@param i

@param ori @param i

@param p @param r

the value is what we sort based on

Compute the coefficients of a parabolic reconstruction of the data in a zone. This uses the standard PPM limiters described in Colella & Woodward (198

Integrate under the parabola from the left and right edges for a single wave speed @param sm The parabola value on the left edge of the zone @para

Integrate under the parabola using from the left and right edges with the wave speeds u-c, u, u+c @param sm The parabola value on the left edge of

@param bd @param _comp

@param _face

declare the function for the given equation

Get the indices of the components

@param p

Compute the rotational acceleration for a single zone (Coriolis and centrifugal) @param r distance from origin of rotation vector @param v

A slice plot of the datasets for different field parameters for Spherical2D geometry. Parameters =======================================

Construct the piecewise linear slopes for an input state q @param q Real[nslp] giving q_{i-2} through q_{i+2}, used in the reconstructi

declare the function for the given equation

declare the function for the given equation

given a profile x(T), find the x_0 that corresponds to T_0

get the temperature and energy generation rate from the num'th plotfile (defaults to the last)

For hybrid momentum advection, convert the linear momentum into the hybrid / angular momentum components @param loc spatial location @param l

Return BCs

Create the hydrodynamic source term for the hybrid momenta based on the input linear momentum source term @param loc spatial location @pa

Print usage info

x component of dipole vector potential

y component of dipole vector potential

given a conserved state, compute the flux in direction idir

convert the primitive variable state to the conserved state

return the index into the model coordinate, loc, such that model::profile(model_index).r(loc) < r < model::profile(model_index).r(loc+1) if r < model: