chart# Attributes# PLOTLY_TEMPLATE CELL_COUNT_UNITS CFU_COUNT_UNITS METABOLITE_UNITS Classes# Chart Module Contents# chart.PLOTLY_TEMPLATE = 'plotly_white'[source]# chart.CELL_COUNT_UNITS = ('Cells/mL', 'Cells/μL')[source]# chart.CFU_COUNT_UNITS = ('CFUs/mL', 'CFUs/μL')[source]# chart.METABOLITE_UNITS = ('mM', 'μM', 'nM', 'pM', 'g/L')[source]# class chart.Chart(time_units, cell_count_units='Cells/mL', cfu_count_units='CFUs/mL', metabolite_units='mM', log_left=False, log_right=False, width=None, title=None, legend_position='top', clamp_x_data=False)[source]# time_units[source]# cell_count_units = 'Cells/mL'[source]# cfu_count_units = 'CFUs/mL'[source]# metabolite_units = 'mM'[source]# width = None[source]# title = None[source]# legend_position = 'top'[source]# clamp_x_data = False[source]# log_left = False[source]# log_right = False[source]# data_left = [][source]# data_right = [][source]# mixed_units_left = False[source]# mixed_units_right = False[source]# model_df_indices = [][source]# add_df(df, *, units, label=None, axis='left', metabolite_mass=None)[source]# add_model_df(df, *, units, label=None, axis='left')[source]# to_html()[source]# _convert_units(data)[source]# _get_scatter_params(df, label)[source]# _convert_df_units(df, source_units, target_units, metabolite_mass=None)[source]# _calculate_x_range(data)[source]# _calculate_y_range(data)[source]#