def generate_latex_output(self, calc_spec_tex_file_handle, sim, ui=None,
res_dir=None):
"""Generate calculation-specific part of the LaTeX output file"""
average_pressure = np.mean(self.rot_ball.press[self.rot_ball.press > 0])
numeric_output_data = [
('pressure, max.', to_preci(np.amax(self.rot_ball.press), 4),
UnitTex.pressure.value, 'unverified'),
('pressure, av.', to_preci(average_pressure, 4),
UnitTex.pressure.value, 'unverified'),
('e_a,kin, max.', to_preci(np.amax(self.e_akin), 4),
UnitTex.eakin.value, 'unverified'),
('pv_rel, max.', to_preci(np.amax(self.pv), 4),
UnitTex.pvrel.value, 'unverified'),
('contact area',
to_preci(self.rot_ball.get_area(self.rot_ball.press), 4),
UnitTex.area.value, 'unverified')]
table_calc_summary = []
for key, value, unit, status in sorted(numeric_output_data):
table_calc_summary.append(
(re.sub('_', '\_', key), value, unit, status))
latex_variables = {'table_calc_summary': table_calc_summary,
'contact_plot1': '{}{}contact1.png'.format(
SubDir.tex_figs_rel_to_tex_file.value, '/'),
'pressure_plot1': '{}{}pressure1.png'.format(
SubDir.tex_figs_rel_to_tex_file.value, '/'),
'energy_plot1': '{}{}energy1.png'.format(
SubDir.tex_figs_rel_to_tex_file.value, '/')}
template_calc_specific = get_calc_specific_latex_template(
TexTempl.FourBall.value, sim)
with open(calc_spec_tex_file_handle, 'w') as f:
f.write(template_calc_specific.render(latex_variables))
def generate_latex_output(self, calc_spec_tex_file_handle, sim, ui=None,
res_dir=None):
"""Generate calculation-specific part of the LaTeX output file"""
mean_press = np.mean(self.ring1.press[:, :][self.ring1.press[:, :] > 0])
numeric_output_data = [
('pv_rel, max.', to_preci(np.amax(self.pv), 4),
UnitTex.pvrel.value, 'unverified'),
('e_akin, max.', to_preci(np.amax(self.e_akin), 4),
UnitTex.eakin.value, 'unverified'),
('pressure, max.', to_preci(np.amax(self.ring1.press[:, :]), 4),
UnitTex.pressure.value, 'unverified'),
('pressure, av.', to_preci(mean_press, 4),
UnitTex.pressure.value, 'unverified'),
('slip, max.', to_preci(np.amax(self.roller.slip) * 100, 4),
'\%', 'unverified'),
('normal force, max.', to_preci(max(self.roller.norm_forces), 4),
UnitTex.force.value, 'unverified'),
('contact area', to_preci(self.roller.get_area(self.ring1.press),
4),
UnitTex.area.value, 'unverified')]
scale_factor_ir = 0.5 + 0.1 * (self.rot_vel1 != 0)
scale_factor_or = 0.5 + 0.1 * (self.rot_vel2 != 0)
table_calc_summary = []
for key, value, unit, status in sorted(numeric_output_data):
table_calc_summary.append(
(re.sub('_', '\_', key), value, unit, status)
)
latex_variables = {'contact_plot1': 'figures{}contact1.png'.format('/'),
'pressure_plot1':
'figures{}pressure1.png'.format('/'),
'slip_plot1': 'figures{}slip1.png'.format('/'),
'energy_plot1': 'figures{}energy1.png'.format('/'),
'scale_factor_ir': scale_factor_ir,
'scale_factor_or': scale_factor_or,
'table_calc_summary': table_calc_summary}
template_calc_specific = sim.latex_jinja_env.get_template(
MasterDir.latex_templates.value +
'/' +
'template-axial-thrust-bearing.tex')
