// Show the correct popup menu, give the box the user clicked.
void PopupMenu(HitTestResult hitTest)
{
string text;
// Get location for menu to appear.
Point location = GetPopupMenuLocation(hitTest);
// Save the line/box we are possibly changing
popupKind = ChangeKind.None; // will change this below if we actual pop something up!
popupLine = hitTest.firstLine;
popupBox = hitTest.box;
switch (hitTest.kind) {
case HitTestKind.NormalBox:
if (scoreColumn >= 0 && hitTest.box == scoreColumn) {
if (!(renderer.Description[hitTest.firstLine].boxes[0] is Symbol)) {
// In score courses, the score is in column A, so allow in-place editing of it, unless its the start triange.
popupKind = ChangeKind.Score;
popup.ShowPopup(8, (char)0, (char)0, false, MiscText.EnterScore, (string)renderer.Description[hitTest.firstLine].boxes[hitTest.box], 2, descriptionPanel, location);
}
}
else if (hitTest.box == 0) {
// Column A:
// We don't allow changing the sequence number, so no popup allowed
}
else if (hitTest.box == 1) {
// Column B
if (!(renderer.Description[hitTest.firstLine].boxes[0] is Symbol)) {
popupKind = ChangeKind.Code;
popup.ShowPopup(8, (char) 0, (char) 0, false, MiscText.EnterCode, (string) renderer.Description[hitTest.firstLine].boxes[1], 2, descriptionPanel, location);
}
}
else if (hitTest.box == 4) {
// Column E
popupKind = ChangeKind.DescriptionBox;
popup.ShowPopup(8, 'E', 'D', true, null, null, 0, descriptionPanel, location);
}
else if (hitTest.box == 5) {
// Column F
string initialText = "";
if (renderer.Description[hitTest.firstLine].boxes[5] is string && renderer.Description[hitTest.firstLine].boxes[5] != null)
initialText = (string) renderer.Description[hitTest.firstLine].boxes[5];
popupKind = ChangeKind.DescriptionBox;
popup.ShowPopup(8, 'F', (char) 0, true, MiscText.EnterDimensions, initialText, 4, descriptionPanel, location);
}
else {
// Column C, D, G, H
popupKind = ChangeKind.DescriptionBox;
popup.ShowPopup(8, (char)(hitTest.box + 'A'), (char)0, true, null, null, 0, descriptionPanel, location);
}
break;
case HitTestKind.Directive:
Symbol current = renderer.Description[hitTest.firstLine].boxes[0] as Symbol;
if (current != null) {
char kind = current.Kind; // Allow changing in the existing kind only.
// Only allow changing the crossing point or finish symbols.
if (kind == 'X' || kind == 'Z') {
popupKind = ChangeKind.Directive;
popup.ShowPopup(1, kind, (char)0, false, null, null, 0, descriptionPanel, location);
}
}
break;
case HitTestKind.Title:
text = MiscText.EnterEventTitle;
popupKind = ChangeKind.Title;
popup.ShowPopup(8, (char)0, (char)0, false, text, CombineBoxTexts(hitTest.firstLine, hitTest.lastLine, 0, "|"), 8, descriptionPanel, location);
break;
case HitTestKind.SecondaryTitle:
text = MiscText.EnterSecondaryTitle;
popupKind = ChangeKind.SecondaryTitle;
popup.ShowPopup(8, (char) 0, (char) 0, false, text, CombineBoxTexts(hitTest.firstLine, hitTest.lastLine, 0, "|"), 8, descriptionPanel, location);
break;
case HitTestKind.Header:
if (hitTest.box == 0 && courseViewKind != CourseView.CourseViewKind.AllControls) {
// the course name. Can't change the "All Controls" name.
popupKind = ChangeKind.CourseName;
string courseName = (string) renderer.Description[hitTest.firstLine].boxes[0];
if (isCoursePart && courseName.Length > 2) {
// Remove the "-3" etc with the part number.
