Lines Matching full:merges
32 * Merges can proceed independently. As such, we perform the merges in parallel
34 * data from a single input file, or the result of one or more merges) can only
39 * merged are each the product of merges of half of the input files.
43 * takes the results of Phase I, and merges them two at a time. This disparity
45 * with the size of the CTF data being merged. As such, merges of CTF graphs
46 * newly read from input files are much faster than merges of CTF graphs that
47 * are themselves the results of prior merges.
49 * A further complication is the need to ensure the repeatability of CTF merges.
76 * 3. T1 reads the third input file, which it merges into wip[0]. The
78 * 4. T2 reads the fourth input file, which it merges into wip[1]. wip[1]
130 * When one entry remains on the queue, with no merges outstanding, Phase II
153 * Additive Merges
167 * When the merges are complete, the resulting tdata_t is placed into the
344 * phase and as generated by merges during the phase. in init_phase_two()