inline void operator() (ustring name, Dual2<R> &result,
const Dual2<S> &s, const Dual2<T> &t,
const S &sp, const T &tp,
ShaderGlobals *sg, const NoiseParams *opt) const {
if (name == Strings::uperlin || name == Strings::noise) {
PeriodicNoise noise;
noise(result, s, t, sp, tp);
} else if (name == Strings::perlin || name == Strings::snoise) {
PeriodicSNoise snoise;
snoise(result, s, t, sp, tp);
} else if (name == Strings::cell) {
PeriodicCellNoise cellnoise;
cellnoise(result.val(), s.val(), t.val(), sp, tp);
result.clear_d();
} else if (name == Strings::gabor) {
GaborPNoise gnoise;
gnoise (name, result, s, t, sp, tp, sg, opt);
} else if (name == Strings::hash) {
PeriodicHashNoise hashnoise;
hashnoise(result.val(), s.val(), t.val(), sp, tp);
result.clear_d();
} else {
((ShadingContext *)sg->context)->error ("Unknown noise type \"%s\"", name.c_str());
}
}
inline void operator() (ustring name, Dual2<R> &result,
const Dual2<S> &s, const Dual2<T> &t,
ShaderGlobals *sg, const NoiseParams *opt) const {
if (name == Strings::uperlin || name == Strings::noise) {
Noise noise;
noise(result, s, t);
} else if (name == Strings::perlin || name == Strings::snoise) {
SNoise snoise;
snoise(result, s, t);
} else if (name == Strings::simplexnoise || name == Strings::simplex) {
SimplexNoise simplexnoise;
simplexnoise(result, s, t);
} else if (name == Strings::usimplexnoise || name == Strings::usimplex) {
USimplexNoise usimplexnoise;
usimplexnoise(result, s, t);
} else if (name == Strings::cell) {
CellNoise cellnoise;
cellnoise(result.val(), s.val(), t.val());
result.clear_d();
} else if (name == Strings::gabor) {
GaborNoise gnoise;
gnoise (name, result, s, t, sg, opt);
} else if (name == Strings::null) {
NullNoise noise; noise(result, s, t);
} else if (name == Strings::unull) {
UNullNoise noise; noise(result, s, t);
} else if (name == Strings::hash) {
HashNoise hashnoise;
hashnoise(result.val(), s.val(), t.val());
result.clear_d();
} else {
((ShadingContext *)sg->context)->error ("Unknown noise type \"%s\"", name.c_str());
}
}