPoints;
}
else
{
foreach (float f in c.SubPoints)
{
if (f < 0) min += f;
else max += f;
}
}
if (min < minScale) minScale = min;
if (max > maxScale) maxScale = max;
}
if (minScale > -.01f) minScale = 0f;
if (maxScale < .01f) maxScale = 0f;
if (maxScale == 0f && minScale == 0f) maxScale = 2f;
// Section 1: Initial Scales and Step value
float largestScale = Math.Max(-minScale, maxScale);
float roundTo = 2f;
if (largestScale >= 10) roundTo = (int)Math.Pow(10, Math.Floor(Math.Log10(largestScale) - .6f));
minScale = roundTo * (float)Math.Floor(minScale / roundTo);
maxScale = roundTo * (float)Math.Ceiling(maxScale / roundTo);
float totalScale = maxScale - minScale;
float step = totalScale / 8f;
// Section 2: Determine what the points are and check if there's a 0 in the points
bool hasZero = false;
List<float> pointsList = new List<float>();
int countBelow = 0;
for (int p = 0; p < 9; p++) {
pointsList.Add(minScale + p * step);
if (pointsList[p] < 0) { countBelow++; }
}
hasZero = pointsList.Contains(0);
int countLargest = Math.Max(countBelow, 9 - countBelow);
// Section 3: If there is not a zero, we need to round it out so that there is one
if (!hasZero) {
step = roundTo * (float)Math.Ceiling(largestScale / (countLargest - 1));
while (step > totalScale)//maxScale)
{
// In some cases, the roundTo goes out of control
// This brings it back in line
step /= 10;
}
//
pointsList.Clear();
for (int p = -countBelow; p < (9 - countBelow); p++) {
pointsList.Add(p * step);
}
}
// Section 4: Set the min/max scales based on the points we determined (which could be adjusted)
minScale = pointsList[0];
maxScale = pointsList[8];
#if DEBUG
System.Diagnostics.Debug.WriteLine(string.Format("DisplayCalcs Phase A: {0}ms", DateTime.Now.Subtract(dtA).TotalMilliseconds));
DateTime dtB = DateTime.Now;
#endif
ChangedSize(this, null);
IOrderedEnumerable<ComparisonCalculationBase> orderedCalcs;
if (Sort == ComparisonSort.Alphabetical)
orderedCalcs = calcs.OrderBy(calc => calc == null ? "" : calc.Name);
else if (Sort == ComparisonSort.Overall)
orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.OverallPoints);
else if ((int)Sort >= calcs[0].SubPoints.Length)
// It's a combination one
if (calcs[0].SubPoints.Length == 3) {
switch ((int)Sort) {
case 3: { orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[0] + calc.SubPoints[1]); break; }
case 4: { orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[0] + calc.SubPoints[2]); break; }
default:{ orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[1] + calc.SubPoints[2]); break; }
}
} else if (calcs[0].SubPoints.Length == 4) {
switch ((int)Sort) {
case 4: { orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[0] + calc.SubPoints[1]); break; }
case 5: { orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[0] + calc.SubPoints[2]); break; }
case 6: { orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[0] + calc.SubPoints[3]); break; }
case 7: { orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[1] + calc.SubPoints[2]); break; }
case 8: { orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[1] + calc.SubPoints[2]); break; }
default:{ orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[2] + calc.SubPoints[3]); break; }
}
}
else /*if (calcs[0].SubPoints.Length == 5)*/ {
switch ((int)Sort) {
case 5: { orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[0] + calc.SubPoints[1]); break; }
case 6: { orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[0] + calc.SubPoints[2]); break; }
