接下来,我们将使用factor_cmap函数来为城市分类实现颜色映射。 frombokeh.plottingimportfigure,showfrombokeh.ioimportoutput_notebookfrombokeh.transformimportfactor_cmapfrombokeh.modelsimportColumnDataSource output_notebook()# 准备数据源source=ColumnDataSource(df)# 定义城市分类和调色板cities=df['城市'].tolist...
# 需要导入模块: from bokeh import transform [as 别名]# 或者: from bokeh.transform importfactor_cmap[as 别名]def_create_fill_map( source: ColumnDataSource, source_column: str = None )-> Tuple[Union[factor_cmap, linear_cmap], Optional[ColorBar]]:"""Create factor map or linear map based ...
为了帮助您，我修改了官方文档中的scatter_jitter示例。我只是添加了factor_cmap。
(TFs)CmAP3 and CmUIF1 were identified.Y2H,BiFC,and Y3H experiments demonstrated that these two TFs were connected by CmPI to form a CmAP3-CmPI-CmUIF1 TF complex.This TF complex regulated carotenoid metabolism by directly activating the expression of CmCCD4a-2.A large number of target genes...