def updateTextMomentRateFault(cls, parameters):
text = ''
text += "<b>Moment Rate</b><br/>"
text += "[EQ] %.2e<br/>" % parameters['mr_eq']
text += "[Act (buffer)] %.2e<br/>" % (
utils.centralValueOfList(parameters['mr_activity']))
text += "[Act (FBZ)] %.2e<br/>" % (
utils.centralValueOfList(parameters['mr_activity_fbz_at']))
text += "[Slip (min)] %.2e<br/>" % parameters['mr_slip'][0]
text += "[Slip (max)] %.2e" % parameters['mr_slip'][1]
cls.textMomentRateFault.setText(text)
def updateTextMomentRateFault(cls, parameters):
text = ''
text += "<b>Moment Rate</b><br/>"
text += "[EQ] %.2e<br/>" % parameters['mr_eq']
text += "[Act (buffer)] %.2e<br/>" % (utils.centralValueOfList(
parameters['mr_activity']))
text += "[Act (FBZ)] %.2e<br/>" % (utils.centralValueOfList(
parameters['mr_activity_fbz_at']))
text += "[Slip (min)] %.2e<br/>" % parameters['mr_slip'][0]
text += "[Slip (max)] %.2e" % parameters['mr_slip'][1]
cls.textMomentRateFault.setText(text)
def plotZoneFMD(cls,
feature_data,
normalize=FMD_COMPUTE_ANNUAL_RATE,
title=''):
window = plots.createPlotWindow(cls)
fits = []
fmd = feature_data['fmd']
parameters = feature_data['parameters']
if fmd is None:
return None
if fmd.GR['fit'] is not None:
activity_ml_arr = numpy.vstack((fmd.GR['mag_fit'], fmd.GR['fit']))
fits.append({'data': activity_ml_arr, 'label': "Activity (ML)"})
central_A = utils.centralValueOfList(parameters['activity_a'])
central_b = utils.centralValueOfList(parameters['activity_b'])
a_value = atticivy.activity2aValue(central_A, central_b,
parameters['activity_mmin'])
activity_rm_arr = computeFMDArray(a_value,
central_b,
fmd.fmd[0, :],
timespan=cls.catalog_time_span[0])
fits.append({'data': activity_rm_arr, 'label': "Activity (RM)"})
# new FMD plot
figure = fmd.plot(imgfile=None,
fits=fits,
fmdtype='cumulative',
normalize=normalize)
if title == '':
title = parameters['plot_title_fmd']
canvas = plots.PlotCanvas(figure, title=title)
canvas.draw()
# FMD plot window, re-populate layout
window.layoutPlot.addWidget(canvas)
toolbar = plots.createToolbar(canvas, window)
window.layoutPlot.addWidget(toolbar)
return figure
def updateTextMomentRateArea(cls, parameters):
text = ''
text += "<b>Moment Rate</b><br/>"
text += "[EQ] %.2e<br/>" % parameters['mr_eq']
text += "[Act] %.2e<br/>" % (utils.centralValueOfList(
parameters['mr_activity']))
text += "[Strain (Bird)] %.2e<br/>" % parameters['mr_strain_bird']
text += "[Strain (Barba)] %.2e" % parameters['mr_strain_barba']
cls.textMomentRateArea.setText(text)
def updateTextMomentRateFaultBackgr(cls, parameters):
text = ''
text += "<b>Moment Rate</b><br/>"
text += "[EQ] %.2e<br/>" % parameters['mr_eq']
text += "[Act] %.2e<br/>" % (utils.centralValueOfList(
parameters['mr_activity']))
text += "[Act (below M%s)] %.2e<br/>" % (
parameters['activity_m_threshold'],
utils.centralValueOfList(parameters['mr_activity_below']))
text += "[Act (above M%s)] %.2e<br/>" % (
parameters['activity_m_threshold'],
utils.centralValueOfList(parameters['mr_activity_above']))
text += "[Slip (min)] %.2e<br/>" % parameters['mr_slip'][0]
text += "[Slip (max)] %.2e<br/>" % parameters['mr_slip'][1]
text += "[Strain (Bird)] %.2e<br/>" % parameters['mr_strain_bird']
text += "[Strain (Barba)] %.2e" % parameters['mr_strain_barba']
cls.textMomentRateFaultBackgr.setText(text)
def updateTextMomentRateArea(cls, parameters):
text = ''
text += "<b>Moment Rate</b><br/>"
text += "[EQ] %.2e<br/>" % parameters['mr_eq']
text += "[Act] %.2e<br/>" % (
utils.centralValueOfList(parameters['mr_activity']))
