void RPModel::readXML(string fileName) {
using tinyxml2::XMLDocument;
using tinyxml2::XMLElement;
using KBase::KException;
// read XML file with tinyXML2 then do equivalent of
// initScen and configScen
XMLDocument d1;
try {
d1.LoadFile(fileName.c_str());
auto eid = d1.ErrorID();
if (0 != eid) {
cout << "ErrorID: " << eid << endl;
throw KException(d1.GetErrorStr1());
}
else {
// missing data causes the missing XMLElement* to come back as nullptr,
// so we get a segmentation violation, which is not catchable.
XMLElement* scenEl = d1.FirstChildElement( "Scenario" );
XMLElement* scenNameEl = scenEl->FirstChildElement( "name" );
assert (nullptr != scenNameEl);
try {
const char * sName = scenNameEl->GetText();
printf( "Name of scenario: %s\n", sName );
}
catch (...) {
throw (KException("Error reading file header"));
}
XMLElement* scenDescEl = scenEl->FirstChildElement( "desc" );
assert (nullptr != scenDescEl);
const char* sn2 = scenDescEl->GetText();
assert (nullptr != sn2);
// get some top level values from the corresponding Elements (no Attributes)
XMLElement* gbEl = scenEl->FirstChildElement( "govBudget" );
assert (nullptr != gbEl);
double gb = 1000.0; // impossible value
gbEl->QueryDoubleText(&gb);
assert (0.0 < gb);
assert (gb <= 100.0);
govBudget = ((unsigned int) (0.5 + gb));
XMLElement* obEl = scenEl->FirstChildElement( "outOfBudgetFactor" );
assert (nullptr != obEl);
double obf = 1000.0; // impossible value
obEl->QueryDoubleText(&obf);
assert (0.0 < obf);
assert (obf < 1.0);
obFactor = obf;
XMLElement* pdEl = scenEl->FirstChildElement( "orderFactor" );
assert (nullptr != pdEl);
double pdf = 1000.0; // impossible value
pdEl->QueryDoubleText(&pdf);
assert (0.0 < pdf);
assert (pdf < 1.0);
pDecline = pdf;
// TODO: read these two parameters from XML
KBase::VotingRule vrScen = KBase::VotingRule::Proportional;
RfrmPri::RPActor::PropModel pmScen = RfrmPri::RPActor::PropModel::ExpUtil;
// read all the categories
unsigned int nc = 0;
try {
XMLElement* catsEl = scenEl->FirstChildElement( "Categories" );
assert (nullptr != catsEl);
XMLElement* cEl = catsEl->FirstChildElement( "category" );
assert (nullptr != cEl); // has to be at least one
while (nullptr != cEl) {
nc++;
cEl = cEl->NextSiblingElement( "category" );
}
printf("Found %i categories \n", nc);
numCat = nc;
}
catch (...) {
throw (KException("Error reading Categories data"));
}
// In this case, the number of items should equal to the number of categories,
// so we can setup the matrix with the following size.
govCost = KMatrix(1, numCat);
// read all the items
unsigned int ni = 0;
try {
XMLElement* itemsEl = scenEl->FirstChildElement( "Items" );
assert (nullptr != itemsEl);
XMLElement* iEl = itemsEl->FirstChildElement( "Item" );
assert (nullptr != iEl); // has to be at least one
while (nullptr != iEl) {
double gci=0.0;
XMLElement* gcEl = iEl->FirstChildElement("cost");
gcEl->QueryDoubleText(&gci);
assert (0.0 < gci);
govCost(0, ni) = gci;
ni++;
iEl = iEl->NextSiblingElement( "Item" );
}
printf("Found %i items \n", ni);
assert (ni == nc); // for this problem, number of items and categories are equal
numItm = ni;
}
catch (...) {
throw (KException("Error reading Items data"));
}
// We now know numItm and obFactor, so we can fill in prob vector.
prob = vector<double>();
double pj = 1.0;
printf("pDecline factor: %.3f \n", pDecline);
printf("obFactor: %.3f \n", obFactor);
// rate of decline has little effect on the results.
