bool ObjectDao::parseObject(const QJsonObject & objectObj)
{
if (!typesCheck(objectObj))
return false;
model = objectObj["model"].toString();
shader = objectObj["shader"].toString();
QJsonArray posArr = objectObj["pos"].toArray();
pos = glm::vec3((float) posArr[0].toDouble(),
(float) posArr[1].toDouble(),
(float) posArr[2].toDouble());
QJsonArray rotArr = objectObj["rot"].toArray();
rot = glm::vec3((float) rotArr[0].toDouble(),
(float) rotArr[1].toDouble(),
(float) rotArr[2].toDouble());
QJsonArray scaleArr = objectObj["scale"].toArray();
scale = glm::vec3((float) scaleArr[0].toDouble(),
(float) scaleArr[1].toDouble(),
(float) scaleArr[2].toDouble());
if (!validCheck())
return false;
valid = true;
return true;
}
void
kTable::kSet(int i, int j, DComplex value) {
validCheck();
if (j<0) {
array[index(i,j)]=conj(value)/scaleby;
if (j==-N/2) array[index(-i,j)]=value/scaleby;
}
else {
array[index(i,j)]=value/scaleby;
if (j==0 || j==N/2) array[index(-i,j)]=conj(value)/scaleby;
}
return;
}
void
xTable::xSet(int i, int j, double value) {
validCheck();
array[index(i,j)]=value/scaleby;
return;
}
double xTable::xval(int i, int j) const {
validCheck();
return scaleby*array[index(i,j)];
}
DComplex kTable::kval(int i, int j) const {
validCheck();
DComplex retval=scaleby*array[index(i,j)];
if (j<0) return conj(retval);
else return retval;
}
