SYMBOL INDEX (76 symbols across 39 files)

FILE: advection/old-scripts/simplegrid.py
  function simplegrid (line 5) | def simplegrid():

FILE: advection/old-scripts/simplegrid2.py
  function simplegrid (line 5) | def simplegrid():

FILE: figures/Euler/multiple_interfaces.py
  class RiemannWaves (line 17) | class RiemannWaves(object):
    method __init__ (line 20) | def __init__(self, x0, dx):
    method draw (line 51) | def draw(self, output="plot.png", label=None):

FILE: figures/Euler/ppm-sequence.py
  class RiemannProblem (line 7) | class RiemannProblem(object):
    method __init__ (line 8) | def __init__(self, q_l, q_r, gamma=5./3., N=3):
    method draw_cubic_points (line 41) | def draw_cubic_points(self, var, color="r"):
    method draw_parabola (line 48) | def draw_parabola(self, var):
    method draw_grid (line 53) | def draw_grid(self):
    method draw_var_avg (line 62) | def draw_var_avg(self, var, scale=1.0):

FILE: figures/Euler/rarefaction_cartoon.py
  class RiemannWaves (line 14) | class RiemannWaves(object):
    method __init__ (line 17) | def __init__(self, rpos=-1):
    method draw (line 46) | def draw(self, output="plot.png", label=None):

FILE: figures/Euler/riemann-states-q.py
  function riemann (line 5) | def riemann(with_time=True):

FILE: figures/Euler/riemann-states.py
  function riemann (line 5) | def riemann(with_time=True):

FILE: figures/Euler/riemann-waves-jump.py
  function simplegrid (line 4) | def simplegrid():

FILE: figures/Euler/riemann-waves.py
  function simplegrid (line 4) | def simplegrid():

FILE: figures/Euler/riemann_cartoon.py
  class RiemannWaves (line 14) | class RiemannWaves(object):
    method __init__ (line 17) | def __init__(self, left=-1, contact=-1, right=1):
    method draw (line 29) | def draw(self, output="plot.png", label=None):

FILE: figures/Euler/states.py
  function riemann (line 6) | def riemann():

FILE: figures/advection/2dFD.py
  function simplegrid (line 6) | def simplegrid():

FILE: figures/advection/2dFV.py
  function simplegrid (line 6) | def simplegrid():

FILE: figures/advection/2dgrid.py
  function simplegrid (line 5) | def simplegrid():

FILE: figures/advection/2dgrid_hat.py
  function simplegrid (line 5) | def simplegrid():

FILE: figures/advection/2dgrid_transverse.py
  function simplegrid (line 6) | def simplegrid():

FILE: figures/advection/characteristics.py
  function fun (line 9) | def fun(x):
  function funs (line 14) | def funs(x):

FILE: figures/advection/domains.py
  function domains (line 12) | def domains(method="FTCS"):

FILE: figures/advection/rea-limitex.py
  function evolve (line 10) | def evolve(pl, C, num, nolimit=1):

FILE: figures/advection/riemann.py
  function riemann (line 5) | def riemann(with_time=True):

FILE: figures/advection/riemann_bc.py
  function riemann (line 5) | def riemann():

FILE: figures/advection/riemann_mol.py
  function riemann (line 5) | def riemann():

FILE: figures/burgers/characteristics.py
  function fun (line 9) | def fun(x):
  function funs (line 14) | def funs(x):
  function funr (line 18) | def funr(x):
  function make_plot (line 23) | def make_plot(icfun=None, label=""):

FILE: figures/burgers/rh.py
  function rh (line 12) | def rh():

FILE: figures/finite-volume/domain.py
  function draw_box (line 3) | def draw_box(ll, uu, nx, ny, gridColor="0.5", ng=0):

FILE: figures/finite-volume/simplegrid2.py
  function simplegrid (line 6) | def simplegrid():

FILE: figures/finite-volume/simplegrid_gc.py
  function simplegrid (line 5) | def simplegrid():

FILE: figures/incompressible/MAC-solve.py
  class Grid2d (line 7) | class Grid2d:
    method __init__ (line 9) | def __init__(self, nx, ny,
    method draw_grid (line 35) | def draw_grid(self):
  function simplegrid (line 86) | def simplegrid():

FILE: figures/incompressible/MAC.py
  function simplegrid (line 5) | def simplegrid():

FILE: figures/intro/fft_simple_examples.py
  function single_freq_sine (line 29) | def single_freq_sine(npts, xmax, f_0):
  function single_freq_sine_plus_shift (line 37) | def single_freq_sine_plus_shift(npts, xmax, f_0):
  function two_freq_sine (line 44) | def two_freq_sine(npts, xmax, f_0, f_1):
  function single_freq_cosine (line 52) | def single_freq_cosine(npts, xmax, f_0):
  function plot_FFT (line 60) | def plot_FFT(xx, xmax, f, outfile):

FILE: figures/intro/integrals.py
  function f (line 10) | def f(x):
  function plot_base (line 22) | def plot_base(xp, fp, xfine, a, b, label_mid=False):
  function rectangle (line 56) | def rectangle(xp, fp, a, b):
  function trapezoid (line 79) | def trapezoid(xp, fp, a, b):
  function simpsons (line 101) | def simpsons(xp, fp, a, b):
  function main (line 147) | def main():

FILE: figures/intro/rk4_plot.py
  function rhs (line 15) | def rhs(y):
  function exact (line 19) | def exact(t):
  function start (line 34) | def start():

FILE: figures/multigrid/2dgrid-mg.py
  function simplegrid (line 5) | def simplegrid():

FILE: figures/multigrid/laplacian.py
  function laplace (line 5) | def laplace():

FILE: figures/multigrid/red_black.py
  class marker (line 8) | class marker:
    method __init__ (line 10) | def __init__(self, xc, yc, color):
  function RB (line 20) | def RB():

FILE: figures/multigrid/smooth-separate.py
  function true (line 24) | def true(x):
  function error (line 29) | def error(ilo, ihi, dx, r):
  function f (line 34) | def f(x):
  function compute_residual (line 39) | def compute_residual(ilo, ihi, dx, phi, frhs):
  function smooth_run (line 47) | def smooth_run(nx, method="GS"):

FILE: figures/weno/weno.py
  function stencil_5_pts (line 6) | def stencil_5_pts(q):
  function stencils_3_pts (line 29) | def stencils_3_pts(q):
  function weno3 (line 53) | def weno3(q):

FILE: finite-volume/old-scripts/domain-1d.py
  function drawBox (line 5) | def drawBox(ll, uu, nx, ny, gridColor="0.5", ng=0):

FILE: finite-volume/old-scripts/simplegrid.py
  function simplegrid (line 6) | def simplegrid():