void fromJson(JsonPtr v)
{
TraceSettings::fromJson(v);
v.getField("initial_sample_pool", initialSamplePool);
v.getField("image_pyramid", imagePyramid);
v.getField("large_step_probability", largeStepProbability);
}
void ConductorBsdf::fromJson(JsonPtr value, const Scene &scene)
{
Bsdf::fromJson(value, scene);
if (value.getField("eta", _eta) && value.getField("k", _k))
_materialName.clear();
if (value.getField("material", _materialName) && !lookupMaterial())
value.parseError(tfm::format("Unable to find material with name '%s'", _materialName));
}
void ThinSheetBsdf::fromJson(JsonPtr value, const Scene &scene)
{
Bsdf::fromJson(value, scene);
value.getField("ior", _ior);
value.getField("enable_interference", _enableInterference);
value.getField("sigma_a", _sigmaA);
if (auto thickness = value["thickness"])
_thickness = scene.fetchTexture(thickness, TexelConversion::REQUEST_AVERAGE);
}
void RoughPlasticBsdf::fromJson(JsonPtr value, const Scene &scene)
{
Bsdf::fromJson(value, scene);
value.getField("ior", _ior);
_distribution = value["distribution"];
value.getField("thickness", _thickness);
value.getField("sigma_a", _sigmaA);
if (auto roughness = value["roughness"])
_roughness = scene.fetchTexture(roughness, TexelConversion::REQUEST_AVERAGE);
}
ModelRef(JsonPtr value, ModelResolver &resolver)
: _xRot(0),
_yRot(0),
_zRot(0),
_uvLock(false),
_weight(1.0f)
{
value.getField("model", _modelPath);
value.getField("x", _xRot);
value.getField("y", _yRot);
value.getField("z", _zRot);
value.getField("uvlock", _uvLock);
value.getField("weight", _weight);
_builtModel = resolver.resolveModel("block/" + _modelPath);
}
void Camera::fromJson(JsonPtr value, const Scene &scene)
{
_tonemapOp = value["tonemap"];
value.getField("resolution", _res);
if (auto medium = value["medium"])
_medium = scene.fetchMedium(medium);
if (auto filter = value["reconstruction_filter"])
_filter = filter;
if (auto transform = value["transform"]) {
transform.get(_transform);
_pos = _transform.extractTranslationVec();
_lookAt = _transform.fwd() + _pos;
_up = _transform.up();
transform.getField("up", _up);
transform.getField("look_at", _lookAt);
_transform.setRight(-_transform.right());
}
precompute();
}
void Primitive::fromJson(JsonPtr value, const Scene &scene)
{
JsonSerializable::fromJson(value, scene);
value.getField("transform", _transform);
if (auto emission = value["emission"]) _emission = scene.fetchTexture(emission, TexelConversion::REQUEST_RGB);
if (auto power = value["power" ]) _power = scene.fetchTexture(power, TexelConversion::REQUEST_RGB);
if (auto intMedium = value["int_medium"]) _intMedium = scene.fetchMedium(intMedium);
if (auto extMedium = value["ext_medium"]) _extMedium = scene.fetchMedium(extMedium);
}
void fromJson(JsonPtr v)
{
TraceSettings::fromJson(v);
v.getField("initial_sample_pool", initialSamplePool);
v.getField("iterations_per_batch", iterationsPerBatch);
v.getField("image_pyramid", imagePyramid);
v.getField("large_step_probability", largeStepProbability);
v.getField("strategy_perturbation_probability", strategyPerturbationProbability);
v.getField("gaussian_mutation", gaussianMutation);
}
void ErlangTransmittance::fromJson(JsonPtr value, const Scene &scene)
{
Transmittance::fromJson(value, scene);
value.getField("rate", _lambda);
}
