void KreImporter::readRatings( const QDomNodeList& l, Recipe *recipe )
{
for ( int i = 0; i < l.count(); i++ ) {
QDomElement child = l.item( i ).toElement();
if ( child.tagName() == "rating" ) {
Rating r;
QDomNodeList ratingChildren = child.childNodes();
for ( int j = 0; j < ratingChildren.count(); j++ ) {
QDomElement ratingChild = ratingChildren.item( j ).toElement();
if ( ratingChild.tagName() == "comment" ) {
r.setComment(ratingChild.text());
}
else if ( ratingChild.tagName() == "rater" ) {
r.setRater(ratingChild.text());
}
else if ( ratingChild.tagName() == "criterion" ) {
readCriterion(ratingChild.childNodes(),r);
}
}
recipe->ratingList.append(r);
}
}
}
static int createNBodyCtx(lua_State* luaSt)
{
static NBodyCtx ctx;
static const char* criterionName = NULL;
double nStepf = 0.0;
static const MWNamedArg argTable[] =
{
{ "timestep", LUA_TNUMBER, NULL, TRUE, &ctx.timestep },
{ "timeEvolve", LUA_TNUMBER, NULL, TRUE, &ctx.timeEvolve },
{ "theta", LUA_TNUMBER, NULL, FALSE, &ctx.theta },
{ "eps2", LUA_TNUMBER, NULL, TRUE, &ctx.eps2 },
{ "treeRSize", LUA_TNUMBER, NULL, FALSE, &ctx.treeRSize },
{ "sunGCDist", LUA_TNUMBER, NULL, FALSE, &ctx.sunGCDist },
{ "criterion", LUA_TSTRING, NULL, FALSE, &criterionName },
{ "useQuad", LUA_TBOOLEAN, NULL, FALSE, &ctx.useQuad },
{ "allowIncest", LUA_TBOOLEAN, NULL, FALSE, &ctx.allowIncest },
{ "quietErrors", LUA_TBOOLEAN, NULL, FALSE, &ctx.quietErrors },
END_MW_NAMED_ARG
};
criterionName = NULL;
ctx = defaultNBodyCtx;
if (lua_gettop(luaSt) != 1)
return luaL_argerror(luaSt, 1, "Expected named argument table");
handleNamedArgumentTable(luaSt, argTable, 1);
/* FIXME: Hacky handling of enum. Will result in not good error
* messages as well as not fitting in. */
if (criterionName) /* Not required */
{
ctx.criterion = readCriterion(luaSt, criterionName);
}
if ((ctx.criterion != Exact) && (ctx.theta < 0.0))
{
return luaL_argerror(luaSt, 1, "Theta argument required for criterion != 'Exact'");
}
else if (ctx.criterion == Exact)
{
/* These don't mean anything here */
ctx.theta = 0.0;
ctx.useQuad = FALSE;
}
nStepf = mw_ceil(ctx.timeEvolve / ctx.timestep);
if (nStepf >= (double) UINT_MAX)
{
luaL_error(luaSt,
"Number of timesteps exceeds UINT_MAX: %f timesteps (%f / %f)\n",
nStepf,
ctx.timeEvolve, ctx.timestep);
}
ctx.nStep = (unsigned int) nStepf;
pushNBodyCtx(luaSt, &ctx);
return 1;
}