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

$lang->twoAnova->dataType     = 'Data';
$lang->twoAnova->sampleCol    = 'Sample column';
$lang->twoAnova->groupCol     = 'Group column';
$lang->twoAnova->dataSample1  = 'Sample 1';
$lang->twoAnova->dataSample2  = 'Sample 2';
$lang->twoAnova->nSample1     = 'Sample N 1';
$lang->twoAnova->nSample2     = 'Sample N 2';
$lang->twoAnova->varSample1   = 'Sample variance 1';
$lang->twoAnova->varSample2   = 'Sample variance 2';
$lang->twoAnova->stdSample1   = 'Sample SD 1';
$lang->twoAnova->stdSample2   = 'Sample SD 2';
$lang->twoAnova->sampleRatio  = 'Sample ratio';
$lang->twoAnova->guessRatio   = 'Guess ratio';
$lang->twoAnova->cl           = 'Confidence level';
$lang->twoAnova->alternative  = 'Alternative hypothesis';
$lang->twoAnova->describe     = 'Descriptive statistics';
$lang->twoAnova->variable     = 'Variable';
$lang->twoAnova->N            = 'N';
$lang->twoAnova->stdDiviation = 'Standard diviation';
$lang->twoAnova->variance     = 'Variance';
$lang->twoAnova->CI           = 'The σ%s of %s%% confidence interval';
$lang->twoAnova->ratioCI      = 'The σ₁%s/σ₂%s of %s%% confidence interval';
$lang->twoAnova->stdCompare   = 'Standard deviation ratio';
$lang->twoAnova->varCompare   = 'Variance ratio';
$lang->twoAnova->estimateRatio = 'Estimate ratio';
$lang->twoAnova->fCI           = 'Use the %s%% confidence interval for the ratio of F';
$lang->twoAnova->test          = 'Test';
$lang->twoAnova->originHypo    = '<tr><td>Null hypothesis</td><td>H₀:σ₁%s/σ₂%s = %s</td>';
$lang->twoAnova->alterHypo     = '<tr><td>Alternative hypothesis</td><td>H₁:σ₁%s/σ₂%s %s %s</td>';
$lang->twoAnova->signLevel     = '<p>Significance level α = %s</p>';
$lang->twoAnova->testStat      = 'Test statistics';
$lang->twoAnova->pValue        = 'p value';
$lang->twoAnova->box           = 'Box chart';

$lang->twoAnova->method      = 'Method';
$lang->twoAnova->methodInfo  = '<p>σ₁: Standard diviation of %s</p><p>σ₂: Standard diviation of %s</p><p>Ratio: σ₁/σ₂</p><p>Method F has been used. This method is only applicable to normal data.</p>';

$lang->twoAnova->dataTypeEnum = array();
$lang->twoAnova->dataTypeEnum['oneCol']   = 'The two samples are in the same column';
$lang->twoAnova->dataTypeEnum['twoCol']   = 'The two samples are in each column';
$lang->twoAnova->dataTypeEnum['variance'] = 'Variance summary data';
$lang->twoAnova->dataTypeEnum['standard'] = 'Standard deviation summary data';

$lang->twoAnova->sampleRatioEnum = array();
$lang->twoAnova->sampleRatioEnum['standard'] = 'Sample 1 standard deviation / sample 2 standard deviation';
$lang->twoAnova->sampleRatioEnum['variance'] = 'Variance of sample 1 / variance of sample 2';

$lang->twoAnova->alternativeEnum = array();
$lang->twoAnova->alternativeEnum['lt']      = 'Ratio < Guess ratio';
$lang->twoAnova->alternativeEnum['noEqual'] = 'Ratio ≠ Guess ratio';
$lang->twoAnova->alternativeEnum['gt']      = 'Ratio > Guess ratio';

$lang->twoAnova->groupCountError = 'There must be two different groupings in the grouping column of the sample.';
$lang->twoAnova->columnNotEqual  = 'The sample column must be numeric and the sample column length must be the same as the length of the grouping column.';
$lang->twoAnova->needNumber      = 'The %s column must be a numerical column.';
$lang->twoAnova->groupDataLess   = 'The number of samples in each group should be ≥2.';
$lang->twoAnova->hasCommon       = 'A constant sample group exists and cannot be computed.';
$lang->twoAnova->ratioCIError    = 'Data errors exist and cannot plot the %s%% confidence interval for σ₁%s/σ₁%s.';
