# Modify Whole Table or Plot - Show Each Statistic in Separate Column

This rule re-arranges the numbers in the table so that statistics are shown in separate columns rather than above one another in each cell of the table. Significance highlighting from the original table will be shown in the cells for the first statistic. It is best to make any adjustments to the question in the brown drop-down from a separate table.

## Example

This example applies the script to a crosstab between a question about Income and a banner that contains Age and Gender. The table is showing the Column % and n statistics.

### After:

The two statistics are shown side-by-side.

## Technical details

You can find a simpler version of this code, which does not contain the controls, here.

## How to apply this rule

### For the first time in a project

• Select the table(s)/chart(s) that you wish to apply the rule to.
• Start typing the name of the Rule into the Search features and data box in the top right of the Q window.
• Click on the Rule when it appears in the QScripts and Rules section of the search results.

OR

• Select Automate > Browse Online Library.
• Choose this rule from the list.

### Additional applications of the rule

• Select a table or chart that has the rule and any table(s)/chart(s) that you wish to apply the rule to.
• Click on the Rules tab (bottom-left of the table/chart).
• Select the rule that you wish to apply.
• Click on the Apply drop-down and choose your desired option.
• Check New items to have it automatically applied to new items that you create. Use Edit > Project Options > Save as Template to create a new project template that automatically uses this rule.

## Removing the rule

• Select the table(s)/chart(s) that you wish to remove the rule from.
• Press the Rules tab (bottom-right corner).
• Press Apply next to the rule you wish to remove and choose the appropriate option.

## How to modify the rule

• Click on the Rules tab (bottom-left of the table/chart).
• Select the rule that you wish to modify.
• Click Edit Rule and make the desired changes. Alternatively, you can use the JavaScript below to make your own rule (see Customizing Rules).

## JavaScript

includeWeb('Table JavaScript Utility Functions');
form.setSummary("Show each statistic in a separate column");
form.setHeading("Show each Statistic in a Separate Column");
form.setInputControls([form.newLabel('Show statistics in adjacent columns rather than as rows in the table.')]);

if (Q.fileFormatVersion() <= 8.62 && table.blueQuestion.questionType == "Pick One - Multi" && belowTableExists())

// Store the initial state of the table
let initial_num_cols = table.numberColumns;
let initial_col_labels = table.columnLabels;
let initial_statistics = table.statistics;

// Determine which statistics will be used/displayed
// Column-comparisons type stats are strings rather than
// numbers and so can't be stored in the main part of the table.
// Such stats will be shown in the first column for each of the original column categories.
let column_comparison_stats = ["Column Comparisons", "Column Names", "Columns Compared"]
let table_stats_not_column_comparisons = initial_statistics.filter(function (stat) { return column_comparison_stats.indexOf(stat) == -1; });
if (table_stats_not_column_comparisons.length == 0)
form.ruleNotApplicable("there are only statistics related to the column comparisons on this table");

let target_stat = table_stats_not_column_comparisons[0];
let stats_on_final_table = [target_stat];

let num_stats = initial_statistics.length;

if (table.columnLabels != null && num_stats > 1) { // This table is two-dimensional and contains multiple statistics (excluding column comparisons type stats)

let initial_col_spans = table.columnSpans;
let initial_net_cols;
if (Q.fileFormatVersion() >= 8.22)
initial_net_cols = table.netColumns;

// Determine the new locations of the original columns
let original_columns_indices = [];
for (let j = 0; j < initial_num_cols; j++)
original_columns_indices.push(j);
original_columns_indices = original_columns_indices.map(function(x) { return num_stats*x; });

// Grab the stats and form new labels for the columns
let initial_stat_values = initial_statistics.map(function (stat) { return table.get(stat); });

// Set the table to display a single main statistic
// (plus column-comparisons statistics if shown)
table.statistics = stats_on_final_table;

// Create new column labels
let new_col_labels = [];
for (let j = 0; j < initial_num_cols; j ++)
new_col_labels = new_col_labels.concat(initial_statistics);
new_col_labels = new_col_labels.map(function(s) {
try {
return table.getTranslation(s);
} catch (e) {
return s;
}
});

// Expand the table
let new_num_cols = new_col_labels.length;
for (let j = 0; j < initial_num_cols; j++) {
let start_index = original_columns_indices[j];
for (let k = 0; k < num_stats - 1; k++)
table.insertColumnAfter(start_index, "");
}

// Expand the below_table if it's turned on
if (belowTableExists()) {
let is_1D = below_table.columnLabels == null;
for (let j = 0; j < initial_num_cols; j++) {
let start_index = original_columns_indices[j];
for (let k = 0; k < num_stats - 1; k++) {
if (is_1D)
below_table.insertRowAfter(start_index, "");
else
below_table.insertColumnAfter(start_index, "");
}
}
}

// Build new statistics table from original statistics
let new_stats = table.get(table.statistics[0]);
let cell_text = table.cellText;
for (let j = 0; j < initial_num_cols; j++) {
for (let k = 0; k < num_stats; k++) {
let cur_stats = initial_stat_values[k];
if (column_comparison_stats.indexOf(initial_statistics[k]) == -1) {
for (let row = 0; row < table.numberRows; row++)
new_stats[row][j*num_stats + k] = cur_stats[row][j];
} else {
for (let row = 0; row < table.numberRows; row++) {
new_stats[row][j*num_stats + k] = NaN;
cell_text[row][j*num_stats + k] = [cur_stats[row][j]];
}
}
}
}
table.columnLabels = new_col_labels;
table.set(target_stat, new_stats);
table.cellText = cell_text;
table.clearColumnSpans();

// Recombine the column labels as spans
// First the column labels
for (let j = 0; j < initial_col_labels.length; j++) {
let start = j*num_stats;
let end = start + num_stats;
let index_array = [];
for (let k = start; k < end; k++)
index_array.push(k);
table.spanColumns(index_array, initial_col_labels[j]);
}

// Now include all of the original spans
for (let j = 0; j < initial_col_spans.length; j++) {
let cur_inds = initial_col_spans[j].indices;
let start = cur_inds[0]*num_stats;
let end = cur_inds[cur_inds.length-1]*num_stats + num_stats;
let index_array = [];
for (let k = start; k < end; k++)
index_array.push(k);
table.spanColumns(index_array, initial_col_spans[j].label);
}

// Check if percentages option is turned on
if (table.showPercentSign) {
// Turn percentages off so we can specify which cells to show %
table.showPercentSign = false
let cell_texts = table.cellText;
let column_labels = table.columnLabels;

// Loop through each cell and add percentages if % included in label
for (let row = 0; row < table.numberRows; row++)
for (let column = 0; column < table.numberColumns; column++)
if (column_labels[column].indexOf("%")>-1) {
cell_texts[row][column] = ['%'];
}
table.cellText = cell_texts;
}

let version = Q.fileFormatVersion();

if (version >= 8.22) {
// And keep track of the original NETs.
let new_nets = [];
initial_net_cols.forEach(function (col) {
for (let j = 0; j < num_stats; j++)
new_nets.push(num_stats*col + j);
});
table.netColumns = new_nets;
}

// Prevent hypothesis testing
table.hypothesisTestingEnabled = false;

table.showMissingAs('');
} else if (num_stats == 1)
form.ruleNotApplicable('only a single statistic is selected in the table');
else
form.ruleNotApplicable('statistics are already shown in separate columns on this table');