Holds results from computing dose-specific treatment effects with a continuous treatment
Usage
dose_obj(
dose,
overall_att = NULL,
overall_att_se = NULL,
overall_att_inffunc = NULL,
overall_acrt = NULL,
overall_acrt_se = NULL,
overall_acrt_inffunc = NULL,
att.d = NULL,
att.d_se = NULL,
att.d_crit.val = NULL,
att.d_inffunc = NULL,
acrt.d = NULL,
acrt.d_se = NULL,
acrt.d_crit.val = NULL,
acrt.d_inffunc = NULL,
pte_params = NULL
)Arguments
- dose
vector containing the values of the dose used in estimation
- overall_att
estimate of the overall ATT, the mean of ATT(D) given D > 0
- overall_att_se
the standard error of the estimate of overall_att
- overall_att_inffunc
the influence function for estimating overall_att
- overall_acrt
estimate of the overall ACRT, the mean of ACRT(D|D) given D > 0
- overall_acrt_se
the standard error for the estimate of overall_acrt
- overall_acrt_inffunc
the influence function for estimating overall_acrt
- att.d
estimates of ATT(d) for each value of
dose- att.d_se
standard error of ATT(d) for each value of
dose- att.d_crit.val
critical value to produce pointwise or uniform confidence interval for ATT(d)
- att.d_inffunc
matrix containing the influence function from estimating ATT(d)
- acrt.d
estimates of ACRT(d) for each value of
dose- acrt.d_se
standard error of ACRT(d) for each value of
dose- acrt.d_crit.val
critical value to produce pointwise or uniform confidence interval for ACRT(d)
- acrt.d_inffunc
matrix containing the influence function from estimating ACRT(d)
- pte_params
a pte_params object containing other parameters passed to the function