void RGHashTable :: RestoreAll (RGFile& f) {
RGPersistent::RestoreAll (f);
ClearAndDelete ();
int TempNumberOfLists;
f.Read (TempNumberOfLists);
RGDList** TempArray;
if (TempNumberOfLists < NumberOfLists) {
TempArray = new RGDList* [TempNumberOfLists];
for (int i=0; i<NumberOfLists; i++) {
if (i >= TempNumberOfLists)
delete ListArray [i];
else
TempArray [i] = ListArray [i];
}
delete[] ListArray;
ListArray = TempArray;
NumberOfLists = TempNumberOfLists;
}
else if (TempNumberOfLists > NumberOfLists) {
TempArray = new RGDList* [TempNumberOfLists];
for (int i=0; i<TempNumberOfLists; i++) {
if (i < NumberOfLists)
TempArray [i] = ListArray [i];
else
TempArray [i] = new RGDList;
}
delete[] ListArray;
ListArray = TempArray;
NumberOfLists = TempNumberOfLists;
}
f.Read (NumberOfEntries);
for (int i=0; i<NumberOfLists; i++)
ListArray [i]->RestoreAll (f);
}
void DataInterval :: RestoreAll (RGFile& f) {
RGPersistent::RestoreAll (f);
f.Read (Left);
f.Read (Right);
f.Read (Center);
f.Read (Mass);
f.Read (Height);
f.Read (Mode);
f.Read (MaxAtMode);
f.Read (FixedLeft);
f.Read (FixedRight);
}
void NoiseInterval :: RestoreAll (RGFile& f) {
RGPersistent::RestoreAll (f);
f.Read (Left);
f.Read (Right);
f.Read (Maximum);
f.Read (Minimum);
f.Read (Average);
f.Read (NumberOfMaxima);
f.Read (NumberOfMinima);
f.Read (NumberOfSamples);
f.Read (Norm2);
}
void STRBaseLocus :: RestoreAll (RGFile& f) {
BaseLocus::RestoreAll (f);
f.Read (MinimumBP);
f.Read (MaximumBP);
}
void STRBaseAllele :: RestoreAll (RGFile& f) {
BaseAllele::RestoreAll (f);
f.Read (BP);
}
void RGXmlSizeRestriction :: RestoreAll (RGFile& f) {
RGXmlDataRestriction::RestoreAll (f);
f.Read (SizeLimit);
}
void STRTracePrequalification :: RestoreAll (RGFile& f) {
TracePrequalification::RestoreAll (f);
f.Read (WindowWidth);
}
