calc_exact_power        calc_exact_power.R
calcb1                  calc_b1.R
calcb2                  calc_b2.R
createMj                Create the matrix that linearly transforms the
                        vector of test statistics into a quantity
                        amenable for pmvnorm.
createMjk               Create the matrix that linearly transforms the
                        vector of test statistics into a quantity
                        amenable for pmvnorm.
performIntegralLower1   Apply this function over 1:J to calculate each
                        portion of the integral we need for the lower
                        bound.
performIntegralLower2   Apply this function over all m, j not equal
                        (order matters) to calculate each portion of
                        the integral we need for the lower bound for
                        calc_b2.
performIntegralUpper1   Apply this function over 1:J to calculate each
                        portion of the integral we need for the upper
                        bound.
performIntegralUpper2   Apply this function over all m, j not equal
                        (order matters) to calculate each portion of
                        the integral we need for the lower bound for
                        calc_b2.
set_BJ_bounds           set_BJ_bounds.R
set_GBJ_bounds          set_GBJ_bounds.R
sim_b1                  sim_R1.R
sim_b2                  sim_b2.R
sim_power_mvn           sim_power_mvn.R
sim_stats_mef           sim_power_indiv.R
sim_stats_mo            Simulate power starting from individual-level
                        data for multiple outcomes setting.
