/// <summary>
/// Returns positions of all ticks of the provided level. The ticks will be within the range provided to
/// <see cref="SetRange"/>.
/// </summary>
/// <param name="level">Level for which to retrieve the positions. Must not be larger than
/// <see cref="NumLevels"/> - 1.</param>
/// <returns>Positions of all ticks of the provided level.</returns>
internal float[] GetTicks(int level)
{
if (level < 0 || level >= numLevels)
{
return(new float[0]);
}
float step = validSteps[maxLevel + level];
// Round up and down so we get one extra tick on either side (outside of value range)
// (Useful when rendering text above the ticks, so the text doesn't just pop-in when the tick appears, instead
// it is slowly clipped-in.)
int startTick = MathEx.CeilToInt(valueRangeStart / step);
int endTick = MathEx.FloorToInt(valueRangeEnd / step);
int numTicks = endTick - startTick + 1;
float[] ticks = new float[numTicks];
for (int i = startTick; i <= endTick; i++)
{
ticks[i - startTick] = i * step;
}
return(ticks);
}
/// <summary>
/// Refreshes the contents of the content area. Must be called at least once after construction.
/// </summary>
/// <param name="viewType">Determines how to display the resource tiles.</param>
/// <param name="entriesToDisplay">Project library entries to display.</param>
/// <param name="bounds">Bounds within which to lay out the content entries.</param>
public void Refresh(ProjectViewType viewType, LibraryEntry[] entriesToDisplay, Rect2I bounds)
{
if (mainPanel != null)
{
mainPanel.Destroy();
}
entries.Clear();
entryLookup.Clear();
mainPanel = parent.Layout.AddPanel();
GUIPanel contentPanel = mainPanel.AddPanel(1);
overlay = mainPanel.AddPanel(0);
underlay = mainPanel.AddPanel(2);
deepUnderlay = mainPanel.AddPanel(3);
renameOverlay = mainPanel.AddPanel(-1);
main = contentPanel.AddLayoutY();
List <ResourceToDisplay> resourcesToDisplay = new List <ResourceToDisplay>();
foreach (var entry in entriesToDisplay)
{
if (entry.Type == LibraryEntryType.Directory)
{
resourcesToDisplay.Add(new ResourceToDisplay(entry.Path, LibraryGUIEntryType.Single));
}
else
{
FileEntry fileEntry = (FileEntry)entry;
ResourceMeta[] metas = fileEntry.ResourceMetas;
if (metas.Length > 0)
{
if (metas.Length == 1)
{
resourcesToDisplay.Add(new ResourceToDisplay(entry.Path, LibraryGUIEntryType.Single));
}
else
{
resourcesToDisplay.Add(new ResourceToDisplay(entry.Path, LibraryGUIEntryType.MultiFirst));
for (int i = 1; i < metas.Length - 1; i++)
{
string path = Path.Combine(entry.Path, metas[i].SubresourceName);
resourcesToDisplay.Add(new ResourceToDisplay(path, LibraryGUIEntryType.MultiElement));
}
string lastPath = Path.Combine(entry.Path, metas[metas.Length - 1].SubresourceName);
resourcesToDisplay.Add(new ResourceToDisplay(lastPath, LibraryGUIEntryType.MultiLast));
}
}
}
}
if (viewType == ProjectViewType.List16)
{
tileSize = 16;
gridLayout = false;
