def main():
Topics_List = getAllTopics()
pub.topic = dmenu.show(Topics_List)
if pub.topic not in Topics_List:
prompt = 'Would you like to save this topic for future use (y/n)?: '
choice = dmenu.show([], prompt=prompt)
if choice.lower() == 'y':
DB.execute('INSERT INTO topics VALUES (?)', (pub.topic, ))
DB_Connection.commit()
pub.LatexDoc = latex.LatexDoc()
keyhooks.start()
def plot(self, output_file):
doc = latex.LatexDoc()
doc.elements = [
self._plot_rms_co(),
self._plot_rms_co_relative_to_coseismic_offset(),
self._plot_rms_cumu(),
self._plot_rms_cumu_relative_to_coseismic_offset(),
self._plot_rms_post(),
self._plot_rms_post_relative_to_coseismic_offset(),
self._plot_rms_post_relative_to_max_postseismic_offset(),
self._plot_rms_post_at_epoch(10),
self._plot_rms_post_at_epoch(-1),
]
cmpl = latex.PDFComplie(doc)
cmpl.compile(output_file)
self._clean()
import latex
trim = (30, 0, 50, 10)
width = 0.49
fig = latex.Figure(if_centering=False)
subf = latex.Subfigure(subfig_width=width,
trim=trim,
file='Model_2EXPs_J550-e.pdf',
caption='')
fig.append_subfigure(subf)
subf = latex.Subfigure(subfig_width=width,
trim=trim,
file='Model_EXP_J550-e.pdf',
caption='')
fig.append_subfigure(subf)
subf = latex.Subfigure(subfig_width=width,
trim=(30, 40, 50, 5),
file='model_prediction_J550-e.pdf',
caption='')
fig.append_subfigure(subf)
doc = latex.LatexDoc()
doc.elements = [fig]
cmpl = latex.PDFComplie(doc)
#cmpl.save('_2EXPs_EXP_pred.pdf')
cmpl.save('_2EXPs_EXP_pred.png', density=300)