public HandTimingCalc(HandTimingVMEntry entry, IEnumerable <HandTimingVMEntry> sortedEntries)
{
_usedEntries = new List <HandTimingVMEntry>();
_entryToCalculate = entry;
findAndStoreEntriesToUse(new List <HandTimingVMEntry>(sortedEntries));
calculateHandTime();
}
public void Dissolve(HandTimingVMEntry entry)
{
// Only split if there is something to split
if (entry.HandTime != null && entry.StartNumber != null)
{
// Create entry for handtime
HandTimingVMEntry entryHT = new HandTimingVMEntry(entry.TimeModus, null, entry.HandTime);
entry.SetHandTime(null);
_handTimings.InsertSorted(entryHT, _handTimingsSorter);
}
}
public void AssignStartNumber(HandTimingVMEntry entry, uint startNumber)
{
// Find entry with correct startnumber
HandTimingVMEntry entrySN = _handTimings.FirstOrDefault(x => x.StartNumber == startNumber);
if (entrySN != null)
{
// Merge entrys
entrySN.SetHandTime(entry.HandTime);
_handTimings.Remove(entry);
}
else
{
entry.StartNumber = startNumber;
}
_handTimings.Sort(_handTimingsSorter);
}
public void AddHandTimings(IEnumerable <TimingData> handTimings)
{
foreach (var ht in handTimings)
{
HandTimingVMEntry e = findEntry(ht);
if (e != null && e.HandTime == ht.Time)
{
// Do nothing
}
else if (e != null && e.HandTime == null)
{
e.SetHandTime(ht.Time);
}
else
{
_handTimings.InsertSorted(new HandTimingVMEntry(_timeModus, null, ht.Time), _handTimingsSorter);
}
}
_handTimings.Sort(_handTimingsSorter);
}
public void AddRunResults(IEnumerable <RunResult> runResults)
{
foreach (var rr in runResults)
{
HandTimingVMEntry e = findEntry(rr);
if (e != null && e.OriginalRunResult == rr)
{
// Do nothing
}
else if (e != null && e.ATime == null)
{
e.SetRunResult(rr);
}
else
{
_handTimings.InsertSorted(new HandTimingVMEntry(_timeModus, rr, null), _handTimingsSorter);
}
}
_handTimings.Sort(_handTimingsSorter);
}
protected void addLineToTable(Table table, HandTimingVMEntry data, int i)
{
Color bgColor = ColorConstants.WHITE;// new DeviceRgb(0.97f, 0.97f, 0.97f);
if (i % 2 == 1)
{
bgColor = PDFHelper.ColorRHBG1;
}
bool bManuallyAdjustedEntry = data.ManuallyAdjustedFinishTime || data.ManuallyAdjustedStartTime;
// Startnumber
var pStNr = createCellParagraphForTable(formatStartNumber((uint)data.StartNumber));
if (bManuallyAdjustedEntry)
{
pStNr.SetItalic();
}
table.AddCell(createCellForTable(TextAlignment.CENTER).SetBackgroundColor(bgColor).Add(pStNr));
// StartTime
var pStartTime = createCellParagraphForTable(data.StartTime.ToRaceTimeString());
if (bManuallyAdjustedEntry)
{
pStartTime.SetItalic();
}
if (data.ManuallyAdjustedStartTime)
{
pStartTime.SetBold();
}
table.AddCell(createCellForTable(TextAlignment.CENTER).SetBackgroundColor(bgColor).Add(pStartTime));
// FinishTime
var pFinishTime = createCellParagraphForTable(data.FinishTime.ToRaceTimeString());
if (bManuallyAdjustedEntry)
{
pFinishTime.SetItalic();
}
if (data.ManuallyAdjustedFinishTime)
{
pFinishTime.SetBold();
}
table.AddCell(createCellForTable(TextAlignment.CENTER).SetBackgroundColor(bgColor).Add(pFinishTime));
// RunTime
var pRunTime = createCellParagraphForTable(data.RunTime.ToRaceTimeString());
if (bManuallyAdjustedEntry)
{
pRunTime.SetItalic().SetBold();
}
table.AddCell(createCellForTable(TextAlignment.CENTER).SetBackgroundColor(bgColor).Add(pRunTime));
// HandTime
var pHandTime = createCellParagraphForTable(data.HandTime.ToRaceTimeString());
if (bManuallyAdjustedEntry)
{
pHandTime.SetItalic();
}
table.AddCell(createCellForTable(TextAlignment.CENTER).SetBackgroundColor(bgColor).Add(pHandTime));
// Difference
var pHandDiff = createCellParagraphForTable(data.HandTimeDiff.ToRaceTimeString());
if (bManuallyAdjustedEntry)
{
pHandDiff.SetItalic().SetBold();
}
table.AddCell(createCellForTable(TextAlignment.CENTER).SetBackgroundColor(bgColor).Add(pHandDiff));
}