elementsPerRow = 1;
horzElementSpacing = 0;
int elemWidth = bounds.width;
int elemHeight = tileSize;
main.AddSpace(TOP_MARGIN);
for (int i = 0; i < resourcesToDisplay.Count; i++)
{
ResourceToDisplay entry = resourcesToDisplay[i];
LibraryGUIEntry guiEntry = new LibraryGUIEntry(this, main, entry.path, i, elemWidth, elemHeight,
entry.type);
entries.Add(guiEntry);
entryLookup[guiEntry.path] = guiEntry;
if (i != resourcesToDisplay.Count - 1)
{
main.AddSpace(LIST_ENTRY_SPACING);
}
}
main.AddFlexibleSpace();
}
else
{
int elemWidth = 0;
int elemHeight = 0;
int vertElemSpacing = 0;
switch (viewType)
{
case ProjectViewType.Grid64:
tileSize = 64;
elemWidth = tileSize;
elemHeight = tileSize + 36;
horzElementSpacing = 10;
vertElemSpacing = 12;
break;
case ProjectViewType.Grid48:
tileSize = 48;
elemWidth = tileSize;
elemHeight = tileSize + 36;
horzElementSpacing = 8;
vertElemSpacing = 10;
break;
case ProjectViewType.Grid32:
tileSize = 32;
elemWidth = tileSize + 16;
elemHeight = tileSize + 48;
horzElementSpacing = 6;
vertElemSpacing = 10;
break;
}
gridLayout = true;
int availableWidth = bounds.width;
elementsPerRow = MathEx.FloorToInt((availableWidth - horzElementSpacing) / (float)(elemWidth + horzElementSpacing));
elementsPerRow = Math.Max(elementsPerRow, 1);
int numRows = MathEx.CeilToInt(resourcesToDisplay.Count / (float)elementsPerRow);
int neededHeight = numRows * elemHeight + TOP_MARGIN;
if (numRows > 0)
{
neededHeight += (numRows - 1) * vertElemSpacing;
}
bool requiresScrollbar = neededHeight > bounds.height;
if (requiresScrollbar)
{
availableWidth -= parent.ScrollBarWidth;
elementsPerRow = MathEx.FloorToInt((availableWidth - horzElementSpacing) / (float)(elemWidth + horzElementSpacing));
elementsPerRow = Math.Max(elementsPerRow, 1);
}
int extraRowSpace = availableWidth - (elementsPerRow * (elemWidth + horzElementSpacing) + horzElementSpacing);
main.AddSpace(TOP_MARGIN);
GUILayoutX rowLayout = main.AddLayoutX();
rowLayout.AddSpace(horzElementSpacing);
int elemsInRow = 0;
for (int i = 0; i < resourcesToDisplay.Count; i++)
{
if (elemsInRow == elementsPerRow && elemsInRow > 0)
{
main.AddSpace(vertElemSpacing);
rowLayout.AddSpace(extraRowSpace);
rowLayout = main.AddLayoutX();
rowLayout.AddSpace(horzElementSpacing);
elemsInRow = 0;
}
ResourceToDisplay entry = resourcesToDisplay[i];
LibraryGUIEntry guiEntry = new LibraryGUIEntry(this, rowLayout, entry.path, i, elemWidth, elemHeight,
entry.type);
entries.Add(guiEntry);
entryLookup[guiEntry.path] = guiEntry;
rowLayout.AddSpace(horzElementSpacing);
elemsInRow++;
}
int extraElements = elementsPerRow - elemsInRow;
rowLayout.AddSpace((elemWidth + horzElementSpacing) * extraElements + extraRowSpace);
main.AddFlexibleSpace();
}
for (int i = 0; i < entries.Count; i++)
{
LibraryGUIEntry guiEntry = entries[i];
guiEntry.Initialize();
}
}
/// <summary>
/// Draws the curve using the provided color.
