def section_2_inputs(input_kwargs: dict):
sec = Subsection(title='Inputs')
symbols = [
# user defined parameters
'w_t',
'h_eq',
'd_1',
'd_2',
# user defined parameters specific to BS EN 1993-1-2 Annex B, beam calcs
'lambda_4',
'd_aw',
'C_1',
'C_2',
'C_3',
'C_4',
# derived parameters, i.e. from BS EN 1991-1-2 Annex B
'L_H',
'L_L',
'T_f',
'T_o',
'T_z_1',
'T_z_2',
'T_z',
'alpha',
'w_f',
]
sec.append(
make_summary_table(symbols=symbols,
units=UNITS,
descriptions=DESCRIPTIONS,
values=input_kwargs))
return sec
def section_4_summary(output_kwargs: dict):
sec = Subsection(title='Summary')
sec.append('Results are summarised below.')
symbols = [
'I_z_1', 'I_z_2', 'I_z_3', 'I_z_4', 'I_z', 'I_f_1', 'I_f_2',
'I_f_3', 'I_f_4', 'I_f', 'T_m_1', 'T_m_2', 'T_m_3', 'T_m_4', 'T_m'
]
sec.append(
make_summary_table(symbols=symbols,
units=UNITS,
descriptions=DESCRIPTIONS,
values=output_kwargs))
return sec
def section_2_inputs(input_kwargs: dict):
section_2 = Subsection(title='Inputs')
symbols = [
'W_1', 'W_2', 'A_f', 'h_eq', 'w_t', 'A_v', 'd_ow', 'DW_ratio',
'q_fk', 'q_fd', 'L_x', 'tau_F', 'u', 'Omega', 'O', 'Q', 'd_eq',
'T_f', 'L_L', 'L_H', 'L_f', 'T_w', 'T_z'
]
section_2.append(
make_summary_table(symbols=symbols,
units=UNITS,
descriptions=DESCRIPTIONS,
values=input_kwargs))
return section_2
def section_4_summary(output_kwargs: dict):
section_4 = Subsection(title='Summary')
section_4.append('Results of this assessment are summarised below.')
symbols = [
'Q', 'T_f', 'L_L', 'L_H', 'L_f', 'T_w', 'T_z', 'epsilon_f',
'alpha_c'
]
section_4.append(
make_summary_table(symbols=symbols,
units=UNITS,
descriptions=DESCRIPTIONS,
values=output_kwargs))
return section_4
def section_2_inputs(input_kwargs: dict):
sec = Subsection(title='Inputs')
symbols = [
'w_t', 'h_eq', 'd_1', 'd_2',
'lambda_1', 'lambda_3', 'C_1', 'C_2', 'C_3', 'C_4',
'L_H', 'L_L', 'T_f', 'T_o', 'T_z', 'alpha', 'w_f',
]
sec.append(make_summary_table(
symbols=symbols,
units=UNITS,
descriptions=DESCRIPTIONS,
values=input_kwargs
))
return sec