Perform a null operation -- for testing throughput
Spatially interpolate the velocity at a number of points for a given time.
Spatially interpolate the velocity at a number of points for a given time (allow batching).
Get a cube of the raw velocity data with the given width cornered at the specified coordinates for the given time.
Spatially interpolate the pressure field at a number of points for a given time.
Get a cube of the raw pressure data with the given width cornered at the specified coordinates for the given time.
Spatially interpolate the magnetic field at a number of points for a given time.
Get a cube of the raw magnetic field data with the given width cornered at the specified coordinates for the given time.
Spatially interpolate the magnetic field at a number of points for a given time.
Get a cube of the raw vector potential data with the given width cornered at the specified coordinates for the given time.
Spatially interpolate the density field at a number of points for a given time.
Retrieve the density gradient at a fixed location
Retrieve the density hessian at a fixed location
Get a cube of the raw density data with the given width cornered at the specified coordinates for the given time.
Retrieve the force for a number of points for a given time.
Spatially interpolate the velocity for an array of points
Retrieve the velocity gradient at a fixed location
Retrieve the magnetic field gradient at a number of points for a given time.
Retrieve the vector potential gradient at a number of points for a given time.
Retrieve the pressure gradient at a fixed location
Retrieve the pressure hessian at a fixed location
Retrieve the velocity hessian at a fixed location
Retrieve the magnetic field hessian at a number of points for a given time.
Retrieve the vector potential hessian at a number of points for a given time.
Retrieve the velocity laplacian at a fixed location
Retrieve the magnetic field Laplacian at a number of points for a given time.
Retrieve the vector potential Laplacian at a number of points for a given time.
Fluid particle tracking using a task parallel evaluation approach inside the database engine.
GetBoxFilter of the specified field; uses workload density to decide how to evaluate.
Retrieve the SGS symmetric tensor for a single vector field. Also, used
when two identical fields are specified (e.g. uu or bb).
Retrieve the SGS symmetric tensor for a single vector field. Also, used
when two identical fields are specified (e.g. uu or bb).
Retrieve the SGS tensor for a combination of two vector fields(e.g. ub or ba).
Retrieve the SGS vector for a combination of a vector and a scalar field(e.g. up or bp).
Retrieve the SGS scalar for a combination of two scalar fields(e.g. pp or pd).
GetBoxFilter of the specified field; uses workload density to decide how to evaluate.
GetThreshold of the specified field.
Retrieve the laplacian of the gradient of the specified field at a number of points for a given time. Development version, not intended for production use!