/// </summary>
/// <param name="curve">Curve to draw within the currently set range. </param>
/// <param name="color">Color to draw the curve with.</param>
private void DrawCurve(EdAnimationCurve curve, Color color)
{
float range = GetRange(true);
float lengthPerPixel = range / drawableWidth;
KeyFrame[] keyframes = curve.KeyFrames;
if (keyframes.Length <= 0)
{
return;
}
// Draw start line
{
float curveStart = keyframes[0].time;
float curveValue = curve.Evaluate(curveStart, false);
Vector2I end = CurveToPixelSpace(new Vector2(curveStart, curveValue));
Vector2I start = new Vector2I(-GUIGraphTime.PADDING, end.y);
if (start.x < end.x)
{
canvas.DrawLine(start, end, COLOR_MID_GRAY);
}
}
List <Vector2I> linePoints = new List <Vector2I>();
// Draw in between keyframes
float startVisibleTime = rangeOffset;
float endVisibleTime = startVisibleTime + range;
for (int i = 0; i < keyframes.Length - 1; i++)
{
float start = keyframes[i].time;
float end = keyframes[i + 1].time;
if (end < startVisibleTime || start > endVisibleTime)
{
continue;
}
bool isStep = keyframes[i].outTangent == float.PositiveInfinity ||
keyframes[i + 1].inTangent == float.PositiveInfinity;
// If step tangent, draw the required lines without sampling, as the sampling will miss the step
if (isStep)
{
float startValue = curve.Evaluate(start, false);
float endValue = curve.Evaluate(end, false);
linePoints.Add(CurveToPixelSpace(new Vector2(start, startValue)));
linePoints.Add(CurveToPixelSpace(new Vector2(end, startValue)));
linePoints.Add(CurveToPixelSpace(new Vector2(end, endValue)));
}
else // Draw normally
{
float splitIncrement = LINE_SPLIT_WIDTH * lengthPerPixel;
float startValue = keyframes[i].value;
float endValue = keyframes[i + 1].value;
Vector2I startPixel = new Vector2I();
startPixel.x = (int)(start / lengthPerPixel);
startPixel.y = (int)(startValue / lengthPerPixel);
Vector2I endPixel = new Vector2I();
endPixel.x = (int)(end / lengthPerPixel);
endPixel.y = (int)(endValue / lengthPerPixel);
int distance = Vector2I.Distance(startPixel, endPixel);
int numSplits;
if (distance > 0)
{
float fNumSplits = distance / splitIncrement;
numSplits = MathEx.CeilToInt(fNumSplits);
splitIncrement = distance / (float)numSplits;
}
else
{
numSplits = 1;
splitIncrement = 0.0f;
}
for (int j = 0; j < numSplits; j++)
{
float t = Math.Min(start + j * splitIncrement, end);
float value = curve.Evaluate(t, false);
linePoints.Add(CurveToPixelSpace(new Vector2(t, value)));
}
}
}
canvas.DrawPolyLine(linePoints.ToArray(), color);
// Draw end line
{
float curveEnd = keyframes[keyframes.Length - 1].time;
float curveValue = curve.Evaluate(curveEnd, false);
Vector2I start = CurveToPixelSpace(new Vector2(curveEnd, curveValue));
Vector2I end = new Vector2I(width, start.y);
if (start.x < end.x)
{
canvas.DrawLine(start, end, COLOR_MID_GRAY);
}
}
}
/// <inheritdoc/>
public override void Update()
{
int numVisibleEntries = MathEx.CeilToInt(height / (float)entryHeight) + 1;
numVisibleEntries = MathEx.Min(numVisibleEntries, entries.Count);
while (visibleEntries.Count < numVisibleEntries)
{
TEntry newEntry = new TEntry();
newEntry.Initialize(this);
newEntry.panel.SetHeight(entryHeight);
visibleEntries.Add(newEntry);
contentsDirty = true;
}
while (numVisibleEntries < visibleEntries.Count)
{
int lastIdx = visibleEntries.Count - 1;
visibleEntries[lastIdx].Destroy();
visibleEntries.RemoveAt(lastIdx);
contentsDirty = true;
}
if (scrollPct != scrollArea.VerticalScroll)
{
scrollPct = scrollArea.VerticalScroll;
contentsDirty = true;
}
if (contentsDirty)
{
int newHeight = entries.Count * entryHeight;
if (scrollToLatest)
{
if (totalHeight > height && scrollPct < 1.0f)
{
scrollToLatest = false;
}
}
else
{
if (totalHeight <= height || scrollPct >= 1.0f)
{
scrollToLatest = true;
}
}
totalHeight = newHeight;
int maxScrollOffset = MathEx.Max(0, totalHeight - height - 1);
float newScrollPct;
if (!scrollToLatest)
{
// Calculate the new scroll pct (which will be active after we change the top/bottom padding element
// sizes). If we use the existing scroll pct instead then the elements will lag one frame behind, which
// can be very noticeable on quickly updating lists.