case 7: { orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[0] + calc.SubPoints[3]); break; }
case 8: { orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[0] + calc.SubPoints[4]); break; }
case 9: { orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[1] + calc.SubPoints[2]); break; }
case 10:{ orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[1] + calc.SubPoints[3]); break; }
case 11:{ orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[1] + calc.SubPoints[4]); break; }
case 12:{ orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[2] + calc.SubPoints[3]); break; }
case 13:{ orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[2] + calc.SubPoints[4]); break; }
default:{ orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[3] + calc.SubPoints[4]); break; }
}
}
else
orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[(int)Sort]);
#if DEBUG
System.Diagnostics.Debug.WriteLine(string.Format("DisplayCalcs Phase B: {0}ms", DateTime.Now.Subtract(dtB).TotalMilliseconds));
DateTime dtC = DateTime.Now;
#endif
foreach (ComparisonCalculationBase c in orderedCalcs)
{
if (c == null) continue;
ComparisonGraphItem item;
if (i >= comparisonItems.Count)
{
item = new ComparisonGraphItem(LegendItems.Values);
item.Character = Character;
item.Slot = Slot;
comparisonItems.Add(item);
ItemStack.Children.Add(item);
item.NameGrid.MouseEnter += new MouseEventHandler(NameGrid_MouseEnter);
item.NameGrid.MouseLeave += new MouseEventHandler(NameGrid_MouseLeave);
//#if SILVERLIGHT
// item.NameGrid.MouseLeftButtonDown += new MouseButtonEventHandler(NameGrid_MouseLeftButtonDown);
//#else
// item.NameGrid.ContextMenu = ItemContextMenu;
// item.NameGrid.ContextMenuOpening += new ContextMenuEventHandler(NameGrid_ContextMenuOpening);
//#endif
}
else item = comparisonItems[i];
bool isGem = c.Item != null && c.Item.IsGem;
string s = c.Name;
if (c.Item != null && c.Item.ItemLevel != 0 && !isGem) { s += string.Format(" [{0}]", c.Item.ItemLevel); }
item.Title = s;
item.Equipped = c.Equipped;
item.PartEquipped = c.PartEquipped;
item.OtherItem = c.Item;
item.ItemInstance = c.ItemInstance;
item.MinScale = minScale;
item.MaxScale = maxScale;
item.Slot = Slot;
// Items will generate their own icon image, but if you supply one manually (like in custom charts), this will set it that way instead
if (c.Item == null && c.ImageSource != null) { item.NonItemImageSource = c.ImageSource; }
// Gems however, will not and we have to manually set them
if (isGem && c.ImageSource != null) { item.NonItemImageSource = c.ImageSource; }
item.NameGrid.Tag = c;
// set visibility first, otherwise ActualWidth is 0 and it will fail to reset colors
item.Visibility = Visibility.Visible;
if (Mode == DisplayMode.Overall) { item[0] = c.OverallPoints; }
else { for (int j = 0; j < c.SubPoints.Length; j++) item[j] = c.SubPoints[j]; }
i++;
}
#if DEBUG
System.Diagnostics.Debug.WriteLine(string.Format("DisplayCalcs Phase C: {0}ms", DateTime.Now.Subtract(dtC).TotalMilliseconds));
DateTime dtD = DateTime.Now;
#endif
for (; i < comparisonItems.Count; i++) comparisonItems[i].Visibility = Visibility.Collapsed;
#if DEBUG
System.Diagnostics.Debug.WriteLine(string.Format("DisplayCalcs Phase D: {0}ms", DateTime.Now.Subtract(dtD).TotalMilliseconds));
System.Diagnostics.Debug.WriteLine(string.Format("Finished DisplayCalcs: Total {0}ms", DateTime.Now.Subtract(dtA).TotalMilliseconds));
#endif
}
public void DisplayCalcs(ComparisonCalculationBase[] calcs)
{
if (calcs == null)
{
return;
