<?php
$lang->proportion2 = new stdclass();

$lang->proportion2->data            = 'Data description';
$lang->proportion2->sample          = 'Sample amount';
$lang->proportion2->sampleS         = 'Sample column';
$lang->proportion2->sampleID        = 'Group column';
$lang->proportion2->sample1         = 'Sample column1';
$lang->proportion2->sample2         = 'Sample column2';
$lang->proportion2->sampleCol       = 'Sample column';
$lang->proportion2->deviation       = 'Hypothesized difference';
$lang->proportion2->event           = 'Event amout';
$lang->proportion2->method          = 'Test method';
$lang->proportion2->sampleP         = 'The event probability of the sample p';
$lang->proportion2->CI              = 'p的 %s %% CI';
$lang->proportion2->cl              = 'Confidence level';
$lang->proportion2->singleCI        = array('95% upper bound of P', '95% lower bound of P');
$lang->proportion2->errorSample     = 'Please enter an integer value with 1 <= value <= 99999999';
$lang->proportion2->errorEvent      = 'Enter an integer value >= 0';
$lang->proportion2->methodTitle     = 'Method';
$lang->proportion2->variable        = 'Variable';
$lang->proportion2->inSameCol       = 'The two samples are in the same column';
$lang->proportion2->notSameCol      = 'The two samples are in each column';
$lang->proportion2->summary         = 'Tabulate data';
$lang->proportion2->alternativeHypo = 'Alternative hypotheses';
$lang->proportion2->originHypo      = 'Origin hypotheses';
$lang->proportion2->confidence      = 'Confidence level';
$lang->proportion2->zValue          = 'Z value';
$lang->proportion2->pValue          = 'P value';

$lang->proportion2->sample1Test  = 'Sample 1 events';
$lang->proportion2->sample2Test  = 'Sample 2 events';
$lang->proportion2->sample1Event = 'Sample 1 trials';
$lang->proportion2->sample2Event = 'Sample 2 trials';

$lang->proportion2->sam1 = 'Sample 1';
$lang->proportion2->sam2 = 'Sample 2';

$lang->proportion2->sam         = 'N';
$lang->proportion2->eve         = 'Event';
$lang->proportion2->p           = 'Sample p';
$lang->proportion2->desc        = 'Descriptive statistics';
$lang->proportion2->method      = 'Method';
$lang->proportion2->test        = 'Test';
$lang->proportion2->deviation   = 'Difference';
$lang->proportion2->deviationES = 'Estimate of difference';
$lang->proportion2->deviationCI = '%s CI of deviation';

$lang->proportion2->normality = 'Normal approximation';
$lang->proportion2->fisher    = 'Fisher exact test';

$lang->proportion2->methodDesc['inSameCol']  = '<p>Event: %s = %s</p>';
$lang->proportion2->methodDesc['inSameCol'] .= '<p>p₁: proportion where %s = %s and %s = %s</p>';
$lang->proportion2->methodDesc['inSameCol'] .= '<p>p₂: proportion where %s = %s and %s = %s</p>';
$lang->proportion2->methodDesc['inSameCol'] .= '<p>Difference: p₁- p₂</p>';

$lang->proportion2->methodDesc['notSameCol']  = '<p>Event: %s</p>';
$lang->proportion2->methodDesc['notSameCol'] .= '<p>p₁: proportion where %s = %s</p>';
$lang->proportion2->methodDesc['notSameCol'] .= '<p>p₂: proportion where %s = %s</p>';
$lang->proportion2->methodDesc['notSameCol'] .= '<p>Difference: p₁- p₂</p>';

$lang->proportion2->methodDesc['summary']  = '<p>p₁: proportion where %s = %s</p>';
$lang->proportion2->methodDesc['summary'] .= '<p>p₂: proportion where %s = %s</p>';
$lang->proportion2->methodDesc['summary'] .= '<p>Difference: p₁- p₂</p>';

$lang->proportion2->testDesc  = '<p>Null hypothesis &nbsp;&nbsp;&nbsp;H₀ :p₁ - p₂ = %s</p>';
$lang->proportion2->testDesc .= '<p>Alternative hypothesis H₁:p₁ - p₂ %s %s</p>';

$lang->proportion2->hypothesesEnum = array();
$lang->proportion2->hypothesesEnum['false'] = 'No';
$lang->proportion2->hypothesesEnum['true']  = 'Yes';

$lang->proportion2->testMethod['s'] = 'Estimate the proportions separately';
$lang->proportion2->testMethod['m'] = 'Estimate for the combined samples';

$lang->proportion2->convert = array('lt' => '<', 'ne' => '≠', 'gt' => '>');

$lang->proportion2->alternativeHypoEnum = array();
$lang->proportion2->alternativeHypoEnum['lt'] = 'Difference < hypothesized difference';
$lang->proportion2->alternativeHypoEnum['ne'] = 'Difference ≠hypothesized difference';
$lang->proportion2->alternativeHypoEnum['gt'] = 'Difference > hypothesized difference';

$lang->proportion2->errorRatio      = 'Please enter a numeric constant, 0< value <1.';
$lang->proportion2->errorConfidence = 'The confidence level interval is 0.0001 < value < 99.9999.';
$lang->proportion2->errorCL         = 'Please enter a numerical constant, 0.0001< value <99.9999.';
$lang->proportion2->errorDeviation  = 'Please enter a numerical constant, -0.9999< value <0.9999.';
$lang->proportion2->wrongDeviation  = 'When selecting ratio estimates for the combined samples, it is assumed that the difference must be 0.';
$lang->proportion2->errorLength     = 'Select valid columns, the number of rows of sample columns = the number of rows of group columns.';
$lang->proportion2->errorEventCount = 'Please select valid columns, all columns contain only sample columns within 2 events.';
$lang->proportion2->errorEvent      = 'Please select a valid column, sample 1 and sample 2 can only contain sample columns within 2 kinds of events.';
$lang->proportion2->errorEventSam2  = 'Please select a valid column. The group column must have only two distinguishable values';
$lang->proportion2->errorEventDefi  = 'A vague definition of events';
