本文整理汇总了C++中AbstractObject::getIOR方法的典型用法代码示例。如果您正苦于以下问题：C++ AbstractObject::getIOR方法的具体用法？C++ AbstractObject::getIOR怎么用？C++ AbstractObject::getIOR使用的例子？那么, 这里精选的方法代码示例或许可以为您提供帮助。您也可以进一步了解该方法所在类AbstractObject的用法示例。
在下文中一共展示了AbstractObject::getIOR方法的1个代码示例，这些例子默认根据受欢迎程度排序。您可以为喜欢或者感觉有用的代码点赞，您的评价将有助于系统推荐出更棒的C++代码示例。
示例1: scatter
Ray HeterogeneousVolume::scatter(Ray &inRay) const{
Ray outRay;
outRay.isDeltaDirection = false;
bool go_in_vol = inRay.intersectObj == this && inRay.insideObj != this;
bool be_in_vol = inRay.insideObj == this;
// CASE1: Go in volume.
if(go_in_vol){
vec3f position = inRay.origin + inRay.direction*inRay.intersectDist;
vec3f normal = inRay.intersectObj->getWorldNormal(inRay.intersectTriangleID, position);
outRay.origin = position;
outRay.direction = inRay.direction;
vec3f reflDir = -normal.dot(inRay.direction)*normal*2 + inRay.direction;
reflDir.normalize();
float theta = acos(inRay.direction.dot(normal));
AbstractObject* currentInsideObject = inRay.insideObj;
AbstractObject* outSideObject = (AbstractObject*)this;
float current_n = currentInsideObject ? currentInsideObject->getIOR() : 1;
float next_n = outSideObject ? outSideObject->getIOR() : 1;
float sin_phi = current_n / next_n * sin(theta);
outRay.intersectObj = NULL;
outRay.radiance = vec3f(1, 1, 1);
outRay.directionProb = 1;
outRay.contactObj = (AbstractObject*)this;
outRay.contactTriangleID = inRay.intersectTriangleID;
if(sin_phi > 1){
outRay.direction = reflDir;
outRay.insideObj = inRay.insideObj;
outRay.directionProb = 1;
outRay.isDeltaDirection = true;
outRay.photonType = Ray::NOUSE;
}
else{
float phi = asin(sin_phi);
if(theta > PI/2) phi = PI - phi;
vec3f axis = normal.cross(inRay.direction);
axis.normalize();
outRay.direction = vec3f(RotateMatrix(axis, phi) * vec4f(normal, 0));
outRay.direction.normalize();
float cos_theta = abs(cos(theta));
float cos_phi = abs(cos(phi));
float esr = powf(abs(current_n*cos_theta-next_n*cos_phi)/(current_n*cos_theta+next_n*cos_phi),2);
float epr = powf(abs(next_n*cos_theta-current_n*cos_phi)/(next_n*cos_theta+current_n*cos_phi),2);
float er = (esr+epr)/2;
float p = er;
if(rng->genFloat() < p)
{
outRay.direction = reflDir;
outRay.radiance *= er / outRay.cosineTerm();
outRay.directionProb = p;
outRay.insideObj = inRay.insideObj;
outRay.isDeltaDirection = true;
outRay.photonType = Ray::NOUSE;
}
else
{
outRay.radiance *= (1-er) / outRay.cosineTerm();
outRay.directionProb = 1-p;
outRay.contactObj = outRay.insideObj = (AbstractObject*)this;
outRay.isDeltaDirection = true;
outRay.photonType = Ray::HITVOL;
}
outRay.direction.normalize();
}
return outRay;
}
float p_medium, P_surface, sampleDist;
bool samplingState = sampleDistance(inRay, sampleDist, p_medium, P_surface);
bool out_of_vol = samplingState == false;//sampleDist >= inRay.intersectDist;
// CASE2: Be in volume.
if(be_in_vol && !out_of_vol){
outRay.origin = inRay.origin + inRay.direction * sampleDist;
outRay.radiance = bsdf->sampleBSDF(inRay.direction, outRay.direction, vec3f(), *rng, &outRay.directionProb);
outRay.insideObj = (AbstractObject*)this;
outRay.contactTriangleID = inRay.intersectTriangleID;
float albedo = isSubsurface ? getAlbedo(outRay.origin) : getAlbedo();
float rander = rng->genFloat();
if(rander < albedo){
outRay.contactObj = NULL;
outRay.directionProb *= albedo;
outRay.originProb = p_medium;// pMedium(inRay, sampleDist);//
outRay.isDeltaDirection = false;
outRay.radiance *= isSubsurface ? lookUpSubSurfaceVolumeData(outRay.origin, SCATTERING) : scatteringCoeff * lookUpDensity(outRay.origin);
outRay.photonType = Ray::INVOL;
}
else{
// terminate
//.........这里部分代码省略.........