}
currentCalcs = calcs;
if (comparisonItems == null)
{
comparisonItems = new List <ComparisonGraphItem>();
}
int i = 0;
#if DEBUG
DateTime dtA = DateTime.Now;
#endif
minScale = 0; maxScale = 0;
foreach (ComparisonCalculationBase c in calcs)
{
if (c == null)
{
continue;
}
float min = 0f, max = 0f;
if (Mode == DisplayMode.Overall)
{
if (c.OverallPoints < 0)
{
min += c.OverallPoints;
}
else
{
max += c.OverallPoints;
}
}
else
{
foreach (float f in c.SubPoints)
{
if (f < 0)
{
min += f;
}
else
{
max += f;
}
}
}
if (min < minScale)
{
minScale = min;
}
if (max > maxScale)
{
maxScale = max;
}
}
if (minScale > -.01f)
{
minScale = 0f;
}
if (maxScale < .01f)
{
maxScale = 0f;
}
if (maxScale == 0f && minScale == 0f)
{
maxScale = 2f;
}
// Section 1: Initial Scales and Step value
float largestScale = Math.Max(-minScale, maxScale);
float roundTo = 2f;
if (largestScale >= 10)
{
roundTo = (int)Math.Pow(10, Math.Floor(Math.Log10(largestScale) - .6f));
}
minScale = roundTo * (float)Math.Floor(minScale / roundTo);
maxScale = roundTo * (float)Math.Ceiling(maxScale / roundTo);
float totalScale = maxScale - minScale;
float step = totalScale / 8f;
// Section 2: Determine what the points are and check if there's a 0 in the points
bool hasZero = false;
List <float> pointsList = new List <float>();
int countBelow = 0;
for (int p = 0; p < 9; p++)
{
pointsList.Add(minScale + p * step);
if (pointsList[p] < 0)
{
countBelow++;
}
}
hasZero = pointsList.Contains(0);
int countLargest = Math.Max(countBelow, 9 - countBelow);
// Section 3: If there is not a zero, we need to round it out so that there is one
if (!hasZero)
{
step = roundTo * (float)Math.Ceiling(largestScale / (countLargest - 1));
while (step > totalScale)//maxScale)
{
// In some cases, the roundTo goes out of control
// This brings it back in line
step /= 10;
}
//
pointsList.Clear();
for (int p = -countBelow; p < (9 - countBelow); p++)
{
pointsList.Add(p * step);
}
}
// Section 4: Set the min/max scales based on the points we determined (which could be adjusted)
minScale = pointsList[0];
maxScale = pointsList[8];
#if DEBUG
System.Diagnostics.Debug.WriteLine(string.Format("DisplayCalcs Phase A: {0}ms", DateTime.Now.Subtract(dtA).TotalMilliseconds));
DateTime dtB = DateTime.Now;
#endif
ChangedSize(this, null);
IOrderedEnumerable <ComparisonCalculationBase> orderedCalcs;
if (Sort == ComparisonSort.Alphabetical)
{
orderedCalcs = calcs.OrderBy(calc => calc == null ? "" : calc.Name);
}
else if (Sort == ComparisonSort.Overall)
{
orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.OverallPoints);
}
else if ((int)Sort >= calcs[0].SubPoints.Length)
{
// It's a combination one
if (calcs[0].SubPoints.Length == 3)
{
switch ((int)Sort)
{
case 3: { orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[0] + calc.SubPoints[1]); break; }
case 4: { orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[0] + calc.SubPoints[2]); break; }
default: { orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[1] + calc.SubPoints[2]); break; }
}
}
else if (calcs[0].SubPoints.Length == 4)
{
switch ((int)Sort)
{
case 4: { orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[0] + calc.SubPoints[1]); break; }
case 5: { orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[0] + calc.SubPoints[2]); break; }
case 6: { orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[0] + calc.SubPoints[3]); break; }
case 7: { orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[1] + calc.SubPoints[2]); break; }
