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function StackedNto16(clip c, int n)
{
    Assert(8 <= n <= 15, "StackedNto16: bitdepth should be in range 8-15")
    h = c.Height / 2
    msb = c.Crop(0,0,0,-h)
    lsb = c.Crop(0,h,0,0)
    shamt = string(16-n)
     
    msb16 = (n != 8) ? msb.mt_lutxy(lsb, "x " + shamt + " << y 8 " + shamt + " - >> +", v=3, u=3) : lsb
    lsb16 = (n != 8) ? lsb.mt_lut("x " + shamt + " << 255 &u", v=3, u=3) : msb

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###### nnedi3_resize16 v3.0      ######      by mawen1250      ######      2013.11.15      ######
###### from v2.8 on, nnedi3_resize16 only supports AviSynth v2.6                           ######
###### Requirements: masktools v2.0a48, dither v1.24.0, nnedi3 v0.9.4,                     ######
######               SmoothAdjust v2.90, Contra-Sharpen mod 3.4,                           ######
######               FTurn v1.3.5 (not necessarily required but will improve speed)        ######
###### Accept Y8, YV12, YV16, YV24 input, use nnedi3 and Dither_resize16(nr) for scaling   ######
###### output format can be 8bit/16bit Y8/YV12/YV16/YV24 or RGB32/RGB24/RGB48YV12/RGB48Y   ######


Function nnedi3_resize16(clip input, int "target_width", int "target_height", float "src_left", float "src_top",

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function RGB48YV12toRGB48Y(clip c)
{
    vers = VersionNumber()
    tPref = IsFunction("FTurnLeft") ? "F" : ""
    w = c.Width
    h = c.Height
    
    y = (vers < 2.60) ? c : c.ConvertToY8()
    u = (vers < 2.60) ? c.UtoY() : c.UtoY8()
    v = (vers < 2.60) ? c.VtoY() : c.VtoY8()

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src=last
Spline36Resize(width*2,height*2)
a=tcolormask("$ffffb5 $ecc96c $eff1ac $eeecbf $ecc250 $eef1ee",14,false,true).mt_expand_multi(sw=4, sh=4).mt_inflate().Spline36Resize(1920,1080)
b=tcolormask("$ffffb5 $ecc96c $eff1ac $eeecbf $ecc250 $dcc85f",11,false,true).mt_expand_multi(sw=6, sh=6).mt_inpand_multi(sw=2,sh=2).Spline36Resize(1920,1080)
ribbon=src.tcolormask("$e57f7f",16).mt_expand_multi(sw=3, sh=3).mt_inflate()
exclude=src.tcolormask("$65a2a6 $2f91a6 $357d98 $47a9c0 $84b0af",12,false,true).mt_expand_multi(sw=8,sh=8).mt_inpand_multi(sw=8,sh=8).RemoveGrain(17).mt_invert()
b.Crop(0,0,1232,0).StackHorizontal(a.mt_logic(exclude,"and").Crop(1232,0,0,0)).mt_logic(ribbon, "or")
HiAA(aa="sangnom2", preaa=True, ss="nnedi3")
mt_invert().ConvertToY8()

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import wx
import ctypes as ct

class GetPoint(ct.Structure):
    _fields_ = [("x", ct.c_long), ("y", ct.c_long)]

def get_mousepos():
    pt = GetPoint()
    ct.windll.user32.GetCursorPos(ct.byref(pt))
    return int(pt.x), int(pt.y)

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from Tkinter import Tk
tk = Tk()
import json

glyphs = fl.font.glyphs
sel = []

for i in range(len(glyphs)):
    if fl.Selected(i):
        sel.append({'name':glyphs[i].name, 'unicode':glyphs[i].unicode})

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from Tkinter import Tk
tk = Tk()
import json

tk.withdraw()
sel = json.loads(tk.clipboard_get())
tk.destroy()

glyphs = fl.font.glyphs
fl.Unselect()

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import robofab
import random

def drawRaster(glyph, raster, box):
    colCnt = len(raster)
    rowCnt = len(raster[0])
    
    pen = glyph.getPen()
    offY = box[1]
    offX = box[0]

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sel = [
    {"name": ".notdef", "unicode": None},
    {"name": "cid1", "unicode": 0},
    {"name": "cid2", "unicode": 33},
    {"name": "cid3", "unicode": 34},
    {"name": "cid4", "unicode": 35},
    {"name": "cid5", "unicode": 36},
    {"name": "cid6", "unicode": 37},
    {"name": "cid7", "unicode": 38},
    {"name": "cid8", "unicode": 39},

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def process(f, g, t, index):
  fl.SetUndo(index)
  upm = f.upm
  
  g.RemoveOverlap()
  outlines = Glyph(g)
  g.Distance(upm/100, upm/100, 1)
  g.RemoveOverlap()
  outlines.Bsubtract(t)
  g.Bsubtract(outlines)