with open(calc_spec_tex_file_handle, 'w') as f:
f.write(template_calc_specific.render(latex_variables))
def generate_latex_output(self,
calc_spec_tex_file_handle,
sim,
ui=None,
res_dir=None):
"""Generate the calculation-specific part of the latex output file"""
av_press_ring1 = np.mean(
self.ring1.press[:, :, 0, 0][self.ring1.press[:, :, 0, 0] > 0])
av_press_ring2 = np.mean(
self.ring2.press[:, :, 0, 0][self.ring2.press[:, :, 0, 0] > 0])
out_data = [
('pv_rel inner ring, max.', to_preci(np.amax(self.ring1.pv), 4),
UnitTex.pvrel.value, 'unverified'),
('pv_rel outer ring, max.', to_preci(np.amax(self.ring2.pv), 4),
UnitTex.pvrel.value, 'unverified'),
('e_akin inner ring, max.',
to_preci(np.amax([self.ring1.e_akin]),
4), UnitTex.eakin.value, 'unverified'),
('e_akin outer ring, max.',
to_preci(np.amax([self.ring2.e_akin]),
4), UnitTex.eakin.value, 'unverified'),
('pressure inner ring, max. av.', to_preci(av_press_ring1, 4),
UnitTex.pressure.value, 'unverified'),
('pressure outer ring, max. av.', to_preci(av_press_ring2, 4),
UnitTex.pressure.value, 'unverified'),
('normal force, max.', to_preci(np.amax(self.roller_norm_forces),
4), UnitTex.force.value,
'unverified'),
('pressure inner ring, max. max.',
to_preci(np.amax(self.ring1.press[:, :, 0, 0]),
4), UnitTex.pressure.value, 'unverified'),
('pressure outer ring, max. max.',
to_preci(np.amax(self.ring2.press[:, :, 0, 0]),
4), UnitTex.pressure.value, 'unverified'),
('contact area inner ring, max.',
to_preci(self.roller.get_area(self.ring1.press[:, :, 0, 0]),
4), UnitTex.area.value, 'unverified'),
('contact area outer ring, max.',
to_preci(self.roller.get_area(self.ring2.press[:, :, 0, 0]),
4), UnitTex.area.value, 'unverified')
]
scale_factor_ir = 0.5 + 0.1 * (self.rot_vel1 != 0)
scale_factor_or = 0.5 + 0.1 * (self.rot_vel2 != 0)
table_calc_summary = []
for key, value, unit, status in sorted(out_data):
table_calc_summary.append((re.sub('_', '\_',
key), value, unit, status))
latex_variables = {
'contact_plot1':
'{}{}contact1.png'.format(SubDir.tex_figs_rel_to_tex_file.value,
'/'),
'contact_plot2':
'{}{}contact2.png'.format(SubDir.tex_figs_rel_to_tex_file.value,
'/'),
'scale_factor_ir':
scale_factor_ir,
'scale_factor_or':
scale_factor_or,
'table_calc_summary':
table_calc_summary,
'load_plot1':
'{}{}load1.png'.format(SubDir.tex_figs_rel_to_tex_file.value, '/'),
'pressure_plot1':
'{}{}pressure1.png'.format(SubDir.tex_figs_rel_to_tex_file.value,
'/'),
'pressure_plot2':
'{}{}pressure2.png'.format(SubDir.tex_figs_rel_to_tex_file.value,
'/'),
'slip_plot1':
'{}{}slip1.png'.format(SubDir.tex_figs_rel_to_tex_file.value, '/'),
'energy_plot1':
'{}{}energy1.png'.format(SubDir.tex_figs_rel_to_tex_file.value,
'/'),
'energy_plot2':
'{}{}energy2.png'.format(SubDir.tex_figs_rel_to_tex_file.value,
'/'),
'energy_plot3':
'{}{}energy3.png'.format(SubDir.tex_figs_rel_to_tex_file.value,
'/')
}
template_calc_specific = get_calc_specific_latex_template(
TexTempl.CylindricalRollerBearing.value, sim)
with open(calc_spec_tex_file_handle, 'w') as f:
f.write(template_calc_specific.render(latex_variables))