case 8: { orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[1] + calc.SubPoints[2]); break; }
default: { orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[2] + calc.SubPoints[3]); break; }
}
}
else /*if (calcs[0].SubPoints.Length == 5)*/
{
switch ((int)Sort)
{
case 5: { orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[0] + calc.SubPoints[1]); break; }
case 6: { orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[0] + calc.SubPoints[2]); break; }
case 7: { orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[0] + calc.SubPoints[3]); break; }
case 8: { orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[0] + calc.SubPoints[4]); break; }
case 9: { orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[1] + calc.SubPoints[2]); break; }
case 10: { orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[1] + calc.SubPoints[3]); break; }
case 11: { orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[1] + calc.SubPoints[4]); break; }
case 12: { orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[2] + calc.SubPoints[3]); break; }
case 13: { orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[2] + calc.SubPoints[4]); break; }
default: { orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[3] + calc.SubPoints[4]); break; }
}
}
}
else
{
orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[(int)Sort]);
}
#if DEBUG
System.Diagnostics.Debug.WriteLine(string.Format("DisplayCalcs Phase B: {0}ms", DateTime.Now.Subtract(dtB).TotalMilliseconds));
DateTime dtC = DateTime.Now;
#endif
foreach (ComparisonCalculationBase c in orderedCalcs)
{
if (c == null)
{
continue;
}
ComparisonGraphItem item;
if (i >= comparisonItems.Count)
{
item = new ComparisonGraphItem(LegendItems.Values);
item.Character = Character;
item.Slot = Slot;
comparisonItems.Add(item);
ItemStack.Children.Add(item);
item.NameGrid.MouseEnter += new MouseEventHandler(NameGrid_MouseEnter);
item.NameGrid.MouseLeave += new MouseEventHandler(NameGrid_MouseLeave);
//#if SILVERLIGHT
// item.NameGrid.MouseLeftButtonDown += new MouseButtonEventHandler(NameGrid_MouseLeftButtonDown);
//#else
// item.NameGrid.ContextMenu = ItemContextMenu;
// item.NameGrid.ContextMenuOpening += new ContextMenuEventHandler(NameGrid_ContextMenuOpening);
//#endif
}
else
{
item = comparisonItems[i];
}
bool isGem = c.Item != null && c.Item.IsGem;
string s = c.Name;
if (c.Item != null && c.Item.ItemLevel != 0 && !isGem)
{
s += string.Format(" [{0}]", c.Item.ItemLevel);
}
item.Title = s;
item.Equipped = c.Equipped;
item.PartEquipped = c.PartEquipped;
item.OtherItem = c.Item;
item.ItemInstance = c.ItemInstance;
item.MinScale = minScale;
item.MaxScale = maxScale;
item.Slot = Slot;
// Items will generate their own icon image, but if you supply one manually (like in custom charts), this will set it that way instead
if (c.Item == null && c.ImageSource != null)
{
item.NonItemImageSource = c.ImageSource;
}
// Gems however, will not and we have to manually set them
if (isGem && c.ImageSource != null)
{
item.NonItemImageSource = c.ImageSource;
}
item.NameGrid.Tag = c;
// set visibility first, otherwise ActualWidth is 0 and it will fail to reset colors
item.Visibility = Visibility.Visible;
if (Mode == DisplayMode.Overall)
{
item[0] = c.OverallPoints;
}
else
{
for (int j = 0; j < c.SubPoints.Length; j++)
{
item[j] = c.SubPoints[j];
}
}
i++;
}
#if DEBUG
System.Diagnostics.Debug.WriteLine(string.Format("DisplayCalcs Phase C: {0}ms", DateTime.Now.Subtract(dtC).TotalMilliseconds));
DateTime dtD = DateTime.Now;