courseName = courseName.Substring(0, courseName.LastIndexOf('-'));
}
popup.ShowPopup(8, (char) 0, (char) 0, false, MiscText.EnterCourseName, courseName, 6, descriptionPanel, location);
}
else if (hitTest.box == 1 && courseViewKind == CourseView.CourseViewKind.Normal) {
// the length
string lengthText;
if (hasCustomLength)
lengthText = Util.RemoveSuffix((string)renderer.Description[hitTest.firstLine].boxes[1], "km");
else
lengthText = ""; // automatically calculated length.
popupKind = ChangeKind.Length;
popup.ShowPopup(8, (char)0, (char)0, false, MiscText.EnterLength, lengthText, 4, descriptionPanel, location);
}
else if (hitTest.box == 2) {
// the climb
popupKind = ChangeKind.Climb;
popup.ShowPopup(8, (char) 0, (char) 0, false, MiscText.EnterClimb, Util.RemoveMeterSuffix((string) renderer.Description[hitTest.firstLine].boxes[2]), 4, descriptionPanel, location);
}
break;
case HitTestKind.Key:
popupKind = ChangeKind.Key;
popup.ShowPopup(8, (char) 0, (char) 0, false, MiscText.EnterSymbolText, (string) renderer.Description[hitTest.firstLine].boxes[1], 8, descriptionPanel, location);
break;
case HitTestKind.OtherTextLine:
popupKind = ChangeKind.TextLine;
popup.ShowPopup(8, (char)0, (char)0, false, MiscText.EnterTextLine, CombineBoxTexts(hitTest.firstLine, hitTest.lastLine, 0, "|"), 8, descriptionPanel, location);
break;
default: Debug.Fail("bad hit test kind"); break;
}
}
// Popup the control code popup on the selected line.
public void PopupControlCode()
{
if (firstSelectedLine >= 0) {
HitTestResult hittest = new HitTestResult();
hittest.kind = HitTestKind.NormalBox;
hittest.firstLine = firstSelectedLine;
hittest.lastLine = lastSelectedLine;
hittest.box = 1;
hittest.rect = renderer.BoxBounds(firstSelectedLine, lastSelectedLine, 1, 1);
PopupMenu(hittest);
}
}
// Given a hit test, determine the location where the upper-left of the popup menu should be.
// We position it to not obscure the symbol much, but still overlap the cell a bit.
Point GetPopupMenuLocation(HitTestResult hitTest)
{
return new Point((int)Math.Round(hitTest.rect.Left + renderer.CellSize * 0.5F),
(int)Math.Round(hitTest.rect.Top + renderer.CellSize * 0.75F));
}
// Hit test a point (in device coordinates) so we know what was clicked on.
// Currently only supports single column.
public HitTestResult HitTest(PointF point)
{
Debug.Assert(numColumns == 1);
HitTestResult result = new HitTestResult();
// Compensate for the margin.
point.X -= margin;
point.Y -= margin;
// Get total size, not including margin.
int width = (int) (WidthInCells() * cellSize);
int height = (int) (description.Length * cellSize);
if (point.X < 0 || point.X >= width || point.Y < 0 || point.Y >= height) {
// Outside the bounds of the description.
result.kind = HitTestKind.None;
result.firstLine = result.lastLine = -1;
result.box = -1;
result.rect = new RectangleF();
return result;
}
// What line, column are we on?