newScrollPct = (scrollPct * scrollArea.Layout.Bounds.height) / totalHeight;
}
else
{
newScrollPct = 1.0f;
}
int startPos = MathEx.FloorToInt(newScrollPct * maxScrollOffset);
int startIndex = MathEx.FloorToInt(startPos / (float)entryHeight);
// Check if we're at the list bottom and the extra element is out of bounds
if ((startIndex + visibleEntries.Count) > entries.Count)
{
startIndex--; // Keep the extra element at the top always
}
topPadding.SetHeight(startIndex * entryHeight);
for (int i = 0; i < visibleEntries.Count; i++)
{
visibleEntries[i].UpdateContents(startIndex + i, entries[startIndex + i]);
}
int bottomPosition = MathEx.Min(totalHeight, (startIndex + visibleEntries.Count) * entryHeight);
bottomPadding.SetHeight(totalHeight - bottomPosition);
if (scrollToLatest)
{
if (newHeight <= height)
{
scrollArea.VerticalScroll = 0.0f;
}
else
{
scrollArea.VerticalScroll = 1.0f;
}
}
contentsDirty = false;
}
}
/// <summary>
/// Draws the curve using the provided color.
/// </summary>
/// <param name="curve">Curve to draw within the currently set range. </param>
/// <param name="color">Color to draw the curve with.</param>
private void DrawCurve(EdAnimationCurve curve, Color color)
{
float range = GetRange();
float lengthPerPixel = range / drawableWidth;
KeyFrame[] keyframes = curve.KeyFrames;
if (keyframes.Length <= 0)
{
return;
}
// Draw start line
{
float curveStart = MathEx.Clamp(keyframes[0].time, 0.0f, range);
float curveValue = curve.Evaluate(0.0f, false);
Vector2I start = CurveToPixelSpace(new Vector2(0.0f, curveValue));
start.x -= GUIGraphTime.PADDING;
Vector2I end = CurveToPixelSpace(new Vector2(curveStart, curveValue));
canvas.DrawLine(start, end, COLOR_MID_GRAY);
}
List <Vector2I> linePoints = new List <Vector2I>();
// Draw in between keyframes
for (int i = 0; i < keyframes.Length - 1; i++)
{
float start = MathEx.Clamp(keyframes[i].time, 0.0f, range);
float end = MathEx.Clamp(keyframes[i + 1].time, 0.0f, range);
bool isStep = keyframes[i].outTangent == float.PositiveInfinity ||
keyframes[i + 1].inTangent == float.PositiveInfinity;
// If step tangent, draw the required lines without sampling, as the sampling will miss the step
if (isStep)
{
float startValue = curve.Evaluate(start, false);
float endValue = curve.Evaluate(end, false);
linePoints.Add(CurveToPixelSpace(new Vector2(start, startValue)));
linePoints.Add(CurveToPixelSpace(new Vector2(end, startValue)));
linePoints.Add(CurveToPixelSpace(new Vector2(end, endValue)));
}
else // Draw normally
{
float timeIncrement = LINE_SPLIT_WIDTH * lengthPerPixel;
int startPixel = (int)(start / lengthPerPixel);
int endPixel = (int)(end / lengthPerPixel);
int numSplits;
if (startPixel != endPixel)
{
float fNumSplits = (end - start) / timeIncrement;
numSplits = MathEx.FloorToInt(fNumSplits);
float remainder = fNumSplits - numSplits;
float lengthRounded = (end - start) * (numSplits / fNumSplits);
timeIncrement = lengthRounded / numSplits;
numSplits += MathEx.CeilToInt(remainder) + 1;
}
else
{
numSplits = 1;
timeIncrement = 0.0f;
}
for (int j = 0; j < numSplits; j++)
{
float t = Math.Min(start + j * timeIncrement, end);
float value = curve.Evaluate(t, false);
linePoints.Add(CurveToPixelSpace(new Vector2(t, value)));
}
}
}
canvas.DrawPolyLine(linePoints.ToArray(), color);
// Draw end line
{
float curveEnd = MathEx.Clamp(keyframes[keyframes.Length - 1].time, 0.0f, range);
float curveValue = curve.Evaluate(range, false);
Vector2I start = CurveToPixelSpace(new Vector2(curveEnd, curveValue));
Vector2I end = new Vector2I(width, start.y);
canvas.DrawLine(start, end, COLOR_MID_GRAY);
}
}
/// <summary>
/// Refreshes the contents of the content area. Must be called at least once after construction.
