## Open the video file for conversion, change the video file name
video2d = DirectShowSource(“Avatar_Trailer_HD.avi”)

## Increase video brightnes on dark videos, good for 3D Vision owners
# video2d = video2d.Tweak(Bright=10)

## Convert to RGB32 to avoid the width restrictions
video2d = ConvertToRGB32(video2d)

## Optional aspect ratio maintaining quality resize for 3d monitor target resolution.
## Very cpu intensive, may be for offline use only, e.g. in virtualdubmod.
## 2x 3.0ghz cpu may give you a framerate of 16fps while running the whole script in virtualdubmod including xvid compression in HDTV quality saving setting.
## Offers great quality in the result video for fullscreen playback in every .avs capable player later.
## Also reduces ghosting if the original file resolution is smaller than the target resolution.
# videoW = width(video2d)
# videoH = height(video2d)
## For 19″ Zalman use 1280, for 22″ Zalman Trimon it is 1680 etc.
# hzTargetSize = 1280
# video2d = Lanczos4Resize(video2d, hzTargetsize, hzTargetsize * videoH / videoW)
## Commenting out the above resizing maintains realtime capability!

## Get video width/height and set the frame stretch factor
## Lower the value 100 to increase frame stretch, may introduce ghosting
videoW = width(video2d)
videoH = height(video2d)
ResW = videoW + (videoW / 100)
CropW = (ResW – videoW) / 2

## Create variables for left and right frame with one frame difference
## This is the Plufrich-like simulation that creates illusion of depth from movement
f1 = video2d
f2 = DeleteFrame(video2d, 0)

## Stretch the right frame to further the depth effect
f1 = LanczosResize(f1, ResW, videoH)
f1 = Crop(f1, 0, 0, videoW, videoH)

## Stretch the left frame to further the depth effect
f2 = LanczosResize(f2, ResW, videoH)
f2 = Crop(f2, CropW, 0, videoW, videoH)

## Output the two video frames in a side-by-side / parallel format
## Use this as a default for playing back on 3D Vision (Side by Side L/R)
StackHorizontal(f2, f1)

## Output the two video frames in a Above/Below format (like Sony?)
# StackVertical(f2,f1)

## Output the two video frames in a page flipping format for shutter glasses etc.
## The Tweak as proposed by eslave is for brighter image, modify the value 30
# f1 = f1.ConvertToYV12.Tweak(Bright=30)
# f2 = f2.ConvertToYV12.Tweak(Bright=30)
# Interleave(f2,f1)

## Output the two video frames in anaglyph red-cyan as proposed by eslave
# MergeRGB(f2.ShowRed, f1.ShowGreen, f1.ShowBlue)

## For reversed anaglyph i.e. cyan-red
# MergeRGB(f1.ShowRed, f2.ShowGreen, f2.ShowBlue)

## Output the two video frames in anaglyph yellow-blue as proposed by eslave (untested)
# f1 = f1.ConvertToYV12(matrix=”PC.601″).tweak(bright=12.5, sat=1.25, coring=false)
# f1 = f1.ConvertToRGB32
# f1 = f1.Levels(0, 1.05, 255, 0, 255, coring=false)
# MergeRGB(f2.ShowRed, f1.ShowGreen, f1.ShowBlue)

## Output the two video frames in anaglyph blue-Yellow as proposed by eslave (untested)
# f2 = f2.ConvertToYV12(matrix=”PC.601″).tweak(bright=12.5, sat=1.25, coring=false)
# f2 = f2.ConvertToRGB32
# f2 = f2.Levels(0, 1.05, 255, 0, 255, coring=false)
# MergeRGB(f1.ShowRed, f2.ShowGreen, f2.ShowBlue)