Boolean IsOSSMTimeFile(char *path, short *selectedUnitsOut)
{
vector<string> linesInFile;
if (ReadLinesInFile(path, linesInFile))
return IsOSSMTimeFile(linesInFile, selectedUnitsOut);
else
return false;
}
TOSSMTimeValue* CreateTOSSMTimeValue(TMover *theOwner,char* path, char* shortFileName, short unitsIfKnownInAdvance)
{
char tempStr[256];
OSErr err = 0;
if(IsShioFile(path))
{
TShioTimeValue *timeValObj = new TShioTimeValue(theOwner);
if (!timeValObj)
{ TechError("LoadTOSSMTimeValue()", "new TShioTimeValue()", 0); return nil; }
err = timeValObj->InitTimeFunc();
if(err) {delete timeValObj; timeValObj = nil; return nil;}
err = timeValObj->ReadTimeValues (path, M19REALREAL, unitsIfKnownInAdvance);
if(err) { delete timeValObj; timeValObj = nil; return nil;}
return timeValObj;
}
else if (IsTimeFile(path) || IsHydrologyFile(path) || IsOSSMTimeFile(path, &unitsIfKnownInAdvance))
{
TOSSMTimeValue *timeValObj = new TOSSMTimeValue(theOwner);
if (!timeValObj)
{ TechError("LoadTOSSMTimeValue()", "new TOSSMTimeValue()", 0); return nil; }
err = timeValObj->InitTimeFunc();
if(err) {delete timeValObj; timeValObj = nil; return nil;}
err = timeValObj->ReadTimeValues (path, M19REALREAL, unitsIfKnownInAdvance);
if(err) { delete timeValObj; timeValObj = nil; return nil;}
return timeValObj;
}
// code goes here, add code for OSSMHeightFiles, need scale factor to calculate derivative
else
{
sprintf(tempStr,"File %s is not a recognizable time file.",shortFileName);
printError(tempStr);
}
return nil;
}
