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"title": "Confidence interval for a subgroup difference in average Pearson or partial correlations",
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"title": "Compares and combines 2-group mean ratios in original and follow-up studies",
"topics": [
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},
{
"page": "replicate.oddsratio",
"title": "Compares and combines odds ratios in original and follow-up studies",
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},
{
"page": "replicate.pbcor",
"title": "Compares and combines point-biserial correlations in original and follow-up studies",
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},
{
"page": "replicate.plot",
"title": "Plot to compare estimates from original and follow-up studies",
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},
{
"page": "replicate.prop.ps",
"title": "Compares and combines paired-samples proportion differences in original and follow-up studies",
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"replicate.prop.ps"
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},
{
"page": "replicate.prop1",
"title": "Compares and combines single proportions in original and follow-up studies",
"topics": [
"replicate.prop1"
]
},
{
"page": "replicate.prop2",
"title": "Compares and combines 2-group proportion differences in original and follow-up studies",
"topics": [
"replicate.prop2"
]
},
{
"page": "replicate.propratio2",
"title": "Compares and combines 2-group proportion ratios in original and follow-up studies",
"topics": [
"replicate.propratio2"
]
},
{
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"title": "Compares and combines slope coefficients in original and follow-up studies",
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},
{
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"title": "Compares and combines Spearman correlations in original and follow-up studies",
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},
{
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"title": "Compares and combines paired-samples standardized mean differences in original and follow-up studies",
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},
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"title": "Compares and combines 2-group standardized mean differences in original and follow-up studies",
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"replicate.stdmean2"
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},
{
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{
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"title": "Computes the standard error for the average of two Pearson correlations with no variables in common that have been estimated from the same sample",
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},
{
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"title": "Computes the standard error for the average of two Pearson correlations with one variable in common that have been estimated from the same sample",
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},
{
"page": "se.ave.mean2.dep",
"title": "Computes the standard error for the average of 2-group mean differences from two parallel measurement response variables in the same sample",
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},
{
"page": "se.biphi",
"title": "Computes the standard error for a biserial-phi correlation",
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"se.biphi"
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},
{
"page": "se.bscor",
"title": "Computes the standard error for a biserial correlation",
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"se.bscor"
]
},
{
"page": "se.cohen",
"title": "Computes the standard error for Cohen's d",
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"se.cohen"
]
},
{
"page": "se.cor",
"title": "Computes the standard error for a Pearson or partial correlation",
"topics": [
"se.cor"
]
},
{
"page": "se.mean.ps",
"title": "Computes the standard error for a paired-samples mean difference",
"topics": [
"se.mean.ps"
]
},
{
"page": "se.mean2",
"title": "Computes the standard error for a 2-group mean difference",
"topics": [
"se.mean2"
]
},
{
"page": "se.meanratio.ps",
"title": "Computes the standard error for a paired-samples log mean ratio",
"topics": [
"se.meanratio.ps"
]
},
{
"page": "se.meanratio2",
"title": "Computes the standard error for a 2-group log mean ratio",
"topics": [
"se.meanratio2"
]
},
{
"page": "se.median",
"title": "Computes the standard error for a median",
"topics": [
"se.median"
]
},
{
"page": "se.oddsratio",
"title": "Computes the standard error for a log odds ratio",
"topics": [
"se.oddsratio"
]
},
{
"page": "se.pbcor",
"title": "Computes the standard error for a point-biserial correlation",
"topics": [
"se.pbcor"
]
},
{
"page": "se.prop.ps",
"title": "Computes the estimate and standard error for a paired-samples proportion difference",
"topics": [
"se.prop.ps"
]
},
{
"page": "se.prop2",
"title": "Computes the estimate and standard error for a 2-group proportion difference",
"topics": [
"se.prop2"
]
},
{
"page": "se.propratio.ps",
"title": "Computes the estimate and standard error for a paired-samples log proportion ratio",
"topics": [
"se.propratio.ps"
]
},
{
"page": "se.propratio2",
"title": "Computes the estimate and standard error for a 2-group log proportion ratio",
"topics": [
"se.propratio2"
]
},
{
"page": "se.semipart",
"title": "Computes the standard error for a semipartial correlation",
"topics": [
"se.semipart"
]
},
{
"page": "se.slope",
"title": "Computes a slope and its standard error",
"topics": [
"se.slope"
]
},
{
"page": "se.spear",
"title": "Computes the standard error for a Spearman correlation",
"topics": [
"se.spear"
]
},
{
"page": "se.stdmean.ps",
"title": "Computes the standard error for a paired-samples standardized mean difference",
"topics": [
"se.stdmean.ps"
]
},
{
"page": "se.stdmean2",
"title": "Computes the standard error for a 2-group standardized mean difference",
"topics": [
"se.stdmean2"
]
},
{
"page": "se.tetra",
"title": "Computes the standard error for a tetrachoric correlation approximation",
"topics": [
"se.tetra"
]
},
{
"page": "stdmean2.from.t",
"title": "Computes Cohen's d from pooled-variance t statistic",
"topics": [
"stdmean2.from.t"
]
},
{
"page": "table.from.odds",
"title": "Computes the cell frequencies in a 2x2 table using the marginal proportions and odds ratio",
"topics": [
"table.from.odds"
]
},
{
"page": "table.from.phi",
"title": "Computes the cell frequencies in a 2x2 table using the marginal proportions and phi correlation",
"topics": [
"table.from.phi"
]
}
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