@push_back(tab, value)
@push_back(nim:NIM, d:numeric, y1:numeric)
@push_back(nim:NIM, d:numeric, y1:numeric, it:string)
@push_back(nim:NIM, y0:numeric, d:numeric, y1:numeric)
@push_back(nim:NIM, y0:numeric, d:numeric, y1:numeric, it:string)

@push_back(tab, value)

Usually, @push_front is sightly more efficient thant @push_back.

@push_back(nim:NIM, d:numeric, y1:numeric, it:string)

The argument d specifies the length of the interpolation since the previous breakpoint, y1 is the final value attained at the end of the breakpoint, and it is the interpolation type. The interpolation type can be omitted: in this case, the interpolation is linear. The initial value y0 of the breakpoint is the y1 value of the previous breakpoint.

@push_back(nim:NIM, y0:numeric, d:numeric, y1:numeric, it:string)

See also Tab Manipulations @binary_search    @car    @cdr    @clear    [@clone]    @concat    @cons    @copy    @count    @dim    @domain    @drop    @empty    @find    @flatten    @gnuplot    @insert    @iota    @is_list    @is_prefix    @is_subsequence    @is_suffix    @lace    @last    @listify    @map    @max_val    @median    @member    @normalize    @occurs    @parse    @permute    @push_back    @push_front    @range    @reduce    @remove    @remove_duplicate    @replace    @reshape    @resize    @reverse    @rotate    @scan    @scramble    @size    @slice    @sort    @sputter    @stutter    @succession    @tab_history    @tab_history_date    @tab_history_rdate    @take    @to_num   

See also Nim Related Functions @aggregate    @align_breakpoints    [@clone]    [@compose]    @concat_nim    @dim    @filter_max_t    @filter_median_t    @filter_min_t    @integrate    @linearize    @max_key    @max_val    @min    @min_key    @min_val    @projection    @push_back    @push_front    @sample    [@scale_x]    [@scale_y]    @simplify_lang_v    @simplify_radial_distance_t    @simplify_radial_distance_v    @window_filter_t