clip1, clip2 = string.format("\\clip(%d,%d,%d,%d)", 0, 65, 1280, 65), string.format("\\clip(%d,%d,%d,%d)", 0, 0, 1280, 65)
partic1, partic2 = l.bottom - l.styleref.outline, l.top + syl.height / 3

if (l.actor ~= "main") then
    l.start_time = line.start_time - 400 + (chari-1) * 20
    l.end_time   = line.start_time
    l_duration   = l.end_time - l.start_time
    l.layer      = 1
    l.text       = string.format("{%s\\shad0\\blur2\\be1\\bord2.5\\3c&HB17738&\\1c&HFFFFFF&\\fad(50,0)%s\\pos(%d,%d)\\t(0,%d,%s)}%s",
                                 an,
                                 -- \clip
                                 clip1,
                                 -- \pos
                                 charx, chary,
                                 -- \t(\clip)
                                 l_duration, clip2,
                                 -- TEXT
                                 char)

    subs.append(l)

    for i = 0, 4 do
        l.start_time = line.start_time - 400 + (chari-1) * 20
        l.end_time   = line.start_time
        l_duration   = (l.end_time - l.start_time) / 2
        l.layer      = 0
        l.text       = string.format("{%s\\move(%d,%d,%d,%d,%d,%d)%s\\fad(50,50)\\3c&HB17738&\\1c&HB17738&\\t(0,%d,%s)\\be1\\blur2\\bord1.5\\p%d}%s",
                                     an,
                                     -- \move
                                     charx, partic1,
                                     charx - math.random(-20,20), partic2,
                                     0, l_duration,
                                     -- \clip
                                     clip1,
                                     -- \t(\clip)
                                     l_duration, clip2,
                                     -- \p -- DRAWINGS
                                     2, shape)

        subs.append(l)
    end

    --Template
    l.text      = string.format("{%s\\1c&HFFFFFF&\\3c&H000000&\\pos(%d,%d)}%s", an, charx, chary, char)
    l.start_time= line.start_time
    l.end_time  = line.start_time + syl.start_time
    l.layer     = 0

    subs.append(l)
end