text += "[Strain (Bird)] %.2e<br/>" % parameters['mr_strain_bird']
text += "[Strain (Barba)] %.2e" % parameters['mr_strain_barba']
cls.textMomentRateArea.setText(text)
def updateTextMomentRateFaultBackgr(cls, parameters):
text = ''
text += "<b>Moment Rate</b><br/>"
text += "[EQ] %.2e<br/>" % parameters['mr_eq']
text += "[Act] %.2e<br/>" % (
utils.centralValueOfList(parameters['mr_activity']))
text += "[Act (below M%s)] %.2e<br/>" % (
parameters['activity_m_threshold'],
utils.centralValueOfList(parameters['mr_activity_below']))
text += "[Act (above M%s)] %.2e<br/>" % (
parameters['activity_m_threshold'],
utils.centralValueOfList(parameters['mr_activity_above']))
text += "[Slip (min)] %.2e<br/>" % parameters['mr_slip'][0]
text += "[Slip (max)] %.2e<br/>" % parameters['mr_slip'][1]
text += "[Strain (Bird)] %.2e<br/>" % parameters['mr_strain_bird']
text += "[Strain (Barba)] %.2e" % parameters['mr_strain_barba']
cls.textMomentRateFaultBackgr.setText(text)
def plotZoneFMD(cls, feature_data, normalize=FMD_COMPUTE_ANNUAL_RATE,
title=''):
window = plots.createPlotWindow(cls)
fits = []
fmd = feature_data['fmd']
parameters = feature_data['parameters']
if fmd is None:
return None
if fmd.GR['fit'] is not None:
activity_ml_arr = numpy.vstack((fmd.GR['mag_fit'], fmd.GR['fit']))
fits.append({'data': activity_ml_arr, 'label': "Activity (ML)"})
central_A = utils.centralValueOfList(parameters['activity_a'])
central_b = utils.centralValueOfList(parameters['activity_b'])
a_value = atticivy.activity2aValue(central_A, central_b,
parameters['activity_mmin'])
activity_rm_arr = computeFMDArray(a_value, central_b, fmd.fmd[0, :],
timespan=cls.catalog_time_span[0])
fits.append({'data': activity_rm_arr, 'label': "Activity (RM)"})
# new FMD plot
figure = fmd.plot(imgfile=None, fits=fits, fmdtype='cumulative',
normalize=normalize)
if title == '':
title = parameters['plot_title_fmd']
canvas = plots.PlotCanvas(figure, title=title)
canvas.draw()
# FMD plot window, re-populate layout
window.layoutPlot.addWidget(canvas)
toolbar = plots.createToolbar(canvas, window)
window.layoutPlot.addWidget(toolbar)
return figure
def updateTextActivityArea(cls, parameters):
central_A = utils.centralValueOfList(parameters['activity_a'])
central_b = utils.centralValueOfList(parameters['activity_b'])
text = ''
text += "<b>Activity</b><br/>"
text += "<b>(RM)</b> a: %.3f, b: %s, A: %.3f<br/>" % (
central_A,
central_b,
atticivy.aValue2activity(central_A, central_b,
parameters['activity_mmin']),
)
text += "<b>(ML)</b> a: %.3f, b: %.3f (Mc %.1f)<br/>" % (
parameters['ml_a'], parameters['ml_b'], parameters['ml_mc'])
text += "Mmin: %s, Mmax: %s, %s EQ (%s above Mc) in %s km<sup>2</sup> " \
"(area zone)" % (
parameters['activity_mmin'],
parameters['mmax'],
parameters['eq_count'],
parameters['ml_magctr'],
int(parameters['area_sqkm']))
cls.textActivityArea.setText(text)
def updateTextActivityArea(cls, parameters):
central_A = utils.centralValueOfList(parameters['activity_a'])
central_b = utils.centralValueOfList(parameters['activity_b'])
text = ''
text += "<b>Activity</b><br/>"
text += "<b>(RM)</b> a: %.3f, b: %s, A: %.3f<br/>" % (
central_A,
central_b,
atticivy.aValue2activity(central_A, central_b,
parameters['activity_mmin']), )
text += "<b>(ML)</b> a: %.3f, b: %.3f (Mc %.1f)<br/>" % (
parameters['ml_a'],
parameters['ml_b'],
parameters['ml_mc'])
text += "Mmin: %s, Mmax: %s, %s EQ (%s above Mc) in %s km<sup>2</sup> " \
"(area zone)" % (
parameters['activity_mmin'],
parameters['mmax'],
parameters['eq_count'],
parameters['ml_magctr'],
int(parameters['area_sqkm']))