#endif
for (; i < comparisonItems.Count; i++)
{
comparisonItems[i].Visibility = Visibility.Collapsed;
}
#if DEBUG
System.Diagnostics.Debug.WriteLine(string.Format("DisplayCalcs Phase D: {0}ms", DateTime.Now.Subtract(dtD).TotalMilliseconds));
System.Diagnostics.Debug.WriteLine(string.Format("Finished DisplayCalcs: Total {0}ms", DateTime.Now.Subtract(dtA).TotalMilliseconds));
#endif
}
public void DisplayCalcs(ComparisonCalculationBase[] calcs)
{
if (calcs == null)
{
return;
}
currentCalcs = calcs;
if (comparisonItems == null)
{
comparisonItems = new List <ComparisonGraphItem>();
}
int i = 0;
#if DEBUG
DateTime dtA = DateTime.Now;
#endif
minScale = 0; maxScale = 0;
foreach (ComparisonCalculationBase c in calcs)
{
if (c == null)
{
continue;
}
float min = 0f, max = 0f;
if (Mode == DisplayMode.Overall)
{
if (c.OverallPoints < 0)
{
min += c.OverallPoints;
}
else
{
max += c.OverallPoints;
}
}
else
{
foreach (float f in c.SubPoints)
{
if (f < 0)
{
min += f;
}
else
{
max += f;
}
}
}
if (min < minScale)
{
minScale = min;
}
if (max > maxScale)
{
maxScale = max;
}
}
if (minScale > -.01f)
{
minScale = 0f;
}
if (maxScale < .01f)
{
maxScale = 0f;
}
if (maxScale == 0f && minScale == 0f)
{
maxScale = 2f;
}
float totalScale = maxScale - minScale;
float roundTo = 2f;
if (totalScale >= 10)
{
roundTo = (int)Math.Pow(10, Math.Floor(Math.Log10(totalScale) - .3f));
}
totalScale = roundTo * (float)Math.Ceiling(totalScale / roundTo);
minScale = -(float)Math.Ceiling(-minScale / totalScale * 8f) * (totalScale / 8f);
maxScale = (float)Math.Ceiling(maxScale / totalScale * 8f) * (totalScale / 8f);
if (maxScale - minScale > totalScale)
{
totalScale = maxScale - minScale; roundTo = 2f;
if (totalScale >= 10)
{
roundTo = (int)Math.Pow(10, Math.Floor(Math.Log10(totalScale) - .3f));
}
totalScale = roundTo * (float)Math.Ceiling(totalScale / roundTo);
minScale = -(float)Math.Ceiling(-minScale / totalScale * 8f) * (totalScale / 8f);
maxScale = (float)Math.Ceiling(maxScale / totalScale * 8f) * (totalScale / 8f);
}
#if DEBUG
System.Diagnostics.Debug.WriteLine(string.Format("DisplayCalcs Phase A: {0}ms", DateTime.Now.Subtract(dtA).TotalMilliseconds));
DateTime dtB = DateTime.Now;
#endif
ChangedSize(this, null);
IOrderedEnumerable <ComparisonCalculationBase> orderedCalcs;
if (Sort == ComparisonSort.Alphabetical)
{
orderedCalcs = calcs.OrderBy(calc => calc == null ? "" : calc.Name);
}
else if (Sort == ComparisonSort.Overall)
{
orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.OverallPoints);
}
else if ((int)Sort >= calcs[0].SubPoints.Length)
{
// It's a combination one
if (calcs[0].SubPoints.Length == 3)
{
switch ((int)Sort)
{
case 3: { orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[0] + calc.SubPoints[1]); break; }
case 4: { orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[0] + calc.SubPoints[2]); break; }
default: { orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[1] + calc.SubPoints[2]); break; }
}
}
else if (calcs[0].SubPoints.Length == 4)
{
switch ((int)Sort)
{
case 3: { orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[0] + calc.SubPoints[1]); break; }
case 4: { orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[0] + calc.SubPoints[2]); break; }
case 5: { orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[0] + calc.SubPoints[3]); break; }
case 6: { orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[1] + calc.SubPoints[2]); break; }
case 7: { orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[1] + calc.SubPoints[2]); break; }