/// </summary>
/// <param name="viewType">Determines how to display the resource tiles.</param>
/// <param name="entriesToDisplay">Project library entries to display.</param>
/// <param name="bounds">Bounds within which to lay out the content entries.</param>
public void Refresh(ProjectViewType viewType, LibraryEntry[] entriesToDisplay, Rect2I bounds)
{
if (mainPanel != null)
{
mainPanel.Destroy();
}
entries.Clear();
entryLookup.Clear();
mainPanel = parent.Layout.AddPanel();
GUIPanel contentPanel = mainPanel.AddPanel(1);
overlay = mainPanel.AddPanel(0);
underlay = mainPanel.AddPanel(2);
deepUnderlay = mainPanel.AddPanel(3);
renameOverlay = mainPanel.AddPanel(-1);
main = contentPanel.AddLayoutY();
List <ResourceToDisplay> resourcesToDisplay = new List <ResourceToDisplay>();
foreach (var entry in entriesToDisplay)
{
if (entry.Type == LibraryEntryType.Directory)
{
resourcesToDisplay.Add(new ResourceToDisplay(entry.Path, LibraryGUIEntryType.Single));
}
else
{
FileEntry fileEntry = (FileEntry)entry;
ResourceMeta[] metas = fileEntry.ResourceMetas;
if (metas.Length > 0)
{
if (metas.Length == 1)
{
resourcesToDisplay.Add(new ResourceToDisplay(entry.Path, LibraryGUIEntryType.Single));
}
else
{
resourcesToDisplay.Add(new ResourceToDisplay(entry.Path, LibraryGUIEntryType.MultiFirst));
for (int i = 1; i < metas.Length - 1; i++)
{
string path = Path.Combine(entry.Path, metas[i].SubresourceName);
resourcesToDisplay.Add(new ResourceToDisplay(path, LibraryGUIEntryType.MultiElement));
}
string lastPath = Path.Combine(entry.Path, metas[metas.Length - 1].SubresourceName);
resourcesToDisplay.Add(new ResourceToDisplay(lastPath, LibraryGUIEntryType.MultiLast));
}
}
}
}
int minHorzElemSpacing = 0;
if (viewType == ProjectViewType.List16)
{
tileSize = 16;
gridLayout = false;
elementsPerRow = 1;
minHorzElemSpacing = 0;
int elemWidth = bounds.width;
int elemHeight = tileSize;
main.AddSpace(TOP_MARGIN);
for (int i = 0; i < resourcesToDisplay.Count; i++)
{
ResourceToDisplay entry = resourcesToDisplay[i];
LibraryGUIEntry guiEntry = new LibraryGUIEntry(this, main, entry.path, i, elemWidth, elemHeight, 0,
entry.type);
entries.Add(guiEntry);
entryLookup[guiEntry.path] = guiEntry;
if (i != resourcesToDisplay.Count - 1)
{
main.AddSpace(LIST_ENTRY_SPACING);
}
}
main.AddFlexibleSpace();
}
else
{
int elemWidth = 0;
int elemHeight = 0;
int vertElemSpacing = 0;
switch (viewType)
{
case ProjectViewType.Grid64:
tileSize = 64;
elemWidth = tileSize;
elemHeight = tileSize + 36;
minHorzElemSpacing = 10;
vertElemSpacing = 12;
break;
case ProjectViewType.Grid48:
tileSize = 48;
elemWidth = tileSize;
elemHeight = tileSize + 36;
minHorzElemSpacing = 8;
vertElemSpacing = 10;
break;
case ProjectViewType.Grid32:
tileSize = 32;
elemWidth = tileSize + 16;
elemHeight = tileSize + 48;
minHorzElemSpacing = 6;
vertElemSpacing = 10;
