def test__save_headers_filterParams(self):
# copy the file each time so we can destroy it
shutil.copy2('20120124.00520523.bhz.pkl', 'temp-test-bhz.pkl')
sys.argv[1:] = ['temp-test-bhz.pkl']
gsac1, opts1 = getDataOpts()
axs1 = getAxes(opts1)
setattr(opts1,'labelqual',True)
ppm1 = PickPhaseMenu(gsac1, opts1, axs1)
originalSaclist = gsac1.saclist
# click the save button
click_save_event = matplotlib.backend_bases.MouseEvent('button_press_event', ppm1.axpp.figure.canvas, 63, 481)
ppm1.save(click_save_event)
#click the save parameters chosen event
click_params_event = matplotlib.backend_bases.MouseEvent('button_press_event', ppm1.axpp.figure.canvas, 415, 54)
ppm1.save_headers_filterParams(click_params_event)
# reload to make sure data has been overwritten
sys.argv[1:] = ['temp-test-bhz.pkl']
gsac2, opts2 = getDataOpts()
for i in xrange(len(gsac2.saclist)):
self.assertNotEqual(gsac1.saclist[i], gsac2.saclist[i])
def test__save_headers_filterParams(self):
# copy the file each time so we can destroy it
shutil.copy2('20120124.00520523.bhz.pkl', 'temp-test-bhz.pkl')
sys.argv[1:] = ['temp-test-bhz.pkl']
gsac1, opts1 = getDataOpts()
axs1 = getAxes(opts1)
setattr(opts1,'labelqual',True)
ppm1 = PickPhaseMenu(gsac1, opts1, axs1)
# randomly get stuff
rand_order = random.randint(1, 4)
rand_lowFreq = random.uniform(0.1,0.2)
rand_highFreq = random.uniform(0.8,1.2)
opts1.filterParameters['lowFreq'] = rand_lowFreq
opts1.filterParameters['highFreq'] = rand_highFreq
opts1.filterParameters['order'] = rand_order
# click the save button
click_save_event = matplotlib.backend_bases.MouseEvent('button_press_event', ppm1.axpp.figure.canvas, 63, 481)
ppm1.save(click_save_event)
#click the save parameters chosen event
click_params_event = matplotlib.backend_bases.MouseEvent('button_press_event', ppm1.axpp.figure.canvas, 256, 48)
ppm1.save_headers_filterParams(click_params_event)
# reload to make sure parameters exist now
sys.argv[1:] = ['temp-test-bhz.pkl']
gsac2, opts2 = getDataOpts()
self.assertEqual(rand_lowFreq, opts2.filterParameters['lowFreq'])
self.assertEqual(rand_highFreq, opts2.filterParameters['highFreq'])
self.assertEqual(rand_order, opts2.filterParameters['order'])
def test_timeSelector_ignore(self):
sys.argv[1:] = [test_filename]
gsac, opts = getDataOpts()
opts.labelqual = True
axs = getAxes(opts)
ppm = PickPhaseMenu(gsac, opts, axs)
ppm.on_select(-3,4.3)
self.assertEqual(ppm.axpp.get_xlim(),(-3,4.3))
def test__save_headers_filterParams(self):
# copy the file each time so we can destroy it
shutil.copy2('20120124.00520523.bhz.pkl', 'temp-test-bhz.pkl')
sys.argv[1:] = ['temp-test-bhz.pkl']
gsac1, opts1 = getDataOpts()
axs1 = getAxes(opts1)
setattr(opts1, 'labelqual', True)
ppm1 = PickPhaseMenu(gsac1, opts1, axs1)
originalSaclist = gsac1.saclist
# click the save button
click_save_event = matplotlib.backend_bases.MouseEvent(
'button_press_event', ppm1.axpp.figure.canvas, 63, 481)
ppm1.save(click_save_event)
#click the save parameters chosen event
click_params_event = matplotlib.backend_bases.MouseEvent(
'button_press_event', ppm1.axpp.figure.canvas, 415, 54)
ppm1.save_headers_filterParams(click_params_event)
# reload to make sure data has been overwritten
sys.argv[1:] = ['temp-test-bhz.pkl']
gsac2, opts2 = getDataOpts()
for i in xrange(len(gsac2.saclist)):
self.assertNotEqual(gsac1.saclist[i], gsac2.saclist[i])
def test__save_headers_filterParams(self):
# copy the file each time so we can destroy it
shutil.copy2('20120124.00520523.bhz.pkl', 'temp-test-bhz.pkl')
sys.argv[1:] = ['temp-test-bhz.pkl']
gsac1, opts1 = getDataOpts()
axs1 = getAxes(opts1)
setattr(opts1, 'labelqual', True)
ppm1 = PickPhaseMenu(gsac1, opts1, axs1)
# randomly get stuff
rand_order = random.randint(1, 4)
rand_lowFreq = random.uniform(0.1, 0.2)
rand_highFreq = random.uniform(0.8, 1.2)
opts1.filterParameters['lowFreq'] = rand_lowFreq
opts1.filterParameters['highFreq'] = rand_highFreq
opts1.filterParameters['order'] = rand_order
# click the save button
click_save_event = matplotlib.backend_bases.MouseEvent(
'button_press_event', ppm1.axpp.figure.canvas, 63, 481)
ppm1.save(click_save_event)
#click the save parameters chosen event
click_params_event = matplotlib.backend_bases.MouseEvent(
'button_press_event', ppm1.axpp.figure.canvas, 256, 48)
ppm1.save_headers_filterParams(click_params_event)
# reload to make sure parameters exist now
sys.argv[1:] = ['temp-test-bhz.pkl']
gsac2, opts2 = getDataOpts()
self.assertEqual(rand_lowFreq, opts2.filterParameters['lowFreq'])
self.assertEqual(rand_highFreq, opts2.filterParameters['highFreq'])
self.assertEqual(rand_order, opts2.filterParameters['order'])
# axs = {}
# axs['Seis'] = axpp
# dx = 0.07
# x0 = rectseis[0] + rectseis[2] + 0.01
# xf = x0 - dx*1
# xq = x0 - dx*2
# xs = x0 - dx*3
# xn = x0 - dx*4
# xz = x0 - dx*5
# xp = x0 - dx*6
# rectfron = [xf, 0.93, 0.06, 0.04]
# rectprev = [xp, 0.93, 0.06, 0.04]
# rectnext = [xn, 0.93, 0.06, 0.04]
# rectzoba = [xz, 0.93, 0.06, 0.04]
# rectsave = [xs, 0.93, 0.06, 0.04]
# rectquit = [xq, 0.93, 0.06, 0.04]
# axs['Fron'] = fig.add_axes(rectfron)
# axs['Prev'] = fig.add_axes(rectprev)
# axs['Next'] = fig.add_axes(rectnext)
# axs['Zoba'] = fig.add_axes(rectzoba)
# axs['Save'] = fig.add_axes(rectsave)
# axs['Quit'] = fig.add_axes(rectquit)
# return axs
if __name__ == "__main__":
gsac, opts = getDataOpts()
axs = getAxes(opts)
ppm = PickPhaseMenu(gsac, opts, axs)
show()