default: { orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[2] + calc.SubPoints[3]); break; }
}
}
else /*if (calcs[0].SubPoints.Length == 5)*/
{
switch ((int)Sort)
{
case 3: { orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[0] + calc.SubPoints[1]); break; }
case 4: { orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[0] + calc.SubPoints[2]); break; }
case 5: { orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[0] + calc.SubPoints[3]); break; }
case 6: { orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[0] + calc.SubPoints[4]); break; }
case 7: { orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[1] + calc.SubPoints[2]); break; }
case 8: { orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[1] + calc.SubPoints[3]); break; }
case 9: { orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[1] + calc.SubPoints[4]); break; }
case 10: { orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[2] + calc.SubPoints[3]); break; }
case 11: { orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[2] + calc.SubPoints[4]); break; }
default: { orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[3] + calc.SubPoints[4]); break; }
}
}
}
else
{
orderedCalcs = calcs.OrderByDescending(calc => calc == null ? 0 : calc.SubPoints[(int)Sort]);
}
#if DEBUG
System.Diagnostics.Debug.WriteLine(string.Format("DisplayCalcs Phase B: {0}ms", DateTime.Now.Subtract(dtB).TotalMilliseconds));
DateTime dtC = DateTime.Now;
#endif
foreach (ComparisonCalculationBase c in orderedCalcs)
{
if (c == null)
{
continue;
}
ComparisonGraphItem item;
if (i >= comparisonItems.Count)
{
item = new ComparisonGraphItem(LegendItems.Values);
item.Character = Character;
item.Slot = Slot;
comparisonItems.Add(item);
ItemStack.Children.Add(item);
item.NameGrid.MouseEnter += new MouseEventHandler(NameGrid_MouseEnter);
item.NameGrid.MouseLeave += new MouseEventHandler(NameGrid_MouseLeave);
//#if SILVERLIGHT
// item.NameGrid.MouseLeftButtonDown += new MouseButtonEventHandler(NameGrid_MouseLeftButtonDown);
//#else
// item.NameGrid.ContextMenu = ItemContextMenu;
// item.NameGrid.ContextMenuOpening += new ContextMenuEventHandler(NameGrid_ContextMenuOpening);
//#endif
}
else
{
item = comparisonItems[i];
}
bool isGem = c.Item != null && c.Item.IsGem;
string s = c.Name;
if (c.Item != null && c.Item.ItemLevel != 0 && !isGem)
{
s += string.Format(" [{0}]", c.Item.ItemLevel);
}
item.Title = s;
item.Equipped = c.Equipped;
item.PartEquipped = c.PartEquipped;
item.OtherItem = c.Item;
item.ItemInstance = c.ItemInstance;
item.MinScale = minScale;
item.MaxScale = maxScale;
item.Slot = Slot;
item.NameGrid.Tag = c;
// set visibility first, otherwise ActualWidth is 0 and it will fail to reset colors
item.Visibility = Visibility.Visible;
if (Mode == DisplayMode.Overall)
{
item[0] = c.OverallPoints;
}
else
{
for (int j = 0; j < c.SubPoints.Length; j++)
{
item[j] = c.SubPoints[j];
}
}
i++;
}
#if DEBUG
System.Diagnostics.Debug.WriteLine(string.Format("DisplayCalcs Phase C: {0}ms", DateTime.Now.Subtract(dtC).TotalMilliseconds));
DateTime dtD = DateTime.Now;
#endif
for (; i < comparisonItems.Count; i++)
{
comparisonItems[i].Visibility = Visibility.Collapsed;
}
#if DEBUG
System.Diagnostics.Debug.WriteLine(string.Format("DisplayCalcs Phase D: {0}ms", DateTime.Now.Subtract(dtD).TotalMilliseconds));
System.Diagnostics.Debug.WriteLine(string.Format("Finished DisplayCalcs: Total {0}ms", DateTime.Now.Subtract(dtA).TotalMilliseconds));
#endif
}
