def plot_rays(pathes, rays, plot=None):
plot = getplot(plot)
path_to_color = {}
for ipath, path in enumerate(pathes):
path_to_color[path] = colors[ipath%len(colors)]
if rays is None:
rays = pathes
for iray, ray in enumerate(rays):
fanz, fanx = [], []
if isinstance(ray, cake.RayPath):
path = ray
p = num.linspace(path.pmin(), path.pmax(), 6)
else:
p = cake.filled(ray.p, 1)
path = ray.path
for z,x,t in path.iter_partial_zxt(p):
fanz.append(z)
fanx.append(x)
fanz = num.array(fanz).T
fanx = num.array(fanx).T
color = path_to_color[path]
for zs, xs in zip(fanz, fanx):
l = plot.plot( xs, zs, color=color)
def plot_rays(paths, rays, zstart, zstop, plot=None):
plot = getplot(plot)
path_to_color = {}
for ipath, path in enumerate(paths):
path_to_color[path] = colors[ipath % len(colors)]
if rays is None:
rays = paths
for iray, ray in enumerate(rays):
if isinstance(ray, cake.RayPath):
path = ray
pmin, pmax, xmin, xmax, tmin, tmax = path.ranges(path.endgaps(zstart, zstop))
p = num.linspace(pmin, pmax, 6)
else:
p = cake.filled(ray.p, 1)
path = ray.path
fanz, fanx, _ = path.zxt_path_subdivided(p, path.endgaps(zstart, zstop))
color = path_to_color[path]
for zs, xs in zip(fanz, fanx):
l = plot.plot(xs, zs, color=color)
def plot_rays(paths, rays, zstart, zstop, plot=None):
plot = getplot(plot)
path_to_color = {}
for ipath, path in enumerate(paths):
path_to_color[path] = colors[ipath % len(colors)]
if rays is None:
rays = paths
for iray, ray in enumerate(rays):
if isinstance(ray, cake.RayPath):
path = ray
pmin, pmax, xmin, xmax, tmin, tmax = path.ranges(
path.endgaps(zstart, zstop))
p = num.linspace(pmin, pmax, 6)
else:
p = cake.filled(ray.p, 1)
path = ray.path
fanz, fanx, _ = path.zxt_path_subdivided(p,
path.endgaps(zstart, zstop))
color = path_to_color[path]
for zs, xs in zip(fanz, fanx):
l = plot.plot(xs, zs, color=color)
def plot_receivers(zstop, distances, axes=None):
axes = getaxes(axes)
axes.plot(
distances, cake.filled(zstop, len(distances)), '^', color='black')
def plot_receivers(zstop, distances, plot=None):
plot = getplot(plot)
plot.plot(distances, cake.filled(zstop, len(distances)), '^', color='black')
