void MultisliceParameters::setBox(const Vector3R& minBox,
const Vector3R& maxBox,
Real deltaZ)
{
mMinBox = minBox;
mMaxBox = maxBox;
setSize(maxBox.x() - minBox.x(), maxBox.y() - minBox.y());
mDepth = maxBox.z() - minBox.z();
mDeltaZ = deltaZ;
if (mDeltaZ <= 0)
AURORA_THROW(EInvalidParameter, "deltaZ must be positive");
mMinBoxes.clear();
Real z = minBox.z();
const Real maxZ = maxBox.z();
mMinBoxes.push_back(Vector3R(minBox.x(), minBox.y(), z));
do
{
z += mDeltaZ;
mMinBoxes.push_back(Vector3R(minBox.x(), minBox.y(), z));
}
while (z < maxZ);
if (verbosity >= 2)
{
for (size_t i = 0; i < numSlices(); ++i)
{
std::cout << " slice " << i << " (z1 = " << zStart(i) << ", z2 = "
<< zEnd(i) << ")\n";
}
}
if (verbosity >= 1)
std::cout << "Number of Slices: " << numSlices() << std::endl;
}
Camera::Camera(Real px, Real py, Real pz,
Real dx, Real dy, Real dz,
Real ux, Real uy, Real uz,
Real foco,
Real w, Real h,
Real s) {
position = Vector3R();
position[0] = px; position[1] = py; position[2] = pz;
direction = Vector3R();
direction[0] = dx; direction[1] = dy; direction[2] = dz;
direction.normalize();
up = Vector3R();
up[0] = ux; up[1] = uy; up[2] = uz;
up.normalize();
right = direction.cross(up);
focolength = foco;
width = w; height = h;
step = s;
}
/// Calculate a bound box where the faces parallel to the x-y-plane are
/// quadratic
Vector3R maxQuadraticBoundingBox(Real scale = 1) const
{
// the center of the bounding box
Vector3R center = R(0.5) * (mMinBoundingBox + mMaxBoundingBox);
// the diagonal of the bounding box
Vector3R diagonal = mMaxBoundingBox - mMinBoundingBox;
// the greatest extension of the bounding box in the x-y-plane, this will
// be the edge length of the square.
Real maxExtension = std::max(diagonal.x(), diagonal.y());
return Vector3R(center.x() + maxExtension * R(0.5) * scale,
center.y() + maxExtension * R(0.5) * scale,
mMaxBoundingBox.z());
}
