Package index • paweh

All functions
`cc_chisq_mssn_genotype_misclassification_1p()` `cc_chisq_power_genotype_misclassification_1p()` `cc_chisq_mssn_genotype_misclassification_2p()` `cc_chisq_power_genotype_misclassification_2p()` `cc_chisq_mssn_genotype_misclassification_3p()` `cc_chisq_power_genotype_misclassification_3p()` `cc_chisq_mssn_genotype_misclassification_differential_3p()` `cc_chisq_power_genotype_misclassification_differential_3p()`	Specialized Case-Control Genotype Misclassification Functions
`cc_chisq_mssn_locus_heterogeneity()` `cc_chisq_power_locus_heterogeneity()` `cc_trend_mssn_locus_heterogeneity()` `cc_trend_power_locus_heterogeneity()`	Specialized Case-Control Locus-Heterogeneity Functions
`cc_chisq_power_phenotype_misclassification()` `cc_chisq_mssn_phenotype_misclassification()`	Specialized Case-Control Phenotype Misclassification Functions
`cc_mssn()`	Case-Control Minimum Sample Size for Conditional Genotype Frequencies
`cc_ngs_mssn()`	Analytic MSSN for a Case-Control Sequencing Study
`cc_ngs_power()`	Analytic Power for a Case-Control Sequencing Study
`cc_power()`	Case-Control Power for Conditional Genotype Frequencies
`lrtae_mssn()`	Minimum Total Sample Size for an LRTae Design
`lrtae_ncp()`	Noncentrality Parameter for Prospective LRTae Designs
`lrtae_power()`	Prospective Power for an LRTae Design
`ngs_genotype_error_matrix()`	Sequencing-Derived Genotype Error Matrix
`paweh_app()`	Construct the paweh Shiny Dashboard
`plot_cc_mssn()`	Plot Case-Control Minimum Sample Size Necessary
`plot_cc_power()`	Plot Case-Control Power
`plot_ngs_mssn()`	Plot MSSN Sensitivity for Sequencing Designs
`plot_ngs_power()`	Plot Power Sensitivity for Sequencing Designs
`plot_qtl_anova_mssn()`	Plot One-Way ANOVA Minimum Sample Size Under the Falconer Model
`plot_qtl_anova_power()`	Plot One-Way ANOVA Power Under the Falconer Model
`plot_qtl_genotype_distribution()`	Plot Falconer Genotype-Specific Quantitative-Trait Distributions
`plot_qtl_threshold_chisq_mssn()`	Plot Threshold-Selected Genotype Chi-Square Minimum Sample Size
`plot_qtl_threshold_chisq_power()`	Plot Threshold-Selected Genotype Chi-Square Power
`plot_tdt_mssn()`	Plot TDT Minimum Sample Size Necessary
`plot_tdt_mssn_locus_heterogeneity()`	Plot TDT MSSN Sensitivity to Locus Heterogeneity
`plot_tdt_mssn_phenotype_misclassification()`	Plot TDT MSSN Sensitivity to Phenotype Misclassification
`plot_tdt_power()`	Plot TDT Power
`plot_tdt_power_locus_heterogeneity()`	Plot TDT Power Sensitivity to Locus Heterogeneity
`plot_tdt_power_phenotype_misclassification()`	Plot TDT Power Sensitivity to Phenotype Misclassification
`plot_tdt_surface3d()`	Plot a Generalized 3D TDT Sensitivity Surface
`qtl_anova_mssn()`	Minimum Sample Size for One-Way ANOVA Under the Falconer Model
`qtl_anova_power()`	Power for One-Way ANOVA Under the Falconer Model
`qtl_falconer_parameters()`	Falconer Parameters for a Single Quantitative Trait
`qtl_falconer_threshold_parameters()`	Threshold-Selected Parameters Under the Falconer Model
`qtl_multivariate_mssn_full()`	Multivariate Falconer Minimum Sample Size
`qtl_multivariate_power_full()`	Multivariate Falconer Power
`qtl_threshold_chisq_mssn()`	Minimum Sample Size for a Threshold-Selected Genotype Chi-Square Test
`qtl_threshold_chisq_power()`	Power for a Threshold-Selected Genotype Chi-Square Test
`tdt_expected_nontransmission_probability()`	Expected Non-Transmission Probability (gNT*) in the Transmission Disequilibrium Test (TDT)
`tdt_expected_transmission_counts()`	Expected Transmissions (ET) and Non-Transmissions (ENT) in the Transmission Disequilibrium Test (TDT)
`tdt_expected_transmission_probability()`	Expected Transmission Probability (gT*) in the Transmission Disequilibrium Test (TDT)
`tdt_mssn()`	Family-Based (TDT) Minimum Sample Size Necessary
`tdt_mssn_from_model()`	TDT Minimum Sample Size Necessary from Genetic Model Parameters
`tdt_mssn_phenotype_misclassification_from_ncp()`	TDT Minimum Sample Size Necessary from an NCP under Phenotype Misclassification
`tdt_ngs_mssn()`	Analytic MSSN for a TDT1-NGS Sequencing Study
`tdt_ngs_power()`	Analytic Power for a TDT1-NGS Sequencing Study
`tdt_power()`	Family-Based (TDT) Power
`tdt_power_from_expected_counts()`	Transmission Disequilibrium Test (TDT) Power from Expected Transmissions and Non-Transmissions
`tdt_power_from_model()`	Transmission Disequilibrium Test (TDT) Power from Genetic Model Parameters

Reference

All functions