cls.textActivityArea.setText(text)
def updateTextActivityFaultBackgr(cls, parameters):
central_A = utils.centralValueOfList(parameters['activity_a'])
central_b = utils.centralValueOfList(parameters['activity_b'])
central_A_below = utils.centralValueOfList(parameters['activity_below_a'])
central_b_below = utils.centralValueOfList(parameters['activity_below_b'])
central_A_above = utils.centralValueOfList(parameters['activity_above_a'])
central_b_above = utils.centralValueOfList(parameters['activity_above_b'])
text = ''
text += "<b>Activity</b><br/>"
text += "<b>(RM)</b> all EQ: a: %.3f, b: %s, A: %.3f (%s EQ)<br/>" % (
central_A,
central_b,
atticivy.aValue2activity(central_A, central_b,
parameters['activity_mmin']),
parameters['eq_count'])
text += "<b>(RM)</b> below M%s: a: %.3f, b: %s, A: %.3f (%s EQ)<br/>" % (
parameters['activity_m_threshold'],
central_A_below,
central_b_below,
atticivy.aValue2activity(central_A_below, central_b_below,
parameters['activity_mmin']),
parameters['eq_count_below'])
text += "<b>(RM)</b> above M%s: a: %.3f, b: %s, A: %.3f (%s EQ)<br/>" % (
parameters['activity_m_threshold'],
central_A_above,
central_b_above,
atticivy.aValue2activity(central_A_above, central_b_above,
parameters['activity_mmin']),
parameters['eq_count_above'])
text += \
"<b>(ML)</b> all EQ: a: %.3f, b: %.3f (%s EQ, %s above "\
"Mc %.1f)<br/>" % (
parameters['ml_a'],
parameters['ml_b'],
parameters['eq_count'],
parameters['ml_magctr'],
parameters['ml_mc'])
text += "Mmin: %s, Mmax: %s, %s faults with area of %s km<sup>2</sup> in "\
"background zone of %s km<sup>2</sup>" % (
parameters['activity_mmin'],
parameters['mmax'],
parameters['fault_count'],
int(parameters['area_fault_sqkm']),
int(parameters['area_background_sqkm']))
cls.textActivityFaultBackgr.setText(text)
def updateTextActivityFaultBackgr(cls, parameters):
central_A = utils.centralValueOfList(parameters['activity_a'])
central_b = utils.centralValueOfList(parameters['activity_b'])
central_A_below = utils.centralValueOfList(parameters['activity_below_a'])
central_b_below = utils.centralValueOfList(parameters['activity_below_b'])
central_A_above = utils.centralValueOfList(parameters['activity_above_a'])
central_b_above = utils.centralValueOfList(parameters['activity_above_b'])
text = ''
text += "<b>Activity</b><br/>"
text += "<b>(RM)</b> all EQ: a: %.3f, b: %s, A: %.3f (%s EQ)<br/>" % (
central_A, central_b,
atticivy.aValue2activity(
central_A, central_b,
parameters['activity_mmin']), parameters['eq_count'])
text += "<b>(RM)</b> below M%s: a: %.3f, b: %s, A: %.3f (%s EQ)<br/>" % (
parameters['activity_m_threshold'], central_A_below, central_b_below,
atticivy.aValue2activity(
central_A_below, central_b_below,
parameters['activity_mmin']), parameters['eq_count_below'])
text += "<b>(RM)</b> above M%s: a: %.3f, b: %s, A: %.3f (%s EQ)<br/>" % (
parameters['activity_m_threshold'], central_A_above, central_b_above,
atticivy.aValue2activity(
central_A_above, central_b_above,
parameters['activity_mmin']), parameters['eq_count_above'])
text += \
"<b>(ML)</b> all EQ: a: %.3f, b: %.3f (%s EQ, %s above "\
"Mc %.1f)<br/>" % (
parameters['ml_a'],
parameters['ml_b'],
parameters['eq_count'],
parameters['ml_magctr'],
parameters['ml_mc'])
text += "Mmin: %s, Mmax: %s, %s faults with area of %s km<sup>2</sup> in "\
"background zone of %s km<sup>2</sup>" % (
parameters['activity_mmin'],
parameters['mmax'],
parameters['fault_count'],
int(parameters['area_fault_sqkm']),
int(parameters['area_background_sqkm']))
cls.textActivityFaultBackgr.setText(text)
