/**
* Sets the dimension type for this IndexBlockSet.
* @param theType
*/
void IndexBlockSet::setType(adstring theType){
type = theType;
int p = theType.pos("_");
if (p) type = theType(1,p-1);//strip off type
if (type==tcsam::STR_YEAR){
modMin = ModelConfiguration::mnYr;
modMax = ModelConfiguration::mxYr;
} else
if (type==tcsam::STR_SEX){
modMin = 1;
modMax = tcsam::nSXs;
} else
if (type==tcsam::STR_MATURITY_STATE){
modMin = 1;
modMax = tcsam::nMSs;
} else
if (type==tcsam::STR_SHELL_CONDITION){
modMin = 1;
modMax = tcsam::nSCs;
} else
if (type==tcsam::STR_SIZE){
modMin = 1;
modMax = ModelConfiguration::nZBs;
} else
if (type==tcsam::STR_FISHERY){
modMin = 1;
modMax = ModelConfiguration::nFsh;
} else
if (type==tcsam::STR_SURVEY){
modMin = 1;
modMax = ModelConfiguration::nSrv;
} else
{
cout<<"WARNING...WARNING...WARNING..."<<endl;
cout<<"Defining non-standard index type '"<<type<<"'."<<endl;
cout<<"Make sure this is what you want."<<endl;
cout<<"WARNING...WARNING...WARNING..."<<endl;
}
if (debug) cout<<"modMin = "<<modMin<<tb<<"modMax = "<<modMax<<endl;
}
/**
* Parse a range string ("x:y" or "y") to obtain actual min, max for range.
* If result finds x (y) < 0, then x (y) will be substituted using
* if x<0, x = modMin+1+x (so x=-1->x=modMin, x=-2->x=modMin-1, etc)
* if y<0, y = modMax-1-y (so y=-1->y=modMax, y=-2->y=modMax+1, etc)
* @param str
*/
void IndexRange::parse(adstring str){
if (debug) cout<<"IndexRange parse("<<str<<")"<<endl;
int i = str.pos(":");
if (debug) cout<<"':' located at position "<<i<<endl;
if (i){
mn = ::atoi(str(1,i-1));
if (mn<0){mn=modMin+1+mn;} else
if (mn<modMin){mn=modMin;} else
if (mn>modMax){mn=modMax;}
mx = ::atoi(str(i+1,str.size()));
if (mx<0){mx=modMax-1-mx;} else
if (mx<modMin){mx=modMin;} else
if (mx>modMax){mx=modMax;}
} else {
mx = ::atoi(str);
if (mx<0){mx=modMax-1-mx;} else
if (mx<modMin){mx=modMin;} else
if (mx>modMax){mx=modMax;}
mn=mx;
}
if (debug) cout<<"mn,mx = "<<mn<<cc<<mx<<endl;
createRangeVector(mn,mx);
}