def testPointCompoundSourceSource(self):
def r(lo, hi):
return num.random.randint(lo, high=hi, size=1).astype(num.float)
ms = SandboxScene()
src = PointCompoundSource(easting=r(0., ms.frame.E.max()),
northing=r(0., ms.frame.N.max()),
depth=1e3)
src.regularize()
ms.addSource(src)
self._plot_modelScene(ms)
def setUpClass(cls):
cls.ms = SandboxScene()
cls.tmpdir = tempfile.mkdtemp(prefix='kite')
from kite import SandboxScene
from kite.sources import EllipsoidSource
km = 1e3
sandbox = SandboxScene()
ellipsoid_source = EllipsoidSource(northing=40 * km,
easting=40 * km,
depth=4 * km,
length_x=100,
length_y=200,
length_z=350,
roation_x=42.)
sandbox.addSource(ellipsoid_source)
sandbox.save('/tmp/sandbox_scene.yml')
playground = SandboxScene.load('/tmp/sandbox_scene.yml')
import numpy as num
import matplotlib.pyplot as plt
import matplotlib.animation as animation
from kite import SandboxScene
from kite.sources import OkadaSource
km = 1e3
sandbox = SandboxScene()
nframes = 20
depths = num.linspace(4 * km, 4 * km, nframes)
strikes = num.linspace(0, 180, nframes)
okada = OkadaSource(
northing=40 * km,
easting=40 * km,
depth=4 * km,
length=8 * km,
width=4 * km,
strike=63.0,
rake=0,
dip=0.0,
slip=3.0,
opening=0,
)
sandbox.addSource(okada)
def testModelSaveLoad(self):
filename = self.tmpdir + '/testsave.yml'
msc = TestSandboxScene.randomOkada(nsources=2)
msc.save(filename=filename)
msd2 = SandboxScene.load(filename=filename) # noqa
def setUp(self):
self.ms = SandboxScene()
self.tmpdir = tempfile.mkdtemp(prefix='kite')
print self.tmpdir
class testSourceOkada(unittest.TestCase):
__name__ = 'SandboxTestOkada'
def setUp(self):
self.ms = SandboxScene()
self.tmpdir = tempfile.mkdtemp(prefix='kite')
print self.tmpdir
def tearDown(self):
return
shutil.rmtree(self.tmpdir)
def test_okada_source(self):
nsources = 2
def r(lo, hi):
return num.random.randint(lo, high=hi, size=1).astype(num.float)
for s in xrange(nsources):
length = r(5000, 15000)
self.ms.addSource(
OkadaSource(
easting=r(0., self.ms.frame.E.max()), # ok
northing=r(0., self.ms.frame.N.max()), # ok
depth=r(0, 8000), # ok
strike=r(0, 360), # ok
dip=r(0, 170),
slip=r(1, 5), # ok
rake=r(0, 180),
length=length,
width=15. * length**.66,
))
self._plot_displacement(self.ms)
def _test_okada_path(self):
ok_path = OkadaPath(
easting=10000,
northing=24000,
)
ok_path.addNode(15000, 28000)
ok_path.addNode(18000, 32000)
ok_path.addNode(22000, 34000)
# ok_path.insertNode(1, 22000, 34000)
self.ms.addSource(ok_path)
self._plot_displacement(self.ms)
@staticmethod
def _plot_displacement(ms):
if not plot:
ms.down
return
import matplotlib.pyplot as plt
from matplotlib.patches import Polygon
fig = plt.figure()
ax = fig.gca()
ms.processSources()
ax.imshow(num.flipud(ms.down),
aspect='equal',
extent=[0, ms.frame.E.max(), 0,
ms.frame.N.max()])
for src in ms.sources:
for seg in src.segments:
p = Polygon(seg.outline(), alpha=.8, fill=False)
ax.add_artist(p)
if isinstance(src, OkadaPath):
nodes = num.array(src.nodes)
ax.scatter(nodes[:, 0], nodes[:, 1], color='r')
plt.show()
fig.clear()
def testModelSaveLoad(self):
filename = self.tmpdir + '/testsave.yml'
msc = TestSandboxScene.randomOkada(nsources=2)
msc.save(filename=filename)
msd2 = SandboxScene.load(filename=filename) # noqa
