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@(@\newcommand{\B}[1]{ {\bf #1} } \newcommand{\R}[1]{ {\rm #1} } \newcommand{\W}[1]{ \; #1 \; }@)@ This is dismod_at-20221105 documentation: Here is a link to its current documentation .
The Data Subset Table

data_subset_id
data_id
     Node
     Covariates
hold_out
density_id
eta
nu
Example
.

data_subset_id
This column has type integer and is the primary key for this table. Its initial value is zero, and it increments by one for each row.

data_id
This column has type integer and is a data_id in the data table. These values are unique and monotone increasing with data_subset_id . This column identifies which rows of the data_table are included in the fit_data_subset_table . This is defined by the set of rows in the data table such that the following conditions hold:

Node
The node is the parent node or a descendant of the parent node.

Covariates
All of the covariates satisfy the max_difference criteria.

hold_out
This column has type integer. If the value in this column is zero (one), the corresponding data is (is not) included in subsequent fits. The init_command initializes this column as zero. The hold_out_command can be used to randomly choose non-zero entries in this column. This column is set to zero by the init_command .

density_id
This column has type integer. It specifies which density is used for the corresponding data. The init_command set it to be the same as the corresponding density_id in the data table.

eta
This column has type real. It specifies the value of eta used for the corresponding data. The init_command set it to be the same as the corresponding eta in the data table.

nu
This column has type real. It specifies the value of nu used for the corresponding data. The init_command set it to be the same as the corresponding nu in the data table.

Example
See init_command.py example and test.
Input File: omh/table/data_subset_table.omh