<?php
$lang->onewayanova = new stdclass();

$lang->onewayanova->stack        = 'Stacked';
$lang->onewayanova->factor       = 'factor';
$lang->onewayanova->response     = 'response';
$lang->onewayanova->method       = 'method';
$lang->onewayanova->methodIntro  = '<table class="table table-auto table-bordered bordered table-condensed"><tbody><tr><td>Null hypothesis</td><td>All means are equal</td></tr><tr><td>Alternative hypothesis</td><td>Not all means are equal</td></tr><tr><td>Significance level</td><td>⍺ = 0.05</td></tr></tbody></table><p>Equal variances were assumed for the analysis.</p>';
$lang->onewayanova->factorsInfo  = 'Factor Information';
$lang->onewayanova->anova        = 'Analysis of Variance';
$lang->onewayanova->modelSummary = 'Model Summary';
$lang->onewayanova->mean         = 'Means';
$lang->onewayanova->levelCount   = 'Levels';
$lang->onewayanova->value        = 'Values';
$lang->onewayanova->source       = 'Source';
$lang->onewayanova->df           = 'DF';
$lang->onewayanova->adjSS        = 'Adj SS';
$lang->onewayanova->adjMS        = 'Adj MS';
$lang->onewayanova->fValue       = 'F-Value';
$lang->onewayanova->pValue       = 'P-Value';
$lang->onewayanova->error        = 'Error';
$lang->onewayanova->total        = 'Total';
$lang->onewayanova->adj          = 'adj';
$lang->onewayanova->pred         = 'pred';
$lang->onewayanova->stdDev       = 'StDev';
$lang->onewayanova->ci           = 'CI';
$lang->onewayanova->ci95Chart    = '95% CIs';

$lang->onewayanova->stackEnum = array();
$lang->onewayanova->stackEnum['false'] = 'Stack, all response data is stacked in the same column';
$lang->onewayanova->stackEnum['true']  = 'Not stacked, each response data is in a separate column';