break;
}
gridLayout = true;
int availableWidth = bounds.width;
elementsPerRow = MathEx.FloorToInt((availableWidth - minHorzElemSpacing) / (float)(elemWidth + minHorzElemSpacing));
int numRows = MathEx.CeilToInt(resourcesToDisplay.Count / (float)Math.Max(elementsPerRow, 1));
int neededHeight = numRows * elemHeight + TOP_MARGIN;
if (numRows > 0)
{
neededHeight += (numRows - 1) * vertElemSpacing;
}
bool requiresScrollbar = neededHeight > bounds.height;
if (requiresScrollbar)
{
availableWidth -= parent.ScrollBarWidth;
elementsPerRow = MathEx.FloorToInt((availableWidth - minHorzElemSpacing) / (float)(elemWidth + minHorzElemSpacing));
}
int extraRowSpace = availableWidth - minHorzElemSpacing * 2 - elementsPerRow * elemWidth;
paddingLeft = minHorzElemSpacing;
paddingRight = minHorzElemSpacing;
float horzSpacing = 0.0f;
// Distribute the spacing to the padding, as there are not in-between spaces to apply it to
if (extraRowSpace > 0 && elementsPerRow < 2)
{
int extraPadding = extraRowSpace / 2;
paddingLeft += extraPadding;
paddingRight += (extraRowSpace - extraPadding);
extraRowSpace = 0;
}
else
{
horzSpacing = extraRowSpace / (float)(elementsPerRow - 1);
}
elementsPerRow = Math.Max(elementsPerRow, 1);
main.AddSpace(TOP_MARGIN);
GUILayoutX rowLayout = main.AddLayoutX();
rowLayout.AddSpace(paddingLeft);
float spacingCounter = 0.0f;
int elemsInRow = 0;
for (int i = 0; i < resourcesToDisplay.Count; i++)
{
if (elemsInRow == elementsPerRow && elemsInRow > 0)
{
main.AddSpace(vertElemSpacing);
rowLayout = main.AddLayoutX();
rowLayout.AddSpace(paddingLeft);
elemsInRow = 0;
spacingCounter = 0.0f;
}
ResourceToDisplay entry = resourcesToDisplay[i];
elemsInRow++;
if (elemsInRow != elementsPerRow)
{
spacingCounter += horzSpacing;
}
int spacing = (int)spacingCounter;
spacingCounter -= spacing;
LibraryGUIEntry guiEntry = new LibraryGUIEntry(this, rowLayout, entry.path, i, elemWidth, elemHeight,
spacing, entry.type);
entries.Add(guiEntry);
entryLookup[guiEntry.path] = guiEntry;
if (elemsInRow == elementsPerRow)
{
rowLayout.AddSpace(paddingRight);
}
rowLayout.AddSpace(spacing);
}
int extraElements = elementsPerRow - elemsInRow;
int extraSpacing = 0;
if (extraElements > 1)
{
spacingCounter += (extraElements - 1) * horzSpacing;
extraSpacing += (int)spacingCounter;
}
if (extraElements > 0)
{
rowLayout.AddSpace(elemWidth * extraElements + extraSpacing + paddingRight);
}
main.AddFlexibleSpace();
}
// Fix bounds as that makes GUI updates faster
underlay.Bounds = main.Bounds;
overlay.Bounds = main.Bounds;
deepUnderlay.Bounds = main.Bounds;
renameOverlay.Bounds = main.Bounds;
for (int i = 0; i < entries.Count; i++)
{
LibraryGUIEntry guiEntry = entries[i];
guiEntry.Initialize();
}
}
/// <summary>
/// Refreshes the contents of the content area. Must be called at least once after construction.
