<?php
$lang->oneVariance = new stdclass();
$lang->oneVariance->std             = 'Standard deviation';
$lang->oneVariance->variance        = 'Variance';
$lang->oneVariance->data            = 'Data describe';
$lang->oneVariance->sample          = 'Sample';
$lang->oneVariance->sampleCol       = 'Sample column';
$lang->oneVariance->sampleNum       = 'Sample number';
$lang->oneVariance->sampleVar       = 'Sample variance';
$lang->oneVariance->sampleStd       = 'Sample standard deviation';
$lang->oneVariance->hypo            = 'Run a hypothesis test';
$lang->oneVariance->hypoVar         = 'Assuming that the variance';
$lang->oneVariance->hypoStd         = 'Assumed standard deviation';
$lang->oneVariance->confidence      = 'Confidence level';
$lang->oneVariance->alternativeHypo = 'Alternative hypothesis';
$lang->oneVariance->method          = 'Method';
$lang->oneVariance->sampleInfo      = '<p>σ: %s of %s</p>';
$lang->oneVariance->continuousInfo  = "<p>Bonett's method works for any continuous distribution</p>";
$lang->oneVariance->summaryInfo     = "<p>Bonett's method cannot be used to calculate summary data</p>";
$lang->oneVariance->chisqInfo       = '<p>Chi-squared is only valid for a normal distribution</p>';
$lang->oneVariance->variable        = 'Variable';
$lang->oneVariance->N               = 'N';
$lang->oneVariance->bonettCI        = "Use Bonett's %s%% confidence interval for σ";
$lang->oneVariance->chisqCI         = 'Use %s%% confidence intervals for σ of chi-square';
$lang->oneVariance->testStatistic   = 'Testing statistic';
$lang->oneVariance->freedom         = 'Freedom';
$lang->oneVariance->p               = 'P value';

$lang->oneVariance->errorSample     = 'Please enter an integer value and 1 < value < 99999999.';
$lang->oneVariance->errorConfidence = 'Confidence level interval is 0.0001 < value < 99.9999.';
$lang->oneVariance->errorLine       = 'You cannot select empty columns.';
$lang->oneVariance->allNumber       = 'The sample column needs to be a numeric column.';

$lang->oneVariance->testDesc        = '<p>Null hypothesis &nbsp;&nbsp;&nbsp;H₀ :σ = %s</p>';
$lang->oneVariance->testDesc       .= '<p>Alternative hypothesis H₁:σ %s %s</p>';
$lang->oneVariance->sampleText      = 'Descriptive statistics';
$lang->oneVariance->hypoText        = 'Test';

$lang->oneVariance->testMethod = array();
$lang->oneVariance->testMethod['bonett'] = 'Bonett';
$lang->oneVariance->testMethod['chisq']  = 'Chi-square';

$lang->oneVariance->dataEnum = array();
$lang->oneVariance->dataEnum['data']     = 'One sample data per column';
$lang->oneVariance->dataEnum['variance'] = 'Variance summary data';
$lang->oneVariance->dataEnum['standard'] = 'Standard deviation summary data';

$lang->oneVariance->hypoEnum  = array();
$lang->oneVariance->hypoEnum['false']    = "Don't test";
$lang->oneVariance->hypoEnum['variance'] = 'Assuming that the variance';
$lang->oneVariance->hypoEnum['standard'] = 'Assumed standard deviation';

$lang->oneVariance->alterHypoVarEnum = array();
$lang->oneVariance->alterHypoVarEnum['lt'] = 'Variance < assumed variance';
$lang->oneVariance->alterHypoVarEnum['ne'] = 'Variance ≠ assumed variance';
$lang->oneVariance->alterHypoVarEnum['gt'] = 'Variance > assumed variance';

$lang->oneVariance->alterHypoStdEnum = array();
$lang->oneVariance->alterHypoStdEnum['lt'] = 'Standard deviation < assumed standard deviation';
$lang->oneVariance->alterHypoStdEnum['ne'] = 'Standard deviation ≠ assumed standard deviation';
$lang->oneVariance->alterHypoStdEnum['gt'] = 'Standard deviation > assumed standard deviation';