int iLine = (int) (point.Y / cellSize);
Debug.Assert(iLine >= 0 && iLine < description.Length);
int iCol = (int)(point.X / cellSize);
Debug.Assert(iCol >= 0 && iCol < WidthInCells());
result.firstLine = result.lastLine = iLine;
DescriptionLineKind lineKind = description[iLine].kind;
switch (lineKind) {
case DescriptionLineKind.Title:
result.kind = HitTestKind.Title;
result.box = 0;
LineBounds(iLine, out result.firstLine, out result.lastLine);
result.rect = new RectangleF(0, result.firstLine * cellSize, width, cellSize * (result.lastLine - result.firstLine + 1));
break;
case DescriptionLineKind.SecondaryTitle:
result.kind = HitTestKind.SecondaryTitle;
result.box = 0;
LineBounds(iLine, out result.firstLine, out result.lastLine);
result.rect = new RectangleF(0, result.firstLine * cellSize, width, cellSize * (result.lastLine - result.firstLine + 1));
break;
case DescriptionLineKind.Header2Box:
if (iCol < 3) {
result.kind = HitTestKind.Header;
result.box = 0;
result.rect = new RectangleF(0, iLine * cellSize, 3 * cellSize, cellSize);
}
else if (iCol < 8) {
result.kind = HitTestKind.Header;
result.box = 1;
result.rect = new RectangleF(3 * cellSize, iLine * cellSize, 5 * cellSize, cellSize);
}
else {
result.kind = HitTestKind.None;
result.box = -1;
result.rect = new RectangleF(8 * cellSize, iLine * cellSize, 5 * cellSize, cellSize);
}
break;
case DescriptionLineKind.Header3Box:
if (iCol < 3) {
result.kind = HitTestKind.Header;
result.box = 0;
result.rect = new RectangleF(0, iLine * cellSize, 3 * cellSize, cellSize);
}
else if (iCol < 6) {
result.kind = HitTestKind.Header;
result.box = 1;
result.rect = new RectangleF(3 * cellSize, iLine * cellSize, 3 * cellSize, cellSize);
}
else if (iCol < 8) {
result.kind = HitTestKind.Header;
result.box = 2;
result.rect = new RectangleF(6 * cellSize, iLine * cellSize, 2 * cellSize, cellSize);
}
else {
result.kind = HitTestKind.None;
result.box = -1;
result.rect = new RectangleF(8 * cellSize, iLine * cellSize, 5 * cellSize, cellSize);
}
break;
case DescriptionLineKind.Normal:
if (descriptionKind == DescriptionKind.SymbolsAndText && iCol >= 8) {
result.kind = HitTestKind.NormalText;
result.box = -1;
result.rect = new RectangleF(8 * cellSize, iLine * cellSize, 5 * cellSize, cellSize);
}
else if (descriptionKind == DescriptionKind.Text && iCol >= 2) {
result.kind = HitTestKind.NormalText;
result.box = -1;
result.rect = new RectangleF(2 * cellSize, iLine * cellSize, 6 * cellSize, cellSize);
}
else {
result.kind = HitTestKind.NormalBox;
result.box = iCol;
result.rect = new RectangleF(iCol * cellSize, iLine * cellSize, cellSize, cellSize);
}
break;
case DescriptionLineKind.Directive:
if (descriptionKind == DescriptionKind.SymbolsAndText && iCol >= 8) {
result.kind = HitTestKind.DirectiveText;
result.box = -1;
result.rect = new RectangleF(8 * cellSize, iLine * cellSize, 5 * cellSize, cellSize);
}
else if (descriptionKind == DescriptionKind.Text) {
result.kind = HitTestKind.DirectiveText;
result.box = -1;
result.rect = new RectangleF(0, iLine * cellSize, 8 * cellSize, cellSize);
}
else {
result.kind = HitTestKind.Directive;
result.box = 0;
result.rect = new RectangleF(0, iLine * cellSize, 8 * cellSize, cellSize);
}
break;
case DescriptionLineKind.Text:
result.kind = HitTestKind.OtherTextLine;
result.box = 0;
LineBounds(iLine, out result.firstLine, out result.lastLine);
result.rect = new RectangleF(0, result.firstLine * cellSize, width, cellSize * (result.lastLine - result.firstLine + 1));
break;
case DescriptionLineKind.Key:
result.kind = HitTestKind.Key;
result.box = 0;
result.rect = new RectangleF(0, iLine * cellSize, width, cellSize);
break;
default:
Debug.Fail("bad line kind");
return result;
}
result.rect.Offset(margin, margin); // recompensate for the margin.
return result;
}