for (unsigned int j = 0; j < numItm; j++) {
prob.push_back(pj);
pj = pj * pDecline;
}
// read all the actors
unsigned int na = 0;
try {
XMLElement* actorsEl = scenEl->FirstChildElement( "Actors" );
assert (nullptr != actorsEl);
XMLElement* aEl = actorsEl->FirstChildElement( "Actor" );
assert (nullptr != aEl); // has to be at least one
while (nullptr != aEl) {
const char* aName = aEl->FirstChildElement( "name" )->GetText();
const char* aDesc = aEl->FirstChildElement( "description" )->GetText();
double cap = 0.0; // another impossible value
aEl->FirstChildElement( "capability" )->QueryDoubleText(&cap);
assert(0.0 < cap);
auto ri = new RPActor(aName, aDesc, this);
ri->sCap = cap;
ri->riVals = vector<double>();
ri->idNum = na;
ri->vr = vrScen;
ri->pMod = pmScen;
XMLElement* ivsEl = aEl->FirstChildElement("ItemValues");
unsigned int numIVS = 0;
XMLElement* ivEl = ivsEl->FirstChildElement("iVal");
assert (nullptr != ivEl);
while (nullptr != ivEl) {
numIVS++;
double iv = -1.0; // impossible value
ivEl->QueryDoubleText(&iv);
assert (0 <= iv);
ri->riVals.push_back(iv);
ivEl = ivEl->NextSiblingElement("iVal");
}
assert(ni == numIVS); // must have a value for each item
addActor(ri);
// move to the next, if any
na++;
aEl = aEl->NextSiblingElement( "Actor" );
}
printf("Found %i actors \n", na);
assert (minNumActor <= na);
assert (na <= maxNumActor);
}
catch (...) {
throw (KException("Error reading Actors data"));
}
}
}
catch (const KException& ke) {
cout << "Caught KException in readXML: "<< ke.msg <<endl<<flush;
}
catch (...) {
cout << "Caught unidentified exception in readXML"<<endl<<flush;
}
return;
}
// --------------------------------------------
// JAH 20160728 modified to return a KTable object instead of the SQL string
KTable * SMPModel::createSQL(unsigned int n) {
string sql = "";
string name = "";
unsigned int grpID = 0;
// check total number of table exceeds
assert(n < Model::NumTables + NumTables);
if (n < Model::NumTables) {
return Model::createSQL(n);
}
else
{
switch (n-Model::NumTables) {
case 0: // coordinates of each actor's position
sql = "create table if not exists VectorPosition (" \
"ScenarioId VARCHAR(32) NOT NULL DEFAULT 'None', "\
"Turn_t INTEGER NOT NULL DEFAULT 0, "\
"Act_i INTEGER NOT NULL DEFAULT 0, "\
"Dim_k INTEGER NOT NULL DEFAULT 0, "\
"Pos_Coord FLOAT NOT NULL DEFAULT 0,"\
"Idl_Coord FLOAT NOT NULL DEFAULT 0, " \
"Mover_BargnId INTEGER NULL DEFAULT 0" \
");";
name = "VectorPosition";
grpID = 4;// JAH 20161010 put in group 4 all by itself
break;
case 1: // salience to each actor of each dimension
sql = "create table if not exists SpatialSalience (" \
"ScenarioId VARCHAR(32) NOT NULL DEFAULT 'None', "\
"Turn_t INTEGER NOT NULL DEFAULT 0, "\
"Act_i INTEGER NOT NULL DEFAULT 0, "\
"Dim_k INTEGER NOT NULL DEFAULT 0, "\
"Sal FLOAT NOT NULL DEFAULT 0.0"\
");";
name = "SpatialSalience";
grpID = 0;
break;
case 2: // scalar capability of each actor
sql = "create table if not exists SpatialCapability (" \
"ScenarioId VARCHAR(32) NOT NULL DEFAULT 'None', "\
"Turn_t INTEGER NOT NULL DEFAULT 0, "\
"Act_i INTEGER NOT NULL DEFAULT 0, "\
"Cap FLOAT NOT NULL DEFAULT 0.0"\
");";
name = "SpatialCapability";
grpID = 0;
break;
case 3: // names of dimensions, so the GUI can use it JAH 20160727
{
char *sqlBuff = newChars(500);
sprintf(sqlBuff, "create table if not exists DimensionDescription (" \
"ScenarioId VARCHAR(32) NOT NULL DEFAULT 'None', "\
"Dim_k INTEGER NOT NULL DEFAULT 0, "\
"\"Desc\" VARCHAR(%u) NOT NULL DEFAULT 'NoDesc' "\
");", maxDimDescLen);
sql = std::string(sqlBuff);
delete sqlBuff;
sqlBuff = nullptr;
name = "DimensionDescription";
grpID = 0;
}
break;
case 4: // affinities of actors, so the GUI can use it
{
sql = "create table if not exists Accommodation (" \
"ScenarioId VARCHAR(32) NOT NULL DEFAULT 'None', "\
"Act_i INTEGER NOT NULL DEFAULT 0, "\
"Act_j INTEGER NOT NULL DEFAULT 0, "\
"Affinity FLOAT NOT NULL DEFAULT 0.0"\
");";
name = "Accommodation";
grpID = 0;
break;
}
default:
throw(KException("SMPModel::createSQL unrecognized table number"));
}
}
assert(grpID<(Model::NumSQLLogGrps+NumSQLLogGrps));
auto tab = new KTable(n,name,sql,grpID);
return tab;
}
