The first is inside yaps:::buildToaListGross()
If a synch tag is on only one other receiver, the operation starting
toa_i <- t(plyr::daply(...
produces a matrix that's the "wrong" way round. As a result, the line
toa_i_mat[, as.numeric(colnames(toa_i))] <- toa_i
results in a subscript out of bounds error. [I appreciate this only arises for synch tags of 'arguable' value]
The second is also inside yaps:::buildToaListGross()
If a synch tag/receiver has no self detections, the line
toa_i_mat[, hydro_i_idx] <- self_detections$epofrac
results in a 'replacement has length zero' error. I had been hoping to try to use some fixed-position tags that were not on receivers to aid the synch model, but this issue came up.
The third (and easiest) is in yaps:::applyLinCorCoeffsInpSync()
If one drops a receiver but doesn't reset the receiver ID numbering, lin_corr_coeffs[h_idx, 1] and lin_corr_coeffs[h_idx, 2] will give out-of-bounds errors.
The first is inside yaps:::buildToaListGross() If a synch tag is on only one other receiver, the operation starting
toa_i <- t(plyr::daply(...produces a matrix that's the "wrong" way round. As a result, the linetoa_i_mat[, as.numeric(colnames(toa_i))] <- toa_iresults in a subscript out of bounds error. [I appreciate this only arises for synch tags of 'arguable' value]The second is also inside yaps:::buildToaListGross() If a synch tag/receiver has no self detections, the line
toa_i_mat[, hydro_i_idx] <- self_detections$epofracresults in a 'replacement has length zero' error. I had been hoping to try to use some fixed-position tags that were not on receivers to aid the synch model, but this issue came up.The third (and easiest) is in yaps:::applyLinCorCoeffsInpSync() If one drops a receiver but doesn't reset the receiver ID numbering,
lin_corr_coeffs[h_idx, 1]andlin_corr_coeffs[h_idx, 2]will give out-of-bounds errors.