inline void for_each_gridpoint (
const protobuf::HyperPrior::GammaPoisson & grid,
Visitor & visitor)
{
for (auto alpha : grid.alpha()) {
visitor.add().alpha = alpha;
}
visitor.done();
for (auto inv_beta : grid.inv_beta()) {
visitor.add().inv_beta = inv_beta;
}
visitor.done();
}
inline void for_each_gridpoint (
const protobuf::HyperPrior::DirichletProcessDiscrete & grid,
Visitor & visitor)
{
for (auto gamma : grid.gamma()) {
visitor.add().gamma = gamma;
}
visitor.done();
for (auto alpha : grid.alpha()) {
visitor.add().alpha = alpha;
}
visitor.done();
}
inline void for_each_gridpoint (
const protobuf::HyperPrior::BetaBernoulli & grid,
Visitor & visitor)
{
for (auto alpha : grid.alpha()) {
visitor.add().alpha = alpha;
}
visitor.done();
for (auto beta : grid.beta()) {
visitor.add().beta = beta;
}
visitor.done();
}
inline void for_each_gridpoint (
const protobuf::HyperPrior::BetaNegativeBinomial & grid,
Visitor & visitor)
{
for (auto alpha : grid.alpha()) {
visitor.add().alpha = alpha;
}
visitor.done();
for (auto beta : grid.beta()) {
visitor.add().beta = beta;
}
visitor.done();
for (auto r : grid.r()) {
visitor.add().r = r;
}
visitor.done();
}
inline void for_each_gridpoint (
const protobuf::HyperPrior::DirichletDiscrete & grid,
Visitor & visitor)
{
int dim = visitor.shared().dim;
for (int i = 0; i < dim; ++i) {
for (auto alpha : grid.alpha()) {
visitor.add().alphas[i] = alpha;
}
visitor.done();
}
}
inline void for_each_gridpoint (
const protobuf::HyperPrior::NormalInverseChiSq & grid,
Visitor & visitor)
{
for (auto mu : grid.mu()) {
visitor.add().mu = mu;
}
visitor.done();
for (auto kappa : grid.kappa()) {
visitor.add().kappa = kappa;
}
visitor.done();
for (auto sigmasq : grid.sigmasq()) {
visitor.add().sigmasq = sigmasq;
}
visitor.done();
for (auto nu : grid.nu()) {
visitor.add().nu = nu;
}
visitor.done();
}
