hello ,
any help would be really appreciated.
I am writing a script to automatically create a multivariate report.
The column names inside Y ( Multivatiate (Y( col1,col2,col3, ...) ....) will be changing, therefore I am trying to
feed Y with a list of column names .
Is this possible?
///
num_table= df << Subset( ( num_col_select ),
Output Table Name( "numerical columns only- the only use for this table is to feed the multiv analysis" )
);
//num_table_columns = num_table << Select Columns(all);
num_table_columns = num_table << Get Column Names(all);
print(num_table_column s);
//execute the MULTIV analysis
multi = num_table << Multivariate(Y(num_table_columns), // <---- the num_table_columns are all continuous
Estimation Method( "Row-wise" ),
Scatterplot Matrix( 1 ),
Pairwise Correlations( 1 ));
///
The below small modification to your script should do what you want.
I don't believe you need to create a subset of the data if you use the qualifier "numeric" on the "Get Column Names".
All you need to do to get the generated list to work is to request the list be evaluated within the specification for the Multivariate.
///
/*num_table = df << Subset(
(num_col_select),
Output Table Name( "numerical columns only- the only use for this table is to feed the multiv analysis" )
);*/
num_table=current data table();
//num_table_columns = num_table << Select Columns(all);
num_table_columns = num_table << Get Column Names( numeric );
Print( num_table_column s );
//execute the MULTIV analysis
multi = num_table << Multivariate(
Y( eval(num_table_columns) ), // <---- the num_table_columns are all continuous
Estimation Method( "Row-wise" ),
Scatterplot Matrix( 1 ),
Pairwise Correlations( 1 )
);
///
The below small modification to your script should do what you want.
I don't believe you need to create a subset of the data if you use the qualifier "numeric" on the "Get Column Names".
All you need to do to get the generated list to work is to request the list be evaluated within the specification for the Multivariate.
///
/*num_table = df << Subset(
(num_col_select),
Output Table Name( "numerical columns only- the only use for this table is to feed the multiv analysis" )
);*/
num_table=current data table();
//num_table_columns = num_table << Select Columns(all);
num_table_columns = num_table << Get Column Names( numeric );
Print( num_table_column s );
//execute the MULTIV analysis
multi = num_table << Multivariate(
Y( eval(num_table_columns) ), // <---- the num_table_columns are all continuous
Estimation Method( "Row-wise" ),
Scatterplot Matrix( 1 ),
Pairwise Correlations( 1 )
);
///
Thank you very much!