/// </summary>
/// <param name="viewType">Determines how to display the resource tiles.</param>
/// <param name="entriesToDisplay">Project library entries to display.</param>
public void Refresh(ProjectViewType viewType, LibraryEntry[] entriesToDisplay)
{
if (mainPanel != null)
{
mainPanel.Destroy();
}
entries = new LibraryGUIEntry[entriesToDisplay.Length];
entryLookup.Clear();
mainPanel = parent.Layout.AddPanel();
GUIPanel contentPanel = mainPanel.AddPanel(1);
overlay = mainPanel.AddPanel(0);
underlay = mainPanel.AddPanel(2);
renameOverlay = mainPanel.AddPanel(-1);
main = contentPanel.AddLayoutY();
if (viewType == ProjectViewType.List16)
{
tileSize = 16;
gridLayout = false;
elementsPerRow = 1;
}
else
{
switch (viewType)
{
case ProjectViewType.Grid64:
tileSize = 64;
break;
case ProjectViewType.Grid48:
tileSize = 48;
break;
case ProjectViewType.Grid32:
tileSize = 32;
break;
}
gridLayout = true;
Rect2I scrollBounds = parent.Bounds;
int availableWidth = scrollBounds.width;
int elemSize = tileSize + GRID_ENTRY_SPACING;
elementsPerRow = (availableWidth - GRID_ENTRY_SPACING * 2) / elemSize;
elementsPerRow = Math.Max(elementsPerRow, 1);
int numRows = MathEx.CeilToInt(entriesToDisplay.Length / (float)elementsPerRow);
int neededHeight = numRows * (elemSize);
bool requiresScrollbar = neededHeight > scrollBounds.height;
if (requiresScrollbar)
{
availableWidth -= parent.ScrollBarWidth;
elementsPerRow = (availableWidth - GRID_ENTRY_SPACING * 2) / elemSize;
}
if (elementsPerRow > 0)
{
labelWidth = (availableWidth - (elementsPerRow + 1) * MIN_HORZ_SPACING) / elementsPerRow;
}
else
{
labelWidth = 0;
}
}
if (viewType == ProjectViewType.List16)
{
for (int i = 0; i < entriesToDisplay.Length; i++)
{
LibraryGUIEntry guiEntry = new LibraryGUIEntry(this, main, entriesToDisplay[i], i, labelWidth);
entries[i] = guiEntry;
entryLookup[guiEntry.path] = guiEntry;
if (i != entriesToDisplay.Length - 1)
{
main.AddSpace(LIST_ENTRY_SPACING);
}
}
main.AddFlexibleSpace();
}
else
{
main.AddSpace(GRID_ENTRY_SPACING / 2);
GUILayoutX rowLayout = main.AddLayoutX();
main.AddSpace(GRID_ENTRY_SPACING);
rowLayout.AddFlexibleSpace();
int elemsInRow = 0;
for (int i = 0; i < entriesToDisplay.Length; i++)
{
if (elemsInRow == elementsPerRow && elemsInRow > 0)
{
rowLayout = main.AddLayoutX();
main.AddSpace(GRID_ENTRY_SPACING);
rowLayout.AddFlexibleSpace();
elemsInRow = 0;
}
LibraryGUIEntry guiEntry = new LibraryGUIEntry(this, rowLayout, entriesToDisplay[i], i, labelWidth);
entries[i] = guiEntry;
entryLookup[guiEntry.path] = guiEntry;
rowLayout.AddFlexibleSpace();
elemsInRow++;
}
int extraElements = elementsPerRow - elemsInRow;
for (int i = 0; i < extraElements; i++)
{
rowLayout.AddSpace(labelWidth);
rowLayout.AddFlexibleSpace();
}
main.AddFlexibleSpace();
}
for (int i = 0; i < entries.Length; i++)
{
LibraryGUIEntry guiEntry = entries[i];
guiEntry.Initialize();
}
}
